[특허]Signal processing apparatus and methods

Signal processing apparatus and methods 원문보기

IPC분류정보
국가/구분	United States(US) Patent 등록
국제특허분류(IPC7판)	H04N-007/10 H04N-007/16
출원번호	US-0440837 (1995-05-15)
등록번호	US-8843988 (2014-09-23)
발명자 / 주소	Harvey, John Christopher Cuddihy, James William
출원인 / 주소	Personalized Media Communications, LLC
대리인 / 주소	Goodwin Procter, LLP
인용정보	피인용 횟수 : 0 인용 특허 : 363

초록 ▼

A unified system of programming communication. The system encompasses the prior art (television, radio, broadcast hardcopy, computer communications, etc.) and new user specific mass media. Within the unified system, parallel processing computer systems, each having an input (e.g., 77) controlling a plurality of computers (e.g., 205), generate and output user information at receiver stations. Under broadcast control, local computers (73, 205), combine user information selectively into prior art communications to exhibit personalized mass media programming at video monitors (202), speakers (263), printers (221), etc. At intermediate transmission stations (e.g., cable television stations), signals in network broadcasts and from local inputs (74, 77, 97, 98) cause control processors (71) and computers (73) to selectively automate connection and operation of receivers (53), recorder/players (76), computers (73), generators (82), strippers (81), etc. At receiver stations, signals in received transmissions and from local inputs (225, 218, 22) cause control processors (200) and computers (205) to automate connection and operation of converters (201), tuners (215), decryptors (224), recorder/players (217), computers (205), furnaces (206), etc. Processors (71, 200) meter and monitor availability and usage of programming.

대표청구항 ▼

1. A method of controlling at least one addressable receiver station computer at a receiver station, said method comprising the steps of: transmitting an information transmission to a plurality of receiver stations, each receiver station of said plurality of receiver stations being located within an individual residence and comprising a receiver and a plurality of addressable devices including an addressable receiver station computer, said information transmission comprising general information and a control signal addressed to said at least one of said plurality of addressable devices at at least one of said plurality of receiver stations, each of said addressable devices is identified by a distinct address that is different from the addresses of other addressable devices of said plurality of addressable devices;transmitting specific information addressed to said at least one of said plurality of addressable devices from a remote source to said at least one of said plurality of addressable devices at said at least one of said plurality of receiver stations, said specific information including instructions and data;receiving and storing at least a portion of said specific information from said remote source on said addressable receiver station computer at said at least one of said plurality of receiver stations; andperforming the following steps at said at least one of said plurality of said receiver stations:(a) receiving said information transmission, said received information transmission including said general information and said control signal;(b) displaying, in response to receiving said information transmission, at least a first portion of said received general information;(c) detecting said received control signal;(d) determining if said detected control signal is addressed to said at least one of said plurality of addressable devices;(e) said addressable receiver station computer at said at least one of said plurality of receiver stations automatically executing processor instructions on the basis of said control signal to select at least one of a plurality of functions to be performed, said plurality of functions including the functions of 1) causing the addressable receiver station to contacting a remote unit, 2) causing a decrypter at said addressable receiver station to decrypt a transmission, 3) regulating operation of environmental control apparatus at said addressable receiver station, 4) causing said addressable receiver station to receive an audio or video signal related to said general information, and 5) causing said addressable receiver station to receive information related to said general information if requested by a user at said addressable receiver station; and(f) said addressable receiver station computer at said at least one of said plurality of receiver stations performing said at least one of said plurality of functions based on said detected control signal; andsaid performing said at least one of said plurality of functions comprises displaying on a display device a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with at least a second portion of said general information, wherein said locally generated image comprises user specific content, and each of said locally generated image and said at least a second portion of said general information includes content related to said television programming presentation. 2. The method of claim 1, wherein said information transmission includes information of a plurality of channels and said at least one of said plurality of functions includes controlling a tuner. 3. The method of claim 2, wherein said instructions are transmitted in said information transmission. 4. The method of claim 2, wherein a second of said plurality of functions includes controlling a decryptor. 5. The method of claim 1, wherein said information transmission includes a television signal and said at least one of said plurality of functions includes outputting television programming. 6. The method of claim 5, wherein a second of said plurality of functions includes selecting said television programming. 7. The method of claim 1, wherein said general information is displayed in a video image. 8. The method of claim 7, wherein said at least one of said plurality of functions includes generating a first content of said video image. 9. The method of claim 8, wherein said second of said plurality of functions includes generating a second content of said video image. 10. The method of claim 1, wherein said step of determining comprises performing a comparison. 11. The method of claim 10, wherein said receiver station identifies said general information by at least one of title and content based on said comparison. 12. The method of claim 10, wherein said receiver station is programmed to extract at least one of said data, said instructions, and said control signal from said information transmission. 13. The method of claim 10, wherein said addressable receiver station computer instructs a signal processor to perform said comparison. 14. A method for controlling a plurality of auxiliary devices from one of a single broadcast input and a single cablecast input at a mass medium programming receiver station, said mass medium programming receiver station contained within a building facility and having a receiver section, a detector, a processor, a controller, and a plurality of outputs for controlling said plurality of auxiliary devices located internally or externally from said receiver station and within said building facility, each auxiliary device of said plurality of auxiliary devices including a processor, said method comprising the steps of: receiving a signal at said receiver section, said signal including mass medium programming that includes audio, processor instructions and a distinct address of at least one of said plurality of auxiliary devices, said processor instructions having a destination to one of said plurality of auxiliary devices that is identified by said distinct address, wherein each of said plurality of auxiliary devices is identified by a distinct address that is different from the addresses of other auxiliary devices of said plurality of auxiliary devices, said plurality of auxiliary devices are located internally or externally from the receiver station;decoding, at said detector, said received signal to extract said control instructions;automatically routing, with said processor, said processor instructions based on said distinct address to one of said plurality of auxiliary devices;executing said routed instructions at said one of said plurality of auxiliary devices to automatically process, store and communicate said mass medium programming to a presentation device; anddisplaying on a television screen, based on said routed instructions, a mass medium programming presentation including a locally generated image presented at a predetermined time in said mass medium programming presentation with general information of said mass medium programming, wherein said locally generated image comprises user specific content, and each of said locally generated image and said general information includes content related to said mass medium programming presentation. 15. The method of claim 14, wherein said mass medium programming includes television. 16. The method of claim 14, wherein said mass medium programming includes radio. 17. The method of claim 14, wherein said mass medium programming includes text. 18. The method of claim 14, wherein said mass medium programming includes multimedia. 19. A method of controlling at least one addressable apparatus at a plurality of receiver stations, said method comprising the steps of: transmitting an information transmission to said plurality of receiver stations, each receiver station of said plurality of receiver stations located within a building facility and including a computer and a plurality of addressable apparatus connected to said computer, each of said plurality of addressable apparatus identified by a distinct address that is different from the addresses of other apparatus of said plurality of addressable apparatus, the information transmission comprising (1) general information, (2) a signal addressed to said at least one addressable apparatus and (3) processor instructions;receiving from a remote source and storing on said computer at least a portion of specific information addressed to said at least one addressable apparatus;performing the following steps at one of said plurality of receiver stations:(a) receiving the information transmission, the received information transmission including the general information and the signal;(b) displaying, in response to receiving said information transmission, the general information;(c) detecting the received signal;(d) identifying said at least one addressable apparatus which is addressed by said detected signal and routing said processor instructions based on the signal addressed to said at least one addressable apparatus for processing; and(e) executing said processor instructions to automatically control said at least one addressable apparatus based on said detected signal and said at least a portion of specific information addressed to said at least one addressable apparatus; anddisplaying on a display device a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with at least a portion of said general information, wherein said locally generated image comprises user specific content, and each of said locally generated image and said at least a portion of said general information includes content related to said television programming presentation,wherein said computer performs at least one of said steps performed at said receiver station by processing said at least a portion of specific information. 20. The method of claim 19 wherein said signal is further addressed to said computer at at least one of said plurality of receiver stations, said step (d) further comprising a step of determining whether said signal is addressed to said computer at said at least one of said plurality of receiver stations, said step (e) comprising a step of said computer controlling said at least one addressable apparatus based on said signal if said signal is addressed to said computer at said at least one of said plurality of receiver stations. 21. The method of claim 20 wherein said step of receiving comprises the step of receiving the information transmission at a plurality of said receiver stations, the received information transmission including (1) general information intended for all receiver stations of said plurality of said receiver stations, and (2) the signal, said signal addressed to at least one of said receiver station computers and at least one of said addressable apparatus, the addressable apparatus at each said receiver station being either the same or different from the addressable apparatus at one or more of said plurality of receiver stations. 22. A method of controlling one or more addressable computers, said method comprising the steps of; transmitting an information transmission to a plurality of receiver stations, each receiver station of said plurality of receiver stations located within a user's residence or workplace facility comprising a receiver and a plurality of addressable devices including one or more addressable computers, the information transmission comprising (1) general information and (2) a signal including processor instructions addressed to at least one of said plurality of addressable devices;storing at least a portion of specific information received from a remote source at each of said plurality of receiver stations; andperforming the following steps at one of said plurality of receiver stations:(a) receiving the information transmission, the received information transmission including the general information and the signal addressed to said at least one of said plurality of addressable devices, said each of said one or more addressable devices identified by a distinct address that is different from the addresses of other devices of said one or more addressable devices;(b) displaying at least a portion of the received general information;(c) detecting the received signal addressed to said at least one of said plurality of addressable devices;(d) processing said detected signal to determine whether said detected signal is addressed to the at least one of said plurality of addressable devices;(e) executing said processor instructions at said one or more addressable computers to select at least one of a plurality of functions to be performed based on said signal if said signal is addressed to at least one of said plurality of addressable devices at said receiver station, said plurality of functions including the functions of 1) causing said at least one of said addressable devices to contacting a remote unit, 2) causing a decrypter associated with said at least one of said addressable device to decrypt a transmission, 3) regulating operation of environmental control apparatus associated with said at least one addressable device, 4) causing said at least one addressable device to receive an audio or video signal related to said general information, and 5) causing said at least one addressable receiver station to receive information related to said general information if requested by a user; and(f) said one or more addressable devices performing said selected at least one of said plurality of functions based on execution of said processor instructions; andsaid performing said selected at least one of said plurality of functions comprises displaying on a display device a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with at least a portion of said general information, wherein said locally generated image comprises user specific content, and each of said locally generated image and said at least a portion of said general information includes content related to said television programming presentation. 