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    • 1. 发明申请
    • Prism changing arrangement
    • 棱镜改变安排
    • US20060103923A1
    • 2006-05-18
    • US11241532
    • 2005-09-30
    • Peter DietrichPeter Schnuell
    • Peter DietrichPeter Schnuell
    • G02B21/06
    • G02B21/14G02B7/1805G02B21/248
    • A prism changing device for a microscope for carrying out interference contrast examinations has a carrier for attaching the prism changing device to the microscope and a holder with at least two receptacles for prisms which is held at the carrier so as to be movable relative to it between at least two work positions in which one of the receptacles is arranged in the beam path of the microscope when the prism changing device is attached to the microscope. At least one of the receptacles is displaceable and rotatable relative to the holder in a plane transverse to the beam path of the microscope.
    • 用于执行干涉对比度检查的显微镜的棱镜更换装置具有用于将棱镜更换装置连接到显微镜的载体和具有至少两个用于棱镜的容器的保持器,该容器保持在载体上,以便能够相对于其间移动 至少两个工作位置,其中当棱镜更换装置附接到显微镜时,其中一个插座布置在显微镜的光束路径中。 所述插座中的至少一个在与所述显微镜的光束路径横切的平面中相对于所述保持器可位移和可旋转。
    • 9. 发明授权
    • Condenser arrangement for brightfield illumination and/or darkfield illumination for optical microscopes
    • 用于光场显微镜的明场照明和/或暗场照明的冷凝器布置
    • US07430075B2
    • 2008-09-30
    • US11193845
    • 2005-07-29
    • Peter DietrichMichael BrehmHeino Heise
    • Peter DietrichMichael BrehmHeino Heise
    • G02B21/14
    • G02B21/125
    • A condenser arrangement for brightfield illumination and/or darkfield illumination for optical microscopes comprises in a housing basic optics having at least one lens, at least one front optics which can be inserted into the illumination beam path in front of the basic optics, and means for inserting the front optics into the illumination beam path of the microscope. A first swiveling arm and a second swiveling arm are swivelably arranged at the housing of the condenser. The first swiveling arm carries first front optics with a high aperture for brightfield illumination and the second swiveling arm carries second front optics for darkfield illumination. The two swiveling arms are arranged at a defined distance from the shared basic optics of the condenser in direction of the optical axis of the illumination beam path. An aperture iris diaphragm is provided on the object side in front of the basic optics and is opened when the cardioid optics are inserted. Further, a darkfield slide with an annular mirror element is provided on the object side at the housing. Operator's controls serve to swivel the two swiveling arms for moving the darkfield slide and for adjusting the aperture iris diaphragm.
    • 用于光学显微镜的明场照明和/或暗场照明的冷凝器布置包括在具有至少一个透镜的壳体基本光学元件中,至少一个可以被插入到基本光学器件前面的照明光束路径中的前光学器件,以及用于 将前光学元件插入显微镜的照明光束路径。 第一旋转臂和第二旋转臂可旋转地布置在冷凝器的壳体处。 第一个旋转臂承载第一个具有高光圈的前光学器件,用于明场照明,第二个旋转臂承载用于暗场照明的第二个前光学元件。 两个旋转臂在照明光束路径的光轴方向上以与冷凝器的共用基本光学器件隔开的距离布置。 光阑光阑设置在基本光学元件前方的物体侧,并且当插入心形光学元件时打开。 此外,在壳体的物体侧设置具有环形镜元件的暗视野滑块。 操作员的控制装置用于旋转两个旋转臂以移动暗场滑块并调节孔径光阑。
    • 10. 发明授权
    • Optical arrangement with a telecentric beam region
    • 具有远心波束区域的光学布置
    • US07154679B2
    • 2006-12-26
    • US10522864
    • 2003-07-08
    • Peter Dietrich
    • Peter Dietrich
    • G02B13/22G02B21/00
    • G02B13/22G02B21/18
    • An optical arrangement with telecentric beam region for imaging objects, preferably a microscope, comprises in a main beam path at least one infinity-imaging objective and at least one eyepiece with an eyepiece intermediate image plane and a tube lens of suitable focal length which is arranged between the latter at a fixed distance from the objective. At least one optical element in the form of a beam splitter module or beam splitters for laterally splitting off at least a first partial beam path is provided in the space between the objective and the tube lens in which the telecentric beam path is located. A tube lens is located at a suitable distance from the objective in each of these first partial beam paths. At least a second partial beam path is branched off from at least one of these first partial beam paths and a tube lens is located at a suitable distance from the objective in each of these second partial beam paths. The tube lenses arranged in the individual partial beam paths have the same focal length or different focal lengths.
    • 具有用于成像物体(优选显微镜)的远心光束区域的光学装置包括在主光束路径中的至少一个无限远成像物镜和至少一个具有目镜中间像平面的目镜和具有合适焦距的管透镜,该目镜布置 后者距离目标一定距离。 至少一个光束分离器模块形式的光学元件或用于横向分离至少第一部分光束路径的分束器设置在远焦光束路径所在的物镜和管透镜之间的空间中。 在这些第一部分光束路径中的每一个中,管透镜位于与物镜合适的距离处。 至少第二部分光束路径从这些第一部分光束路径中的至少一个分支,并且管透镜位于与这些第二部分光束路径中的每一个中的物镜的适当距离处。 布置在各个部分光束路径中的管透镜具有相同的焦距或不同的焦距。