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    • 2. 发明申请
    • FUEL INJECTION SYSTEM
    • 燃油喷射系统
    • WO1997020140A1
    • 1997-06-05
    • PCT/NL1996000465
    • 1996-11-25
    • NOOIJEN, Paul, Johan, Willem, Maria
    • F02M49/02
    • F02M69/10F02M49/02F02M67/06
    • The invention relates to a fuel injection system for an engine with an internal combustion process, comprising recording means for recording a pressure occurring in a combustion chamber of the engine, injection means for injecting fuel into the air used for a combustion process in a combustion chamber of the engine, and control means for controlling the quantity of fuel to be injected depending on a pressure occurring in a combustion chamber of the engine which has been recorded by the recording means. According to the invention, the recording means are designed for recording the maximum combustion pressure occurring during a combustion process, and the control means are designed for controlling the quantity of fuel to be injected for a combustion process essentially depending on the maximum combustion pressure occurring which has been recorded by the recording means during one or more preceding combustion processes.
    • 本发明涉及一种用于具有内燃过程的发动机的燃料喷射系统,包括用于记录在发动机的燃烧室中产生的压力的记录装置,用于将燃料喷射到用于燃烧室中的燃烧过程的空气中的喷射装置 以及用于根据由记录装置记录的发动机的燃烧室中发生的压力来控制要喷射的燃料量的控制装置。 根据本发明,记录装置被设计用于记录在燃烧过程中发生的最大燃烧压力,并且控制装置被设计成基本上取决于发生的最大燃烧压力来控制用于燃烧过程的喷射燃料量 在一个或多个在前的燃烧过程中已由记录装置记录。
    • 7. 发明申请
    • INTERNAL COMBUSTION THERMAL ENGINE COMPRISING AT LEAST TWO OPPOSED CYLINDERS
    • 内部燃烧热发动机包括至少两个对准的气缸
    • WO9504877A3
    • 2002-02-14
    • PCT/FR9400916
    • 1994-07-21
    • DORGES PIERRE EDOUARD
    • DORGES PIERRE EDOUARD
    • F01B9/02F02B75/24F02M49/02
    • F01B9/026F02B75/246
    • The invention concerns an engine, wherein the piston (6a, 6b) linked by pairs, through a rigid rod (7) form a running part moving in opposed cylinders (2a, 2b) aligned along a common axis. The transformation of the rectilinear reciprocating motion takes place, in a central crank-chamber (5), through one or several connecting rods (10a, 10b), located on either side of the rod (7), driving one or several cranks (12a, 12b), capable of being coupled on a common shaft (17) by gear or any other system. Only the rotating mechanical energy is transformed by the rod/crank system. The compression/expansion energy is directly by the rigid rod. That arrangement enables to separate by sealing partitions (18a, 18b) the crank-chamber (5) from the piston compartments (19a, 19b), which serve to compress fresh air before intake into the combustion chambers (B) through the pistons (6a, 6b). The gas path is simplified, the central part is maintained at room temperature. The burnt gas exhaust is ensured by the cylinder heads (3a, 3b) arranged at the ends of the cylinders (2a, 2b). The cool gases are never in contact with the hot gases, thereby improving performance. Fuel injection is carried out in the cylinder heads (3a, 3b) using compressed air pressure in the combustion chambers (B), the amount injected being mechanically and electronically controlled. The architecture of the engine enables easy control of the set of parameters ensuring proper non-polluting combustion with reduced fuel consumption.
