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    • 6. 发明授权
    • Tapered torch passage construction for internal combustion
    • 圆锥形火炬通道内燃结构
    • US4182286A
    • 1980-01-08
    • US890512
    • 1978-03-27
    • Shizuo YagiIsao FujiiAtsushi Tanaka
    • Shizuo YagiIsao FujiiAtsushi Tanaka
    • F02B1/04F02B19/10F02B19/18F02B23/00
    • F02B19/1028F02B1/04F02F2007/0092Y02T10/125
    • An internal combustion piston engine has a main combustion chamber and an auxiliary combustion chamber connected by a torch passage, which is tapered end to end, the large end communicating with the main combustion chamber. Lean mixture is supplied to the main combustion chamber and rich mixture is supplied to the auxiliary combustion chamber. A spark plug ignites the mixture in the auxiliary combustion chamber, causing a torch flame to be projected through the tapered torch passage into the main combustion chamber near its center. A suction conduit, smaller in diameter and total area than any portion of the tapered torch passage, extends from a peripheral portion of the main chamber and intersects the tapered torch passage between its ends. Movement of the burning gases through the torch passage aspirates a flow of mixture from the main combustion chamber through the suction conduit into the torch passage.
    • 内燃式活塞发动机具有通过炬通道连接的主燃烧室和辅助燃烧室,该燃烧室是与主燃烧室连通的大端,该燃烧室从端对端逐渐变细。 精炼混合物被供应到主燃烧室,并且富混合物被供应到辅助燃烧室。 火花塞点燃辅助燃烧室中的混合物,导致火炬火焰通过锥形炬通道突出进入靠近其中心的主燃烧室。 与锥形割炬通道的任何部分相比,直径和总面积小的吸入管从主室的周边部分延伸,并且在其端部之间与锥形割炬通道相交。 燃烧气体通过割炬通道的移动将混合物从主燃烧室通过吸入管吸入火炬通道。
    • 7. 发明授权
    • Method and apparatus using proportional residual gas storage to reduce
NO.sub.x emissions from internal combustion engines
    • 使用比例残余气体储存来减少NO(HD x {b)内燃机排放的方法和装置
    • US3933134A
    • 1976-01-20
    • US405483
    • 1973-10-11
    • Shizuo YagiKazuo Inoue
    • Shizuo YagiKazuo Inoue
    • F02P13/00F02B1/04F02B19/10F02D21/00F02M25/07F02P21/00H01T13/08F02B19/16
    • F02B19/1061F02B19/1014F02B1/04Y02T10/125
    • Reduction of NO.sub.x emissions from a four-cycle stratified charge internal combustion piston engine is accomplished by (a) spark ignition of a rich mixture in a first chamber containing residual exhaust gas, followed by (b) torch ignition of rich mixture in a second chamber under turbulent conditions, causing (c) torch ignition of a stratified charge in a lean mixture in the main combustion chamber. The result is a reduction in peak temperature in the combustion process, with consequent reduction in NO.sub.x emissions in the engine exhaust gases. Exhaust gas is not recirculated. Said first chamber, which contains residual gas from the previous combustion cycle, contains the spark gap between spark plug electrodes and the spark gap is located near a restricted connection between the first and second chambers and remote from a closed end of the first chamber. Means are provided for changing the volume of said first chamber while the engine is operating, in accordance with variations in load on the engine.
    • 通过(a)富含混合物在含有残余废气的第一室中的火花点火,然后(b)将富混合物在第二室中点燃,从而实现四循环分层充气内燃活塞发动机的NOx排放的减少 在湍流条件下,导致(c)在主燃烧室中的贫混合物中的分层电荷的点火点火。 结果是在燃烧过程中峰值温度降低,从而导致发动机废气中的NOx排放减少。 废气不再循环。 所述第一腔室包含来自先前燃烧循环的残余气体,其中包含火花塞电极之间的火花间隙,并且所述火花隙位于所述第一和第二腔室之间的限制连接处并远离所述第一腔室的封闭端。 提供了用于根据发动机上的负载变化来改变发动机运转时的所述第一室的体积的装置。