Trigger electrode hanging tool

Abstract

The invention provides a trigger electrode hanging tool. The trigger electrode hanging tool comprises a work piece hanging and lifting point component, a magnetic hoist, a conductive connecting component, a circular ring-shaped bearing component and a lifting point connecting component, wherein the magnetic hoist is insulated from an electrode; the conductive connecting component is in sliding contact conduction with a red copper bar electrode; the lifting point connecting component is connected with a lifting point of a hanging and conveying chain; each component outside the magnetic hoist isprepared from SUS316L; the upper part of the work piece hanging and lifting point component is of a conical structure; the lower parts of the work piece hanging and lifting point component are of columnar structures which extend downwards in a parallel manner; the upper ends of the columnar structures are connected with the tail ends of two legs of the conical structure; the lower ends of the columnar structures are adjacently connected with the end parts of the two sides of the conductive connecting component; the middle part, penetrated by the conductive connecting component, of the magnetic hoist is provided with a hole; the magnetic hoist is positioned at the inner sides of the two columnar structures of the lower parts of the work piece hanging and lifting point component; and the bearing component is arranged in a manner of surrounding the middle constriction position of the magnetic hoist and is used for bearing the weight of a work piece and randomly adjusting the gravity center and angle of a hung work piece. The lifting point connecting component is connected to the outer end of the lower side of the circular ring-shaped bearing component.

Description

technical field [0001] The invention relates to the technical field of electrolysis, in particular to a trigger electrode hanger. Background technique [0002] The electrode hangers known in the prior art mainly have the following two defects: 1. Poor load-bearing capacity: the conventional electrode hangers are insulated by a straight-shaped insulating board. It is easy to age the insulating board, destroy the strength of the insulating board, gradually damage the bearing capacity, and the insulating board is easy to break after a long time; 2. The service life is short: the conventional electrode hanger uses the spring elastic sliding contact to conduct electricity, due to the electrophoresis production process The electrode hanger operates in a relatively high acid-base environment, and the high-carbon springs are easy to rust, and break after a long time, reducing the service life. Contents of the invention [0003] Based on the above problems in the prior art, the pr...

AI Technical Summary

Problems solved by technology

[0002] The electrode hangers known in the prior art mainly have the following two defects: 1. Poor load-bearing capacity: the conventional electrode hangers are insulated by a straight-shaped insulating board. It is easy to age the insulating board, destroy the strength of the insulating board, gradually damage the bearing capacity, and the insulating board is easy to break after a long time; 2. The service life is short: the conventional electrode hanger uses the spring elastic sliding contact to conduct electricity, due to the electrophoresis production process The electrode hanger operates in a relatively high acid-base environment, and the high-carbon springs are easy to rust, and break after a long time, reducing the service life

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