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公开(公告)号:EP0148772A3
公开(公告)日:1986-03-05
申请号:EP85300104
申请日:1985-01-07
Applicant: PHARMINDEV LTD.
Inventor: Consentino, Roberto Franco , Bonapace, Franco
IPC: B05B05/08
Abstract: A method of and apparatus for the electrostatic coating of poorly or non-conductive materials such as pellets seeds and powders, in which the product material is set in motion, preferably turbulent or agitating motion relative to at least one electrostatic coating material spraying device which is directed toward the moving product and has applied thereto a high potential difference whereby the coating material is given an electrostatic charge and an electrostatic charge of opposite polarity is induced on the product causing electrostatic attraction between the coating material and the product. The invention is applicable both to continous and batch production of coated material and preferably involves moving the product past the or each spraying device in a plurality of spraying passes. Charged atomised liquid and diffused powder may be sprayed onto the product either in sequence or at the same time.
Abstract translation: 用于静电涂覆不良或非导电材料(例如颗粒种子和粉末)的方法和装置,其中产品材料被置于运动中,优选地相对于至少一个静电涂层材料喷涂装置是湍流或搅动运动,其为 针对移动产品并且施加了高电位差,由此涂覆材料被给予静电电荷,并且在引起涂层材料和产品之间静电吸引的产品上产生相反极性的静电荷。 本发明可以适用于连续和批量生产涂层材料,并且优选地涉及通过多个喷涂通道将产品移动通过喷涂装置或每个喷涂装置。 带电雾化的液体和扩散的粉末可以按顺序或同时喷射到产品上。
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公开(公告)号:EP0148772A2
公开(公告)日:1985-07-17
申请号:EP85300104.8
申请日:1985-01-07
Applicant: PHARMINDEV LTD.
Inventor: Consentino, Roberto Franco , Bonapace, Franco
IPC: B05B5/08
Abstract: A method of and apparatus for the electrostatic coating of poorly or non-conductive materials such as pellets seeds and powders, in which the product material is set in motion, preferably turbulent or agitating motion relative to at least one electrostatic coating material spraying device which is directed toward the moving product and has applied thereto a high potential difference whereby the coating material is given an electrostatic charge and an electrostatic charge of opposite polarity is induced on the product causing electrostatic attraction between the coating material and the product. The invention is applicable both to continous and batch production of coated material and preferably involves moving the product past the or each spraying device in a plurality of spraying passes. Charged atomised liquid and diffused powder may be sprayed onto the product either in sequence or at the same time.
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