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    • 5. 发明授权
    • Self-cleaning nozzle
    • 自清洁喷嘴
    • US5193746A
    • 1993-03-16
    • US761450
    • 1991-09-18
    • Yoshinari IwamuraKatsunori OkimotoAkio Shimizu
    • Yoshinari IwamuraKatsunori OkimotoAkio Shimizu
    • B08B3/02B05B1/06B05B15/02
    • B05B15/0241
    • A nozzle is disclosed which has a cylindrical nozzle main body. A nozzle tip of the nozzle comprises a plurality of members formed by dividing an approximately cylindrical member in the axial direction thereof and is accommodated in the interior of the nozzle main body. A spring is provided between a spring receiving section of the nozzle tip and a wall positioned on a forward side of the nozzle main body. At least one of a peripheral surface of a discharge section of the nozzle tip and an inner surface of a tip engaging opening of the nozzle main body is tapered. A self-cleaning operation is performed when the atomization pressure is reduced, because the spring urges the nozzle tip toward a rearward side of the nozzle main body.
    • 公开了一种具有圆柱形喷嘴主体的喷嘴。 喷嘴的喷嘴尖端包括通过沿轴向方向分割大致圆柱形的部件并容纳在喷嘴主体的内部而形成的多个部件。 在喷嘴头的弹簧接收部和位于喷嘴主体的前侧的壁之间设置弹簧。 喷嘴头的排出部的外周面和喷嘴主体的前端接合孔的内表面中的至少一个是锥形的。 当雾化压力降低时,由于弹簧将喷嘴头朝向喷嘴主体的后侧推动,进行自清洁操作。
    • 9. 发明授权
    • Nozzle construction for coating equipment
    • 喷涂设备喷嘴施工
    • US4513915A
    • 1985-04-30
    • US447103
    • 1982-12-06
    • Gordon A. E. KohlerJohn B. KohlerHerbert B. Kohler
    • Gordon A. E. KohlerJohn B. KohlerHerbert B. Kohler
    • B05B1/04B05B1/32B05B15/02
    • D21H23/46B05B1/044B05B1/32D21H5/0042B05B15/0241
    • An improved nozzle of the type which directs a flow of fluid against a moving substrate to obtain a uniform surface coating on the substrate. The nozzle consists of two rigid body halves mounted on a fluid feed pipe. One body half is fixed, and the other body half is rotatably mounted on the feed pipe for adjusting the size of the nozzle discharge opening. One or more closure loading assemblies are mounted on the nozzle for adjusting the size of the discharge opening and for maintaining the nozzle opening in an adjusted position. Each closure loading assembly has a fluid-actuated cylinder which forces the body halves toward a closed position opposing the internal fluid pressure in the nozzle body in combination with an adjustable differential screw. The adjustable screw is mounted on one of the body halves and engages a stop on the other body half to set the size of the nozzle discharge opening. The closure-loading assemblies will maintain the adjusted nozzle opening even after opening and closing of the nozzle for cleaning and will permit adjustment of the discharge opening during operation of the nozzle. The feed pipe is connected to a source of fluid and distributes the coating control fluid throughout the length of the nozzle through a plurality of spaced holes formed in the feed pipe and nozzle body halves. Each closure loading assembly and stop screw effectively acts in a common plane perpendicular to the transversely extending fluid feed pipe.
    • 一种改进的喷嘴,其引导流体流过移动的基底以在基底上获得均匀的表面涂层。 喷嘴由安装在流体输送管上的两个刚体半部组成。 固定了一个半身体,另一个身体半部可旋转地安装在供给管上,用于调节喷嘴排出口的尺寸。 一个或多个封闭装载组件安装在喷嘴上用于调节排放口的尺寸并将喷嘴开口保持在调节位置。 每个封闭装载组件具有流体致动的气缸,该气缸致动本体半部朝着与可调节的差动螺钉组合的与喷嘴体内的内部流体压力相对的关闭位置。 可调节螺钉安装在其中一个主体半部上,并与另一个主体一侧的止动件接合,以设定喷嘴排出口的尺寸。 闭合装载组件即使在用于清洁的喷嘴的打开和关闭之后也将保持调节的喷嘴开口,并且将允许在喷嘴的操作期间调节排出口。 进料管连接到流体源,并通过形成在进料管和喷嘴本体半部中的多个间隔开的孔,在喷嘴的整个长度上分配涂布控制流体。 每个封闭装载组件和止动螺钉有效地作用在垂直于横向延伸的流体供给管的公共平面中。