KR101228907B1 - Apparatus for production of RFID label and method for production of that - Google Patents

Abstract

The present invention relates to an electronic tag label production apparatus and a method for producing the same, having a bad paper removal function, among the papers with a built-in blank chip to hold a variety of information, the paper containing the bad chip is selected and removed, the removed position Provides an electronic tag label production device and a method of producing the same, in which empty papers of the chip having already been inspected are laminated in the empty space of the product, and accordingly, only 100% genuine electronic tag labels are produced, thereby improving productivity. This improvement provides the benefit of eliminating the need for re-inspection before attaching the electronic tag label to the item box.

Description

Apparatus for production of RFID label and method for production of that}

The present invention relates to an electronic tag label production apparatus and a method for producing the same. More particularly, in the production process of the electronic tag label, the defective PET paper is removed, and the genuine PET paper is supplied to the position of the removed defective PET paper, thereby providing 100% no defect. The present invention relates to an electronic tag label production apparatus and a method for producing the electronic tag label.

Recently, the distribution process has changed drastically due to the development of science and information and communication technology.

That is, in the past, a consumer can purchase a product only through various stages of distribution, such as a wholesaler who buys and sells a large amount of goods from a production site, and a retailer who buys the necessary goods from the wholesaler and sells them to consumers.

Therefore, as a consumer purchases a product with a lot of distribution margins compared to the cost, there was a structural problem that inevitably increases consumer burden.

However, in recent years, the distribution structure that has eliminated large-scale distribution margin is increasing due to the development of various science and information and communication technology.

In other words, electronic commerce that allows consumers to directly select a desired product through the Internet, pay the price of the product via a card or online, and receive the product, has become popular.

In addition, by attaching a bar code to the packaging of various items including daily necessities to read with a scanner or a laser, work efficiency such as product management and calculation is improved, and large discount marts and the like have succeeded.

In other words, by attaching a barcode to the packaging of the goods released from the factory, or by attaching a separate barcode label to the packaging of the goods, it is possible to easily identify the nature, price, expiration date, country of origin, etc. The emergence of discount marts is now possible.

However, the conventional bar code can only input basic information such as the property, price, expiration date, and country of origin, as described above, which limits the input of information. Recently, more various information is required to be input.

Accordingly, with the recent development of the semiconductor technology and information industry, the global ubiquitous (Ubiquitous) era is being opened. Accordingly, the RFID (Radio Frequency Identification) industry is being activated.

The RFID is a non-contact recognition system that attaches a small chip to various items and transmits and processes the information of the object and the surrounding environment at a radio frequency. Recently, the RFID is applied to a traffic card, but the price is still high. Until now, the majority of goods, etc. in place of the bar code is not applicable.

Therefore, the applicant of the present invention monitors the diagnosis of the system, and the algorithm for selecting the optimal condition of each function is controlled by the central processing unit so that various types of electronic tag labels, tags, and tickets can be mass-produced at a low price. Registered and applied for the production device of label for electronic tag (Patent Registration No. 0677676)

Conventional electronic tag label production apparatus 2, including the 'electronic tag label production apparatus' as described above, as shown in Figure 1, the hot melt is coated on one surface of the Fuji 10, the hot melt coated Fuji The PET paper 30 to which the chip is attached is attached to 30, and the battery 40 is attached and cut to the PET paper 30, thereby completing.

That is, the electronic tag label production apparatus 2 is formed by laminating the Fuji 10, the PET paper 30, and the battery 40, and the Fuji feed roller 12, the PET feed roller 32, and the battery, respectively. The feed roller 42 is provided.

The process of producing an electronic tag label using the electronic tag label production apparatus 2 having the above configuration will be briefly described with reference to FIGS. 2A, 2B to 5A, and 5B.

