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    • 52. 发明授权
    • Device for atomizing liquid paint
    • 液体涂料雾化装置
    • US4838487A
    • 1989-06-13
    • US205151
    • 1988-06-10
    • Rolf Schneider
    • Rolf Schneider
    • B05B3/10B05B5/04
    • B05B3/1064B05B5/0407
    • Device for the atomization of liquid paints, includes an atomizer bell and a coaxial centrally perforated deflecting member. The transition surface of the bell cooperates with the axially rear surface and the radially outer surface of the deflecting member to form the boundaries of a chamber in the form of a gap between the bell and the deflecting member, which chamber has only localized interruptions in the form of spacers between the bell and the deflecting member in which the axially rear surface of the deflecting member and the base part of the transition surface facing said rear surface each have an obtuse angled step in cross-section. The step is so arranged that while preserving the gap in a middle section the paint in this gap flows both axially forwards and radially outwards, and the axially rearwardly projecting center of the axially rear surface of the deflecting member is bounded at its radially outer region by a sharp deflecting edge of the step of this rear surface, while the other bends in the cross-sections of the two complementary steps are rounded off.
    • 用于雾化液体涂料的装置包括雾化器钟和同轴的中心穿孔的偏转构件。 钟的过渡表面与偏转构件的轴向后表面和径向外表面协作以形成在钟形和偏转构件之间的间隙形式的腔室的边界,该腔室仅在 在钟形件和偏转构件之间的间隔件的形式,其中偏转构件的轴向后表面和面向所述后表面的过渡表面的基部各自在横截面上具有钝角成角度的台阶。 该步骤被布置成使得在中间部分保持间隙的同时,该间隙中的涂料沿轴向向前和径向向外流动,并且偏转构件的轴向后表面的轴向向后突出的中心在其径向外部区域处被 该后表面的台阶的尖锐的偏转边缘,而两个互补台阶的横截面中的另一个弯曲被倒圆。
    • 56. 发明授权
    • Rotary atomizer bell
    • 旋转雾化器钟
    • US4423840A
    • 1984-01-03
    • US241620
    • 1981-03-09
    • Kenneth J. Coeling
    • Kenneth J. Coeling
    • B05B5/04B05B5/02
    • B05B5/0407
    • An improved rotary atomizer bell is disclosed for use in an electrostatic rotary atomizer liquid paint applicator. The bell has a paint discharge edge at a front end and has a predetermined wall thickness at the front end. In one embodiment, a radius of from 0.040 inch up to the front end wall thickness is provided between an exterior surface and a flat front end surface. In a modified embodiment, the front end surface on the bell lies on a right conical surface of revolution having an apex located on the axis of revolution of the bell and spaced outwardly from the bell and having a base angle of between about 7.degree. to 20.degree..
    • 公开了用于静电旋转雾化器液体涂料涂料器的改进的旋转雾化器钟。 该钟具有前端的涂料排出边缘,并且在前端具有预定的壁厚。 在一个实施例中,在外表面和平坦的前端表面之间提供从前端壁厚度的0.040英寸的半径。 在改进的实施例中,钟形件上的前端表面位于旋转的右锥形表面上,该圆锥形表面具有位于钟形的旋转轴线上的顶点,并且从钟形件向外隔开并具有约7°至20°的底角 DEG。
    • 57. 发明授权
    • Atomization in electrostatic coating
    • 静电涂层雾化
    • US4148932A
    • 1979-04-10
    • US872066
    • 1978-01-25
    • Yoshinori TadaMichio Mitsui
    • Yoshinori TadaMichio Mitsui
    • B05B5/04B05D1/06
    • B05B5/0407
    • A method of atomizing liquid paint using a rotating atomizing device and electrostatically coating an article with a smooth homogeneous film of paint and without the generation of foam or other surface irregularities on the article being coated, wherein an electrostatic field is established between the peripheral edge of the rotating atomizing device and the article to be coated and the liquid paint flows toward the edge of the atomizing device as a continuous thin film, which film is formed into a circumferential series of branch flows of narrow width flowing in the peripheral direction of the atomizing edge, and the liquid paint is atomized from the series of branch flows as they are projected beyond the edge of the atomizing device. The rotary atomizing device may be in the form of a bell or disk and includes a plurality of shallow grooves near its periphery preferably extending radially and of increasing depth in the direction of paint flow and terminating at the discharge edge.
    • 一种使用旋转雾化装置雾化液体涂料的方法,并用涂料的光滑均匀的膜静电涂覆制品,并且不会在所涂覆的制品上产生泡沫或其它表面不规则性,其中在外围边缘之间建立静电场 旋转雾化装置和待涂覆的制品和液体涂料作为连续薄膜流向雾化装置的边缘,该薄膜形成为沿雾化的圆周方向流动的窄宽度的周向串联分支流 边缘,并且当它们被突出超过雾化装置的边缘时,液体涂料从一系列分支流中被雾化。 旋转雾化装置可以是钟形或圆盘的形式,并且在其周边附近包括多个浅槽,优选地径向延伸并且在涂料流动方向上增加深度并终止于排出边缘。