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    • 102. 发明授权
    • Carburetor float bowl with temperature and pressure responsive fuel
level control means
    • 化油器浮筒,温度和压力响应燃油位控制装置
    • US4148847A
    • 1979-04-10
    • US808130
    • 1977-06-20
    • Albert C. Russell
    • Albert C. Russell
    • F02M5/12F02M7/11F02M5/00
    • F02M7/11F02M5/12
    • A novel carburetor is provided which maintains a substantially constant fuel/air ratio in accordance with the density of the incoming air by variably controlling the fuel level in the carburetor fuel bowl. To accomplish this, a first and second lever are positioned between the fuel inlet valve to the carburetor fuel bowl and the float in the fuel bowl so that the position of each lever variably and independently variably controls the vertical position of the float at the point of closure of the fuel inlet valve, and hence the fuel level in the fuel bowl. An aneroid bellows controls the position of one lever while a temperature element controls the position of the other whereby the fuel level in the fuel bowl is proportionate to both air pressure and temperature, and hence the air density.
    • 提供了一种新颖的化油器,其通过可变地控制化油器燃料碗中的燃料水平,根据进入的空气的密度来保持基本恒定的燃料/空气比。 为了实现这一点,第一和第二杠杆位于燃料入口阀到化油器燃料碗和燃料碗中的浮子之间,使得每个杆的位置可变地和独立地可变地控制浮子的垂直位置 关闭燃料入口阀,并因此燃料碗中的燃料液位。 无气体波纹管控制一个杆的位置,而温度元件控制另一个杆的位置,由此燃料碗中的燃料水平与空气压力和温度成正比,并因此与空气密度成比例。
    • 104. 发明授权
    • Fuel metering device for internal combustion engines
    • 内燃机燃油计量装置
    • US3900014A
    • 1975-08-19
    • US38236873
    • 1973-07-25
    • BOSCH GMBH ROBERT
    • BUNDESEN LORENZBRETTSCHNEIDER JOHANNESKNAPP HEINRICH
    • F02D41/14F02D9/00F02M7/11F02M7/127F02M7/17F02M7/00F02D33/00
    • F02M7/17F02D9/00F02D2700/09F02M7/11Y10S261/67
    • A fuel metering device for an internal combustion engine having a fuel reservoir from which a fuel line leads to an air-intake suction tube of the engine, wherein the amount of fuel metered into a given amount of air flowing through the suction tube is determined by the air pressure in the air space of a fuel reservoir and in the suction tube as well as by the output signal of a measuring sensor adapted for detecting the composition of the exhaust gas produced by the engine, and emitting corresponding intermittent output signals, is improved by the combination of A. SOURCES FOR DETECTING DIFFERENCES IN AIR PRESSURE IN THE SUCTION TUBE, B. COMMUNICATING MEANS BETWEEN THE SOURCES, AND C. MEANS FOR CONTROLLING AIR FLOW THROUGH THE COMMUNICATING MEANS AS WELL AS THE AIR PRESSURE IN THE AIR SPACE IN THE FUEL RESERVOIR BY MEANS OF INTERMITTENT OUTPUT SIGNALS EMITTED BY THE SENSOR.
    • 一种用于内燃机的燃料计量装置,其具有燃料储存器,燃料管路从该燃料储存器通向发动机的进气抽吸管,其中计量到流过吸入管的给定量的空气的燃料量由 燃料储存器和吸入管的空气空间中的空气压力以及适于检测由发动机产生的废气的组成并且发射相应的间歇输出信号的测量传感器的输出信号得到改善 用于检测吸入管中空气压力差异的来源,B.源头之间的通信手段,以及C.用于通过通信方式控制空气流动的方式,以及空气中空气中的空气压力 由传感器发出的间接输出信号的燃料储存。