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    • 11. 发明授权
    • Tandem master cylinder with central valves
    • 串联主缸带中心阀
    • US07555902B2
    • 2009-07-07
    • US11803951
    • 2007-05-16
    • Milan Klimes
    • Milan Klimes
    • F15B7/08B60T11/28
    • F15B7/08B60T11/232F15B7/10
    • A tandem master cylinder (1) with central valves has ball-shaped valve members (25, 40) with leaf springs (26, 41) serving as valve springs. The ball-shaped valve members (25, 40) can be manufactured of a plastic material, coated with an elastomer. The size of the balls is preferably adjusted to the size of the pistons (4, 5) to allow a maximum flow while ensuring at the same time that the piston walls retain a thickness. The leaf springs (26, 41) have a bowl-shaped body (61), which is shaped like a partial sphere. To avoid an entrapment of brake fluid or a vacuum between the balls (25, 40) and the leaf springs (26, 41), respectively, a central hole (62) has been provided in the bowl-shaped body (61). The leaf springs (26, 41) are equipped with a plurality of tongue-shaped extremities (63) extending radially outward with end portions (64) bent toward the axial side on which the valve members (25, 40) are located.
    • 具有中心阀的串联主缸(1)具有球阀(25,40),其具有用作阀弹簧的板簧(26,41)。 球形阀构件(25,40)可以由塑料材料制成,涂覆有弹性体。 优选地,将球的大小调节到活塞(4,5)的尺寸以允许最大流量,同时确保活塞壁保持厚度的同时。 板簧(26,41)具有碗形体(61),其形状类似于局部球体。 为了避免分别在球(25,40)和板簧(26,41)之间夹住制动液或真空,在碗状体(61)中设置有中心孔(62)。 板簧(26,41)具有多个向径向向外延伸的舌状末端(63),端部(64)朝向阀构件(25,40)所在的轴向侧弯曲。
    • 12. 发明申请
    • Tandem master cylinder with central valves
    • 串联主缸带中心阀
    • US20080282697A1
    • 2008-11-20
    • US11803951
    • 2007-05-16
    • Milan Klimes
    • Milan Klimes
    • B60T11/20F16F1/18F16K27/00
    • F15B7/08B60T11/232F15B7/10
    • A tandem master cylinder (1) with central valves has ball-shaped valve members (25, 40) with leaf springs (26, 41) serving as valve springs. The ball-shaped valve members (25, 40) can be manufactured of a plastic material, coated with an elastomer. The size of the balls is preferably adjusted to the size of the pistons (4, 5) to allow a maximum flow while ensuring at the same time that the piston walls retain a thickness. The leaf springs (26, 41) have a bowl-shaped body (61), which is shaped like a partial sphere. To avoid an entrapment of brake fluid or a vacuum between the balls (25, 40) and the leaf springs (26, 41), respectively, a central hole (62) has been provided in the bowl-shaped body (61). The leaf springs (26, 41) are equipped with a plurality of tongue-shaped extremities (63) extending radially outward with end portions (64) bent toward the axial side on which the valve members (25, 40) are located.
    • 具有中心阀的串联主缸(1)具有球阀(25,40),其具有用作阀弹簧的板簧(26,41)。 球形阀构件(25,40)可以由塑料材料制成,涂覆有弹性体。 优选地,将球的大小调节到活塞(4,5)的尺寸以允许最大流量,同时确保活塞壁保持厚度的同时。 板簧(26,41)具有碗形体(61),其形状类似于局部球体。 为了避免分别在球(25,40)和板簧(26,41)之间夹住制动液或真空,在碗状体(61)中设置有中心孔(62)。 板簧(26,41)具有多个向径向向外延伸的舌状末端(63),端部(64)朝向阀构件(25,40)所在的轴向侧弯曲。
    • 13. 发明申请
    • Pedal Feel Simulator Actuator and Cutoff Assembly
    • 踏板感觉模拟器执行器和截止装配
    • US20120023927A1
    • 2012-02-02
    • US12846492
    • 2010-07-29
    • Milan Klimes
    • Milan Klimes
    • B60T13/128
    • B60T7/042B60T7/06B60T8/409B60T13/686
    • A braking system includes an emulator cylinder, an emulator actuator piston within the emulator cylinder, an emulator actuator chamber within the emulator cylinder defined in part by the emulator actuator piston, a pedal feel simulator including an input port in fluid communication with the emulator actuator chamber and an output port, a selector piston movable within the emulator cylinder between a first position and a second position, and a poppet valve operably connected to the emulator actuator piston, the poppet valve movable by the emulator actuator piston between a deactivated position and an actuated position and configured such that (i) when the selector piston is in the first position and the poppet valve is in the actuated position, the poppet valve is closed and the emulator actuator chamber is not in fluid communication with the reservoir through the poppet valve, and (ii) when the selector piston is in the second position and the poppet valve is in the actuated position, the poppet valve is open and the emulator actuator chamber is in fluid communication with the reservoir through the poppet valve.
