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    • 4. 发明申请
    • HYDRAULIC MOTOR WITH RADIAL PISTONS AND CONTROL BY CYLINDER
    • 液压马达具有径向活塞和气缸控制
    • US20120031263A1
    • 2012-02-09
    • US13142521
    • 2009-12-30
    • Jean-Pierre SouplyGuillaume CharrierGilles Lemaire
    • Jean-Pierre SouplyGuillaume CharrierGilles Lemaire
    • F03C1/40F03C1/247F03C1/04
    • F03C1/0409F03C1/045F03C1/2438F03C1/247F03C1/26
    • A hydraulic motor is provided having radial pistons, with a cylinder block, two main ducts, a fluid distributor, one distribution valve per cylinder, and a control system for controlling the distribution valves. The motor includes at least two elementary motors, and can operate in various different states in which, in each elementary motor, each of the cylinders is connected on the rising ramps to a second main duct and on the falling ramps to a second main duct; a first elementary motor being driving in a first state, and inactive or opposing in a second state, the control system operating the remainder of the hydraulic motor in the same way in these two states. A hydraulic circuit including said motor and a method of controlling such a motor are also provided.
    • 具有径向活塞的液压马达,具有气缸体,两个主导管,流体分配器,每个气缸的一个分配阀以及用于控制分配阀的控制系统。 电动机包括至少两个基本电动机,并且可以在各种不同的状态下工作,其中在每个基本电动机中,每个气缸在上升斜坡上连接到第二主管道,并且在下降的斜坡上连接到第二主管道; 第一基本电动机在第一状态下被驱动,并且在第二状态下不起作用或相反,所述控制系统在这两种状态下以相同的方式操作液压马达的其余部分。 还提供了包括所述电动机的液压回路和控制这种电动机的方法。
    • 5. 发明申请
    • HYDRAULIC MOTOR DEVICE FOR ASSISTING THE MECHANICAL TRANSMISSION OF A VEHICLE
    • 用于辅助车辆机械传动的液压马达装置
    • US20110017059A1
    • 2011-01-27
    • US12863478
    • 2009-01-20
    • Jean HerenGilles Lemaire
    • Jean HerenGilles Lemaire
    • F01B1/06
    • F03C1/0403B60K7/0015B60K17/10B60K2007/0092F03C1/0425
    • A hydraulic motor device including a hydraulic motor having a cylinder block and a cam that are mounted to move in rotation relative to each other. The motor has a fluid distributor for the cylinders, a portion of which distributor is constrained in rotation with the cam, and a stationary distribution coupling connecting the distributor to a fluid feed and to a fluid discharge. The motor has a through passage disposed along the axis of rotation for the purpose of receiving a transmission shaft segment. The motor can be declutched by radially uncoupling the pistons from the cam, the cylinder block remaining stationary relative to the reference frame of the vehicle, and the cam being constrained in rotation with a transmission shaft segment that is disposed in the through passage. The device may be used in addition to or as a replacement for a mechanical transmission.
    • 一种液压马达装置,包括具有气缸体和凸轮的液压马达,其安装成相对于彼此旋转运动。 电动机具有用于气缸的流体分配器,其一部分分配器与凸轮一起旋转,以及将分配器连接到流体进料和流体排放的固定分配联接器。 马达具有沿着旋转轴设置的贯穿通道,用于接收传动轴段。 马达可以通过使活塞从凸轮径向解耦,气缸体相对于车辆的参考框架保持静止,并且凸轮被限制在旋转中,传动轴段设置在通道中。 除了机械变速器之外或作为机械变速器的替代,该装置可以被使用。
    • 6. 发明授权
    • Hydraulic pump or motor
    • 液压泵或电机
    • US07603941B2
    • 2009-10-20
    • US10533197
    • 2003-10-28
    • Gilles LemaireAnte BozicJean-Pierre Souply
    • Gilles LemaireAnte BozicJean-Pierre Souply
    • F01B1/06F04B1/04
    • F03C1/247F03C1/0444G10L15/22
    • The mechanism such as a motor or a pump comprises a cam (10) and a cylinder block (12) which has a plurality of cylinders (14A, 14B, 14) connected to communication orifices (34A, 35A; 34B, 35B) disposed in a communication face (18). The mechanism further comprises a fluid distributor (20) having a distribution face (22) which is provided with distribution orifices (31A-31F, 32A-32F) suitable for being connected to the feed or to the discharge. The communication orifices and the distribution orifices communicate with one another as the cylinder block and the distributor rotate relative to each other. At least certain cylinders (14A, 14B) are connected to at least two communication orifices (34A, 35A; 34B; 35B) spaced apart angularly (α) so that they communicate simultaneously with respective distribution orifices connected to the feed or to the discharge.
    • 诸如马达或泵的机构包括凸轮(10)和气缸体(12),缸体(12)具有多个与连接孔(34A,35A; 34B,35B)连接的气缸(14A,14B,14) 通信面(18)。 该机构还包括具有分配面(22)的流体分配器(20),该分配面(22)设置有适于连接到进料或排出口的分配孔(31A-31F,32A-32F)。 当气缸体和分配器相对于彼此旋转时,通信孔和分配孔彼此连通。 至少一些气缸(14A,14B)连接到至少两个间隔开的角度(α)的连通孔(34A,35A; 34B; 35B),使得它们与连接到进料或排出口的相应分配孔同时连通。
    • 8. 发明申请
    • HYDRAULIC ENERGY RECOVERY SYSTEM
    • 液压能源回收系统
    • US20090313985A1
    • 2009-12-24
    • US12307167
    • 2007-07-02
    • Jean HerenGilles Lemaire
    • Jean HerenGilles Lemaire
    • F15B1/033
    • F16H61/4157B60K6/12F16H61/4026F16H61/4043F16H61/4061F16H61/4096F16H61/4139F16H61/4148F16H61/423Y02T10/6208
    • A circuit having at least one hydraulic motor, two main ducts for feeding or discharging the at least one motor, a low-pressure fluid source, and a high-pressure accumulator forming a high-pressure fluid source. The circuit is suitable for operating in an energy recovery mode in which the feed main duct is connected to the low-pressure fluid source and the discharge main duct is connected to the high-pressure accumulator, and in an energy delivery mode in which the connections are inverted. The low-pressure fluid source has a high-flow-rate booster pump suitable for delivering a flow-rate of fluid that is sufficient to feed fluid to the at least one hydraulic motor while the motor is at maximum speed in energy recovery mode, and an adjustable pressure limiter suitable for being controlled so as to cause the pressure of the fluid at the outlet of the low-pressure fluid source to vary.
