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    • 2. 发明授权
    • Method and apparatus for roughening a support for radiation-sensitive coatings
    • 粗糙化用于辐射敏感涂层的载体的方法和装置
    • US06261438B1
    • 2001-07-17
    • US09466928
    • 1999-12-20
    • Georg HabyGünter HultzschKlaus JoergUwe GartmannJörg KadenHermann Idstein
    • Georg HabyGünter HultzschKlaus JoergUwe GartmannJörg KadenHermann Idstein
    • C25F300
    • B41N3/034B41N3/03
    • A method and apparatus for electrochemically roughening a support is disclosed to minimize the occurrence of surface discharges or electrical discharges on the support. A DC voltage acts on the support at the start of the movement of the support through the electrolyte bath. Subsequently, a three-phase or single-phase current acts on the support in the roughening zone. Three-phase electrodes are arranged in the electrolyte bath and are connected to the secondary of a three-phase transformer. The primary of the three-phase transformer is connected, via control transformers to a three-phase power transformer. A DC electrode is located upstream of the three-phase electrodes in the direction in which the support is transported through the bath. The DC electrode may be connected to the positive pole of a DC source while the negative pole of this DC source makes contact with the support.
    • 公开了一种用于电化学粗糙化载体的方法和装置,以最小化载体上的表面放电或放电的发生。 在载体通过电解质浴的移动开始时,DC电压作用在支撑体上。 随后,三相或单相电流作用在粗糙化区的支撑体上。 三相电极布置在电解槽中,并连接到三相变压器的次级。 三相变压器的主要通过控制变压器连接到三相电力变压器。 直流电极位于三相电极的上游,支撑体通过电镀槽的方向移动。 DC电极可以连接到直流电源的正极,而该直流电源的负极与支撑件接触。