JP2019045664A - Electronic tag - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an electronic tag which does not require time and effort from peeling work from a paste material to inserting work between pages (throat portion) of a target book. SOLUTION: The electronic tag 1 is provided with a non-contact wireless IC chip 3 and an antenna 4 via an adhesive layer on at least one surface of a base tape 2, and the electronic tag 1 is made of a paste material. In the electronic tag 1 provided with a knob 6 for operation work in the longitudinal direction of the base tape 2, the assembly is arranged side by side in parallel, and the electronic tag 1 is cut from the paste material and can be removed individually. .. [Selection diagram] Fig. 1

Description

  The present invention relates to an electronic tag, and more particularly to an electronic tag intended to be used for managing books.

  Conventionally, a non-contact tag consisting of a wireless IC tag and an antenna is provided by an adhesive on a base tape, and the tag is attached between pages of a book, in particular to a throat portion, and an electronic tag for managing the individual book is known. There is also known a type of this electronic tag that can be used to monitor fraudulent take-out by using a magnetic tag.

  This electronic tag is an assembly in which a plurality of sheet-like or roll-like paste materials (base sheets) are juxtaposed, and each sheet is peeled off from the paste material and used by being attached to the surface of the object It has become a thing. In the assembled state, a release paper is provided on the surface of the adhesive layer on which at least the non-contact tag of the base tape is provided, and the release paper is peeled off for use.

  Also, in the conventional electronic tag, from the state of being juxtaposed to paste material, the work of manually peeling off and removing one sheet at a time, and pasting (sticking) on the target surface of the object also becomes manual work. It was a very detailed operation, was bothersome, and required a certain level of proficiency.

JP 2017-45082 A

  The problem to be solved by the present invention is the manual operation of peeling off the conventional electronic tags one by one from the paste material and removing them manually. It takes a lot of time until the insertion work into the part).

  In order to solve the above-mentioned problems, the electronic tag according to the present invention is an electronic tag provided with a noncontact wireless IC chip and an antenna on at least one surface of a base tape via an adhesive layer. The electronic tag is an assembly juxtaposed parallel to the paste material, and the electronic tag is cut from the paste material in the electronic tag provided with a knob for operation work in the longitudinal direction of the base tape. , It is characterized in that it can be removed for each single.

  In the electronic tag according to the present invention, a double-sided tape is provided on both sides of the above-mentioned base tape, a release paper is attached to the surface of one of the double-sided tapes, and the other double-sided tape is picked It is characterized in that paste material provided with a section is pasted.

  Further, in the electronic tag according to the present invention, a release paper is attached on the back side with an adhesive on the paste material portion corresponding in position to the above-mentioned base tape, and the outer surface of the release paper on the back side is attached In order to suppress variations from paste material, it is characterized in that a separate release paper is polymerized with a weak adhesive.

  The electronic tag according to the present invention is characterized in that five pieces of the base tape are taken as one unit, and at least one end of the base tape is floated as non-adhesive, and the above described wireless IC chip is It is characterized in that a protective under film is provided, and the above-mentioned base tape is characterized by extending to a position corresponding to the knob.

  The electronic tag according to the present invention is configured as described above. Therefore, the part having the knob formed thereon can be integrally removed from the paste material together with the base tape provided with the non-contact type tag by cutting. Therefore, the fine manual work of peeling is close to the perching work and the fine attention becomes unnecessary. In addition, release paper is applied with adhesive from the back side of paste material at the position corresponding to the base tape, partial reinforcement is made, and it is prevented that the electronic tag is dispersed and detached from paste material. doing.

It is a front view of an electronic tag. It is a figure which shows the assembly state of an electronic tag. It is a figure which shows the polymerization state of an electronic tag. It is an exploded view which shows the component of an electronic tag.

  It realized as having shown as a drawing and having constituted as explained in the example.

  Next, one preferred embodiment of the present invention will be described with reference to the drawings. In the figure, reference numeral 1 denotes an electronic tag, and the electronic tag 1 is biased substantially at the center of one surface of the base tape 2 to one edge along the longitudinal direction of the base tape 2 to make a wireless IC chip 3 An antenna 4 for transmission and reception enabling communication of the wireless IC chip 3 is fixedly mounted on the adhesive layer.

