Coating machine capable of passing connection head automatically

Abstract

The invention provides a coating machine capable of passing a connection head automatically. The coating machine comprises a base material conveying component, a coating component and an adjusting component, wherein the base material conveying component communicates with base material supply equipment, the base material supply equipment supplies a to-be-coated base material to the base material conveying component, the coating component is internally provided with a coating solution storage structure and a coating passage for the base material to pass through, coating treatment is performed onthe base material inside the base material conveying component through the coating component, the adjusting component is connected with the coating component, and height adjustment is performed on the coating passage inside the coating component and adjustment is performed on the passing pressure balance magnitude of the base material connection head through the adjusting component. The coating machine capable of passing the connection head automatically can pass the base material connection head automatically, manual unstable judgment and operation on the jumping cutter start and end time are avoided, and the manpower can be saved; and the design of passing the base material connection head automatically adopts a lever balance principle and does not need a sensor and a controller.

Description

technical field [0001] The invention relates to coating equipment, in particular to an automatic joint coating machine. Background technique [0002] When the traditional coating machine encounters substrate joints, there are mainly two solutions: manual jumping knife and automatic knife jumping. Manual jumping is based on the on-site operator observing the travel speed and position of the substrate joint to judge and operate the start and end of the jumping; such a jumping method is too much affected by human factors, and it is caused by the inability to stably control the jumping paint waste and waste waste. Automatic knife jumping is based on the combination of different sensors and different controller parameters to achieve automatic control of the start and end of knife jumping; this way of knife jumping can avoid the influence of human factors of the operator on site, but the difference in the angle of the substrate joint The difference in height of the joints formed...

AI Technical Summary

Problems solved by technology

Manual jumping is based on the on-site operator observing the travel speed and position of the substrate joint to judge and operate the start and end of the jumping; such a jumping method is too much affected by human factors, and it is caused by the inability to stably control the jumping of paint waste and scrap waste

Automatic knife jumping is based on the combination of different sensors and different controller parameters to achieve automatic control of the start and end of knife jumping; this way of knife jumping can avoid the influence of human factors of the operator on site, but the difference in the angle of the substrate joint The difference in the height of joints formed by the connection of substrates with different thicknesses and the range variability of mechanical production speeds, etc., may cause problems when a single sensor and controller parameter combination is used to automatically execute the knife jump; if a single sensor and controller is used The combination of parameters should be universally applicable. The parameters should be set with a higher jump height and a longer jump time, which will cause waste of paint and waste; if the combination of multi-sensor and multi-controller parameters is used, it may be possible More accurate automatic control of the start and end time of the jump knife and the height of the jump knife, but the increase in sensors and controllers will directly reflect the equipment cost

Images