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    • 1. 发明授权
    • Injection system for an internal combustion engine
    • 内燃机喷射系统
    • US5678524A
    • 1997-10-21
    • US644500
    • 1996-05-10
    • Herwig OfnerDenis Walter Gill
    • Herwig OfnerDenis Walter Gill
    • F02M21/02F02M59/14F02M21/04
    • F02M21/0245F02M21/0212F02M59/14F02M21/0224F02M21/0275F02M21/029Y02T10/32
    • An injection system for an internal combustion engine, in particular an engine operating on liquid gas as fuel or fuel component, includes an injection unit for each cylinder for direct fuel injection into the combustion chamber, and a fuel supply system with at least one fuel tank and an oscillating pump element configured as a displacer for delivery of the fuel. The pump element is provided with an elastic sealing element fitted in a housing and which divides a pump chamber into two subchambers sealed tightly against each other, the first subchamber being supplied with fuel via a fuel feed line of the fuel supply system, and the second subchamber being supplied with a secondary medium. The dead volumes of the pump element may be reduced by configuring the pump chamber as an annular chamber at least partially surrounding a shaft moving axially in a cylinder, which shaft is mechanically linked with the sealing element.
    • 用于内燃机的喷射系统,特别是作为燃料或燃料部件的液体气体的发动机包括用于每个气缸的喷射单元,用于直接燃料喷射到燃烧室中,以及具有至少一个燃料箱的燃料供给系统 以及构造为用于输送燃料的置换器的振荡泵元件。 泵元件设置有弹性密封元件,其装配在壳体中,并且将泵室分成两个彼此紧密密封的子室,第一子室经由燃料供应系统的燃料供给管线供应燃料,第二子室 子室被提供有次级介质。 泵元件的死体积可以通过将泵室构造为至少部分地围绕在气缸中轴向移动的轴的环形室来减小,该轴与密封元件机械连接。
    • 2. 发明授权
    • Pressure sensor
    • 压力传感器
    • US5353643A
    • 1994-10-11
    • US990799
    • 1992-12-15
    • Josef Glaser
    • Josef Glaser
    • G01L9/00G01L9/04G01L9/08G01L9/12G01L19/04G01L23/22
    • G01L9/0001G01L19/04G01L23/22G01L9/0002G01L9/0005
    • To compensate for temperature effects on the measuring signal of a pressure sensor which includes a membrane part with at least indirect signal generation and is a supporting base, the membrane part being deformed by the pressure to be measured and cooperable with a pressure sensing element, the the membrane part is constructed to include at least one pair of concentric cylindrical surfaces positioned at a small radial distance from each other. The cylindrical surfaces are closed along their circumference, and one of the cylindrical surfaces increases its diameter when subjected to pressure and the diameter of the other decreases. Changes of the two diameters in the same direction take place in the instance of a temperature change.
    • 为了补偿温度对包括具有至少间接信号产生的膜部分的压力传感器的测量信号的温度影响,并且是支撑基座,膜部分被测量的压力变形并与压力感测元件配合, 膜部分构造成包括彼此相距小的径向距离的至少一对同心圆柱形表面。 圆柱形表面沿其圆周封闭,其中一个圆柱形表面在经受压力时增加其直径,另一个圆柱形表面的直径减小。 在相同方向上的两个直径的变化在温度变化的情况下发生。
    • 3. 发明授权
    • Method and arrangement for warming up internal combustion engines on a
testing stand
    • 在试验台上升温内燃机的方法和装置
    • US5341674A
    • 1994-08-30
    • US849888
    • 1992-03-12
    • Wilhelm Kunzfeld
    • Wilhelm Kunzfeld
    • G01M15/02G01M15/00
    • G01M15/02
    • A test stand for testing multiple engines which may be liquid cooled or air cooled including apparatus for preheating a liquid coolant to preheat the engine prior to testing, apparatus for heating lubricant for preheating the engine prior to testing, apparatus for conserving the heat through heat exchangers to heat the coolant and the lubricant for a supply of coolant and lubricant for testing a successive engine; a brake and drag for the engine arranged for generating electricity to obtain electrical energy from the testing forces. For an air cooled engine, a throttle arrangement is added to block the air for a fast heating of the engine prior to testing. In one form, lubricant is bypassed from the sump up to the head of the engine and heated in the bypass such as by a heat exchanger energized by heat from the coolant from testing a previous engine.
