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    • 2. 发明授权
    • Hydraulic circuit having a hydraulic motor equipped with a brake for a vehicle suitable for being towed
    • 液压回路具有液压马达,该液压马达配有用于车辆的制动器,其适用于被牵引
    • US06675576B2
    • 2004-01-13
    • US10128126
    • 2002-04-23
    • Louis BigoAlain ManganoJean-Philippe RaisinDaniel Ruzicka
    • Louis BigoAlain ManganoJean-Philippe RaisinDaniel Ruzicka
    • F16D3102
    • F16H61/4157B60T13/22B60T13/686F16H61/4043F16H2063/3033
    • A hydraulic circuit for the hydrostatic transmission of a vehicle, said hydraulic circuit comprising at least one hydraulic motor, two main ducts, a parking brake having brake means, brake release control means suitable for feeding the brake release chamber from a first brake release fluid source, and means for connecting said chamber to a unpressurized reservoir. The circuit has a single short-circuit and selection valve having two main ports connected to respective ones of the two main ducts, and two selection ports connected respectively to the brake release chamber and to the brake release duct, and control means for controlling said valve, which control means are suitable for causing the valve to take up a first configuration in which the main ports are mutually isolated while the selection ports are interconnected, and for causing it to take up a second configuration in which the main ports are interconnected while the selection ports are mutually isolated.
    • 一种用于车辆静液压传动的液压回路,所述液压回路包括至少一个液压马达,两个主管道,具有制动装置的驻车制动器,适于从第一制动释放流体源 ,以及用于将所述室连接到未加压储存器的装置。 电路具有单个短路和选择阀,其具有连接到两个主管道中的相应一个的两个主端口,以及分别连接到制动器释放室和制动释放管道的两个选择端口,以及用于控制所述阀门 该控制装置适于使阀门采取第一配置,其中主端口相互隔离,同时选择端口互连,并且用于使其占据主端口互连的第二配置,同时 选择端口相互隔离。
    • 4. 发明授权
    • Braking system for braking a rotor relative to a stator
    • 用于制动转子相对于定子的制动系统
    • US06543222B1
    • 2003-04-08
    • US09624823
    • 2000-07-25
    • Jean-Claude CaseJean-Pierre SouplyJean-Marie RouillardStéphane Vidal
    • Jean-Claude CaseJean-Pierre SouplyJean-Marie RouillardStéphane Vidal
    • F16D3102
    • F04C15/0084B60T1/065B60T5/00F03C1/0403F03C1/0447F16D55/40F16D65/853F16D2055/0058F16D2065/782F16D2121/02F16D2121/12F16D2123/00F16H2063/3033
    • A braking system (S) for braking a rotor (5, 9, 106) relative to a stator (1C, 1′C), said system comprising two series of brake disks (102, 104) secured respectively to the stator and to the rotor and disposed in a disk enclosure (100). The system further comprises a brake piston device (108, 114, 116) urged continuously in the braking direction by resilient return means (118). The piston device is urged in the brake release direction by feeding a brake release chamber (120) with fluid, and it is urged in the braking direction by feeding a braking chamber (124) with fluid. The braking system includes a cooling device for cooling the brake disks (102, 104) by means of fluid flow, which device is provided with a cooling duct (140) branching from the brake release duct (122) which feeds the brake release chamber (120) and communicating with the disk enclosure (100). It is provided with means (148) for limiting the quantity of cooling fluid tapped by the cooling duct (140) from the brake release duct (122).
