Welding machining device

Abstract

A welding machining device comprises a rack. An operation platform is arranged on the rack, a delivery groove is formed below the operation platform, and a delivery belt is arranged in the delivery groove. A feeding location unit is arranged in the rack starting point section, a movable pre-welding grinding unit is arranged in the middle section of the rack, and a welding trolley unit is arranged in the upper rear section of the operation platform. The feeding location unit comprises a supporting frame, a connection plate is connected between the supporting frame and the operation platform, and an inclined sliding plate is fixed on the lower portion between the supporting frame and the operation platform and extends into the delivery groove downwards to be disposed above the delivery belt. A gas cutting unit is arranged in the starting section of the operation platform and comprises a gas cutting trolley, a gas tube fixing block is arranged on the gas cutting trolley, gas tubes are arranged on the gas tube fixing block, and a guide nozzle is arranged at the front ends of the gas tubes. By means of the device, functions of automatic blanking, automatic slag knocking cleaning, automatic grinding, automatic welding and the like are combined, the labor intensity is reduced, the production efficiency is improved, the machining accuracy is guaranteed, and the labor potential safety hazard is reduced.

Description

technical field [0001] The invention relates to a welding processing equipment, in particular to a welding processing device. Background technique [0002] At present, the technological process of welding products can be roughly divided into blanking before welding, welding plate grinding, welding, slag knocking after welding and cleaning. Disadvantages of the traditional operation method: 1. Manual blanking by gas cutting is used for blanking before welding, which requires a lot of labor and cannot guarantee the straightness and flatness of the weldment. If it is necessary to process weldments with grooves, manual control is very difficult. Difficult and no guarantee of accuracy. 2. Welding plate grinding mainly uses tools such as files or grinders, which is labor-intensive and inefficient, and the dimensional accuracy is difficult to guarantee. 3. Manual arc welding is usually used for welding, which is labor-intensive and prone to welding deformation. 4. Slag knocking ...

AI Technical Summary

Problems solved by technology

Disadvantages of the traditional operation method: 1. Manual blanking by gas cutting is used for blanking before welding, which requires a lot of labor and cannot guarantee the straightness and flatness of the weldment. If it is necessary to process weldments with grooves, manual control is very difficult. Difficult and cannot guarantee accuracy

2. Welding plate grinding mainly uses tools such as files or grinders. The labor force is large and the efficiency is low, and the dimensional accuracy is difficult to guarantee.

3. Manual arc welding is usually used for welding, which is labor-intensive and prone to welding deformation

4. After welding, slag knocking and cleaning are usually done manually with a small hammer and wire brush, which requires a lot of labor

Images