Welding rotator for coated vacuum box body

Abstract

The invention relates to a magnetic-control coated vacuum box body, in particular to a rotatable magnetic-control coated vacuum box body manufacturing device for welding. A welding rotator disclosed by the invention comprises a motor, a main transmission device, a vacuum box body and a secondary transmission device (4), wherein the main transmission device is connected with the motor, the vacuum box body is connected with the back end of the main transmission device, and the secondary transmission device (4) is connected with the back end of the vacuum box body; and the main transmission device and the motor are arranged on a fixing seat, the secondary transmission device is arranged on a sliding seat, and the motor can drive the main transmission device, the vacuum box body and the secondary transmission device to rotate. The welding rotator for the coated vacuum box body, disclosed by the invention, can prevent situations that a travelling motor is burned out, a steel wire rope is locked, a gearbox is broken and the like generated because the vacuum box body is pulled in an inclined manner, so that the production efficiency of the magnetic-control coated vacuum box body is improved.

Description

technical field [0001] The invention relates to a magnetron coating vacuum box, in particular to a manufacturing equipment for a rotatable magnetron coating vacuum box for welding. Background technique [0002] With the development of science and technology, and the country's promotion of energy conservation and environmental protection, the use of energy-saving and environmentally-friendly glass is increasing year by year, making the demand for equipment for the production and manufacture of energy-saving and environmentally-friendly glass is also increasing, requiring the production and manufacturing cycle of magnetron sputtering coating equipment getting shorter and shorter. [0003] The vacuum box of the existing magnetron coating equipment is extremely large, and the processing and manufacturing in the production process is extremely inconvenient. When the vacuum box is welded, it is necessary to rely on the driving of the workshop to hoist, turn over and process the v...

AI Technical Summary

Problems solved by technology

[0003] The vacuum box of the existing magnetron coating equipment is extremely large, and the processing and manufacturing in the production process is extremely inconvenient. When the vacuum box is welded, it is necessary to rely on the driving of the workshop to hoist, turn over and process the vacuum box. It needs to be pulled obliquely, and during the pulling process, the impact of the box on the driving will occur, and the impact force will be extremely large. Often, the driving motor will be burned, the wire rope will be stuck, and the gearbox will be broken, which will greatly affect the driving. service life, and even pose a safety hazard to the staff; it affects the production efficiency of the magnetron coating equipment

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