    • 具有至少一个液压马达的电路,用于供给或排出至少一个马达的两个主导管,低压流体源和形成高压流体源的高压储能器。 该电路适于在能量回收模式中操作,其中进料主管道连接到低压流体源,排放主管道连接到高压蓄能器,并且在能量输送模式中,其中连接 被倒置。 低压流体源具有高流量增压泵,适用于在能量回收模式下马达处于最大速度时输送足以将流体供给到至少一个液压马达的流体流量;以及 适用于被控制以便使低压流体源的出口处的流体的压力变化的可调压力限制器。
    • 9. 发明申请
    • Hydraulic motor
    • 液压马达
    • US20050287015A1
    • 2005-12-29
    • US11156815
    • 2005-06-20
    • Gilles Lemaire
    • Gilles Lemaire
    • F03C1/047F03C1/247F03C1/30F03C1/32F01B1/06F01B13/06
    • F03C1/0409F03C1/0415F03C1/247
    • The motor comprises a cam and a cylinder block mounted to rotate one relative to the other. The cam comprises a plurality of cam lobes and the cylinder block has a plurality of cylinders slidably receiving pistons that are suitable for co-operating with the cam. The motor further comprises a fluid distributor that includes distribution ducts suitable for being connected to a feed or to a discharge and disposed in register with the rising ramp and with the falling ramp of the cam lobes. The motor is a substantially constant-velocity motor. In any relative position of the cylinder block and of the cam, there is at least one cam lobe that is unused and with which no piston co-operates, and the angular spacings between consecutive cylinders are mutually different and differ from a multiple of the smallest angular spacing between consecutive cylinders, said angular spacings being determined so that the resultant of the forces exerted by the pistons on the cam is small or substantially zero.
    • 电动机包括凸轮和安装成相对于另一个旋转的气缸体。 凸轮包括多个凸轮凸角,并且气缸体具有可滑动地接收适于与凸轮协作的活塞的多个气缸。 电动机还包括流体分配器,该流体分配器包括适于连接到进料或排放并且与升降斜坡对准并且与凸轮凸角的下降斜坡配合的分配管道。 马达是基本上恒定速度的马达。 在气缸体和凸轮的任何相对位置中,存在至少一个未使用的凸轮凸角,并且没有活塞协作,并且连续气缸之间的角间距彼此不同,并且不同于最小 连续圆柱体之间的角度间隔,所述角度间隔被确定为使得由活塞施加在凸轮上的力的结果较小或基本为零。
    • 10. 发明授权
    • Piston roller alignment configuration for a radial piston mechanism
    • 用于径向活塞机构的活塞辊对准配置
    • US5632191A
    • 1997-05-27
    • US556647
    • 1995-11-13
    • Gilles LemaireAlain Noel
    • Gilles LemaireAlain Noel
    • F15B15/08F01B13/06F03C1/047F03C1/32F04B1/04F04B1/107F15B15/14F16J1/10
    • F04B1/0439
    • The invention relates to a hydraulic mechanism comprising: a cam; a cylinder block; cylinders formed in the cylinder block; pistons slidably mounted in the cylinders; thrust rollers for the pistons acting on the cam and axially defined by two transverse faces; two wedging parts for each roller, each wedging part being disposed in a recess between the end face of the roller and the inside face of the cylinder, thereby holding the roller in position, one of the wedging parts extending to the bottom portion of the recess and including a groove parallel to the axis of the piston, and a projection that is fixed relative to the cylinder being received in the groove. According to the invention, a hole formed in the cylinder block opens out into its peripheral face and a generally U-shaped part having two branches is mounted on the cylinder block by inserting a first branch thereof in the hole and by fixing the first branch relative to the cylinder block, its second branch being inserted in the groove and constituting said projection, the web of the U-shape overlying the peripheral face. An application of the invention lies in making a hydraulic motor that is reliable and that is of reduced manufacturing cost.
    • 本发明涉及一种液压机构,包括:凸轮; 气缸体 缸体中形成的气缸; 活塞可滑动地安装在气缸中; 用于活塞作用在凸轮上并由两个横向面轴向限定的推力滚子; 每个辊的两个楔形部分,每个楔形部分设置在辊的端面和圆筒的内表面之间的凹部中,从而将辊保持在适当位置,其中一个楔入部分延伸到凹部的底部 并且包括平行于活塞的轴线的凹槽,以及相对于被容纳在凹槽中的气缸固定的突起。 根据本发明,形成在气缸体中的孔开口到其外周面,并且具有两个分支的大致U形部分通过将其第一分支插入孔中而被安装在气缸体上,并且通过固定第一分支相对 在气缸体上,其第二分支插入凹槽中并构成所述突出部,覆盖在周面上的U形腹板。 本发明的应用在于制造可靠的并且降低制造成本的液压马达。