Overturning device for composite board welding

Abstract

The invention discloses an overturning device for composite board welding. The device comprises a combined type overturning supporting frame, an overturning base and side safety supporting columns; the combined type overturning supporting frame comprises a magnetic attraction type left overturning supporting frame and a magnetic attraction type right overturning supporting frame which are oppositely arranged; projections of the magnetic type left overturning supporting frame and the magnetic type right overturning supporting frame are tooth-shaped, and the magnetic type left overturning supporting frame and the magnetic type right overturning supporting frame are jointly used for supporting a plate body after being spliced with each other; the overturning base is connected with the magnetic type left overturning supporting frame and the magnetic type right overturning supporting frame, and the overturning base is used for controlling the left overturning supporting frame and the magnetic type right overturning supporting frame to be overturned from the horizontal state to the vertical state; and the side safety supporting columns are oppositely arranged on the outer sides of the magnetic type left overturning supporting frame and the magnetic type right overturning supporting frame. When the magnetic type left overturning supporting frame or the magnetic type right overturning supporting frame is overturned to be vertical, the magnetic type left overturning supporting frame or the magnetic type right overturning supporting frame is matched with the magnetic type left overturning supporting frame or the magnetic type right overturning supporting frame to be used for clamping and fixing a plate body. According to the overturning device, safe and stable overturning of a heavy composite board can be achieved, the side overturning condition is effectively avoided, meanwhile, welding processing is facilitated after the board is overturned, and the processing efficiency can be improved.

Description

technical field [0001] The invention belongs to the technical field of steel plate processing equipment, and in particular relates to a turning device for composite plate welding. Background technique [0002] When the composite panel welding processing production line is in the full welding stage, the sheet needs to be kept in a vertical state, and then the welding of the upper side welds and the welding of the two side welds are performed by welding robots or manually, and then the sheet is turned over again so that it was originally at the bottom The weld seam is turned to the upper side, so the plate needs to be turned back and forth for welding; the existing turning equipment is not conducive to the exposure of the weld seam of the plate body when the plate body is turned over, and interferes with the welding operation of the welding robot; the heavy composite plate The weight is the heaviest about 40 tons, and the sheet material will roll over due to inertia during the...

AI Technical Summary

Problems solved by technology

[0002] When the composite panel welding processing production line is in the full welding stage, the sheet needs to be kept in a vertical state, and then the welding of the upper side welds and the welding of the two side welds are performed by welding robots or manually, and then the sheet is turned over again so that it was originally at the bottom The weld seam is turned to the upper side, so the plate needs to be turned back and forth for welding; the existing turning equipment is not conducive to the exposure of the weld seam of the plate body when the plate body is turned over, and interferes with the welding operation of the welding robot; the heavy composite plate The heaviest weight is about 40 tons, and the sheet material will roll over due to inertia during the turning process. The existing technology lacks technical means to solve the rollover problem, which is not conducive to realizing safe production

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