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    • 2. 发明申请
    • SIGHTING INSTRUMENTS,IN PARTICULAR FOR FIRE ARMS
    • 检测仪器,特别是火灾仪器
    • WO1980002069A1
    • 1980-10-02
    • PCT/SE1980000080
    • 1980-03-17
    • AIMPOINT ABEKSTRAND A
    • AIMPOINT AB
    • F41G01/38
    • G02B23/105F41G1/30G02B23/14G02B27/36
    • A sight with an optical sighting instrument which includes a lens device with a concave, semi-transparent mirror which is disposed to reflect the image of a light source into the field of view of an eye which is directed towards the concave side of the mirror and observes a target through the lens device. According to the invention, the lens device (1-3), in which the mirror (1) is included, is optically combined with a second lens device (4) which is movably disposed with respect thereto, both lens systems (1-3 and 4) together forming one optical system which is substantially zero-refractive, that is to say neither magnifying nor reducing, and the second lens device is adjustable in two directions which are substantially at right angles to each other and to the major axis (O-F) of the concave mirror surface.
    • 具有光学瞄准器的瞄准具包括具有凹形半透明镜的透镜装置,该镜片设置成将光源的图像反射到面向镜的凹面侧的眼睛的视野内,以及 通过镜头装置观察目标。 根据本发明,其中包括镜子(1)的透镜装置(1-3)与可相对于其移动设置的第二透镜装置(4)光学组合,两个透镜系统(1-3 和4)一起形成基本上为零折射的一个光学系统,也就是说既不放大也不减小,并且第二透镜装置可以在基本上彼此成直角的方向和相对于长轴(OF )凹面镜面。
    • 3. 发明申请
    • FEEDBACK DISPLAY FOR RIFLESCOPE
    • 反馈显示为RIFLESCOPE
    • WO2015017289A1
    • 2015-02-05
    • PCT/US2014/048312
    • 2014-07-25
    • GUNWERKS , LLC
    • DAVIDSON, Aaron, SkipLYNN, Danen, MarkTHOMAS, Christopher, Ryan
    • F41G1/38G02B23/00
    • F41G1/473F41G1/38G02B23/14G02B27/36
    • Systems and methods are disclosed that provide a riflescope with an internal display. In some embodiments, the riflescope may include a housing; an ocular system disposed within the housing; a reticle disposed within the housing and viewable through the ocular system; an adjustment knob coupled with the housing and the reticle, the adjustment knob configured to move the reticle; a position encoder configured to provide position data representing a relative position of the reticle relative to at least a portion of the riflescope; a display system providing a display viewable through the ocular system; a memory having ballistic information stored therein; and a processor coupled with the memory, the position encoder, and the display system. The processor may be configured to determine an adjustment value based on the position data and the ballistic information and provide the adjustment value to the display system for display.
    • 公开了提供具有内部显示器的步枪镜的系统和方法。 在一些实施例中,步枪镜可以包括壳体; 设置在所述壳体内的眼系统; 设置在壳体内并可通过眼睛系统观看的掩模版; 调节旋钮,其与所述壳体和所述标线器相连,所述调节旋钮被配置为移动所述掩模版; 位置编码器被配置为提供表示所述掩模版相对于所述步枪镜的至少一部分的相对位置的位置数据; 显示系统,其通过所述眼睛系统提供可显示的显示器; 具有存储在其中的弹道信息的存储器; 以及与存储器,位置编码器和显示系统耦合的处理器。 处理器可以被配置为基于位置数据和弹道信息来确定调整值,并将调整值提供给显示系统以进行显示。
    • 4. 发明申请
    • VARIABLE RETICLE FOR OPTICAL SIGHTING DEVICES RESPONSIVE TO OPTICAL MAGNIFICATION ADJUSTMENT
    • 用于光学照明装置的可变波长响应于光学放大调整
    • WO2013066452A2
    • 2013-05-10
    • PCT/US2012/049211
    • 2012-08-01
    • LEUPOLD & STEVENS, INC.BRUMFIELD, Richard B.
    • BRUMFIELD, Richard B.
    • G02B23/105F41G1/38G02B27/36
    • An optical sighting device (5) includes an electronic controller (85) that is responsive to changes in an optical magnification of the sighting device to resize at least a portion of a reticle produced by an electronic display (55) or other means proximate a focal plane of the sighting device. In some embodiments, the reticle is located proximate a rear focal plane (50) of the sighting device and may be scaled by the electronic controller in concert with changes in optical magnification to simulate a front focal plane reticle. A functional pattern of the reticle may also be automatically changed at different magnification settings to provide multiple different types of reticles, such as a close quarters battle (CQB) reticle and a sniper reticle, in a single optical device.
    • 光学瞄准装置(5)包括电子控制器(85),其响应于瞄准装置的光学放大率的变化以调整由电子显示器产生的光罩的至少一部分的尺寸( 55)或靠近瞄准装置的焦平面的其它装置。 在一些实施例中,掩模版位于瞄准装置的后焦平面(50)附近并且可由电子控制器与光学放大率的变化一致来缩放以模​​拟前焦平面掩模版。 光罩的功能图案也可以在不同的放大率设置下自动改变,以在单个光学装置中提供多种不同类型的光罩,例如近距离战斗(CQB)光罩和狙击光罩。
    • 10. 发明申请
    • TARGETING ILLUMINATION UNIT
    • 靶向照射装置
    • WO2017106801A1
    • 2017-06-22
    • PCT/US2016/067399
    • 2016-12-17
    • SWITCHBLADE ALLEY INC.
    • HARRISON, Albert B.
    • F41G1/34F41G1/30F41G1/38G02B27/34G02B27/32G02B23/00
    • F41G1/35G02B27/34G02B27/36
    • A targeting illumination unit (100) adapted for attachment to a weapon (190) is described herein. The unit (100) include a hollow body (105), a non-laser light source (160) supported in the body and adapted to emit at least one light beam (175), and a lens assembly (120) supported in the body and adapted to focus the emitted at least one light beam (175) for projection therefrom, and a reticle (125) provided between the non-laser light source (160) and lens assembly (120). The reticle (125) has a geometrically-shaped image formed thereon that is adapted to modify the at least one light beam (175) emitted by the light source (160). The unit (100) is adapted to project a geometrically-shaped targeting light image (180) at a distance from the weapon (190) for facilitating targeting of the weapon (190).
    • 本文描述了适于附接到武器(190)的瞄准照明单元(100)。 该单元(100)包括中空主体(105),支撑在主体中并适于发射至少一个光束(175)的非激光光源(160),以及支撑在主体中的透镜组件(120) 并适于聚焦所发射的至少一个光束(175)以从其上投影,以及设置在非激光光源(160)和透镜组件(120)之间的标线片(125)。 标线片(125)具有形成在其上的几何形状的图像,其适于修改由光源(160)发射的至少一个光束(175)。 单元(100)适于在与武器(190)相距一定距离处投影几何形状的瞄准光图像(180),以便于瞄准武器(190)。