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    • 84. 发明授权
    • External compression ignition system for internal combustion engines
    • 内燃机外部压缩点火系统
    • US4075996A
    • 1978-02-28
    • US646569
    • 1976-01-05
    • Charles A. Hisserich
    • Charles A. Hisserich
    • F02B1/04F02B19/06F02P21/00
    • F02B19/06F02B7/02F02P21/00F02B1/04Y02T10/125
    • To increase the fuel efficiency and decrease the emissions of current types of internal combustion engines by improving the burning of leaner fuel mixtures, a novel igniter is provided for each combustion chamber of the engine. The igniter comprises a small external chamber into which small charges of auxiliary fuel are valved, mixed with air, and then rapidly compressed to ignition temperature by a miniature piston or ram. From each of these external chambers a small orifice leads to its corresponding engine combustion chamber. The small size of the orifice restricts the exit flow into this engine combustion chamber of the auxiliary air/fuel mixture, permitting effective compression by the rapid action of the ram. The orifice may be so shaped that the limited amount of auxiliary air/fuel mixture which passes through it prior to ignition is ultrasonically mixed and shaped in order to provide, upon ignition, a geographically desirable flame pattern in the engine combustion chamber which effectively ignites the lean main charge. The igniter compression chamber may be of small volume, e.g. 1 cc. Its piston or ram may be actuated by solenoid means with reasonable electric power consumption. Auxiliary fuel may be valved to these chambers by low-pressure electrically actuated fuel injection valves of known type. The system may be manufactured as a retrofit kit for existing engines, in which case the external compression igniter assemblies may be screwed into the spark plug holes as the spark plugs are no longer required.
    • 为了通过改进燃料混合物的燃烧来提高燃油效率并减少目前类型的内燃机的排放,为发动机的每个燃烧室提供了新的点火器。 点火器包括一个小的外部腔室,辅助燃料的小电荷被压入其中,与空气混合,然后通过微型活塞或压头快速压缩到点火温度。 从这些外部室中的每一个,小孔通向其对应的发动机燃烧室。 孔口的小尺寸限制了进入辅助空气/燃料混合物的发动机燃烧室的出口流,允许通过冲头的快速作用而有效的压缩。 孔可以被成形为使得在点火之前通过它的有限量的辅助空气/燃料混合物被超声波混合和成形,以便在点燃时提供在发动机燃烧室中的地理上期望的火焰图案,其有效地点燃 瘦主充电 点火器压缩室可以是小体积的,例如, 1 cc。 其活塞或冲头可以由具有合理电力消耗的螺线管装置致动。 辅助燃料可以通过已知类型的低压电致动燃料喷射阀向这些腔室施压。 该系统可以被制造成用于现有发动机的改进套件,在这种情况下,不再需要火花塞,外部压缩点火器组件可以被拧入火花塞孔中。
    • 85. 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。