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    • 1. 发明授权
    • Process of mechanically shaping metal articles
    • 机械成型金属制品的工艺
    • US4148204A
    • 1979-04-10
    • US873080
    • 1978-01-27
    • Richard DotzerKlaus Stoger
    • Richard DotzerKlaus Stoger
    • C22F1/00C25D3/02C25D3/44C25D5/00C25D5/34C25D5/36C25D5/42B21C23/24B21C43/00
    • C25D3/02C10M7/00C22F1/00C25D11/022C25D11/04C25D11/243C25D11/246C25D3/44C25D5/10C25D5/34C25D5/36C25D5/42Y10T29/49982
    • Articles made of ferrous, non-ferrous and light metals and alloys thereof, e.g., aluminum, beryllium, magnesium, molybdenum, steel, tantalum, titanium, tungsten, vanadium and zinc and their alloys, are pretreated before coating and surface finishing in an anhydrous, inert, aprotic liquid, and subsequently electroplated with aluminum, cadmium, indium or zinc in an aprotic organo-metal electrolyte essentially free of molecular oxygen and water and, optionally, additionally finished by anodizing, chemical oxidation or diffusion. The pretreatment may be by erosion with finely-divided abrasive particles suspended in such liquid and impinged upon the surface of the article by hydraulic jetting, or with an aprotic liquid by the liquid-drop erosion method. Alternatively, the pretreatment may be by electrolytic action in a circuit where the article serves as the anode and is immersed in an anhydrous, aprotic electrolyte. Articles so pretreated and electroplated are thereafter more readily surface-finished or mechanically shaped.
    • 由无色金属,有色金属和轻金属及其合金制成的制品,例如铝,铍,镁,钼,钢,钽,钛,钨,钒和锌及其合金,在无水涂层和表面处理前进行预处理 惰性的非质子液体,随后在基本上不含分子氧和水的非质子有机金属电解质中用铝,镉,铟或锌电镀,并且任选地通过阳极氧化,化学氧化或扩散完成。 预处理可能是通过用悬浮在这种液体中的细碎磨料颗粒进行腐蚀,并通过液压喷射冲击在物品的表面上,或者通过液滴腐蚀方法与非质子液体碰撞。 或者,预处理可以在电路中通过电解作用,其中制品用作阳极并浸没在无水非质子电解质中。 因此,如此预处理和电镀的制品更容易进行表面处理或机械成型。
    • 10. 发明授权
    • Apparatus for electro-depositing aluminum
    • 铝电沉积装置
    • US4415422A
    • 1983-11-15
    • US330942
    • 1981-12-15
    • Siegried BirkleJohann GehringKlaus Stoger
    • Siegried BirkleJohann GehringKlaus Stoger
    • C25D17/00C25D17/02C25C3/00C25D17/06C25D17/28
    • C25D17/00C25D17/004C25D17/10
    • An improved galvanizing device for the galvanic precipitation of aluminum from an anhydrous, aprotic, and oxygen-free aluminum-organic electrolyte is provided. The known device having an annularly shaped galvanizing trough, which is sealed from the atmosphere and which utilizes a centrally located, rotatable support mechanism which guides the goods carriers through the electrolyte in a circular, rotating manner, and also furnishes the goods carriers with an electrical contact, is herein provided with separate charging and discharging locks attached to the galvanizing trough. Each of the locks is provided with a U-shaped fluid lock to maintain the gaseous seal and an endless chain conveyor to transport the goods carriers to and from the galvanizing trough. Additionally, the anode plates which are located in the electrolyte trough are provided with a transport rod to permit their removal and replacement in a manner similar to that utilized with the goods carriers.
    • 提供了一种用于从无水,非质子和无氧的铝 - 有机电解质中电沉淀铝的改进的镀锌装置。 已知的装置具有环形镀锌槽,其与大气密封并且利用位于中心的可旋转的支撑机构,其以圆形的旋转方式引导货物载体穿过电解质,并且还向货物载体提供电气 在这里设置有附接到镀锌槽的单独的充电和放电锁。 每个锁具设置有U形流体锁以保持气体密封件和环形链式输送机以将货物运送到和从镀锌槽运送。 此外,位于电解槽中的阳极板设置有运输杆,以便以与货物运输车辆相似的方式进行拆卸和更换。