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    • 21. 发明授权
    • Mechanism for opening and closing valve
    • 阀门开闭机构
    • US5168896A
    • 1992-12-08
    • US757947
    • 1991-09-12
    • Hubert BoeschTsutomu Taniguchi
    • Hubert BoeschTsutomu Taniguchi
    • F16K51/02F15B15/06F16K3/18
    • F16K3/184Y10T137/8175Y10T137/8225Y10T137/8242
    • A valve operating mechanism produces a rotating force for causing a valve body of the valve to shift relative to a valve seat thereof, so that the valve is opened and closed. A piston of the mechanism produces a rectilinear reciprocating force. A screw member is supported moveably along the rectilinear line and unrotatably in the housing and includes a pair of pawls helically projecting along the rectilinear line and a helical interval space defined between the helical pawls. A pivot is inserted into the helical interval space. A cylindrical rotating member is supported rotatably and unmoveably along the rectilinear line in the housing so as to surround the screw member. When the screw member receives the rectilinear reciprocating force to perform the reciprocating motion along the rectilinear line, the pivot is urged to rotate along the helical interval space in the rectilinearly unmoved state, and the cylindrical rotating member can rotate with the pivot. Therefore the cylindrical rotating member can output the rotating force for causing the valve body of the valve to shift relative to the valve seat thereof.
    • 阀操作机构产生用于使阀的阀体相对于其阀座移动的旋转力,使得阀被打开和关闭。 该机构的活塞产生直线往复力。 螺纹构件沿着直线线路可移动地支撑并且在壳体中不可旋转地包括一对沿着直线线螺旋形突出的棘爪和在螺旋形棘爪之间限定的螺旋间隔空间。 枢轴插入螺旋间隔空间。 圆筒形旋转构件沿着壳体中的直线线可旋转地且不可移动地支撑,以围绕螺钉构件。 当螺杆构件接受直线往复力以沿着直线行进往复运动时,枢轴被推动沿直线不动状态的螺旋间隔空间旋转,并且圆柱形旋转构件可以与枢轴一起旋转。 因此,圆柱形旋转构件可以输出用于使阀的阀体相对于其阀座移动的旋转力。
    • 23. 发明授权
    • Relay with actuator which actuates bistable switching mechanism
    • 具有致动器的继电器,其致动双稳态切换机构
    • US4654553A
    • 1987-03-31
    • US777764
    • 1985-09-19
    • Ryuichi SatoTsutomu TaniguchiMasatoshi Ohba
    • Ryuichi SatoTsutomu TaniguchiMasatoshi Ohba
    • H01H51/22H01H47/22H01H50/68H01H57/00H01L41/08
    • H01H57/00H01H47/22H01H50/68
    • This relay has an actuator which has a pair of coupled together driving elements, of a type which deflects according to applied voltage. The actuator deflects in one direction when voltage is applied to one driving element and deflects in another direction when voltage is applied to the other driving element. A bistable switching mechanism has an actuating member and a set of contacts. These contacts are flipped over to a first state when the actuating member is impelled in a first direction and thereafter stay stably in the first state until the actuating member is impelled in a second direction, and similarly are flipped over to a second state when the actuating member is impelled in the second direction and stay stably in the second state until the actuating member is impelled in the first direction. A drive circuit upon command supplies a one shot pulse of relatively short duration to either the one or the other of the driving elements. The actuator is coupled to the actuating member of the bistable switching mechanism, so as when deflecting in the one direction to impel the actuating member in the first direction, and when deflecting in the another direction to impel the actuating member in the second direction. Optionally, the coupling between the actuator and the actuating member of the bistable switching mechanism may have a certain amount of play provided in it, and the driving elements of the actuator may be piezoelectric elements.
    • 该继电器具有致动器,该致动器具有一对耦合在一起的驱动元件,其类型根据施加的电压而偏转。 当电压施加到一个驱动元件时,致动器在一个方向上偏转并且当向另一个驱动元件施加电压时在另一个方向上偏转。 双稳态切换机构具有致动构件和一组触点。 当致动构件沿第一方向推动时,这些触头翻转到第一状态,然后稳定地保持在第一状态,直到致动构件沿第二方向推进,并且类似地,当致动部件被致动时翻转到第二状态 构件在第二方向上被推动并且保持稳定地处于第二状态,直到致动构件沿第一方向被推动。 根据命令的驱动电路将相对较短持续时间的单次脉冲提供给驱动元件中的一个或另一个。 致动器联接到双稳态切换机构的致动构件,以便当在一个方向上偏转以沿着第一方向推动致动构件时,以及当沿另一方向偏转以沿着第二方向推动致动构件时。 可选地,致动器和双稳态切换机构的致动构件之间的联接可以在其中设置一定量的游隙,并且致动器的驱动元件可以是压电元件。