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    • 41. 发明授权
    • Gas component detection apparatus
    • 气体成分检测装置
    • US4322383A
    • 1982-03-30
    • US179222
    • 1980-08-18
    • Eturo YasudaSusumu SatoYoshihiro SegawaTadashi HattoriKeiji Aoki
    • Eturo YasudaSusumu SatoYoshihiro SegawaTadashi HattoriKeiji Aoki
    • G01N27/12G01N27/16G01N33/00H01C13/00
    • H01C13/00G01N27/12G01N27/16G01N33/0031
    • A gas component detection apparatus comprises a first and a second gas sensing elements each composed of a metal oxide which exhibits variable electric resistances according to gaseous components and temperatures of gases to be detected. A catalyst is carried at least by the first sensing element for promoting oxidation reactions of the gaseous components of the gases. A first pair of electrodes are inserted into those portions of the first sensing element which are subjected to catalytic action of the catalyst. Into the portions of the second sensing element which are not subjected to catalytic action are inserted a second pair of electrodes. The first pair of electrodes sense a variation in electric resistances resulting from the gaseous components and temperatures of the gases, while the second pair of electrodes detect an electric resistance variation related mainly upon the gas temperatures. Consequently, an output signal reflecting substantially only the gaseous components of the gases is produced by offsetting both of the electric resistances separately sensed utilizing a suitable electric circuit.
    • 气体成分检测装置包括第一和第二气体检测元件,每个气体检测元件由金属氧化物组成,金属氧化物根据气体成分和待检测气体的温度呈现可变的电阻。 催化剂至少由第一感测元件承载,用于促进气体的气体组分的氧化反应。 将第一对电极插入到受催化剂催化作用的第一感测元件的那些部分中。 在不进行催化作用的第二传感元件的部分插入第二对电极。 第一对电极感测由气体组分和气体温度导致的电阻变化,而第二对电极检测主要基于气体温度的电阻变化。 因此,基本上仅反映气体的气体成分的输出信号是通过使用合适的电路单独检测的两个电阻抵消而产生的。
    • 43. 发明授权
    • Method and apparatus for controlling internal combustion engines
    • 用于控制内燃机的方法和装置
    • US4229793A
    • 1980-10-21
    • US906666
    • 1978-05-16
    • Hiroshi YoshidaNobuo TabaraKeiji Aoki
    • Hiroshi YoshidaNobuo TabaraKeiji Aoki
    • F02D41/34F02D41/26F02D43/04F02D45/00G05B15/02F02D5/00G06F7/38
    • F02D41/26F02D2250/12
    • A method and apparatus for controlling an internal combustion engine by a digital computer. A pulse generator for generating reference pulse signals in synchronism with the rotation of the crankshaft of the engine is associated with the digital computer which is programmed to discriminate the rotational speed of the engine is higher or lower than a predetermined value in response to the reference signals and digitally calculate a required amount of fuel to be supplied to the engine or the like. When the rotational speed is discriminated to be lower than the predetermined value, the required calculation, including first and second portions is completed in response to each reference pulse signal and the combustion of the engine is controlled according to the calculated value, whereas when the rotational speed is discriminated higher than the predetermined value, the first and second portions of the calculation are performed alternately in response to successive reference pulse signals, and with each reference pulse the results of the most recently executed first and second portions are combined to form a calculated value and the combustion of the engine is controlled in accordance with the calculated value.
    • 一种用于通过数字计算机控制内燃机的方法和装置。 用于与发动机的曲轴的旋转同步地产生参考脉冲信号的脉冲发生器与数字计算机相关联,数字计算机被编程以响应于参考信号来识别发动机的转速高于或低于预定值 并且数字地计算要供应到发动机等的所需量的燃料。 当将转速判断为低于预定值时,响应于每个参考脉冲信号完成包括第一和第二部分的所需计算,并根据计算值控制发动机的燃烧,而当旋转 鉴别出高于预定值的速度,响应于连续的参考脉冲信号交替执行计算的第一和第二部分,并且对于每个参考脉冲,最近执行的第一和第二部分的结果被组合以形成计算出的 值和发动机的燃烧根据计算值进行控制。
    • 45. 发明授权
    • Feedback air-fuel ratio regulator
    • 反馈空燃比调节器
    • US3998189A
    • 1976-12-21
    • US623790
    • 1975-10-20
    • Keiji Aoki
    • Keiji Aoki
    • F02D41/34F02D41/14F02D3/00
    • F02D41/1482
    • A feedback air-fuel ratio regulator comprises an air-fuel ratio sensor which determines air-fuel ratio of the combustible gas from the composition of its exhaust gas and produces a sudden change in its output at a preset theoretical air-fuel ratio and an electronic air-fuel ratio controlling circuit. The latter includes voltage detectors for detecting the output voltage of the air-fuel ratio sensor at two or more points corresponding to certain richer and leaner air-fuel ratios than the theoretical one. Switching means are actuated by the output combined by the voltage detectors. An integrating circuits has a time constant which is determined by a condenser and resistance selected by the switching means, whereby the amount of fuel to be injected is regulated by the time constant which is determined by the output of integrating circuit according to said output voltage.
    • 反馈空燃比调节器包括空燃比传感器,该空燃比传感器从其排气的组成确定可燃气体的空燃比,并且在预设的理论空燃比下产生其输出的突然变化,并且电子 空燃比控制电路 后者包括用于检测空燃比传感器的输出电压的电压检测器,该两个或更多个点对应于比理论空燃比更丰富和更稀的空燃比。 开关装置由电压检测器组合的输出驱动。 积分电路具有由冷凝器确定的时间常数和由开关装置选择的电阻,由此通过根据所述输出电压的积分电路的输出确定的时间常数来限制待注入的燃料量。