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    • 3. 发明申请
    • EXHAUST GAS HEATING APPARATUS
    • 排气加热装置
    • US20130098008A1
    • 2013-04-25
    • US13806536
    • 2010-06-21
    • Taiichi Mori
    • Taiichi Mori
    • F01N3/20
    • F01N3/2033F01N3/103F01N3/204F01N2240/20F01N2490/16F01N2610/03F01N2610/107Y02T10/26
    • An exhaust gas heating apparatus (31) according to the present invention comprises an expansion chamber (37) having an inflow port (42) and an outflow port (43), a fuel supplying element (38) for supplying fuel into the expansion chamber, a fuel diffusing plate (39) for dispersing the fuel in the expansion chamber, and ignition means (40) for igniting the fuel in the expansion chamber, wherein an exhaust passage (28) communicated with the inflow port is connected tangentially to a circular peripheral surface (37a) of the expansion chamber, an axis (A) thereof is deviated from an axis (B) of the exhaust passage communicated with the outflow port, and the fuel diffusing plate extends along the peripheral surface of the expansion chamber from close proximity of the inflow port in such a manner as to form a partition between the inflow and outflow ports.
    • 根据本发明的排气加热装置(31)包括具有流入口(42)和流出口(43)的膨胀室(37),用于向膨胀室供给燃料的燃料供给元件(38) 用于将燃料分散在膨胀室中的燃料扩散板(39)和用于点燃膨胀室中的燃料的点火装置(40),其中与流入口连通的排气通道(28)切向地连接到圆形周边 所述膨胀室的表面(37a)的轴线(A)偏离与所述流出口连通的所述排气通路的轴线(B),所述燃料扩散板沿着所述膨胀室的周边表面从近距离 以形成流入口和流出口之间的隔板。
    • 7. 发明授权
    • Electronically controlled exhaust gas purifying system
    • 电子排气净化系统
    • US4023359A
    • 1977-05-17
    • US574960
    • 1975-05-06
    • Kenji MasakiYasuo NakajimaHiroyuki Maruoka
    • Kenji MasakiYasuo NakajimaHiroyuki Maruoka
    • F01N3/18F01N3/20F01N3/22F01N3/38F01N9/00F02D35/00F02D37/02F02D41/14F01N3/00F02B75/10
    • F01N3/222F01N3/18F01N3/2006F01N3/204F01N3/22F01N3/38F01N9/00F02D35/0038F02D37/02F02D41/1446F01N2250/04F01N2270/04Y02T10/26Y02T10/47
    • An electronically controlled exhaust gas purifying system for use with an internal combustion engine of a motor vehicle including not only a catalytic converter but also an auxiliary thermal reactor which is located upstream of the catalytic converter and by which exhaust gases emitted from the engine is re-combusted to the extent that the catalytic converter is not destroyed or damaged by the residual unconsumed compounds in exhaust gases discharged from the thermal reactor. The system is provided with an electronic control means for shutting off the flow of secondary air to be mixed with the exhaust gases emitted from the engine both when at least one of the temperatures of the catalytic converter and the thermal reactor rises above a critical value at which they would be destroyed or damaged, and when the engine is under cranking operation. The electronic control means retards the spark in order to heat the exhaust gases when the temperature of the reactor falls to its reaction commencement temperature. In the event that the rate of temperature rise of the thermal reactor exceeds a threshold value, the electronic control means does not retard the spark even if the temperature of the thermal reactor falls to the reaction commencement temperature, but then retards the spark when the temperature of the thermal reactor falls below a predetermined value which is set lower than that of the reaction commencement temperature.
    • 一种与汽车内燃机一起使用的电子控制废气净化系统,其不仅包括催化转化器,而且还包括位于催化转化器上游的辅助热反应器,并且通过该辅助热反应器重新排放从发动机排出的废气, 燃烧到催化转化器不被来自热反应器排出的废气中的残留的未消耗化合物破坏或损坏的程度。 该系统设置有电子控制装置,用于在催化转化器和热反应器的至少一个温度升高到临界值以上时关闭与发动机排放的废气混合的二次空气的流量, 它们将被破坏或损坏,当发动机处于起动作业时。 当反应器的温度下降到其反应开始温度时,电子控制装置阻止火花以加热废气。 在热反应堆的升温速度超过阈值的情况下,即使热反应堆的温度下降到反应开始温度,电子控制装置也不会阻止火花,但是当温度 的温度低于设定为低于反应开始温度的预定值。