Manufacturing method of radio frequency identification electronic label

Abstract

The invention discloses a manufacturing method of a radio frequency identification electronic label. The manufacturing method comprises the following steps of: forming an antenna pattern layer and a conductive ink layer on a base material in sequence and mounting a radio frequency identification chip on the conductive ink layer so as to form a radio frequency identification electronic label, wherein the radio frequency identification electronic label includes the base material, the antenna pattern layer, the conductive ink layer and the radio frequency identification chip; attaching an adhesive layer and a laminated base material on the radio frequency identification chip in sequence to form a composition including the radio frequency identification electronic label, the adhesive layer and the laminated base material; and finally, placing the composition with the radio frequency identification function into a casting mold and injecting a plastic material into the casting mold to form a target object, wherein the composition and the target object are integrally combined with each other at the same time. Therefore, the whole structure is much firmer; and the radio frequency identification electronic label is uneasy to fall off so that the reliability in use is improved.

Description

Technical field [0001] The present invention relates to a method for manufacturing a radio frequency identification electronic tag, in particular to a radio frequency that uses an adhesive layer and a laminating base material to make the radio frequency identification electronic tag integrated with the target object when it is formed in a mold Identify the manufacturing method of electronic tags. Background technique [0002] Radio Frequency Identification (RFID) electronic tag is an electronic device that uses a chip combined with an antenna. It can read the data stored in the RFID electronic tag with an external sensor (Reader), thus forming an RFID system. RFID electronic tags are small in size and can be easily placed on objects or identification cards, and are widely used in goods management in storage systems or in general control places or office places for personnel access control. [0003] Generally, the method of placing the RFID electronic tag on the target object is to...

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Problems solved by technology

However, during the above heating process, the melting points of different materials are prone to wrinkle or non-adherence, which makes the symbols on the surface of the RFID electronic tag easy to be damaged or uneven, thereby affecting the function of the RFID

[0005] In addition, at this stage, only a small amount of RFID electronic tags are hung on the goods by hanging, so the falling of the electronic tags or the unevenness and warping after the connection will increase the troubles of the logistics operation and affect the logistics of the goods. Convenience does not contribute to

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