23. The method of claim 22 wherein said step of transmitting comprises at least one of the following steps: transmitting an information transmission via satellite to said plurality of receiver stations, each of said plurality of receiver stations comprising a receiver and a computer, the information transmission comprising (1) general information intended for all receiver stations of said plurality of receiver stations and (2) signals addressed to said one or more addressable computers; andtransmitting a multichannel information transmission to said plurality of receiver stations, each of said plurality of receiver stations comprising a receiver and a computer, the information transmission comprising (1) general information intended for all the receiver stations of said plurality of receiver stations and (2) signals addressed to said one or more addressable computers. 24. The method of claim 22 wherein each of said plurality of receiver stations further comprises an output device, said step of outputting comprises the step of outputting said received general information at the output device. 25. The method of claim 22 wherein each of said plurality of receiver stations comprises an apparatus operatively connected to said one or more addressable computers, and said step (f) comprises the step of said one or more addressable computers controlling the apparatus based on said detected signal if said detected signal is addressed to said one or more addressable computers. 26. The method of claim 25 wherein said each of said plurality of receiver stations comprises a plurality of controllable apparatus operatively connected to said one or more addressable computers, said detected signal being further addressed to one of said plurality of controllable apparatus, said step (e) comprises the step of identifying one of said plurality of controllable apparatus addressed by said signal and said step (f) comprises the step of said computer controlling the identified apparatus addressed by said detected signal based on said detected signal if said detected signal is addressed to said one or more addressable computers. 27. The method of claim 26, wherein at least one of said plurality of controllable apparatus includes two or more apparatus from the group consisting of: (a) a television;(b) a bi-directional communication device;(c) a tuner;(d) a switch;(e) a controllable motion mechanism;(f) a temperature control device;(g) a signal modification device;(h) a memory;(i) a recorder/player; and(j) a microprocessor peripheral of said computer. 28. The method of claim 25 wherein said detected signal comprises local environment information, said step (f) comprises the step of the one or more addressable computers controlling said apparatus based on said local environment information if said local environment information is addressed to said one or more addressable computers. 29. The method of claim 25, wherein said apparatus comprises a tuner, said step (f) comprises the step of said one or more addressable computers tuning the tuner to a specific frequency in response to said detected signal if said detected signal is addressed to said one or more addressable computers. 30. The method of claim 29 wherein said step (f) further comprises the step of the one or more addressable computers turning on the tuner in response to said detected signal if said detected signal is addressed to said one or more addressable computers. 31. A receiver station apparatus comprising: a computer;a receiver for receiving an information transmission from a remote television programming source, said information transmission comprising (1) general information and (2) a signal, said signal being addressed to said computer;a second receiver operatively connected to said computer for receiving a transmission of data addressed to said receiver station from a remote source, said data including software;an output device operatively connected to said receiver and said computer for outputting to a user, in response to receiving said information transmission, the general information in accordance to the signal and said software;a detector operatively connected to said receiver and said computer for detecting the signal, wherein said computer determines whether the detected signal is addressed to said computer, said computer comprising a memory for storing the detected signal if said signal is addressed to said computer; anda plurality of receiver station equipment operatively connected to said computer and controllable by said computer, where if said signal is addressed to said computer, said computer executes a portion of said software, selecting one of said plurality of receiver station equipment based on said signal and controlling said selected one of said plurality of receiver station equipment based on said signal and said executed portion of said software addressed to said receiver station, wherein controlling said selected one of said plurality of receiver station equipment comprises causing display on a display device of a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with at least a portion of said general information, wherein said locally generated image comprises user specific content, and each of said locally generated image and said at least a portion of said general information includes content related to said television programming presentation. 32. The receiver station apparatus of claim 31 wherein said plurality of receiver station equipment comprises two or more from the group consisting of: (a) a television;(b) a bi-directional communication device;(c) a tuner;(d) a switch;(e) a controllable motion mechanism;(f) a temperature control device;(g) a signal modification device;(h) a memory;(i) a recorder/player; and(j) a microprocessor peripheral of said computer. 33. The receiver station apparatus of claim 31 wherein said information transmission comprises (1) general information intended for a plurality of receiver station apparatus, (2) an information signal addressed to the computer of said receiver station apparatus and (3) a control signal addressed to the computer of said receiver station apparatus; said detector detecting said information signal and said control signal;said computer determining whether said information signal and said control signal are addressed to said computer, and storing at least a portion of said information signal in said computer memory if said information signal is addressed to said computer, and said computer controlling said selected one of said plurality of receiver station equipment based on said control signal if said control signal is addressed to said computer. 34. The apparatus of claim 31, further comprising a third receiver operatively connected to said computer for receiving a transmission of data including software from a remote source, said computer storing said received software in the computer memory to program or reprogram said computer. 35. The apparatus of claim 31, wherein said receiver station apparatus further comprises a plurality of devices external to said computer, said information transmission comprising (1) general video information and (2) a control signal; said computer programmed to determine whether the detected signal is addressed to said computer and to determine which receiver station equipment are to be controlled in response to said control signal; andsaid computer programmed to control said plurality of devices external to said computer based on said signal if said signal is addressed to said computer. 36. A method of changing a control signal decoding scheme of a receiver station, said receiver station contained within a building facility and having a processor programmed to respond to at least one of a plurality of control signals using a first programmable control signal decoding scheme, said method comprising the steps of: receiving a transmission comprising of an information transmission and television programming from a remote source, said information transmission including said at least one of said plurality of control signals;detecting the presence of said at least one of said plurality of control signals in said information transmission, said at least one of said plurality of control signals processed to instruct said processor to change the first programmable control signal decoding scheme into a second programmable control signal decoding scheme;changing said first programmable control signal decoding scheme into said second programmable control signal decoding scheme in response to said at least one of said plurality of control signals received in said step of receiving an information transmission;executing said second programmable control signal decoding scheme in said processor;automatically transferring said television programming to an output device based on a control signal decoded with said second programmable control signal decoding scheme; anddisplaying on a display device a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with at least a portion of said television programming, wherein said locally generated image comprises user specific content, and each of said locally generated image and said at least a portion of said television programming includes content related to said television programming presentation. 37. The method of claim 36 wherein at least one of said first and said second programmable control signal decoding schemes designates a non-visible portion of a television signal for encoded data. 38. The method of claim 36 wherein at least one of said first and said second programmable control signal decoding schemes designates a data channel in the time domain. 39. The method of claim 36, wherein at least one of said first and said second programmable control signal decoding schemes designates a channel in the frequency domain. 40. The method of claim 36 further comprising the step of: receiving said information transmission from a telephone network to change said first programmable control signal decoding scheme. 41. The method of claim 36 further comprising the step of receiving said information transmission from a broadcast or cablecast source to change said first programmable control signal decoding scheme. 42. The method of claim 36, wherein at least one of said first and said second programmable control signal decoding scheme designates a non-audible portion of a television signal for encoded data. 43. The method of claim 36, further comprising the step of locating at least a second of said plurality of control signals based on at least one of said step of changing and said step of executing. 44. The method of claim 43, further comprising the step of responding to said at least a second of said plurality of control signals. 45. The method of claim 36, further comprising the step of identifying at least a second of said plurality of control signals based on at least one of said step of changing and said step of executing. 46. The method of claim 45, further comprising the step of responding to said at least a second of said plurality of control signals. 47. The method of claim 36, further comprising the step of decrypting a transmission based on at least one of said step of changing and said step of executing. 48. The method of claim 36, further comprising the step of communicating information based on at least one of said step of changing and said step of executing. 49. The method of claim 36, further comprising the step of disabling a portion of said receiver station based on an absence of a portion of said plurality of control signals. 50. The method of claim 36, further comprising the step of reporting an absence of a portion of said plurality of control signals. 51. A method of changing control of a receiver station, said receiver station having (i) a first manner by which said receiver station identifies a plurality of control signals and (ii) at least one device being programmed to respond to said a plurality of control signals in a specific fashion, said method comprising the steps of: receiving a transmission comprising of an information transmission and television programming from a remote source, said information transmission including a control signal of said plurality of control signals;detecting the presence of an instruct-to-alter signal in said transmission that designates said control signal;passing said instruct-to-alter signal to said at least one device;programming said at least one device being programmed by processing said instruct-to-alter-signal to alter said first manner into a second manner by which said receiver station identifies said control signal, and modifying said control signal into a changed control signal;causing, in response to said step of programming, said receiver station to identify said control signal or said changed control signal based on said first manner or second manner; andperforming in response to said changed control signal a function of displaying on a display device a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with a remotely generated image, wherein said locally generated image comprises user specific content, and each of said locally generated image and said remotely generated image includes content related to said television programming presentation. 52. The method of claim 51, wherein said second manner by which said receiver station identifies said control signal comprises locating said control signal. 53. A method of processing signals at one of (i) a broadcast programming receiver station and (ii) a cablecast programming receiver station contained with a user's residence to control said broadcast programming receiver station or said cablecast programming receiver station to perform a function in a station specific fashion, said method comprising the steps of: receiving, at said broadcast programming receiver station or said cablecast programming receiver station, one of (i) a broadcast information transmission and (ii) a cablecast information transmission, said one of (i) a broadcast information transmission and (ii) a cablecast information transmission comprising television programming and at least one control signal including processor instructions;detecting a specific control signal of said at least one control signal in said one of said (i) a broadcast information transmission and (ii) a cablecast information transmission;passing said specific control signal to a first apparatus of said receiver station, said first apparatus including a processor controlled in response to said specific control signal; andcontrolling a second apparatus of said receiver station in accordance with sad at least one instruction passed to said first apparatus, said step of controlling comprising the steps of:(1) generating, by executing said processor instructions at said processor of said first apparatus, station specific data; and(2) transferring said station specific data to said second apparatus;said controlling said second apparatus using said station specific data to automatically perform a function comprising displaying on a display device a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with at least a portion of said television programming, wherein said locally generated image comprises user specific content, and each of said locally generated image and said at least a portion of said television programming includes content related to said television programming presentation. 