Application of excess material collecting device in intelligent manufacturing system

Abstract

The invention discloses application of an excess material collecting device in an intelligent manufacturing system. The excess material collecting device comprises a box body of a sealed structure; a one-way feeding excess material collecting opening is formed in one side of the box body; a box door is arranged on the side, adjacent to or opposite to the excess material collecting opening, of the box body, and the box door opens the box body according to a control instruction so as to take out the excess materials; and a material pushing plate is arranged in the box body and can be pulled by external force to drive excess materials to move towards the direction of the box door. By the adoption of the structure of the sealed box body and the one-way collecting opening, controllable management of the excess materials is achieved, only operation and maintenance personnel with corresponding authority can take out the excess materials, closed-loop management of the excess materials is guaranteed, and the material management level of a user is improved.

Description

technical field [0001] The invention relates to the technical field of electric power equipment processing, in particular to the application of a surplus material collection device in an intelligent manufacturing system. Background technique [0002] In the production and manufacture of high-voltage switches, copper busbars are widely used, and the consumption is huge. Because the price of copper remains high and the residual value of recycled and processed waste is relatively high, in the production of enterprises, whether the recycling and control of copper busbar processing residual materials can be done in the largest order has positive significance for manufacturing cost management. [0003] Existing residual material collection devices are all open interfaces, and the residual material after copper processing is directly poured into the collection device. There is no effective management of the residual material, and the problem of loss is serious. In addition, in the...

AI Technical Summary

Problems solved by technology

[0003] Existing residual material collection devices are all open interfaces. The residual material after copper processing is directly poured into the collection device. There is no effective management of the residual material, and the problem of loss is serious.

In addition, in the process of residual material collection, the weight of the residual material in the collection device cannot be effectively monitored, and the operation and maintenance personnel cannot grasp the amount of collected residual material. They need to go to the residual material collection device to check on-site regularly based on experience, which consumes a lot of manpower. And the remaining material in the collecting device is more time-consuming and laborious when taken out, which reduces the production efficiency

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