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    • 1. 发明授权
    • Belt tensioner device and method for making same
    • 皮带张紧装置及其制造方法
    • US06193417B1
    • 2001-02-27
    • US09007449
    • 1998-01-15
    • Manfred BrandensteinWolfgang FriedrichRoland HaasRoland HarichGerhard HerrmannBruno SchemmelJosef Stork
    • Manfred BrandensteinWolfgang FriedrichRoland HaasRoland HarichGerhard HerrmannBruno SchemmelJosef Stork
    • F16C1950
    • F16H7/1281B29C45/14491F16C13/006F16C19/06F16C35/063F16C2361/63F16H2007/0865
    • A method for forming a clamping device comprising of a swiveling body made of plastic, a plain bearing bushing mounted radially inside the plastic swiveling body, a rolling bearing for mounting a clamping roll arranged eccentrically to the bearing bushing, the edges of the plain bearing bushing being wound out of a strip, and joined to each other under intrinsic tension in the area of the butt joint; and, wherein, the lateral surface of the plain bearing bushing and the bore surface of the rolling bearing function as parts of a mold for the injection-molding of the swiveling body and consisting of the steps of placing the rolling bearing assembly and a plain bearing bushing in a mold half in eccentric relation to one another, placing a second mold half over the plain bearing bushing and rolling bearing configured to form ring-shaped projections to hold rolling bearing in a predetermined axial position relating to the bearing bushing, and injecting a plastic material with the mold closed to form the swivel body.
    • 一种用于形成夹持装置的方法,包括由塑料制成的旋转体,径向地安装在塑料旋转体内的滑动轴承衬套,用于安装偏心地布置在轴承衬套上的夹紧辊的滚动轴承,滑动轴承衬套的边缘 从带状卷绕出来,在对接区域的内部张力下相互连接; 并且其中,所述滑动轴承衬套的侧表面和所述滚动轴承的孔表面用作用于注射成型所述旋转体的模具的部件,并且包括以下步骤:将所述滚动轴承组件和滑动轴承 将模具中的一半以相对于彼此偏心的方式套管,将第二半模放置在滑动轴承衬套和滚动轴承上,所述滚动轴承构造成形成环形突起,以将滚动轴承保持在与轴承衬套相关的预定轴向位置,并且注入 塑料材料与模具封闭形成旋转体。
    • 3. 发明授权
    • Process for exposure control in microscope cameras and corresponding
photomicroscope
    • 显微镜相机曝光控制及相应的显微镜
    • US5682567A
    • 1997-10-28
    • US533223
    • 1995-09-25
    • Bernd SpruckGerhard Herrmann
    • Bernd SpruckGerhard Herrmann
    • G03B7/093G02B21/06G02B21/18G02B21/36G03B17/48G03B21/00
    • G02B21/361G02B21/06G02B21/365G03B7/093
    • Before the exposure of a film, the brightness of the miscroscope image is determined with a sensor by multiple constant (.tau.) which characterizes the dependence of the microscope image with time is determined. The film is subsequently exposed for a single exposure time (D.sub.c) which takes into account the dependence with time of the microscope image. The process is particularly suitable for microphotography of fluorescence pictures with fluorescence which bleaches out (fading). By the display of both the time constant (.tau.) and also the required exposure time, it can be estimated in advance, before exposure of the film, whether the dependence of the fluorescence on time permits microphotography with a sufficient exposure of the film, in the microscope conditions which have been set. A multiple exposure of the film is not required. A photodiode is provided for exposure measurement, and its photocurrent is integrated over time, the integration time being varied in dependence on the exposure measurement signal.
    • 在曝光胶片之前,用传感器确定混色图像的亮度,该常数(τ)表示显微镜图像随时间的依赖性。 随后将该膜暴露于单次曝光时间(Dc),其考虑到显微镜图像随时间的依赖性。 该方法特别适用于荧光图像的荧光显微照相(漂白)。 通过显示时间常数(τ)和所需的曝光时间,可以预先在胶片曝光之前估计荧光对时间的依赖性是否允许具有足够曝光的薄膜的显微照相,在 已设定的显微镜条件。 不需要多次曝光。 提供用于曝光测量的光电二极管,并且其光电流随时间积分,积分时间根据曝光测量信号而变化。
    • 10. 发明申请
    • Surgical microscope having an illuminating system and control unit therefor
    • 具有照明系统及其控制单元的手术显微镜
    • US20100302629A1
    • 2010-12-02
    • US12662984
    • 2010-05-14
    • Joachim SteffenHelmut RieseneggerKlaus AbeleHartmut GaertnerJuergen LiegelGerhard HerrmannJuergen Kahler
    • Joachim SteffenHelmut RieseneggerKlaus AbeleHartmut GaertnerJuergen LiegelGerhard HerrmannJuergen Kahler
    • G02B21/06
    • G02B21/06G02B21/0012G02B21/22
    • A surgical microscope (100) has a viewing optic (101, 104, 115) which allows a viewing person the enlarged display of an object region (116) in a viewing area (117). The viewing optic (101, 104, 115) has a continuously adjustable magnification system (104) with which a viewing optic adjusting unit (119) is associated. The surgical microscope (100) has an adjustable illuminating system (150), which provides illuminating light (151) for the object region (116), in order to illuminate the object region in an illuminated area (152) using illuminating light (151) of adjustable radiation intensity. An illumination system control unit (175) is provided in the surgical microscope (100), the control unit being connected to the viewing optic adjusting unit (116, 117) for receiving information as to the adjusted magnification of the viewing optic (101, 104, 115). The control unit is also operatively connected to the illumination system (150) in order to adjust the same to adapt the size of the illuminated area (152) to the size of the viewing area (117). The illuminating system control unit (175) controls the illuminating system (150) as a function of the adjusted magnification of the viewing optic (101, 104, 115) such that, in a first magnification range, the size of the illuminated area (152) is varied while keeping the radiation intensity of the illuminating light constant in the object region (116) and, in a second magnification range, the size of the illuminated area (152) is adjusted while changing the radiation intensity.
    • 手术显微镜(100)具有观察光学器件(101,104,115),其允许观看者在观察区域(117)中放大显示对象区域(116)。 观察光学元件(101,104,115)具有连续可调的放大系统(104),观察光学调节单元(119)与之相关联。 手术显微镜(100)具有可调节照明系统(150),其为对象区域(116)提供照明光(151),以便使用照明光(151)照亮照明区域(152)中的物体区域, 的辐射强度可调。 在所述外科手术显微镜(100)中设置有照明系统控制单元(175),所述控制单元连接到所述观察光学调节单元(116,117),用于接收关于所述观察光学元件(101,104 ,115)。 控制单元也可操作地连接到照明系统(150),以便调节相同的照明系统以使照明区域(152)的大小适应于观看区域(117)的大小。 照明系统控制单元(175)根据观察光学器件(101,104,115)的调节倍率来控制照明系统(150),使得在第一放大范围内,照明区域(152)的尺寸 )在保持照射光的辐射强度在物体区域(116)中恒定的同时,并且在第二放大范围内调整照射区域(152)的尺寸同时改变辐射强度。