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    • 1. 发明授权
    • Arrangement for securing components in an optical system
    • 用于固定光学系统中部件的布置
    • US5926326A
    • 1999-07-20
    • US000412
    • 1998-02-03
    • Andreas FischerReiner HofmannArmin Leitel
    • Andreas FischerReiner HofmannArmin Leitel
    • G02B7/02
    • G02B7/026
    • An arrangement is provided for fixing components of an optical system such as lenses, mounting rings, and the like. The components which are guided radially in the tube are held in the axial direction under pretensioning in an elastic manner. The arrangement is designed for fixing components in the axial direction in which the pretensioning force can be varied in definable steps. This is done by providing that a detachable fastening ring and also the tube have catch elements at concentric circumferential surfaces, which catch elements are constructed as complementing locking elements. Under axially directed force, the catch elements of the fastening ring can be engaged in the catch elements at the tube and the catch elements can be disengaged in the opposite force direction. The pretensioning force which is exerted by the fastening ring on the components to be held depends upon the extent to which the catch elements of the fastening ring and of the tube overlap.
    • PCT No.PCT / EP97 / 02928 371日期1998年2月3日 102(e)1998年2月3日PCT 1997年6月5日PCT公布。 WO97 / 48000 PCT出版物 日期1997年12月18日提供了用于固定诸如透镜,安装环等的光学系统的部件的布置。 在管内径向引导的部件以弹性方式在预拉伸下沿轴向保持。 该装置被设计用于沿轴向方向固定部件,其中预张力可以在可定义的步骤中变化。 这通过提供可拆卸的紧固环以及管在同心圆周表面处具有捕获元件来实现,该捕获元件被构造为补充锁定元件。 在轴向定向的力下,紧固环的卡扣元件可以在管中接合在捕获元件中,并且捕获元件可以沿相反的力方向脱离。 由紧固环施加在要保持的部件上的预张紧力取决于紧固环和管的捕获元件重叠的程度。
    • 4. 发明授权
    • Fiber-optic arrangement for additive mixing of a plurality of light
bundles
    • 用于多个光束的加和混合的光纤布置
    • US6061491A
    • 2000-05-09
    • US30497
    • 1998-02-25
    • Armin Leitel
    • Armin Leitel
    • G02B6/04G02B6/26G02B6/22
    • G02B6/02042
    • A fiber-optic arrangement for additive mixing of a plurality of light bundles comprises individual light-conducting cores for guiding laser light bundles independently and separately from one another, wherein each of the cores has a light entry location and a light exit location. The light-conducting cores are enclosed by a common cladding and are arranged so as to run alongside one another within said cladding. Propagation directions of the light bundles are identical in all cores. Light exit locations of all cores are arranged in a common plane oriented at a right angle to the propagation direction. The lateral distance between every two cores at the light exit locations are smaller than the lateral distance between the same cores at the light entry locations.
    • 用于多个光束的加和混合的光纤装置包括用于独立且独立地引导激光束的各个导光芯,其中每个芯具有光入射位置和光出射位置。 导光芯由公共包层包围,并被布置成在所述包层内彼此并排地延伸。 光束的传播方向在所有核心中是相同的。 所有芯的光出射位置布置在与传播方向成直角定向的公共平面中。 光出口处的两个芯之间的横向距离小于在光入口位置处的相同芯之间的横向距离。