会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 3. 发明授权
    • Hydrostatic transmission system
    • 液压变速器系统
    • EP1892139B1
    • 2009-01-07
    • EP07016243.3
    • 2007-08-20
    • KANZAKI KOKYUKOKI MFG. CO., LTD.
    • Kanenobu, HidekiSakakura, Shinya
    • B60K17/10B60K17/356
    • B60K17/356B60K17/105B60Y2200/223F16H61/4043F16H61/452
    • A hydrostatic transmission apparatus has a housing (3), a hydraulic pump (21) disposed in the housing (3) so as to be driven by a prime mover (14) and a first hydraulic motor (22) disposed in the housing (3). A first port (26b) is provided on the housing (3) and opens outward from the housing (3). A first fluid passage (30a) is disposed in the housing (3) and interposed between the hydraulic pump (21) and the first hydraulic motor (22). A second port (26a) is provided on the housing (3) and opens outward from the housing (3). A second fluid passage (30b) is disposed in the housing (3) and extended from the hydraulic pump (21) to the first port (26b), wherein the first and second ports (26b,26a) are adapted to be fluidly connected to a second hydraulic motor (24,25) disposed outside of the housing (3) so as to constitute a closed fluid circuit fluidly connecting the first and second hydraulic motors (22,24,25) in series to the hydraulic pump (21). A third fluid passage (30c) is disposed in the housing (3) and extends from the first hydraulic motor (22) to the second port (26a). The hydrostatic transmission apparatus also has a first bypass means (115,117,119,150a) for allowing fluid to bypass the hydraulic pump (21) between the first and second fluid passages (30a,30b) and a second bypass means (116,118,119,150b) for allowing fluid to bypass the first hydraulic motor (22) between the first and third fluid passages (30a,30c).
    • 4. 发明公开
    • Hydrostatic transmission system
    • Hydrostatisches Getriebesystem
    • EP1892139A1
    • 2008-02-27
    • EP07016243.3
    • 2007-08-20
    • KANZAKI KOKYUKOKI MFG. CO., LTD.
    • Kanenobu, HidekiSakakura, Shinya
    • B60K17/10B60K17/356
    • B60K17/356B60K17/105B60Y2200/223F16H61/4043F16H61/452
    • A hydrostatic transmission apparatus has a housing (3), a hydraulic pump (21) disposed in the housing (3) so as to be driven by a prime mover (14) and a first hydraulic motor (22) disposed in the housing (3). A first port (26b) is provided on the housing (3) and opens outward from the housing (3). A first fluid passage (30a) is disposed in the housing (3) and interposed between the hydraulic pump (21) and the first hydraulic motor (22). A second port (26a) is provided on the housing (3) and opens outward from the housing (3). A second fluid passage (30b) is disposed in the housing (3) and extended from the hydraulic pump (21) to the first port (26b), wherein the first and second ports (26b,26a) are adapted to be fluidly connected to a second hydraulic motor (24,25) disposed outside of the housing (3) so as to constitute a closed fluid circuit fluidly connecting the first and second hydraulic motors (22,24,25) in series to the hydraulic pump (21). A third fluid passage (30c) is disposed in the housing (3) and extends from the first hydraulic motor (22) to the second port (26a). The hydrostatic transmission apparatus also has a first bypass means (115,117,119,150a) for allowing fluid to bypass the hydraulic pump (21) between the first and second fluid passages (30a,30b) and a second bypass means (116,118,119,150b) for allowing fluid to bypass the first hydraulic motor (22) between the first and third fluid passages (30a,30c).
    • 液压传动装置具有壳体(3),设置在壳体(3)中的液压泵(21),以便由原动机(14)和设置在壳体(3)中的第一液压马达(22)驱动 )。 第一端口(26b)设置在壳体(3)上并且从壳体(3)向外打开。 第一流体通道(30a)设置在壳体(3)中并且介于液压泵(21)和第一液压马达(22)之间。 第二端口(26a)设置在壳体(3)上并从壳体(3)向外打开。 第二流体通道(30b)设置在壳体(3)中并且从液压泵(21)延伸到第一端口(26b),其中第一和第二端口(26b,26a)适于流体地连接到 第二液压马达(24,25),其布置在所述壳体(3)的外部,以构成将所述第一和第二液压马达(22,24,25)与所述液压泵(21)串联流体连接的封闭流体回路。 第三流体通道(30c)设置在壳体(3)中并从第一液压马达(22)延伸到第二端口(26a)。 静液压传动装置还具有用于允许流体绕过第一和第二流体通道(30a,30b)之间的液压泵(21)的第一旁路装置(115,117,119,150a)和第二旁路装置(116,118,119,150b),用于允许流体 绕过第一和第三流体通道(30a,30c)之间的第一液压马达(22)。
    • 6. 发明公开
    • Opposing pump/motors
    • SichgegenüberliegendePumpen / Motoren
    • EP1760314A2
    • 2007-03-07
    • EP06023569.4
    • 2004-06-16
    • Government of the United States of America,
    • Gray, Charles L. Jr.
