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    • 11. 发明授权
    • Chemical supply system
    • 化学供应系统
    • US08636477B2
    • 2014-01-28
    • US13069300
    • 2011-03-22
    • Isao NagasakiAkihiro ItoTetsuya Toyoda
    • Isao NagasakiAkihiro ItoTetsuya Toyoda
    • F04B49/00F04B9/08F04B35/02F04B9/12
    • F04B43/073
    • This invention provides a chemical supply system for supplying chemical solution from a chemical tank. The chemical supply system includes a chemical supply pump, a pressure adjuster configured to suction the chemical solution into the pump chamber by setting the pressure of working gas to a suction pressure, a switching controller configured to switch the suction-side opening-closing valve to the open state for starting to fill the pump chamber with the chemical solution, a pressure detector configured to detect at least one of a gas pressure in a space connected to the working chamber and a gas pressure in the working chamber when the suction-side opening-closing valve is switched to the open state and starts an inflow of the chemical solution to the pump chamber, and a suction controller configured to control the suction pressure applied to the working chamber by the pressure adjuster, based on a detection result of the pressure detector.
    • 本发明提供了一种用于从化学罐供应化学溶液的化学品供应系统。 化学品供给系统包括化学品供给泵,压力调节器,其构造成通过将工作气体的压力设定为吸入压力而将化学溶液吸入泵室;切换控制器,其将吸入侧开闭阀切换为 用于开始用化学溶液填充泵室的打开状态;压力检测器,构造成检测连接到工作室的空间中的气体压力和当吸入侧开口处的工作室中的气体压力中的至少一个时 闭合阀切换到打开状态并开始将化学溶液流入泵室,以及吸入控制器,其构造成基于压力的检测结果来控制由压力​​调节器施加到工作室的吸入压力 探测器。
    • 12. 发明申请
    • Gas well liquid recovery
    • 气井液回收
    • US20050175476A1
    • 2005-08-11
    • US11053979
    • 2005-02-08
    • Dwight Patterson
    • Dwight Patterson
    • F04B13/02F04B49/00F04B9/12
    • F04B13/02
    • A gas operated, submersible pumping system, is disclosed as being capable of recovering well fluids below ground surface from a natural gas production well and is adapted to be coupled to flexible continuous metal conveyance conduits. The system includes a housing constructed of a corrosion resistant material; gas inlet and output ports for accommodating respectively higher and lower pressures; well fluids inlet and outlet ports; an internal gas logic switching valve to control pumping action; and a pneumatic mechanical amplifier piston, which isolates gas from liquids, and transfers lower pressure gas into higher pressure liquid discharge pressure, wherein the submersible pumping system is operable between a refill and discharge mode so as to recycle inlet well gas back into the production well without substantially reconstituting the well gas.
    • 公开了一种气体操作的潜水泵送系统,其能够从天然气生产井中回收地下表面以下的井液,并适于与柔性连续的金属输送管连接。 该系统包括由耐腐蚀材料构成的壳体; 气体入口和出口用于容纳分别更高和更低的压力; 井流体入口和出口; 内部气体逻辑切换阀,用于控制泵送动作; 以及气体机械放大器活塞,其将气体与液体隔离,并将较低压气体转移到更高压力的液体排出压力中,其中潜水泵送系统可在再填充和排出模式之间操作,以将进口井气体再循环回生产井 而没有大量重构井气。
    • 13. 发明申请
    • Infusion pump system of fluid for medical purposes
    • 用于医疗用途的输液泵系统
    • US20050100452A1
    • 2005-05-12
    • US10703291
    • 2003-11-07
    • Yeon-Sahng Oh
    • Yeon-Sahng Oh
    • A61M5/145A61M5/148F04B9/12F04B43/067
    • F04B43/067A61M5/148A61M2005/14513F04B9/12
    • The present invention relates to an infusion pump system of fluid which can keep supplying a regular quantity of the fluid to the patient regardless of the position of the reservoir by applying pressure upon the reservoir. The infusion pump system of fluid according to the present invention comprises a flexible reservoir containing the fluid therein; a chamber having a squeezer therein which is in tight contact with an outer surface of the reservoir to apply pressure on the reservoir and spaced from an inner wall of the chamber; a storage containing air therein to be supplied to a space between the inner wall of the chamber and the squeezer; and a pressurizing plate movable back and forth in the storage by driving force of a motor to supply the air in the storage to the space between the inner wall of the chamber and the squeezer.