54. A method of communicating television program material to at least one receiver station contained within an individual residence that includes a television receiver, a television monitor, a control signal detector, and a processor operatively connected to said television monitor, said processor programmed to detect and respond to at least one instruction in one of a broadcast transmission and a cablecast transmission, said method comprising the steps of: receiving a television program at a transmitter station, said television program including audio;delivering said television program to a transmitter for transmitting in at least one of a broadcast information transmission and a cablecast information transmission according to a predetermined time and a predetermined channel stored at said transmitter station;receiving said at least one instruction at said transmitter station, wherein said at least one instruction is executed by said processor to select one of a plurality of controllable devices at said at least one receiver station, to control passage of a control signal to said one of said plurality of controllable devices and to cause said one of said plurality of controllable devices to respond to said control signal by performing a function comprising causing display on said television monitor of a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with at least a portion of said television program, wherein said locally generated image comprises user specific content, and each of said locally generated image and said at least a portion of said television program includes content related to said television programming presentation;transferring said at least one instruction from said transmitter station to said transmitter for transmitting in at said least one of a broadcast information transmission and a cablecast information transmission; andtransmitting, with said transmitter, said at least one of a broadcast information transmission and a cablecast information transmission, including said television program and said at least one instruction, from said transmitter station to said at least one receiver station. 55. The method of claim 54, further comprising the steps of receiving said television program at a receiver in the transmitter station, communicating said television program from said receiver to a memory location, and storing said television program at said memory location for a period of time prior to said step of delivering said television program to said transmitter. 56. The method of claim 54, wherein a switch communicates signals selectively from a receiver and at least one of a memory and a recorder to said transmitter, said method further comprising at least one of the steps of: detecting a signal which is effective at the transmitter station to instruct communication;determining a specific program input source from which to communicate a signal to said transmitter;controlling said switch to communicate a signal to said transmitter in response to a signal which is effective at the transmitter station to instruct communication;controlling said switch to communicate a signal from a selected program input receiver; andcontrolling said switch to communicate a program to said at least one of said memory and said recorder. 57. The method of claim 54 wherein a controller controls a switch to communicate to said transmitter at least one of said television program and said at least one instruct signal, further comprising at least one of the steps of: detecting a signal which is effective at the transmitter station to instruct transmission;inputting to said controller a signal which is effective to control said switch;controlling said switch to communicate said at least one of said television program and said at least one instruct signal according to a transmission schedule;controlling said switch to communicate said television program from at least one of a plurality of program input receivers; andcontrolling said switch to communicate said at least one of said television program and said at least one instruct signal to a selected transmitter of a plurality of transmitters. 58. A method of processing a plurality of signals at a receiver station within an building facility, said receiver station having a receiver for receiving a broadcast or cablecast transmission, a detector apparatus, a processor for passing said plurality of signals, and a plurality of apparatus including at least one computer for responding to said plurality of signals, said method comprising the steps of: programming said receiver station to (1) perform at least one of locating and identifying at least one of said plurality of signals having a varying pattern of at least one of composition, timing, and location, (2) determine at least one addressed apparatus of said plurality of apparatus based on at least a distinct address of the at least one addressed apparatus included in said at least one of said plurality of signals, each of said plurality of apparatus is identified by a distinct address that is different from the addresses of other apparatus of said plurality of apparatus; and (3) control said at least one addressed apparatus in response to instructions in said at least one of said plurality of signals and said distinct address;receiving an information transmission including said plurality of signals from a remote television programming source;detecting said plurality of signals in said information transmission;controlling said receiver station, based on said programming, to select said at least one of said plurality of signals and said at least one addressed apparatus;passing said at least one of said plurality of detected signals to said at least one addressed apparatus at a predetermined time on a predetermined channel;automatically controlling said at least one addressed apparatus, based on instructions in said at least one of said plurality of detected signals passed to said at least one addressed apparatus and based on said distinct address, to cause said plurality of apparatus to perform a plurality of different functions, said plurality of different functions including the functions of 1) causing said receiver station to contacting a remote unit, 2) causing a decrypter at said receiver station to decrypt a transmission, 3) regulating operation of environmental control apparatus at said receiver station, 4) causing said receiver station to receive an audio or video signal related to general information in said information transmission, and 5) causing said receiver station to receive information related to general information in said information transmission if requested by a user at said receiver station, said controlling including executing said instructions to automatically control a first apparatus of said plurality of apparatus to perform a first function and control a second apparatus of said plurality of apparatus to perform a second function, said second function comprises displaying on a display device a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with a remotely generate image in said information transmission, wherein said locally generated image comprises user specific content, and each of said locally generated image and said remotely generated image includes content related to said television programming presentation. 59. The method of claim 58 wherein said detected plurality of signals are passed to said processor, said method further including the step of: passing to said at least one computer at least two of: (1) at least one of said plurality of signals that governs operation of said at least one addressed apparatus, wherein said at least one addressed apparatus includes at least one of:(a) a furnace;(b) an air conditioner; and(c) an electro-mechanical device;(2) at least one of said plurality of signals which is an instruct-to-generate signal that causes said at least one computer to process stored information and generate output information content;(3) at least one of said plurality of signals which is an instruct-to-transmit signal that causes said at least one computer to output at least one of stored information and generated information;(4) at least one of said plurality of signals which is an instruct-to-coordinate signal that causes said at least one computer to coordinate presentation of stored information with received programming;(5) at least one of said plurality of signals which is an instruct-to-overlay signal that causes said at least one computer to cause a television monitor to display selected information overlaid on a television program image. 60. The method of claim 58 wherein said at least one of said plurality of signals causes different ones of said plurality of apparatus to perform different functions. 61. The method of claim 58 wherein at least one of said plurality of apparatus is programmed to respond to said at least one of said plurality of signals in at least two different ways. 62. A method of processing signals at a receiver station in an individual building facility, said signals embedded in a plurality of broadcast and/or cablecast information transmissions with at least a first addressed signal and a second addressed signal of said signals embedded in each information transmission of said plurality of information transmissions, said receiver station having at least one receiver for receiving said plurality of broadcast or cablecast information transmissions, a detector apparatus, and a computer, said method comprising the steps of: receiving said plurality of broadcast and/or cablecast information transmissions;detecting said first addressed signal and said second addressed signals in said plurality of broadcast and/or cablecast information transmissions;controlling said receiver station by executing instructions at said computer and in accordance with information previously received and stored at said receiver station, said information including time and channel data associated with at least a portion of said detected signals, said step of controlling comprising:(1) selecting a detected signal of interest of said detected first addressed signal and said second addressed signal;(2) identifying at least one of a source and a transmission channel associated with said selected detected signal of interest; and(3) passing to a controlled apparatus, in accordance with said time and said channel, at least one datum of said identified at least one of said source and said transmission channel; andperforming on the basis of said at least one datum at least one of:(1) controlling a plurality of apparatus to perform different functions of a plurality of functions in response to said detected first addressed signal; and(2) controlling a selected apparatus to perform at least two different functions of a plurality of functions in response to said detected second addressed signal; wherein each of said plurality apparatus is identified by a distinct address that is different from the addresses of other apparatus of said plurality of apparatus, wherein said plurality of functions includes the functions of 1) causing said receiver station to contacting a remote unit, 2) causing a decrypter at said receiver station to decrypt a transmission, 3) regulating operation of environmental control apparatus at said receiver station, 4) causing said receiver station to receive an audio or video signal related to general information received in said plurality of broadcast and/or cablecast information transmissions, and 5) causing said receiver station to receive information related to general information received in said plurality of broadcast and/or cablecast information transmissions if requested by a user at said receiver station; andperforming said at least two different functions comprising causing display on a display device of a television programming presentation including a locally generated image presented at a predetermined time in said television programming presentation with a remotely generated image, wherein said locally generated image comprises user specific content, and each of said locally generated image and said remotely generated image includes content related to said television programming presentation. 63. The method of claim 62, said method further comprising the step of: buffering each of said detected signals.

이 특허에 인용된 특허 (363)

Campbell John G. (Irving TX) Schoeneberger Carl F. (Carrollton TX) Bundens Allan B. (Carrollton TX) Fogle Richard M. (Bedford TX) Lemburg John R. (Richardson TX), Addressable cable television control system with video format data transmission.
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Campbell, John G.; Schoeneberger, Carl F.; Bundens, Allan B.; Fogle, Richard M.; Lemburg, John R., Addressable cable television control system with video format data transmission.
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Kleykamp Gayheart C. (Ahwatukee AZ) Goldwater Sam (Phoenix AZ) Salsbery Charles L. (Phoenix AZ), Addressable premium channel obfuscation device for cable television systems.
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Dumbauld Lewis D. (Phoenix AZ) Tash Gilbert L. (San Clemente CA), Addressable subscriber cable television system.
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Girault Herve (Paris FRX) Colas Daniel (Paris FRX), Airborne arrangement for displaying a moving map.
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Wyner, Aaron D., Analog signal scrambling system.
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Luu Duc (Paris FRX) deRivet Philippe-Hubert (Paris FRX) Bradley John J. (Garches MA FRX) Franklin Benjamin S. (Cambridge MA), Apparatus and method for semaphore initialization in a multiprocessing computer system for process synchronization.
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Yarbrough Charles J. (Kenwood CA) Strachan Alan F. (Santa Rosa CA) Weisman Joe (Kenwood CA), Apparatus for controlling the reception of transmitted programs.
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Hutt Peter R. (Stoner End ; Froxfield Petersfield ; Hampshire GB2) Moyce John J. (21 Culver Rd. Newbury ; Berkshire GB2), Apparatus for decoding digital information processed for inclusion in wide band T.V. video signal.
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Sperber ; Martin, Apparatus for decoding scrambled television and similar transmissions.
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Cheung William S. H. (Hong Kong HKX), Apparatus for encoding of information.
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Cheung William S. H. (Hong Kong HKX), Apparatus for encoding of information.
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Ishman Neal H. (Springfield VA) Buxton Robert B. (Burke VA) Durst Duane A. (Sterling VA) McArthur James F. (Falls Church VA) Johnson Michael E. (Falls Church VA), Apparatus for monitoring a multichannel receiver.
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Ishman Neal H. (Springfield VA) Buxton Robert B. (Burke VA) Durst Duane A. (Sterling VA) McArthur James F. (Falls Church VA) Johnson Michael E. (Falls Church VA), Apparatus for monitoring a multichannel receiver.
