An intelligent composite film bonding mechanism

Abstract

The invention relates to an intelligent composite membrane attaching mechanism which comprises a step type lower machine frame and an upper machine frame. A top membrane supply table, a bottom membrane supply and attaching working table and a middle membrane supply table are arranged on the step type lower machine frame. The top face of the upper machine frame is fixedly provided with a movable rotary frame and connected with a man-machine interaction controllable screen. The top face of the upper machine frame is provided with indicator lamps in three colors. The top membrane supply table comprises a top membrane release type membrane tearing mechanism and a top membrane taking area. A membrane attaching area is arranged on the bottom membrane supply and attaching working table. XY-axis slide rails are arranged on the periphery of the membrane attaching area and provided with a top membrane vacuum taking mechanical arm. The XY-axis slide rails are transversely arranged between the top membrane supply table and the bottom membrane supply and attaching working table in a crossing mode. The middle membrane taking area and a middle membrane vacuum suction three-axis mechanical arm are arranged on the middle membrane supply table. The intelligent composite membrane attaching mechanism is intelligent in membrane attaching movement, accurate in membrane attaching, high in efficiency and low in defective rate.

Description

technical field [0001] The invention relates to the field of film sticking, in particular to an intelligent composite film sticking mechanism. Background technique [0002] The existing film sticking method generally adopts manual lamination of loose pieces, and the positioning of loose pieces of materials varies greatly. During the lamination process, the accuracy of material lamination is poor. In the process of auxiliary positioning and weighing, it is easy to cause dirt and damage to the product, and the instability of manual positioning also makes the defective rate of the product high. Moreover, in the process of film sticking, one positioning can only fit one side. Adhesive film, when the front and back sides are laminated, must be repeatedly positioned, wasting time, and when there are defective products, the loss is very large, which increases the production cost. Contents of the invention [0003] In order to solve the above-mentioned technical problems, the pre...

AI Technical Summary

Problems solved by technology

[0002] The existing film sticking method generally adopts manual lamination of loose pieces, and the positioning of loose pieces of materials varies greatly. During the lamination process, the accuracy of material lamination is poor. In the process of auxiliary positioning and weighing, it is easy to cause dirt and damage to the product, and the instability of manual positioning also makes the defective rate of the product high. Moreover, in the process of film sticking, one positioning can only fit one side. Adhesive film, when the front and back sides are laminated, it must be positioned repeatedly, which is a waste of time, and when there are defective products, the loss is very large, which increases the production cost

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