    • 本发明涉及一种输液泵系统,其可以通过向储存器施加压力而无论储存器的位置如何,都可以向患者提供常规量的流体。 根据本发明的输液泵系统包括在其中容纳流体的柔性储存器; 其中具有挤压器的室,其与储存器的外表面紧密接触,以将压力施加在储存器上并与室的内壁间隔开; 其中包含空气的储存器供应到所述室的内壁和所述挤压机之间的空间; 以及通过马达的驱动力在储存器中来回移动的加压板,以将储存器中的空气供应到室的内壁和挤压机之间的空间。
    • 15. 发明授权
    • Leak detection assembly
    • 泄漏检测组件
    • US5635630A
    • 1997-06-03
    • US651095
    • 1996-05-21
    • Gary D. DawsonWilliam B. BlomquistJohn CookMurray Busato
    • Gary D. DawsonWilliam B. BlomquistJohn CookMurray Busato
    • F02M25/08F04B9/12F02M37/04G01M3/20
    • F02M25/0809F02M25/0818F04B9/1215
    • An assembly for testing an evaporative emission control system of an automotive vehicle which controls emission of volatile fuel vapors. The assembly is used to determine if a leak is present in a portion of the system which includes a vapor collection canister. The leak detection assembly incorporates a vacuum actuated canister vent control valve which seals the evaporative system so the leak detection test can be performed. A vacuum actuated pump which performs a leak detection test. An engine control unit initializes the pump by drawing air into a pump cavity and also closes the vent control valve. After the initialization period, the pump is activated to pressurize the evaporative emission control system. Once a control pressure is achieved, the cycle rate starts to drop off. If no leak exists in the system, the pump will eventually stop pumping. If there is a leak, the pump will continue to pump at a rate that will be representative of the flow characteristics of the size of the leak. After the test has been concluded, the vent control valve will unseal the system after the vacuum has been bled out through the orifice/check valve that has been holding the seal during the test.
    • 一种用于测试汽车的蒸发排放控制系统的组件,其控制挥发性燃料蒸气的排放。 该组件用于确定在包括蒸气收集罐的系统的一部分中是否存在泄漏。 泄漏检测组件包括真空致动的罐排气控制阀,其密封蒸发系统,从而可以执行泄漏检测测试。 执行泄漏检测试验的真空致动泵。 发动机控制单元通过将空气吸入泵腔来初始化泵,还关闭排气控制阀。 在初始化阶段之后,激活泵以对蒸发排放控制系统加压。 一旦达到控制压力,循环速率开始下降。 如果系统中没有泄漏,泵将最终停止泵送。 如果有泄漏,泵将继续以一定的速度进行泵送,该速率将代表泄漏尺寸的流量特性。 试验结束后,通过在试验过程中保持密封的孔/止回阀,真空排出后,排气控制阀将开启系统。
    • 16. 发明授权
    • Device for the generation of auxiliary pressure
    • 辅助压力产生装置
    • US5137436A
    • 1992-08-11
    • US509935
    • 1990-04-16
    • Guenther Vogel
    • Guenther Vogel
    • F04B9/12F01L23/00F01L31/02F02B1/04F04B9/113
    • F04B9/113F01L23/00F01L31/02F02B1/04Y10T137/86686
    • This invention relates to a device for the generation of auxiliary pressure, and has control valves (2) arranged in a control housing (1) of a control unit. The control valves (2), depending on their position, actuate several control channels (4) leading into severan control pressure chambers (3) so that, depending on the position of the control valves (2), communication can be established between an energy source (5) and s spring-loaded servo piston (6) which, via an adjoining working cylinder (7) sealed by the servo piston (6), delivers a medium of low pressure level to an energy level of high pressure by means of a pressure piston (8), with the servo piston (6) having elastic means (11) which influences a change-over point of the control valves (2) and which, for the purpose of switching the control valves (2), can be clamped in position between a servo element (9) connected on the servo piston (6) and control rod (10) engaging the control unit. The device provides simple, operationally reliable, actuation of the control valves (2). The device of the present invention is particularly useful for automotive vehicle applications.
