发明名称 Night vision device with display of ancillary environmental information
摘要 A night vision goggle (NVG) attachment device retrofit to an existing monocular or binocular type NVG system to provide additional environmental information to the user of the NVG device. The attachable device includes a ring connector having one or more external display projectors positioned on the objective side of the NVG optical system. A sensor electronics module is attached to the ring connector and houses a number of environmental sensors, including IR transmitters and receivers for range finding information, radiation detectors, and motion/heat detectors. The sensors within the electronics module provide signal information through a connector to the existing NVG electronics. The device projects informational images into the display field of view for the user. The informational displays may take the form of one or more LED indicators or LED digital numerical displays. The user may preferably activate or de-activate one or more of the environmental sensors.
申请公布号 US8981295(B2) 申请公布日期 2015.03.17
申请号 US201213552508 申请日期 2012.07.18
申请人 发明人 Jamison Kenneth
分类号 G01J5/10;G02B23/12;G01J5/08;F41G1/32 主分类号 G01J5/10
代理机构 Kammer Browning PLLC 代理人 Kammer Browning PLLC
主权项 1. An attachable device for connection to an existing monocular or binocular type night vision goggle (NVG) system that provides additional environmental information to the user of the NVG system, the attachable device comprising: a ring connector assembly comprising one or more external display projectors positioned on an objective side of the NVG system; a sensor electronics module attached to the ring connector assembly, the sensor electronics module comprising at least one environmental sensor; and a connector component, the at least one environmental sensor within the sensor electronics module providing signal information through the connector component to the existing NVG system; wherein the attachable device projects informational images into the display of the NVG system in a manner that transmits the information into the field of view for the user of the NVG system.
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