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Kavouras Stephen P. (9450 Cedar Ave. South Bloomington MN 55424) Post Paul C. (Eagan MN) Wells Roderick A. (St. Louis Park MN) Rutkowski Stephen L. (Savage MN), Apparatus for processing weather radar information.
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Mortimer Thomas J. (Amherst NH), Apparatus for receiving encoded messages on the screen of a television receiver and for redisplay thereof on the same re.
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Kawamura ; Hiroshi ; Nishitani ; Yoshihisa ; Muta ; Katsumi, Apparatus for reproducing multiplex video data.
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Pandey Kailash Narain (Cambridge EN), Apparatus for storing data broadcast in digital form for generating a character display or for recording such data for l.
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Monteath George D. (Tadworth GB2) Jones Arthur H. (Horsham GB2), Apparatus using a light sensing system for sensing time modulated information from a light emitting device.
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Johnston Howard R. (Burnaby CAX) Koombes Michael E. R. V. (Vancouver CAX), Automatic circuit and method for editing commercial messages from television signals.
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Haselwood Donald E. (Clearwater FL) Solar Carl M. (Largo FL), Automatic monitor for programs broadcast.
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Miller ; Arthur O., Automatic programming system for television receivers.
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Southworth Glen R. (Boulder CO) Lewallen Roy W. (Denver CO) Sparks John E. (Boulder CO), Bandwidth compression system and method.
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Schrock Clifford B. (Beaverton OR) Gumm Linley F. (Beaverton OR), Bi-directional data transmission and control system.
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Barnhart Andrew Wayne (Dresher PA), Bilateral communications system for distributing commerical and premium video signaling on an accountable basis.
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Entenman Alan W. (Hicksville NY), Bilateral master station-plural satellite station signalling apparatus.
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Pires H. George (Parlin NJ), Billing method and system for a subscriber of a pay television system.
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Dyer Robert E. (Dunwoody GA) Carney Murray C. (Dunwoody GA), Billing recorder with non-volatile solid state memory.
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Hutt Peter Richard (Richmond EN) Blake Alan Ronald (London EN) VON Cavallar Gunter (South Wonston ; near Winchester EN) Douglas Brian Neil (London EN) Dodds Philip John (Southampton EN), Biphase digital television systems.
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Ehrsam William Friedrich (Hurley NY) Meyer Carl H. W. (Kingston NY) Powers Robert Lowell (West Hurley NY) Prentice Paul Norman (Hyde Park NY) Smith John Lynn (Woodstock NY) Tuchman Walter Leonard (Wo, Block cipher system for data security.
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Miwa Hirohide (Kawasaki JPX) Shiratori Eiichi (Kawasaki JPX), Broadcast acknowledgement method and system.
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Lert ; Jr. John G. (9549 La Jolla Shores Dr. La Jolla CA 92037) Lert Peter W. (9549 La Jolla Shores Dr. La Jolla CA 92037) Cornelius John F. (1828 Dora Dr. Cardiff by the Sea CA 92007), Broadcast program identification method and system.
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Kenyon Stephen C. (Stafford VA) Simkins Laura J. (Clarksburg MD) Brown Leroy L. (Springfield VA) Sebastian Richard (Lorton VA), Broadcast signal recognition system and method.
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Chambers John P. (Copthorne GB2), Broadcast teletext system.
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Yabiki Akira (Tokyo JPX) Imanishi Norio (Yokohama JPX) Shibata Yoji (Yokohama JPX) Kosuge Wataru (Yokohama JPX) Yukawa Nobumichi (Yokohama JPX), Buffer memory dispersion type video/audio transmission system with spatially and timewise divided inter-office junction.
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Barnes Vera L. (Wayne PA) Dodds ; Jr. Thomas J. (Drexel Hill PA) Gibson Harold F. (Downingtown PA) Campbell ; Jr. Carl M. (Newtown Square PA), Byte stream selective encryption/decryption device.
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McNamara Robert P. (San Jose CA) Ennis Gregory B. (San Jose CA) Feiertag Richard J. (Sunnyvale CA) Bauer Robert K. (Fremont CA), CATV Communication system.
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Saeki Yoshifumi (Tokyo JPX) Yashiro Kenji (Tokyo JPX), CATV System.
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Doles Glenn P. (Wonder Lake IL) Beran James J. (Cary IL), Cable TV security means.
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Cogswell Ned W. (Salisbury MD) Eskin Gerald J. (Iowa City IA) Wright ; Jr. W. Andrew (Bethlehem PA), Cable television with controlled signal substitution.
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Wright ; Jr. W. Andrew (Bethlehem PA), Cable television with multi-event signal substitution.
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Merrell Richard G. (Hebron IL), Catv converter with keylock to favorite channels.
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Harney Ralph P. (Wonder Lake IL) Guif Stanley E. (Madison IL), Catv sine wave coding system.
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Saito Takahiko (Kamakura JPX) Sato Masaru (Asaka JPX), Channel programing apparatus.
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Brown Timothy W. (Williamsville NY), Circuit for indicating antenna signal input level on television receiver screen.
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den Toonder Pieter (Dordrecht NLX) Fondse Pieter J. (Papendrecht NLX), Coding and decoding system for video and audio signals.
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den Toonder Pieter (Dordrecht NLX) Fondse Pieter J. (Papendrecht NLX) Seltenrijch Johannes (Gorichem NLX) de Jong Cornelis A. (Zwijndrecht NLX) de Koningh Tom (Gouda NLX), Coding and decoding system for video and audio signals.
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Loshin Albert M. (Melville NY), Coding system for pay television apparatus.
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Cox Charles M. (Buffalo Grove IL) Turner Rudolf (Vernon Hills IL), Color control circuit for teletext-type decoder.
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Suzuki Toshio (Yokohama JPX), Color picture-in-picture television receiver.
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Southworth Glen R. (Boulder CO) McClelland Larry R. (Longmont CO) Johnson Bruce F. (Longmont CO), Color slow-scan TV system and method.
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Campioni Armando (Turin ITX), Color television signal including auxiliary information.
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Barnaby Bernard Sydney (Ware EN) Scott Donald Gordon (London EN), Combined television/data receivers.
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Barnaby Bernard Sydney (Ware EN), Combined television/data transmission system.
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Robinson ; Paul B., Communication system including addressing apparatus for use in remotely controllable devices.
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Moorehead Robert M. (Richardson TX), Communications TV monitoring and control system.
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Baba Takaaki (Nishinomiya JPX) Kitani Teruo (Takatsuki JPX) Nakazawa Masao (Nagaokakyo JPX) Yoshino Hirokazu (Katano JPX) Fujita Tatsuo (Moriguchi JPX) Tsuboka Eiichi (Neyagawa JPX), Composite image display apparatus.
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Johnstone ; Richard, Computer software security system.
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Caudill Herman T. (Hyattsville MD) Euler Edwin E. (Springfield VA), Computer terminal security system.
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Freund Robert W. (Flushing NY), Control signal apparatus for CATV system.
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Pappas ; Frank ; Rennick ; John L., Controller for video tape recorder.
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Best Robert M. (16016 - 9th Ave. NE. Seattle WA 98155), Crypto microprocessor using block cipher.
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Hellman Martin E. (Stanford CA) Diffie Bailey W. (Berkeley CA) Merkle Ralph C. (Palo Alto CA), Cryptographic apparatus and method.
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Best Robert M. (16016 Ninth Ave. Northeast Seattle WA 98155), Cryptographic decoder for computer programs.
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Adams Robert T. (Short Hills NJ) Ahrens Paul E. (Hicksville NY) Granlund John (Short Hills NJ), Cryptographically secure communication system.
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Kirschner Wallace (Trumbull CT) Haskel Lawrence M. (Danbury CT), Data access system wherein subscriber terminals gain access to a data bank by telephone lines.
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Cosgrove John D. (Playa Del Rey CA) Pettis Charles D. (Panaca NV) Mullett Charles E. (Playa Del Rey CA), Data collection system using telephone lines.
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Toriumi Hiroshi (Tokyo JPX), Data communication in CATV system.
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Schoeneberger Carl F. (Carrollton TX) Bundens Allan B. (Carrollton TX), Data communications system.
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Giltner Michael E. (Plano TX) Mueller Jack C. (Carrollton TX) Fiest Robert R. (Carrollton TX), Data compression, encryption, and in-line transmission system.
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Leventer William (Long Island NY) Shulman Lawrence M. (East Patchogue NY), Data encoding for television.
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Ohta Yoshitsugu (Tokyo JPX), Data transmission process in a CATV system.
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Davida George I. (Whitefish Bay WI) Wells David L. (Milwaukee WI) Kam John B. (New York NY), Database encryption and decryption circuit and method using subkeys.
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Nieson ; Norman, Decoder mode validation apparatus for pay television systems.
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Freeman Michael J. (12 Maplewood Rd. Hartsdale NY 10530), Dedicated channel interactive cable television system.
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Tamada Tomoo (Tama JA) Kato Takeshi (Funabashi JA), Demodulation system for digital information.
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Dawson John H. (Chelmsford GB2), Detection of narrow pulses.
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Novak Albert P. (96 Cypress St. Floral Park NY 11101), Device for the automatic editing, at the receiver, of unwanted program material from broadcast electrical signals.
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Best Robert M. (16016 9th N.E. Seattle WA 98155), Dialog between TV movies and human viewers.
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Russell James T. (Richland WA), Digital color television system.
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Barton Robert S. (Tualatin OR) Clark Becky J. (Tualatin OR), Digital communication networks employing speed independent switches.
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Lumley Robert M. (Lawrence Township ; Mercer County NJ), Digital computer having code conversion apparatus for an encrypted program.
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Ott Granville E. (Lubbock TX), Digital computing system having auto-incrementing memory.
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Davies Colin J. (Olney GB2), Digital control system and a method of transmitting control data in such a system.
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Adelman Arnold E. (Hudson MA) Halio Leonard F. (Stow MA) Sebern Mark J. (Cedarburg WI), Digital data communications device with standard option connection.
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Shutterly Harold B. (Pittsburgh PA), Digital signal/noise ratio amplifier apparatus for a communication system.
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Nicol Richard Charles (London EN), Digital television system.
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Hata Hidetoh (Yokohama JPX) Haji Katsumi (Narashino JPX) Sako Kazushige (Tokyo JPX) Shibata Yoji (Yokohama JPX) Achiha Masahiko (Iruma JPX), Digital video and audio file system.
