초록 ▼

A single sensor that can operate in multiple bands and display either one radiation band alone or multiple overlaid bands, using an appropriate color choice to distinguish the bands. The multiple-band sensor allows the user to look through at least one eyepiece and with the use of a switch, see scen

A single sensor that can operate in multiple bands and display either one radiation band alone or multiple overlaid bands, using an appropriate color choice to distinguish the bands. The multiple-band sensor allows the user to look through at least one eyepiece and with the use of a switch, see scenes formed via the human eye under visible light, an II sensor, an MWIR sensor, or an LWIR sensor, either individually or superimposed. The device is equipped with multiple switching mechanisms. The first, for allowing the user to select between radiation bands and overlays, and the second, as with most thermal imaging sensors, for allowing the user to switch between "white-hot/black-hot" i.e., a polarity switch.

대표청구항 ▼

A single sensor that can operate in multiple bands and display either one radiation band alone or multiple overlaid bands, using an appropriate color choice to distinguish the bands. The multiple-band sensor allows the user to look through at least one eyepiece and with the use of a switch, see scen

A single sensor that can operate in multiple bands and display either one radiation band alone or multiple overlaid bands, using an appropriate color choice to distinguish the bands. The multiple-band sensor allows the user to look through at least one eyepiece and with the use of a switch, see scenes formed via the human eye under visible light, an II sensor, an MWIR sensor, or an LWIR sensor, either individually or superimposed. The device is equipped with multiple switching mechanisms. The first, for allowing the user to select between radiation bands and overlays, and the second, as with most thermal imaging sensors, for allowing the user to switch between "white-hot/black-hot" i.e., a polarity switch. ion Ser. No. 10/100,591; entitled "System and Method for Managing System Margin," pp. 1-89, Filed Mar. 15, 2002. Pending U.S. Patent application Ser. No. 10/100,587; entitled "Fiber Optic Transmission System with Low Cost Transmitter Compensation", Filed Mar. 15, 2002. Pending U.S. patent application Ser. No. 10/116,487; entitled "Fiber Optic Transmission System for a Metropolitan Area Network," pp. 1-54, Filed Apr. 3, 2002. Pending U.S. patent application Ser. 10/100,700; entitled "Rack System for an End Terminal in an Optical Communication Network," pp. 1-74, Filed Mar. 15, 2002. PCT International Search Report Form PCT/ISA/210, May 19, 1999. PCT International Search Report Form PCT/ISA/210, Aug. 23, 1999. PCT International Search Report Form PCT/ISA/210, Dec. 21, 2001. PCT International Search Report Form PCT/ISA/210, Jan. 22, 2002. Hiroji Masuda and Shingo Kawal, Ultra Wide-Band Raman Amplification With A Total Gain-Bandwidth of 132 nm Of Two