Multi-station rotary welding equipment

Abstract

The invention belongs to the technical field of welding equipment, and particularly relates to multi-station rotary welding equipment which comprises welding heads and a plurality of worktables. The multi-station rotary welding equipment is characterized by further comprising a rotary frame, the worktables are mounted on the rotary frame, and a wireless transmitting and receiving device used for being wirelessly communicated with an external controller is mounted on the rotary frame and is connected with circuits of the various worktables by wires. The worktables move among various stations by the aid of the rotary frame, and the multi-station rotary welding equipment is convenient to operate. Besides, the circuits of the various worktables are communicated with the external controller via the wireless transmitting and receiving device, so that the external controller does not need to be connected with the various worktables moving circularly by electric wires, and the problem of intertwining of the electric wires is avoided.

Description

technical field [0001] The invention belongs to the technical field of welding equipment, and in particular relates to a multi-station rotary welding equipment. Background technique [0002] The welding of automobile plastic fuel tanks in the prior art adopts single-station manual welding, and manual welding is difficult to control the amount of solder. At the same time, the welding quality is related to the technical level of the operator. Not only is the welding quality difficult to guarantee, but the welding quality consistency is poor, and the operator The working environment is harsh. [0003] From the perspective of station layout, the processing of plastic fuel tanks in the prior art basically adopts a decentralized processing method, that is, each process has independent processing equipment and processing stations to form a relatively decentralized production line, and the processed parts are transported to the Processing operations are carried out at the stations ...

AI Technical Summary

Problems solved by technology

[0002] The welding of automobile plastic fuel tanks in the prior art adopts single-station manual welding. Manual welding is difficult to control the amount of solder. At the same time, the welding quality is related to the technical level of the operator. Not only is the welding quality difficult to guarantee, but the welding quality consistency is poor, and the operator bad working environment

[0003] From the perspective of station layout, the processing of plastic fuel tanks in the prior art basically adopts a decentralized processing method, that is, each process has independent processing equipment and processing stations to form a relatively decentralized production line, and the processed parts are transported to the Processing operations are carried out at the stations of each process. This decentralized processing method not only takes a long time, is inefficient, and occupies a large space, but also makes the operation troublesome due to the frequent replacement of the processed parts between various processes.

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