Processing method of positionable anti-counterfeiting electronic cloth label

Abstract

The invention discloses a processing method of a positionable anti-counterfeiting electronic cloth label. The method comprises the following steps: firstly, bottom-layer rolled non-woven fabric is arranged on a conveying device of a labeling machine in a penetrating mode; the roll-shaped electronic tag is arranged on a tag outlet station beside the conveying device; the automatic labeling machineis used for uniformly labeling the electronic tags on the non-woven fabric at the same interval; an electronic eye is used for sensing and tracking the electronic tag adhered to the non-woven fabric;a distance of a printed content is determined, meanwhile, upper-layer cloth of the electronic cloth is arranged on the printing machine, the labeling distance of the electronic tags on the attaching station is used as the printing distance, the printing content is printed in a secondary tracking printing mode, after the printing content is printed, a separating device of the printing machine separates backing paper of the upper-layer cloth from upper-layer cloth fabric, and the backing paper is wound on a winding station; the upper-layer cloth fabric and the electronic bottom label are compressed at the rear station through a compounding device, winding is performed, and then die-cutting forming on the upper-layer cloth fabric and the electronic bottom label is performed on the rear station through an automatic die-cutting machine, or the upper-layer cloth fabric and the electronic bottom label are directly connected to a die-cutting station without winding after laminating, and die-cutting to obtain a finished product is performed.

Description

technical field [0001] The invention specifically relates to a label processing method, in particular to a processing method of a positionable anti-counterfeit electronic cloth label. Background technique [0002] At present, the fabric positionable electronic tags used in shopping malls or warehouses are covered with a layer of cloth on the front and back, and the electronics are wrapped in the middle of the two layers of cloth. Die-cutting into individual pieces. The traditional process relies on manually pasting the electronics one by one on the non-woven fabric, and then aligning and gluing them together. It takes a long time by hand and it is difficult to guarantee the quality. It is impossible to guarantee the tight fit and the position of the electronics and the printed content. Accuracy, time-consuming, often shift and damage rework and so on. At the same time, in the later stage of die-cutting, only one or several die-cuts can be performed, and the position of the ...

AI Technical Summary

Problems solved by technology

[0002]Currently, the fabric positionable electronic tags used in shopping malls or warehouses are covered with a layer of cloth on the front and back, and the electronics are wrapped in the middle of the two layers of cloth, and the front of the electronics is on the cloth There is printed content, the content is located in the middle of the front of the electronic, for the convenience of use, it needs to be die-cut into individual pieces. The traditional process relies on manually pasting the electronic one by one on the non-woven fabric, and then aligning and pasting them together. It is difficult to guarantee the quality, the tight fit and the accuracy of the position of the electronic and printed content. It takes a long time, and there are often cases of shifting, damage and rework.

At the same time, in the later stage of die-cutting, only one or several die-cuts can be made, and the position of the finished product line cannot be unified, and continuous die-cutting cannot be processed continuously, resulting in direct economic losses of time and materials