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    • 6. 发明授权
    • Variable displacement compressor
    • 可变排量压缩机
    • US5752809A
    • 1998-05-19
    • US704364
    • 1996-08-28
    • Yoshihiro MakinoKenji Takenaka
    • Yoshihiro MakinoKenji Takenaka
    • F04B27/10F04B27/18F04B1/12
    • F04B27/1804F04B27/1036F04B27/1063
    • A cam plate is mounted on a drive shaft in a crank chamber. A plurality of pistons are operably coupled to the cam plate. The rotation of the drive shaft is converted to a linear reciprocal movement to compress and discharge refrigerant gas containing oil mist. An extracting passage extracts the refrigerant gas from the crank chamber to remove an excessive pressure in the crank chamber. The extracting passage is open to an accommodating chamber which receives the refrigerant gas from the passage. A bearing is disposed in the accommodating chamber and receives an axial load acting on the drive shaft. A bolt absorbs an assembly tolerance of the bearing. A first protuberance is provided on the bearing protruding in a radial direction with respect to the drive shaft so as to become aligned with the passage. The first protuberance engages an inner surface of the accommodating chamber to prevent rotation of the bearing.
    • 凸轮板安装在曲柄室中的驱动轴上。 多个活塞可操作地联接到凸轮板。 驱动轴的转动转换为线性往复运动,以压缩并排出含有油雾的制冷剂气体。 抽出通道从曲柄室抽取制冷剂气体以去除曲柄室中的过大的压力。 提取通道对从通道接收制冷剂气体的容纳室开放。 轴承设置在容纳室中并且承受作用在驱动轴上的轴向载荷。 螺栓吸收轴承的组合公差。 第一突起设置在相对于驱动轴沿径向突出的轴承上,以便与通道对准。 第一突起接合容纳室的内表面以防止轴承旋转。
    • 7. 发明授权
    • Variable displacement compressor
    • 可变排量压缩机
    • US5364232A
    • 1994-11-15
    • US129596
    • 1993-09-30
    • Kazuya KimuraHiroaki KayukawaKenji TakenakaYoshihiro Makino
    • Kazuya KimuraHiroaki KayukawaKenji TakenakaYoshihiro Makino
    • F04B27/10F04B27/18F04B1/12
    • F04B27/1072F04B27/1804F04B2027/1813Y10T74/18336
    • A variable displacement compressor includes a hinge mechanism having a pair of support arms integrally formed with and protruding from the drive plate, and guide pins which connect the swash plate with the support arms. Each support arm is formed having a unshaped cutaway portion defining a channel for supporting ball portion of the hinge mechanism. The ball portion pivotably secured in the channel portion of the support arm, is attached to guide pin which in turn connects to a bracket protruding from the swash plate. The ball portion transmits pressure & rotational forces generated by the pistons and rotational force of the drive plate respectively. The forces cause the ball portion of the hinge mechanism to impinge upon pre selected surface area of the u-shaped support arm. By impinging on these preselected surface areas of the u-shaped support arm, the ball portion will not disengage from the channel portion of the support arm. Moreover the shape of the support arm increases the motility of the ball portion and associate guide pin secured within the support arm. The guide pin is slidably inserted into either the support arm or the swash plate, and is rotatably supported by means of the support arm.
    • 可变排量压缩机包括铰链机构,其具有与驱动板一体形成并突出的一对支撑臂,以及将斜盘与支撑臂连接的导向销。 每个支撑臂形成有具有限定用于支撑铰链机构的球部的通道的非成形切口部分。 可枢转地固定在支撑臂的通道部分中的球部分附接到导向销,该导销又连接到从斜盘突出的支架。 球部分别传递由活塞产生的压力和旋转力以及驱动板的旋转力。 这些力导致铰链机构的球部撞击u形支撑臂的预先选定的表面区域。 通过撞击u形支撑臂的这些预选的表面区域,球部分将不会从支撑臂的通道部分脱离。 此外,支撑臂的形状增加了固定在支撑臂内的球部和相关导向销的运动性。 导销可滑动地插入到支撑臂或斜盘中,并且通过支撑臂可旋转地支撑。
    • 9. 发明授权
    • External control variable displacement compressor
    • 外控变容量压缩机
    • US06514048B2
    • 2003-02-04
    • US09918157
    • 2001-07-30
    • Yoshihiro MakinoAtsushi ShimizuMasahiro KawaguchiMasaki Ota
    • Yoshihiro MakinoAtsushi ShimizuMasahiro KawaguchiMasaki Ota
    • F04B126
    • F04B27/1804F04B27/1036F04B2027/1854
    • An external control variable displacement compressor varies its displacement based on the pressure in a control chamber. The compressor has a valve chamber defined in a housing. The valve chamber has an opening to accommodate an electrically operative control valve. The control valve controls pressure in the control chamber due to an external electrical signal. An electrical power supply line is connected to the control valve, the power supply line being in contact with an opening of the valve chamber. The valve chamber opening is surrounded by a circumferential wall. An agonic surface formed on the circumferential wall is constituted of a rounded surface formed by rounding a corner of the opening and/or a chamfered surface formed by chamfering a top of the opening, and is formed on a part of or the entire circumferential wall. The power supply line is to be in contact with the agonic surface.
    • 外部控制可变排量压缩机根据控制室内的压力改变其位移。 压缩机具有限定在壳体中的阀室。 阀室具有开口以容纳电操作的控制阀。 控制阀由于外部电信号控制控制室内的压力。 电源线连接到控制阀,电源线与阀室的开口接触。 阀室开口被周壁围绕。 形成在周壁上的肌肉表面由通过对开口的角进行四舍五入而形成的圆形表面和/或通过倒角开口形成的倒角表面构成,并且形成在一部分或整个圆周壁上。 电源线与肌肤表面接触。
    • 10. 发明授权
    • Refrigerant circuit and compressor
    • 制冷回路和压缩机
    • US06227812B1
    • 2001-05-08
    • US09041583
    • 1998-03-12
    • Masahiro KawaguchiYoshihiro MakinoMasanori SonobeKoji Kawamura
    • Masahiro KawaguchiYoshihiro MakinoMasanori SonobeKoji Kawamura
    • F04B126
    • F04B27/1804F04B49/225F04B2027/1827F04B2027/1854F04B2027/1859F04B2201/1241F04B2207/03F25B1/02
    • A refrigerant circuit includes a compressor and an expansion valve. The expansion valve is connected to a discharge muffler of the compressor by a high pressure conduit. The expansion valve is also connected to a suction passage of the compressor by a low pressure conduit. The high pressure conduit includes a condenser and the low pressure conduit includes an evaporator. A check valve is located between the discharge muffler and the high pressure conduit to selectively connect and disconnect the high pressure conduit with the discharge muffler. A relief valve is attached to the discharge muffler upstream of the check valve. If the pressure in the compressor is abnormally high when the check valve closes, the relief valve releases the abnormally high pressure from the discharge muffler. Therefore, if the check valve fails to function, the relief valve prevents the pressure in the compressor from being abnormally high.
    • 制冷剂回路包括压缩机和膨胀阀。 膨胀阀通过高压管连接到压缩机的排放消声器。 膨胀阀还通过低压导管连接到压缩机的吸入通道。 高压导管包括冷凝器,低压导管包括蒸发器。 止回阀位于排气消声器和高压管道之间,以选择性地连接和断开高压管道与排放消声器。 安全阀安装在止回阀上游的排气消声器。 如果在止回阀关闭时压缩机的压力异常高,则溢流阀会从排气消声器释放异常高的压力。 因此,如果止回阀不起作用,则安全阀防止压缩机中的压力异常高。