One surface of the Fuji 10 released from the Fuji feed roller 12 is hot melt coated by the hot melt coating apparatus 20 (see FIGS. 2A and 2B), and thus the Fuji 10 having the hot melt coated is PET The paper is unloaded from the paper feed roller 32 by the PET paper 30 and the first laminator 38 (see FIGS. 3A and 3B).

Here, the PET tag 30 is provided with an antenna tag having a chip in which various information is input at a predetermined interval. Then, the first laminator 38 is laminated with the Fuji 10.

That is, when the die cut is made, the connection is broken and the transfer to the next process becomes difficult, and the individual die cut paper 30 is transferred to the next process stably by the suction force of the suction device 36. .

As such, each of the PET papers 30 transferred to the next process while being sucked by the suction device 36 is laminated by the hot melt coated Fuji 10 and the first laminator 38. The intervals of the respective papers 30 are spaced apart from each other. The reason is to ensure that the text is kept at the same interval as the label of the printed battery.

Next, the laminated paper of the Fuji 10 and the PET paper 30 is again laminated by the battery 40 and the second laminator 44 released from the battery supply roller 42. (See Figs. 4A and 4B. )

Thus, the lamination of the Fuji 10, the PET paper 30 and the battery 40, the half die cut is made so that only the battery 40 is cut while passing through the half die cut device 60 (FIGS. 5A and 5). 5b), the lamination of the Fuji 10, the PET paper 30, and the battery 40, which is made of a half die cut, is dried through the drying apparatus 70, and then through the inspection system 80. The chip embedded in the tag is checked.

The completed test paper, that is, the electronic tag label 50, is inspected and supplied to the electronic tag label supply roller 52 according to the guide roller guide, and the scrap of the half die cut battery is supplied to the scrap supply roller 90, The production of the tag label is completed.

When the battery 40 and the PET paper 30 are removed from the electronic tag label, the electronic tag label becomes one electronic tag label. The electronic tag label may be attached to a packaging box of an article.

For reference, in Figs. 2A, 2B and 5A, 5B, the Fuji, the PET paper, and the battery are shown to have a predetermined thickness, and thus the Fuji and the battery are shown spaced apart by the PET paper, which is easy to understand the stacking relationship and is referred to by reference numerals. In order to easily describe the present invention, it is shown in this manner. In fact, the Fuji, the PET paper and the battery are all made of a thin film, so that the battery is attached to one surface of the hot melt coated Fuji with the PET paper interposed therebetween. .

However, in the case of the PET paper 30 wound on the paper feed roller 32 in the process of producing the electronic tag label as the electronic tag label production apparatus 2 having the above-described configuration, the chip into which various information is inputted. An antenna tag having a built-in antenna is formed at a predetermined interval, and among the antenna tags, there is an antenna tag in which a bad chip is embedded.

Therefore, among the completed electronic tag label wound on the electronic tag label supply roller 52, there is an electronic tag label including a PET paper formed with an antenna tag containing a defective chip, so that it is very difficult to separate it later. In addition, there is a problem that the work is very cumbersome, such as to inspect the electronic tag label to be attached to the packaging box of the article.

The present invention has been devised in view of the above problems, and removes a PET paper (hereinafter referred to as a 'bad paper') formed with an antenna tag containing a bad chip, the genuine pet in the position of the removed bad paper It is an object of the present invention to provide an electronic tag label production apparatus and a method of producing the same, so as to produce only 100% genuine electronic tag labels without defects.

In order to achieve the above object, there is provided an electronic tag label production apparatus having a bad paper removal function, comprising: a first paper feed roller for supplying a wound first paper; A reader for sorting defective chip embedded paper into the supplied first paper; A first die cut device for die cutting the supplied first paper; A salting device for removing the defective chip embedded first paper selected by the reader; A Fuji feed roller for supplying Fuji, in which genuine chip embedded first pet paper is laminated, except for defective chip embedded first pet paper removed by the salting device; A detection sensor for detecting a position at which the first chip embedded paper chip is not laminated, among the first chip embedded paper chip and Fuji; According to the detection signal of the sensor, out of the stacking of the first chip embedded in the genuine chip and the Fuji, the genuine chip paper to combine the second genuine chip embedded in the chip, the test is completed in the position where the first chip embedded in the chip Lamination means; A battery supply roller for supplying a battery that is laminated with the genuine chip embedded first PET paper, second PET paper, and Fuji paper; And a half die cut device for half-cutting only the battery among the Fuji, genuine chip embedded first and second PET papers, and batteries.

