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    • 1. 发明授权
    • Diaphragm carburettor with single pump and meter block for internal combustion engines
    • 隔膜式化油器,带单泵和内燃机用仪表块
    • US07527248B2
    • 2009-05-05
    • US11846126
    • 2007-08-28
    • William T. Cobb, Jr.
    • William T. Cobb, Jr.
    • F02M17/04
    • F02M17/04Y10S261/68
    • A diaphragm carburetor (1) for internal combustion engines includes a carburetor body (2,2′) provided with a feed duct (3) of an air/fuel mixture to the engine, the duct (3) being intercepted by at least one butterfly valve (20); a pumping device including a diaphragm pump (6) communicating on one side with the engine and on the other side with a fuel tank, the diaphragm pump (6) being driven by the pulses corning from the engine; a metering device including a diaphragm meter (7) adapted to keep a first chamber (13) and a second chamber (12) separate, with the meter (7) interposed, the first chamber (13) being at environmental pressure, and the second chamber (12) communicating both with the diaphragm pump (6), on the side which communicates with the tank, through a line intercepted by a valve controlled by the meter (7) itself, and with the feed duct (3) of the mixture, where the pumping device and the metering device are integrally made on a single block (5) fixed directly on one side of the carburetor body (2).
    • 用于内燃机的隔膜式化油器(1)包括设置有与发动机的空气/燃料混合物的进料管(3)的化油器主体(2,2'),管道(3)被至少一只蝶 阀门(20); 泵送装置,其包括在一侧与发动机连通并且在另一侧与燃料箱连通的隔膜泵(6),所述隔膜泵(6)由从发动机取出的脉冲驱动; 一种计量装置,包括适于将第一腔室(13)和第二腔室(12)保持分开的隔膜计量器(7),所述计量器(7)插入在所述第一腔室(13)处于环境压力下,所述第二腔室 (12),其通过隔离泵(6)在与罐连通的一侧上通过由仪表(7)本身控制的阀截取的管线与混合物的进料管(3)连通 其中泵送装置和计量装置整体制成在直接固定在化油器主体(2)的一侧上的单个块(5)上。
    • 2. 发明授权
    • Electronic control diaphragm carburetor
    • 电子控制隔膜式化油器
    • US06698727B1
    • 2004-03-02
    • US10294215
    • 2002-11-13
    • Scott R. Shaw
    • Scott R. Shaw
    • F02M1704
    • F02M17/04Y10S261/68Y10S261/74
    • A diaphragm carburetor is disclosed wherein a mechanism for varying the fuel flow rate through the carburetor for delivery to the engine can be controlled by electronic feedback based on engine performance. A permanent magnet/wire coil assembly is attached to the diaphragm controlling the opening to the metering chamber within the carburetor. The assembly responds to commands based on engine performance and can vary the size of the opening to the metering chamber. In this way, the fuel flow rate through the carburetor can be modified to obtain the optimal fuel/air ratio for peak performance of the engine.
    • 公开了一种隔膜式化油器,其中可以通过基于发动机性能的电子反馈来控制用于改变通过化油器的燃料流量用于输送到发动机的机构。 永磁体/线圈组件附接到控制化油器内的计量室的开口的隔膜。 该组件基于发动机性能响应命令,并且可以改变到计量室的开口的尺寸。 以这种方式,可以改变通过化油器的燃料流量,以获得用于发动机峰值性能的最佳燃料/空气比。
    • 3. 发明授权
    • Membrane carburetor
    • 膜化油器
    • US06595500B2
    • 2003-07-22
    • US10127496
    • 2002-04-23
    • Gerhard OsburgWolfgang LuithardtPeter SchmidtReinhard Gerhardy
    • Gerhard OsburgWolfgang LuithardtPeter SchmidtReinhard Gerhardy
    • F02M708
    • F02M7/08F02B63/02F02M17/04F02M37/16F02M37/20Y10S261/08Y10S261/68
    • A membrane carburetor for an internal combustion engine in a portable handheld work apparatus includes a control chamber (3) delimited by a membrane (2). The control chamber (3) is connected via a feed line (4) to a fuel tank (5). The feed line (4) is cleared via a valve body (6) when there is a deflection of the membrane (2) because of an underpressure in the control chamber (3). The control chamber (3) is connected to an air channel (10) via at least one fuel nozzle (7) and at least one ancillary chamber (9). The air channel (10) passes through the membrane carburetor (1) and leads to the internal combustion engine. A purge pump (11) is provided in a fuel line (12) connecting the control chamber (3) to the fuel tank (5). The fuel path between the control chamber (3) and the purge pump (11) is guided through at least one ancillary chamber (9).
