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    • 62. 发明授权
    • Cooling block forming electrode
    • 冷却块形成电极
    • US08319141B2
    • 2012-11-27
    • US12876597
    • 2010-09-07
    • Toshifumi IshidaDaisuke Hayashi
    • Toshifumi IshidaDaisuke Hayashi
    • B23K9/00F02M3/10F28F7/00
    • H05H1/46H01J37/32009H01J37/32724
    • The present invention is a cooling block that forms an electrode for generating a plasma for use in a plasma process, and includes a channel for a cooling liquid, the cooling block comprising: a first base material and a second base material respectively made of aluminum, at least one of the first and second base materials having a recess for forming a channel for a cooling liquid; and a diffusion bonding layer, in which zinc is diffused in aluminum, and an anti-corrosion layer of a zinc oxide film, the layers being formed by interposing zinc between the first and second base materials, and by bonding the first and second base materials with zinc interposed therebetween in a heating atmosphere containing oxygen.
    • 本发明是一种冷却块,其形成用于产生用于等离子体处理的等离子体的电极,并且包括用于冷却液体的通道,所述冷却块包括:分别由铝制成的第一基材和第二基材, 所述第一和第二基底材料中的至少一个具有用于形成用于冷却液体的通道的凹部; 以及锌在铝中扩散的扩散接合层和氧化锌膜的防腐蚀层,所述层通过在第一和第二基底材料之间插入锌而形成,并且通过将第一和第二基底材料 在含有氧的加热气氛中夹有锌。
    • 64. 发明授权
    • Carburetor fuel adjusting device
    • 化油器燃油调节装置
    • US5961896A
    • 1999-10-05
    • US111569
    • 1998-07-08
    • Kimio KoizumiYasuaki KohiraSatoru Araki
    • Kimio KoizumiYasuaki KohiraSatoru Araki
    • F02M3/10F02M19/02F02M19/04
    • F02M19/021F02M19/04F02M3/10F02M2003/105Y10S261/38Y10S261/84Y10T137/7062
    • In a first aspect, a carburetor fuel adjusting device that facilitates control of the quantity of fuel that flows from the fuel chamber to an air intake port of a carburetor by making it possible for the user to adjust an adjustment valve within the limits defined by emission control regulations. The carburetor fuel adjusting device has a cap having two appendages, and an engagement area to engage a valve extension of the fuel adjustment valves of a carburetor. The cap is retained by the retainer in either a disengaged position, or an engaged position wherein the engagement area of the cap becomes attached to the valve extensions. In the engaged position, the adjustment valves can be turned in unison with the cap within a range formed by the angle between the appendages which, when rotated, abut against stoppers. In a second aspect, a retaining plate of elastic material having two retainer holes adapted to receive and retain the pair of adjustment valves in a prescribed adjustment position is laid against an outer surface of the carburetor body. The adjustment valves each have a base-end portion and a small diameter portion, the threads of the base-end portion having an external diameter larger than that of the threads of the small diameter portion. The external diameter of the threads of the base-end portion is also larger than the diameter of each of the retainer holes of the retaining plate such that when the adjustment valve is screwed into the screw hole of the carburetor, the base-end portion cuts threads in the retainer holes of the retaining plate to thereby prevent rotation of the adjustment valve.
    • 在第一方面,一种化油器燃料调节装置,其能够通过使用户能够将调节阀调节到由排放限定的限度内,从而能够控制从燃料室流向化油器的进气口的燃料量 控制规定。 化油器燃料调节装置具有两个附件的盖,以及用于接合化油器的燃料调节阀的阀延伸部的接合区域。 盖子由保持器保持在脱离位置或接合位置,其中盖子的接合区域附接到阀延伸部。 在接合位置,调节阀可以在由旋转时抵靠止动件的附件之间的角度形成的范围内与盖一起转动。 在第二方面中,具有两个用于将一对调节阀接收并保持在规定的调节位置的保持孔的弹性材料的保持板放置在化油器主体的外表面上。 调节阀各自具有基端部和小直径部,基端部的螺纹的外径大于小径部的螺纹的螺纹。 基端部的螺纹的外径也大于保持板的每个保持孔的直径,使得当调节阀拧入化油器的螺纹孔时,基端部切断 螺纹在保持板的保持孔中,从而防止调节阀旋转。
    • 65. 发明授权
    • Carburetor fuel adjusting device
    • US5772927A
    • 1998-06-30
    • US624757
    • 1996-03-27
    • Kimio KoizumiYasuaki KohiraSatoru Araki
    • Kimio KoizumiYasuaki KohiraSatoru Araki
    • F02M3/10F02M19/02F02M19/04
    • F02M19/021F02M19/04F02M3/10F02M2003/105Y10S261/38Y10S261/84Y10T137/7062
    • In a first aspect, a carburetor fuel adjusting device that facilitates control of the quantity of fuel that flows from the fuel chamber to an air intake port of a carburetor by making it possible for the user to adjust an adjustment valve within the limits defined by emission control regulations. The carburetor fuel adjusting device has a cap having two appendages, and an engagement area to engage a valve extension of the fuel adjustment valves of a carburetor. The cap is retained by the retainer in either a disengaged position, or an engaged position wherein the engagement area of the cap becomes attached to the valve extensions. In the engaged position, the adjustment valves can be turned in unison with the cap within a range formed by the angle between the appendages which, when rotated, abut against stoppers. In a second aspect, a retaining plate of elastic material having two retainer holes adapted to receive and retain the pair of adjustment valves in a prescribed adjustment position is laid against an outer surface of the carburetor body. The adjustment valves each have a base-end portion and a small diameter portion, the threads of the base-end portion having an external diameter larger than that of the threads of the small diameter portion. The external diameter of the threads of the base-end portion is also larger than the diameter of each of the retainer holes of the retaining plate such that when the adjustment valve is screwed into the screw hole of the carburetor, the base-end portion cuts threads in the retainer holes of the retaining plate to thereby prevent rotation of the adjustment valve.
