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    • 1. 发明授权
    • Fluid injection nozzle
    • 流体注射喷嘴
    • US06439484B2
    • 2002-08-27
    • US09790912
    • 2001-02-23
    • Akinori HarataYukio SawadaYukio Mori
    • Akinori HarataYukio SawadaYukio Mori
    • B05B100
    • F02M51/0678F02M51/0614F02M61/1853
    • At fuel downstream end of a valve body, there is arranged an injection port plate formed into a thin disc shape. In the injection port plate, there are formed four injection ports having fuel inlets in a common circumference on the center axis of the injection port plate. The injection ports are formed in the fuel injecting direction apart from the center axis of the injection port plate. In each injection port, with respect to the injection port axis joining the center of the fuel inlet and the center of the fuel outlet of each injection port, the injection port inner circumference more distant from the center axis of the injection port plate is more inclined toward the outer circumference with respect to the center axis than the injection port inner circumference less distance from the center axis of the injection port plate with respect to the injection port axis.
    • 在阀体的燃料下游端设有形成为薄盘状的注入口板。 在注入口板中,形成有在注入口板的中心轴线上的共同圆周上具有燃料入口的四个注入口。 喷射口形成在与喷射孔板的中心轴线隔开的燃料喷射方向上。 在每个注入口中,相对于连接燃料入口的中心和每个注入口的燃料出口的中心的注入口轴线,更远离注入口板的中心轴线的注入口内圆周更倾斜 相对于中心轴线的外周,相对于喷射口内周距离喷射口板的中心轴线相对于喷射口轴线的距离较小。
    • 5. 发明授权
    • Fuel injection apparatus
    • 燃油喷射装置
    • US06073597A
    • 2000-06-13
    • US168861
    • 1998-10-09
    • Akinori HarataNobuo ImatakeKimitaka SaitoKeiso Takeda
    • Akinori HarataNobuo ImatakeKimitaka SaitoKeiso Takeda
    • F02D11/02F02D11/06F02D35/00F02M37/12F02M37/16F02M69/00F02N19/00F02M37/18F02M59/42
    • F02N19/001F02M37/12F02M37/16F02M59/42
    • A fuel injection apparatus which prevents delay of the pressurization of the fuel injected and deterioration of the starting characteristic at the time of engine cold starts and the resultant increase in emission of hydrocarbons by leading to an auxiliary startup pump the hydraulic pressure generated in the hydraulic cylinders supporting the driver's seat when the driver gets in the car and sits on the seat before startup, converts this to a high fuel pressure by large and small diameter cylinders, and obtains a fuel spray with a good atomization by a high fuel pressure immediately after startup. Other forces which can be used are the force generated in a hydraulic damper of a suspension by the weight of the driver when getting in the car, the force of opening the driver's side door, the force of stepping on the brake pedal, etc.
    • 一种燃料喷射装置,其防止喷射的燃料的加压的延迟和发动机冷启动时的起动特性的劣化,并且由此导致辅助启动泵的碳氢化合物的排放增加,液压缸中产生的液压 驾驶员在驾驶员坐在座椅上并驾驶座驾时,在起动前将驾驶座配置在驾驶座上,通过大小直径气缸将其转换为高燃油压力,并在启动后立即以高燃油压力获得燃油喷雾 。 可以使用的其他力是当驾驶员进入轿厢时驾驶员的重量,打开驾驶员侧门的力,踏在制动踏板上的力等,在悬架的液压阻尼器中产生的力。
    • 6. 发明授权
    • Apparatus and method of working injection hole of fluid injection nozzle
    • 流体注射喷嘴工作注射孔的设备和方法
    • US06678955B2
    • 2004-01-20
    • US09969126
    • 2001-10-03
    • Kengo TakeshitaShouichi TakenouchiMikiya KuritaAkinori Harata
    • Kengo TakeshitaShouichi TakenouchiMikiya KuritaAkinori Harata
    • B21D5116
    • F02M51/0678F02M61/168F02M61/1853Y10T29/49432Y10T29/49995
    • It is an object of the invention to provide a method of working an injection hole of an electromagnetic type fuel injection valve so that when extrusion by using a punch is adopted, the punch does not break, even in the case where a central axis line of the injection hole of the electromagnetic type fuel injection valve is inclined to a line perpendicular to a face of a plate-like material to be punched. A front end, tapered portion of the punch is inclined in a direction opposed to a plate-like material relative to a central axis line of the punch to facilitate the punch along a sliding, inner face of a punch holder. While achieving a reduction in production cost, the divergent-shaped injection hole can accurately be formed in the plate-like material. A side force (Fs) is produced when the front end portion of the punch impinges on the plate-like material. The side force (Fs) is canceled by a reaction force (Fr) on a side opposed to the plate-like material and a bending moment potentially causing breakage of the punch is avoided.
    • 本发明的目的是提供一种加工电磁式燃料喷射阀的喷射孔的方法,使得当通过使用冲头进行挤出时,冲头不会断裂,即使在中心轴线 电磁式燃料喷射阀的喷射孔与垂直于要冲压的板状材料的表面垂直的线倾斜。 冲头的前端,锥形部分相对于板状材料相对于冲头的中心轴线倾斜,以便沿着冲头保持器的滑动内表面的冲头。 在实现生产成本降低的同时,可以在板状材料中精确地形成发散型注入孔。 当冲头的前端部撞击板状材料时,产生侧向力(Fs)。 侧力(Fs)被与板状材料相反的一侧的反作用力(Fr)抵消,并且避免了潜在地引起冲头破裂的弯矩。