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    • 1. 发明授权
    • Exhaust purification apparatus
    • 排气净化装置
    • US4662172A
    • 1987-05-05
    • US890969
    • 1986-07-29
    • Motohiro ShinzawaShoji Ushimura
    • Motohiro ShinzawaShoji Ushimura
    • F01N3/02F01N3/025F02B3/02F23D11/24
    • F02B3/02F01N3/0256
    • An exhaust purification apparatus includes a regenerative burner for repetitively regenerating a trap element located in the exhaust system of an internal combustion engine. The regenerative burner has a combustion chamber adapted to permit flow of exhaust gas from the engine exhaust conduit to the trap element. A hollow member is disposed within the combustion chamber to define an evaporation chamber therein. The hollow member has a side wall formed with a number of flame holes to permit fluid flow from the evaporation chamber into the combustion chamber. The evaporation chamber has a supply of air-fuel mixture through a mixture conduit having an end terminating in a discharge outlet opening into the evaporation chamber. The mixture conduit has a portion extending through the combustion chamber to promote fuel evaporation during a trap regeneration operation.
    • 排气净化装置包括用于重复地再生位于内燃机的排气系统中的捕集元件的再生式燃烧器。 蓄热式燃烧器具有适于允许排气从发动机排气管道流向捕集元件的燃烧室。 中空构件设置在燃烧室内以在其中限定蒸发室。 中空构件具有形成有多个火焰孔的侧壁,以允许流体从蒸发室流入燃烧室。 蒸发室具有通过混合物管道的空气 - 燃料混合物的供应,该混合物导管的端部终止于在蒸发室中的排出口。 混合物管道具有延伸穿过燃烧室的部分,以在捕集器再生操作期间促进燃料蒸发。
    • 6. 发明授权
    • Exhaust particle removing system for an internal combustion engine
    • 内燃机排气除尘系统
    • US4603550A
    • 1986-08-05
    • US706795
    • 1985-02-28
    • Motohiro Shinzawa
    • Motohiro Shinzawa
    • F01N3/02F01N3/025F01N9/00
    • F01N3/025F01N9/002F01N2390/02F01N2900/0422Y02T10/47Y10S55/30
    • A filter disposed in an engine exhaust passage traps particles suspended in exhaust gas. A burner serves to burn off the particles deposited on the filter. The pressures in the exhaust passage at points upstream and downstream of the filter are sensed. A determination is made as to whether or not the sensed upstream pressure is lower than a preset level. When the sensed upstream pressure is not lower than the preset level, the degree of clogging of the filter is deduced on the basis of the sensed upstream and downstream pressures. When the sensed upstream pressure is lower than the preset level, the degree of clogging of the filter is deduced on the basis of a time elapsed since the moment at which the sensed upstream pressure dropped below the preset level and on the basis of the sensed upstream and downstream pressures obtained immediately prior to that moment.
    • 布置在发动机排气通道中的过滤器捕获悬浮在废气中的颗粒。 燃烧器用于燃烧沉积在过滤器上的颗粒。 感测到过滤器上游和下游点处的排气通道中的压力。 确定感测到的上游压力是否低于预设水平。 当感测到的上游压力不低于预设水平时,基于检测到的上游和下游压力推导出过滤器的堵塞程度。 当检测到的上游压力低于预设水平时,滤波器的堵塞程度是基于从感测到的上游压力下降到预设水平以下并基于感测上游的时间而经过的时间 以及紧接在该时刻之前获得的下游压力。
    • 7. 发明授权
    • Exhaust gas recirculation control system for a compression-ignition
internal combustion engine
    • 用于压燃式内燃机的废气再循环控制系统
    • US4295455A
    • 1981-10-20
    • US81144
    • 1979-10-02
    • Seishi YasuharaJun TeranumaMotohiro ShinzawaHiroshi Fujii
    • Seishi YasuharaJun TeranumaMotohiro ShinzawaHiroshi Fujii
    • F02M25/07F02B3/06F02D21/08F02M25/06
    • F02D21/08F02M26/57F02B3/06
    • An exhaust gas recirculation control system for a compression-ignition internal combustion engine or diesel engine including an intake throttle valve in an intake passage and an exhaust gas recirculation passage opening downstream of the intake throttle valve, comprises a shut-off valve in the exhaust gas recirculation passage so that the shut-off valve is closed in the proximity of a full load region of the engine.The system further comprises a link mechanism interlocking the intake throttle valve with the control means of the fuel injection pump, which link mechanism is operative to begin to open the intake throttle valve lagging behind a commencement of an operation of the control means of the fuel injection pump and to completely open the intake throttle valve prior to an arrival of the control means at its full operating position, thereby stabilizing its exhaust gas recirculation control characteristic in low and high load regions, effectively reducing NOx to ensure the stability of the engine in the low load region, reliably preventing black exhaust gases in the high load region and improving the full output of the engine.
    • 一种用于压缩点火内燃机或柴油发动机的废气再循环控制系统,其包括进气通道中的进气节气门和进气节流阀下游的排气再循环通道,该排气再循环控制系统包括废气中的截止阀 循环通道,使得截止阀在发动机的满载区域附近关闭。 该系统还包括将进气节气门与燃料喷射泵的控制装置互锁的连杆机构,该连杆机构可操作以开始打开进气节气门,该进气节流阀滞后于燃油喷射控制装置的操作开始 泵,并且在控制装置到达其完全操作位置之前完全打开进气节流阀,由此稳定其在低负荷区域和高负荷区域中的废气再循环控制特性,有效地减少NOx以确保发动机在 低负载区域,可靠地防止高负荷区域的黑色废气,提高发动机的全部输出。
    • 10. 发明授权
    • Swirl chamber type diesel engine
    • SWIRL CHAMBER型柴油发动机
    • US5067457A
    • 1991-11-26
    • US505072
    • 1990-04-05
    • Motohiro Shinzawa
    • Motohiro Shinzawa
    • F02B19/08F02B3/06F02B19/14F02B23/04
    • F02B23/04F02B19/14F02B3/06Y02T10/125
    • A piston crown is formed with a cavity including a first flame deflecting member which is located amid three flame dispersion zones and which splits burning gases ejected from a transfer port into a first dispersion zone, while the piston is proximate its TDC position, into two flows. The arrangement additionally induces the two flows to assume two essentially symmetrical swirling patterns in second and third dispersion zones. After the piston has descended by a predetermined amount, the burning gases are supplied directly into the second and third zones. Important design considerations which influence the efficiency with which the air in the main combustion chamber include the angle at which the gases are directed toward the piston crown, the location of the first flame splitting member with respect to the site where the flame initially impinges on the first dispersion zone, the angle at which the flame is split and directed toward the second and third zones, the areas of the first, second and zones in which the swirling air patterns are produced and the velocity at which the burning gases flow into the second and third zones.