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Saylor Richard (Monsey NY), Digital video signal processor with distortion correction.
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Posner Ronald S. (Indian Harbor Beach FL) Burr ; Jr. Charles R. (Palm Bay FL) Campbell David K. (Melbourne Beach FL), Digitally-controlled analog encrypton.
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York Theodore H. (Raleigh NC), Distribution network communication system with flexible message routes.
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Lippel Bernard (39 Fairway Ave. West Long Branch NJ 07764), Dither-quantized signalling for color television.
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Bourassin Lucien (Saint-Cloud FRX) Condat Bernard (Le Lion d\Anger FRX) Fortin Jacques (Savigny-sur-Orge FRX) Leger Alain (Juigne sur Loire FRX) Soto Joseph (Montrouge FRX) Solvinto Jean-Claude (Nant, Dynamic audio-video interconnection system.
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Faerber Nelson A. (2900 14th St. N. Naples FL 33940) Bonner Edgar L. (Taylorsville NC), Editing method and apparatus for commercials during video recording.
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Anderson, Roy E.; Frey, Richard L.; Lewis, James R., Electronic audience polling system.
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Kirk ; Jr. Donald (St. Petersburg FL) Paolini Michael J. (St. Petersburg FL), Electronic communications system for supplementary video program distribution.
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Insam Edward F. (Harrow GB2), Electronic display apparatus.
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Caspari Fred W. (South Bend IN) Johnson Wayne C. (Columbia City IN), Electronic system for automatically tuning to a selected television channel.
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Anderson Roy E. (Scotia NY) Frey Richard L. (Schenectady NY) Lewis James R. (Albany NY), Electronic voting system.
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Meadows Talmadge W. (Decatur AL), Emergency civil defense alarm and communications systems.
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Fennel ; Jr. John W. (Olney MD) Heinz ; Jr. Miles T. (Seabrook MD), Encryption using destination addresses in a TDMA satellite communications network.
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Martinson John R. (634 Stone Canyon Los Angeles CA 90024), Energy consumption control system and method.
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Kennedy Stanley P. (34 Greenmeadow Dr. Timonium MD 21093), Energy utilization or consumption recording arrangement.
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Iwasaki Satoshi (Tokyo JPX), Gate circuit for central control of CATV system.
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Jarger Harold F. (Rochelle Park NJ) Sassler Marvin L. (Wayne NJ), Gray scale sync video processing system.
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Tang ; Danny Q. H. ; Yee ; Bark L., High security subscription television system employing real time control of subscriber's program reception.
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Tang Danny Q. H. (Northampton PA) Yee Bark L. (Allentown PA), High security subscription television system employing real time control of subscriber\s program reception.
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Ost Clarence S. (7905 Bayshore Dr. Margate City NJ 08402), High-security cable television access system.
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Wolfe William H. (Satellite Beach FL), Impulse metering of local telephone switching offices via a DAMA DOMSAT communication system.
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Doumit Joseph A. (New Iberia LA) Weiblen Robert E. (Towson MD), Information displaying system.
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Pinnow Douglas A. (Cheshire CT) Miller Gary E. (Wallingford CT), Information distribution system.
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Fletcher Maurice (Sutton NY EN) Wintfeld Lenard (Astoria NY), Information retrieval system for providing downstream loading of remote data and processing control thereof.
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Nagel Robert H. (10 Dubon Court New York NY 11735), Information retrieval system having selected purpose variable function terminal.
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Holmes David D. (Trenton NJ), Information transmission during first-equalizing pulse interval in television.
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Suzuki ; Yasoji ; Shigematsu ; Tomohisa ; Kokado ; Nawoyuki ; Kudo ; Yuk inori, Integrated circuit for a programmable television receiver.
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Ciciora Walter S. (Park Ridge IL), Intelligent teletext decoder.
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Ciciora Walter S. (Park Ridge IL), Intelligent teletext decoder.
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Matsumoto Katsuaki (Tokyo JPX) Saeki Yoshifumi (Tokyo JPX) Tazawa Osamu (Tokyo JPX) Kosaka Minoru (Tokyo JPX) Saito Masaki (Tokyo JPX) Uemura Hiroki (Tokyo JPX) Kanazashi Tetuo (Tokyo JPX) Hashimoto , Interactive CATV system.
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Freeman Michael J. (12 Maplewood Rd. Hartsdale NY 10530) Kurland Lawrence G. (Melville NY), Interactive cable television system.
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Schnee Rolf (Berlin DEX) Kraus Franz (Berlin DEX) Kiel Friedrich (Berlin DEX) Kliem Helmut (Berlin DEX) Krick Wolfgang (Berlin DEX) Landgraf Herbert (Darmstadt DEX), Interactive cable television system.
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Rodesch Dale F. (Reno NV) Cerracchio Nicholas (Las Vegas NV), Interactive system and method for the control of video playback devices.
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Freeman Michael (31 Cornwall La. Sands Point NY 11050), Interactive telephone answering system.
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Bown Herbert G. (Kanata CAX) O\Brien C. Douglas (Ottawa CAX), Interactive visual communications system.
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Gable Melvin G. (Ypsilanti MI) Sherman Richard H. (Plymouth MI), Interface between communication channel segments.
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Murto, Tapio H.; Alvey, Stephen D., Interface circuits for connection to non-dedicated telephone lines.
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Saylor Richard (Monsey NY), Interface for enabling continuous high speed row grabbing video display with real time hard copy print out thereof.
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Saylor ; Richard ; Dalimonte ; Alfred A. ; Nagel ; Robert H., Interleaved processor and cable head.
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Tabata Toshio (Tokyo JPX), Line monitoring device in two-way data communication system.
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Barnes Vera L. (Wayne PA) Dodds ; Jr. Thomas J. (Drexel Hill PA) Gibson Harold F. (Downingtown PA) Campbell ; Jr. Carl M. (Newtown Square PA), Link encryption device.
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Waschka ; Jr. George A. (Melbourne FL), Local orderwire facility for fiber optic communication system.
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Rzeszewski Theodore S. (Lombard IL), Low cost automatic equalizer.
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Dillon Walter C. (Corvallis OR) Mesecar Roderick S. (Corvallis OR), Magnetic tape pulse width to digital convertor.
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Muhlfelder ; Ludwig ; Hogan ; Robert Benson, Magnetic torquing system for changing the spin rate of an orbiting satellit e.
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Johnson Tod (Scarsdale NY) Tarshis Andrew (New York NY) Goldberg George (Great Neck NY), Market survey data collection method.
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Suzuki Hitoshi (Owariasahi JPX) Takahashi Shigekatsu (Ayase JPX) Fujioka Yoshiki (Owariasahi JPX), Memory protection system for effecting alteration of protection information without intervention of control program.
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Giallanza, Frank V.; Tracey, Don M.; Holcombe, Wayne T., Message communication system with message storage.
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Hafner E. (Wohlen CH) Mey H. (Kehrsatz CH), Message network for the transmission of digital telegrams with an address consisting of routing words.
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Gerard Roger E. J. (Chelmsford GB2), Message signal scrambling apparatus.
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Shomo ; III Glen Keller (Harrisonburg VA), Method and apparatus for bi-directional communication via existing CATV system.
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Subramaniam Ambati (Plano TX), Method and apparatus for compressing digital data using non-adaptive predictive techniques.
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Rifken Jerome C. (304 Edwards Dr. Fayetteville NY 13066), Method and apparatus for connecting a cable television system to a video cassette recorder.
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Keiser Edmond (Loferweg 6 Grbenzell DEX 8031), Method and apparatus for controlling the operation of a television signal receiver.
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Sanders Ray W. (Los Angeles CA) Keyes Neil T. (Palos Verdes CA) Harting Stephen W. (Los Angeles CA) Mueller Donald J. (Hawthorne CA), Method and apparatus for in-band signalling in data transmission.
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Paulish Daniel J. (Downingtown PA) Meyerhoff Albert J. (Wynnewood PA) Nickett George R. (Warrington PA), Method and apparatus for interfacing stations in a multiloop communications system.
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Lfberg Bo (Vindragarvgen 12 S-117 40 Stockholm SEX), Method and apparatus for marking the information content of an information carrying signal.
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MacQuivey Donald R. (743 Gailen Ave. Palo Alto CA 94303), Method and apparatus for minority view reduction.
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Hashimoto Yoshitaka (Chofu JPX) Shirota Norihisa (Atsugi JPX) Yamamoto Kaichi (Zama JPX), Method and apparatus for processing a digital color video signal.
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Thomas David C. (Mesa AZ), Method and apparatus for providing security for computer software.
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Hartung Albert F. (Woodland Hills CA) Lehan Frank W. (Santa Barbara CA) Barooshian Charles T. (Pacific Palisades CA) Zacharski Edward J. (Malibu CA), Method and apparatus for scrambling and unscrambling communication signals.
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Hartung Albert F. (Woodland Hills CA) Lehan Frank W. (Santa Barbara CA) Barooshian Charles T. (Pacific Palisades CA) Zacharski Edward J. (Malibu CA), Method and apparatus for scrambling and unscrambling communication signals.
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Yarbrough Charles J. (Kenwood CA) Strachan Alan F. (Santa Rosa CA) Weisman Jo (Kenwood CA), Method and apparatus for selectively recording a broadcast.
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Siegle ; Gert ; Altmenn ; Albrecht, Method and apparatus for transmitting and receiving additional information in a television signal.
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Tachi Katsuichi (Kawasaki JPX), Method and apparatus of inserting an address signal in a video signal.
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Guanella Gustav (Zurich CH), Method and device for the coded transmission of messages.
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Lee Robert P. (Woodstock NY) Closs Felix H. (Adliswil CHX), Method and means for demand accessing and broadcast transmission among ports in a distributed star network.
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Braun Daryl (Harvard IL), Method and means for interactive audio and video conferencing.
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Martin ; John R. ; Block ; Robert S., Method and system for accumulating data over nondedicated telephone lines.
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Block Robert S. (Marina Del Ray CA) Martin John R. (Milwaukee WI), Method and system for secure transmission and reception of video information, particularly for television.
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Block Robert S. (8620 N. Pelham Pkwy. Milwaukee WI 53217) Martin John R. (3129 W. Mill Rd. Milwaukee WI 53209), Method and system for subscription television billing and access.
