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    • 1. 发明申请
    • VARIABLE DISPLACEMENT AND VARIABLE COMPRESSION RATIO INTERNAL COMBUSTION ENGINE, POWERED BY ALTERNATIVE FUEL
    • 可变位移和可变压缩比例内燃机,由替代燃料供电
    • WO2002103174A1
    • 2002-12-27
    • PCT/GR2002/000034
    • 2002-06-12
    • PAPPAS, SpyridonPAPPAS, VissarionPAPPAS, Fedon
    • PAPPAS, SpyridonPAPPAS, VissarionPAPPAS, Fedon
    • F02B21/00
    • F02B75/041F01L1/08F01L1/44F01L1/446F01L1/46F01L1/462F01L3/205F01L9/02F01L9/04F01L2101/00F02B21/00F02B75/047F02B2275/32F02D13/0269F02D13/0276Y02T10/142
    • Internal combustion engine, with cylinders' body (1) being an individual component, separate from the crankshaft base (29), thus enabling it to move and the cylinder head (3) of which features a common induction-exhaust valve (4) per cylinder, driven by a cam (5), and two secondary auxiliary valves (7), (8), or alternatively (19), (20) per cylinder, for the assistance the main valve during the induction and exhaust strokes. Each engine cylinder (1) has a port (26), at a specified height, where a displacement variation valve (25), and alternatively (27), is mounted, through which a controllable amount of air escapes, during compression as well as when a displacement variation is desired. With the common induction-exhaust valve (4), the compression ratio can be increased to high levels, since this valve is sufficiently cooled, thus preventing the occurrence of self-ignition. With the displacement variation valve, the engine's displacement and, consequently, its fuel consumption and emission level can be reduced, when desired. With the upward and downward movement of the cylinders' body, the combustion area is increased and decreased respectively, and therefore, the combustion ratio is altered, regardless of the displacement.
    • 内燃机,其具有与曲轴基座(29)分离的单独部件的缸体(1),从而使其能够移动,并且其缸盖(3)具有公共的排气阀(4) 由凸轮(5)驱动的气缸,以及每个气缸的两个辅助辅助阀(7),(8)或备选地(19),(20),用于在感应和排气冲程期间辅助主阀。 每个发动机气缸(1)具有在特定高度处安装有位移变化阀(25)和可选择地(27)的端口(26),通过该端口可控量的空气在压缩期间逸出,以及 当需要位移变化时。 利用普通的排气阀(4),可以将压缩比提高到高水平,因为该阀被充分冷却,从而防止自燃。 利用位移变化阀,当需要时,可以减小发动机的排量,并因此降低其燃料消耗和排放水平。 随着气缸体的向上和向下运动,燃烧面积分别增加和减小,因此燃烧比不管位移如何变化。
    • 2. 发明申请
    • SYSTEM FOR ELECTRICAL - HYDRAULIC MOVEMENT OF VALVES
    • 电动液压运动系统
    • WO2002095195A1
    • 2002-11-28
    • PCT/GR2002/000030
    • 2002-05-17
    • PAPPAS, SpyridonPAPPAS, Vissarion
    • PAPPAS, SpyridonPAPPAS, Vissarion
    • F01L9/02
    • F01L9/02F01L2800/00F01L2800/10
    • The system consists of a pump (1) which brings the hydraulic liquid under pressure through a suitable line to the common supply line (7), wherefrom, controlled by a computer. It is passed though one way electromagnetic valves (9) and flow adjusters (11), to a cylinder (13), the piston (14) of which, pressed, pushes the stem of the valve (16) of the engine and opens it. The closure of the valve (16) is effected by its return spring, once the one-way electromagnetic valve (10) is activated, in which case the liquid is transported via a tube (18) to a common return lien (20). From there it is directed to the inlet of the pump (1), thus creating a closed circuit. In this manner, by controlling the supply of liquid to each cylinder (13) and the duration of its pressure onto the piston (14), one can adjust the size and the duration of the opening of each valve (16), achieving infinite timing variations.
    • 该系统由泵(1)组成,该泵将压力下的液压液体通过合适的管路输送到公共供应管线(7),由计算机控制。 它通过单向电磁阀(9)和流量调节器(11)通过气缸(13),其中的活塞(14)被按压,推动发动机的阀(16)的阀杆并将其打开 。 一旦单向电磁阀(10)被激活,阀(16)的关闭就通过其复位弹簧来实现,在这种情况下,液体通过管(18)输送到公共回流留置口(20)。 从那里它被引导到泵(1)的入口,从而产生闭合回路。 以这种方式,通过控制向每个气缸(13)的液体供应及其对活塞(14)的压力的持续时间,可以调节每个阀(16)的开度的大小和持续时间,实现无限时间 变化。