Square full-automatic welding machine

Abstract

The invention discloses a square full-automatic welding machine. The square full-automatic welding machine comprises a clamping mechanism and an ultrasonic welding machine, wherein the clamping mechanism comprises a bracket, a bracket connecting plate arranged on one side of the bracket, a vertical cylinder arranged on the bracket connecting plate, a vertical sliding plate arranged below the vertical cylinder, horizontal sliding plates arranged below the vertical sliding plate, and a horizontal cylinder arranged on the horizontal sliding plates; an output shaft end of the vertical cylinder isconnected with the vertical sliding plate; vertical guide rails are arranged between the vertical sliding plate and the bracket connecting plate; horizontal guide rails are arranged between the horizontal sliding plates and the vertical sliding plate; the two horizontal sliding plates can horizontally slide on the horizontal guide rails; conducting wire clamps are arranged under the two horizontalsliding plates; the conducting wire clamps are oppositely arranged and are used for clamping to-be-welded conducting wires; and a detection camera used for detecting the welding position and weldingquality of welding parts and a light source are further arranged on the bracket connecting plate. The square full-automatic welding machine has the beneficial effects that welding efficiency is high,welding joints are neat, and size uniformity is high.

Description

technical field [0001] The invention relates to the technical field of welding machines, in particular to a square fully automatic welding machine with high welding efficiency, neat welding nodes and high size uniformity. Background technique [0002] The traditional welding method of the workpiece is manual welding, which has low efficiency and high labor cost, and the welding quality cannot be guaranteed, and the welding size cannot be unified. [0003] In addition, the welding leg welded in the prior art is an arc-shaped welding leg, which has poor electrical conductivity after welding and extremely high resistivity. In addition, manual welding is based on the welding of molten materials, which will weaken the metal properties; and has high requirements on the surface of the welded metal; the welding time is long, and requires the help of flux, gas, and solder; welding produces a lot of sparks, pollutes the environment, and is harmful to welding. Personnel are vulnerable...

AI Technical Summary

Problems solved by technology

[0002] The traditional welding method of the workpiece is manual welding, which has low efficiency and high labor cost, and the welding quality cannot be guaranteed, and the welding size cannot be unified

[0003] Moreover, the soldering leg welded by the prior art is an arc-shaped soldering leg, the electrical conductivity is poor after welding, and the resistivity is extremely high

In addition, manual welding is based on the welding of molten materials, which will weaken the metal properties; and has high requirements on the surface of the welded metal; the welding time is long, and requires the help of flux, gas, and solder; welding produces a lot of sparks, pollutes the environment, and is harmful to welding. Physically vulnerable to injury

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