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    • 1. 发明授权
    • Systems and methods for utilizing imperfectly manufactured image intensifier tubes in night vision systems
    • 在夜视系统中利用不完美制造的图像增强管的系统和方法
    • US08902523B2
    • 2014-12-02
    • US13458881
    • 2012-04-27
    • Kenneth Jamison
    • Kenneth Jamison
    • G02B5/00G03F5/00G03B27/58G02B27/00G02B23/12H01J31/50
    • G02B5/00G02B5/005G02B23/12G02B27/0012H01J31/50
    • Systems and methods are provided for modifying blemished image intensifier tubes that otherwise would be inappropriate for use in strictly specified night vision equipment. The systems include masks and display elements designed and structured to be oriented in a variety of directions so as to cover over and hide blemishes within an image intensifier tube. Masks may be provided utilizing glass discs that are ground, polished, and etched with particular geometric masking elements and fixed over the display end of the image intensifier tube. Electronic components may be presented as display elements over the opaque portions of the masks. Methods for manufacturing the masks are described that detect and characterize the location and size of the blemishes and select mask type, size, and orientation for manufacture and use.
    • 提供的系统和方法用于修改否则将不适合在严格规定的夜视设备中使用的瑕疵图像增强管。 这些系统包括被设计和构造为以各种方向定向的掩模和显示元件,以覆盖和隐藏图像增强管内的瑕疵。 可以利用用特定几何掩模元件研磨,抛光和蚀刻的玻璃盘来提供掩模,并固定在图像增强管的显示器端上。 电子部件可以作为显示元件呈现在掩模的不透明部分上。 描述了用于制造掩模的方法,其检测和表征瑕疵的位置和尺寸,并且选择制造和使用的掩模类型,尺寸和取向。
    • 2. 发明申请
    • Systems and Methods for Utilizing Imperfectly Manufactured Image Intensifier Tubes in Night Vision Systems
    • 在夜视系统中使用不完全制造的图像增强管的系统和方法
    • US20130114158A1
    • 2013-05-09
    • US13458881
    • 2012-04-27
    • Kenneth JAMISON
    • Kenneth JAMISON
    • G02B5/00G02B27/00
    • G02B5/00G02B5/005G02B23/12G02B27/0012H01J31/50
    • Systems and methods are provided for modifying blemished image intensifier tubes that otherwise would be inappropriate for use in strictly specified night vision equipment. The systems include masks and display elements designed and structured to be oriented in a variety of directions so as to cover over and hide blemishes within an image intensifier tube. Masks may be provided utilizing glass discs that are ground, polished, and etched with particular geometric masking elements and fixed over the display end of the image intensifier tube. Electronic components may be presented as display elements over the opaque portions of the masks. Methods for manufacturing the masks are described that detect and characterize the location and size of the blemishes and select mask type, size, and orientation for manufacture and use.
    • 提供的系统和方法用于修改否则将不适合在严格规定的夜视设备中使用的瑕疵图像增强管。 这些系统包括被设计和构造为以各种方向定向的掩模和显示元件,以覆盖和隐藏图像增强管内的瑕疵。 可以利用用特定几何掩模元件研磨,抛光和蚀刻的玻璃盘来提供掩模,并固定在图像增强管的显示器端上。 电子部件可以作为显示元件呈现在掩模的不透明部分上。 描述了用于制造掩模的方法,其检测和表征瑕疵的位置和尺寸,并且选择制造和使用的掩模类型,尺寸和取向。
    • 3. 发明申请
    • Night Vision Device with Display of Ancillary Environmental Information
    • 夜视设备显示辅助环境信息
    • US20130043395A1
    • 2013-02-21
    • US13552508
    • 2012-07-18
    • Kenneth JAMISON
    • Kenneth JAMISON
    • G01J5/10
    • G02B23/12F41G1/32G01J5/0846G01J5/10
    • 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.
    • 一种夜视镜(NVG)附件装置改造为现有的单眼或双目型NVG系统,以向NVG设备的用户提供额外的环境信息。 可附接装置包括环形连接器,其具有位于NVG光学系统的物镜侧上的一个或多个外部显示投影仪。 传感器电子模块连接到环形连接器,并容纳许多环境传感器,包括用于测距信息的IR发射器和接收器,辐射探测器和运动/热探测器。 电子模块内的传感器通过连接器向现有NVG电子设备提供信号信息。 该设备将信息图像投影到用户的显示视野中。 信息显示可以采用一个或多个LED指示灯或LED数字数字显示器的形式。 用户可以优选地激活或去激活一个或多个环境传感器。
    • 4. 发明授权
    • Night vision device with display of ancillary environmental information
    • 夜视装置显示辅助环境信息
    • US08981295B2
    • 2015-03-17
    • US13552508
    • 2012-07-18
    • Kenneth Jamison
    • Kenneth Jamison
    • G01J5/10G02B23/12G01J5/08F41G1/32
    • G02B23/12F41G1/32G01J5/0846G01J5/10
    • 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.
    • 一种夜视镜(NVG)附件装置改造为现有的单眼或双目型NVG系统,以向NVG设备的用户提供额外的环境信息。 可附接装置包括环形连接器,其具有位于NVG光学系统的物镜侧上的一个或多个外部显示投影仪。 传感器电子模块连接到环形连接器,并容纳许多环境传感器,包括用于测距信息的IR发射器和接收器,辐射探测器和运动/热探测器。 电子模块内的传感器通过连接器向现有NVG电子设备提供信号信息。 该设备将信息图像投影到用户的显示视野中。 信息显示可以采用一个或多个LED指示灯或LED数字数字显示器的形式。 用户可以优选地激活或去激活一个或多个环境传感器。