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    • 21. 发明授权
    • Piston engine comprising a pulsation-reducing device
    • 活塞式发动机包括脉动减小装置
    • US07585158B2
    • 2009-09-08
    • US10521992
    • 2003-07-09
    • Horst Zeiser
    • Horst Zeiser
    • F04B1/00
    • F04B11/00F04B1/2042F04B11/0091
    • The invention relates to a piston engine comprising a rotatably mounted cylindrical drum (2) provided with a plurality of cylindrical boreholes distributed over the circumference thereof and containing displaceable pistons. Said cylindrical boreholes (3,4) comprise cylindrical openings (35.1, 35.2, . . . 35.9) on one side, which are temporarily connected to one of two control nodules (9, 10) according to the angle of rotation of the cylindrical drum (2), said control nodes being respectively connected to a working line (27, 28). A reversing region (30, 31) is respectively embodied between the control nodules (9, 10), a first end (32) of a pressure compensation line (33) ending in one of the reversing regions (30, 31). A second end (34) of said pressure compensation line (33) ends in the output-side working line (27), the length (L) of the output-side working line (27) between the output-side control nodules (9) and the second end (34) of the pressure compensation line (33) being measured in such a way that a defined phrase relation counteracting the pressure variation exits between a pressure wave caused by a reciprocating motion of the piston (5, 6) and continuing in the output-side working line (27), and the angle of rotation of the cylindrical drum (2).
    • 本发明涉及一种活塞发动机,其包括可旋转地安装的圆柱形鼓(2),其设置有分布在其圆周上的多个圆柱形钻孔并且包含可移动的活塞。 所述圆柱形钻孔(3,4)包括在一侧上的圆柱形开口(35.1,35.2,...,35.9),其根据圆柱形滚筒的旋转角暂时连接到两个控制结节(9,10)中的一个 (2),所述控制节点分别连接到工作线(27,28)。 反转区域(30,31)分别体现在结束于反转区域(30,31)之一的控制结节(9,10),压力补偿管线(33)的第一端(32)之间。 所述压力补偿线路33的第二端34在输出侧工作线路27中,输出侧控制结节(9)的输出侧工作线路(27)的长度(L) )和压力补偿管线(33)的第二端(34)被测量,使得抵消压力变化的限定的短语关系在由活塞(5,6)的往复运动引起的压力波和 继续输出侧工作线(27)和圆筒形滚筒(2)的旋转角度。
    • 24. 发明授权
    • Axial piston machine having a fixable slide block on the swash plate
    • 轴向活塞机在斜盘上具有可固定的滑块
    • US07334513B2
    • 2008-02-26
    • US10566119
    • 2004-11-12
    • Roland Belser
    • Roland Belser
    • F04B1/32F04B49/00F04B49/08
    • F04B49/002F04B1/324F04B49/08
    • The invention relates to an axial piston machine having a swash plate (12) and a control piston (18) which contacts the swash plate (12) by way of a slide block (31) which is partially received by the swash plate (12) or the control piston (18). The slide block (31) can be inclined at least in a direction relative to the swash plate (12) or the control piston (18) and can be inserted through an opening into a cutout (80) constructed in the swash plate (12) or the control piston (18), the slide block (31) being fixed in the cutout (80) by fixing regions (83) constructed in the cutout (80). Provided in the swash plate (12) or the control piston (18), there is a resilient element (86, 91) which acts on the slide block (31) with a force directed towards the regions (83) fixing the slide block (31).