    • 用于测试可以是液体冷却或空气冷却的多个发动机的测试台,包括用于在测试之前预热液体冷却剂以预热发动机的装置,用于在测试之前加热发动机的润滑剂的设备,用于通过热交换器保存热量的装置 加热冷却剂和润滑剂以供供应冷却剂和润滑剂,以测试连续发动机; 用于发动机的制动和拖动,用于发电以从测试力获得电能。 对于空气冷却发动机,添加节气门装置以阻挡空气以在测试之前快速加热发动机。 在一种形式中,润滑剂从贮槽旁路直到发动机的头部,并且在旁路中被加热,例如通过来自测试先前的发动机的来自冷却剂的热量的热交换器。
    • 6. 发明授权
    • Charge amplifier circuit with drift compensation
    • 充电放大器电路具有漂移补偿
    • US4962328A
    • 1990-10-09
    • US301086
    • 1989-01-25
    • Gerhard WossKlaus Leitmeier
    • Gerhard WossKlaus Leitmeier
    • F02B75/02H03F1/30H03F3/70
    • H03F3/70H03F1/303F02B2075/025
    • A charge amplifier circuit for balancing drift between periodically occurring measured signals includes a drift-compensating device with a sample/hold unit which is triggered by a trigger device in accordance with the period of the measured signals. The trigger device is connected for supplying trigger pulses, so that the drift at an output of the charge amplifier, determined at the end of a compensation period, can be taken into account by the sample/hold unit to supply a compensating current to an input of the charge amplifier. The triggering of the sample/hold unit can be performed by external or internal triggering arrangements, so that simple measurements can be undertaken without a large outlay of equipment.
    • 用于平衡周期性测量信号之间的漂移的电荷放大器电路包括具有采样/保持单元的漂移补偿装置,该采样/保持单元根据测量信号的周期由触发装置触发。 触发装置被连接用于提供触发脉冲,使得在补偿周期结束时确定的电荷放大器的输出处的漂移可被采样/保持单元考虑以向输入端提供补偿电流 的电荷放大器。 采样/保持单元的触发可以通过外部或内部触发装置执行,从而可以在没有大量设备的情况下进行简单的测量。
    • 9. 发明授权
    • Level measuring device for electrically non-conductive liquids
    • 非导电液体液位测量装置
    • US4795967A
    • 1989-01-03
    • US95426
    • 1987-09-11
    • George E. Fredericks
    • George E. Fredericks
    • G01F23/26G01R27/26
    • G01F23/268G01F23/266
    • In a level measuring device for electrically non-conductive liquids comprising a sensor which is positioned in a vessel and is in contact with the liquid, and further comprising an evaluation circuit connected to this sensor both compensation of a changing dielectric constant and a high degree of accuracy and resolution are achieved by placing a driver electrode 5 in the lower part of the vessel 1 at a position essentually coaxial to the sensor electrode 3, 4, and by placing a compensating electrode 6 between the driver electrode 5 and the wall 8 of the vessel 1, such that further capacitors are formed between the two electrodes 5 and 6 themselves as well as between them and the sensor electrode 3, 4 and between them and the wall 8 of the vessel 1.
    • 在用于非导电液体的液位测量装置中,包括位于容器中并且与液体接触的传感器,并且还包括连接到该传感器的评估电路,两者补偿变化介电常数和高度 通过将驱动电极5放置在与传感器电极3,4基本上同轴的位置处的容器1的下部,并且通过将补偿电极6放置在驱动器电极5和壁8之间的位置来实现精确度和分辨率 容器1,使得在两个电极5和6本身之间以及它们与传感器电极3,4之间以及它们与容器1的壁8之间形成另外的电容器。