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    • 6. 发明授权
    • Hydraulic system architecture for controlling steering
    • 用于控制转向的液压系统结构
    • US06769251B2
    • 2004-08-03
    • US10360657
    • 2003-02-10
    • Olivier ColletEmmanuel DorgetClaire PatrigeonDaniel Bucheton
    • Olivier ColletEmmanuel DorgetClaire PatrigeonDaniel Bucheton
    • F16D3102
    • B64C25/505B62D5/30
    • The invention relates to an architecture for a hydraulic steering control system including at least one actuator; the hydraulic system comprises a directional-control valve connected to a pressure-generator device and to an associated main supply, the hydraulic system further comprising a reversible electrically-driven pump unit having two ports and being fitted with a general selector arranged, in a normal mode of operation, to put the chambers of the actuator into communication with the directional-control valve, and in an alternate mode of operation to put the chambers of the actuator into communication with the ports of the pump unit. A compensation device makes it possible in the alternate mode to compensate for any flow differential between the flow drawn in by the pump unit from one of the chambers of the actuator and the flow delivered by the pump unit into the other chamber of the actuator.
    • 本发明涉及一种用于液压转向控制系统的结构,其包括至少一个致动器; 液压系统包括连接到压力发生器装置和相关联的主电源的方向控制阀,该液压系统还包括具有两个端口的可逆电驱动泵单元,并且配有通常选择器,以普通方式布置 操作模式,将致动器的腔室与方向控制阀连通,并且在另一种操作模式下,将致动器的腔室与泵单元的端口连通。 补偿装置使得在替代模式中可以补偿由泵单元从致动器的一个室中吸入的流量与由泵单元输送到致动器的另一个室中的流量之间的任何流量差。
    • 9. 发明授权
    • Latch device, in particular for latching an airplane landing gear or an airplane landing gear hatch
    • 锁定装置,特别是用于锁定飞机起落架或飞机起落架舱口
    • US06811118B2
    • 2004-11-02
    • US10359198
    • 2003-02-06
    • Olivier ColletEric FelemezPierre-Yves LiegeoisSébastien FremiotDominique Perathoner
    • Olivier ColletEric FelemezPierre-Yves LiegeoisSébastien FremiotDominique Perathoner
    • B64C2518
    • B64C25/26Y10T292/1047
    • A latch device, in particular for latching an airplane landing gear or an airplane landing gear hatch, the device comprising a box containing a set of hinged elements mounted to pivot about respective parallel axes, said assembly including at least one hook and a locking lever connected to said hook by an associated elastically deformable return device, said hook being capable of being unlocked by acting on said locking lever either via first actuator device in a normal mode of operation, or via a second actuator device in an emergency mode of operation when said first actuator device fails to unlock the hook. In accordance with the invention, the second actuator device associated with the emergency mode of operation is an electromechanical actuator under independent electrical control, said actuator comprising two electric motors associated in irreversible manner with a common differential gear train, having an outlet shaft controlling the pivoting of an emergency unlocking lever co-operating with the locking lever used in normal operation.
    • 一种闩锁装置,特别是用于锁定飞机起落架或飞机起落架舱口的装置,该装置包括一个盒子,该箱子包含安装成围绕各自的平行轴线枢转的一组铰链元件,所述组件包括至少一个钩和连接的锁定杆 通过相关的可弹性变形的返回装置到所述钩子,所述钩子能够通过在正常操作模式下通过第一致动器装置作用在所述锁定杆上或者当紧急操作模式时通过第二致动器装置被解锁,当所述钩 第一执行器装置无法解锁挂钩。 根据本发明,与紧急操作模式相关联的第二致动器装置是在独立电气控制下的机电致动器,所述致动器包括两个不可逆转地与普通差速齿轮系相联的电动马达,其具有控制枢转 与正常操作中使用的锁定杆配合的紧急解锁杆。