Negative plate delaminating device

Abstract

The invention discloses a negative plate delaminating device, comprising a rack and a delaminating component. The delaminating component is arranged on the rack and comprises clamping mechanisms, a plate-releasing mechanism, a bottom-locating mechanism, a plate-loosening mechanism and a plate-receiving mechanism, wherein the clamping mechanisms are mutually arranged above the rack at interval in the longitudinal direction; the plate-releasing mechanism is used for delaminating deposition metal plates from the two sides of the negative plate; the bottom-locating mechanism is used for locating the bottom end of the negative plate; the plate-loosening mechanism is arranged at the two transverse sides of the rack and comprises a push rod which moves along the transverse direction and arrangedon the rack for thrusting the negative plate; and the plate-receiving mechanism comprises at least one plate-receiving platform which can vertically move and is used for bearing the deposition metal plates. According to the negative plate delaminating device in the embodiment of the invention, the plate-receiving mechanism is arranged below the delaminating component to bear the delaminated deposition metal plates, thus the work noise and the device damage caused by impact of the device below are both avoided; and the deposition metal plate can not be scratched during the process of sliding, thus the appearance and the quality are reliable.

Description

technical field [0001] The invention relates to the technical field of nonferrous metal metallurgical equipment, in particular to a cathode plate stripping equipment. Background technique [0002] In the copper electrolytic refining process, in order to obtain the electrolytically deposited metal deposited on the cathode plate due to copper electrolytic smelting, it is necessary to separate the electrolytically deposited metal plate from the cathode plate. [0003] In the traditional cathode plate stripping equipment, the insertion knife is inserted between the cathode plate and the deposited metal that has created a gap, and then the insertion knife is pulled horizontally by two symmetrically distributed horizontally moving devices, so that the insertion knife simultaneously drives the deposition metal to reverse direction. Move until the deposited metal separates from the cathode plate and frees from the bottom of the cathode plate. The separated deposited metal is then f...

AI Technical Summary

Problems solved by technology

During this process, since the deposited metal detached from the stainless steel plate slides down the smooth groove, the site noise is very loud, and the impact and damage of the dropped deposited metal plate on the chain are very large, so that the contact with the chain The deformation of the copper plate also reduces the life of the chain

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