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    • 3. 发明授权
    • Glow plug for an internal combustion engine
    • 用于内燃机的辉光插头
    • US4598676A
    • 1986-07-08
    • US580182
    • 1984-02-15
    • Novuei ItoKinya AtsumiNaohito MizunoTetsuro Kikuchi
    • Novuei ItoKinya AtsumiNaohito MizunoTetsuro Kikuchi
    • F23Q7/00F02N17/00
    • F23Q7/001
    • A glow plug for an internal combustion engine is disclosed. The glow plug of the present invention comprises a heater support member projecting into a combustion chamber of an internal combustion engine, the heater support member being formed of an electric insulating material; a heater member affixed to the outer surface of the heater support member, the heater member being formed of an electrically conductive, heat- and oxidation-resistant ceramic material; at least three lead wires for power supply embedded in the heater support member, one end of the lead wires being connected each independently to the heater member; and a power switching means interposed between the other ends of those lead wires and a power source for connecting the power source selectively between the lead wires. By the selective connection between the lead wires performed by the power switching means, a plurality of heater elements having different resistance values are formed within the heater member.
    • 公开了一种用于内燃机的电热塞。 本发明的电热塞包括突出到内燃机的燃烧室中的加热器支撑构件,加热器支撑构件由电绝缘材料形成; 加热器构件,其固定到所述加热器支撑构件的外表面,所述加热器构件由导电,耐热和耐氧化的陶瓷材料形成; 用于电源的至少三根引线嵌入在加热器支撑件中,引线的一端独立地连接到加热器构件; 以及插入在这些引线的另一端之间的电源切换装置和用于在引线之间选择性地连接电源的电源。 通过由电源切换装置执行的引线之间的选择性连接,在加热器构件内形成具有不同电阻值的多个加热元件。
    • 6. 发明授权
    • Engine preheating apparatus
    • 发动机预热装置
    • US4417550A
    • 1983-11-29
    • US294821
    • 1981-08-21
    • Akihiro KobayashiMasashi KidaNovuei ItoYoji Kato
    • Akihiro KobayashiMasashi KidaNovuei ItoYoji Kato
    • F02P19/02
    • F02P19/02
    • An engine preheating apparatus in which an actuation circuit for a glow plug mounted in the engine is provided with a starting resistor of barium titanate of which the resistance value abruptly increases at a specific temperature, and a normal-operation resistor connected in parallel to the starting resistor. When the starting resistor is low in temperature and hence has a small resistance value, a large current is supplied to the glow plug, whereas when the starting resistor is high in temperature and therefore has a high resistance, a comparatively small current is supplied to the glow plug through the normal-operation resistor. The starting resistor is comprised of plural resistor elements of barium titanate as a main component and plural electrode plates alternately pressed one on each other. Each of the electrode plates is in pressure contact with each of heat radiators, so that the heat generated by the resistor elements is radiated from the radiators through the electrode plates. The time constant of the resistor elements is determined by the shape of that portion of the electrode plate which is connected to the radiator.
    • 一种发动机预热装置,其中安装在发动机中的用于电热塞的致动电路设置有电阻值在特定温度下突然增加的钛酸钡起动电阻器,以及与起动器并联连接的正常工作电阻器 电阻。 当启动电阻器的温度低,因此具有小的电阻值时,向电热塞供应大的电流,而当启动电阻器的温度高而具有高电阻时,相对较小的电流被提供给 电热塞通过正常工作电阻。 起动电阻由钛酸钡作为主要成分的多个电阻元件和交替地彼此按压的多个电极板构成。 每个电极板与每个散热器压力接触,使得由电阻元件产生的热量通过电极板从散热器辐射。 电阻元件的时间常数由连接到散热器的电极板的那部分的形状决定。