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Block Robert S. (Marina Del Ray CA) Martin John R. (Milwaukee WI), Method and system for subscription television billing and access.
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Block Robert S. (Marina Del Ray CA) Martin John R. (Milwaukee WI), Method and system for subscription television billing and access.
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Hafner ; Emanuel R., Method for building-up of routing addresses in a digital telecommunication network.
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Thonnart Paul (Liege BEX), Method for simultaneous teletext and analog signal transmission.
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Newdoll Ronald M. (Woodside CA) Phillips John E. (Cupertino CA), Method of and apparatus for recording information from a master medium onto a slave medium employing digital techniques.
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den Toonder Pieter (Dordrecht NLX) Seltenrijch Johannes C. (Gorichem CA NLX) Stubbs Graham S. (Poway CA) Merrell Richard G. (Hebron IL), Method of coding audio and video signals.
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Aminetzah Yehuda J. (Nepean CAX), Method of controlling scrambling and unscrambling in a pay TV system.
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Larsen Larry Donald (Raleigh NC), Method of decoding data content of F2F and phase shift encoded data streams.
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Barbieri Gianfranco (Turin ITX) Garola Ugo (Moncalieri ITX), Method of simultaneously transmitting a plurality of television signals on a single radio link and apparatus adapted to.
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Schenk Manfred (Fellbach DEX) Kltzner Winfried (Maulbronn DEX) Jeenicke Edmund (Schwieberdingen DEX), Microcomputer system with input/output unit connected to the remainder of the system by a single multibit bus and severa.
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Best Robert M. (16016 9th Ave. NE. Seattle WA 98155), Microprocessor for executing enciphered programs.
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Burgert ; Albert, Miller-encoded message decoder.
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Miyamoto Tsutomu (Tokyo JPX), Mobile radio data communication system.
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Rosbury, Arthur H.; Gilbert, Judson T.; O'Connor, Donald C.; Newland, Grant A., Modem diagnostic and control system.
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Haselwood Donald E. (Clearwater FL) Thumm Jeffrey R. (Clearwater FL), Monitoring system and method utilizing signal injection for determining channel reception of video receivers.
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Haselwood Donald E. (Clearwater FL) Solar Carl M. (Largo FL) Thumm Jeffrey R. (Clearwater FL), Monitoring system for voltage tunable receivers and converters utilizing an analog function generator.
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Haselwood Donald E. (Clearwater FL) Solar Carl M. (Largo FL) Thumm Jeffrey R. (Clearwater FL), Monitoring system for voltage tunable receivers and converters utilizing voltage comparison techniques.
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Atalla Martin M. (Atherton CA), Multilevel security apparatus and method.
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Mitchell ; David S. ; Nagel ; Robert H., Multiple channel CATV system utilizing row grabber interface as CATV input.
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Riggle Charles M. (Acton MA) Weng Lih-Jyh (Lexington MA) Field Norman A. (Maynard MA), Multiple error detecting and correcting system employing Reed-Solomon codes.
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Reynolds Christopher C. (Satellite Beach FL) Claire Earl J. (Melbourne Beach FL) Ellis John R. (West Melbourne FL), Multiple services system using telephone local loop.
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Field Robert W. (Fountain Valley CA) Gerlach Ronald R. (Mission Viejo CA) Perr Clarence D. (Brea CA) Block Robert S. (Marina Del Ray CA), Multiple signal transmission method and system, particularly for television.
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Lee Lin-Nan (Germantown MD) Lu Shyue-Ching (Taiwan TWX), Multiple-destinational cryptosystem for broadcast networks.
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Ciciora Walter S. (Park Ridge IL), NTSC receiver useable with Teletext/Viewdata information.
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Guinet ; Yves Maurice ; Noirel ; Yves Maurice, One way data transmission system.
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Guinet Yves Maurice (31 ; Rue de Fougeres Rennes FR 35000) Noirel Yves Maurice (Le Chesnot-Breteil Montfort FR 35160), One way data transmission system.
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Kuhar Eugene (Boca Raton FL) Smith Donald L. (Boca Raton FL), Operator controlled programmable keyboard apparatus.
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Taylor Michael P. (Cedar Rapids IA) Oliphant Jean R. (Cedar Rapids IA), Overflow and diversion to a foreign switch.
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Doi Toshitada (Yokohama JPX) Odaka Kentaro (Tokyo JPX), PCM Signal transmitting system with error detecting and correcting capability.
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Hernandez Charles (Villejuif FRX) Marquet Jean-Francois (Clamart FRX), Page selection device for videotext system.
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Nagata, Koichi, Paging receiver with display.
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Ohyagi Takashi (Tokyo JPX), Paging receivers.
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Eskin Gerald J. (Iowa City IA) Baron Penny H. (North Liberty IA) Malec John (North Barrington IL), Panelist response scanning system.
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Tsuda Youichiro (Saitama JPX), Passive data monitor for use with polling pattern generator in CATV system.
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Cheung Shiu H. (95B Robinson Rd. Hong Kong HKX), Pay TV system.
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Hyatt Robert K. (Burlington CT) Jacobs Robert F. (Irvington NY), Pay per view television control device.
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Seaton John C. (Norwalk CT) Cohen Leonard (Pearl River NY), Pay per view television control device.
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Chomet ; Marc, Pay television system.
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Pires ; H. George, Pay television system utilizing binary coding.
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Horowitz ; Irving, Pay television system with synchronization suppression.
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Sherman ; Herbert, Pay television system, method and apparatus.
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Rzeszewski Theodore S. (Lombard IL), Phase distortion detection circuitry for low cost automatic equalizer.
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Korver Jan A. C. (Eindhoven NLX), Picture display device arranged for displaying a mixed picture signal as an interlaced television picture.
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Kakihara Hideto (Higashiyamato JPX) Hiratsuka Kenichi (Urawa JPX) Shibata Yoji (Yokohama JPX) Kosuge Wataru (Yokohama JPX), Picture/audio signal transmission system.
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Saylor Richard (Monsey NY), Piggy back row grabbing system.
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Kato Yoshiro (Fujisawa JA) Fujita Choichi (Machida JA), Plural receiving and recording television system.
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Furukawa Hajime (Tokyo JPX) Ohta Yoshitsugu (Tokyo JPX), Power cutting device for terminal units of CATV system.
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Ricketts Luther W. (Fort Wayne IN) Dormans Paul M. (Fort Wayne IN), Premium interactive communication system.
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Mollier Jean H. (Bougival FRX), Process and system for transmission of signed messages.
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Bienvenu Jacques (Paris FRX) Carre Claude (La Varenne-St-Hilaire FRX) Luu Duc (Paris FRX) Verdier Henri (Paris FRX), Process synchronization utilizing semaphores.
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Doumit Joseph A. (New Iberia LA), Program schedule displaying system.
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Pasahow Edward J. (San Diego CA) Nuese Carlos (San Diego CA), Programmable data terminal set.
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Soulliard Charles J. (Tucson AZ) Ward Herschel W. (Tucson AZ), Programmable paging encoder.
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Jackson ; Joseph N., Programmable television receiver controllers.
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Jackson Joseph N. (716 S. Harvard ; Apt. 126 Los Angeles CA 90005), Programmable television receiver controllers.
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Miller Arthur O. (10141 Chesterton Dr. Dallas TX 75238), Programming and selection monitoring system for television receivers.
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Martinez Louis (18939 Milmore Ave. Carson CA 90746), Public alert and advisory systems.
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Everswick ; David N., Pulse amplitude and width detection system.
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Nabeshima Daiki (Kamakura JPX), Pulse-code modulation signal processing circuit.
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Purchase Francis J. (130 Columbia St. W. Waterloo ; Ontario CAX), Radio coupled device for detecting and analyzing weak transmissions.
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Frosch Robert A. Administrator of the National Aeronautics and Space Administration ; with respect to an invention of ( Houston TX) Doland George D. (Houston TX), Random digital encryption secure communication system.
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Ciciora Walter S. (Park Ridge IL), Raster manipulated television receiver.
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Johnson ; Gary D. ; Levie ; Michael M. ; Freese ; Donald R. ; Lee ; Robe rt W. ; Paufve ; Eldred H., Real time computer control system for automatic machines.
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Freeman Michael J. (110 De Haven Drive Yonkers NY 10703), Real time conversational student response teaching apparatus.
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Freeman ; Michael J., Real time conversational toy.
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Kurland ; Lawrence G. ; Freeman ; Michael J., Real time conversational toy having secure playback response.
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Makino Shinichi (Fujisawa JA) Kokado Naoyuki (Tokyo JA), Receiving program-presetting system for a television receiver.
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Koombes Michael E. (Vancouver CAX), Reciprocating recording method and apparatus for controlling a video recorder so as to edit commercial messages from a r.
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Koyama Tsuneyuki (No. 5408 Hino-Machi ; Kohnan-Ku ; Yokohama-City ; Kanagawa-ken JPX) Yasutake Katsuya (No. 410 Katakura-Cho Kanagawa-Ku ; Yokohama-City ; Kanagawa-ken JPX), Recorded tape travel control system.
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Bocchi ; Quinto M., Remote condition reporting system.
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Weintraub Morton (1542 47th St. Brooklyn NY 11219) Waxman Elliot (1825 50th St. Brooklyn NY 11219) Gendelman Bernard (1340 52nd St. Brooklyn NY 11219), Remote control of appliances.
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Weintraub Morton (1542 47th St. Brooklyn NY 11219) Waxman Elliot (1825 50th St. Brooklyn NY 11219) Gendelman Bernard (1340 52nd St. Brooklyn NY 11219), Remote control of video.
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Amano Toshio (Tokyo JPX) Nagai Kunio (Yokohama JPX) Honma Juri (Yokohama JPX), Remote control system.
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Crowther Gerald O. (Sutton GB2) Douglas Terence A. (Banstead GB2) Farmer Howard M. (Selsdon GB2), Remote control system capable of transmitting the information with the aid of an infra red beam using PPM or an ultrason.
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Mangold Hans (Fuerth DEX), Remote control television with external data bus connection.
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Fung Paul J. (San Mateo CA), Remote disconnect-reconnect tap for cable television systems.
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Hedges Richard A. (Oakland CA) Shockley David L. (San Francisco CA) Fralick Stanley C. (Saratoga CA) Kane Paul H. (Cupertino CA), Remote gaming system.
