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    • 72. 发明授权
    • Hydraulic mechanism
    • 液压机构
    • US4779599A
    • 1988-10-25
    • US703423
    • 1985-02-20
    • Ronald Phillips
    • Ronald Phillips
    • F15B11/08F02M47/00F02M59/36F02M39/00
    • F02M59/366
    • An hydraulic mechanism constructed to facilitate termination of fuel delivery by a fuel injection pump includes a piston slidable within a bore which opens into a chamber communicating with the pump. The piston is biased towards an end wall of the chamber and in the end wall is an inlet port. The piston defines a sealing surface engaging with the end wall about the port and a control valve connects the port with the chamber. When the valve is closed and the piston is in contact with the end wall fuel can be delivered by the pump but as soon as the valve is opened the piston is displaced away from the end wall to absorb the fuel delivered by the pump.
    • 构造成促进通过燃料喷射泵终止燃料输送的液压机构包括可在通向与泵连通的室内的孔内滑动的活塞。 活塞朝向腔室的端壁偏压,并且端壁是入口端口。 活塞限定了一个密封表面,该密封表面围绕端口与端壁接合,并且控制阀将端口与腔室连接。 当阀关闭并且活塞与端壁接触时,可以通过泵输送燃料,但是一旦阀打开,活塞就从端壁移开,以吸收由泵输送的燃料。
    • 73. 发明授权
    • Pressure regulating valve
    • 调压阀
    • US4774923A
    • 1988-10-04
    • US116550
    • 1987-11-04
    • Kenji Hayashi
    • Kenji Hayashi
    • F02M69/54G05D16/06F02M39/00
    • F02M69/54G05D16/0661F02D2200/0606
    • A pressure regulating valve for regulating a pressure of fuel to be supplied to a fuel injection device including a diaphragm chamber having a connecting portion for inducing an intake manifold vacuum in the vicinity of a nozzle hole of the fuel injection device and having a temperature sensitive spring formed of a shape memory alloy and a valve member operable by the temperature sensitive spring, wherein when a fuel temperature is equal to or greater than a set temperature of the shape memory alloy, the valve member of the temperature sensitive valve closes a fuel passage in the fuel discharge pipe, and a high pressure valve adapted to open the fuel passage in the fuel discharge pipe when the temperature sensitive valve is closed and the pressure in the fuel chamber is equal to or greater than a second set pressure higher than the first set pressure, whereby when the fuel temperature is less than the set temperature, the pressure in the fuel chamber is adjusted to be equal to the first set pressure, while when the fuel temperature is equal to or greater than the set temperature, the pressure in the fuel chamber is adjusted to be equal to the second set pressure.
    • 一种压力调节阀,用于调节供给到燃料喷射装置的燃料的压力,所述燃料喷射装置包括具有用于在所述燃料喷射装置的喷嘴孔附近引导进气歧管真空的连接部分的隔膜室,并具有温度敏感弹簧 由形状记忆合金和由所述温度敏感弹簧可操作的阀构件形成,其中当燃料温度等于或大于所述形状记忆合金的设定温度时,所述温度敏感阀的阀构件关闭燃料通道 燃料排出管和高压阀,其适于在温度敏感阀关闭时打开燃料排出管中的燃料通道,并且燃料室中的压力等于或大于高于第一组的第二设定压力 压力,由此当燃料温度低于设定温度时,燃料室中的压力被调节为等于第一 t设定压力,而当燃料温度等于或大于设定温度时,燃料室中的压力被调节为等于第二设定压力。
    • 74. 发明授权
    • Method and system for controlling an engine
    • 用于控制发动机的方法和系统
    • US4774921A
    • 1988-10-04
    • US780773
    • 1985-09-27
    • Satoshi SakaguchiYoshihiro Nagata
    • Satoshi SakaguchiYoshihiro Nagata
    • E02F9/00E02F9/20E02F9/22F02D29/00F02D29/04F02M39/00
    • E02F9/2292E02F9/2246E02F9/2296
    • An engine of a construction vehicle is controlled by a system which includes an engine control operation transmitting mechanism having a loose spring means and connecting a fuel control lever and a governor control lever; a decelerator cylinder accommodating a piston therein and having a spring for biasing always the piston on the opposite side of a pressure chamber defined thereby and on the side of the spring a piston rod connected through a york having an elongated hole formed therein to said transmitting mechanism; a solenoid valve adapted to supply the fluid under pressure delivered by a hydraulic pump driven by the engine for exclusive use in control of the system into the pressure chamber of the decelerator cylinder, and cut off the fluid supply; and an electric circuit for controlling the solenoid valve. The above-mentioned decelerator cylinder is so arranged, when the piston is not subjected to the fluid pressure force, as to transmit directly the operation of the fuel control lever to the governor control lever, while when the piston is subjected to the fluid pressure force, to set the governor control lever at a decelerating position even when the fuel control lever is held at a full speed running position, thereby reducing the number of revolutions of the engine to those in the idling speed condition.
