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    • 1. 发明申请
    • Hydrostatic Travel Drive with Differential Locking Action
    • 具有差分锁定作用的静液压行驶驱动
    • US20080087015A1
    • 2008-04-17
    • US11793571
    • 2005-12-14
    • Karl-Heinz VoglHeinz-Gerhard Essig
    • Karl-Heinz VoglHeinz-Gerhard Essig
    • B60K17/10
    • F16H61/456F16H61/44F16H61/448
    • The invention relates to a hydrostatic drive (1) comprising at least one first hydraulic pump (4), a second hydraulic pump (5), and first, a second, a third, and a forth hydraulic motor (7, 8, 9, 10). A first connection (12) of the first hydraulic pump (4) is connected to a first connection (19) of the first hydraulic motor (7) and a first connection (20) of the third hydraulic motor (9). A first connection (16) of the second hydraulic pump (5) is connected to a first connection (26) of the second hydraulic motor (8) and a first connection (27) of the fourth hydraulic motor (10). A second connection (22) of the first hydraulic motor (7) and a second connection (29) of the fourth hydraulic motor (10) are connected to a second connection (18) of the second hydraulic pump (5). A second connection (28) of the second hydraulic motor (8) and a second connection (23) of the third hydraulic motor (9) are connected to a second connection (14) of the first hydraulic pump (4).
    • 本发明涉及一种包括至少一个第一液压泵(4),第二液压泵(5)和第一,第二,第三和第四液压马达(7,8,9)的液压驱动装置(1) 10)。 第一液压泵(4)的第一连接件(12)连接到第一液压马达(7)的第一连接件(19)和第三液压马达(9)的第一连接件(20)。 第二液压泵(5)的第一连接件(16)连接到第二液压马达(8)的第一连接件(26)和第四液压马达(10)的第一连接件(27)。 第一液压马达(7)的第二连接件(22)和第四液压马达(10)的第二连接件(29)连接到第二液压泵(5)的第二连接件(18)。 第二液压马达(8)的第二连接件(28)和第三液压马达(9)的第二连接件(23)连接到第一液压泵(4)的第二连接件(14)。
    • 2. 发明授权
    • Hydrostatic travel drive with differential locking action
    • 具有差速锁定动作的静液压行驶驱动
    • US07886533B2
    • 2011-02-15
    • US11793571
    • 2005-12-14
    • Karl-Heinz VoglHeinz-Gerhard Essig
    • Karl-Heinz VoglHeinz-Gerhard Essig
    • F16D31/02
    • F16H61/456F16H61/44F16H61/448
    • The invention relates to a hydrostatic drive (1) comprising at least one first hydraulic pump (4), a second hydraulic pump (5), and first, a second, a third, and a forth hydraulic motor (7, 8, 9, 10). A first connection (12) of the first hydraulic pump (4) is connected to a first connection (19) of the first hydraulic motor (7) and a first connection (20) of the third hydraulic motor (9). A first connection (16) of the second hydraulic pump (5) is connected to a first connection (26) of the second hydraulic motor (8) and a first connection (27) of the fourth hydraulic motor (10). A second connection (22) of the first hydraulic motor (7) and a second connection (29) of the fourth hydraulic motor (10) are connected to a second connection (18) of the second hydraulic pump (5). A second connection (28) of the second hydraulic motor (8) and a second connection (23) of the third hydraulic motor (9) are connected to a second connection (14) of the first hydraulic pump (4).
    • 本发明涉及一种包括至少一个第一液压泵(4),第二液压泵(5)和第一,第二,第三和第四液压马达(7,8,9)的液压驱动装置(1) 10)。 第一液压泵(4)的第一连接件(12)连接到第一液压马达(7)的第一连接件(19)和第三液压马达(9)的第一连接件(20)。 第二液压泵(5)的第一连接件(16)连接到第二液压马达(8)的第一连接件(26)和第四液压马达(10)的第一连接件(27)。 第一液压马达(7)的第二连接件(22)和第四液压马达(10)的第二连接件(29)连接到第二液压泵(5)的第二连接件(18)。 第二液压马达(8)的第二连接件(28)和第三液压马达(9)的第二连接件(23)连接到第一液压泵(4)的第二连接件(14)。
    • 3. 发明申请
    • HYDROSTATIC DRIVE
    • 静电驱动
    • US20130305702A1
    • 2013-11-21
    • US13990907
    • 2011-11-11
    • Heinz-Gerhard Essig
    • Heinz-Gerhard Essig
    • F16H39/00
    • F16H39/00B60K7/0015B60K17/356B60K23/08F03C1/047F03C1/0476F16H61/4104F16H61/4165
    • A hydraulic additional drive includes a hydraulic or having working ports configured to be connected to a pump via a high pressure branch and a low pressure branch. The hydraulic motor further includes a purging port to which a feed pressure is configured to be applied to set a “free-wheel mode” while the working ports are connected to a tank. The pressure at the purging port is limited to a comparatively low value between the feed pressure and the tank pressure by a pre-charging valve integrated into the hydraulic motor. The pre-charging valve is arranged in a free-wheel duct which hydraulically connects the purging port to one of the working ports.