    • 制动系统包括仿真器气缸,仿真器气缸内的仿真器致动器活塞,模拟器气缸内部由模拟器致动器活塞限定的仿真器气缸中的仿真器致动器室,包括与仿真器致动器室流体连通的输入端口的踏板感觉模拟器 输出端口,选择活塞,其可在仿真器气缸内在第一位置和第二位置之间移动,并且提升阀可操作地连接到仿真器致动器活塞,提升阀可由仿真器致动器活塞在停用位置和致动器 位置并且构造成使得(i)当选择活塞处于第一位置并且提升阀处于致动位置时,提升阀关闭,并且模拟器致动器室不通过提升阀与储存器流体连通, 和(ii)当选择活塞处于第二位置并且提升阀处于致动位置时, 提升阀打开,并且模拟器致动器室通过提升阀与储存器流体连通。
    • 16. 发明授权
    • Fast fill tandem master cylinder
    • 快速填充串联主缸
    • US08671679B2
    • 2014-03-18
    • US12832988
    • 2010-07-09
    • Milan Klimes
    • Milan Klimes
    • B60T11/16
    • B60T11/20B60T11/224
    • A fast fill braking system includes a master cylinder, a primary pressure chamber having a first chamber portion located forwardly of a second chamber portion, the first chamber portion having a diameter larger than a diameter of the second chamber portion, and a primary piston including a first piston portion positioned within the primary pressure chamber and a second piston portion extending out of the primary pressure chamber, the first piston portion having a diameter (i) larger than a diameter of the second piston portion, and (ii) complementary to the diameter of the second chamber portion.
    • 快速填充制动系统包括主缸,初级压力室,其具有位于第二室部分的前方的第一室部分,第一室部分具有大于第二室部分直径的直径;以及主活塞, 位于主压力室内的第一活塞部分和延伸出主压力室的第二活塞部分,第一活塞部分的直径(i)大于第二活塞部分的直径,(ii)与直径 的第二室部分。
    • 17. 发明申请
    • ACTUATOR
    • 执行机构
    • US20130305856A1
    • 2013-11-21
    • US13829758
    • 2013-03-14
    • Milan Klimes
    • Milan Klimes
    • F16H1/20
    • F16H1/20H02K7/116H02K29/08Y10T74/188
    • An actuator comprising a housing for a motor assembly including a rotatable motor pinion and a stator, a gear assembly including rotatable first, second, and third gears, and a sensor assembly. The motor pinion and the second gear are both mounted to the same shaft in the housing. The first gear s coupled to both the motor pinion and the second gear and the third gear is coupled to the second gear and defines an aperture adapted to receive the rotatable shaft of a vehicle part. In one embodiment, the third gear is a sector gear and a pair of washers and a bushing mount the sector gear for rotation in the housing.
    • 一种致动器,包括用于马达组件的壳体,该壳体包括可旋转的马达小齿轮和定子,齿轮组件包括可旋转的第一,第二和第三齿轮以及传感器组件。 马达小齿轮和第二齿轮均安装在壳体中的同一轴上。 耦合到电机小齿轮和第二齿轮的第一齿轮和第三齿轮联接到第二齿轮并且限定适于接收车辆部件的可旋转轴的孔。 在一个实施例中,第三齿轮是扇形齿轮,一对垫圈和衬套安装用于在壳体中旋转的扇形齿轮。
    • 18. 发明授权
    • Pedal feel simulator actuator and cutoff assembly
    • 踏板感觉模拟器执行器和切割组件
    • US08561401B2
    • 2013-10-22
    • US12846492
    • 2010-07-29
    • Milan Klimes
    • Milan Klimes
    • B60T13/20
    • B60T7/042B60T7/06B60T8/409B60T13/686
    • A braking system includes an emulator cylinder, an emulator actuator piston within the emulator cylinder, an emulator actuator chamber within the emulator cylinder defined in part by the emulator actuator piston, a pedal feel simulator including an input port in fluid communication with the emulator actuator chamber and an output port, a selector piston movable within the emulator cylinder between a first position and a second position, and a poppet valve operably connected to the emulator actuator piston, the poppet valve movable by the emulator actuator piston between a deactivated position and an actuated position and configured such that (i) when the selector piston is in the first position and the poppet valve is in the actuated position, the poppet valve is closed and the emulator actuator chamber is not in fluid communication with the reservoir through the poppet valve, and (ii) when the selector piston is in the second position and the poppet valve is in the actuated position, the poppet valve is open and the emulator actuator chamber is in fluid communication with the reservoir through the poppet valve.
    • 制动系统包括仿真器气缸,仿真器气缸内的仿真器致动器活塞,模拟器气缸内部由模拟器致动器活塞限定的仿真器气缸中的仿真器致动器室,包括与仿真器致动器室流体连通的输入端口的踏板感觉模拟器 输出端口,选择活塞,其可在仿真器气缸内在第一位置和第二位置之间移动,并且提升阀可操作地连接到仿真器致动器活塞,提升阀可由仿真器致动器活塞在停用位置和致动器 位置并且构造成使得(i)当选择活塞处于第一位置并且提升阀处于致动位置时,提升阀关闭,并且模拟器致动器室不通过提升阀与储存器流体连通, 和(ii)当选择活塞处于第二位置并且提升阀处于致动位置时, 提升阀打开,并且模拟器致动器室通过提升阀与储存器流体连通。