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    • 4. 发明申请
    • V8 ENGINE AND OUTBOARD MOTOR
    • V8发动机和外置电机
    • US20160341097A1
    • 2016-11-24
    • US15003822
    • 2016-01-22
    • YAMAHA HATSUDOKI KABUSHIKI KAISHA
    • Yukinori Nose
    • F01N13/10F01N3/10F02B75/22F01L1/08
    • F01N13/10F01L1/08F01L2001/0537F01L2800/08F01N3/10F01N2590/021F02B61/045F02B75/22F02B2075/1832
    • An eight cylinder engine includes cylinders that are fired at intervals corresponding to a crank angle of 90 degrees. The firing is conducted in four cylinders of each of first and second banks at uneven intervals. In a pair of cylinders of each of the banks in which the firing is consecutively conducted at an interval corresponding to a crank angle of 90 degrees, a central angle of an exhaust cam provided for one cylinder in which the firing is conducted later is larger than that of an exhaust cam provided for the other cylinder. In a pair of cylinders of each of the banks in which the firing is consecutively conducted at an interval corresponding to a crank angle of 270 degrees, a central angle of an exhaust cam provided for one cylinder in which the firing is conducted later is larger than that of an exhaust cam provided for the other cylinder.
    • 八缸发动机包括以对应于90度的曲柄角的间隔点燃的气缸。 以不均匀的间隔在第一和第二组中的每一个的四个气缸中进行点火。 在每个组的一对气缸中,以对应于90度的曲柄角的间隔连续地进行燃烧,设置在稍后进行烧制的一个气缸的排气凸轮的中心角大于 为另一个气缸设置的排气凸轮。 在对应于270度的曲柄角度的间隔连续地进行燃烧的各组的一对气缸中,对于稍后进行点火的一个气缸设置的排气凸轮的中心角大于 为另一个气缸设置的排气凸轮。
    • 8. 发明申请
    • INVERTED V-8 INTERNAL COMBUSTION ENGINE AND METHOD OF OPERATING THE SAME MODES
    • 反相V-8内燃机及其运行方法
    • US20150136069A1
    • 2015-05-21
    • US14291636
    • 2014-05-30
    • Raymond F. LIPPITT
    • Raymond F. LIPPITT
    • F02B75/22F02B75/18
    • F02B75/228F01B1/10F02B75/065F02B75/1896F02B75/225F02B2075/1832F02D41/0082F02D41/0087F02D41/10F02D41/3017F02D2200/602
    • An internal combustion engine having two banks of four piston and cylinder assemblies arranged in an inverted V configuration so that there are four pairs of assemblies each pair having cylinders with adjacent combustion chambers intercommunicated by a passage extending therebetween. Crank shaft driven pistons in said cylinders movable within the combustion chambers thereof through successive cycles each including a compression stroke followed immediately by a power drive stroke. Computer controlled fuel injectors are capable of being selectively controlled to operate either to inject fuel into (1) both cylinders of a pair to establish therein a double fire single expansion mode, or (2) into only one cylinder of a pair to establish therein a single fire double expansion mode with the one cylinder receiving the injection being alternated between the pair every predetermined number of piston cycles. A method of operating the engine as a prime mover of a vehicle having a cruise control system manually actuated to effect automatic movement of a normally manually moved accelerator pedal either in (1) a normal mode wherein the amount of fuel injected is maintained substantially that an optimum level and power variation is obtained in response to manual pedal movements by varying the relative number of injector pairs operating in modes (1) or (2) in a cruise control mode wherein all four injector pairs operate in mode (2) and power variation is obtained in response to automatic and pedal movements by varying the amount of fuel injected.
    • 一种内燃机,其具有两组四个活塞和气缸组件,四组活塞和气缸组件布置成倒V形结构,因此有四对组件,每对具有相邻燃烧室的气缸,通过其间延伸的通道相通。 所述气缸中的曲柄轴驱动的活塞在其燃烧室内可通过连续循环运动,每个循环包括随后的动力驱动冲程的压缩冲程。 计算机控制的燃料喷射器能够被选择性地控制以操作以将燃料喷射到(1)一对的两个气缸中,以在其中建立双火单一膨胀模式,或者(2)仅成对一个气缸中,以在其中建立一个 单次发动双重膨胀模式,每个预定数量的活塞循环,一个接收喷射的气缸在该对之间交替。 操作发动机作为具有手动致动的巡航控制系统的车辆的原动机的方法,其以(1)正常模式实现正常手动运动的加速器踏板的自动运动,其中喷射的燃料量基本维持在 通过在巡航控制模式中改变在模式(1)或(2)中操作的喷射器对的相对数量,响应于手动踏板移动而获得最佳水平和功率变化,其中所有四个喷射器对以模式(2)和功率变化 是通过改变喷射的燃料量来响应于自动和踏板运动而获得的。
    • 10. 发明申请
    • Radial engine
    • 径向发动机
    • US20060137630A1
    • 2006-06-29
    • US10512122
    • 2002-04-24
    • Desmond Maslen
    • Desmond Maslen
    • F02B75/22
    • F01B9/06F01B2009/065F02B1/04F02B75/222F02B2075/1832
    • The invention relates to a radial engine (1). The engine includes an engine block (2) having a central aperture (15). A drive shaft (8) extends through the aperture and a planar cam plate (6, 7) is fixedly mounted on the shaft. A pair of spaced opposed walls (26) extend from the surface of the plate to define a substantially “FIG. 8” shaped continuous loop (27). At least one cylinder (10) is fixed with respect to the block and extends outwardly from the block. A reciprocatable piston (41) is slidably mounted within the cylinder (10). A connecting rod (45) is fixedly connected at one (44) end to the piston (41) and includes an opposite free end (46). A cam follower (48) is translationally fixed with respect to the connecting rod (45). The cam follower is engaged with at least one of the walls (26), such that reciprocation of the piston (41) rotates the plate (6, 7) and the shaft (8).
    • 本发明涉及一种径向发动机(1)。 发动机包括具有中心孔(15)的发动机缸体(2)。 驱动轴(8)延伸穿过孔,并且平面的凸轮板(6,7)固定地安装在轴上。 一对间隔开的相对壁(26)从板的表面延伸以限定基本上“图8”形的连续环(27)。 至少一个圆筒(10)相对于块固定并从块向外延伸。 可往复运动的活塞(41)可滑动地安装在气缸(10)内。 连杆(45)在一端(44)固定地连接到活塞(41)并且包括相对的自由端(46)。 凸轮从动件(48)相对于连接杆(45)平移地固定。 凸轮从动件与至少一个壁(26)接合,使得活塞(41)的往复运动使板(6,7)和轴(8)旋转。