    • F04B1/22F04B1/24F04B1/32F01B3/00F01B3/10F16H61/42
    • F16H61/452B60K6/12B60K17/10B60K26/02B60W10/04B60W10/10B60W30/18B60W2540/10B60W2710/1005B60W2710/105F04B1/22F04B1/24F04B1/328F04B23/06F16H61/4096F16H61/44F16H61/448F16H2039/005F16H2200/0034Y02T10/6208
    • Two motors (12,14) are arranged on opposing sides of a common shaft (16), drive plates (30,32) of the pump/motors (12,14) being rigidly coupled to each other, for example by being in hard contact with opposing sides of the shaft (16). By providing hard contact between the pump/motor drive plates (30,32) and a common shaft (16), the drive plates and shaft act as a substantially solid element under compression, thereby substantially canceling axial loads generated by the pump/motors (12,14) directly through the shaft (16). Residual axial loads are handled via bearings (34,36) positioned on the shaft (16) adjacent the drive plates (30,32) in such a manner that the drive plates are in light contact only with the bearings (34,36). As a result, friction experienced by the bearings is substantially reduced as compared to conventional systems, thereby improving the efficiency of the system. To further reduce loads on the bearings (34,36), the pump/motors (12,14) are arranged to ensure that they generate radial forces in a direction that is opposite to that of a separation force generated by a torque transferring device carried on the shaft (16) and transmitted to the bearings (34,36). A common housing (17) surrounding the two pump/motors (12,14), bearings (34,36) and torque transferring device is divided into three regions, to segregate the bearings (34,36) and torque transferring assembly from the pump/motors (12,14). In this manner, the regions containing the pump/motors (12,14) are substantially filled with oil to, for example, fully lubricate the pump/motors (12,14), while the central region containing the gears and torque transferring device contains a significantly smaller volume of oil to simply splash lubricate the contents of the region, thereby reducing drag on the bearings (34,36). Control means are provided for selectively moving the two pump/motors (12,14) substantially simultaneously to a selected displacement angle, using mechanical systems alone and in combination with hydraulic systems.
    • 两个马达(12,14)布置在公共轴(16)的相对侧上,泵/马达(12,14)的驱动板(30,32)彼此刚性地联接,例如通过硬 与轴(16)的相对侧接触。 通过在泵/马达驱动板(30,32)和公共轴(16)之间提供硬接触,驱动板和轴在压缩下作为基本上实质的元件,从而基本上抵消由泵/马达产生的轴向载荷( 12,14)直接穿过轴(16)。 残余轴向载荷通过位于与驱动板(30,32)相邻的轴(16)上的轴承(34,36)以使得驱动板仅与轴承(34,36)轻微接触来处理。 结果,与常规系统相比,轴承所经历的摩擦力显着降低,从而提高了系统的效率。 为了进一步减少轴承(34,36)上的负载,泵/马达(12,14)被布置成确保它们产生径向力,其方向与由承载的扭矩传递装置产生的分离力的方向相反 在轴(16)上并传递到轴承(34,36)。 围绕两个泵/马达(12,14),轴承(34,36)和扭矩传递装置的公共壳体(17)被分成三个区域,以将轴承(34,36)和扭矩传递组件从泵 /电机(12,14)。 以这种方式,包含泵/马达(12,14)的区域基本上充满油,以便例如完全润滑泵/马达(12,14),而包含齿轮和扭矩传递装置的中心区域包含 显着更小的油体积,以简单地飞溅润滑该区域的内容物,从而减少轴承上的阻力(34,36)。 提供控制装置,用于使用机械系统单独并与液压系统组合,将两个泵/马达(12,14)基本上同时地移动到选定的位移角。
    • 8. 发明公开
    • Hydraulic transaxle and vehicle comprising it
    • Hydraulisches Achsgetriebe und Fahrzeug mit solchem Achsgetriebe
    • EP1541402A2
    • 2005-06-15
    • EP04029139.5
    • 2004-12-09
    • KANZAKI KOKYUKOKI MFG. CO., LTD.
    • Irikura, Koji
    • B60K7/00B60K17/10
    • B60K7/0015B60K17/043B60K17/046B60K17/105B60K17/356B60K17/358B60K2007/0038B60K2007/0092B62D7/09B62D7/142B62D9/002B62D11/005F16H59/58F16H61/427F16H61/452
    • A steerable hydraulic transaxle (15) comprises: a kingpin (26) relatively rotatably supported by a vehicle chassis (14); a housing (28) fixed to the kingpin (26); a single axle (35) disposed in the housing (28); a single wheel (36) fixed onto the single axle (15) out of the housing (28); and a hydraulic motor (10) disposed in the housing (28) so as to drive the single axle (15).
      A hydraulic transaxle comprises a transaxle casing for supporting left and right axles, a pair of hydraulic motors (10) disposed in the transaxle casing so as to drive the respective left and right axles (15), hydraulic ports provided in the transaxle casing so as to fluidly connect the pair of hydraulic motors (10) in parallel to a common hydraulic pump (5), and a system for restricting or canceling differential rotation of the pair of hydraulic motors.
