초록 ▼

A radar controlled automatic target illumination system for marine and other moving vessels. A radar system operably connected to the vessel produces an electronic signal corresponding to an azimuth of a target relative to, and in proximity to the vessel. An array of lights are connected to the vess

A radar controlled automatic target illumination system for marine and other moving vessels. A radar system operably connected to the vessel produces an electronic signal corresponding to an azimuth of a target relative to, and in proximity to the vessel. An array of lights are connected to the vessel, each light being aimed outwardly in a different lighting sector, the sectors being adjacent one to another around the vessel, each of said lights, when automatically activated, illuminating one lighting sector. An electronic processor is operably connected between the radar system and the array of lights for the automatic selective activation of one or more of the lights to illuminate the target within a corresponding lighting sector which the radar system has identified.

대표청구항 ▼

The invention claimed is: 1. A radar controlled automatic target illumination system for a marine vessel comprising: a radar system operably connected to the vessel for producing an electronic signal corresponding to an azimuth of an above-water target relative to, and in proximity to the vessel; a

The invention claimed is: 1. A radar controlled automatic target illumination system for a marine vessel comprising: a radar system operably connected to the vessel for producing an electronic signal corresponding to an azimuth of an above-water target relative to, and in proximity to the vessel; an array of lights connected to a bow of the vessel, each light of said array aimed outwardly in a different azimuth sector to define an overall lighting sector of up to about 180��; the azimuth sectors being adjacent one to another, each of said lights selectively illuminating an above-water individual lighting sector; a processor operably connected between said radar system and said array of lights for automatic selective activation of one or more of said lights to illuminate the target within a corresponding said lighting sector within which said radar system has identified the presence of the target. 2. A radar controlled automatic target illumination system for a moving vessel comprising: a radar system operably connected to the vessel for producing an electronic signal corresponding to an azimuth of a target relative to, and in proximity to the vessel; an array of stationary lights connected to the vessel, each light of said array aimed outwardly in different individual azimuth sectors adjacent one to another to define an overall forward-facing lighting sector of substantially less than 360��, each of said lights selectively illuminating an individual lighting sector; a processor operably connected between said radar system and said array of lights for automatic selective activation of one or more of said lights to illuminate the target within a corresponding said lighting sector within which said radar system has identified the presence of the target. 3. A radar controlled automatic target illumination system as set forth in claim 2, wherein: said moving vessel is a watercraft. 4. A radar controlled automatic target illumination system as set forth in claim 2, wherein: said moving vessel is an aircraft and the target is a second moving aircraft at an elevation generally equal to that of the aircraft. 5. A radar controlled automatic target illumination system as set forth in claim 2, wherein: each of said lighting sectors has a lighting sector in the range of 10-30 degrees. 6. A radar controlled automatic target illumination system for a marine vessel comprising: a radar system operably connected to the vessel for producing an electronic signal corresponding to an azimuth of an above-water target relative to, and in proximity to the vessel; an array of lights connected in proximity to a bow of the vessel, each light of said array aimed outwardly in different azimuth directions adjacent one to another around the vessel, each of said lights selectively illuminating an above-water lighting sector; a processor operably connected between said radar system and said array of lights for automatic selective activation of one or more of said lights to illuminate the target within a corresponding said lighting sector within which said radar system has identified the presence of the target. 7. A radar controlled automatic target illumination system as set forth in claim 1, wherein: said array of lights is positioned in close proximity to, and beneath a gunnel of the vessel. 8. A radar controlled automatic target illumination system as set forth in claim 2, wherein: said overall lighting sector is in a range of up to about 180��. 9. A radar controlled automatic target illumination system as set forth in claim 6, wherein: said array of lights is positioned in close proximity to, and beneath a gunnel of the vessel. 10. A radar controlled automatic target illumination system as set forth in claim 6, wherein: said array of lights defines an overall lighting sector of substantially less than 360��. 11. A radar controlled automatic target illumination system as set forth in claim 10, wherein: said overall lighting sector is up to about 180��.