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    • 2. 发明授权
    • Apparatus for electrical discharge machining of cylindrical work
    • 圆柱形工件放电加工装置
    • US4242557A
    • 1980-12-30
    • US946405
    • 1978-09-27
    • Kunihiko SatoTetsuro UrataMitsugi KawanoTerumasa JinbaYukio KatoTakeo Uebayashi
    • Kunihiko SatoTetsuro UrataMitsugi KawanoTerumasa JinbaYukio KatoTakeo Uebayashi
    • B23H9/04B24B5/37B23P1/20
    • B23H9/04
    • There is disclosed an apparatus for giving a satin finish to the surface of a crowned roll. A plurality of electrode heads are divided and arranged along the axis of rotation of the crowned roll to be worked, and one or a plurality of rectangular electrodes are mounted at a predetermined spacing on each of the electrode heads. The discharge gap of each rectangular electrode is controlled by a servomechanism at a predetermined value and it is also fed traversely a predetermined distance by a traverse feed mechanism. The electrode is rectractably mounted on the electrode head and it is fixed in position so that the discharge surface of the electrode is projected into contact with the roll surface of the crowned roll. The discharge electrode surface of each rectangular electrode is initially flat and this discharge surface is consumed to conform with the shape or contour of the roll surface upon initiation of discharge.
    • 公开了一种用于在凸起的辊的表面上提供缎面光洁度的装置。 多个电极头沿被加工的加工辊的旋转轴线分开布置,并且在每个电极头上以预定的间隔安装一个或多个矩形电极。 每个矩形电极的放电间隙由预定值的伺服机构控制,并且还通过横动进给机构横向预定距离进给。 电极可直接安装在电极头上,并将其固定在适当的位置,使得电极的放电表面突出与凸面辊的辊表面接触。 每个矩形电极的放电电极表面最初是平坦的,并且在放电开始时,该放电表面被消耗以符合辊表面的形状或轮廓。
    • 4. 发明授权
    • Method for manufacturing one-side electrogalvanized steel strip
    • 单面电镀锌钢带的制造方法
    • US4632733A
    • 1986-12-30
    • US814615
    • 1985-12-30
    • Terumasa JinbaShiro FukunakaTatsuro AnanNobuo Shiotani
    • Terumasa JinbaShiro FukunakaTatsuro AnanNobuo Shiotani
    • C25D5/02C25D7/06
    • C25D5/028
    • A method for manufacturing a one-side electrogalvanized steel strip, which comprises: continuously causing a steel strip to travel through an electrogalvanizing bath in an electrogalvanizing tank; arranging an electrode plate in the electrogalvanizing bath in the electrogalvanizing tank in parallel to a one-side surface to be electrogalvanized of the steel strip; electrogalvanizing the one-side surface of the steel strip; arranging a spray nozzle toward the other surface not electrogalvanized of the steel strip which has passed through the electrogalvanizing tank; ejecting any one of an aqueous solution containing a weak acid of from 0.1 to 5.0 wt. % and a saturated monovalent alcohol having carbon atoms of up to 5 from the spray nozzle onto the other surface of the steel strip to wet the other surface of the steel strip; arranging a brush roll in close proximity to the spray nozzle on the same side as the spray nozzle; and rotating the brush roll while bringing same into contact with the other surface thus wet of the steel strip to eliminate contamination caused by the deposition of an electrogalvanizing solution on the other surface of the steel strip.
    • 一种单面电镀锌钢带的制造方法,其特征在于,连续地使钢带穿过电镀锌槽中的电镀锌浴; 将电极板放置在电镀锌槽的电镀锌槽中,并平行于钢带的电镀锌单面; 将钢带的单面表面电镀锌; 将喷嘴朝向不通过电镀锌槽的钢带电镀锌的另一表面; 喷射任何一种含0.1至5.0wt。%的弱酸的水溶液。 %的碳原子数为5以下的碳原子数为5以下的饱和一元醇,从该喷嘴到另一方的表面润湿钢带的另一面; 将刷辊布置在与喷嘴相同的一侧上的喷嘴附近; 并且使刷辊旋转,同时使其与另一表面接触,从而使钢带湿润,以消除由电镀锌溶液沉积在钢带的另一表面上引起的污染。