    • 施工车辆的发动机由包括具有松动弹簧装置并连接燃料控制杆和调速器控制杆的发动机控制操作传动机构的系统控制; 减速机筒,其容纳活塞,并具有弹簧,用于总是将活塞偏压在由其限定的压力室的相对侧上,并且在弹簧的侧面上通过形成有细长孔的纽约连接到所述传动机构的活塞杆 ; 电磁阀,其适于在由发动机驱动的液压泵输送的压力下提供流体,用于将系统控制到减速器缸的压力室中,并切断流体供应; 以及用于控制电磁阀的电路。 上述减速器筒体被布置成当活塞没有受到流体压力时,直接将燃料控制杆的操作传递到调速器控制杆,同时当活塞受到流体压力 即使当燃料控制杆保持在全速行驶位置时也将调速器控制杆设定在减速位置,从而将发动机的转数减少到处于怠速状态的转速。
    • 75. 发明授权
    • Fuel injection pump for internal combustion engines
    • 内燃机燃油喷射泵
    • US4770149A
    • 1988-09-13
    • US941866
    • 1986-12-15
    • Manfred KramerJohann Warga
    • Manfred KramerJohann Warga
    • F02M59/26F02M55/00F02M59/24F02M39/00
    • F02M55/00F02M59/24F02M59/243
    • A fuel injection pump for internal combustion engines having a plurality of pump elements 2, 3 disposed in a line, the injection quantity control of which is effected via a control slide 9 that is axially displaceable on the pump piston 9 and by controlling a relief conduit 22-25 of the pump work chamber 18, the control slides 9 being surrounded by partial suction chambers 8 that discharge into a main suction chamber 10 receiving a torque shaft 12 for axially actuating the control slides 9. These partial suction chambers 8 each have a separate partial inflow conduit 39 of defined length and cross section, which communicates with an inflow conduit 33, so that the same volumetric flow is metered to each partial suction chamber in the manner of quantity division, while the main suction chamber 10 is retained and the torque shaft 12 is disposed in it.
    • 一种用于内燃机的燃料喷射泵,其具有设置成一行的多个泵元件2,3,其喷射量控制通过可在泵活塞9上轴向移动的控制滑块9进行,并且通过控制卸载导管 22-25,控制滑块9被部分抽吸室8围绕,排放到主吸入室10中,主吸入室10接收扭矩轴12,用于轴向地驱动控制滑块9.这些局部抽吸室8各具有 具有限定长度和横截面的分开的部分流入管道39与流入管道33连通,使得以数量分割的方式将相同的体积流量计量到每个部分抽吸室,而主吸入室10被保持,并且 扭矩轴12设置在其中。
    • 76. 发明授权
    • Apparatus for controlling the idling operation of an internal combustion
engine
    • 用于控制内燃机的空转操作的装置
    • US4766863A
    • 1988-08-30
    • US928088
    • 1986-11-07
    • Kyoichi Fujimori
    • Kyoichi Fujimori
    • F02D41/36F02B75/02F02D41/00F02D41/14F02D41/16F02D41/34F02M39/00
    • F02D41/0085F02D41/16F02B2075/027F02D41/1498
    • In an individual cylinder control apparatus having a closed-loop control system for controlling an average speed of an internal combustion engine, the operation timing of the engine is detected and a timing signal for each cylinder, showing a predetermined measurement period determined to include at least that part of the period during which torque is produced due to fuel combustion in the cylinder concerned during which no influence arises because of torque produced in cylinders other than the cylinder concerned, is output in response to the result of the detection. In response to the timing signal, difference data representing the difference between the output from each cylinder and that from a predetermined reference cylinder among the cylinders is calculated. Individual cylinder control data related to the supply of fuel necessary for reducing the difference to zero is produced in response to the difference data, and the individual cylinder data is output and provided to the closed-loop control system at a predetermined timing before the next fuel regulating process for the individual cylinders, whereby the fuel quantity for each cylinder is regulated so as to make the respective output of the cylinders the same.
