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    • 1. 发明公开
    • AN INTERNAL COMBUSTION ENGINE.
    • VERBRENNUNGSMOTOR。
    • EP0052109A4
    • 1982-09-28
    • EP81900996
    • 1980-05-28
    • FINLEY DONALD GENE
    • FINLEY DONALD GENE
    • F01B7/12F01L5/20F02B3/06F02B25/08F02B41/00F02B75/02F02B75/04F02B75/18F02B75/28F02B75/32F02D13/02F02D15/02
    • F02D13/028F01B7/12F01L5/20F02B3/06F02B25/08F02B75/04F02B75/28F02B2075/025F02B2075/1808F02D15/02Y02T10/18
    • A two-cycle, two-cylinder (10), (12) opposed piston (14), (16), (18), (20) internal combustion engine having means for continuously adjusting the stroke of the engine and the blocking and unblocking of intake (88), (92), transfer (90) and exhaust (102) ports with respect to each other as the engine is operating. Corresponding pistons of each cylinder are connected to respective ends of pivotally mounted rocker arms (24) or (24'), and (34) so that pistons in one cylinder move oppositely with respect to pistons in the other cylinder, the piston side surfaces alternately blocking and unblocking transfer and exhaust ports. In a particular embodiment, the rocker arms (24') are each fitted with a flat spring (154) or (154') positioned so as to be in contact with the end of the associated piston rod and deflecting to allow the pistons to move apart at an increased speed in advance of the crankshaft. The springs (154) and (154') are secured and limited so as to provide increasing spring moment as the springs are deflected. Two connecting rods (48) and (59) are provided, one of which is attached at one end to each of the rocker arms at a pivot point distal from the rocker arm pivotal mount (26) or (36) and at the other end to a rotatably mounted eccentric (52), one end of which is formed into a shaft (54) containing a power drive gear (56) operatively connected to a drive shaft (60), the eccentric being rotated due to an up and down motion of the connecting rod. Means (47), (50) and (63), (64) are provided for continuously varying the attachment points of the connecting rods to the rocker arms, thereby altering the allowable pivotable movement of the rocker arm and consequently the stoke or maximum spaced-apart distance of the pistons in each cylinder. Also, the shaft portion (54) of one of the eccentrics forms twisted splines on its outer surface, its associated power drive gear being (56) adapted to mesh with the twisted splines so that the gear is rotated as it is longitudinally displaced along the shaft. Means (104), (106) are provided for continuously displacing this gear thereby changing the angular relationship between the two rocker arms, and thus the relative positioning of the pistons contained in each cylinder. This changed position alters the blocking of the exhaust ports with respect to the unblocking of the transfer ports. Remote combustion chamber (128), (129) and a means (136), (138) for ensuring that the volume in which combustion takes place remains substantially constant during the combustion process.
    • 一种双循环双缸(10),(12)对置活塞(14),(16),(18),(20)内燃机,其具有用于连续调节发动机行程和闭锁和解锁 (88),(92),转移(90)和排气(102)端口相对于彼此的位置。 每个气缸的相应活塞连接到枢轴安装的摇臂(24)或(24')和(34)的相应端部,以便一个气缸中的活塞相对于另一个气缸中的活塞相反地移动,活塞侧表面交替地 阻塞和畅通传输和排气口。 在特定实施例中,摇臂(24')各自配备有平板弹簧(154)或(154'),其定位成与相关联的活塞杆的端部接触并偏转以允许活塞移动 在曲轴前进行加速。 弹簧(154)和(154')被固定和限制,以便在弹簧偏转时提供增加的弹簧力矩。 设置两个连杆(48)和(59),其中一个连杆的一端在远离摇臂枢转支架(26)或(36)的枢转点处连接到每个摇臂,并且在另一端 涉及一种可旋转安装的偏心轮(52),其一端形成一个轴(54),该轴包含一个与驱动轴(60)可操作地连接的动力驱动齿轮(56),该偏心轮由于上下运动 的连杆。 装置(47),(50)和(63),(64)用于连续改变连接杆与摇臂的连接点,由此改变摇臂的可允许的枢转运动,并因此改变行程或最大间隔 - 每个气缸中活塞的距离。 而且,其中一个偏心轮的轴部分(54)在其外表面上形成扭曲花键,其相关联的动力驱动齿轮(56)适于与扭转的花键啮合,从而齿轮在其沿着 轴。 装置(104),(106)用于连续移动该齿轮,由此改变两个摇臂之间的角度关系,并因此改变容纳在每个气缸中的活塞的相对位置。 这种改变的位置改变了排气口相对于传送口解锁的阻塞。 远程燃烧室(128),(129)和装置(136),(138)用于确保在燃烧过程中发生燃烧的体积基本上保持恒定。
    • 3. 发明专利
    • AN INTERNAL COMBUSTION ENGINE
    • DE3070539D1
    • 1985-05-23
    • DE3070539
    • 1980-05-28
    • FINLEY DONALD GENE
    • FINLEY DONALD GENE
    • F01B7/12F01L5/20F02B3/06F02B25/08F02B41/00F02B75/02F02B75/04F02B75/18F02B75/28F02B75/32F02D13/02F02D15/02
    • A two-cycle, two-cylinder opposed piston internal combustion engine having means for continuously adjusting the stroke of the engine and the blocking and unblocking of intake, transfer and exhaust ports with respect to each other as the engine is operating. Corresponding pistons of each cylinder are connected to respective ends of pivotally mounted rocker arms so that pistons in one cylinder move oppositely with respect to pistons in the other cylinder, the piston side surfaces alternately blocking and unblocking transfer and exhaust ports. In a particular embodiment, the rocker arms are each fitted with a flat spring positioned so as to be in contact with the end of the associated piston rod and deflecting to allow the pistons to move apart at an increased speed in advance of the crankshaft. The springs are secured and limited so as to provide increasing spring moment as the springs are deflected. Two connecting rods are provided, one of which is attached at one end to each of the rocker arms at a pivot point distal from the rocker arm pivotal mount and at the other end to a rotatably mounted eccentric, one end of which is formed into a shaft containing a power drive gear operatively connected to a drive shaft, the eccentric being rotated due to an up and down motion of the connecting rod. Means are provided for continuously varying the attachment points of the connecting rods to the rocker arms, thereby altering the allowable pivotable movement of the rocker arm and consequently the stroke or maximum spaced-apart distance of the pistons in each cylinder. Also, the shaft portion of one of the eccentrics forms twisted splines on its outer surface, its associated power drive gear being adapted to mesh with the twisted splines so that the gear is rotated as it is longitudinally displaced along the shaft. Means are provided for continuously displacing this gear thereby changing the angular relationship between the two rocker arms, and thus the relative positioning of the pistons contained in each cylinder. This changed position alters the blocking of the exhaust ports with respect to the unblocking of the transfer ports. Also disclosed is a remote combustion chamber and a means for ensuring that the volume in which combustion takes place remains substantially constant during the combustion process.