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    • 1. 发明授权
    • Rotary compressor
    • 旋转压缩机
    • US5087170A
    • 1992-02-11
    • US463556
    • 1990-01-11
    • Hirokatu KousokabeHiroshi IwataMasahiro Takebayashi
    • Hirokatu KousokabeHiroshi IwataMasahiro Takebayashi
    • F04C29/02F25B31/00
    • F04C29/025F04C29/026F25B31/002Y10S417/902
    • A rotary compressor of the invention comprises an oil separating portion and an oil collecting portion located adjacent one end of a rotary shaft closely to a motor. An oil is separated through the oil separating portion and collected in the oil collecting portion in which the one end of the rotary shaft is submerged to lubricate a third bearing. The oil separating portion serves to separate oil mist which flows with gas flow. The one end of the rotary shaft is submerged in the oil as collected in the oil collecting portion under the influence of gravity to lubricate the bearing. This arrangement provides stable lubrication of the one end of the rotary shaft. The bearing is, thus, highly reliable while the rotary compressor is running at any speeds. Also, vibrations of the shaft can substantially be reduced particularly when the rotary compressor runs at a high speed.
    • 本发明的旋转压缩机包括油分离部分和靠近旋转轴的一端靠近马达的油收集部分。 油通过油分离部分分离并收集在油回收部分中,旋转轴的一端被浸没在其中以润滑第三轴承。 油分离部分用于分离与气流一起流动的油雾。 旋转轴的一端在重力的作用下被收集在油收集部分中的油中,以润滑轴承。 这种布置提供了旋转轴的一端的稳定的润滑。 因此,在旋转式压缩机以任何速度运行的情况下,轴承是高度可靠的。 此外,特别是当旋转式压缩机高速运转时,轴的振动也能够大幅降低。
    • 3. 发明授权
    • Hermetic scroll fluid discharge apparatus with pressurized fluid passage
in wrap
    • 具有加压流体通道的密封涡旋流体排放装置
    • US4357132A
    • 1982-11-02
    • US97693
    • 1979-11-27
    • Hirokatu Kousokabe
    • Hirokatu Kousokabe
    • F04C18/02F04C27/00
    • F04C27/005
    • A fixed scroll and an orbiting scroll each having an end plate and a wrap perpendicular to the end plate and having a mirror-like surface at the forward end are brought into intimate contact with each other such that the mirror-like surface of the wrap and the end plate of one scroll member are brought into sliding contact with the end plate and the mirror-like surface of the wrap of the other scroll member, respectively, to define fluid pockets between the two scroll members. The orbiting scroll is driven by a motor to move in orbiting movement relative to the fixed scroll to compress the fluid in the fluid pockets by gradually reducing the volume of the fluid pockets. A portion of the fluid in the fluid pockets is introduced into a hermetic container for the apparatus through communication ducts each formed on one side of the wrap of the orbiting scroll to increase the internal pressure of the hermetic container, to thereby force the orbiting scroll against the fixed scroll by the increased internal pressure of the hermetic container to provide airtight seal to the fixed and orbiting scrolls.
    • 每个具有端板和垂直于端板并且在前端具有镜状表面的卷绕件的固定涡旋件和绕动涡卷彼此紧密接触,使得卷绕件的镜面表面 一个涡旋构件的端板分别与另一个涡旋构件的卷边的端板和镜面表面滑动接触以限定两个涡旋构件之间的流体袋。 绕动涡卷由马达驱动,以相对于固定涡旋件的轨道运动移动,以通过逐渐减小流体袋的体积来压缩流体袋中的流体。 流体槽中的流体的一部分通过连接管道被引入用于装置的密封容器中,每个通道导管形成在绕动涡旋件的包裹体的一侧上,以增加密封容器的内部压力,从而迫使绕动涡旋件 通过密封容器的增加的内部压力来固定涡卷,以向固定和绕动涡卷提供气密密封。
    • 4. 发明授权
    • Scroll-type positive fluid displacement apparatus having lubricating oil
circulating system
    • 具有润滑油循环系统的涡旋式正流体置换装置
    • US4343599A
    • 1982-08-10
    • US120885
    • 1980-02-12
    • Hirokatu Kousokabe
    • Hirokatu Kousokabe
    • F04C18/02F04C29/02F01C1/02F01C21/04
    • F04C29/023F04C18/0215Y10S417/902Y10S418/01
    • A scroll-type compressor constituted by a stationary scroll and a revolving scroll, and an electric motor for causing a revolving motion of the revolving scroll are disposed in a closed container. The scroll-type compressor has openings which are adapted to permit fluid compression pockets between two scrolls to be communicated with the space inside the closed container when the pressure in the pockets have been increased to a predetermined pressure intermediate between the suction and discharge pressures, so that the pressure in the closed container may be maintained at the same level as the above-mentioned predetermined pressure. The bottom part of the closed container constitutes an oil well where the lubricating oil is stored. This oil well is connected to the suction side of the compressor through an oil feed passage constituted by a capillary tube, so that the oil is fed to the compressor due to the pressure difference between the space inside the closed container and the inlet side of the compressor. An oil separating tank is disposed at the discharge side of the compressor. The lubrication oil separated by this oil separating tank is returned back into the closed container by the pressure differential between the discharge side of the compressor and the interior of the closed container.
    • 由静涡旋盘和旋转涡卷构成的涡旋式压缩机和旋转涡旋件的旋转运动的电动机配置在密闭容器内。 涡旋式压缩机具有开口,当孔中的压力增加到吸入压力和排出压力之间的预定压力时,适于允许两个涡旋件之间的流体压缩袋与密封容器内的空间连通,因此 密闭容器中的压力可以保持在与上述预定压力相同的水平。 封闭容器的底部构成储存润滑油的油井。 该油井通过由毛细管构成的供油路与压缩机的吸入侧连接,由于密封容器内部的空间与密闭容器的入口侧之间的压力差而将油供给到压缩机 压缩机。 油分离罐设置在压缩机的排出侧。 由该油分离罐分离的润滑油通过压缩机的排出侧和密闭容器的内部之间的压力差返回到密闭容器中。