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    • 5. 发明授权
    • High force variable position detent mechanism
    • 高力可变位置制动机构
    • US6098481A
    • 2000-08-08
    • US212026
    • 1998-12-15
    • Rudy V. MillsDavid P. Smith
    • Rudy V. MillsDavid P. Smith
    • B60K20/02F16H63/38G05G5/06G05G9/047G05G9/00
    • G05G9/047Y10T74/20201Y10T74/20636Y10T74/2066
    • A high force detent mechanism to selectively hold a control input lever in any selected position between neutral and its maximum travel in either direction. The high force detent mechanism includes a coil assembly connected to a control input lever and disposed in close proximity to a semi-circular member having a serrated edge defined thereon. An armature of the coil assembly has a first portion in driving contact with the serrated edge and a second enlarge portion having a latching surface disposed adjacent one of the first and second end faces of the coil assembly's detent coil. The size of the latching surface is larger than the size of the first portion that is in driving contact with the serrated edge. Consequently, the latching force generated between the latching surface and the one face of the detent coil is multiplied several time to create a detent holding force that is larger than the latching force.
    • 高力制动机构,用于选择性地将控制输入杆保持在任何方向上的空档和其最大行程之间的任何选定位置。 高力制动机构包括线圈组件,其连接到控制输入杆并且设置成紧邻其上限定有锯齿形边缘的半圆形构件。 线圈组件的电枢具有与锯齿状边缘驱动接触的第一部分和具有邻近线圈组件的止动线圈的第一和第二端面中的一个设置的锁定表面的第二放大部分。 闩锁表面的尺寸大于与锯齿形边缘驱动接触的第一部分的尺寸。 因此,在闩锁表面和止动线圈的一个面之间产生的锁定力被乘以若干时间以产生大于锁定力的制动夹持力。
    • 10. 发明授权
    • Hydraulic regeneration system
    • 液压再生系统
    • US07444809B2
    • 2008-11-04
    • US11341630
    • 2006-01-30
    • David P. SmithDaniel T. Mather
    • David P. SmithDaniel T. Mather
    • F16D31/02
    • F15B21/14E02F9/2217E02F9/2292F15B11/006F15B2211/20523F15B2211/30575F15B2211/625F15B2211/7053F15B2211/88
    • A hydraulic system for a work machine is provided. The hydraulic regeneration system has a tank, a primary source, a first actuator, an accumulator, and a first valve mechanism. The tank is configured to hold a supply of fluid. The primary source is configured to pressurize the fluid and has a suction inlet and a discharge outlet. The first actuator is configured to receive pressurized fluid from the discharge outlet of the primary source. The accumulator is in fluid communication with the tank, the suction inlet of the primary source, and the first actuator. The first valve mechanism is disposed between the suction inlet of the primary source and the accumulator, and is movable between a first position at which fluid returning from the first actuator is directed to the suction inlet of the primary source, and a second position at which fluid returning from the first actuator is directed to only the accumulator.
    • 提供了一种用于作业机械的液压系统。 液压再生系统具有罐,主源,第一致动器,蓄能器和第一阀机构。 罐被配置成保持流体供应。 主要来源被配置为对流体加压并具有吸入口和排出口。 第一致动器构造成从主源的排出口接收加压流体。 蓄能器与罐,主源的吸入口和第一致动器流体连通。 第一阀机构设置在主源的吸入口和蓄能器之间,并且可在第一位置和第二位置之间移动,在第一位置,第一位置和第二位置之间,第一位置使从第一致动器返回的流体被引导到主源的吸入口, 从第一致动器返回的流体仅被引导到蓄能器。