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    • 1. 发明授权
    • Brake feedback valve
    • 制动反馈阀
    • US5362138A
    • 1994-11-08
    • US13604
    • 1993-02-04
    • Joseph A. ClemensJames A. Redelman
    • Joseph A. ClemensJames A. Redelman
    • B60T1/06B60T7/04B60T11/10B60T13/16F16D55/36F16D55/48F16D65/14F16D65/78B60T15/04
    • B60T13/16B60T1/062B60T11/102B60T7/04F16D55/36F16D55/48F16D65/186F16D65/78F16D2121/02F16D2121/14F16D2123/00F16D2125/36
    • A brake apply control system for a vehicle. The control system has a selectively operable mechanical brake apply portion and a selectively operable hydraulic brake apply portion. The mechanical brake apply portion includes an operator linkage for connecting the operator with a mechanical brake apply mechanism and a hydraulic piston and valve combination for providing a hydraulic feedback force to the operator. The hydraulic brake apply portion includes a source of hydraulic pressure, a brake apply valve for supplying a selective brake signal of variable intensity in response to operator input, a conduit system which connects the source of hydraulic pressure to the hydraulic piston and valve combination and which communicates the brake signal to the hydraulic piston and valve combination. The hydraulic piston and valve combination responds not only to the source of hydraulic pressure to provide a first feedback force to the operator, but also to the brake signal for providing a second feedback force to the operator that is proportional to the intensity of the brake signal.
    • 一种用于车辆的制动应用控制系统。 控制系统具有选择性可操作的机械制动施加部分和可选择性地操作的液压制动施加部分。 机械制动施加部分包括用于将操作者连接到机械制动施加机构的操作者联动装置和用于向操作者提供液压反馈力的液压活塞和阀组合。 液压制动施加部分包括液压源,用于响应于操作者输入提供可变强度的选择性制动信号的制动施加阀,将液压源连接到液压活塞和阀组合的管道系统,以及哪个 将制动信号传递给液压活塞和阀组合。 液压活塞和阀门组合不仅响应于液压源,以向操作者提供第一反馈力,而且响应于制动信号,以向操作者提供与制动信号的强度成比例的第二反馈力 。
    • 3. 发明申请
    • APPARATUS AND METHOD FOR AXIALLY TRANSFERRING FLUIDS TO A PLURALITY OF COMPONENTS
    • 将液体向多个组分传播的装置和方法
    • US20110290361A1
    • 2011-12-01
    • US13099584
    • 2011-05-03
    • Mark L. AndersonJames A. RaszkowskiJames A. Redelman
    • Mark L. AndersonJames A. RaszkowskiJames A. Redelman
    • F16L9/18
    • F16L39/00F16L27/087F16L39/04Y10T137/87249
    • An apparatus for axially transferring fluid may comprise an elongated shaft defining a first fluid passageway axially therethrough and a second fluid passageway from an outer surface thereof to the first fluid passageway. An elongated tube member defines an outer surface that is received within the first fluid passageway and a third fluid passageway axially therethrough. A plurality of axial channels are defined between the tube member and the first fluid passageway or along the tube member separately from the third fluid passageway. At least one of the plurality of axial channels define a first opening near one end thereof that receives fluid from a source of fluid and a second opening axially spaced apart from the first opening and that aligns with the second fluid passageway such that fluid may be transferred by the at least one fluid passageway from the source of fluid through the second fluid passageway.
    • 用于轴向传送流体的装置可以包括细长轴,其限定轴向穿过其中的第一流体通道,以及从其外表面到第一流体通道的第二流体通道。 细长管构件限定了容纳在第一流体通道内的外表面和轴向穿过其中的第三流体通道。 多个轴向通道限定在管构件和第一流体通道之间,或者与第三流体通道分开地沿着管构件。 多个轴向通道中的至少一个在其一端附近限定了从流体源接收流体的第一开口和与第一开口轴向间隔开的第二开口,并且与第二流体通道对准,使得流体可以被转移 通过来自流体源的至少一个流体通道通过第二流体通道。
    • 4. 发明授权
    • Apparatus and method for axially transferring fluids to a plurality of components
    • 将流体轴向传送到多个部件的装置和方法
    • US08439083B2
    • 2013-05-14
    • US13099584
    • 2011-05-03
    • Mark L. AndersonJames A. RaszkowskiJames A. Redelman
    • Mark L. AndersonJames A. RaszkowskiJames A. Redelman
    • F16L9/18
    • F16L39/00F16L27/087F16L39/04Y10T137/87249
    • An apparatus for axially transferring fluid may comprise an elongated shaft defining a first fluid passageway axially therethrough and a second fluid passageway from an outer surface thereof to the first fluid passageway. An elongated tube member defines an outer surface that is received within the first fluid passageway and a third fluid passageway axially therethrough. A plurality of axial channels are defined between the tube member and the first fluid passageway or along the tube member separately from the third fluid passageway. At least one of the plurality of axial channels define a first opening near one end thereof that receives fluid from a source of fluid and a second opening axially spaced apart from the first opening and that aligns with the second fluid passageway such that fluid may be transferred by the at least one fluid passageway from the source of fluid through the second fluid passageway.