    • 用于便携式手持式工作装置中的内燃机的膜式化油器包括由膜(2)限定的控制室(3)。 控制室(3)经由进料管线(4)连接到燃料箱(5)。 当由于控制室(3)中的负压而存在膜(2)的偏转时,馈送线(4)通过阀体(6)而被清除。 控制室(3)经由至少一个燃料喷嘴(7)和至少一个辅助室(9)连接到空气通道(10)。 空气通道(10)穿过膜化油器(1)并通向内燃机。 在将控制室(3)连接到燃料箱(5)的燃料管路(12)中设置有净化泵(11)。 控制室(3)和净化泵(11)之间的燃料路径被引导通过至少一个辅助室(9)。
    • 6. 发明授权
    • Floatless carburetor
    • 无油化油器
    • US5676887A
    • 1997-10-14
    • US665645
    • 1996-06-18
    • Isamu SoedaMichihiko Aoshima
    • Isamu SoedaMichihiko Aoshima
    • B65G47/82F02M17/04
    • F02M17/04Y10S261/50Y10S261/68
    • An orifice assembly is detachably attached to a cover serving as a wall surface of an atmospheric chamber. The orifice assembly includes two inner and outer communication ports in a housing thereof. The two inner and outer communication ports are shut out by a partition wall through which an orifice having a small diameter and a communication hole having a diameter larger than that of said orifice, and a check valve is disposed in the communication hole to close the latter therewith. One of the two inner and outer communication ports is communicated with an atmospheric chamber and the other inner and outer communication ports is communicated with the atmosphere. When the pressure in the atmospheric chamber becomes higher than the atmospheric pressure, the communication hole is closed with the check valve, and when the pressure in the atmospheric chamber 48 is equal to or becomes lower than the atmospheric pressure, the communication hole is opened.
    • 孔组件可拆卸地附接到用作大气室的壁表面的盖。 孔口组件在其壳体中包括两个内部和外部连通端口。 两个内外连通端口被分隔壁关闭,通过该分隔壁具有小直径的孔口和直径大于所述孔口的直径的连通孔,并且止回阀设置在连通孔中以闭合孔 随之而来。 两个内部和外部通信端口中的一个与大气室连通,另一个内部和外部通信端口与大气连通。 当大气室中的压力变得高于大气压时,用止回阀关闭连通孔,并且当大气室48中的压力等于或变得低于大气压时,连通孔打开。
    • 8. 发明授权
    • Automatic control of a carburetor fuel system
    • 化油器燃油系统的自动控制
    • US4949692A
    • 1990-08-21
    • US260594
    • 1988-10-21
    • John Devine
    • John Devine
    • F02M7/18F02M17/04
    • F02M7/18F02M17/04Y10S261/68
    • A diaphragm type carburetor comprising a main body portion defining a venturi having an air intake side and an engine outlet side. The carburetor has a throttle shutter mounted within the venturi between the air intake side and the engine outlet side, and a metering chamber supplies fuel into the venturi via a main discharge port. The main discharge port opens into the venturi on the air intake side of the throttle shutter. A monitoring means (FIG. 3) is provided to monitor an engine parameter and an electrically controlled valve means is provided to adjust the fuel flow through the main discharge port into the venturi. The valve means is responsive to an electrical signal generated by the monitoring means in response to the engine parameter.
    • 一种隔膜式化油器,包括限定具有进气侧和发动机出口侧的文氏管的主体部。 化油器具有安装在进气侧和发动机出口侧之间的文氏管内的节流阀,并且计量室通过主排出口将燃料供应到文丘里管中。 主排气口通向节流阀进气侧的文丘里管。 提供监测装置(图3)以监测发动机参数,并且提供电控阀装置以调节通过主排出口的燃料流入文丘里管。 阀装置响应于发动机参数响应由监控装置产生的电信号。