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    • 4. 发明申请
    • Roller Element
    • 滚轮元件
    • US20080078158A1
    • 2008-04-03
    • US11569214
    • 2005-05-20
    • Walter Reist
    • Walter Reist
    • B21L9/02F16G13/06
    • B65G7/04B65G17/20F16C19/502F16C29/0619F16C33/3812F16C33/50F16C33/52Y10T29/49641
    • A roller element (10) is provided which has a central body (1) and a roller unit (2). The roller unit (2) is mounted so as to circulate on a non-circular race (21) about the central body (1) and so as to be mobile with respect to the central body (1) by the rolling movement of the rollers (3) of the roller unit (2) on the central body (1). The rollers (3) are configured as balls or substantially cylindrical elements. A peripheral surface of the rollers (3), for a substantial part, is shaped as a rolling surface that corresponds to the central body (1) and for rolling off on the central body (1). The elements of the roller unit (2) have play in relation to one another and/or the roller unit has play regarding its mobility in relation to the central body (1).
    • 提供具有中心体(1)和辊单元(2)的辊元件(10)。 辊单元(2)安装成围绕中心体(1)在非圆形的座圈(21)上循环,并且通过辊的滚动运动可相对于中心体(1)移动 (2)的中心体(1)上的(3)。 辊(3)被构造为球或基本上圆柱形的元件。 主要部分的滚子(3)的圆周表面被成形为对应于中心体(1)并在中心体(1)上滚动的滚动表面。 辊单元(2)的元件相对于彼此发挥作用,和/或辊单元相对于中心体(1)的移动性发挥作用。
    • 7. 发明授权
    • Rotary slide compressor with thin-walled, deformable sleeve
    • 旋转滑动压缩机带有薄壁,可变形的套筒
    • US4764095A
    • 1988-08-16
    • US938208
    • 1986-12-04
    • Kurt G. Fickelscher
    • Kurt G. Fickelscher
    • F04C18/344F01C1/348F16C19/22F16C19/34F16C33/38F16C33/50F16C33/52F16C33/78F16C35/073F04C5/00F04C18/348F04C29/10
    • F16C35/073F01C1/348F16C19/22F16C19/362F16C19/50F16C33/3812F16C33/52F16C33/723F16C33/78F16C2360/42
    • An apparatus, particularly for compressing and conveying fluids, comprising a rotor (1) and a thin-walled rotary sleeve (7) which is rotatably arranged eccentrically with respect to the axis (M1) of the rotor and which is in surface contact with the surface of the rotor throughout a predetermined angular range (.phi.). At least one separator slide (12) is provided between working chambers (S, D) the volumes of which vary when the rotary sleeve rotates. The apparatus is constructed such that the fluid throughput and the speed of rotation can be increased compared to conventional devices, so that a device of given capacity may have smaller dimensions and a lower weight. To achieve this it is proposed that the rotary sleeve (7) be supported in a bearing support (110) by at least one bearing (125) and be pressed thereby against the circumferential surface of the rotor (1), and that the rotor (1) be rotatably mounted around a control tube (3) and contact the inner surface of the rotary sleeve (7) in the predetermined angular range (.phi.). The rotary sleeve (7) cylindrically embraces the rotor (1) in the predetermined angular range (.phi.) and is driven by the rotor through frictional engagement.
    • 一种特别用于压缩和输送流体的装置,包括转子(1)和薄壁旋转套管(7),该套筒相对于转子的轴线(M1)偏心地布置并且与转子 在整个预定的角度范围(phi)中转子的表面。 至少一个分离器滑块(12)设置在工作室(S,D)之间,当旋转套筒旋转时,它们的体积变化。 该装置被构造成使得与常规装置相比流体通量和旋转速度可以增加,使得给定容量的装置可以具有更小的尺寸和更低的重量。 为此,建议旋转套筒(7)由至少一个轴承(125)支撑在轴承支撑件(110)中,并被压靠在转子(1)的圆周表面上,转子 1)可旋转地安装在控制管(3)周围并且以预定角度范围(phi)接触旋转套筒(7)的内表面。 旋转套筒(7)以预定角度范围(phi)圆周地包围转子(1),并通过摩擦接合由转子驱动。