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    • 3. 发明公开
    • PENDELLASERVORRICHTUNG
    • EP2181304A1
    • 2010-05-05
    • EP08785883.3
    • 2008-06-27
    • Robert Bosch GmbH
    • FUCHS, Rudolf
    • G01C15/00G01C15/10
    • G01C15/004G01C15/105
    • The invention relates to a system (10) comprising a pendulum laser device (2) and a pendulum laser device (2) comprising a housing (4), a pendulum arrangement (8) arranged in the housing (4), and a laser unit (1) applied to the pendulum arrangement (8). The laser unit (1) is freely self-orienting on the vertical, independently of the orientation of the housing, by means of the pendulum arrangement (8), and is designed to produce a laser beam (5) perpendicularly oriented to the vertical. According to the invention, a sweeping means (7) is used to fix the laser unit (1) in the freely self-oriented position; a control means (9) is used to determine whether the laser beam (5) perpendicularly oriented to the vertical extends in an imaging axis (11) of the laser unit (1); and a pivoting means is used to pivot the laser beam (5), preferably by means of a laser element (1) of the laser unit (1), in the freely self-oriented position.
    • 本发明涉及一种包括摆式激光装置(2)和摆式激光装置(2)的系统(10),该摆式激光装置包括壳体(4),布置在壳体(4)中的摆动装置(8)以及激光单元 (1)施加到钟摆装置(8)。 激光单元(1)通过摆动装置(8)独立于壳体的定向在垂直方向上自由地自动定向,并且被设计成产生垂直于垂直方向的激光束(5)。 根据本发明,使用清扫装置(7)将激光单元(1)固定在自由自动取向的位置; 使用控制装置(9)来确定垂直于垂直方向的激光束(5)是否在激光单元(1)的成像轴(11)中延伸; 并且枢转装置用于使激光束(5)优选借助于激光单元(1)的激光元件(1)在自由自我定向的位置中枢转。
    • 8. 发明公开
    • Automatic inclination correction for a laser beam surveying instrument
    • 自动激光切割机
    • EP0797071A2
    • 1997-09-24
    • EP96120938.4
    • 1996-12-27
    • NIKON CORPORATION
    • Kitajima, Eiichi, c/o Nikon Corporation
    • G01C15/00
    • G02B27/648G01C15/002G01C15/105
    • An automatic inclination corrector and an inclination sensor using the automatic inclination corrector free from the temperature, for optical instruments. A transparent container 3 seals silicon oil C having a free liquid surface C1. A collimation lens 2 guides the laser beam from the diode 1 to the free liquid surface C1. The inclination corrector corrects the tilt of the instrument to guide the laser beam L4 from the container 3 to advance the beam upward with a normal angle. A reflecting mirror 5 reflects beam L2 after total reflection at the free liquid surface C1. The beam is inverted by a roof prism 6 and passes through silicon oil C and the free liquid surface C1 once. This removes the refractive index n influence to the laser beam L4, and gives an angular change to the laser beam 4 to head the laser beam L4 to a fixed direction.
    • 一种自动倾斜校正器和一种使用自动倾斜校正器的倾斜传感器,不受温度的影响,适用于光学仪器。 透明容器3密封具有游离液面C1的硅油C. 准直透镜2将激光束从二极管1引导到自由液面C1。 倾斜校正器校正仪器的倾斜,以将激光束L4从容器3引导,以使其以向上的方向前进。 反射镜5在自由液面C1的全反射之后反射光束L2。 梁被顶板棱镜6反转,并通过硅油C和自由液面C1一次。 这消除了对激光束L4的折射率n影响,并且给予激光束4的角度变化以使激光束L4头朝向固定方向。