    • 本发明涉及一种用于产生辅助压力的装置,并且具有设置在控制单元的控制壳体(1)中的控制阀(2)。 根据控制阀的位置,控制阀(2)致动多个控制通道(4),引导到二级控制压力室(3),从而根据控制阀(2)的位置,能够在能量 源(5)和弹簧加载的伺服活塞(6),其通过由伺服活塞(6)密封的相邻的工作缸(7)通过下述方式将低压水平的介质通过 压力活塞(8),伺服活塞(6)具有影响控制阀(2)的转换点的弹性装置(11),并且为了切换控制阀(2)的目的,可以 被夹紧在连接在伺服活塞(6)的伺服元件(9)与与控制单元接合的控制杆(10)之间。 该设备提供简单,可操作可靠的致动控制阀(2)。 本发明的装置对于汽车应用特别有用。
    • 18. 发明授权
    • Pneumatic metering pump apparatus
    • 气动计量泵装置
    • US4565504A
    • 1986-01-21
    • US543531
    • 1983-10-20
    • Albert A. GeorgeDavid B. George
    • Albert A. GeorgeDavid B. George
    • F04B9/127F04B13/00F04B53/16F04B9/12
    • F04B13/00F04B53/164F04B9/127
    • A pneumatic metering pump apparatus, having a pump member, working in combination with power head means wherein a pneumatically driven piston would cooperate with the pump means. There would be further provided a fluid inlet providing fluid flow to the power head and a valving element in communication with the first fluid inlet and the piston. Further, a timer would be in fluid communication with the valve and piston, would also include a valving element housed in the valving member for providing fluid communication between the valving member and the piston when the valving member is in the first position and blocking fluid communication between the valving member and the piston and establish fluid communication between the piston and an exhaust when the valving member is in a second position.
    • 一种具有泵构件的气动计量泵装置,与动力头装置组合起作用,其中气动驱动的活塞将与泵装置配合。 还将提供一种向动力头提供流体流动的流体入口和与第一流体入口和活塞连通的阀元件。 此外,定时器将与阀和活塞流体连通,还包括容纳在阀构件中的阀元件,用于当阀构件处于第一位置时阻止阀构件和活塞之间的流体连通,并阻止流体连通 在阀构件和活塞之间并且当阀构件处于第二位置时在活塞和排气之间建立流体连通。
    • 19. 发明授权
    • Automobile vacuum system for inflating tires
    • 用于充气轮胎的汽车真空系统
    • US4224013A
    • 1980-09-23
    • US965929
    • 1978-12-04
    • Arthur Davis, Sr.
    • Arthur Davis, Sr.
    • B60C23/10F01L25/06F02B63/06F02B65/00F04B9/12F04B35/00
    • F04B9/1207B60C23/10F01L25/063F02B65/00F02B63/06
    • An air compressor for inflating pneumatic tires of a motor vehicle is particularly adapted to be powered by the negative pressure created at the intake manifold of the vehicle engine. The piston of a reciprocating air pump has a direct mechanical coupling with the plunger of a pneumatic cylinder assembly for driving the air pump. The cylinder assembly in turn is operated by the negative pressure of the intake manifold through a unique valve control system which automatically directs the negative pressure flow in a manner to reciprocate the plunger and hence, drive the air pump piston. In preferred forms, the plunger presents a greater operating area than the air pump piston whereby a pressure multiplying effect is provided to obtain the relatively high inflation pressures required for many pneumatic tires.
    • 用于对机动车辆的充气轮胎充气的空气压缩机特别适于由在车辆发动机的进气歧管处产生的负压来驱动。 往复式气泵的活塞与用于驱动气泵的气动缸组件的柱塞直接机械联接。 气缸组件又通过独特的阀门控制系统由进气歧管的负压操作,该阀门控制系统以使柱塞往复运动的方式自动引导负压流,因此驱动气泵活塞。 在优选形式中,柱塞具有比空气泵活塞更大的操作面积,由此提供压力倍增效应以获得许多充气轮胎所需的相对高的充气压力。