    • 本发明涉及一种发动机,其中通过成对连接的活塞(6a,6b)通过刚性杆(7)形成沿着公共轴对准的相对气缸(2a,2b)中移动的行驶部分。 直线往复运动的转换在中央曲柄室(5)中通过位于杆(7)两侧的一个或多个连杆(10a,10b)进行,驱动一个或几个曲柄(12a ,12b),能够通过齿轮或任何其它系统联接在公共轴(17)上。 只有旋转机械能由杆/曲柄系统转化。 压缩/膨胀能量直接由刚性棒。 这种布置使得能够通过将曲柄室(5)和密封件(18a,18b)与活塞室(19a,19b)密封隔开,这些空间用于在通过活塞(6a)进入燃烧室(B)之前压缩新鲜空气 ,6b)。 气路简化,中心部分维持在室温。 通过设置在气缸(2a,2b)的端部的气缸盖(3a,3b)确保燃烧废气排放。 冷气体不会与热气体接触,从而提高性能。 在燃烧室(B)中使用压缩空气压力在气缸盖(3a,3b)中进行燃料喷射,注入的量被机械和电子控制。 发动机的结构使得能够容易地控制一组参数,从而确保适当的无污染燃烧,同时降低燃油消耗。
    • 8. 发明申请
    • FREE PISTON ENGINE AND SELF-ACTUATED FUEL INJECTOR THEREFOR
    • 免费的活塞式发动机和自动启动的燃油喷射器
    • WO01059277A1
    • 2001-08-16
    • PCT/US2001/003077
    • 2001-01-31
    • F02B71/04F02M49/02
    • F02B71/04F02M49/02
    • A simple propulsion engine utilizing unheated atmospheric air as the propellant, and driven by a single cycle engine with internal combustion cylinder and free piston is disclosed. A plain piston(3a, 3b, 4) is slidably displaceable in an elongated cylinder containing cylinder heads (21a, 21b) on opposite ends. The piston receives a combustive impulse at each end of its stroke. The cylinder also has exhaust/inlet ports (9a, 9b, 19a, 19b) and propulsive nozzles at each end with relevant valves and actuators (13a, 13b, 22a, 22b, 26a, 26b) to effect the requisite timing of the combustion, air induction, and propulsion functions. The preferred embodiment combines a free piston with an annularly arranged thrust piston to divide a dual-diameter cylinder into two combustion chambers and two thrust chambers. Scavenge feeder lines connecting the thrust chambers to the combustion chambers via check valves provide exhaust scavenging, additional thrust output through exhaust nozzles, and feeding of fresh air into the combustion chambers.
    • 公开了一种使用未加热大气作为推进剂的简单推进发动机,并由具有内燃缸和自由活塞的单循环发动机驱动。 平面活塞(3a,3b,4)可滑动地位于一个细长的圆柱体中,该圆柱体在相对的两端具有气缸盖(21a,21b)。 活塞在其行程的每一端接收燃烧冲击。 气缸还具有排气/入口端口(9a,9b,19a,19b)和每端具有相关阀和致动器(13a,13b,22a,22b,26a,26b)的推进喷嘴,以实现必要的燃烧定时, 空气感应和推进功能。 优选实施例将自由活塞与环形布置的推力活塞组合,以将双直径缸分成两个燃烧室和两个推力室。 通过止回阀将推进室连接到燃烧室的扫掠给料管线提供排气清除,通过排气喷嘴的额外推力输出,以及将新鲜空气送入燃烧室。
    • 9. 发明申请
    • INJECTING APPARATUS
    • 注射装置
    • WO1993004275A1
    • 1993-03-04
    • PCT/AU1992000453
    • 1992-08-26
    • INTERLOCKING BUILDINGS PTY. LTD.KUKLER, Ronald
    • INTERLOCKING BUILDINGS PTY. LTD.
    • F02M49/02
    • F02M49/02
    • A fuel injector is actuated by cylinder compression pressure acting against the exposed face (31) of piston means (30, 35) to compress fuel in high pressure chamber (45) in injector body (10). The piston means (30, 35) moves against spring (36) and controllable fuel pressure in low pressure chamber (37). The high pressure chamber (45) communicates with injection orifice (68) via delivery chamber (65) and non-return delivery valve (56). Fuel delivery is regulated by varying fuel pressure in low pressure chamber (37) and various means are disclosed for controlling this pressure.
    • 燃料喷射器通过作用在活塞装置(30,35)的暴露面(31)上的气缸压缩压力来致动,以在喷射器主体(10)中的高压室(45)中压缩燃料。 活塞装置(30,35)抵抗弹簧(36)移动并且在低压室(37)中可控制燃料压力。 高压室(45)经由输送室(65)和止回输送阀(56)与喷射孔(68)连通。 燃料输送通过在低压室(37)中变化的燃料压力来调节,并且公开了各种用于控制该压力的装置。