    • 在具有用于控制内燃机的平均速度的闭环控制系统的单独的气缸控制装置中,检测发动机的操作定时,并且将每个气缸的定时信号显示为至少包括预定的测量周期 响应于检测结果而输出由于所涉及的气缸中的燃料燃烧而产生扭矩的部分,在该期间由于在相关气缸以外的气缸产生的转矩不会产生影响。 响应于定时信号,计算表示来自每个气缸的输出与来自气缸中的预定参考气缸的输出之间的差的差数据。 响应于差数据产生与将减小差为零所需的与燃料供应有关的单独的气缸控制数据,并且单独的气缸数据在下一个燃料之前的预定时刻输出并提供给闭环控制系统 对各个气缸进行调节处理,由此调整每个气缸的燃料量,以使气缸的相应输出相同。
    • 77. 发明授权
    • Fuel injection control apparatus for use in an engine
    • 用于发动机的燃料喷射控制装置
    • US4759330A
    • 1988-07-26
    • US845254
    • 1986-03-28
    • Masaaki KatoHiroaki NishimakiToshihiko OmoriHitoshi Sekijima
    • Masaaki KatoHiroaki NishimakiToshihiko OmoriHitoshi Sekijima
    • F02M51/00F02D1/02F02D1/18F02D41/00F02D41/40F02M57/02F02M59/32F02M59/36F02M59/46F02M39/00
    • F02D41/401F02M57/024F02M59/32F02M59/366F02M59/466Y02T10/44
    • The fuel in a compression pump chamber, defined by a compression plunger, is expelled by the compression plunger driven synchronously with the rotation of an engine. An injection plunger is driven by the expelled fuel, thus injecting fuel into an injection pump chamber defined by the injection plunger. A timing passage, closed by the compression plunger, is formed in the compression pump chamber, and a metering passage is formed in the injection pump chamber. The timing and metering passages communicate with a timing valve and a quantity control valve respectively arranged in an electromagnetic valve. The timing and quantity control valves are driven by an energization current such that they operate in cooperation with each other, i.e., when the timing valve is open, the quantity control valve is closed. When the timing valve is closed and the compression plunger returns, the injection plunger also returns and fuel is supplied to the injection pump chamber through the quantity control valve, which is open. The quantity of fuel filled in the injection pump chamber is controlled by the time interval during which the quantity control valve is open. The time interval during which the fuel is supplied to the pump chamber through the quantity control valve is calculated so as to correspond with engine conditions.
    • 由压缩柱塞限定的压缩泵室中的燃料由与发动机的旋转同步地驱动的压缩柱塞排出。 注射柱塞由排出的燃料驱动,从而将燃料喷射到由注射柱塞限定的注射泵室中。 由压缩柱塞闭合的定时通道形成在压缩泵室中,并且在喷射泵室中形成计量通道。 定时和计量通道与分别布置在电磁阀中的定时阀和量控制阀相通。 定时和数量控制阀由通电电流驱动,使得它们彼此协作地操作,即当定时阀打开时,量控制阀关闭。 当定时阀关闭并且压缩柱塞返回时,喷射柱塞也返回,并且通过打开的量控制阀将燃料供给到喷射泵室。 填充在喷射泵室中的燃料量由量控制阀打开的时间间隔来控制。 计算通过量控制阀将燃料供应到泵室的时间间隔,以便与发动机条件相对应。
    • 79. 发明授权
    • Device for continuous fuel injection
    • 连续注油装置
    • US4754740A
    • 1988-07-05
    • US115656
    • 1987-10-27
    • Klaus-Dieter EmmenthalDetlef PickertWolfgang Wehling
    • Klaus-Dieter EmmenthalDetlef PickertWolfgang Wehling
    • F02M69/00F02D41/00F02M69/08F02M39/00
    • F02M69/08F02D41/0005Y02T10/42
    • Apparatus for the continuous injection of fuel into the intake piping of an internal combustion engine comprises an air pump for delivering an air stream portion deviated from the engine intake pipe, a fuel pump for delivering fuel from a source, a metering device controlled in response to operating conditions of the internal combustion engine and receiving fuel delivered by said fuel pump and the air stream portion delivered by said air pump for mixing said fuel and air stream portion and delivering the same to the intake piping of the engine, in which the supply of said air stream portion to the metering device is interrupted during an operating condition of the engine, preferably a coasting condition of operation of the engine. Interruption of the air stream portion may be effected by a shut-off valve in the conduit delivering the air stream portion from the air pump, responsive to a coasting condition of the engie. Alternatively, this may be accomplished by disabling the air pump during a coasting operation of the engine and enabling the air pump at the end of such operation.
    • 用于将燃料连续喷射到内燃机的进气管道中的装置包括用于输送偏离发动机进气管的气流部分的空气泵,用于从源传送燃料的燃料泵,响应于 内燃机的操作条件和接收由所述燃料泵输送的燃料和由所述空气泵输送的空气流部分的燃料混合所述燃料和空气流部分并将其输送到发动机的进气管道,其中供应 在发动机的运行状态期间,计量装置的所述空气流部分被中断,优选地是发动机的运行条件。 空气流部分的中断可以通过管道中的截止阀来实现,该管道响应于工具的滑行状态而从空气泵输送气流部分。 或者,这可以通过在发动机的惯性操作期间禁用空气泵并且使得在这种操作结束时能够使空气泵来实现。