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    • 1. 发明申请
    • DIGITAL MICROSCOPE HAVING A RADIAL-PISTON BRAKE SYSTEM
    • 具有径向活塞制动系统的数字显微镜
    • US20160097924A1
    • 2016-04-07
    • US14873553
    • 2015-10-02
    • LEICA MICROSYSTEMS (SCHWEIZ) AG
    • Christian Marte
    • G02B21/24G02B21/02G02B21/36F16D49/18
    • G02B21/248F16D49/18G02B7/001G02B21/025G02B21/24G02B21/362
    • A digital microscope includes a stationary stand body (12) and a pivot unit (14) mounted on a shaft (24) of the stand body (12), pivotably about a longitudinal axis (26) of the shaft (24). The pivot unit (14) has an image sensing unit for acquiring images of objects to be examined microscopically. Microscope (10) furthermore has a brake unit (22) for braking and/or immobilizing the pivot unit (14), the brake unit (22) including at least one brake element (32 to 38) biased by an elastic element (40) into a braked position. Microscope (10) includes an actuation element (44) for releasing the brake unit (22), the brake element (32 to 38) being movable by manual actuation of the actuation element (44), against return force of the elastic element (40), from the braked position into a released position, and the actuation element (44) being coupled to the brake element (32 to 38).
    • 数字显微镜包括固定支架主体(12)和安装在支架主体(12)的轴(24)上)的枢转单元(14),其可围绕轴(24)的纵向轴线(26)枢转。 枢轴单元(14)具有图像感测单元,用于采集显微镜检查对象的图像。 显微镜(10)还具有用于制动和/或固定枢转单元(14)的制动单元(22),制动单元(22)包括由弹性元件(40)偏压的至少一个制动元件(32至38) 进入制动状态。 显微镜(10)包括用于释放制动单元(22)的致动元件(44),所述制动元件(32至38)可通过所述致动元件(44)的手动致动而被弹性元件(40) ),从制动位置进入释放位置,并且致动元件(44)联接到制动元件(32至38)。
    • 4. 发明授权
    • Fail-safe brake with elastomeric actuator
    • 具有弹药致动器的失效安全制动器
    • US3556259A
    • 1971-01-19
    • US3556259D
    • 1969-03-13
    • VALENTINE E MACY JREARLE F ALLEN
    • ALLEN EARLE F
    • F15B15/26F16D49/18B65H59/10
    • F16D49/18F15B15/262
    • An improved fail-safe type of brake is disclosed for engaging rodlike pistons or other driven members for locking them against movement. The brake has a brakeshoe surrounding the rod with an inner friction surface for engaging the rod. The brakeshoe is formed in a number of sections and has its outer surface spaced from an outer housing. The space between the shoe and housing is filled with a compressed resilient elastomer which is attached to the facing surfaces of the brakeshoe and the housing. The compressed elastomer applies a radially inwardly directed braking force on the rod. Relative axial movement between the brakeshoe and the housing by a hydraulic drive in the brake results in a deformation or thinning of the elastomer and the release of the braking force. When the hydraulic drive in the brake is released, the resiliency of the elastomer returns it to its original compressed braking form. The braking force is thus obtained from the compressed elastomer and the deformation of the elastomer by the application of a hydraulic force releases the brake.