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Yashiro Kenji (Tokyo JPX) Tabata Toshio (Tokyo JPX), Remote line monitoring method and device for CATV system.
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Maxwell Hiram M. (Boca Raton FL) McKay Roger E. (Boca Raton FL) Nacheber ; Jr. Niconedi P. (Boca Raton FL) Sze Daniel T. (Boca Raton FL), Remote processor initialization in a multi-station peer-to-peer intercommunication system.
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Karnes William F. (Dallas TX), Remote transceiver for a multiple site location in a two-way cable television system.
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Besen Peter D. (Arlington MA) Shulsinger Don H. (Arlington MA) Goldberg Stuart D. (New York NY), Remote tuner control system.
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Belcher Brian E. (7023 Wakefield Dallas TX 75231) Campbell John G. (1109 Portales Lane Irving TX 75060), Remote unit for a two-way cable communications system.
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Saylor Richard (Monsey NY) Nagel Robert H. (New York NY), Row grabbing system.
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Wintfeld Leonard (Astoria NY) Nagel Robert H. (New York NY), Row grabbing video display terminal having local programmable control thereof.
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Metzger Sidney (Kensington MD), Satellite switching system.
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Kirk ; Jr. Donald (St. Petersburg FL), Satellite video multiplexing communications system.
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Payne Robert W. (San Diego CA) Smith Wesley F. (San Jose CA), Scrambled video communication system.
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Aaronson Gerald (Brookline MA) Murphy William D. (Burlington MA), Scrambler and decoder for a television signal.
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Levine Stephen N. (Schaumburg IL) Dabbish Ezzat A. (Buffalo Grove IL) Byrns John P. (Schaumburg IL), Scrambler key code synchronizer.
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Bond John A. (Ottawa CAX) Li Yuan-Lu (Ottawa CAX) Crane Leslie J. (Nepean CAX), Scrambling and unscrambling video signals in a pay TV system.
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Shutterly Harold B. (Pittsburgh PA), Scrambling system for television sound signals.
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Forman Aubry S. (Toledo OH) Schultz ; Jr. Charles A. (Gainesville FL) Schultz John F. (Gainesville FL), Secure SCA broadcasting system including subscriber actuated portable receiving terminals.
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Otey Charles R. (Reeds Ferry NH) Winkler ; Jr. Burton C. (Nashua NH), Secure communications system.
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Talbot Robert D. (Pittsford NY), Secure mobile telephone system.
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Schubin Mark (Hoboken NJ) Andersen George (Dumont NJ), Secure television system.
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Shutterly ; Harold B., Secure television transmission system.
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Forman ; Jr. Aubry S. (Toledo OH) Schultz ; Jr. Charles A. (Gainsville FL) Vice William E. (Gainsville FL), Secure two channel SCA broadcasting system.
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Bright Herbert S. (Bethesda MD) Enison Richard L. (San Pablo CA), Security system for data processing.
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Barber Tommie L. (Columbus OH) Korodi Miklos B. (Columbus OH) Davis Steven J. (Manhattan Beach CA) Schuldt David A. (Mountain View CA) Christenson Paul E. (Sunnyvale CA) Towse Andrew C. (San Jose CA), Security terminal for use with two-way interactive cable system.
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Templin Frank C. (Arlington Heights IL) Zato Thomas J. (Palatine IL), Selective video reception control system.
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Lambert, Trevor, Selective viewing.
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Fearnside William T. (Fishers NY), Signal processing for off-air video recorder.
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Yanagimachi Akio (Kawasaki JA) Yamane Hisakichi (Funabashi JA) Sawabe Eiichi (Machida JA) Uehara Takashi (Inagi JA) Yoshino Takehiko (Yokohama JA) Takezawa Teruhiro (Komae JA) Masuda Michio (Tokyo JA, Signal transmission system for transmitting a plurality of information signals through a plurality of transmission chann.
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Yanagimachi Akio (Kawasaki JA) Uehara Takashi (Inagi JA) Yamamoto Tetsuo (Machida JA) Yamane Hisakichi (Tokyo JA) Sawabe Eiichi (Machida JA) Yoshino Takehiko (Yokohama JA) Takezawa Teruhiro (Komae JA, Signal transmission system for transmitting programed information such as programed instruction.
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Pickholtz Andrew (Fairfax VA), Software protection method and apparatus.
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Donald Thomas C. (2651 Rillwood Rd. Birmingham AL 35243) Donald Henry W. (428 Lakewood Dr. Homewood AL 35209), Software protection system.
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Herman Morton B. (Huntington Station NY), Software security method using partial fabrication of proprietary control word decoders and microinstruction memories.
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Shutterly Harold B. (Pittsburgh PA), Solid state digital audio scrambler system for teletransmission of audio intelligence through a television system.
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Steudel Gunter (Stuttgart DEX), Sound-in-video television transmission.
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Cox Charles M. (Buffalo Grove IL) Thomas William L. (Northbrook IL), Special services teletext communications system.
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Butler Robert J. (Oyster Bay NY) Schlameuss Ronald G. (Hempstead NY), Station signature system.
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Henry Paul S. (Holmdel NJ), Stream cipher operation using public key cryptosystem.
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Feistel Horst (Mount Kisco NY), Stream/block cipher crytographic system.
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Hendrickson Melvin C. (Elmhurst IL), Stv Subscriber address system.
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Cotten ; Jr. Whitworth W. (Germantown MD) Tambert John (Satellite Beach FL), Subscriber station for providing multiple services to a subscriber.
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Davidson Richard A. (Deerfield IL), Subscriber-limited reception television broadcast security encoder-decoder system.
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Davidson Richard A. (Deerfield IL), Subscriber-limited reception television broadcast security encoder-decoder system.
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Guif Stanley E. (Madison WI) Nimmer Terry L. (Madison WI) Weigt Donald A. (Madison WI) Wolenec Glenn (Cross Plains WI) Gall Richard C. (Middleton WI), Subscription TV audio carrier recovery system.
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Guif ; Stanley E. ; Nimmer ; Terry L. ; Weigt ; Donald A. ; Wolenec ; Gl enn ; Gall ; Richard C., Subscription TV decoder logic system.
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Guillou Louis C. (Bourgbarre-Saint Erblon FRX), Subscription card for a videotex receiver.
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Thompson John R. (Los Angeles CA), Subscription television apparatus and methods.
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Mistry Kantilal (Old Bridge NJ) Sperber Martin (Cranford NJ), Subscription television decoder apparatus.
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Bakka Raymond (Meudon FRX) Dieudonne Marc P. G. (Igny FRX), Switching circuit for digital packet switching network.
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DeLong Vincent R. (Marion IA), System and method for encrypting a voice signal.
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Jeffers Michael F. (Flourtown PA) Shekel Jacob (Brookline MA) Dages Charles L. (Colmar PA) Glaab Joseph (New Hope PA), System arrangement for distribution and use of video games.
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Martin ; John R. ; Block ; Robert S., System for accumulating data over nondedicated telephone lines.
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Van Hulle Erick (Waterloo BEX), System for automatically substituting television signals at a head station for a cable network.
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Miyake Nobuo (Yokohama JA), System for conducting a television audience survey.
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Marti Bernard (Noyal-sur-Vilaine FRX) Poignet Alain (Rennes FRX) Savary Jean-Yves (Rennes FRX) Brusq Roger (Betton FRX), System for digital transmission and text display.
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Poignet Alain (Rennes FRX) Fournier Claude (Rennes FRX) Le Marouille Martine (Rennes FRX), System for digitally transmitting and displaying data on television receiver screen.
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Barda Jean F. (Gentilly FRX) Brusq Roger (Betton FRX) Marti Bernard (Noyal sur Vilaine FRX) Poignet Alain (Rennes FRX), System for digitally transmitting and displaying texts on television screen.
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Barda Jean F. (Gentilly FRX) Brusq Roger (Betton FRX) Marti Bernard (Noyal sur Vilaine FRX) Poignet Alain (Rennes FRX), System for digitally transmitting and displaying texts on television screen.
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Fascenda Anthony C. (Pacifica CA) Gregg Daniel L. (San Francisco CA) Ache Rollin W. (Phoenixville PA), System for identifying and displaying data transmitted by way of unique identifying frequencies from multiple vehicles.
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Loshing Clement T. (17836 Lake Rd. Lakewood OH 44107) Thompson Ralph J. (2399 W. Sprague Rd. Broadview Heights OH 44147), System for monitoring, transmitting and conditioning of information gathered at selected locations.
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Schweppe Darrell L. (Lincoln NE) Siegl Hermann K. (Lincoln NE), System for overlaying a computer generated video signal on an NTSC video signal.
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Hutt Peter Richard (Richmond EN) Blake Alan Ronald (London EN) Cavallar Gunter Von (South Wonston ; near Winchester EN) Douglas Brian Neil (London EN) Dodds Philip John (Southampton EN), System for processing data signals for insertion in television signals.
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Bloisi Albertoni de Lemos (Rua Batatais 333 Sao Paulo BR), System for public opinion research.
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Asip William F. (340 E. 52nd St. New York NY 10022) Bartha Miklos L. (11 Meade Ave. Passaic NJ 07055), System for remote monitoring and data transmission over non-dedicated telephone lines.
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Guillou Louis C. (Bourgbarre FRX), System for transmitting information provided with means for controlling access to the information transmitted.
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Parsons ; Robert, System of data storage.
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Bart Theodor E. (Zurich CHX) Mills Ronald A. (Ksnacht CHX), TV Graphics and mixing control.
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Best Robert M. (16016 9th NE. Seattle WA 98155), TV Movies that talk back.
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Porter James L. (San Diego CA), TV monitor.
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Dickinson Robert V. C. (Berkeley Heights NJ), Tamper-resistant, expandable communications system.
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Brown Earl F. (Piscataway NJ) Netravali Arun N. (Matawan NJ), Technique for transmitting digital data together with a video signal.
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Pires ; H. George, Telephone billing apparatus for a subscription television system.
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Theurer Donald L. (Fort Wayne IN) Dormans Paul M. (Fort Wayne IN), Telephone interfaced subscription cable television system especially useful in hotels and motels.
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Cox Charles M. (Buffalo Grove IL) Thomas William L. (Northbrook IL), Teletext communication system with timed multipage local memory.
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Thomas William L. (Northbrook IL), Teletext interface for digital storage medium having synthetic video generator.
