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    • 6. 发明授权
    • Small-capacity expansion valve
    • 小容量膨胀阀
    • US5186207A
    • 1993-02-16
    • US800553
    • 1991-12-05
    • Morio KanekoKazushige Tajima
    • Morio KanekoKazushige Tajima
    • F25B41/06G05D16/06
    • F25B41/062Y10T137/7782Y10T137/7836
    • The expansion valve has an operating pressure setting member that can adjust the operating pressure of a pressure-activated diaphragm by moving a spring retainer of an operating spring against the force the spring which is interposed between the diaphragm and the spring retainer. The operating pressure setting member, after being set at a desired setting position, is securely fitted into and crimped by a secondary coolant flow pipe. The operating pressure setting member has a coolant passage for the coolant to pass through. This construction can completely prevent leakage of the coolant from the operating pressure setting member as would occur with conventional expansion valves whose operating pressure setting member is not installed inside the secondary coolant flow pipe.
    • 膨胀阀具有操作压力设定构件,该操作压力设定构件能够抵抗相对于插入在隔膜和弹簧保持器之间的弹簧的力而移动操作弹簧的弹簧保持器来调节压力致动隔膜的操作压力。 操作压力设定构件在被设定在期望的安装位置之后,被二次冷却剂流管牢固地装配并压接。 操作压力设定构件具有用于冷却剂通过的冷却剂通道。 这种结构可以完全防止冷却剂从操作压力设定部件泄漏,这与传统的膨胀阀(其工作压力设​​定部件未安装在二次冷却剂流动管道内)所发生的情况相反。
    • 8. 发明授权
    • Control valve for variable displacement compressor
    • 变排量压缩机控制阀
    • US06334759B1
    • 2002-01-01
    • US09565076
    • 2000-05-04
    • Morio KanekoIchiro OhkawaraMasaki OtaKen SuitoMasanori SonobeTomoji Tarutani
    • Morio KanekoIchiro OhkawaraMasaki OtaKen SuitoMasanori SonobeTomoji Tarutani
    • F04B1704
    • F04B27/1804F04B2027/1813F04B2027/1827F04B2027/1831F04B2027/185F04B2027/1859
    • A valve housing of the control valve has a communication passage communicating a suction port of the compressor with a crank chamber of the compressor. A main valve is provided in the valve housing for opening and closing the communication passage. A spring member resiliently biases the main valve toward its closed position. A pressure actuated unit moves the main valve toward the open position by receiving a suction pressure of the compressor. A flow adjustment valve is disposed in the valve housing for adjusting an open degree of a leak passage and receives the discharge pressure exerting a force on the flow adjustment valve toward its closed position. The flow adjustment valve increases a leak flow rate of a fluid flowing from a discharge port of the compressor to a crank chamber through a leak passage when the compressor provides a lower discharge pressure. A correction spring is disposed between the main valve and the flow adjustment valve. The correction spring resiliently biases a valve element of the main valve toward the open position and increases in spring force with transfer of a valve element of the flow adjustment valve toward its closed position.
    • 控制阀的阀壳具有将压缩机的吸入口与压缩机的曲轴室连通的连通通道。 主阀设置在阀壳体中,用于打开和关闭连通通道。 弹簧构件将主阀弹性偏压到其关闭位置。 压力致动单元通过接收压缩机的吸入压力将主阀移动到打开位置。 流量调节阀设置在阀壳体中,用于调节泄漏通道的开度,并将流量调节阀上的压力接收到其关闭位置。 当压缩机提供较低的排出压力时,流量调节阀增加了从压缩机的排出口流向曲轴室的流体的泄漏流量。 校正弹簧设置在主阀和流量调节阀之间。 校正弹簧将主阀的阀元件弹性地偏压到打开位置,并且通过将流量调节阀的阀元件转移到其关闭位置而增加弹簧力。
    • 9. 发明授权
    • Control valve for variable displacement compressor
    • 变排量压缩机控制阀
    • US06332757B1
    • 2001-12-25
    • US09565127
    • 2000-05-04
    • Morio KanekoIchiro OhkawaraMasaki OtaKen SuitouKenta NishimuraTaku Adaniya
    • Morio KanekoIchiro OhkawaraMasaki OtaKen SuitouKenta NishimuraTaku Adaniya
    • F04B126
    • F04B27/1804F04B2027/1813F04B2027/1831F04B2027/1854F04B2027/1859F05C2251/08
    • A valve housing has a communication passage communicating a suction port of the compressor with a crank chamber of the compressor. A valve element opens and closes the communication passage, and a spring member resiliently biases the valve element toward the closed position. A pressure actuated unit moves the valve element toward the open position by a suction pressure of the compressor. The spring member includes a spring made of a temperature responsive material. The spring decreases in its resilient force in an opening direction of the valve element with increase of an outer-air temperature. The spring member has a primary spring made of an ordinary resilient material for resiliently biasing the valve element toward the closed position and a correction spring made of a material having a temperature positive characteristic. The correction spring provides a correction spring force smaller than a primary force of the primary spring in the opposite direction to the primary force. The combined spring force of the primary spring and the correction spring acting on the valve element.
    • 阀壳体具有将压缩机的吸入口与压缩机的曲轴室连通的连通通道。 阀元件打开和关闭连通通道,并且弹簧构件弹性地偏压阀元件朝向关闭位置。 压力驱动单元通过压缩机的吸入压力将阀元件移向打开位置。 弹簧构件包括由温度响应材料制成的弹簧。 随着外部空气温度的增加,弹簧在阀元件的打开方向上的弹性减小。 弹簧构件具有由普通弹性材料制成的弹簧弹簧弹簧偏压阀元件朝向关闭位置的弹簧构件和由具有温度正特性的材料制成的校正弹簧。 校正弹簧提供的校正弹簧力小于主弹簧的主力与主力相反的方向。 主弹簧的组合弹簧力和作用在阀元件上的校正弹簧。