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    • 62. 发明申请
    • PLANETARY HYDROMOTOR
    • 商业水电机
    • WO1981003046A1
    • 1981-10-29
    • PCT/SU1981000024
    • 1981-03-02
    • ZAPOROZH KT I SELSKOKH MASHINOSTROENIYAERASOV F
    • ZAPOROZH KT I SELSKOKH MASHINOSTROENIYA
    • F01C01/10
    • F01C17/02F04C2/103F04C2/105
    • A planetary hydromotor comprises a casing (1) with a stator gear (2), a shaft (5) with its gear (6), an annular rotor (7) mounted eccentrically to the shaft (5), a cover (3) for fixing the planetary hydromotor, a cover (4) for admission of the working liquid, both covers being placed on both sides of the stator gear (2), and a distributing device. The distributing device comprises a distributor (11) mounted on the cover (4) for admission of the working liquid, and a valve (12), both of them contacting with their working surfaces provided with distributing windows (14, 17, 17'). The distributing windows (14) of the distributor (11) are spaced along a circumference non-evenly, at uneven angle pitches, whereas the valve (12) is mounted in the cover (4) for admission of the working liquid so that an annular chamber (21) is formed. The casing (1) with the stator gear (2) is mounted with the possibility of its angular displacement in relation to the covers (3, 4) of the planetary hydromotor. The diameter of the mounting surfaces of the casing (1) and the covers (3, 4) is determined on the basis of the following formula: Dpf (Alpha)(D2-d2)(Alpha)M/8 cos(Alpha) where D is the diameter of the mounting surfaces of the casing (1) and the covers (3, 4), p is the pressure of the working liquid in the internal cavity (25) of the casing (1) of the planetary hydromotor, f is the frictional drag coefficient, D is the internal diameter of the mounting surface of the valve (12), M is the torque developed by the planetary hydromotor, f is the angle of inclination of the vector of the force resulting from the pressure of the working liquid on the covers (3, 4) of the planetary hydromotor.
    • 65. 发明申请
    • CONTINUOUSLY VARIABLE VOLUME HYDROSTATIC ROTARY PISTON MACHINE
    • 无级变速VOLUME静液压回路活塞机
    • WO2011161117A3
    • 2013-01-03
    • PCT/EP2011060372
    • 2011-06-21
    • EISENMANN SIEGFRIED A
    • EISENMANN SIEGFRIED A
    • F04C2/10F03C2/22F04C14/18
    • F04C2/103F01C1/104F03C2/22F04C14/185F04C15/0026
    • Disclosed is a hydrostatic rotary piston machine according to the orbit principle, having a power element (51) acting as an output and comprising a stationary stator (52), a rotary piston (8), and a rotatably mounted shaft (11), wherein the rotary piston (8) is disposed eccentric to the shaft (11) for carrying out an orbit motion. The rotary motion of the rotary piston (8) and the shaft (11) is generated in that toothed chambers (8) formed between the stator (52) and the rotary piston (8) are supplied with and disposed of working fluid (6) by means of a rotary valve (3). According to the invention, the volume of the toothed chambers (8) and thus the displacement of the rotary piston machine is variable. To this end, the rotary piston (8) is axially displaceable relative to the stator (52) by means of adjusting elements (22). The toothed chambers (6) are axially sealed in the axial direction by an axially fixed rotary piston plate (17) radially coupled to the rotary piston (8), and by a stator plate (14) axially coupled to the rotary piston (8) and radially decoupled from the rotary piston (8), wherein the volume of the toothed chambers (6) is continuously variable by axially displacing the rotary piston (8) and the stator plate (14) by means of the adjusting elements (22). The variable displacement allows both economical operation as a motor, because the displacement adapts to the instantaneous power and torque demand and hydraulic losses can thereby be reduced, and operation as a pump for recuperative utilization of braking energy, because cavitation can be prevented by adapting the displacement as a function of the speed in pump mode. The rotary piston machine is thus suitable as a wheel motor for direct hydraulic drive of a vehicle having braking energy recovery.
    • 本发明涉及流体静力旋转活塞式机器的轨道原理,与充当输出功率部分(51),其具有固定的定子(52),一个旋转活塞(8)和一个可旋转地安装轴(11),其中,所述回转活塞(8),用于 执行轨道运动被偏心地设置在轴(11)。 旋转活塞(8)和所述轴(11)的旋转运动通过使用生成的加密和(8)中形成设置齿腔的定子(52)和旋转活塞(8)之间通过旋转阀(3)的方法用的工作流体(6)的 , 根据本发明的齿腔室(8)的容积,并由此在旋转活塞式机器的位移是可变的。 为了这个目的,旋转活塞(8)相对于所述定子(52)通过调整元件(22)可轴向移动的装置。 齿轮室(6)被密封在轴向方向上耦合耦合从轴向固定和径向上与环状活塞(8)旋转活塞板(17)和轴向与旋转活塞(8)和径向地从旋转式活塞解耦(8)的定子(14)沿轴向, 其中的齿腔室(6)由所述回转活塞(8)和所述定子(14)的轴向位移通过调节部件(22)的装置的容积连续变化。 可变排量同时允许经济运转的电动机中,由于吸收量适应于瞬时功率和扭矩要求和液压损失可因此被减少,以及通过调整吸收量取决于作为疗养使用制动能量作为空化的泵操作 可在泵送模式来避免的速度。 的旋转活塞式机器,因此适合ü。 一。 作为车轮马达用于车辆液压再生制动的直接驱动。
    • 66. 发明申请
    • BALANCE PLATE ASSEMBLY FOR A FLUID DEVICE
    • 用于流体装置的平衡板组件
    • WO2012018878A2
    • 2012-02-09
    • PCT/US2011/046360
    • 2011-08-03
    • EATON CORPORATIONHICKS, Aaron, Michael
    • HICKS, Aaron, Michael
    • F01C19/08
    • F04C2/103F03C2/08F04C15/0026F04C2270/701
    • A fluid device (10) includes a displacement assembly (16) and a balance plate assembly (14) disposed adjacent to the displacement assembly (16). The displacement assembly (16) includes a ring (28) and a rotor (26) disposed in a bore (34) of the ring (28). The ring (28) and rotor (26) cooperatively define a plurality of volume chambers (50). The balance plate assembly (14) includes a housing (84) that defines a cavity (86). A balance plate (86) is disposed in the cavity (86). The balance plate (86) includes a first end surface (130) and an oppositely disposed second end surface (132). The balance plate (86) is adapted to move axially between a first position (200) in which the second end surface (132) of balance plate (86) abuts a first end face (31) of the ring (28) to a second position (204) in which the second surface (132) of the balance plate (86) is recessed in the cavity (86).
    • 流体装置(10)包括位移组件(16)和邻近位移组件(16)设置的平衡板组件(14)。 位移组件(16)包括环(28)和设置在环(28)的孔(34)中的转子(26)。 环(28)和转子(26)协同地限定多个容积室(50)。 平衡板组件(14)包括限定空腔(86)的壳体(84)。 平衡板(86)设置在空腔(86)中。 平衡板(86)包括第一端面(130)和相对设置的第二端面(132)。 平衡板(86)适于在平衡板(86)的第二端面(132)与环(28)的第一端面(31)抵接到第二位置(200)之间的第二位置 位置(204),平衡板(86)的第二表面(132)凹入空腔(86)中。