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    • 4. 发明申请
    • SYSTEM FOR ELECTROPLATING A STRIP
    • 电泳条纹系统
    • US20160122892A1
    • 2016-05-05
    • US14928150
    • 2015-10-30
    • FALKO EIDNER
    • Falko EIDNERRalf KRETSCHMER
    • C25D7/06C25D21/12C25D17/06
    • C25D7/0664C25D7/0621C25D7/0635C25D7/0671C25D21/12
    • A system for continuously electroplating a portion of a strip includes an unwinding reel station from which the non-electroplated strip is unwound, a first electroplating station, a driven winding reel station in which the electroplated strip is wound on a reel, and a control unit. The first electroplating station includes: a circular horizontally disposed support means at which outer edge the strip is held, the area to be plated protruding downward, an endless drive belt abutting a part of the circumference at the outer edge, the strip being held between the outer edge and the drive belt and conveyed in the circumferential direction, a drive for rotating the support means, electroplating baths distributed over part of the circumference of the support means and arranged below the support means so that the region to be plated of the strip is conveyed through the baths and electroplated there.
    • 用于连续电镀条带的一部分的系统包括展开无电镀条的退绕卷轴站,第一电镀站,电镀带卷绕在卷轴上的从动卷取卷轴站和控制单元 。 第一电镀站包括:圆形水平布置的支撑装置,在该支撑装置处,条带的外边缘被保持,待电镀的区域向下突出,环形驱动带邻接在外边缘的圆周的一部分, 外边缘和驱动带并沿圆周方向传送,用于旋转支撑装置的驱动器,分布在支撑装置的圆周的一部分上的电镀浴,并且布置在支撑装置的下方,使得待镀覆的区域为 通过浴室输送并在那里电镀。
    • 9. 发明申请
    • Roller assembly for an electroplating apparatus
    • 用于电镀设备的滚子组件
    • US20030000832A1
    • 2003-01-02
    • US09897551
    • 2001-07-02
    • Jason Ko
    • C25D017/00
    • C25D7/0657C25D7/0664H05K3/241
    • A roller assembly for an electroplating apparatus includes a plurality of feeding rollers adapted to advance a sheet-shaped workpiece, and a threaded rod disposed parallel to the feeding rollers and having a left-hand thread portion and a right-hand thread portion. Two guiding members are respectively formed with two threaded holes, which engage the left-hand and right-hand thread portions of the rod. A sensing unit detects the width of the workpiece to activate a controller and a driving unit, which rotates the rod so as to move the guiding members in opposite directions such that the guiding members abut against two opposite sides of the workpiece, thereby guiding the workpiece to move therebetween. Two conducting units are attached respectively to the guiding members for supplying cathode current to the sides of the workpiece.
    • 一种用于电镀设备的辊组件包括适于推进片状工件的多个进料辊和平行于进料辊设置并具有左旋螺纹部分和右旋螺纹部分的螺杆。 两个引导构件分别形成有两个螺纹孔,其接合杆的左侧和右侧螺纹部分。 感测单元检测工件的宽度以启动控制器和驱动单元,其使杆旋转以使引导构件沿相反方向移动,使得引导构件抵靠工件的两个相对侧,从而引导工件 在它们之间移动。 两个导电单元分别连接到用于向工件的侧面提供阴极电流的引导构件。
    • 10. 发明授权
    • Method and apparatus for electrolytically metallizing or etching material
    • 用于电解金属化或蚀刻材料的方法和装置
    • US06176995B1
    • 2001-01-23
    • US08674172
    • 1996-07-01
    • Reinhard Schneider
    • Reinhard Schneider
    • C25D506
    • H05K3/241C25D5/08C25D7/0621C25D7/0642C25D7/0664C25D17/00C25D17/005
    • The current density with which the process is used is of essential importance for the economy of a method of electrolytically treating materials. Normally only low or medium current densities are used, as the speed of replacement of consumed materials in the direct vicinity of the surface of the material for treatment has a restrictive effect on the magnitude of the current density at which a usable process result can still be achieved. However, a low current density leads to long electrolysis times and to complex treatment installations. The opportunity afforded according to the invention of improving the transfer of materials at the surface of the material for treatment consists in generating a large flow of electrolyte at the treatment point by means of rotating electrodes which are movable synchronously with the surfaces of the material for treatment, and which may be electrically polarized with respect to the material for treatment, out of which the treatment agent emerges through openings, or into which it is sucked through openings.
    • 使用该方法的电流密度对于电解处理材料的方法的经济是至关重要的。 通常仅使用低电流或中等电流密度,因为用于处理材料表面直接附近的消耗材料的更换速度对可用的处理结果仍然可能的电流密度的大小具有限制性的影响 实现了 然而,低电流密度导致长的电解时间和复杂的处理装置。根据本发明提供的用于改进用于处理的材料表面的材料的转移的机会在于在处理点产生大量的电解质 通过旋转电极可以与待处理材料的表面同步地移动,并且可以相对于待处理材料进行电极化,其中处理剂通过开口出现,或者通过开口被吸入其中 。