Vertical angle machine and method for manufacturing panel with edgefold

Abstract

The invention relates to a vertical angle machine for manufacturing panels of various devices such as a panel for switchgears and the like. The vertical angle machine comprises a lower template, an upper template, a stretching die and a cutting die, wherein the lower template is arranged horizontally and is provided with a working angle part in a right-angle shape, and the working angle part is formed by intersecting of two mutually perpendicular working edges; the upper template is arranged above the lower template, is parallel to the lower template and can move up and down; the stretching die capable of moving up and down is arranged above the outer side of the working angle part and is composed of two side plates arranged vertically, the two side plates are mutually vertical and intersected, and the horizontal distances between the two side plates and the two working edges of the lower template adapt to the thickness of the material plate to be processed; and the cutting die capable of moving along the horizontal direction is arranged below the outer side of working angle part of the lower template, and is matched with the working angle part of the lower template for cutting operation. The invention can mould the angle part of a panel conveniently and rapidly and has high processing efficiency and good surface quality of the processed panel product.

Description

technical field [0001] The invention relates to a vertical angle machine used for manufacturing various equipment panels such as switch cabinet panels and a manufacturing method of panels with folded edges. Background technique [0002] For some equipment with panels such as switch cabinets, the panels are usually made of rectangular thin steel plates. Bending equipment is usually used to process right-angled hems on each edge of the thin steel plates. In order to make the hems can be smoothly bent and formed, It is necessary to cut off a part of the corner material of the rectangular thin plate, so that the edge of the material can be folded up. After the folded edge is formed, the end of each folded edge and the end of the adjacent folded edge usually need to be welded. After welding, it should be polished smoothly to form a figure 1 Panels with folded edges of the construction shown. There are defects such as complex processing steps, low production efficiency, and roug...

AI Technical Summary

Problems solved by technology

Using this method to manufacture panels has defects such as complicated processing steps, low production efficiency, and rough surface of the welded part of the corner of the product.

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