    • 用于轴向传送流体的装置可以包括细长轴,其限定轴向穿过其中的第一流体通道,以及从其外表面到第一流体通道的第二流体通道。 细长管构件限定了容纳在第一流体通道内的外表面和轴向穿过其中的第三流体通道。 多个轴向通道限定在管构件和第一流体通道之间,或者与第三流体通道分开地沿着管构件。 多个轴向通道中的至少一个在其一端附近限定了从流体源接收流体的第一开口和与第一开口轴向间隔开的第二开口,并且与第二流体通道对准,使得流体可以被转移 通过来自流体源的至少一个流体通道通过第二流体通道。
    • 5. 发明申请
    • Apparatus and Method for Axially Transferring Fluids to a Plurality of Components
    • 将流体轴向转移到多种组分的装置和方法
    • US20100108166A1
    • 2010-05-06
    • US12265717
    • 2008-11-05
    • Mark L. AndersonJames RaszkowskiJames A. Redelman
    • Mark L. AndersonJames RaszkowskiJames A. Redelman
    • F15C1/00
    • F16L27/087Y10T137/206
    • An apparatus for axially transferring fluid may comprise an elongated shaft defining a first fluid passageway axially therethrough and a second fluid passageway from an outer surface thereof to the first fluid passageway. An elongated tube member defines an outer surface that is received within the first fluid passageway and a third fluid passageway axially therethrough. A plurality of axial channels are defined between the tube member and the first fluid passageway or along the tube member separately from the third fluid passageway. At least one of the plurality of axial channels define a first opening near one end thereof that receives fluid from a source of fluid and a second opening axially spaced apart from the first opening and that aligns with the second fluid passageway such that fluid may be transferred by the at least one fluid passageway from the source of fluid through the second fluid passageway.
    • 用于轴向传送流体的装置可以包括细长轴,其限定轴向穿过其中的第一流体通道,以及从其外表面到第一流体通道的第二流体通道。 细长管构件限定了容纳在第一流体通道内的外表面和轴向穿过其中的第三流体通道。 多个轴向通道限定在管构件和第一流体通道之间,或者与第三流体通道分开地沿着管构件。 多个轴向通道中的至少一个在其一端附近限定了从流体源接收流体的第一开口和与第一开口轴向间隔开的第二开口,并且与第二流体通道对准,使得流体可以被转移 通过来自流体源的至少一个流体通道通过第二流体通道。
    • 6. 发明申请
    • APPARATUS AND METHOD FOR AXIALLY TRANSFERRING FLUIDS TO A PLURALITY OF COMPONENTS
    • 将液体向多个组分传播的装置和方法
    • US20130248029A1
    • 2013-09-26
    • US13893674
    • 2013-05-14
    • Mark L. AndersonJames A. RaszkowskiJames A. Redelman
    • Mark L. AndersonJames A. RaszkowskiJames A. Redelman
    • F16L39/00
    • F16L39/00F16L27/087F16L39/04Y10T137/87249
    • An apparatus for axially transferring fluid may comprise an elongated shaft defining a first fluid passageway axially therethrough and a second fluid passageway from an outer surface thereof to the first fluid passageway. An elongated tube member defines an outer surface that is received within the first fluid passageway and a third fluid passageway axially therethrough. A plurality of axial channels are defined between the tube member and the first fluid passageway or along the tube member separately from the third fluid passageway. At least one of the plurality of axial channels define a first opening near one end thereof that receives fluid from a source of fluid and a second opening axially spaced apart from the first opening and that aligns with the second fluid passageway such that fluid may be transferred by the at least one fluid passageway from the source of fluid through the second fluid passageway.