Here, the hot melt coating apparatus for coating a hot melt on one surface of the Fuji supplied from the Fuji feed roller may be further included.

In addition, the die-cut individual first paper is preferably guided by the first suction device at a predetermined interval to be transported to the next process, the salting device, the first chip embedded bad chip selected by the reader When the paper is guided by the first suction device, it is preferable to apply an air cylinder that is separated by pressing and bonding it using a double-sided tape.

In addition, the genuine PET paper stacking means, the second PET paper supply roller for supplying the second chip paper containing the genuine chip already tested; A second die cut device which die cuts the genuine chip embedded second PET paper; And a second suction device for guiding the second chip containing the genuine chip embedded in the die cut by the second die cut device to a position where the first pet paper is not laminated among the first pet paper and Fuji paper. have.

The apparatus may further include a scrap feed roller which winds only the scrap of the half die cut battery, and further includes an electronic tag label feed roller which winds the paper of the Fuji, the first PET paper, the second PET paper, and the battery. .

On the other hand, the electronic tag label production method having a bad PET removal function according to the present invention, in the method of producing an electronic tag label using the electronic tag label production apparatus having a bad PET removal function of the above configuration, (a) Sorting the first chip paper containing the defective chip among the first paper sheets supplied from the first paper sheet supply roller; (b) die-cutting the first sheet of paper at a predetermined interval; (c) a salting step of removing only the first chip embedded bad chip selected in the sorting step; (d) stacking genuine chip embedded first pet papers on one surface of Fuji supplied from a Fuji feed roller at a predetermined interval, except for the defective chip embedded first pet paper removed in the salting step; (e) detecting a position at which the first PET paper is not laminated in the lamination of the first chip embedded papers and Fuji; (f) laminating a separate genuine chip-embedded second pet paper, in which the inspection is completed, at a position where the genuine chip-embedded first pet paper is not laminated among the laminations of the genuine chip embedded first pet paper and Fuji according to the sensing step; and (g) laminating the battery to the genuine chip embedded first and second PET papers laminated on the Fuji paper.

In this case, in the step (d), it may further comprise the step of coating a hot melt on one surface of the Fuji supplied through the Fuji feed roller.

Further, in the step (f), the step of laminating the genuine chip embedded second PET paper,

Supplying a second chip paper containing genuine chip already tested from a second paper feed roller; Die-cutting the second PET paper to be supplied; It is preferable that the die-cut second PET paper is formed as a step of laminating the genuine chip embedded first PET paper and the position where the genuine chip embedded first PET paper is not laminated.

In addition, after the step (g), it is preferable to further include half-cutting only the battery among the Fuji, the first and second PET chip embedded paper and the battery.

As described above, according to the present invention, an electronic tag label producing apparatus having a bad PET removal function and a method of producing the same, a PET sheet formed with an antenna tag having a bad chip is removed, and is disposed at a position of the removed defective PET paper. Only genuine 100% genuine electronic tag labels are produced with genuine PET, thereby providing a very useful effect of improving productivity.

1 is a schematic configuration diagram of a conventional electronic tag label production apparatus.
Figures 2a, 2b to 5a, 5b is a partial perspective view and cross-sectional view sequentially showing the process of producing an electronic tag label by the electronic tag label production apparatus of Figure 1;
6 is a schematic configuration diagram of an electronic tag label production apparatus according to the present invention.
7A, 7B to 11A, and 11B are partial perspective views and cross-sectional views sequentially illustrating a process of producing an electronic tag label by the electronic tag label production apparatus according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

6 is a schematic configuration diagram of an electronic tag label production apparatus according to the present invention.

