首页> 外国专利> Microporous or perforated hoses Hose system used for Bubbling air or gas to the electrolyte in a cell for production of metal, which comprises a multiplicity of perforated Hoses and Valves; the System Operation procedure

Microporous or perforated hoses Hose system used for Bubbling air or gas to the electrolyte in a cell for production of metal, which comprises a multiplicity of perforated Hoses and Valves; the System Operation procedure

机译:微孔或带孔软管用于将空气或气体鼓泡到电解槽中的电解质的软管系统,用于生产金属,该系统包括多个带孔的软管和阀门。系统操作程序

摘要

The punched pipes or microporous hoses used to bubble air located on the floor of the electrolytic cells for metals production are exposed to breakage or physical damages by the accidental fall of anodes, cathodes on them or by the premature release of part of the cathode deposition as well as by damages produced by intervention inside the cells. Said damages force to at least stop the air bubbling, damaging the quality of the metal produced to stop the production process for its repair with the consequent loss of production. The valves system of this invention located at the entrance of the front and rear air distributors as well as in both ends of each of the punched pipes or microporous hoses, allows the insulation of each of these pipes or hoses from the system and do continue the air bubbling even in the case of damage or breakage of one or more of them, making the production without air bubbling less frequent as well as the downtime of the operation to repair the damages, thereby decreasing the production losses. The operation procedure starts with the identification of the air injection line that failed, followed by the closing of the front and rear valves of said line, then with the visual inspection to check that the size and uniformity of the bubble is restored.
机译:用于产生金属的电解池地板上用于鼓泡空气的穿孔管或微孔软管会因阳极,阴极意外掉落或阴极沉积物的过早释放而遭受破裂或物理损坏。以及细胞内部干预产生的损害。所述破坏力至少阻止了气泡的产生,从而损害了所生产金属的质量,从而停止了其修复的生产过程,从而导致了生产损失。本发明的阀系统位于前后空气分配器的入口处以及每个穿孔管或微孔软管的两端,使这些管或软管中的每一个都与系统绝缘,并且确实可以继续进行该操作。即使在其中的一种或多种损坏或破裂的情况下,仍会产生气泡,从而减少了没有气泡的生产,并且减少了修理损坏的操作的停机时间,从而减少了生产损失。操作程序首先确定失败的空气注入管线,然后关闭该管线的前后阀,然后进行目视检查以检查气泡的大小和均匀性是否恢复。

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