Welding device

Abstract

The invention discloses a welding device which comprises a material tape supply device, a material tape recovery device, a die-cutting device, a welding device, a finished product receiving device and a material conveying device, wherein the die-cutting device, the welding device and the finished product receiving device are arranged between the material tape supply device and the material tape recovery device; the material conveying device is arranged below the die-cutting device, the welding device and the finished product receiving device; a material receiving and stacking device is arranged above the material conveying device; at least two joints of guide rods which are sequentially connected and enable the outer surfaces to be obliquely arranged and a stacking part positioned below the guide rods are arranged at the top of the material receiving and stacking device, and the slope of the outer surface of the guide rod positioned at the upper part is greater than that of the outer surface of the guide rod positioned at the lower part. The invention provides the efficient welding device capable of realizing full automatic production, which overcomes the defects of the prior art.

Description

technical field [0001] The invention relates to a welding device. Background technique [0002] The problems to be solved in precision machining are firstly machining accuracy, including shape and position tolerance, dimensional accuracy and surface condition, and sometimes whether there are surface defects is also the core of this problem; secondly, machining efficiency, some machining can achieve better machining accuracy, However, it is difficult to obtain high processing efficiency. [0003] In the prior art, the lamination products with small welding size are welded by manually placing the laminations on the jig one by one. This welding method has obvious limitations, and the main limitations are as follows: (1) The welding speed is slow; (2) Human resource consumption is large; (3) The processing size is unstable, the dimensional accuracy is poor, and the surface is uneven. [0004] On the other hand, the device for receiving and stacking laminated products in the pr...

AI Technical Summary

Problems solved by technology

[0002] The problems to be solved in precision machining are firstly machining accuracy, including shape and position tolerance, dimensional accuracy and surface condition, and sometimes whether there are surface defects is also the core of this problem; secondly, machining efficiency. It is difficult to obtain high processing efficiency

[0003] In the prior art, the lamination products with small welding size are welded by manually placing the laminations on the jig one by one. This welding method has obvious limitations, and the main limitations are as follows: (1) The welding speed is slow; (2) Human resource consumption is large; (3) The processing size is unstable, the dimensional accuracy is poor, and the surface is uneven

[0004] On the other hand, the device for receiving and stacking laminated products in the prior art has only one guiding part. When the products are stacked on the guiding part, if the upper part of the guiding part is designed too large, small errors will also occur. As a result, laminated products cannot be inserted into the guide part. If the upper part of the guide part is designed to be relatively small, a larger slope design is adopted. It is relatively large, so the blanking will not be smooth, and the shortcomings of the existing guiding part make it impossible to use the automatic machine for the production of laminated products

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