Laminating method and laminating jig

Abstract

The invention discloses a laminating method. A casing and a panel are respectively positioned and arranged on an accommodating table and a movable carrier table in sequence; then a first drive unit is utilized to drive the movable carrier table to extend into the interior of the casing from the opening of the casing, so that the panel can be positioned in a position corresponding to a window and can not be contacted with the inner surface of the casing; and finally, a laminating mechanism is utilized to drive the casing and the movable carrier table to be connivent oppositely, so that the panel can be combined with the interior of the casing to seal the window. The combination of the panel can be realized in the narrow space of the casing, and the problem that rejects are produced in the prior art is overcome. Besides, the invention further provides a laminating jig for implementation of the method.

Description

technical field [0001] The present invention relates to a pressing technology, in particular to a pressing method and a pressing jig for inserting panels into a casing and assembling them. Background technique [0002] Traditionally, there are many ways to attach a sheet-like component to the inside of a hollowed-out window on the surface of a housing, for example: Taiwan Model Patent No. M354517, Taiwan Model Patent No. 304074, Taiwan Model Patent No. M268862 and Taiwan Invention Patent No. The structures disclosed in patent cases such as I226211. [0003] The No. M354517 case discloses a touch panel laminating machine, which includes a parallel laminating mechanism, a feeding mechanism and a bidirectional rolling mechanism arranged on the machine table, wherein the parallel laminating mechanism has an upper seat with adjustable parallelism, And the parallel bonding mechanism can adopt side turning or central balance turning, and the feeding mechanism has the ability of X,...

AI Technical Summary

Problems solved by technology

For example, changing the traditional casing composed of multiple half-shells into an integrally formed casing structure can effectively improve the waterproof, dustproof, shockproof and EMI prevention characteristics of the overall electronic product, but due to the integrally formed The shell structure can provide a much smaller open area than traditional open (combined) shells, so the prior art disclosed in the above-mentioned patents cannot be applied to the follow-up processing of the integrated shell structure. , and today's requirements for electronic products are mainly thin and short, and the internal storage space is relatively small, which increases the difficulty of manual related operations

Specifically, the one-piece casing usually only reserves a single side cover structure, so when assembling the internal circuit board and related parts, it can only be done through the opening reserved on one side of the casing to combine the panel For example, when the casing becomes thinner, the unstable movement of manually holding the panel into the limited space inside the casing will easily cause the pre-coated adhesive on the edge of the panel to stick to the surface of the panel due to accidentally touching the inside of the casing, which will cause The problem of defective products with dirty panels seriously affects product yield

In addition, whether the panel is accurately sent to the positioning and recombined will also affect the accuracy of the final bonding of the panel, which also affects the product yield

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