Patent Application
20130092739
1. Field of the Invention
This invention relates to simple multifunctional identification labels and their manufacturing method, able to have a plurality of identification labels formed integrally at the same time. Then, the identification labels are cut into many individual simple and multifunctional identification labels that can respectively be used as an article and needless to be additionally combined with other articles for use, quick in manufacturing, low in manufacturing cost and able to elevate practicability of the identification labels.
2. Description of the Prior Art
For the present, use of identification chips has become more and more popular, and identification labels are considerably employed for expensive articles, low-priced articles, daily necessities, breeding and animal husbandry or article management so as to facilitate management or record of articles. In order to make identification labels become comparatively popular in use, the most important factor to be considered is the cost of manufacturing an article with an identification label.
Generally, the application of a conventional identification label is to have an identification chip made into a product with an identification label through multiple processing, such as an in-mold labeled product manufactured by in-mold labeling technique, or a product having identification function, which is made in a way of embedding. In other words, the conventional identification label is fixed in the interior of an article to let the article possess identification function in a way of integral shaping or in various ways of combination.
One conventional identification label, as disclosed in a Taiwan patent No. M394533, titled “IMPROVEMENT FOR THE STRUCTURE OF A RFID PIG'S EAR TAG”, is to have an IC card placed on a tag disc and, through secondary in-mold plastic injection molding, formed into an upper cover layer to completely sheathe the IC card in the interior of an ear tag body, letting the ear tag possess a function of identification. This conventional RFID pig's ear tag is the structure of an ear tag with RFID embedded in an article, but such an ear tag must be manufactured through multiple processing, and it can only produce one ear tag with RFID once, thus not conforming to economical gain.
Another conventional identification tag, as disclosed in a Taiwan patent No. M347639, titled “HOLDER DEVICE WITH RFID TAG”, is to have a RFID tag embedded in a main body of the holder device when a clamping body is manufactured, letting the clamping body possess a function of identification. The holder device with RFID tag has to be processed several times to make up an article with a radio frequency identification tag, and it can only produce one clamping body with RFID tag with one round, not tallying with economical gain.
Specifically, the conventional identification tag mentioned above can be employed only after the identification tag is combined with an article and made into an in-mold tagged product through in-mold tagging technique, or made into an article possessing an identification function in a way of embedding. That is, the conventional identification tag cannot individually serve as an article for use, thus greatly restricted in application value and range of the identification tags. In addition, only after being processed for several times can an article with the identification tag be used, thus increasing cost and not conforming to economical gain.
The objective of this invention is to offer simple multifunctional identification labels and their manufacturing method, able to be manufactured with quickness and in large quantity and able to be used as an article, lowering manufacturing cost and elevating practicability of the identification labels.
The method of manufacturing simple multifunctional identification labels includes a basic plate formed with an outer surface and an inner surface. The outer surface of the basic plate is provided with a plurality of radio frequency identification systems to form a plurality of identification labels, which are then cut into many individual simple multifunctional identification labels, quick in manufacturing. Each simple multifunctional identification label can be directly used as an article and needless to be additionally combined with other articles, thus elevating practicability of the simple multifunctional identification labels.
In addition, the outer surface of the basic plate can be provided thereon with a protective layer for protecting the radio frequency identification systems. The basic plate together with the radio frequency identification systems and the protective layer are combined together to make up a plurality of identification labels, which are then cut into many individual simple multifunctional identification labels. Each individual simple multifunctional identification label can further be cut and shaped into a clasp-type identification label or a perforation type identification label, or cut into various geometric-shaped identification labels, such as a rectangular shape, a circular shape, a polygonal shape or an irregular shape, able to increase functions of the identification labels.
This invention will be better understood by referring to the accompanying drawings, wherein:
A first preferred embodiment of simple multifunction labels and their manufacturing method in the present invention, as shown in
The basic plate 1 formed with an outer surface 10 and an inner surface 11 can be made into a large-sized basic plate, as shown in
The radio frequency identification system (RFID) 2 is provided with circuits 20 and radio frequency identification chips 21. If the basic plate 1 is made of paper, plastic or other materials, the outer surface 10 of the basic plate 1 can be printed with circuits 20 by printing technique, and if the basic plate 1 is made of copper foil or other metal foils, the outer surface 10 of the basic plate 1 can be etched with circuits 20 through etching technique. Then, the radio frequency identification chips 21 are stuck to the outer surface 10 of the basic plate 1 that is provided with the circuits 20 via surface adhesion technique, letting plural radio frequency identification systems 2 able to be disposed on the outer surface 10 of the basic plate 1 to form a plurality of identification labels, as shown in
A second preferred embodiment of simple multifunctional identification labels and their manufacturing method in the present invention, as shown in
Referring to
Referring to
Referring to
To sum up, the simple multifunctional labels and their manufacturing method of this invention can integrally make up a plurality of identification labels respectively possessing a radio frequency identification system 2 at the same time, letting the identification labels either formed into a large-sized sheet shape or wound into a cylindrical shape. Then, the identification labels are cut into many individual simple multifunctional identification labels with various shapes, quick in manufacturing and low in manufacturing cost. Moreover, the simple multifunctional identification labels of this invention can directly be employed for identifying articles and needless to be additionally combined with other articles, enabling the identification labels to be used more extensively, enhancing practicability of the identification labels and conforming to economical gain.
While the preferred embodiments of the invention have been described above, it will be recognized and understood that various modifications may be made therein and the appended claims are intended to cover all such modifications that may fall within the spirit and scope of the invention.
