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    • 4. 发明公开
    • AXIALKOLBENMASCHINE MIT DÄMPFUNGSELEMENT FÜR DIE SCHRÄG- ODER TAUMELSCHEIBE
    • WITH阻尼元件轴向活塞FOR斜或摇摆板
    • EP0953111A1
    • 1999-11-03
    • EP97910399.0
    • 1997-10-01
    • BRUENINGHAUS HYDROMATIK GMBH
    • STÖLZER, Rainer
    • F04B1F03C1
    • F04B1/324F03C1/0686
    • The invention concerns an axial piston machine (1) which comprises a cylinder block (2) having cylinder bores (3, 4) in which pistons (5, 6) are movably guided, said pistons (5, 6) being supported on an inclined or wobble plate (25) in order to perform a lifting movement. The axial piston machine (1) further comprises a pivot device (31) for varying the inclination of the inclined or wobble plate (25) by pivoting about a pivot axis (27). The development according to the invention is provided with a damping element (41) which comprises a damping piston (40) which acts on the inclined or wobble plate (25) and is movably disposed in a damping cylinder (42) which is connected to a pressure fluid reservoir (48) via a throttle element (47) and a non-return valve (44) disposed parallel thereto. The non-return valve (44) enables pressure fluid to flow in an unthrottled manner from the pressure fluid reservoir (48) into the damping cylinder (42) and prevents the pressure fluid from flowing out of the damping cylinder (42) in an unthrottled manner by bypassing the throttle element (47). In this way, a damped pivot movement of the inclined or wobble plate (25) is brought about.
    • 5. 发明授权
    • AXIALKOLBENMASCHINE
    • EP1157211B1
    • 2006-08-30
    • EP00910719.4
    • 2000-02-28
    • Brueninghaus Hydromatik GmbH
    • STÖLZER, Rainer
    • F04B1/12F04B53/22
    • F04B53/22F04B1/126
    • The invention relates to an axial piston engine (1) comprising a housing (2) and a cylinder drum (5) that is pivotably arranged in one interior space (3) of the housing. Several cylinder bores (6) are embodied in said cylinder drum (5). Pistons (7) are moveably guided in said cylinder bores (6) and rest on a swash plate (11) by means of guide shoes (8). The axial piston engine (1) also comprises a retracting device (15). The guide shoes (8) rest on the retracting device (15) when the pistons (7) are retracted. A restraint system (16) is accommodated in the housing (2), can be moved against a spring (40) and is used for supporting the retracting device (15) at the housing (2). The aim of the invention is to improve and stabilise the support of the retracting device (15). To this end, the retracting device (15) is supported by a support device (16a) which is situated behind the retracting device (15) at the side facing away from the swash plate (11). The support device is connected to the swash plate (11). The restraint system (16) supports the back of an essentially radial locating face (11a) at the swash plate (11) or an add-on piece thereof when the restraint system (16) is pushed into the interior space (3) of the housing.
    • 6. 发明授权
    • AXIALKOLBENMASCHINE MIT QUERVERSTELLUNG UND DREHVERSTELLUNG DER SCHWENKWIEGE
    • 芝加哥麻醉师麻省理工学院QUEVERSTELLUNG DREHVERSTELLUNG DER SCHWENKWIEGE
    • EP0856105B1
    • 2002-03-06
    • EP96929242.4
    • 1996-08-12
    • BRUENINGHAUS HYDROMATIK GMBH
    • STÖLZER, Rainer
    • F04B1/32F04B1/20F16C19/50
    • F16C19/502F04B1/2085F04B1/324F16C33/306F16C2360/00
    • The invention relates to an axial piston machine of skew plate construction, the pistons (7, 8) of which are supported on a sliding surface (11) acting as a skew plate of a cradle (12) pivotable about an axis (33). The pivoting angle of the cradle (12) can be adjusted by means of an adjusting device coupled to the cradle (12) via a connecting device (20). According to the invention, the connecting device (20) permits both coupling to a transverse adjuster (30) exerting a translation movement and to a rotating adjuster exerting a rotary movement. To this end, the connecting device (20) has a block (34) located eccentrically in relati on to the axis (33) which works together with a sliding element (32) for the transmission of the translation movement and with an eccentric component secured to a rotary shaft (50) for the transmission of the rotary movement.