7A, 7B to 11A, and 11B are partial perspective views and cross-sectional views sequentially illustrating a process of producing an electronic tag label by the electronic tag label production apparatus according to the present invention.

First, as shown in FIG. 6, the electronic tag label production apparatus 100 according to the present invention includes a first PET supply means, a genuine PET supply means, a Fuji supply means, and a battery supply means.

The first paper feed means includes a first paper feed roller 112. The first paper feed roller 112 includes a first paper paper 110 having an antenna tag in which an empty chip for inputting various information is formed. ) Is wound. In this case, an antenna tag formed on the first PET paper 110 may include a chip that has not been inspected. Accordingly, an antenna tag having a bad chip may be provided.

On the other hand, the genuine PET paper supply means, the second PET paper supply roller 122, the second PET paper supply roller 122 is also a second PET paper having an antenna tag containing a blank chip for inputting various information 120 is wound, where the antenna tag formed on the second PET paper 120 has only a genuine chip that has been inspected.

The first paper feed means may include a reader 118 that sequentially inspects the first paper 110 supplied from the first paper feed roller 112 and selects the first paper containing the defective chips. It includes a first die cut device 114 to die cut at a predetermined interval.

In addition, the first die cut paper 114 is die-cut by the first die cut device 114 and guided to be laminated by the Fuji 130 and the first laminator 138 supplied from the Fuji feed means. A first suction device 116 is provided.

In the position corresponding to the first suction device 116, the reader 118 of the first paper 110, which is sucked by the first suction device 116 and guided for lamination with the Fuji 130; A salting device 140 is installed to remove the first chip paper containing the defective chips selected by the chip.

The salting device 140 is moved back and forth in accordance with the supply of air, the air cylinder which is separated by pressing the first chip paper embedded in the bad chip guided by the first suction device 116 as it is advanced, It is preferred to be provided.

Here, the reader 118 and the salting device 140 are electrically connected to a controller (not shown), respectively, and when the reader 118 selects the first chip embedded chip, the signal is transferred to the controller. In response to the transmitted signal, the control unit applies the signal to the salting device 140 so that the first chip embedded with the defective chip is guided to the next process by the first suction device 116 and installed at the corresponding position. The salting device 140 will remove this.

On the other hand, the Fuji feed means is installed between the Fuji feed roller 132 and the Fuji feed roller 132 and the first laminator 138 to coat the hot melt on one surface of the Fuji released from the Fuji feed roller 132 Hot melt coating device 134 is included.

Here, a means for laminating a double-sided tape on one surface of Fuji in place of the hot melt coating apparatus 134, and also an apparatus for coating the hot melt on one surface of the battery released from the battery supply roller to be described later May be provided.

Therefore, in the Fuji coated with hot melt on one surface, only the genuine chip embedded first PET paper 111 is laminated by the first laminator 138 according to the removal of the defective chip embedded first PET paper by the salting device 140. You lose.

However, the first PET paper 110 guided by the first suction device 116 is guided at a predetermined interval so that the paper is made on one surface of the Fuji 130, among these first paper 110 When the bad chip embedded first pet paper is removed by the above-described salting apparatus 140, the location where the bad chip embedded first pet paper is removed is empty as shown in FIGS. 8A and 8B.

As such, in the state in which the genuine chip embedded first PET paper 111 and the Fuji 130 are laminated, the genuine chip embedded first PET paper 111 is not laminated according to the removal of the defective chip embedded first PET paper. A detection sensor 150 is further provided for detecting an empty position.

On the other hand, the genuine paper supply means, the second die cut device includes a second die cut device 124 to die cut the paper 120 supplied from the second paper feed roller 122, the second die cut The second PET paper 120 die-cut by the apparatus 124 is sucked and the second paper 120 is moved to the next process (ie, the empty position detected by the sensing sensor 150). And a second suction device 126 to guide the step of laminating, the operation relation thereof will be described later.

