Multi-station metal automatic welding equipment

Abstract

The invention discloses multi-station metal automatic welding equipment. The multi-station metal automatic welding equipment structurally comprises a driving motor, a sliding rail, an adjusting device, an air sucking opening, a welding main machine, supporting legs, a hinge, a box door and a welding gun. The driving motor is fixedly installed at the upper end of the welding main machine, the sliding rail is installed on the outer surface of the upper end of the welding main machine, the adjusting device is installed on the sliding rail, is in clearance fit with the sliding rail, and is provided with the welding gun, and the upper end of the air sucking opening is fixedly installed at the exterior of the upper end of the welding main machine. Through a fine adjustment and a welding gun lifting mechanism, no dead corner can be generated in the brass solder process, all positions of a workpiece can be welded, and the manual welding workload of a worker is reduced; meanwhile, a containingstrengthening mechanism on a containing mechanism can be used for strengthening workpieces in different sizes, so that the workpieces are firmer in the brass solder process, and cold solder joints caused by workpiece swing are prevented; and a vibration filtering mechanism is used for filtering poisonous gas generated in the brass solder process, and health of the worker is protected.

Description

technical field [0001] The invention relates to the field of multi-station metal automatic welding equipment, in particular to a multi-station metal automatic welding equipment. Background technique [0002] As we all know, metal welding is widely used in the national economy and social production activities. Various welding technologies and welding equipment are constantly improving and developing. In the existing welding work of many industries, multi-station metal automatic welding is required. Welding to do the work. [0003] However, the current multi-station metal automatic welding often encounters some "dead angles" that are difficult to weld during the brazing process. After welding, the staff needs to manually weld, which increases the workload, and the size of the workpiece is different. The fixing effect of the workpiece on the welding table is not very good, resulting in the shaking of the workpiece during the brazing process, resulting in wrong welding position...

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Problems solved by technology

[0003] However, the current multi-station metal automatic welding often encounters some "dead angles" that are difficult to weld during the brazing process. After welding, the staff needs to manually weld, which increases the workload, and the size of the workpiece is different. The fixing effect of the workpiece on the welding table is not very good, resulting in the shaking of the workpiece during the brazing process, resulting in wrong welding positions, and some toxic gases will be generated during the brazing process. If inhaled by the staff, it will endanger the health of the staff for a long time

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