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    • 42. 发明申请
    • Rifle Scope Having Elevation and Windage Ocular Display
    • 具有仰角和风挡眼镜显示的步枪范围
    • US20140290113A1
    • 2014-10-02
    • US14307437
    • 2014-06-17
    • KRUGER OPTICAL, INC.
    • Mark A. ThomasMitchell Thomas
    • F41G1/36
    • F41G1/36F41G1/38G02B23/02G02B23/10G02B23/105
    • A rifle scope that includes an optical train defining an optical axis having a pointing direction. The optical train has an erector tube pivotably mounted in the scope housing and having a front end. The scope also includes an elevation and windage angle adjustment assembly, including a user input; an actuator assembly that changes the optical axis pointing direction in response to input from the user input, by pivoting the erector tube; a sensing and computing assembly that includes a laser assembly that produces a laser beam that is directed through the erector tube, a mirror that reflects the laser beam to a two-axis positioning sensor, and a data processor that computes the optical axis pointing direction in response to input from the two-axis positioning sensor; and an ocular display assembly, that displays the optical axis pointing direction as an image superimposed on the image of the field of view.
    • 一种步枪镜架,其包括限定具有指向方向的光轴的光学列车。 光学系列具有可枢转地安装在镜架壳体中并具有前端的竖立管。 该范围还包括升降和风挡角度调节组件,包括用户输入; 致动器组件,其通过枢转所述竖立管而改变响应于来自所述用户输入的输入的光轴指向方向; 感测和计算组件,其包括产生被引导通过竖管的激光束的激光组件,将激光束反射到两轴定位传感器的反射镜,以及计算光轴指向方向的数据处理器 响应来自双轴定位传感器的输入; 以及眼睛显示组件,其将光轴指向方向显示为叠加在视野图像上的图像。
    • 44. 发明申请
    • COMPOSITE OPTICAL DEVICE FOR SIGHTING TARGETS AND MEASURING DISTANCES
    • 用于识别目标和测量距离的复合光学装置
    • US20120044475A1
    • 2012-02-23
    • US13264357
    • 2010-05-18
    • Dong Won YangDong Min KwakJoo Hong YoonKyung Mok Kang
    • Dong Won YangDong Min KwakJoo Hong YoonKyung Mok Kang
    • G01C3/00
    • F41G1/35F41G1/38F41G1/473G02B23/105G02B27/0189
    • The present invention aims to provide a composite optical device which includes the day-time optical device, thermal imaging optical device, laser application device and displaying device while reducing the volume and weight, further comprising attenuator that can control the amount of light for easy display on the display. The present invention also aims to provide a composite optical device with enhanced efficiency of transmitting laser and easy operability by installing the attenuator at an appropriate location. To attain the object of the invention, the composite optical device for day and night time sighting and measuring distance, having a laser application device, a day-time optical device, a thermal imaging optical device and a display, comprises a laser transmitting optical device comprising a beam shaping lens 120 for shaping and sighting the laser emitted from a laser source 110, a focus lens 130 installed in front of the beam shaping lens 120 for controlling the emitting angle of the laser, and a folding mirror 140 installed in front of the focus lens 130 for reflecting the laser passed through the beam shaping lens 120 and focus lens 130 to a first beam splitter 270, a day-time optical device installed between a objective unit 290 and a eye-piece 210, the eye-piece and objective unit being arranged seeing each other, comprising a objective lens 280 for transmitting the light reflected from the first beam splitter, a first beam splitter 270, a first attenuator 260, a second beam splitter 250, relay unit 240, eye-piece lens 230, and a second attenuator 220, which are located between the first beam splitter and the eye-piece 210 in the order described above, and a display 300 installed on one side of the second beam splitter 250 to transmit a specific image to the second beam splitter 250.
    • 本发明旨在提供一种复合光学装置,其包括日光时间光学装置,热成像光学装置,激光施加装置和显示装置,同时减小体积和重量,还包括能够控制光量以便于显示的衰减器 在显示器上。 本发明还旨在提供一种复合光学器件,其通过在适当的位置安装衰减器来提高发射激光的效率和易操作性。 为了实现本发明的目的,具有激光应用装置,日间光学装置,热成像光学装置和显示器的昼夜瞄准和测量距离的复合光学装置包括激光发射光学装置 包括用于成形和瞄准从激光源110发射的激光的光束整形透镜120,安装在光束整形透镜120前面用于控制激光的发射角的聚焦透镜130以及安装在激光源110前方的折叠镜140 用于反射通过光束整形透镜120的激光并将透镜130聚焦到第一分束器270的对焦透镜130,安装在目标单元290和眼睛片210之间的日间光学装置,眼镜片和 目标单元彼此相互排列,包括用于透射从第一分束器反射的光的物镜280,第一分束器270,第一衰减器260,第二光束分裂 ter 250,中继单元240,眼镜透镜230和第二衰减器220,其以上述顺序位于第一分束器和眼睛片210之间;以及显示器300,安装在第二个 分束器250将特定图像传送到第二分束器250。
    • 47. 发明申请
    • Adjustment mechanism
    • 调整机制
    • US20080007843A1
    • 2008-01-10
    • US11783018
    • 2007-04-05
    • Andreas Schafer
    • Andreas Schafer
    • G02B7/04
    • F41G1/38F41G1/18G02B7/004G02B23/105G05G1/015G05G1/08
    • An adjustment mechanism to adjust a telescope sighting system comprises an adjusting muff rotatably supported on a connector part to drive the adjustment mechanism. The connector part is designed to transmit the motion of the adjusting muff to its connected components in order to adjust them. A first interlocking component is linked to the adjusting muff and fitted with first lock elements to constitute a first click array. A display means indicates the excursion of rotation of the adjusting muff, and a switch actuates the displays following a predetermined rotational excursion of the adjusting muff. A second interlocking component linked to the adjusting muff is provided with a second click array—different from the first click array—constituted by second lock components.
    • 用于调整望远镜瞄准系统的调节机构包括可旋转地支撑在连接器部分上以驱动调节机构的调节罩。 连接器部件被设计成将调节套筒的运动传递到其连接的部件上以便调整它们。 第一互锁部件连接到调节套筒并且装配有第一锁定元件以构成第一点击阵列。 显示装置表示调节套筒的旋转偏移,并且开关在调节套筒的预定旋转偏移之后致动显示器。 连接到调节套筒的第二互锁部件设置有与由第二锁定部件构成的第一点击阵列不同的第二点击阵列。