    • 本发明涉及一种具有旋转斜盘(12)和控制活塞(18)的轴向活塞机,所述旋转斜盘(12)和控制活塞(18)通过由所述斜盘(12)部分地接收的滑块(31)接触所述斜盘 或控制活塞(18)。 滑块(31)可以至少相对于斜板(12)或控制活塞(18)的方向倾斜,并且可以通过开口插入构造在斜盘(12)中的切口(80)中, 或所述控制活塞(18),所述滑动块(31)通过构成在所述切口(80)中的固定区域(83)固定在所述切口(80)中。 在旋转斜盘(12)或控制活塞(18)中设有弹性元件(86,91),该弹性元件(86,91)以指向固定滑块(83)的区域(83)的力作用在滑块 31)。
    • 25. 发明授权
    • Control for a hydrostatic power train
    • 控制静压动力传动系
    • US07201245B2
    • 2007-04-10
    • US10531640
    • 2003-10-02
    • Chris ShriveGraham PerryHeinz-Gerhard Essig
    • Chris ShriveGraham PerryHeinz-Gerhard Essig
    • B60K28/16
    • B60K28/165B60K17/356B60W2300/50B60W2550/142B60Y2200/413F16H59/66F16H61/42F16H61/423F16H61/448F16H61/456F16H2059/663F16H2059/6861
    • A hydrostatic power train includes a hydraulic pump, which is connected, via a first main pipe and a second main pipe, to a first hydromotor unit driving a front axle and to a second hydromotor unit driving a rear axle. The first and second hydromotor units can be adjusted in terms of their displacement via a first and second variation device. A direction of travel is defined as forward movement (F) or reverse movement (R) by a position of an operating lever. The first and the second variation devices are controlled by a control valve which takes up a first control position upon a forward movement (F) determined by the position of the operating ever and which takes up a second control position upon reverse movement (R) determined by the position of the operating lever and which takes up a second control position upon reverse movement (R) determined by the operating lever. In the first control position, the first variation device is controlled such that the first motor unit is adjusted for a smaller displacement and, in the second control position; the second variation device is controlled such that the second motor unit is adjusted for a smaller displacement.
    • 液压动力传动系包括经由第一主管和第二主管连接到驱动前轴的第一液压马达单元和驱动后桥的第二液压马达单元的液压泵。 可以通过第一和第二变化装置来调节第一和第二液压马达单元的位移。 行程方向由操作杆的位置定义为向前运动(F)或反向运动(R)。 第一和第二变速装置由控制阀控制,该控制阀在由所操作的位置确定的向前运动(F)上占据第一控制位置,并且在确定的反向运动(R)时占据第二控制位置 通过操作杆的位置,并且在由操作杆确定的反向移动(R)时占据第二控制位置。 在第一控制位置中,第一变速装置被控制成使得第一电动机单元被调整为较小的位移,并且在第二控制位置中; 控制第二变速装置使得第二电动机单元被调整为较小的位移。
    • 26. 发明申请
    • Gear pump and holding element therefor
    • 齿轮泵及其保持元件
    • US20060193741A1
    • 2006-08-31
    • US10550845
    • 2004-03-25
    • Guenter WanschuraWolfram KudermannReinhold Schniederjan
    • Guenter WanschuraWolfram KudermannReinhold Schniederjan
    • F01C1/08F04C2/00F16N13/20F04C18/00
    • F04C2/101F04C2/086F04C2230/60F04C2230/603F04C2240/30
    • The gear pump unit (100) comprises a pump cover (1), an internal rotor (16) mounted rotatably in a recess (9) of the pump cover (1) and formed in a rotationally fixed manner on a driven plug-in shaft (11), and an external rotor (19), which is rotatably mounted in the recess (9) of the pump cover (1) eccentrically relative to the axis of rotation (A) of the internal rotor (16). The external rotor (19) is in mesh with the internal rotor (16) only in a first angle-of-rotation range (α). In a second angle-of-rotation range (β) lying opposite the first angle-of-rotation range (α), the internal rotor (16) is in contact with an inner surface (25) of a web (23), which is disposed in the recess (9). The outer surface (26) is in contact with the external rotor (19). After closing of the recess (9) by a cover plate (27) fastened to the pump cover (1), an admission pressure chamber (21) and a low-pressure chamber (22) are therefore formed in the recess (9). A holding element (33), which is held in the pump cover (1), in the initial assembled state of the gear pump unit (100) holds the cover plate (27) at a fixed angle of rotation on the pump cover (1).
