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    • 2. 发明授权
    • Radial piston pump
    • 径向活塞泵
    • US5295797A
    • 1994-03-22
    • US854636
    • 1992-07-06
    • Manfred KahrsGerhard KunzFranz FleckHermann SchoellhornGerhard SchudtWinfried Huthmacher
    • Manfred KahrsGerhard KunzFranz FleckHermann SchoellhornGerhard SchudtWinfried Huthmacher
    • F04B1/04F04B1/047F04B1/053F04B1/10F04B1/107F04B1/113F07B1/04
    • F04B1/1071F04B1/0456
    • A suction-restricted radial piston pump is described, in particular for use with automotive vehicles. The pump delivers a flow constant over a broad speed range and involving low losses in output and generating only negligible noise. In one embodiment, a control slot (13), on the pressure side, is subdivided into several grooves (27,28) which at least in part are in communication, through check valves (32), with the pressure connection (20). An alternative embodiment provides a shape of the pressure-sided control slot in which the introducing end thereof is comparatively narrow to reduce noise at a high speed and the outlet-sided end thereof with a wider width sufficient to meet the required output. According to a third embodiment, the suction-sided slot (12) is provided with a narrow width section and a subsequent wider width section.
    • PCT No.PCT / EP91 / 02085 Sec。 371日期:1992年7月6日 102(e)日期1992年7月6日PCT 1991年11月5日PCT PCT。 出版物WO92 / 08051 日期:1992年5月14日。描述了一种吸入式径向柱塞泵,特别是用于机动车辆。 该泵在宽的速度范围内提供流量常数,并且在输出中产生低损耗并且仅产生可忽略的噪声。 在一个实施例中,在压力侧的控制槽(13)被细分为几个凹槽(27,28),其通过止回阀(32)与压力连接(20)至少部分地连通。 替代实施例提供压力侧控制槽的形状,其中其引入端相对较窄,以便以高速度降低噪声,并且其出口侧端具有足以满足所需输出的较宽宽度。 根据第三实施例,吸力侧狭槽(12)设置有窄的宽度部分和随后的较宽的宽度部分。
    • 5. 发明授权
    • Brake control valve arrangement
    • 制动控制阀装置
    • US4421212A
    • 1983-12-20
    • US322825
    • 1981-11-19
    • Franz Fleck
    • Franz Fleck
    • B60T13/14B60T11/10
    • B60T13/141
    • An arrangement for controlling the pressure of a hydraulic braking fluid supplied to a brake actuating cylinder includes an elongated hollow valve member mounted for axial movement in a bore of a housing. A compression spring acts on the valve member in one axial direction, and a control piston acts on the valve member in the opposite axial direction. Control pressure is admitted into an actuating compartment to act on the control piston and via the same on the valve member. The valve member forms a first valve arrangement with the control piston and a second valve arrangement with a part which is rigid with the housing. The first and second valve arrangement respectively controlled the communication of a slave unit with a low-pressure supply reservoir and with an actuating pressure source. The compression spring urges the valve member toward a position in which the first valve arrangement is open and the second valve arrangement is closed. An auxiliary spring acts on the compression spring via an auxiliary piston, a tappet and a transmission member, to augment the force of the compression spring. The control pressure is supplied upon brake actuation to the auxiliary piston to exert a hydraulic force thereon which reduces the auxiliary spring force which is transmitted to the compression spring. The sealing edge diameter of the second valve arrangement is greater than the sealing edge diameter of the first valve arrangement.
    • 用于控制供应到制动致动缸的液压制动流体的压力的装置包括安装成在壳体的孔中轴向移动的细长的中空阀构件。 压缩弹簧沿一个轴向作用在阀构件上,并且控制活塞在相反的轴向作用在阀构件上。 控制压力被允许进入致动室以作用在控制活塞上并且通过其在阀构件上作用。 阀构件形成具有控制活塞的第一阀装置和具有与壳体刚性的部件的第二阀装置。 第一和第二阀装置分别控制从属单元与低压供应储存器和致动压力源的连通。 压缩弹簧将阀构件推向第一阀装置打开并且第二阀装置关闭的位置。 辅助弹簧经由辅助活塞,挺杆和传动构件作用在压缩弹簧上,以增加压缩弹簧的力。 控制压力在制动器致动时供给辅助活塞,以在其上施加液压力,从而减小传递到压缩弹簧的辅助弹簧力。 第二阀装置的密封边缘直径大于第一阀装置的密封边缘直径。