    • 液压附加驱动器包括液压或具有被配置为经由高压分支和低压分支连接到泵的工作端口。 液压马达还包括一个清洗口,当工作口连接到油箱时,进料压力被构造成施加到其上以设定“续轮模式”。 通过集成到液压马达中的预充气阀,清洗口处的压力被限制在进料压力和油箱压力之间相对较低的值。 预充阀设置在将清洗口液压连接到其中一个工作端口的自由轮管道中。
    • 5. 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。
    • 7. 发明授权
    • Hydrostatic vehicle drive with differential lock
    • 带差速锁的静液压车辆驱动
    • US06276468B1
    • 2001-08-21
    • US09530832
    • 2000-05-03
    • Heinz-Gerhard EssigChris Shrive
    • Heinz-Gerhard EssigChris Shrive
    • B62D1118
    • B62D11/005B60K17/10B60K17/356B60K23/04B62D11/04F16H39/02F16H61/44F16H61/448F16H61/456
    • A hydrostatic vehicle drive (1) comprises a first hydropump (2) and a second hydropump (3) as well as a first hydromotor (7) and a second hydromotor (12). The hydromotors (7, 12) each drive separate drive lines. During straight-ahead travel operation, the hydropumps (2, 3) and the hydromotors (7, 12) are coupled to one another in a single, closed hydraulic circuit without crossed connections in such a manner that an input connection (6) of the first hydromotor (7) is connected to an output connection (5) of the first hydropump (2) and an input connection (9) of the second hydropump (3) is connected to an output connection (8) of the first hydromotor (7). An input connection (11) of the second hydromotor (12) is connected to an output connection (10) of the second hydropump (3), whilst an input connection (14) of the first hydropump (2) is connected to an output connection (13) of the second hydromotor (12).
    • 静液压车辆驱动器(1)包括第一水泵(2)和第二水泵(3)以及第一液压马达(7)和第二液压马达(12)。 液压马达(7,12)每个驱动单独的驱动线。 在直行行驶操作期间,水泵(2,3)和液压马达(7,12)在单个闭合的液压回路中彼此联接,而没有交叉连接,使得输入连接(6) 第一液压马达(7)连接到第一液压泵(2)的输出连接(5),第二液压泵(3)的输入连接件(9)连接到第一液压马达(7)的输出连接 )。 第二液压马达(12)的输入连接(11)连接到第二压水器(3)的输出连接件(10),而第一液压泵(2)的输入连接件(14)连接到输出连接 (12)的第二液压马达(13)。
    • 8. 发明授权
    • Hydrostatic multi-motor drive
    • 静液压多马达驱动
    • US08387377B2
    • 2013-03-05
    • US12519240
    • 2007-12-12
    • Peter LoeweHeinz-Gerhard Essig
    • Peter LoeweHeinz-Gerhard Essig
    • F16H61/40B60K17/10
    • F16H61/4043B60K17/10F16H61/4026F16H61/444
    • The invention relates to a hydrostatic multi-motor drive (1) with a hydraulic pump (2) and at least one first pair of hydraulic motors. The two hydraulic motors (6, 7) of the first pair of hydraulic motors are connected to one another in series by means of a first working line section (12). A bypass line (15) is provided which connects a first connection (11; 10) of the hydraulic motor (7; 6), which is upstream in relation to a volumetric flow generated by the hydraulic pump (2), to a second connection (9; 8) of the downstream hydraulic motor (7; 6). A first valve unit (18) which interrupts the first bypass line (15) is arranged in the bypass line (15). A first minimum pressure maintaining device (25; 26) for maintaining a minimum pressure at the upstream connection (11; 10) of the downstream hydraulic motor (7; 6) is also arranged in the bypass line (15).
    • 本发明涉及具有液压泵(2)和至少一个第一对液压马达的静液压多马达驱动装置(1)。 第一对液压马达的两个液压马达(6,7)通过第一工作线段(12)彼此串联连接。 提供了一个旁路管路(15),其将相对于由液压泵(2)产生的体积流量上游的液压马达(7; 6)的第一连接件(11; 10)连接到第二连接 (7; 6)的下游液压马达(9; 8)。 中断第一旁路管线(15)的第一阀单元(18)布置在旁通管线(15)中。 用于在下游液压马达(7; 6)的上游连接(11; 10)处保持最小压力的第一最小压力维持装置(25; 26)也布置在旁通管线(15)中。
    • 10. 发明申请
    • HYDROSTATIC MULTI-MOTOR DRIVE
    • 静电多电机驱动
    • US20100043422A1
    • 2010-02-25
    • US12519240
    • 2007-12-12
    • Peter LoeweHeinz-Gerhard Essig
    • Peter LoeweHeinz-Gerhard Essig
    • F16D31/02
    • F16H61/4043B60K17/10F16H61/4026F16H61/444
    • The invention relates to a hydrostatic multi-motor drive (1) with a hydraulic pump (2) and at least one first pair of hydraulic motors. The two hydraulic motors(6, 7) of the first pair of hydraulic motors are connected to one another in series by means of a first working line section (12). A bypass line (15) is provided which connects a first connection (11; 10) of the hydraulic motor (7; 6), which is upstream in relation to a volumetric flow generated by the hydraulic pump(2), to a second connection (9; 8) of the downstream hydraulic motor (7; 6). A first valve unit (18) which interrupts the first bypass line (15) is arranged in the bypass line (15). A first minimum pressure maintaining device (25; 26) for maintaining a minimum pressure at the upstream connection (11; 10) of the downstream hydraulic motor (7; 6) is also arranged in the bypass line (15).
    • 本发明涉及具有液压泵(2)和至少一个第一对液压马达的静液压多马达驱动装置(1)。 第一对液压马达的两个液压马达(6,7)通过第一工作线段(12)彼此串联连接。 提供了一个旁路管路(15),其将相对于由液压泵(2)产生的体积流量上游的液压马达(7; 6)的第一连接件(11; 10)连接到第二连接 (7; 6)的下游液压马达(9; 8)。 中断第一旁路管线(15)的第一阀单元(18)布置在旁通管线(15)中。 用于在下游液压马达(7; 6)的上游连接(11; 10)处保持最小压力的第一最小压力维持装置(25; 26)也布置在旁通管线(15)中。