Multi-camera closed circuit television system for aircraft
First Claim
1. An airborne closed circuit television system which comprises a first camera, said first camera equipped with a zoom lens, said first camera arranged to have a field of view essentially perpendicular downward from the aircraft'"'"'s centerline, said first camera including said zoom lens and other associated optics, a focal plane sensor and an interface electronics unit to condition the output of the focal plane electronics for transmission to an external camera control unit;
- a second camera arranged essentially parallel to the aircraft'"'"'s center line and forward facing, said second camera also incorporating camera lens optics, a focal plane sensor and interface electronics;
a camera module unit structure which houses the two cameras in relation to one another, the system arranged to provide fields of view which narrowly avoid imaging the adjacent camera;
a window mounted within said camera module unit providing a field of view of the cameras, said window provided with means to heat said window;
means to heat at least one component of said cameras;
a remote camera control unit containing electronics to drive and process information from the camera; and
a remote control unit in the flight deck of the aircraft which allows control of the functional aspects of the system by a member of the flight crew.
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0 Petitions
Accused Products
Abstract
The invention is a compact multi-camera closed circuit video television system for use in commercial aircraft. The arrangement of the cameras and the construction of the system are arranged to allow installation within either the pressurized or unpressurized portions of the aircraft, and the video cameras are arranged to provide multiple views of the exterior of the aircraft under the control of the flight crew.
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Citations
1 Claim
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1. An airborne closed circuit television system which comprises a first camera, said first camera equipped with a zoom lens, said first camera arranged to have a field of view essentially perpendicular downward from the aircraft'"'"'s centerline, said first camera including said zoom lens and other associated optics, a focal plane sensor and an interface electronics unit to condition the output of the focal plane electronics for transmission to an external camera control unit;
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a second camera arranged essentially parallel to the aircraft'"'"'s center line and forward facing, said second camera also incorporating camera lens optics, a focal plane sensor and interface electronics; a camera module unit structure which houses the two cameras in relation to one another, the system arranged to provide fields of view which narrowly avoid imaging the adjacent camera; a window mounted within said camera module unit providing a field of view of the cameras, said window provided with means to heat said window; means to heat at least one component of said cameras; a remote camera control unit containing electronics to drive and process information from the camera; and a remote control unit in the flight deck of the aircraft which allows control of the functional aspects of the system by a member of the flight crew.
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Specification