In another aspect, the present invention, the battery supply roller 162 which is a battery supply means for supplying the battery 160, and the lamination of the battery 160 and the first and second PET paper 111,120 with built-in chip 111 and Fuji 130, A half die cut device 170 that half die cuts only the battery 160, a scrap feed roller 190 that receives scrap of the half die cut battery 160, and an electron that receives the completed electronic tag label 180. The tag label supply roller 182 is also included.

Referring to the electronic tag label production method using the electronic tag label production apparatus 100 having a bad PET removal function configured as described above are as follows.

First, when the electronic tag label production apparatus 100 is operated, the Fuji 130 is released while being supplied from the Fuji feed roller 132 according to the set signal, and at the same time, the first PET feed roller 112 is supplied. As the paper 110 is released, the supply is made.

At this time, one surface of the Fuji 130 is supplied after the hot melt is coated by the hot melt coating apparatus 134. (See FIGS. 7A and 7B)

The first PET paper 110 supplied from the first PET paper feed roller 112 passes through the reader 118, and the die is inspected by the first die cut device 114 at a predetermined interval. Cut and supplied to the first suction device

Here, the first PET paper 110 supplied from the first PET paper feed roller 112 may be die cut by the first die cut device 114, and then the chip may be inspected while passing through the reader 118. have.

That is, each of the first PET paper 110 is formed with an antenna tag containing a blank chip to hold various information, the reader 118 checks whether the chip is defective or genuine, and transmits the checked signal to the controller do. The first PET paper 110 inspected by the reader 118 is guided at a predetermined interval by the first suction device 116 to be laminated with the Fuji 130 by the first laminator 138. .

In this case, the first chip embedded in the defective chip selected as defective by the reader 118 is removed by the salting device 140 such that the paper is not laminated with the Fuji 130.

That is, the first chip embedded in the defective chip selected as defective by the reader 118 is applied to the salting device 140 by the control unit, which has received a signal by the reader 118, so that the first suction device 116 may be used. When the first chip embedded inside the bad chip is guided through the salting device 140 is removed.

Therefore, the part where the first chip paper containing the defective chip is located among the Fuji 130 and the first PET paper 110 laminated by the first laminator 138 is left in a blank space, and the Fuji 130 is a genuine chip. Only the first built-in first paper 111 is laminated (see FIGS. 8A and 8B).

Of course, when the bad chip embedded first pet paper is not sorted by the reader 118, the salting device 140 does not operate, and thus, one surface of the Fuji 130 may have genuine chip embedded first pet at regular intervals. Edge 111 will be laminated sequentially.

In the state in which the Fuji 130 and the genuine chip embedded first PET paper 111 are laminated by the first laminator 138, the paper is transferred to the next process in order to be laminated with the battery 160 again. The detection sensor 150 installed at the transfer part detects an empty position of the first chip paper 111 embedded in the genuine chip on one surface of the Fuji 130 and transmits it to the controller.

That is, as any defective chip embedded first PET paper is removed by the salting device 140, if any part of the laminations of the Fuji 130 and the genuine chip embedded first chip 111 becomes empty, the detection sensor 150. ) Detects this and sends this signal to the controller.

As such, when the control unit receives a signal from which the portion of the Fuji 130 and the genuine chip embedded first PET paper 111 is empty by the detection sensor 150, the control unit transmits the signal again to the genuine PET. Is applied to the supply means for operation.

When the genuine PET paper supply means operates in response to a signal from the control unit, the second PET paper 120 is supplied from the second PET paper supply roller 122 while being released, and the second PET paper 120 is thus supplied. After the die cut is made by the second die cut device 124, the second suction device 126 is guided at a predetermined interval so that the lamination of the Fuji 130 and the genuine chip embedded first PET paper 111, The lamination is performed by the second laminator 128 at an empty position where the first PET paper is not laminated (see FIGS. 9A and 9B).

