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    • 3. 发明授权
    • Polishing method for machining an optical surface of an optical lens and polishing tools suitable therefor
    • 用于加工光学透镜的光学表面的抛光方法和适用于其的抛光工具
    • US09421660B2
    • 2016-08-23
    • US14457142
    • 2014-08-12
    • OptoTech Optikmaschinen GmbH
    • Sebastian StahringerRoland Mandler
    • B24B13/02B24B13/01B24B13/04B24B13/06B24B41/00
    • B24B13/026B24B13/01B24B13/04B24B13/06B24B41/002
    • A polishing method for machining an optical surface of an optical lens uses a polishing wheel which has a wheel axis and a polishing face. The polishing wheel is moved in relation to the lens over the surface of the latter along a spiral machining path. The polishing wheel is rotated about the wheel axis, and is (simultaneously) rotated about an axis of rotation oriented perpendicularly to the wheel axis. The rotational speed of the polishing wheel about the wheel axis and/or the axis of rotation is reduced at the spiral center of the movement path. A workpiece fixture for receiving an optical lens stands opposite the polishing wheel, with the workpiece fixture and the polishing wheel being mounted movably in relation to one another along a spiral movement path. The rotational speed of the wheel axis can be coupled kinematically to the rotational speed of the axis of rotation.
    • 用于加工光学透镜的光学表面的抛光方法使用具有轮轴和抛光面的抛光轮。 抛光轮相对于镜片在螺旋加工路径的表面上相对于透镜移动。 抛光轮围绕车轮轴线旋转,并且(同时)围绕垂直于车轮轴线定向的旋转轴旋转。 抛光轮围绕车轮轴线和/或旋转轴线的旋转速度在运动路径的螺旋中心处减小。 用于接收光学透镜的工件夹具与抛光轮相对,其中工件夹具和抛光轮相对于彼此沿着螺旋运动路径可移动地安装。 轮轴的转速可以运动地耦合到旋转轴的旋转速度。
    • 9. 发明申请
    • Method for the Manufacture of Cost-Optimized Spectacle Lenses
    • 制造成本优化眼镜镜片的方法
    • US20120140169A1
    • 2012-06-07
    • US13312263
    • 2011-12-06
    • Roland Mandler
    • Roland Mandler
    • G02C13/00
    • G02C7/02B24B9/14B24B13/06B24B49/02B29D11/00019
    • A method for manufacture of spectacle glasses from prefabricated blanks without cutting, consisting preferably of plastic or silicate glass, with a front side no to be finished and an opposite back side to be finished by a CNC machine, having at least one optical focus in common, wherein for the finishing of the back side one calculates a prescription surface on the basis of a prescription of a person, describing the vision defects of a left and a right eye, such that the machined back side together with the front side forms a first prescription lens and a second prescription lens, and from these one makes two spectacle glasses, and wherein the focal points of the first spectacle glass correct the vision defect of the left eye and the focal points of the second spectacle glass correct the vision defect of the right eye of the person.
    • 一种从没有切割的预制坯料制造眼镜眼镜的方法,优选由塑料或硅酸盐玻璃制成,其前面不需要被精加工,并且相对的后面由CNC机器完成,具有至少一个共同的光学焦点 其特征在于,对于背面的整理,基于描述左眼和右眼的视觉缺陷的人的处方来计算处方表面,使得加工后侧与前侧一起形成第一 处方镜片和第二处方镜片,并且从这些镜片制造两个眼镜,并且其中第一眼镜玻璃的焦点校正左眼的视力缺陷,并且第二眼镜玻璃的焦点校正第二眼镜的视力缺陷 人的右眼。
    • 10. 发明授权
    • Support for optical lenses and method for polishing lenses
    • 支持光学镜片和抛光镜片的方法
    • US5951375A
    • 1999-09-14
    • US856705
    • 1997-05-15
    • Roland Mandler
    • Roland Mandler
    • B24B13/005B24B13/01B24B13/00
    • B24B13/005B24B13/01
    • A holder for precision working of optical lenses comprises a cylindrical base (4) designed as a dressing tool, a diaphragm holder (5) fastened thereto, an elastic diaphragm (6) attached air-tight thereto as well as a centric duct (22, 23) crossing the base (4) and the diaphragm holder (5) axially. The dressing tool (4) is preferably a cup-shaped tool to which a lens holder formed as a ring element (15) can be fastened in a capping manner. The lens holder (15) is provided with banking and/or supporting surfaces (21) as well as engaging elements (17) for holding a lens (19) to be worked; moreover, it may be provided with additional dressing elements (18). The dressing tool (4) and the lens holder (15) are combined to a combined tool K which can be fastened to a common rotating machine spindle (1). A polishing tool (13) is first dressed with the cup-shaped tool (4) whereupon the lens holder (15) is mounted and the lens (19) held by it is polished with the dressed polishing tool (13) against which the lens (19) is uniformly pressed by the diaphragm (6).
    • 用于光学透镜的精密加工的保持器包括设计为修整工具的圆柱形基座(4),紧固在其上的隔膜保持器(5),气密地附接到其上的弹性膜片(6)以及中心管道(22, 23)轴向穿过基座(4)和隔膜支架(5)。 修整工具(4)优选为杯形工具,形成为环形元件(15)的透镜保持器可以以封盖方式紧固在该工具上。 透镜保持器(15)设置有银行和/或支撑表面(21)以及用于保持待加工的透镜(19)的接合元件(17) 此外,可以设置有附加的修整元件(18)。 修整工具(4)和透镜保持器(15)组合到可以被固定到公共旋转机器主轴(1)上的组合工具K。 首先用杯形工具(4)修整抛光工具(13),随后安装透镜保持器(15),并且用其被保持的透镜(19)用抛光抛光工具(13)抛光,镜片 (19)被隔膜(6)均匀地按压。