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    • 81. 发明专利
    • 気化器
    • 化油器
    • JP2016070065A
    • 2016-05-09
    • JP2014196367
    • 2014-09-26
    • 株式会社ケーヒン
    • 兼田 一輝松野 浩治
    • F02M7/10F02M7/24F02M7/23
    • F02M11/02F02M17/12F02M5/14F02M5/16F02M7/26F02M1/02
    • 【課題】外周面の一部に切欠き部を形成した、スロットル弁の弁軸端部により、スロットル弁の開度に応じて第2ブリードエア通路を開閉するロータリ式の制御弁を構成した気化器において、気化器本体の小型化を図りつつ第2ブリードエア通路の加工性を良好とし、更に制御弁への異物の付着や堆積が効果的に抑えられる。 【解決手段】制御弁を弁軸8の上端部8uにより構成し、吸気道軸線と直交する投影面で見て第1ブリードエア通路15を弁軸8の一側方側に配置する一方、第2ブリードエア通路16の、制御弁8uよりも上流側通路部分16uを吸気道2の上側に配置し、第2ブリードエア通路16の、制御弁8uよりも下流側通路部分16dを、前記投影面で見て弁軸8の前記一側方側に配置して、その下流側通路部分16dの下流端を第1ブリードエア通路15の途中に接続する。 【選択図】 図3
    • 要解决的问题:提供一种化油器,其包括旋转式控制阀,该旋转式控制阀具有形成在外周面的一部分中的切口,并且构造成根据阀的打开来打开/关闭第二排气通道 节流阀的杆端部,用于有效地抑制异物附着和累积到控制阀上,同时在减小化油器体的尺寸的同时实现第二排气通道的良好的可操作性。解决方案:控制阀由 阀杆8的上端8u。从垂直于进气通道的轴线的投影平面看,第一排气通道15布置在阀杆8的一个侧面上,而第二排气通道15u的通道部分16u 控制阀8u上游的空气通道16布置在进气通道2的上侧,第二排气通道16的通道部分16d在控制阀 8u,从投影平面看,设置在阀杆8的一个侧面上。 其下游的通道部分16d在其下游端连接到第一放气通道15的中间。选择的图示:图3
    • 85. 发明专利
    • INJECTOR FOR CARBURETER FOR GASOLINE INTERNAL COMBUSTION ENGINE
    • JPH02264144A
    • 1990-10-26
    • JP25509989
    • 1989-09-29
    • MARUKO MORINI
    • MARUKO MORINI
    • F02M7/10F02M19/03F02M19/06
    • PURPOSE: To rationally and effectively perform automatic correction of the composition of supply mixture by blocking the lower end of a second vertical pipe by the bottom surface on which a calibrated hole penetrates, and forming a through hole on the second vertical pipe at a level higher than the constant level of a fuel container. CONSTITUTION: When the intake flow F is allowed to flow through an intake air adjusting device D, suction to a supply pipe 1 positioned in the small-diameter sectional part R of the device D is generated. The some amount of gasoline is sucked from a fuel container V through a calibrated hole 19 on the bottom surface 18 of a second vertical pipe 16, a cerebration nozzle 13, and a first vertical pipe 4 by the suction action and diffused into the device D through the supply pipe 1. Since this gasoline flow receives a head loss by the resistance of the calibrated hole 19, the gasoline level in a gap 20 is the liquid level M lower than the liquid level L of gasoline in the container V. To be precise, as the gasoline flow to be allowed to flow through the calibrated hole 19 is increased, the liquid level M is lower than the liquid level L, and the supply gasoline amount to be determined by the nozzle 13 is a function of pressure reduction in the small-diameter sectional part R of the device D and a water head to be received by the nozzle 13.
    • 86. 发明专利
    • STARTING FUEL SUPPLY DEVICE FOR ENGINE
    • JPH01190954A
    • 1989-08-01
    • JP1423288
    • 1988-01-25
    • NIPPON CARBURETER
    • KAMOZAWA YOSHIYA
    • F02M1/08F02M7/10F02M7/127
    • PURPOSE:To surely supply starting fuel by an inexpensive system in small size with no necessity for a power source by constituting a device introducing a positive pressure of pulsation, generated in a crankcase before complete explosive combustion of an engine, to a float chamber and pressurizing fuel. CONSTITUTION:An air vent passage 14, connected to an inlet of an intake passage 5, is opened to the upper part of a float chamber 6, and a selector valve 18 is provided halfway the passage 14. A pressure introducing passage 17, opened to a crankcase 16 of an engine 15, is connected to the selector valve 18. In a low negative pressure before complete explosive combustion of the engine 15, a valve 20 closes an atmospheric side passage part 14a by tension of a spring 27, connecting the pressure introducing passage 17 to a float chamber side passage part 14b. A check valve 31 is provided in the pressure introducing passage 17, and introducing only a positive pressure of pulsation to the float chamber 6 pressurizing fuel to be depressed in its oil level L-L, a mixture in the time of starting obtains high concentration.
    • 88. 发明专利
    • VARIABLE STAGE TYPE CARBURETOR
    • JPS6238862A
    • 1987-02-19
    • JP17589385
    • 1985-08-12
    • HITACHI LTD
    • UEDA HIROYUKIUEDAHIRA KUNISUKEMISHIRO YASUSHI
    • F02M9/12F02M7/10
    • PURPOSE:To supply the optimum mixed gas in accordance with the loaded state by connecting the turning shaft of an air control valve for varying the vent area of a venturi part by the turning operation, in interlocked state, with a negative-pressure operating mechanism operated by the negative pressure of the venturi part. CONSTITUTION:When an air control valve diaphragm 12 is operated by the variation of the negative pressure in a venturi part 4, an air valve 5 maintains the proper opening degree in proportion to the negative pressure. In engine idling, fuel is jetted out only from a bypass hole 15 and an idle hole 16. Further, in the intermediate loading of the engine, the air valve 5 operates so that the optimum vent area in that operation state can be obtained, and fuel is jetted out from the primary main nozzle 20, and the optimum mixing ratio can be obtained. Further, though the intake air quantity increases in high loading, since each opening degree of a throttle valve 3 and the air valve 5 is large, the optimum output mixed gas can be obtained, since the secondary main nozzle 24 assists the fuel injection quantity. Therefore, the optimum output mixed gas can be supplied in accordance with all the loading states of the engine.