Here, the genuine paper supply means is instantaneously operated according to the signal of the detection sensor 150 to supply only the individual second paper 120, the bad chip embedded by the salting device 140 If there is no removal, the operation may not be performed depending on the undetected of the detection sensor 150.

Thus, one surface of the Fuji 130 is laminated with a genuine chip embedded first PET 111 at a predetermined interval, if a certain portion is empty, the genuine chip embedded second PET 120 is laminated at this position, The entire surface of the Fuji 130 is formed in a state in which the PET (111,120) embedded only genuine chip at a predetermined interval is laminated at a predetermined interval.

As such, the Fuji 130 having the first PET paper 111 and the second PET paper 120 having only genuine chips laminated thereon at a predetermined interval is continuously guided to the next process, and the guided paper is loaded with a battery supply roller ( Lamination is again performed by the battery 160 and the third laminator 164 supplied while being released from 162 (see FIGS. 10A and 10B).

The Fuji 130, the first chip paper 111 and the second chip paper 120 embedded with genuine chips, and the lamination of the battery 160 cut only the battery 160 while passing through the half die cut device 170. The half die cut is made to be made (see FIGS. 11A and 11B), and the lamination of the half die cut made of Fuji 130, genuine chip embedded first and second PET papers 111 and 120, and the battery 160 is completed. The electronic tag label 180 is supplied and wound to the electronic tag label supply roller 182 according to the guide roller guide, and the scrap of the half die cut battery is supplied to the scrap supply roller 190, thereby providing the electronic tag label. Production is complete.

Therefore, the electronic tag label supply roller 182 receives only the electronic tag label 180 including the PET papers 111 and 120 in which only genuine chips are embedded, thereby eliminating the need to separately inspect the supplied electronic tag label. When the battery 160 and the PET papers 111 and 120 are removed from the Fuji 130 in the completed electronic tag label, the electronic tag label becomes one electronic tag label. The electronic tag label may be attached to a packaging box of an article.

For reference, in FIGS. 7A, 7B, 11A, and 11B, the Fuji 130, the first and second PET papers 111 and 120, and the battery 160 are illustrated to have a predetermined thickness, so that the Fuji 130 and the battery 160 may be formed. Although shown as being spaced apart by the first and second PET papers 111 and 120, this is illustrated as such in order to make the stacking relationship easy to understand and to easily describe the reference numerals, and in fact, the Fuji 130 and the first papers. The second PET paper 111 and 120 are made of a thin film, and the battery 160 is in close contact with one surface of the Fuji 130 with the first and second PET papers 111 and 120 interposed therebetween. Note that it is attached.

Technical ideas described in the embodiments of the present invention as described above may be implemented independently, or may be implemented in combination with each other. In addition, the present invention has been described through the embodiments described in the drawings and the detailed description of the invention, which is merely exemplary, and those skilled in the art to which the present invention pertains have various modifications and equivalent other embodiments. It is possible. Accordingly, the technical scope of the present invention should be determined by the appended claims.

100: electronic tag label production apparatus 110,111: the first PET paper
112: first paper feed roller 114: first die cut device
116: first suction device 118: reader
120: second PET paper 122: second PET paper feed roller
124: second die cut device 126: second suction device
130: Fuji 132: Fuji feed roller
140: salting device 150: detection sensor
160: battery 162: battery supply roller
170: half die cut device 180: electronic tag label
182: Electronic tag label supply roller 190: Scrap supply roller

Claims (11)

