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    • 4. 发明公开
    • ROTOR SLIDING-VANE MACHINE
    • 转子滑片机
    • EP1880109A1
    • 2008-01-23
    • EP06733263.5
    • 2006-03-31
    • Stroganov, Alexandr AnatolievichVolkov, Yury Mikhailovich
    • Stroganov, Alexandr AnatolievichVolkov, Yury Mikhailovich
    • F04C2/344
    • F04C15/0042F04C2/3448
    • A rotor sliding-vane machine comprises a rotor including working (1) and supporting parts (4) connected via force chambers (6) of variable length so that they rotate synchronously with a possibility of little reciprocal axial movements and tilts. The vanes (8) are located in vane chambers (7) of the working part (1) of the rotor and when the rotor is rotating they cyclically change the degree of protrusion into the annular groove (2) made on the face surface of the working part of the rotor. Between the supporting cover plate (5) of the housing and supporting part of the rotor there are supporting cavities hydraulically connected via the means of local pressures balancing to the force chambers of variable length and cavities of the working chamber in the annular groove of the working part of the rotor. Supporting cavities and force chambers of variable length are made so that pressure forces of the working fluid contained in the force chambers significantly balance pressure forces of the working fluid forcing out the working and supporting parts of the rotor from the working and supporting cover plates of the housing providing just a small tightening required for insulation.
    • 一种转子滑动叶片机包括转子,该转子包括工作件(1)和通过可变长度的力室(6)连接的支撑部件(4),从而它们可以同时进行小的往复轴向运动和倾斜。 叶片(8)位于转子的工作部分(1)的叶片室(7)中,并且当转子旋转时,它们周期性地改变突出进入在该表面上形成的环形凹槽(2) 转子的工作部分。 在壳体的支撑盖板(5)和转子的支撑部分之间存在支撑腔室,该支撑腔室通过局部压力平衡的方式液压地连接到可变长度的力室和工作环形槽中的工作室的腔室 转子的一部分。 制造可变长度的支撑腔室和力室,使得包含在力室中的工作流体的压力显着地平衡迫使转子的工作和支撑部件从工作和支撑盖板的工作流体的压力 住房仅提供绝缘所需的小紧固。
    • 5. 发明公开
    • ROTOR MACHINE
    • ROTORMASCHINE
    • EP1536138A1
    • 2005-06-01
    • EP03730952.3
    • 2003-05-20
    • Stroganov, Alexandr AnatolievichVolkov, Yury Mikhailovich
    • Stroganov, Alexandr AnatolievichVolkov, Yury Mikhailovich
    • F04C2/344F04C15/04
    • F04C14/20F04B1/2014F04B1/2078F04C2/3445F04C2/3448F04C14/04
    • The invention can be used for reversible pulsationless rotor high-pressure machines which can operate in pump and in motor mode. The inventive machine comprises a working chamber and an additional working chamber, separating jumpers and regulating elements. Said regulating elements are connected to each other with the aid of a cinematic link in such a way that the motion of one regulating element initiates the motion of another regulating element. Working cavity of said working chambers are arranged in an axial direction oppositely to each other and connected to each other by means of channels. A mechanism setting an axial relative position of displacers is embodied in such a way that it always provides a sliding contact of at least one displacer with each regulating element. Said invention makes it possible to extent the functional capabilities of similar rotor machines and improve the operational parameters thereof.
    • 本发明可用于可在泵和电动机模式下操作的可逆脉动转子高压机。 本发明的机器包括工作室和附加的工作室,分离跳线和调节元件。 所述调节元件借助于电影链接彼此连接,使得一个调节元件的运动启动另一调节元件的运动。 所述工作室的工作腔沿相互相反的轴向布置,并且通过通道相互连接。 设置置换器的轴向相对位置的机构被实施为使得它总是提供至少一个置换器与每个调节元件的滑动接触。 所述发明使得可以扩大类似的转子机器的功能能力并改进其操作参数。