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    • 3. 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.
    • 5. 发明申请
    • ROTARY PISTON MACHINE (R.P.M)
    • 旋转活塞机(R.P.M)
    • WO1995012053A1
    • 1995-05-04
    • PCT/NL1994000259
    • 1994-10-25
    • DE GEUS, Pieter, Adolf
    • F01C01/10
    • F01C1/104
    • Rotary piston machine, existing of the following parts: 1. a housing with a square inner area (1) with side parts (11); 2. a shaft (3) with eccentric (4) through the longitudinal central axis, encamped (9) in the side parts; 3. a rotary piston (2), encamped on the eccentric (10), rotatable fitting in the square inner area; 4. the rotary piston has the length of the inner area and has in cross section the perimeter of a smoothly closed curve of constant diameter with three axes of symmetry; 5. two meshing gear wheels, one connected to the housing (8b) and one connected to the rotary piston (8a) with their toothing in proportion 4:3; 6. a system of special play sealings is part of the invention.
    • 旋转活塞机,现有以下部件:1.具有方形内部区域(1)和侧面部件(11)的外壳; 2.具有通过纵向中心轴线偏心(4)的轴(3),在侧面安装(9); 3.一种安装在所述偏心轮上的旋转活塞(2),其可旋转地配合在所述正方形的内部区域中; 旋转活塞具有内部区域的长度,并且在横截面中具有三个对称轴的恒定直径的平滑闭合曲线的周边; 两个啮合的齿轮,一个连接到壳体(8b)的啮合齿轮和一个以比例为4:3的齿轮连接到旋转活塞(8a)的齿轮; 特殊游戏密封系统是本发明的一部分。
    • 6. 发明申请
    • ROTARY FLUID DISPLACEMENT APPARATUS
    • 旋转流体位移装置
    • WO1993016270A1
    • 1993-08-19
    • PCT/US1993001204
    • 1993-02-10
    • HORTON MANUFACTURING CO., INC.HENNESSY, David, R.LECLAIRE, James, P.
    • HORTON MANUFACTURING CO., INC.
    • F01C01/10
    • F01C21/18F01C1/104
    • A rotary fluid displacement apparatus (100) with an orbiting toothed ring member (30) is shown with an improved casing (60) and rolling support between the faces of the valve discs (46, 47) and the first and second fluid transfer elements (21, 35). Particularly, needle bearings (106, 112) are sandwiched between thrust washers (108, 114) and then between the valve discs (46, 47) and the fluid transfer elements (21, 35), with one of the needle bearings (106) being piloted in an annular groove (110) formed in the annular plate (23) of the first fluid transfer element (21) and the other of the needle bearings (112) being piloted on the hub (35') of the second fluid transfer element (35). The casing (60) includes two pieces, i.e. a generally cylindrical portion (62) and an end cap (64). The portion (62) includes four cavities (70, 72, 74, 76), with the hub (35') of the second fluid transfer element (35) being in a sliding, rotatable, and sealing relation with the axially inner cavity (76) and the end cap (64) being in sliding and sealing relation with the axially outer cavity (70). The end cap (64) includes a cavity (90) for slideably, rotatably, and sealing receipt of the hub (24) of the first fluid transfer element (21). Fluid communication is allowed axially through the end cap (64) by an axially extending fluid conduit (94) intersecting with the cavity (90) of the end cap (64) and by an axially extending fluid port (98) which intersects with first and second axially extending fluid bores (82, 96) formed in the generally cylindrical portion (62) and the end cap (64) which in turn intersects with a radially extending fluid conduit (80) terminating in the axially inner cavity (76).
    • 示出了具有旋转齿形环构件(30)的旋转流体位移设备(100),其具有改进的壳体(60)和在阀盘(46,47)的表面与第一和第二流体传递元件( 21,35)。 特别地,滚针轴承(106,112)被夹在止推垫圈(108,114)之间,然后夹在阀盘(46,47)和流体传递元件(21,35)之间,其中一个滚针轴承(106) 被引导在形成在第一流体转移元件(21)的环形板(23)中的环形槽(110)中,另一个滚针轴承(112)被引导在第二流体转移件的轮毂(35')上 元件(35)。 壳体(60)包括两个部件,即大致圆柱形部分(62)和端盖(64)。 部分(62)包括四个空腔(70,72,74,76),其中第二流体传递元件(35)的轮毂(35')与轴向内腔(35)的滑动,可旋转和密封 76)和端盖(64)与轴向外腔(70)处于滑动和密封关系。 端盖(64)包括用于可滑动地,可旋转地和密封地容纳第一流体转移元件(21)的毂(24)的空腔(90)。 允许流体连通通过与端盖(64)的空腔(90)相交的轴向延伸的流体导管(94)轴向延伸穿过端盖(64),并通过轴向延伸的流体端口(98)轴向延伸,其与第一和 第二轴向延伸的流体孔(82,96)形成在大体上圆柱形部分(62)和端盖(64)中,其又与终止于轴向内腔(76)的径向延伸的流体导管(80)相交。
    • 7. 发明申请
    • HYDRAULIC GEAR MOTOR/PUMP
    • 液压齿轮电机/泵
    • WO1986002126A1
    • 1986-04-10
    • PCT/AU1985000212
    • 1985-09-03
    • HOOKER, Sydney, Graham
    • F01C01/10
    • F04C2/14
    • A fluid pump or motor comprising a stator or housing (11) supporting a plurality of pinion gears (13) each rotatably received within a chamber (12), the teeth of said pinion gears (13) being in substantially sealing engagement with the walls of the chamber (12), and annular gear (17), rotatable around said housing (11) having teeth on its internal face in a meshing engagement with the teeth of the pinion gears (13) and being in substantially sealing engagement with the exterior face of the housing (11), a fluid port (20) located in said housing (11) at each end limit of the meshing engagement between the teeth of each pinion gear (13) and the annular gear (17), the adjacent ports (20) of the said adjacent pinion gears (13) being of an opposite nature (inlet, outlet) to each other and the ports (20) associated with each pinion gear (13) being of an opposite nature (outlet, inlet) to each other.