A first paper feed roller for supplying the first wrapped paper;
A first die cut device for die cutting the supplied first paper;
A reader for sorting the first chip paper with a bad chip among the supplied first paper sheets;
A salting device for removing the defective chip embedded first paper selected by the reader;
A Fuji feed roller for supplying Fuji, in which genuine chip embedded first pet paper is laminated, except for defective chip embedded first pet paper removed by the salting device;
A detection sensor for detecting a position at which the first chip embedded paper chip is not laminated, among the first chip embedded paper chip and Fuji;
According to the detection signal of the sensor, out of the stacking of the first chip embedded in the genuine chip and the Fuji, the genuine chip paper to combine the second genuine chip embedded in the chip, the test is completed in the position where the first chip embedded in the chip Lamination means;
A battery supply roller for supplying a battery that is laminated with the genuine chip embedded first PET paper, second PET paper, and Fuji paper;
And a half die cut device for half-cutting only the battery among the Fuji, genuine chip embedded first and second PET papers, and a battery.
The method of claim 1,
Electronic tag label production apparatus having a bad PET removal function characterized in that it further comprises a hot melt coating device for coating a hot melt on one surface of the Fuji supplied from the Fuji feed roller.
The method of claim 1,
The die-cut individual first PET paper is guided by the first suction device at a predetermined interval is transferred to the next process characterized in that the electronic tag label production apparatus having a bad PET removal function.
The method of claim 3,
The salting device is a bad paper removal function, characterized in that the bad chip embedded in the first chip picked by the reader guided by the first suction device, the air cylinder is separated by pressing and bonding it Electronic tag label production apparatus having a.
The method of claim 1,
The genuine PET paper lamination means,
A second paper feed roller for supplying a second chip paper containing a genuine chip already tested;
A second die cut device which die cuts the genuine chip embedded second PET paper;
And a second suction device for guiding the second chip embedded in the genuine chip cut by the second die cut device to a position where the first PET paper is not laminated among the first PET paper and the Fuji paper. Electronic tag label production apparatus having a bad PET removal function.
The method of claim 1,
Electronic tag label production apparatus having a bad PET removal function characterized in that it further comprises a scrap supply roller for winding only the scrap of the half-die cut battery.
The method of claim 1,
An electronic tag label production apparatus having a bad paper removal function, characterized in that it further comprises an electronic tag label supply roller for wrapping the paper of the Fuji, the first PET paper, the second PET paper and the battery.
In the manufacturing method of the electronic tag label using the electronic tag label production apparatus which has the bad PET removal function of any one of Claims 1-7,
(a) sorting the first chip paper containing the defective chip among the first paper sheets supplied from the first paper sheet feed roller;
(b) dividing the defective chips and die-cutting the supplied first PET paper at regular intervals;
(c) a salting step of removing only the first chip embedded bad chip selected in the sorting step;
(d) stacking genuine chip embedded first pet papers on one surface of Fuji supplied from a Fuji feed roller at a predetermined interval, except for the defective chip embedded first pet paper removed in the salting step;
(e) detecting a position at which the first PET paper is not laminated in the lamination of the first chip embedded papers and Fuji;
(f) laminating a separate genuine chip-embedded second pet paper, in which the inspection is completed, at a position where the genuine chip-embedded first pet paper is not laminated among the laminations of the genuine chip embedded first pet paper and Fuji according to the sensing step;
and (g) laminating the battery to the first chip paper, the second paper paper, and the Fuji paper containing the genuine chip. 2. The method of claim 1, wherein the tag is removed.
The method of claim 8,
In the step (d)
Electronic tag label production method further comprising the step of coating a hot melt on one side of the Fuji supplied through the Fuji feed roller.
The method of claim 8,
In the step (f)
The step of laminating the genuine chip embedded second PET paper,
Supplying a second chip paper containing genuine chip already tested from a second paper feed roller;
Die-cutting the second PET paper to be supplied;
The die-cut second PET paper has a bad PET removal function, characterized in that the step of laminating the genuine chip embedded first PET paper and the first chip paper embedded in the position not laminated. Electronic tag label production method.
The method of claim 8,
After step (g),
The method of producing an electronic tag label having a bad PET removal function, further comprising the step of half-cutting only the battery among the Fuji, genuine chip embedded first and second PET papers and batteries.

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