Production method and equipment for full-automatically aligning and gluing name plate

Abstract

The invention relates to a production method and production equipment for full-automatically aligning and gluing a name plate. The method comprises the following steps of: 1, feeding; 2, detection and correction; 3, die cutting and waste punching; 4, waste discharging; 5, aligning and gluing; and 6, material collection. The production equipment comprises a composite feeding component, a loading component, a punching and die cutting machine, a waste punching mechanism, a driving roll mechanism, a driven roll pressing and discharging mechanism, a driven pressing and feeding mechanism, a waste collection shaft mechanism, a collection and discharge shaft mechanism and a photoelectric sensor, wherein the punching and die cutting machine is used for performing the die cutting process of the die cutting and waste punching by using a wood plate cutter as a cutting die; the waste punching mechanism is used for performing the punching process of the die cutting and waste punching; and the driving roll mechanism, the driven roll pressing and discharging mechanism and the driven pressing and feeding mechanism are assembled together through a machine shell. The method and the equipment have the advantages of improving the production efficiency, overcoming the potential safety hazard, improving the machining accuracy and the machining quality of the product, saving a large amount of cost and ensuring high safety of the complete machine.

Description

technical field [0001] The invention relates to the technical field of optical-mechanical-electrical-integrated nameplate processing methods and equipment, in particular to a production method and equipment for full-automatic alignment and gluing of nameplates. Background technique [0002] The nameplate alignment glueing and automatic stamping forming process of the existing technology are all sheet-type processing, and must be completed in three steps, that is, the continuous strip-shaped double-sided adhesive base material is first die-cut into slices, and then the special The advanced punching equipment punches positioning holes on the material. During production, the roller pillow on the mold and the positioning hole are installed and matched, so as to achieve the effect of positioning the sheet. After the positioning is completed, the sheet with rubber backing is manually Carry out die-cutting and molding. After the molding is completed, the sheets will be collected a...

AI Technical Summary

Problems solved by technology

[0002] The nameplate alignment glueing and automatic stamping forming process of the existing technology are all sheet-type processing, and must be completed in three steps, that is, the continuous strip-shaped double-sided adhesive base material is first die-cut into slices, and then the special The advanced punching equipment punches positioning holes on the material. During production, the roller pillow on the mold and the positioning hole are installed and matched, so as to achieve the effect of positioning the sheet. After the positioning is completed, the sheet with rubber backing is manually Carry out die-cutting and molding. After the molding is completed, the sheets will be collected and stacked one by one by manual work again; the second step is to die-cut the coiled panel with the pattern printed and hot-pressed into pieces, and then be processed by a special printing machine. The hole equipment punches positioning holes on the sheet fabric, and the position matches the rubber bottom material in the first step. After the positioning holes are formed, the sheets are collected and stacked manually; the third step is to place the first step The finished product corresponds to peeling off the upper layer of release paper and positioning it on the mold roller pillow of the stamping mechanism, and then the fabric processed in the second step is passed through the roller pillow cover, and the stamping mechanism completes the composite molding of the fabric and the bottom material with rubber. In the end, the stacking of the sheets is done manually again; this production method based on pinhole positioning has extremely low production efficiency, has high requirements for the operator, and is likely to cause safety accidents

Images