Glaze dipping equipment for ceramic cups

Abstract

The invention relates to the field of article glazing, and discloses glaze dipping equipment for ceramic cups. The glaze dipping equipment comprises a multi-station support, a station rotary power mechanism, suction heads, suction head power mechanisms and a vertical power mechanism. The multi-station support is arranged on the station rotary power mechanism and can be driven by the station rotarypower mechanism to rotate. Multiple suction head supports are arranged on the multi-station support. The suction head power mechanisms and the multiple suction heads driven by the suction head powermechanisms to rotate are arranged on the suction head supports. The vertical power mechanism is arranged on the multi-station support and can drive the multiple suction head supports to move up and down, and the vertical power mechanism is a servo motor. Automatic glaze dipping is achieved on the cups, the servo motor is used for driving the cups adsorbed by the suction heads to move in the vertical direction, the moving speed can be adjusted, precision is high, displacement height adjusting is simple, adaptive adjusting to different cups can be achieved easily, and efficiency is high.

Description

technical field [0001] The invention relates to a glaze dipping equipment, in particular to a glaze dipping equipment for a ceramic cup. Background technique [0002] In the production of ceramics and other utensils, many glaze dipping techniques are used to achieve the desired aesthetics and other purposes. The existing glaze dipping operations are still mostly done manually, which has high requirements for workers and low production efficiency. For large-scale production, the labor cost is high; some dipping processes use mechanical equipment for dipping, but the movement during dipping is not stable enough, the compatibility is not enough, the operation is difficult to implement, and the improvement of efficiency needs to be improved. Contents of the invention [0003] The technical problem solved by the invention is to provide a glaze dipping equipment for ceramic cups. [0004] The technical solution adopted by the present invention to solve the technical problem is:...

AI Technical Summary

Problems solved by technology

[0002] In the production of ceramics and other utensils, many glaze dipping techniques are used to achieve the desired aesthetics and other purposes. The existing glaze dipping operations are still mostly done manually, which has high requirements for workers and low production efficiency. For mass production, the labor cost is high; some dipping processes use mechanical equipment for dipping, but the movement during dipping is not stable enough, the compatibility is not enough, the operation is difficult to implement, and the improvement of efficiency needs to be improved

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