    • 齿轮泵单元(100)包括泵盖(1),可旋转地安装在泵盖(1)的凹部(9)中并且以旋转固定的方式形成在从动插入轴上的内转子 (11)和外转子(19),其相对于内转子(16)的旋转轴线(A)偏心地安装在泵盖(1)的凹部(9)中。 外转子(19)仅在第一旋转角度(α)内与内转子(16)啮合。 在与第一旋转旋转范围(α)相反的第二旋转角度(β)中,内转子(16)与腹板(23)的内表面(25)接触,其中 设置在凹部(9)中。 外表面(26)与外转子(19)接触。 在通过固定在泵罩(1)上的盖板(27)关闭凹部(9)之后,在凹部(9)上形成入口压力室(21)和低压室(22)。 在齿轮泵单元(100)的初始组装状态下保持在泵盖(1)中的保持元件(33)将盖板(27)以固定的旋转角度保持在泵盖(1)上 )。
    • 27. 发明授权
    • Hydrostatic machine with compensated sleeves
    • 静压机带补偿套管
    • US07073427B2
    • 2006-07-11
    • US10488444
    • 2002-09-05
    • Steven Donders
    • Steven Donders
    • F01B3/00
    • F04B15/00F01B3/0044F01B3/0052
    • A hydrostatic machine with a cylinder block (6), within which sleeve holes (28b) are arranged, in which sleeves (28) sit, surrounding piston bores (28a) in which pistons (29) are mounted, such as to be displaced back and forth and the pistons (29) extend into the cylinder block (5) such as to define cylinders (26) with the front ends thereof. According to the invention, the risk of piston seizure can be reduced, whereby the sleeves (28) comprise an axially-defined recess (41) in the outer surface thereof, in the region facing away from the cylinder and the region with the greatest piston radial force, pressing the pistons (29) against the wall of the piston bore.
    • 一种具有气缸体(6)的静液压机械,其中布置有套筒孔(28b)的套筒孔(28b),围绕其中安装有活塞(29)的活塞孔(28a) 来回移动并且活塞(29)延伸到气缸体(5)中,以便限定其前端的气缸(26)。 根据本发明,可以减小活塞咬住的风险,由此套筒(28)在其外表面中包括在背离气缸的区域和具有最大活塞的区域中的轴向限定的凹部(41) 径向力,将活塞(29)压靠在活塞孔的壁上。
    • 30. 发明授权
    • Axial piston machine with internal flushing circuit
    • 轴向活塞机内部冲洗回路
    • US6077050A
    • 2000-06-20
    • US125121
    • 1998-08-11
    • Josef Beck
    • Josef Beck
    • F01B3/00F04B1/20F04B53/18F04B1/12
    • F04B1/2085F01B3/0073F04B53/18
    • The invention relates to an axial piston machine, preferably of swash plate construction, having a revolving cylinder drum (3) arranged on a drive shaft (10). The roller bearing (11) of the drive shaft (10) is force flushed from the housing inner chamber (2) with leakage operating medium. Outside the roller bearing (11) there is arranged a shaft sealing arrangement (12) and there is provided a device for conveying operating medium through the bearing gap of the roller bearing (11). For this purpose a conveyor plate (15) is arranged next to the roller bearing (11) on the drive shaft (10) of the machine.
    • PCT No.PCT / EP97 / 00853 Sec。 371日期:1998年8月11日 102(e)日期1998年8月11日PCT 1997年2月21日PCT PCT。 第WO97 / 38225号公报 日期1997年10月16日本发明涉及一种轴向活塞机,优选地具有旋转斜盘结构,其具有布置在驱动轴(10)上的旋转气缸滚筒(3)。 驱动轴(10)的滚子轴承(11)用泄漏的操作介质从壳体内腔(2)中被冲洗。 在滚子轴承(11)的外侧设置有轴密封装置(12),并且设置有用于通过滚子轴承(11)的轴承间隙输送操作介质的装置。 为此,在机器的驱动轴(10)上的滚子轴承(11)旁边布置有输送板(15)。