    • PCT No.PCT / EP96 / 03561 Sec。 371日期1997年12月4日第 102(e)日期1997年12月4日PCT PCT 1996年8月12日PCT公布。 公开号WO97 / 14888 日期1997年04月24日本发明涉及一种歪斜板结构的轴向活塞机,其活塞(7,8)支撑在作为偏斜板的滑动面(11)上,支架(12)可枢转 围绕轴线(33)。 支架(12)的枢转角度可以通过经由联接装置(20)联接到支架(12)的调节装置来调节。 根据本发明,联接装置(20)允许两者联接到执行平移调节运动的横向调节(30)和执行旋转调节运动的旋转调节。 为此,联接装置(20)具有相对于轴线(33)偏心偏移的螺栓元件(34),该螺栓元件与滑动元件(32)配合,用于联接到平移调节运动 偏心部件连接到用于联接旋转调节运动的旋转轴(50)。
    • 8. 发明授权
    • AXIALKOLBENMASCHINE
    • EP1287232B1
    • 2006-12-27
    • EP01915304.8
    • 2001-02-28
    • Brueninghaus Hydromatik GmbH
    • STÖLZER, Rainer
    • F01B3/00F04B1/20
    • F01B3/0044F01B3/0082F04B1/2014F04B1/2092
    • The invention relates to an axial piston engine (1), comprising a housing (2) in whose inner compartment (4) a cylinder drum (17) and a swash plate (26) located axially adjacent thereto are situated. Several piston bores (21) which extend approximately parallel to the central axis of the cylinder drum (17) are located in the same, pistons (23) being displaceably guided in said piston bores. The ends of said pistons facing towards the swash plate (26) are supported on said swash plate (26). A driving shaft (7) is rotatably mounted in the housing (2) and is connected to an engine part in a rotationally fixed manner by a multitooth coupling (19) comprising teeth (43a, 44a) and tooth spaces (43b, 44b) which alternate regularly in a peripheral direction and which engage with each other. At least one feedthrough channel (45) which extends essentially parallel to the axis of rotation of the drive shaft (7) and from one side of the multitooth coupling (19) to the other is located in the area of said multitooth coupling (19). The aim of the invention is to obtain a flow feedthrough and/or a mechanical feedthrough from one side of the multitooth coupling to the other while ensuring that the multitooth coupling is stable and simple to produce. To this end the feedthrough channel (45) is located between at least one tooth crown surface (43d) and a tooth space bottom (44d) located opposite.
    • 本发明涉及一种轴向活塞发动机(1),其包括壳体(2),其内腔(4)中设置有缸筒(17)和与之轴向相邻的斜盘(26)。 几乎平行于缸筒(17)的中心轴线延伸的多个活塞孔(21)位于在所述活塞孔中可移动地引导的相同的活塞(23)中。 所述活塞的面向斜盘(26)的端部支撑在所述斜盘(26)上。 驱动轴(7)可旋转地安装在壳体(2)中并且通过包括齿(43a,44a)和齿隙(43b,44b)的多齿联轴器(19)以旋转固定的方式连接到发动机部件, 在周边方向有规律地交替并且彼此啮合。 基本上平行于驱动轴(7)的旋转轴线并从多齿耦合器(19)的一侧延伸到另一侧的至少一个馈通通道(45)位于所述多齿耦合器(19)的区域中, 。 本发明的目的是从多齿耦合器的一侧到另一侧获得流动馈通和/或机械馈通,同时确保多齿耦合稳定并且易于制造。 为此,馈通通道(45)位于至少一个齿冠表面(43d)和相对定位的齿间空间底部(44d)之间。
    • 9. 发明公开
    • AXIALKOLBENMASCHINE
    • 轴向活塞
    • EP1287232A1
    • 2003-03-05
    • EP01915304.8
    • 2001-02-28
    • BRUENINGHAUS HYDROMATIK GMBH
    • STÖLZER, Rainer
    • F01B3/00F04B1/20
    • F01B3/0044F01B3/0082F04B1/2014F04B1/2092
    • The invention relates to an axial piston engine (1), comprising a housing (2) in whose inner compartment (4) a cylinder drum (17) and a swash plate (26) located axially adjacent thereto are situated. Several piston bores (21) which extend approximately parallel to the central axis of the cylinder drum (17) are located in the same, pistons (23) being displaceably guided in said piston bores. The ends of said pistons facing towards the swash plate (26) are supported on said swash plate (26). A driving shaft (7) is rotatably mounted in the housing (2) and is connected to an engine part in a rotationally fixed manner by a multitooth coupling (19) comprising teeth (43a, 44a) and tooth spaces (43b, 44b) which alternate regularly in a peripheral direction and which engage with each other. At least one feedthrough channel (45) which extends essentially parallel to the axis of rotation of the drive shaft (7) and from one side of the multitooth coupling (19) to the other is located in the area of said multitooth coupling (19). The aim of the invention is to obtain a flow feedthrough and/or a mechanical feedthrough from one side of the multitooth coupling to the other while ensuring that the multitooth coupling is stable and simple to produce. To this end the feedthrough channel (45) is located between at least one tooth crown surface (43d) and a tooth space bottom (44d) located opposite.