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    • 24. 发明授权
    • Control arrangement for a suspension system using a pressure medium
    • 使用压力介质的悬挂系统的控制装置
    • US3830138A
    • 1974-08-20
    • US25430472
    • 1972-05-17
    • HOESCH AG
    • JONELEIT K
    • B60G17/015B60G17/018B60G17/019B60G21/10B60G9/00
    • B60G17/0152B60G17/018B60G17/01933B60G21/106B60G2204/111B60G2204/112B60G2400/252B60G2401/17B60G2401/20B60G2500/02
    • A constant distance is maintained between the body of a vehicle and a wheel axle by changing the quantity of pressure medium in the suspension system. First switches close automatically when the body of the vehicle is too close to the wheel axle. The signal furnished by the closing of the switches is time delayed and then acts to activate a pump increasing the quantity of pressure medium in the suspension. The raising of the vehicle by this increase in pressure medium is continued until second switches are closed which indicate that the body of the vehicle is too high relative to the wheel axle. The closing of the second switches furnishes a signal which terminates the operation of the pump and initiates immediately the opening of a valve which decreases the quantity of pressure medium in the suspension. If the second switches are closed without prior closure of the first switches, the valve is opened only after the above-mentioned time delay. In both instances, the valve is again closed when the second switch reopens. In this manner the body of the vehicle is at the same distance from the wheel axle regardless of whether a lifting or a lowering of the vehicle body was initially required.
    • 通过改变悬架系统中的压力介质的数量,在车体与轮轴之间保持恒定的距离。 当车身过于靠近车轮轴时,第一个开关自动关闭。 通过关闭开关提供的信号是时间延迟的,然后用于启动泵来增加悬架中的压力介质的数量。 通过压力介质的这种增加来继续升高车辆,直到第二开关闭合,这表明车辆的车体相对于车轮轴太高。 关闭第二开关提供终止泵的操作并立即启动阀的打开的信号,该阀减小了悬架中的压力介质的数量。 如果第二开关在没有先关闭第一开关的情况下关闭,则仅在上述延时之后才打开阀。 在这两种情况下,当第二开关重新打开时,阀门再次关闭。 以这种方式,车辆的车身与轮轴的距离相同,而不管最初是否需要提升或降低车体。
    • 29. 发明申请
    • MAGNETIC ENCODER SCALE
    • 磁性编码器尺寸
    • US20110273166A1
    • 2011-11-10
    • US13145258
    • 2010-01-19
    • Howard T. SaltGeoffrey McfarlandJanez NovakLjubo Slabajna
    • Howard T. SaltGeoffrey McfarlandJanez NovakLjubo Slabajna
    • G01B7/14B05D1/38B05D3/12C23F1/02B05D5/00
    • G01D5/244B60G2204/112F15B15/2846F15B15/2861G01D5/147
    • An encoder scale is a piston rod for use in a pneumatic or hydraulic cylinder. The method includes the steps of providing a mask defining a required groove pattern on an encoder scale member that is formed from a first material (e.g. steel) and etching material from the encoder scale member, through the mask, to form a plurality of grooves in the outer surface of the encoder scale member. A second material such as copper is then deposited on to the encoder scale member to substantially fill the grooves, the second material having a different magnetic permeability than the first material. A machining process (e.g. grinding) is then used to remove any excess second material and thereby provide an encoder scale member having a substantially smooth outer surface. A step of coating the outer surface of the encoder scale member with a metal, such as chronium, is then performed.
    • 编码器秤是用于气动或液压缸的活塞杆。 该方法包括以下步骤:通过掩模在由编码器标尺构件的第一材料(例如钢)和蚀刻材料形成的编码器刻度尺上提供限定所需凹槽图案的掩模,以形成多个凹槽 编码器秤的外表面。 然后将诸如铜的第二材料沉积到编码器刻度尺上以基本上填充凹槽,第二材料具有与第一材料不同的导磁率。 然后使用机械加工(例如研磨)来除去任何多余的第二材料,从而提供具有基本光滑的外表面的编码器刻度部件。 然后执行用金属(例如时代)涂覆编码器刻度构件的外表面的步骤。