Automotive glass base adhesive sequence control device and method

Abstract

The invention relates to an automotive glass base adhesive sequence control device and method. The device comprises a pressure sensor, two base adhesive units which are arranged in parallel, a wiping cloth unit and a controller, wherein each base adhesive unit comprises a base adhesive control cylinder, a base adhesive protective cover, a base adhesive photoelectric detector and a base adhesive accommodating structure; the wiping cloth unit comprises a piece of naphtha wiping cloth, a naphtha wiping cloth control cylinder and a naphtha wiping cloth placing box; after detection on the base adhesive, the glass and the naphtha wiping cloth through the photoelectric detectors and the sensor, the controller automatically controls the coating sequence of the base adhesive. Compared with the prior art, the automotive glass base adhesive sequence control device and method have the advantages that the base adhesive coating sequence is controllable, the base adhesive coating procedure is started by detecting the glass on a worktable, and various types of base adhesives are output automatically according to the order of sequence, the quality problem that the binding power is decreased after injection molding of glass due to disordered base adhesive coating sequence, which is caused by fatigue of workers, is solved, the product quality is ensured, the cleanness of the worktable is ensured, and the applicability is wide.

Description

technical field [0001] The invention relates to a sequence control device, in particular to a sequence control device and method for automotive glass primer. Background technique [0002] The speed of modern cars is getting higher and higher, and the area of ​​single window glass is increasing, and air conditioners are generally installed, so the requirements for the safety and sealing of car window glass are also increasing. Through the direct bonding of the window glass by applying the primer, the safety of the car is improved, the safety of the occupants is guaranteed, and the occupants are prevented from being injured due to the poor assembly of the window glass when the car brakes suddenly or crashes at high speed. . At the same time, this assembly process makes the window glass and the car body a whole, which greatly enhances the rigidity of the car body, increases the bonding force between the glass and the car body, and improves the sealing effect of the car window ...

AI Technical Summary

Problems solved by technology

[0003] At present, the order of applying the primer for automotive glass in China mainly depends on manual control. Manual control of the sequence of primer and activator is prone to fatigue and product quality problems.

The primer coating of automobile glass is sequential, that is, activation-primer-naphtha wiping cloth, manual coating for a long time, easy to cause fatigue

Changes in the order of primer application will result in a decrease in the bonding force of glass injection molded parts, resulting in quality problems, potential safety hazards and increased customer complaints

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