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Cheung Shiu H. (95B Robinson Rd. Hong Kong HKX), Television audience measuring system.
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Frohbach ; Hugh F., Television audience survey system providing feedback of cumulative survey results to individual television viewers.
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Tamura Eiji (Tokyo JPX), Television camera.
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Nagumo Fumio (Yokohama JPX), Television camera having a character display.
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Baer Ralph H. (Manchester NH), Television captioning system.
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den Toonder Pieter (Dordrecht IL NLX) Doles Glenn P. (Wonder Lake IL) Lund John A. (McHenry Shore\s IL) Merrell Richard G. (Hebron IL) Stubbs Graham S. (Poway CA 4), Television coding system with channel level identification.
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Kirschner Wallace (Trumbull CT) Haskel Lawrence Martin (Danbury CT), Television display control apparatus.
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Schlafly Hubert J. (27 Orchard Dr. Greenwich CT 06830), Television line multiplexed data communication system.
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Takahashi Ryosuke (Tokyo JPX) Inaba Masao (Tokyo JPX) Onosato Masashi (Tokyo JPX), Television picture special effects system using digital memory techniques.
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Yabe Toyoji (Tokyo JPX), Television receiver apparatus for selectively displaying a video picture or alphanumeric data information.
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Micic Ljubomir (Freiburg DEX) Schat Hermannus (Freiburg DEX) Freyberger Laurin C. (Waldkirch DEX) Ullrich Manfred F. (Denzlingen DEX), Television receiver equipped for simultaneously showing several programs.
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Hutt Peter Richard (Richmond EN) Blake Alan Ronald (London EN) VON Cavallar Gunter (South Wonston ; near Winchester EN) Douglas Brian Neil (London EN) Dodds Philip John (Southampton EN), Television receiver system having facility for storage and display of character information selected from digitally enco.
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Scott ; Donald Gordon, Television receivers.
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Kocher Christopher P. (Philadelphia PA) Abramovich Abe (Lawrenceville PA), Television remote control system for selectively controlling external apparatus through the AC power line.
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Farina Attilio (Turin ITX), Television set which displays analog data relevant to the operation of the television set on its video display.
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Belisomi Pietro (Pinerolo ITX) Farina Attilio (Turin ITX), Television set with picture-storage means.
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Saeki Yoshifumi (Tokyo JPX) Onda Kazuyoshi (Tokyo JPX), Television signal scrambling method for CATV system.
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Glaab Joseph B. (New Hope PA) Jeffers Michael F. (Flourtown PA), Television signal switching apparatus.
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Thorpe Laurence Joseph (Marlton NJ), Television studio control apparatus.
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Beyers ; Jr. Billy W. (Greenfield IN) Suchko Adam J. (Indianapolis IN), Television system scheduler.
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Barrett James H. (London GB2), Television system transmitting enciphered data signals during field blanking interval.
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Sechet Claude (14 ; rue Theodore Botrel Rennes FRX) Babonneau Gerard (14 ; rue Theodore Botrel 35830 Betton FRX) Guillou Louis C. (Saint Erblon FRX), Television system with access control.
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Percy ; Roger D. ; Wilding ; David C. M. ; Kagan ; Sholly, Television viewer reaction determining system.
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Percy Penelope C. (Seattle WA) Percy Roger D. (Seattle WA), Television viewer reaction determining systems.
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Krger H. Eckhard (Hildesheim-Sorsum DEX) Freienstein Bernd (Hildesheim DEX) Schfer Thomas (Schellerten DEX), Television viewing center system.
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Beier Galen C. (1200 Kaplan St. Waterloo IA 50702), Television viewing control device.
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Fleming James R. (Indianapolis IN) Frezza William A. (North Brunswick NJ) Soloway Gerald S. (Holmdel NJ), Terminal generation of dynamically redefinable character sets.
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Guillou Louis C. (Bourgbarre-Saint Erblon FRX), Text video-transmission system provided with means for controlling access to the information.
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Anderson Thomas G. (Los Altos CA) Boothroyd William A. (San Jose CA) Frey Richard C. (San Jose CA), Transaction execution system with secure data storage and communications.
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Cheung William S. H. (Hong Kong HKX), Transmitting and receiving apparatus for permitting the transmission and reception of multi-tier subscription programs.
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McCoy Reginald F. H. (1354 NE. 31st Pl. Gainesville FL 32601), Transmitting two television signals through one channel.
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Maret Jean C. (Paris FRX), Trimming machine.
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George John B. (Indianapolis IN) Testin William J. (Indianapolis IN), Tuning mode arrangement useful for restricting channel selection to certain channels.
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Bluestein Leo I. (Rancho Bernardo CA) Crandell Paul E. (San Diego CA) Drake David A. (Escondido CA) Jedynak Leo (San Diego CA) Simpson Larry W. (Poway CA), Two level encripting of RF signals.
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Jahr Ronald S. (Naperville IL) Cowell Thomas H. (Corunna MI), Utility usage data and event data acquisition system.
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Tomizawa Akimori (Konosu JPX), Validation apparatus in a pay television system.
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Nieson Norman (Massapequa NY), Validation method and apparatus for pay television systems.
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McGlynn Daniel R. (329-84th St. Brooklyn NY 11209), Vehicle operation control system.
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Lightner Robert W. (P.O. Box 42 Cocoa Beach FL 32931), Vending system for remotely accessible stored information.
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Freeman Michael J. (12 Maplewood Rd. Hartsdale NY 10530), Verbally interactive telephone interrogation system with selectible variable decision tree.
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Gimple Irving (Montreal CAX) Rodman William (Montreal CAX), Video and data distribution module with subscriber terminal.
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Michael Peter Colin (Newbury EN), Video assignment systems.
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Ackley David A. (Stafford TX) Rogers Gerald D. (Sugarland TX) Macourek Peter H. (Needville TX) Guttag Karl M. (Houston TX) Chang Ki Suk (Houston TX), Video display processor.
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Hughes Michael A. (Stockbridge GB2) Johnson Jeremy S. M. (Rownhams NY GB2) Winn Graham C. E. (Woodstock NY), Video display terminal with partitioned screen.
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Boland Peter (Nepean CAX) Coyne John (Winnipeg CAX) Gimple Irving (Montreal CAX 4), Video distribution control system.
상세보기
Suzuki Tsutomu (Tokorozawa JPX), Video format signal recording and reproducing device.
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Burcher Dennis S. (Indianapolis IN) Dickson David M. (Indianapolis IN) Walters Jeffrey A. (Indianapolis IN), Video signal actuated switch.
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den Toonder Pieter (Dordrecht NLX) Seltenrijch Johannes C. (Gorichem CA NLX) Stubbs Graham S. (Poway CA) Fondse Pieter J. (Papendrecht IL NLX) Jirka Howard F. (Crystal Lake IL), Video signal coding by video signal polarity reversal on the basis of brightness level comparison.
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Wright David I. (Riverton NJ), Video signal dropout compensator.
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Herrmann Carlo L. (Lubbock TX) Ott Granville E. (Lubbock TX), Video system with picture information and logic signal multiplexing.
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Marti Bernard (22 ; Allee Henri Bergson Noyal sur Vilaine FRX) Poignet Alain (22 ; Allee Henri Bergson Rennes FRX) Fournier Claude (22 ; Allee Henri Bergson 35100 Rennes FRX) Roche Christian (13 ; ru, Videotex system.
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Bendig, Mark W., Viewdata system and apparatus.
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Gargini Eric J. (West Drayton GB2), Wire broadcasting system with subscriber controlled switched program selection.
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Stern Joseph L. (45 Windsor Rd. Great Neck NY 11021) Garodnick Joseph (1 Wall St. Fort Lee NJ 07024), Wired broadcasting systems.
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Schumacher Peter M. (Great Falls MT), Write and edit circuitry for electronic marking of displayed TV signal images.
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IPC	Description
A	생활필수품
A62	인명구조; 소방(사다리 E06C)
A62B	인명구조용의 기구, 장치 또는 방법(특히 의료용에 사용되는 밸브 A61M 39/00; 특히 물에서 쓰이는 인명구조 장치 또는 방법 B63C 9/00; 잠수장비 B63C 11/00; 특히 항공기에 쓰는 것, 예. 낙하산, 투출좌석 B64D; 특히 광산에서 쓰이는 구조장치 E21F 11/00)
A62B-1/08	.. 윈치 또는 풀리에 제동기구가 있는 것

내보내기 구분	파일저장 인쇄 메일전송
구성항목	기본정보 상세정보 관리번호, 국가코드, 자료구분, 상태, 출원번호, 출원일자, 공개번호, 공개일자, 등록번호, 등록일자, 발명명칭(한글), 발명명칭(영문), 출원인(한글), 출원인(영문), 출원인코드, 대표IPC 관리번호, 국가코드, 자료구분, 상태, 출원번호, 출원일자, 공개번호, 공개일자, 공고번호, 공고일자, 등록번호, 등록일자, 발명명칭(한글), 발명명칭(영문), 출원인(한글), 출원인(영문), 출원인코드, 대표출원인, 출원인국적, 출원인주소, 발명자, 발명자E, 발명자코드, 발명자주소, 발명자 우편번호, 발명자국적, 대표IPC, IPC코드, 요약, 미국특허분류, 대리인주소, 대리인코드, 대리인(한글), 대리인(영문), 국제공개일자, 국제공개번호, 국제출원일자, 국제출원번호, 우선권, 우선권주장일, 우선권국가, 우선권출원번호, 원출원일자, 원출원번호, 지정국, Citing Patents, Cited Patents
저장형식	Text(ASCII format) Excel format PIAS분석(.xls)
메일정보	받는사람 (필수) @ 보내는사람 (선택) @ 제목 내용 KISTI 검색결과 이메일 서비스
안내	총 건의 자료가 검색되었습니다. 다운받으실 자료의 인덱스를 입력하세요. (1-10,000) 검색결과의 순서대로 최대 10,000건 까지 다운로드가 가능합니다. 데이타가 많을 경우 속도가 느려질 수 있습니다.(최대 2~3분 소요) 다운로드 파일은 UTF-8 형태로 저장됩니다. 파일의 내용이 제대로 보이지 않을실 때는 웹브라우저 상단의 보기 -> 인코딩 -> 자동선택 여부를 확인하십시오. ~ Text(ASCII format) Excel format

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