    • 一种用于相对于定子(1C,1'C)制动转子(5,9,106)的制动系统(S),所述系统包括分别固定在定子上的两组制动盘(102,104)和 转子并且设置在盘壳体(100)中。 该系统还包括通过弹性返回装置(118)沿制动方向连续推动的制动活塞装置(108,114,116)。 活塞装置通过向制动释放室(120)供给流体而沿制动释放方向被推动,并且通过向制动室(124)供给流体而在制动方向上被推动。 制动系统包括用于通过流体流动来冷却制动盘(102,104)的冷却装置,该装置设置有从制动释放管道(122)分支的冷却管道(140),该制动释放管道(122)将制动释放室 120)并与盘盒(100)通信。 它设置有用于限制由制冷剂释放管道(122)从冷却管道(140)抽出的冷却流体的量的装置(148)。
    • 5. 发明申请
    • Hydraulic circuit having a hydraulic motor equipped with a brake for a vehicle suitable for being towed
    • 液压回路具有液压马达,该液压马达配有用于车辆的制动器,其适用于被牵引
    • US20020175032A1
    • 2002-11-28
    • US10128126
    • 2002-04-23
    • Louis BigoAlain ManganoJean-Philippe RaisinDaniel Ruzicka
    • F16D065/24
    • F16H61/4157B60T13/22B60T13/686F16H61/4043F16H2063/3033
    • A hydraulic circuit for the hydrostatic transmission of a vehicle, said hydraulic circuit comprising at least one hydraulic motor, two main ducts, a parking brake having brake means, brake release control means suitable for feeding the brake release chamber from a first brake release fluid source, and means for connecting said chamber to a unpressurized reservoir. The circuit has a single short-circuit and selection valve having two main ports connected to respective ones of the two main ducts, and two selection ports connected respectively to the brake release chamber and to the brake release duct, and control means for controlling said valve, which control means are suitable for causing the valve to take up a first configuration in which the main ports are mutually isolated while the selection ports are interconnected, and for causing it to take up a second configuration in which the main ports are interconnected while the selection ports are mutually isolated.
    • 一种用于车辆静液压传动的液压回路,所述液压回路包括至少一个液压马达,两个主管道,具有制动装置的驻车制动器,适于从第一制动释放流体源 ,以及用于将所述室连接到未加压储存器的装置。 电路具有单个短路和选择阀,其具有连接到两个主管道中的相应一个的两个主端口,以及分别连接到制动器释放室和制动释放管道的两个选择端口,以及用于控制所述阀门 该控制装置适于使阀门采取第一配置,其中主端口相互隔离,同时选择端口互连,并且用于使其占据主端口互连的第二配置,同时 选择端口相互隔离。
    • 7. 发明申请
    • MULTISPEED DRIVE UNIT
    • 多功能驱动单元
    • US20150011351A1
    • 2015-01-08
    • US14380556
    • 2012-11-30
    • AUBURN GEAR, INC.
    • James L. Forrest
    • F16H3/44
    • F16H3/44F16H3/54F16H63/3026F16H2057/087F16H2063/3033F16H2200/0034F16H2200/2005F16H2200/2035
    • A multispeed drive unit (10) comprising a rotary input (27) positioned to be driven by a power source and disposed at an input side of the drive unit (10); a rotary output (28) positioned to drive a driven unit and disposed at an output side of the drive unit (10), a transmission operably interposed between said rotary input (27) and said rotary output (28), said transmission having a gear (20) moveable between a high-reduction configuration and a low-reduction configuration, a first friction clutch (40) operable to fix said gear (20) in said high-reduction configuration, whereby said transmission is operable to reduce a speed of said rotary output (28) relative to said rotary input (27) when said first friction clutch (40) is engaged, and a second friction clutch (60) operable to fix said gear (20) in said low-reduction configuration, whereby said transmission is not operable to reduce the speed of said rotary output (28) relative to said rotary input (2) when said second friction clutch (60) is engaged.
