초록 ▼

A message processing device is adapted to obtain text data and read aloud the text data aloud by using a voice synthesizer. A loudspeaker device is connected to the message processing device to output or read aloud the text data. The text data can be received through a receiving device that receives

A message processing device is adapted to obtain text data and read aloud the text data aloud by using a voice synthesizer. A loudspeaker device is connected to the message processing device to output or read aloud the text data. The text data can be received through a receiving device that receives outside information data or e-mail message data. The voice synthesizer can be controlled by an outside information controller, with the outside information controller being able to distinguish senders of the text data and being able to select one voice tone data to read aloud messages sent by one sender. If the controller recognizes that there are other messages sent by another sender, the controller allots different voice tone data for the other sender's messages. The message processing device can include a voice navigation device to generate voice signals for giving route guidance messages or information to a driver of a vehicle. The voice tone used for the route guidance message is preferably different from the voice tone used to read aloud the outside information message. It is thus possible for the driver to recognize the source or senders of different messages being read aloud. It is also possible to adjust the output timing of the route guidance message and the outside information message.

대표청구항 ▼

A message processing device is adapted to obtain text data and read aloud the text data aloud by using a voice synthesizer. A loudspeaker device is connected to the message processing device to output or read aloud the text data. The text data can be received through a receiving device that receives

A message processing device is adapted to obtain text data and read aloud the text data aloud by using a voice synthesizer. A loudspeaker device is connected to the message processing device to output or read aloud the text data. The text data can be received through a receiving device that receives outside information data or e-mail message data. The voice synthesizer can be controlled by an outside information controller, with the outside information controller being able to distinguish senders of the text data and being able to select one voice tone data to read aloud messages sent by one sender. If the controller recognizes that there are other messages sent by another sender, the controller allots different voice tone data for the other sender's messages. The message processing device can include a voice navigation device to generate voice signals for giving route guidance messages or information to a driver of a vehicle. The voice tone used for the route guidance message is preferably different from the voice tone used to read aloud the outside information message. It is thus possible for the driver to recognize the source or senders of different messages being read aloud. It is also possible to adjust the output timing of the route guidance message and the outside information message. , 19970100, Redlich; US-5631070, 19970500, Nishii et al., 428/220; US-5661490, 19970800, McEwan, 342/387; US-5677927, 19971000, Fullerton et al., 375/200; US-5687169, 19971100, Fullerton, 370/324; US-5732113, 19980300, Schmidl et al.; US-5764696, 19980600, Barnes et al., 375/239; US-5812081, 19980900, Fullerton, 342/021; US-5818813, 19981000, Saito et al.; US-5832035, 19981100, Fullerton, 375/210; US-5832772, 19981100, McEwan, 073/290.R; US-5834986, 19981100, Myers; US-5841666, 19981100, Perdue et al.; US-5933453, 19990800, Lewison, 332/109; US-5959447, 19990900, Bridges et al.; US-5966090, 19991000, McEwan, 342/027; US-5978412, 19991100, Takai; US-5982874, 19991100, Braams; US-5991346, 19991100, Lu; US-5995046, 19991100, Belcher et al., 342/450; US-6021110, 20000200, McGibney; US-6085067, 20000700, Gallagher et al.; US-6128332, 20001000, Fukawa et al., 370/342; US-6130643, 20001000, Trippett et al.; US-6167299, 20001200, Galchenkov et al.; US-6195614, 20010200, Kochan; US-6259723, 20010700, Miyashita, 375/141; US-6314055, 20011100, Foxlin et al.; US-6400754, 20020600, Fleming et al., 327/142; US-6430208, 20020800, Fullerton et al., 370/342; US-6452959, 20020900, McDonough, 375/130 ing different from the first calculative operation, means for compressing the first operation-resultant digital video data into first compression-resultant digital video data, means for compressing the second operation-resultant digital video data into second compression-resultant digital video data, and means for combining the first compression-resultant digital video data and the second compression-resultant digital video data into the packet stream. 2. An image capture and transmission system as recited in claim 1, further comprising means for searching every frame represented by the first digital video data and the second digital video data for a predetermined target object, and means for changing the effective region in every frame in response to a result of the searching.