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    • 1. 发明授权
    • Method and apparatus for setting an illumination optical unit
    • 设置照明光学单元的方法和装置
    • US08345219B2
    • 2013-01-01
    • US13469240
    • 2012-05-11
    • Joachim HartjesStig BielingArtur Hoegele
    • Joachim HartjesStig BielingArtur Hoegele
    • G03B27/68G03B27/54G03B27/32G03B27/52G03B27/42
    • G03F7/70091G03F7/70133G03F7/70141G03F7/70266
    • A method for setting an illumination optical unit involves determining an actual value of an intensity-weighted illumination parameter of the illumination optical unit for multiple field points and for multiple illumination angles. The influence of a deformation of at least one of the optical surfaces of the illumination optical unit on the at least one illumination parameter is then determined. A desired value of the illumination parameter is then predefined. A desired form of the at least one optical surface is determined so that the actual value of the illumination parameter corresponds to the desired value of the illumination parameter within predefined limits. Finally, the optical surface is deformed with the aid of at least one actuator so that an actual form of the optical surface corresponds to the desired form.
    • 用于设置照明光学单元的方法包括确定用于多个场点和多个照明角度的照明光学单元的强度加权照明参数的实际值。 然后确定照明光学单元的至少一个光学表面的变形对至少一个照明参数的影响。 然后预定义所需的照明参数值。 确定至少一个光学表面的期望形式,使得照明参数的实际值对应于预定义限度内的照明参数的期望值。 最后,光学表面借助于至少一个致动器变形,使得光学表面的实际形式对应于所需的形式。
    • 2. 发明申请
    • METHOD AND APPARATUS FOR SETTING AN ILLUMINATION OPTICAL UNIT
    • 用于设置照明光学单元的方法和装置
    • US20120300195A1
    • 2012-11-29
    • US13469240
    • 2012-05-11
    • Joachim HartjesStig BielingArtur Hoegele
    • Joachim HartjesStig BielingArtur Hoegele
    • G01B9/00
    • G03F7/70091G03F7/70133G03F7/70141G03F7/70266
    • A method for setting an illumination optical unit involves determining an actual value of an intensity-weighted illumination parameter of the illumination optical unit for multiple field points and for multiple illumination angles. The influence of a deformation of at least one of the optical surfaces of the illumination optical unit on the at least one illumination parameter is then determined. A desired value of the illumination parameter is then predefined. A desired form of the at least one optical surface is determined so that the actual value of the illumination parameter corresponds to the desired value of the illumination parameter within predefined limits. Finally, the optical surface is deformed with the aid of at least one actuator so that an actual form of the optical surface corresponds to the desired form.
    • 用于设置照明光学单元的方法包括确定用于多个场点和多个照明角度的照明光学单元的强度加权照明参数的实际值。 然后确定照明光学单元的至少一个光学表面的变形对至少一个照明参数的影响。 然后预定义所需的照明参数值。 确定至少一个光学表面的期望形式,使得照明参数的实际值对应于预定义限度内的照明参数的期望值。 最后,光学表面借助于至少一个致动器变形,使得光学表面的实际形式对应于所需的形式。
    • 4. 发明授权
    • Stereoscopic microscope
    • 立体显微镜
    • US09285576B2
    • 2016-03-15
    • US13854278
    • 2013-04-01
    • Franz MerzArtur Hoegele
    • Franz MerzArtur Hoegele
    • G02B21/22
    • G02B21/22
    • A stereoscopic microscopic providing at least one pair of stereoscopic optical paths comprises an objective system, a first focusing lens having a first optical refractive power and a second focusing lens having a second optical refractive power and at least one actuator. The first optical refractive power and the second optical refractive have different signs. The objective system and the first and second focusing lenses are commonly traversed by the at least one pair of stereoscopic optical paths, respectively. The actuator shifts at least one of these first and second focusing lenses along the at least one pair of stereoscopic optical paths to change the working distance and/or to vary an optical refractive power of at least one of these first and second focusing lenses. The first focusing lens is immediately neighboring the objective system along the at least one pair of stereoscopic optical paths.