    • 用于轴向传送流体的装置可以包括细长轴,其限定轴向穿过其中的第一流体通道,以及从其外表面到第一流体通道的第二流体通道。 细长管构件限定了容纳在第一流体通道内的外表面和轴向穿过其中的第三流体通道。 多个轴向通道限定在管构件和第一流体通道之间,或者与第三流体通道分开地沿着管构件。 多个轴向通道中的至少一个在其一端附近限定第一开口,其接收来自流体源的流体和与第一开口轴向间隔开的第二开口,并与第二流体通道对准,使得流体可被转移 通过来自流体源的至少一个流体通道通过第二流体通道。
    • 8. 发明授权
    • Steer mechanism for a steer-by-driving vehicle
    • 转向车辆转向机构
    • US4841841A
    • 1989-06-27
    • US212557
    • 1988-06-27
    • James A. RedelmanJames W. Morrow
    • James A. RedelmanJames W. Morrow
    • B62D11/18
    • B62D11/183
    • A steer-by-driving control for controlling a hydrostatic steering unit to permit consistent operator input during forward and reverse travel has a valve assembly including a distribution valve and a pair of sleeve valves. The sleeve valves are rotatably mounted on the distribution valve and are interconnected by a gear arrangement. One sleeve valve is rotated by the operator in response to a steer request while the other sleeve member, due to the gearing, rotates oppositely. The distribution valve member controls fluid flow through forward and reverse steer passages formed in the sleeve valves to a signal valve for distribution to a control member of a hydrostatic unit. The distribution valve member is subjected to rotary input from the hydrostatic steering unit to stop fluid flow when the proper steer position has been reached. The signal valve is positioned according to the direction of the vehicle operation to selectively send the steer signals to the proper portions of the hydrostatic control.
    • 用于控制静液压转向单元以在正向和反向行驶期间允许一致的操作者输入的转向控制控制具有包括分配阀和一对套筒阀的阀组件。 套筒阀可旋转地安装在分配阀上并通过齿轮装置相互连接。 一个套筒阀由操作者响应于转向要求而旋转,而另一个套筒构件由于传动装置相反地旋转。 分配阀构件通过形成在套筒阀中的正向和反向转向通道将流体流动控制到信号阀,以分配到静液压单元的控制构件。 当达到适当的转向位置时,分配阀构件从静液压转向单元经受旋转输入以停止流体流动。 信号阀根据车辆操作的方向定位,以选择性地将转向信号发送到静液压控制的适当部分。
    • 9. 发明授权
    • Apparatus and method for axially transferring fluids to a plurality of components
    • 将流体轴向传送到多个部件的装置和方法
    • US07938147B2
    • 2011-05-10
    • US12265717
    • 2008-11-05
    • Mark L. AndersonJames RaszkowskiJames A. Redelman
    • Mark L. AndersonJames RaszkowskiJames A. Redelman
    • F16L9/18
    • F16L27/087Y10T137/206
    • An apparatus for axially transferring fluid may comprise an elongated shaft defining a first fluid passageway axially therethrough and a second fluid passageway from an outer surface thereof to the first fluid passageway. An elongated tube member defines an outer surface that is received within the first fluid passageway and a third fluid passageway axially therethrough. A plurality of axial channels are defined between the tube member and the first fluid passageway or along the tube member separately from the third fluid passageway. At least one of the plurality of axial channels define a first opening near one end thereof that receives fluid from a source of fluid and a second opening axially spaced apart from the first opening and that aligns with the second fluid passageway such that fluid may be transferred by the at least one fluid passageway from the source of fluid through the second fluid passageway.
    • 用于轴向传送流体的装置可以包括细长轴,其限定轴向穿过其中的第一流体通道,以及从其外表面到第一流体通道的第二流体通道。 细长管构件限定了容纳在第一流体通道内的外表面和轴向穿过其中的第三流体通道。 多个轴向通道限定在管构件和第一流体通道之间,或者与第三流体通道分开地沿着管构件。 多个轴向通道中的至少一个在其一端附近限定第一开口,其接收来自流体源的流体和与第一开口轴向间隔开的第二开口,并与第二流体通道对准,使得流体可被转移 通过来自流体源的至少一个流体通道通过第二流体通道。
    • 10. 发明授权
    • Electro-mechanical transmission
    • 机电传动
    • US07497796B2
    • 2009-03-03
    • US11402728
    • 2006-04-12
    • James P. OrdoJames A. Redelman
    • James P. OrdoJames A. Redelman
    • F16H3/72
    • F16H57/025B62D11/16F16H3/54
    • A hybrid electromechanical transmission for a tracked vehicle includes a drive motor and a steer motor with separate propulsion paths to output members of the transmission. A two-speed range package is provided, including an input planetary gear set and first and second clutches. The first and second clutches are selectively alternatively engagable to establish two speed ratios between the drive motor and the remainder of the transmission. Additionally, the drive motor and the steer motor are preferably designed with a module construction, allowing for easy connection and removal for serviceability via the use of axial V-clamps.
    • 用于跟踪车辆的混合机电变速器包括驱动马达和转向马达,其具有到变速器的输出构件的独立推进路径。 提供了一个双速范围的包装,包括输入行星齿轮组和第一和第二离合器。 第一离合器和第二离合器选择性地可接合以在驱动马达与变速器的其余部分之间建立两个速比。 此外,驱动马达和转向马达优选地被设计成具有模块结构,允许通过使用轴向V形夹具容易地连接和拆卸以便维修。