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    • 26. 发明授权
    • Anypoint picatinny rail bipod/tripod mount
    • Anypoint picatinny轨道双脚架/三脚架
    • US08359780B2
    • 2013-01-29
    • US12828176
    • 2010-06-30
    • Morris PetersonMatthew Warren Charles PetersonCharles Robert Overbey, Jr.William E. S. McCormickGary Vance
    • Morris PetersonMatthew Warren Charles PetersonCharles Robert Overbey, Jr.William E. S. McCormickGary Vance
    • F41C27/00
    • F41G11/003F41A23/08
    • Various detachable firearm mounting bracket device embodiments are provided. According to an embodiment, a detachable mounting bracket is adapted to allow users of various weapons platforms and support devices to rapidly and securely attach support devices, e.g., bipods and tripods, to a firearm in tandem. A detachable mounting bracket can comprise a housing to attach to a firearm forend, a clamping mechanism to secure the housing to a firearm, and a rail interface adapted to receive a plurality of adapters. The detachable mounting bracket device can be attached to a firearm with a clamp, screw closure, and a vertical interlock clamp. After the detachable mounting bracket is attached to a firearm, a user can easily and rapidly secure a support device to the rail interface using a plurality of adapters. Other aspects, features, and embodiments are also claimed and described.
    • 提供了各种可拆卸的枪支安装支架装置实施例。 根据实施例,可拆卸的安装支架适于允许各种武器平台和支撑装置的使用者将支撑装置(例如,双脚架和三脚架)快速并牢固地连接到枪支上。 可拆卸的安装支架可以包括附接到枪械前端的壳体,用于将壳体固定到枪支的夹紧机构,以及适于容纳多个适配器的轨道接口。 可拆卸的安装支架装置可以用夹具,螺丝封闭件和垂直互锁夹具连接到枪械上。 在可拆卸的安装支架附接到枪支之后,用户可以使用多个适配器容易且快速地将支撑装置固定到轨道接口。 还要求和描述其它方面,特征和实施例。
    • 27. 发明申请
    • Projection system and method
    • 投影系统和方法
    • US20060114419A1
    • 2006-06-01
    • US10997999
    • 2004-11-29
    • Charles PetersonGene Koch
    • Charles PetersonGene Koch
    • G03B21/14
    • G02B5/201G03B21/10G03B21/204G03B21/60H04N9/3129H04N9/3141
    • A micromechanical mirror combined with a photoluminescent screen is able to efficiently use light from the light source. In such a device, the light source produces light that is directed onto the micromechanical mirror. The micromechanical mirror then selectively reflects the light onto a photoluminescent screen. The light excites the photoluminescent screen to produce the desired picture. The photoluminescent screen may include sets of pixels that convert light from the light source to provide the desired picture. Typically, each pixel set includes a red, green and blue portion although any suitable combination of colors and number of pixels may be used. Each pixel set portion converts the light received from the light source into its respective color by photoluminescence. Alternatively, the photoluminescent screen may include transparent and/or scattering portions instead of photoluminescent portions of a certain color when the light source has a spectrum which is limited to one color.
    • 与光致发光屏组合的微机械镜能够有效地使用来自光源的光。 在这种装置中,光源产生被引导到微机械反射镜上的光。 微机械镜然后选择性地将光反射到光致发光屏幕上。 光激发光致发光屏以产生所需的图像。 光致发光屏幕可以包括转换来自光源的光以提供所需图像的像素组。 通常,每个像素组包括红色,绿色和蓝色部分,尽管可以使用颜色和像素数量的任何合适的组合。 每个像素组部分通过光致发光将从光源接收的光转换成其相应的颜色。 或者,当光源具有限于一种颜色的光谱时,光致发光屏可以包括透明和/或散射部分而不是特定颜色的光致发光部分。