    • 提供至少一对立体光路的立体显微镜包括物镜系统,具有第一光折射光焦度的第一聚焦透镜和具有第二光折射光焦度的第二聚焦透镜和至少一个致动器。 第一光折射力和第二光折射具有不同的符号。 目标系统和第一和第二聚焦透镜分别通过至少一对立体光路穿过。 致动器沿着至少一对立体光路移动这些第一和第二聚焦透镜中的至少一个以改变工作距离和/或改变这些第一和第二聚焦透镜中的至少一个的光学折射力。 第一聚焦透镜沿着至少一对立体光路直接与物镜系统相邻。
    • 6. 发明授权
    • Camera adaptor for a medical-optical observation instrument and camera-adaptor combination
    • 相机适配器用于医疗光学观察仪器和相机适配器组合
    • US08487987B2
    • 2013-07-16
    • US12712492
    • 2010-02-25
    • Stefan SchuteArtur Hoegele
    • Stefan SchuteArtur Hoegele
    • H04N7/18
    • G02B21/361A61B90/20A61B90/361G02B21/20G02B21/22G02B23/18G03B17/48G03B41/00
    • A camera adaptor (19) is provided for connecting a camera (21) to an interface (13) of a medical-optical observation instrument (1) with a parallel beam path. The interface (13) is situated in the parallel beam path (9a, 9b) of the medical-optical observation instrument (1). The camera adaptor (19) has an instrument connector part (41) for connection to the interface (13) of the medical-optical observation instrument (1) and a camera connector part (43, 143) for connection to a camera (21). The beam path (43) runs through the camera adaptor (19) along a linear optical axis. The camera adaptor (19) has an objective-lenses combination (47) with a total focal length between 40 mm and 120 mm. A lens with a positive partial focal length leading on the instrument side in the objective-lenses combination (47) and is followed, on the side toward the camera, by a lens with a negative partial focal length.
    • 提供了一种相机适配器(19),用于将相机(21)连接到具有平行光束路径的医用光学观察仪器(1)的接口(13)。 界面(13)位于医用光学观察仪器(1)的平行光路(9a,9b)中。 相机适配器(19)具有用于连接到医用光学观察仪器(1)的接口(13)的仪器连接器部分(41)和用于连接到相机(21)的相机连接器部分(43,43) 。 光束路径(43)沿着线性光轴穿过相机适配器(19)。 相机适配器(19)具有总焦距在40mm和120mm之间的物镜组合(47)。 在物镜组合(47)中在仪器侧具有正部分焦距的透镜,并且在朝向照相机的一侧上由具有负部分焦距的透镜。
    • 7. 发明申请
    • Illumination device and observation device
    • 照明装置和观察装置
    • US20100309433A1
    • 2010-12-09
    • US12653974
    • 2009-12-18
    • Franz MerzArtur HoegelePeter Reimer
    • Franz MerzArtur HoegelePeter Reimer
    • A61B3/10
    • A61B3/12
    • An illumination device (10) is described for an observation device (100) having one, two or more observation beam paths (16, 17), each with at least one observation beam bundle, particularly for an operating microscope, the illumination device having at least one light source (11, 12) for producing at least one illumination beam path (14, 15) with at least one illumination beam bundle for illuminating an object to be observed, in particular, an eye to be observed, the illumination device (10) having at least one illumination optics unit, which has a collector (18, 22), and the at least one illumination beam path (14, 15) or the at least one illumination beam bundle running coaxially to an observation beam path (16, 17) or observation beam bundle. In order to create an illumination device that can be introduced with little structural complexity even in those cases where only a small structural space is available, it is provided according to the invention that light source (11, 12) lies in the front focal point of collector (18, 22) and is imaged on the fundus of the eye to be observed. In addition, a correspondingly improved observation device (100) is described.
    • 对于具有一个,两个或更多个观察光束路径(16,17)的观察装置(100),描述了一种照明装置(10),每个观察光束路径具有至少一个观察束束,特别是用于操作显微镜,所述照明装置具有 至少一个光源(11,12),用于产生具有至少一个照明束束的至少一个照明光束路径(14,15),用于照亮要观察的物体,特别是要观察的眼睛,所述照明装置 10)具有至少一个照明光学单元,其具有收集器(18,22)和所述至少一个照明光束路径(14,15)或与观察光束路径(16)同轴运行的至少一个照明光束束 ,17)或观察束束。 为了创建即使在仅具有小的结构空间的情况下也可以引入很少的结构复杂的照明装置,根据本发明,提供了光源(11,12)位于的前焦点 收集器(18,22),并在眼睛的眼底上成像以进行观察。 此外,描述相应改进的观察装置(100)。