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    • 3. 发明申请
    • Scroll fluid machine
    • 滚动流体机
    • US20110103991A1
    • 2011-05-05
    • US12930672
    • 2011-01-14
    • BooSeok HwangKwangSeon Hwang
    • BooSeok HwangKwangSeon Hwang
    • F01C1/063
    • F04C23/001F04C18/0269F04C23/008
    • A fixed scroll board 2 is attached to a casing 1. Three fixed wraps 2a are provided on the fixed scroll board 2. An eccentric bush 8 is rotatably supported by the casing 1. A pivot shaft 12 is eccentrically supported in an eccentric hole of the eccentric bush 8. A scroll board 3 with three orbiting wraps 3a is provided integrally with the pivot shaft 12. A plurality of pumping chambers 13 are formed between the fixed wraps 2a and the orbiting wraps 3a. An inlet port 4, which is communicated with an intake chamber formed inside a seal wall 2b of the periphery of the fixed scroll board 2, is provided. An outlet port 5 is provided on the fixed scroll board 2. The pumping chambers 13 takes in and discharges working fluid three times during one rotation of the eccentric bush 8.
    • 固定的涡旋板2安装在壳体1上。固定涡旋板2上设置有三个固定的涡卷2a。偏心衬套8由壳体1可旋转地支撑。枢轴12偏心地支撑在壳体1的偏心孔中 偏心衬套8.具有三个绕动涡卷3a的涡形板3与枢轴12一体设置。在固定涡卷2a和绕动涡卷3a之间形成有多个泵送室13。 设置与形成在固定涡旋板2的周边的密封壁2b内的进气室连通的入口4。 出口5设置在固定涡旋板2上。泵送室13在偏心衬套8的一次旋转期间,将工作流体吸入和排出三次。
    • 6. 发明申请
    • Scroll fluid machine
    • 滚动流体机
    • US20110300013A1
    • 2011-12-08
    • US13134873
    • 2011-06-21
    • BooSeok HwangKwangSeon Hwang
    • BooSeok HwangKwangSeon Hwang
    • F01C1/063
    • F04C18/0223F04C23/001F04C23/008F04C29/0057
    • In the scroll fluid machine in which an orbiting scroll 10 is pivot-driven by a rotary shaft 102 rotatably supported by the casing 100 and a pivot shaft 104 eccentrically and rotatably supported by the rotary shaft 102, as a method, a self-rotation prevention board 109 is attached to one end of the pivot shaft 104 and a self-rotation prevention pin 110 is attached to the self-rotation prevention board 109. The self-rotation prevention pin 110 is configured to perform an orbiting motion while keeping in contact with the inner surface of the self-rotation prevention bearing (guide body) 111. Further, as another method, the outer periphery of one end 104b of the pivot shaft is configure to perform an orbiting motion while keeping in contact with the inner surface of the balance bearing (guide body) 51. Based on these methods, an eccentrically pivot driven orbiting scroll performs an orbiting motion without whirling, and thus a high-speed operation of the scroll fluid machine is enabled.
    • 在旋转涡旋件10由旋转轴102由壳体100可旋转地支撑的旋转涡旋件10和由旋转轴102偏心地且可旋转地支撑的枢轴104的涡旋流体机械中,作为一种方法, 板109附接到枢转轴104的一端,并且自转防止销110附接到自转防止板109.自转防止销110被配置为执行绕轨运动,同时保持与 自转防止轴承(引导体)111的内表面。此外,作为另一种方法,枢轴的一端104b的外周被构造成执行绕轨运动,同时保持与所述旋转轴的内表面接触 平衡轴承(导向体)51。基于这些方法,偏心枢转驱动的绕动涡盘进行无旋转的轨道运动,因此能够进行涡旋流体机械的高速运转。