    • 一种流体泵或电动机,其包括支撑多个小齿轮(13)的定子或壳体(11),每个小齿轮可转动地容纳在腔室(12)内,所述小齿轮(13)的齿基本上与 所述腔室(12)和环形齿轮(17)可围绕所述壳体(11)旋转,所述壳体(11)在其内表面上具有与所述小齿轮(13)的齿啮合的齿,并且与所述外表面 在每个小齿轮(13)的齿与环形齿轮(17)之间的啮合接合的每个端部的极限处,位于壳体(11)中的流体端口(20),邻近的端口 所述相邻的小齿轮(13)的两个(20)彼此具有相反的性质(入口,出口),并且与每个小齿轮(13)相关联的端口(20)具有与每个小齿轮相反的性质(出口,入口) 其他。
    • 8. 发明申请
    • HYDRAULIC MACHINE HAVING AXIALLY JOINED LATERAL PLATES ON BOTH SIDES OF GEARWHEEL AND GEAR RING, WHICH PLATES MOVE JOINTLY WITH THE GEARWHEEL OR THE GEAR RING
    • 液压机械在齿轮和齿轮环两侧的轴向接合板上,其齿轮与齿轮或齿轮相连接
    • WO1997012123A1
    • 1997-04-03
    • PCT/DK1996000396
    • 1996-09-19
    • DANFOSS A/SHANSEN, Gunnar, LyshojTYCHSEN, TomLARSEN, Hans, ErikPETERSEN, Hans, Christian
    • DANFOSS A/S
    • F01C01/10
    • F03C2/08F04C2/103F04C11/001
    • A hydraulic machine (1) is disclosed, having a gearwheel (4), which is arranged on a shaft (2) so that they rotate together and which has a first external toothing (5), a gear ring (7), which has a second external toothing (8) and a first internal toothing (6) which engages with the first external toothing (5), a toothed rim (10), which has a second internal toothing (9) that engages with the second external toothing (8), and having a commutation arrangement for supplying and discharging in the correct order hydraulic fluid in pressure pockets which are formed in the first and/or second toothed coupling in each case between external and internal toothing. It is desirable to be able to improve the operational behaviour of such a machine. For that purpose, on both axial sides of gearwheel (4) and gear ring (7) there is a respective lateral plate (34, 37), which plates are joined axially to one another and move jointly with the gearwheel (4) or the gear ring (7).
    • 公开了一种具有齿轮(4)的液压机(1),齿轮(4)布置在轴(2)上,使得它们一起旋转并具有第一外齿(5),齿圈(7),齿圈 与第一外齿(5)接合的第二外齿(8)和第一内齿(6),齿圈(10),其具有与第二外齿(5)啮合的第二内齿(9) 并且具有用于以正确的顺序供应和排出的换向装置,该压力缸在形成在第一和/或第二齿形联接器中的压力袋中,每种情况下在外部和内部齿之间。 期望能够改善这种机器的操作行为。 为此,在齿轮(4)和齿圈(7)的两个轴向侧上都有相应的侧板(34,37),这些板彼此轴向地相接并与齿轮(4)或 齿圈(7)。
    • 10. 发明申请
    • HYDRAULIC PUMP FOR A VEHICLE ENGINE
    • 液压泵用于汽车发动机
    • WO1992015773A1
    • 1992-09-17
    • PCT/SE1992000131
    • 1992-03-03
    • SAAB AUTOMOBILE AKTIEBOLAGNILSSON, Per-IngeBÜLOW, Per-Anders
    • SAAB AUTOMOBILE AKTIEBOLAG
    • F01C01/10
    • F04C11/00F01M1/02F01M2001/0238F01M2001/0269
    • A hydraulic pump in the form of an oil pump (12) for a vehicle engine has both its pinion (21) which is driven by the engine's crankshaft (3), and a ring-gear (22) which cooperates with the pinion (21), incorporated in an end-cover (11) fastened to the end of the engine block (2). A cap (15) is inserted in a collar (14) on the side of the end-cover facing away from the engine and is only held in position there by means of a locking ring (17) which engages with a groove (16) in the collar and presses the cap (15) towards the engine. Outside the oil pump, a partly socket-shaped belt pulley (7) is mounted on the crankshaft (3) and its socket-shaped portion substantially grips the collar. Fitting and removal are thus simplified and engine overall length reduced. Simplified sealing also reduces oil leakage risks.
    • 一种用于车辆发动机的油泵(12)形式的液压泵具有由发动机曲轴(3)驱动的小齿轮(21)和与小齿轮(21)配合的环形齿轮(22) ),其结合在紧固到发动机缸体(2)端部的端盖(11)中。 盖子(15)被插入端盖的背离发动机的一侧的轴环(14)中,并且仅通过与凹槽(16)啮合的锁定环(17)保持在其位置, 并且将盖(15)压向发动机。 在油泵外部,部分插座形的皮带轮(7)安装在曲轴(3)上,并且其插座形部分基本上夹住轴环。 因此,装配和拆卸被简化并且发动机整体长度减小。 简化密封也可以减少漏油风险。