    • 可操纵的液压驱动桥(15)包括:由车辆底盘(14)相对可旋转地支撑的主销(26); 固定到所述主销(26)的壳体(28); 设置在所述壳体(28)中的单个轴(35); 将单个轴(15)固定到所述壳体(28)外的单个轮(36); 以及设置在壳体(28)中以驱动单轴(15)的液压马达(10)。 液压驱动桥包括用于支撑左轴和右轴的变速驱动桥壳体,设置在变速驱动桥壳体中的一对液压马达(10),以驱动相应的左轴和右轴(15),设置在 将液压马达(10)与公共液压泵(5)平行地流体连接,以及用于限制或取消一对液压马达的差速旋转的系统。
    • 9. 发明公开
    • Differential hydrostatic transmission system
    • Hydrostatisches差异系统
    • EP1176340A2
    • 2002-01-30
    • EP01202743.9
    • 2001-07-18
    • SCHLUMBERGER TECHNOLOGY B.V.SCHLUMBERGER HOLDINGS LIMITED
    • Nold III, Raymond V.
    • F16H47/04
    • B66D1/44B66D1/08F16H3/72F16H47/04F16H61/452F16H2037/088F16H2047/045
    • A hydrostatic transmission system (10) for driving a rotatable member includes a differential (32) having an output (48) coupled with the rotatable member, a first hydrostatic drive (18) having an output (28) coupled to a first input of the differential (32), and a second hydrostatic drive (22) having an output (30) coupled to a second input of the differential (32). The output (28) of the first hydrostatic drive (18) is rotatable in a first selected direction and at a first selected speed. The output (30) of the second hydrostatic drive (22) is rotatable in a second selected direction and at a second selected speed. A rotational speed and direction of the output (48) of the differential (32) is related to the algebraic sum of the rotational speeds and directions of the outputs of the hydrostatic drives (18,22). In one embodiment, the speeds of the first and second drives (18,22) are maintained above a minimum stable threshold, while operating the rotatable drive at very low or zero speed, by selecting the first direction to be opposite the second direction.
    • 用于驱动可旋转构件的液压传动系统(10)包括具有与可旋转构件联接的输出(48)的差速器(32),具有联接到所述可转动构件的第一输入端的输出(28)的第一静液压驱动器 和具有与差速器(32)的第二输入端连接的输出(30)的第二静液压驱动器(22)。 第一静液压驱动器(18)的输出(28)可沿第一选定方向和第一选定速度旋转。 第二静液压驱动器(22)的输出(30)可沿第二选定方向和第二选定速度旋转。 差速器(32)的输出(48)的旋转速度和方向与静液压驱动器(18,22)的输出的转速和方向的代数和相关。 在一个实施例中,通过选择与第二方向相反的第一方向,将第一和第二驱动器(18,22)的速度保持在最小稳定阈值之上,同时以非常低或零速度操作可旋转驱动器。
    • 10. 发明公开
    • Dispositif de transmission d'un engin mobile ayant au moins deux ponts moteurs
    • 对于具有至少两个被驱动的轴的移动装置的动力传递
    • EP1026024A1
    • 2000-08-09
    • EP00400238.2
    • 2000-01-31
    • POCLAIN HYDRAULICS INDUSTRIE
    • Martin, LouisCousin, Jean-Claude
    • B60K17/356
    • F16H61/452B60K17/356F16H61/4043
    • Chaque pont moteur du dispositif a deux moteurs hydrauliques (10, 20 ; 30, 40), un pour chaque côté de l'engin. Le dispositif comprend deux circuits fermés de transmission analogues (50, 60), un pour chaque côté de l'engin. Les moteurs hydrauliques (30, 40) du deuxième pont sont des moteurs doubles ayant trois raccords principaux (30A, 30B, 30C ; 40A, 40B, 40C). Dans chaque circuit fermé (50 ; 60), le premier raccord principal (30A ; 40A) du moteur double (30 ; 40) et le premier raccord principal (10A ; 20A) du moteur du premier pont (10 ; 20) sont respectivement raccordés en permanence à chacun des deux orifices (51, 53 ; 61, 63) de la pompe (52 ; 62) du circuit considéré et chaque circuit comprend, en outre, un sélecteur (55 ; 65) à au moins deux positions disposées sur des conduites de raccordement entre la pompe (52 ; 62), les deuxième et troisième raccords principaux (30B, 30C ; 40B, 40C) du moteur double (30 ; 40) et le deuxième raccord principal (10B ; 20B) du moteur du premier pont (10 ; 20).
    • 用于前轮和后轮电动机(10,20,30,40)被连接到右(52)或左(62)泵在一个桥布置。 的电子控制电路(80)被连接到在任一侧上的选择阀(55,65)。 前电机具有流体(10A,20A)的一个单一的高压供应和单个低压漏极(10B,20B)。 后电动机分别具有两个高压入口(30B,C)和(40B,C)和一个出口(30A,40A)。