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    • 5. 发明授权
    • Manipulating device operating in two directions
    • 操纵装置在两个方向工作
    • US4600358A
    • 1986-07-15
    • US494775
    • 1983-05-16
    • Bernhard Graf
    • Bernhard Graf
    • B23Q5/38B23Q7/04B23Q11/00B25J9/00B25J9/02B25J19/00G05B19/25B66C13/08B25J13/00
    • B23Q11/0092B23Q11/0017B23Q5/385B23Q7/04B25J19/0012B25J9/0012B25J9/026G05B19/25
    • A two axes manipulating device is provided for the movement of work pieces between two arbitrary desired points in a plane. The device comprises a carriage with guide tracks for two axes disposed at a 90 degree angle relative to each other. The drive is provided under computer control via gear rack and pinion. A position sensing transducer with a pulse generator is provided in each case for the control of the drive. The invention provides a simple and economic apparatus where the gripper can be rapidly and accurately positioned. The computer control comprises a position and a speed control circuit. The carriage comprises means for balancing weights capable of moving in a vertical direction. The balancing is preferably provided by a rotating air piston engine. An electrically disengageable brake can be provided at the vertical axis. The carriage can be a light weight product, for example made from carbon fiber reinforced plastic.
    • 提供两轴操纵装置用于使工件在平面中的两个任意期望点之间移动。 该装置包括具有相对于彼此以90度角设置的两个轴的引导轨道的托架。 驱动器通过齿轮和齿轮在计算机控制下提供。 在每种情况下都提供带有脉冲发生器的位置传感传感器,用于控制驱动。 本发明提供了一种简单经济的装置,其中夹具可以快速和精确地定位。 计算机控制包括位置和速度控制电路。 滑架包括用于平衡能够在垂直方向上移动的重量的装置。 平衡优选由旋转空气活塞发动机提供。 在垂直轴上可以设置电气可脱离的制动器。 托架可以是轻质的产品,例如由碳纤维增强塑料制成。
    • 8. 发明授权
    • Hand device for varying the pressure of valve-less balls
    • 用于改变无阀球压力的手动装置
    • US4838007A
    • 1989-06-13
    • US168774
    • 1988-03-16
    • Bernhard Graf
    • Bernhard Graf
    • A63B39/04
    • A63B39/04
    • A hand device for varying the gas pressure in a valve-less ball comprises a holding structure in which the ball is held non-rotatably and an injection syringe which is introduced into a longitudinal bore in a handle of the holding structure. During the introduction movement the hollow needle of the syringe perforates the wall of the ball and finally projects by a portion thereof into the interior of the ball. The syringe can be operated to inject into the ball a sealing agent which has been previously drawn into the injection syringe and then, after the piston has been removed from the syringe, the connecting portion of an air pump may be introduced into the open end of the syringe cylinder to pump the ball up to the desired pressure which is indicated by a pressure measuring arrangement, the injected sealing agent closing off the perforation formed by the needle when the syringe and the air pump are withdrawn from the holding structure.
    • 用于改变无阀球中的气体压力的手动装置包括保持结构,其中球保持不可旋转,并且注射注射器被引入到保持结构的手柄中的纵向孔中。 在引入运动期间,注射器的空心针穿过球的壁,并最终将其一部分突出到球的内部。 注射器可以被操作以将预先被吸入注射器中的密封剂注射到球中,然后在活塞已经从注射器移除之后,空气泵的连接部分可以被引入到 所述注射器筒将所述球泵送到由压力测量装置指示的所需压力下,当所述注射器和所述空气泵从所述保持结构中取出时,所述注射密封剂封闭由所述针形成的穿孔。
    • 10. 发明申请
    • Power Generation Apparatus
    • 发电设备
    • US20120086217A1
    • 2012-04-12
    • US13138347
    • 2010-02-04
    • Vincent BendaRobert FischerBernhard GrafChristian HubmannRalf KunzemannHelmut ListGünter HohenbergJosef Wolkerstorfer
    • Vincent BendaRobert FischerBernhard GrafChristian HubmannRalf KunzemannHelmut ListGünter HohenbergJosef Wolkerstorfer
    • H02K7/18
    • H02K7/1807B60L50/62B60L2270/12H02K5/24Y02T10/6217Y02T10/641Y02T10/7077
    • The invention relates to a power generation apparatus (1), in particular for expanding the range of an electrically operated vehicle, having an internal combustion engine (5) and a generator (6), which is situated coaxially to the output shaft (7) of the internal combustion engine (5), internal combustion engine (5) and generator (6) being situated in a housing (2, 3) through which cooling air flows. In order to increase the power density, minimize the noise emission, and allow a compact construction, it is provided that internal combustion engine (5) and generator (6) are implemented as a unit (10) and are situated in a substantially tubular cooling chamber (4) formed by an inner housing, an intake air duct (8) opening into the cooling chamber (5) on the side of the generator (6), preferably approximately in the area of the output shaft axis (7′), and an exhaust air duct (9) originating from the cooling chamber (4) on the side of the internal combustion engine (5), preferably in the area of the output shaft axis (7′), and the internal combustion engine-generator unit (10) being mounted in the housing (2, 3) via noise-damping engine bearings.
    • 本发明涉及发电设备(1),特别是用于扩大具有与输出轴(7)同轴的内燃机(5)和发电机(6)的电动车辆的范围, 内燃机(5),内燃机(5)和发电机(6)位于冷却空气流过的壳体(2,3)内。 为了增加功率密度,最小化噪声发射,并允许紧凑的结构,内燃机(5)和发电机(6)被实现为一个单元(10)并且被设置在基本管状的冷却 由内壳形成的室(4),通向发生器(6)侧的冷却室(5)中的进气导管(8),优选大致在输出轴轴线(7')的区域中, 以及优选地在输出轴轴线(7')的区域中源自内燃机(5)侧的冷却室(4)的排气管道(9)和内燃机发电机单元 (10)通过噪声缓冲发动机轴承安装在壳体(2,3)中。