    • 66. 发明授权
    • Fuel mixture limitation device
    • 燃料混合物限制装置
    • US5603869A
    • 1997-02-18
    • US325781
    • 1994-10-19
    • James E. McNewPaul RossLamont Lackman
    • James E. McNewPaul RossLamont Lackman
    • F02M5/12F02M3/10F02M3/08
    • F02M3/10F02M2003/105Y10S261/38Y10S261/84Y10T137/7062
    • A limitation device which limits post-adjustment rotation of an adjustment screw (10) on single adjustment screw carburetors (20). In one embodiment, the limitation device uses a limiter cap (100, 200) removably attached to the adjustment screw (10) which works in conjunction with a limiter stop (300, 400) attached to the carburetor. In a second embodiment, the limitation device uses a limiter cap (700) removably attached to the adjustment screw (10) which works in conjunction with a plate (600) attached to the carburetor. In either embodiment, the limiter cap (100, 200, 700) presents a first and second rotational stop (110, 210) which cooperates with at least one rotational stop (304, 306, 404, 406, 606) on the limiter stop (300, 400) or plate (600). A special tool and method is also disclosed for installing and removing the device from the carburetor.
    • 限制装置限制单调节螺杆化油器(20)上的调节螺钉(10)的调整后旋转。 在一个实施例中,限制装置使用可拆卸地附接到调节螺钉(10)的限制器盖(100,200),其与连接到化油器的限位器停止件(300,400)结合工作。 在第二实施例中,限制装置使用可拆卸地附接到调节螺钉(10)的限制器盖(700),该调节螺钉(10)与附接到化油器的板(600)结合工作。 在任一实施例中,限制器盖(100,200,700)具有第一和第二旋转止动件(110,210),其与限制器止动件上的至少一个旋转止动件(304,306,404,606,606)配合, 300,400)或板(600)。 还公开了一种用于从化油器安装和拆卸设备的专用工具和方法。
    • 67. 发明授权
    • Modular side-draft carburetor
    • 模块化侧面化油器
    • US5034163A
    • 1991-07-23
    • US132630
    • 1987-12-04
    • Gene F. BaltzSimon LevinLeRoy T. Wood
    • Gene F. BaltzSimon LevinLeRoy T. Wood
    • F02M3/10F02M3/12F02M17/40F02M17/48
    • F02M17/40F02M17/48F02M3/10F02M5/14Y10S261/38
    • A carburetor comprising a combined float bowl and venturi section including an air passage with a venturi, a rotatably supported throttle valve plate located in the air passage, and a float chamber adapted to contain fuel, and a separate metering section mounted on the float bowl and venturi section, the metering section being molded of plastic and including a fuel passage communicating between the float chamber and the air passage, a needle valve seat within the fuel passage, an internally threaded bore having therein threads molded integrally with the metering section, and an externally threaded needle valve threadedly received in the bore and being movable into and out of engagement with the valve seat for controlling fuel flow through the fuel passage.
    • 一种化油器,包括组合的浮筒和文氏管部分,其包括具有文丘里管的空气通道,位于空气通道中的可旋转支撑的节流阀板和适于容纳燃料的浮动室,以及安装在浮筒上的单独的计量部分, 文丘里部分,计量部分由塑料模制,并且包括在浮子室和空气通道之间连通的燃料通道,燃料通道内的针阀座,其中具有与计量部分一体模制的螺纹的内螺纹孔,以及 外螺纹针阀螺纹地容纳在孔中并且可移动地进入和离开与阀座接合,以控制通过燃料通道的燃料流。
    • 69. 发明授权
    • Carburetor
    • 化油器
    • US4486360A
    • 1984-12-04
    • US394159
    • 1982-07-01
    • Allan Elias
    • Allan Elias
    • F02M3/10F02M7/22F02M7/28F02M17/09
    • F02M7/22F02M17/09F02M3/10F02M7/28Y10T137/87378
    • A carburetor with a fuel nozzle in the throat, an upstream butterfly valve, a downstream butterfly valve, a first vacuum actuator for controlling the upstream butterfly valve as a function of vacuum in the throat, and a second vacuum actuator for controlling pre-mix air supply to the fuel nozzle as a function of vacuum downstream from the downstream butterfly valve. A cold start control for disabling the second vacuum actuator for a predetermined period of time at starting to block flow of pre-mix air to the fuel nozzle, including a cold start valve with a thermal responsive bimetal and a resistance heater for timing of the cold start operation. A main fuel control valve with an idle bypass passage therethrough, and means for adjusting the rate of flow through the idle bypass passage.
    • 在喉部具有燃料喷嘴的化油器,上游蝶阀,下游蝶形阀,用于控制上游蝶形阀作为喉部真空的函数的第一真空致动器,以及用于控制预混合气体的第二真空致动器 作为来自下游蝶形阀的下游的真空的燃料喷嘴供应。 一种冷启动控制,用于在开始阻止预混合空气到燃料喷嘴的预定时间段期间禁用第二真空致动器,包括具有热响应双金属的冷启动阀和用于冷却定时的电阻加热器 开始操作。 具有空转旁路通道的主燃料调节阀,以及用于调节通过怠速旁路通道的流量的装置。