    • 一种多速驱动单元(10),包括定位为由电源驱动并设置在驱动单元(10)的输入侧的旋转输入(27); 定位成驱动被驱动单元并设置在驱动单元(10)的输出侧的旋转输出(28),可操作地插入在所述旋转输入(27)和所述旋转输出(28)之间的变速器,所述变速器具有齿轮 (20)能够在高压缩构造和低减速构造之间移动;第一摩擦离合器(40),其可操作以将所述齿轮(20)固定在所述高还原构造中,由此所述变速器可操作以降低所述 当所述第一摩擦离合器(40)接合时相对于所述旋转输入(27)的旋转输出(28)和可操作以将所述齿轮(20)固定在所述低还原构型的第二摩擦离合器(60) 当所述第二摩擦离合器(60)接合时,不能够相对于所述旋转输入(2)减小所述旋转输出(28)的速度。
    • 9. 发明授权
    • Brake system for a vehicle driven by at least one hydraulic motor fed in a closed circuit
    • 用于由在闭合回路中供给的至少一个液压马达驱动的车辆的制动系统
    • US07219967B2
    • 2007-05-22
    • US10741414
    • 2003-12-19
    • Cédric MagnienMikaël LitotChristian Schubert
    • Cédric MagnienMikaël LitotChristian Schubert
    • F16D31/02
    • F16H61/4157B60K17/10B60K17/356B60T13/585B60W10/10B60W10/103B60W10/18B60W10/184B60W30/18109B60W30/1819B60W2540/12F16H61/431F16H61/448F16H2063/3033
    • A method of operating a brake system for a hydraulic motor, by feeding the hydraulic motor with at least one pump having a variable cubic capacity, in a closed circuit, providing a friction brake to brake the motor, providing a brake controller that controls an amount of applied frictional braking by the friction brake and an amount of applied hydraulic braking, and determining a level of actuation of the brake controller to detect normal and emergency braking situations. In normal braking situations, the proportional amount of frictional and hydraulic braking is managed as a function of parameters to cause progressive hydrostatic braking to occur by causing a ratio between the fluid flow rate delivered by the pump and the active cubic capacity of the motor to decrease progressively. In emergency braking situations there is a controlled sudden decrease in the ratio between the fluid flow rate delivered by the pump and the active cubic capacity of the motor, and then progressive hydrostatic braking occurs. The friction brake is activated during both normal and emergency braking situations.
    • 一种用于操作液压马达的制动系统的方法,通过在具有可变立方体积的至少一个泵的液压马达上供给液压马达,在闭合回路中提供摩擦制动来制动马达,提供控制量的制动控制器 通过摩擦制动器施加的摩擦制动和施加的液压制动量,以及确定制动控制器的致动水平以检测正常和紧急制动情况。 在正常制动情况下,摩擦和液压制动的比例量作为参数进行管理,以通过使由泵输送的流体流量与电动机的有效立方容量之间的比例减小而引起逐步静液压制动 逐步。 在紧急制动情况下,由泵传递的流体流量与电动机的主动立方容量之间的比率受到可控的突然下降,然后发生逐步的静液压制动。 在正常和紧急制动情况下,摩擦制动器被激活。
    • 10. 发明授权
    • Hydraulic motor device with displacement selector and a braking system
    • 带位移选择器和制动系统的液压马达装置
    • US06926372B2
    • 2005-08-09
    • US10450631
    • 2001-12-20
    • Louis BigoDaniel RuzickaBernard Allart
    • Louis BigoDaniel RuzickaBernard Allart
    • F03C1/26F03C1/40F15B11/08F16D63/00F16D31/02
    • F16D63/006F03C1/045F16H2063/3033
    • Hydraulic motor drive apparatus having a cubic capacity selector (16) which has at least two positions, control means for controlling the selector, which means comprise a hydraulic control chamber (18) suitable for being fed with fluid via a control duct (20), and first opposing return means (17). The apparatus further comprises a brake system having a brake release chamber (38) and second opposing return means (39). The control duct (20) is suitable for being connected to the brake release chamber (38), and the first return means (17) are suitable for returning the cubic capacity selector to its large cubic capacity first position when the pressure in said chamber becomes lower than a first threshold pressure, whereas the second return means (39) return the brake means (36) to their braking position when the pressure in the brake release chamber becomes lower than a second threshold pressure, which is itself lower than said first threshold pressure.
    • 具有至少两个位置的立方容量选择器(16)的液压马达驱动装置,用于控制选择器的控制装置,该装置包括适于经由控制管道(20)供给流体的液压控制室(18) 和第一相对的返回装置(17)。 该装置还包括具有制动释放室(38)和第二相对的返回装置(39)的制动系统。 控制管道(20)适于连接到制动器释放室(38),并且第一返回装置(17)适合于将立方容积选择器返回到其大立方容积的第一位置,当所述室中的压力变为 低于第一阈值压力,而当制动释放室中的压力变得低于第二阈值压力时,第二返回装置(39)将制动装置(36)返回到其制动位置,该第二阈值压力本身低于所述第一阈值 压力。