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    • 6. 发明授权
    • Positioning device
    • 定位装置
    • US4830432A
    • 1989-05-16
    • US45685
    • 1987-05-01
    • Castor FuhrmannHans-Josef HosanAxel KnoppGerd Wurges
    • Castor FuhrmannHans-Josef HosanAxel KnoppGerd Wurges
    • A47C1/024A47C3/026
    • A47C31/126A47C1/0244Y10S297/03
    • A positioning device is used for the positioning of a chair seat as to its inclination, or for positioning a back-rest member of a chair. The positioning device is constructed such as usual hydropneumatic springs which can be locked by closing a passage connected to working chambers on both sides of a piston. The working chambers are filled with an operating liquid. In order to adapt the biasing force of such a positioning device, one of the working chambers is conneced with a force-measuring device, which force measuring device is provided within the force transmission path of the respective chair column. The force measuring device comprises a measuring space filled with operating liquid, and this operating liquid is in liquid connection with one of the working chambers.
    • 定位装置用于椅座对其倾斜的定位,或用于定位椅子的后支撑构件。 定位装置构造成通常的液压气动弹簧,其可以通过关闭与活塞两侧的工作室连接的通道来锁定。 工作室内装有工作液体。 为了适应这种定位装置的偏置力,其中一个工作室与一个力测量装置连接,该力测量装置设置在各个椅子柱的力传递路径内。 力测量装置包括填充有操作液体的测量空间,并且该操作液体与其中一个工作室液体连接。
    • 7. 发明授权
    • Positioning device
    • 定位装置
    • US4867317A
    • 1989-09-19
    • US164430
    • 1988-03-03
    • Willi WildemannHelmut MorgenCastor FuhrmannMartin SiemannJurgen KesslerHerbert Freitag
    • Willi WildemannHelmut MorgenCastor FuhrmannMartin SiemannJurgen KesslerHerbert Freitag
    • E05C17/22B60J5/04E05C17/30F16F7/09
    • F16F7/09E05C17/30
    • A positioning device is e.g. used for positioning the door of a motor vehicle in an opened position. The positioning device comprises e.g. a cylinder and a piston rod which extends inward and outwards of the cylinder through one end thereof. A flank face is provided at the inner wall surface of the cylinder. The piston rod carries a piston. The piston is provided with a counter-arresting ring which engages the flank face in a predetermined position. When the piston passes across the arresting flank of the cylinder, the counter-arresting ring is moved radially inwards with respect to the axis of the piston rod against elastic resistence. So, an increased resistance occurs against the axial movement of the piston rod with respect to the cylinder. This increased resistance against axial movement positions the door with respect to the body frame of a motor vehicle in a predetermined opened position and avoids that the door is closed unintentionally. Af the flank face and the arresting ring are enclosed within the cavity of the cylinder, they are not subject to environmental conditions, which might deteriorate their positioning function after a period of use. Lubricating agent may be provided within the cavity for lubricating the flank face and the arresting ring. As such lubricating agent is enclosed within the cavity of the cylinder, there is no risk for the vehicle driver to be polluted by the lubricating agent.
    • 定位装置是例如 用于将机动车辆的门定位在打开位置。 定位装置包括: 气缸和活塞杆,其通过其一端向内和向外延伸。 在气缸的内壁表面设有一个侧面。 活塞杆带有活塞。 活塞设置有止动环,该止动环在预定位置接合该侧面。 当活塞穿过气缸的止动侧面时,防止止动环相对于活塞杆的轴线径向向内移动以抵抗弹性阻力。 因此,抵抗活塞杆相对于气缸的轴向运动发生增加的阻力。 这种增加的抵抗轴向运动的阻力将门相对于机动车辆的车身框架定位在预定的打开位置,并且避免了门被无意地关闭。 在侧面和止动环之间封闭在气缸的空腔内,它们不受环境条件的影响,在使用一段时间后可能会使其定位功能恶化。 可以在空腔内设置润滑剂以润滑侧面和止动环。 由于这种润滑剂被封装在气缸的空腔内,所以车辆驾驶员不会被润滑剂污染的风险。
    • 10. 发明授权
    • Gas spring
    • 气泉水
    • US4944498A
    • 1990-07-31
    • US218671
    • 1988-07-13
    • Bernd KortgenHelmut MorgenHeinz-Josef HeinrichsCastor FuhrmannHerbert Freitag
    • Bernd KortgenHelmut MorgenHeinz-Josef HeinrichsCastor FuhrmannHerbert Freitag
    • F16F9/36F16J15/16F16J15/32F16J15/40
    • F16F9/365F16J15/164F16J15/40
    • In a gas spring the piston rod is guided through one end of a container. Adjacent to this one end two sealings are provided in axial direction one behind the other, namely an axially outer sealing and an axially inner sealing. A liquid chamber is defined between the axially outer sealing and the axially inner sealing. The axially inner sealing comprises a sealing ring of elastomeric material. This sealing ring comprises a radially outer root portion and a radially inner lip portion. The root portion engages an internal circumferential surface of the container tube. The lip portion engages an external circumferential surface of the piston rod. The axial dimension of the root portion is substantially larger than the axial dimension of the lip portion. The sealing ring may be deflected by pressure differences on both sides of the sealing ring such that a fluid exchange is possible between both axial sides of the sealing ring when the pressure difference exceeds a predetermined value.
    • 在气弹簧中,活塞杆被引导通过容器的一端。 在这一端相邻的两个密封沿轴向方向一个在另一个之后,即轴向外部密封和轴向内部密封。 液体室限定在轴向外部密封件和轴向内部密封件之间。 轴向内部密封包括弹性体材料的密封环。 该密封环包括径向外部根部部分和径向内部唇部部分。 根部接合容器管的内周表面。 唇部接合活塞杆的外周表面。 根部的轴向尺寸基本上大于唇部的轴向尺寸。 密封环可能通过密封环两侧的压力差而偏转,使得当压力差超过预定值时,可以在密封环的两个轴向侧面之间进行流体交换。