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    • 1. 发明授权
    • Device for controlling a central shutter
    • 用于控制中央快门的装置
    • US08678682B2
    • 2014-03-25
    • US13575184
    • 2011-01-18
    • Konstantin AabStefan Uwe Best
    • Konstantin AabStefan Uwe Best
    • G03B9/18
    • G03B9/22G03B9/62
    • A device for controlling a central shutter, in which a plurality of shutter leaves (3) are mounted on a circularly annular leaf carrier (1) such that they can be pivoted on a pivoting arm (4), and in which, as actuating device for the pivoting movement of the shutter leaves (3), an annular cam plate (5) is mounted on the leaf carrier (1) concentrically with respect to the shutter opening (2), such that it can be rotated continuously in one direction, it being possible for the rotation of the cam plate (5) to be blocked by mechanical engagement into a cam trough (8) in front of an actuating flank (6) of a cam, is distinguished by the fact that, for mechanical blocking purposes, there is a push rod (9, 10) of a solenoid, which push rod (9, 10) can be moved perpendicularly with respect to the plane of the cam plate (5).
    • 一种用于控制中央快门的装置,其中多个快门叶片(3)安装在环形叶片托架(1)上,使得它们可以在枢转臂(4)上枢转,并且其中,作为致动装置 为了使快门叶片(3)的枢转运动,环形凸轮板(5)相对于快门开口(2)同心地安装在叶片托架(1)上,使得其可沿一个方向连续旋转, 通过与凸轮的致动侧面(6)前面的凸轮槽(8)的机械接合可以使凸轮板(5)的旋转被阻止,其特征在于,为了机械阻塞目的 有一个螺线管的推杆(9,10),推杆(9,10)可以相对于凸轮板(5)的平面垂直移动。
    • 2. 发明申请
    • DEVICE FOR CONTROLLING A CENTRAL SHUTTER
    • 用于控制中央快门的装置
    • US20120292151A1
    • 2012-11-22
    • US13575184
    • 2011-01-18
    • Konstantin AabStefan Uwe Best
    • Konstantin AabStefan Uwe Best
    • F16D41/12
    • G03B9/22G03B9/62
    • A device for controlling a central shutter, in which a plurality of shutter leaves (3) are mounted on a circularly annular leaf carrier (1) such that they can be pivoted on a pivoting arm (4), and in which, as actuating device for the pivoting movement of the shutter leaves (3), an annular cam plate (5) is mounted on the leaf carrier (1) concentrically with respect to the shutter opening (2), such that it can be rotated continuously in one direction, it being possible for the rotation of the cam plate (5) to be blocked by mechanical engagement into a cam trough (8) in front of an actuating flank (6) of a cam, is distinguished by the fact that, for mechanical blocking purposes, there is a push rod (9, 10) of a solenoid, which push rod (9, 10) can be moved perpendicularly with respect to the plane of the cam plate (5).
    • 一种用于控制中央快门的装置,其中多个快门叶片(3)安装在环形叶片托架(1)上,使得它们可以在枢转臂(4)上枢转,并且其中,作为致动装置 为了使快门叶片(3)的枢转运动,环形凸轮板(5)相对于快门开口(2)同心地安装在叶片托架(1)上,使得其可沿一个方向连续旋转, 通过与凸轮的致动侧面(6)前面的凸轮槽(8)的机械接合可以使凸轮板(5)的旋转被阻止,其特征在于,为了机械阻塞目的 有一个螺线管的推杆(9,10),推杆(9,10)可以相对于凸轮板(5)的平面垂直移动。
    • 3. 发明授权
    • Releasable and stress-free securing assembly for optical elements
    • 用于光学元件的可释放和无应力的固定组件
    • US06310735B1
    • 2001-10-30
    • US09576892
    • 2000-05-24
    • Stefan Uwe BestRainer Schnabel
    • Stefan Uwe BestRainer Schnabel
    • G02B702
    • G02B7/026
    • A releasable and stress-free securing assembly for an optical element (2, 3) positioned in a centered manner in a mount (1) is provided. The optical element (2, 3) is provided, in the border region which is to be retained, with a beveled surface (6) inclined in the direction of the mount (1). The mount (1) has a groove (4) which is open axially in front of the optical element (2, 3). A ring element (5) which is elastically deformable in the axial direction is pressed in between the beveled surface (6) and groove (4). The angle of inclination of the beveled surface (6) is between 40° and 50°. The boundary (11′) of the groove (4) in the region of the optical element (2, 3) is level with a bevel edge (8), which is oriented toward the mount (1), and the boundary (11) of the groove (4) in front of the optical element (2, 3) is undercut at an angle of from 10° to 15°. The depth of the groove (4) is greater than the radius of the ring element (5) by from 0.15 to 0.2 mm, and a free opening between a bevel edge (10), which is located on the optical element (2, 3) toward the center, and the front edge (12) of the undercut boundary (11) of the groove (4) is equal to 0.8 of the diameter of the ring element (5).
    • 提供了一种用于以中心方式定位在安装件(1)中的光学元件(2,3)的可释放和无应力的固定组件。 在要保持的边界区域中,光学元件(2,3)设置有在安装件(1)的方向上倾斜的斜面(6)。 安装座(1)具有在光学元件(2,3)的前方轴向敞开的凹槽(4)。 沿轴向可弹性变形的环形元件(5)被压在斜面(6)和凹槽(4)之间。 斜面(6)的倾斜角度在40°和50°之间。 在光学元件(2,3)的区域中的槽(4)的边界(11')与倾斜的边缘(8)平齐,倾斜边缘朝向安装座(1),并且边界(11) 在光学元件(2,3)前面的凹槽(4)以10°至15°的角度进行底切。 凹槽(4)的深度大于环形元件(5)的半径为0.15至0.2mm,并且位于光学元件(2,3)上的斜边缘(10)之间的自由开口 ),凹槽(4)的底切边界(11)的前边缘(12)等于环形元件(5)的直径的0.8。