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    • 6. 发明授权
    • Pressure relief system for a check valve
    • 止回阀的减压系统
    • US5018486A
    • 1991-05-28
    • US534985
    • 1990-06-08
    • Richard S. DavisJordan R. LeeGlen R. MacFarlane
    • Richard S. DavisJordan R. LeeGlen R. MacFarlane
    • F02B29/02F02M35/10
    • F02M35/10236F02B29/02F02M35/10072F02M35/10275F02M35/1038Y02T10/146
    • A pressure relief system is for an engine having an intake passage leading to a cylinder, a check valve in the intake passage to allow fluid flow toward the cylinder and obstruct fluid back-flow in the reverse direction, and a bypass port located on the intake passage so that the bypass port communicates with a downstream portion defined by the portion of the intake passage between the cylinder and check valve. The pressure relief system comprises a pressure relief passage connected between the bypass port and a reservoir enabling communication between the reservoir and downstream portion. A pressure-sensitive valve is connected to the pressure relief passage. The pressure-sensitive valve allows the communication if the pressure in the downstream portion exceeds a reference pressure by a predetermined amount, and obstructs the communication if the pressure in the downstream portion does not exceed the reference pressure by the predetermined amount.
    • 压力释放系统用于具有通向气缸的进气通道的发动机,进气通道中的止回阀,以允许流体朝向气缸流动并妨碍反向流体的逆流,以及位于进气口上的旁通口 通道,使得旁通端口与由气缸和止回阀之间的进气通道的部分限定的下游部分连通。 压力释放系统包括连接在旁通端口和储存器之间的压力释放通道,其能够在储存器和下游部分之间进行连通。 压力敏感阀连接到压力释放通道。 如果下游部分的压力超过基准压力预定量,压敏阀就允许通信,如果下游部分的压力不超过基准压力预定量,则阻碍通信。
    • 7. 发明授权
    • Dynamic braking circuit for universal motor
    • 通用电机动态制动电路
    • US4751414A
    • 1988-06-14
    • US42401
    • 1987-04-24
    • Richard S. DavisAllen F. Podell
    • Richard S. DavisAllen F. Podell
    • H02P3/06H02P3/08
    • H02P3/06
    • A dynamic braking circuit for a universal motor is disclosed. A switching mechanism is used to reverse the orientation of the series field winding with respect to the rotor when power is removed. Because the rotor acts as a generator when power is removed, it will generate current to the field winding. Because the orientation of the field winding has been reversed, the field winding will thus try to make the motor run in the opposite direction, thereby exerting a braking force on the motor. The amount of the braking force is limited by using a portion of a second winding to oppose the reversed action of the first winding.
    • 公开了一种用于通用电动机的动态制动电路。 当断电时,切换机构用于扭转串联励磁绕组相对于转子的取向。 因为当功率消除时,转子作为发电机,它将产生电流到励磁绕组。 由于励磁绕组的取向已经被反转,因此励磁绕组将试图使电动机沿相反的方向运行,从而对电动机施加制动力。 通过使用第二绕组的一部分来对抗第一绕组的反作用来限制制动力的量。
    • 9. 发明授权
    • Modular enclosure apparatus
    • 模块化外壳设备
    • US5471099A
    • 1995-11-28
    • US977297
    • 1992-11-16
    • Henri J. LarabellRichard S. Davis
    • Henri J. LarabellRichard S. Davis
    • G11B33/12G11B33/14H05K7/20
    • G11B33/126G11B33/128G11B33/142H05K7/20572Y10T307/555
    • Disclosed herein is a modular enclosure apparatus for personal computers and/or work stations having a plurality of removable and replaceable modules. These modules include a cooling module for cooling the enclosure; a memory storage device module having a plurality of mating slides and carriers for routine installation and removal of each memory storage device; and a power supply module for providing power to the enclosure. In a RAID embodiment, the modular enclosure apparatus includes a RAID controller module which is similarly removable and replaceable. Each of the modules may include a circuit interrupt assembly for disabling individual modules (by cutting off power to the desired module) and allowing that module or parts contained therein to be removed while the power is disabled only to the module desired and the remaining modules continue to be enabled.
    • 这里公开了一种用于个人计算机和/或具有多个可拆卸和可替换模块的工作站的模块化外壳设备。 这些模块包括用于冷却外壳的冷却模块; 存储器存储设备模块,具有多个配合的滑块和载体,用于常规安装和移除每个存储器存储设备; 以及用于向所述外壳提供电力的电源模块。 在RAID实施例中,模块化机柜设备包括类似可移动和可替换的RAID控制器模块。 每个模块可以包括电路中断组件,用于禁用各个模块(通过切断所需模块的电源),并允许在仅对所需模块进行功率禁用的同时,将其中包含的模块或部件移除,并且剩余的模块继续 被启用。