Structure of radio frequency identification product and manufacturing method thereof

Abstract

The invention relates to a structure of a radio frequency identification product and a manufacturing method of the radio frequency identification product. The structure is characterized by at least comprising a base plate provided with an inner surface and an outer surface, wherein the base plate is provided with a positioning hole to ensure that the setting direction of a radio frequency identification label has consistency to improve the accuracy of reading the radio frequency identification label; the radio frequency identification label is provided with a positioning hole which is matched with the positioning hole of the base plate, and a gluing layer is arranged on one side of the radio frequency identification label to ensure that the radio frequency identification label can be adhered to the inner surface of the base plate; and a coating layer is integrally formed above the radio frequency identification label and the base plate to ensure that the radio frequency identification label is completely coated between the base plate and the coating layer, and when the coating layer is integrally formed, the coating layer can cover the positioning holes of the base plate and the radio frequency identification label to ensure that the base plate and the coating layer are tightly combined with each other. By the structure, the origin of the product can be easily identified, and the structure is convenient to use; and the base plate and the coating layer are difficult to damage, so that the radio frequency identification label can be fully protected from being improperly damaged.

Description

technical field [0001] The present invention relates to a structure and a manufacturing method of a radio frequency identification product, especially a positioning hole is provided on both the substrate and the radio frequency identification label, so that the direction of the radio frequency identification label on the substrate is consistent, and then the covering layer The integrated molding is set on the top of the RFID label and the substrate, so that the RFID label can be completely covered between the substrate and the coating layer, so as to hide the RFID label and use it for product identification to improve logistics management efficiency . Background technique [0002] Press, it is known that as an identity; or a document; or an identification nameplate of an item, a barcode is set or an identification code is simply printed on the nameplate, which must be identified by manpower. This will not only cause difficulties in identification, but also be more likely to ...

AI Technical Summary

Problems solved by technology

[0002] Press, it is known that as an identity; or a document; or an identification nameplate of an item, a barcode is set or an identification code is simply printed on the nameplate, which must be identified by manpower. This will not only cause difficulties in identification, but also be more likely to be forged Or altered, resulting in errors or errors in identification, so the current radio frequency identification system is gradually being applied to various commodities, its function is mainly to speed up the identification and classification of identities or items, etc.

However, the current radio frequency identification chips are all surface-mounted on the surface of the adhesive film layer, and the adhesive film layer is pasted on the top of the product, and then bonded on the surface of the adhesive film layer with an adhesive material for Protect the RFID system from being damaged or worn out; however, the conventional method of attaching the RFID chip by adhesive bonding is extremely limited in its scope of application and is not suitable for smaller items , such as ear tags, tea tags, inner film of bottle caps, identification bracelets and pet collars, etc., the adhesive material is easily affected by external forces and falls off, causing the radio frequency identification chip to peel off or be damaged

[0003] Another example is the "improvement of ear tag structure" in Taiwan's new patent application No. M379328. A radio frequency identification unit 3 is sandwiched between a male fastener 1 and a female fastener 2, so that the ear tag has a radio frequency identification function. However, the ear tag only clamps the radio frequency identification unit between the male and female fasteners by buckling. When the ear tag is bitten by livestock, the buckle structure of the ear tag is easily damaged, resulting in wireless The RFID unit is dropped or damaged and cannot be used

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