  Further, in the figure, reference numeral 5 denotes a guide in which the operation knob 6 is integrally formed at one end, and the guide 5 and the base tape 2 described above are connected via a double-sided adhesive tape 8.

  A plurality of the electronic tags 1, 1... Configured as described above are parallel to the paste material (base) 7 at equal intervals, and in the present embodiment, five pieces are arranged in parallel. In this assembled state, that is, before the use of the electronic tag 1, the surface of each electronic tag 1, 1. A paper 10 is provided. The PET film release paper 10 is attached by rolling and rolling the rolled paper.

  In this assembly state, the wireless IC chip 3 of the electronic tag 1 may be damaged by polymerization of the assembly itself or any impact, so an under film is provided to protect the wireless IC chip 3. It can be done.

  Then, in the assembled state, the electronic tag 1 is die-cut along the outer edge in the shape of the guide 5 with the guide 5 included, and the electronic tag 1 is pulled out together with the guide 5, that is, the paste material 7 , Has become a configuration that can be taken out. That is, the paste material 7 is diverted to the guide 5 described above.

  In the assembled state, the back surface of the cut guide 5 is coated, and a release paper 11 having the same shape as the guide 5 is polymerized through the adhesive. That is, the release paper 11 provided on the back surface of the paste material 7 is cut simultaneously with the guide 5. In addition, the release paper 12 whose back surface is coated with a weak adhesive is polymerized and protected so that the electronic tags 1, 1 .. that are not used do not fall apart from the paste material 7. There is.

  In addition, in such an assembly state, at least one end of the base tape 2 is floated as non-adhesive, so that the peeling operation with the guide 5 can be easily performed when the electronic tag 1 is removed and used. As.

  Furthermore, the release paper 10 described above is used as a strip-shaped long material by folding it back to the back surface of the paste material 7 so that it can also be used as the release paper 12 for preventing the dispersion of the back surface, and the release paper is removed at once. Is also possible.

  And at least the outer edge of the knob portion 6 of the guide 5 is formed of a curve, and the corner is also formed in a rounded shape, and the angular corner is excluded. As a result, the curling and twisting caused by the presence of the angular corners are eliminated, and smooth workability can be obtained.

  In addition, by arranging five electronic tags 1, 1 .. 5 in parallel to paste material 7, aluminum plates are installed on both sides of this assembly with the upper edges spread outward. In addition, inspection (inspection) of the transmission and reception state of the electric wave in a group of five is also possible, and inspection work which has conventionally been performed for each single product is also facilitated.

  The electronic tag 1 configured as described above is removed from the paste material 7 in the form of an assembly, held by inserting the picker 6 into the throat between the expanded pages of the target book, and temporarily closing the pages. First, the double-sided tape 9 is stuck to the back of one page, and here, the guide 5 is peeled off by holding the picker 6, the double-sided tape 8 is exposed, and the double-sided tape 8 is stuck to the back of the other page Let By this operation, the electronic tag 1 is attached to the throat of the book.

  Further, in the present embodiment, the numerical values displayed in FIG. 1 are merely examples, and are not specific to this, and naturally vary depending on the size of the target book.

  The attachment position of the electronic tag 1 of the target book can also be selected as the center, lower, or upper part of the throat, but this is also the distance to the management IC provided on the shelf on which the book is displayed It can be determined by the relationship. Depending on the position, there is also a possibility that information radio waves may be picked up unnecessarily.

  The electronic tag according to the present embodiment is configured and used as described above. Although the embodiment has been described for books, it is needless to say that the present invention can be applied to other products and packaging without being concerned with this.

DESCRIPTION OF SYMBOLS 1 electronic tag 2 base tape 3 IC chip 4 antenna 5 guide 6 picking part 7 paste material 8, 9 double-sided tape 10 film release paper 11, 12 release paper

Claims (6)

  An electronic tag comprising a noncontact wireless IC chip and an antenna on at least one surface of a base tape via an adhesive layer, wherein the electronic tag is assembled in parallel with the paste material, An electronic tag comprising a knob portion for operation work in the longitudinal direction of the base tape, wherein the electronic tag is cut from paste material and can be removed individually.   A double-sided tape is provided on both sides of the above-mentioned base tape, a release paper is attached to the surface of one of the double-sided tapes, and a paste material provided with a pick portion is attached to the surface of the other double-sided tape. The electronic tag according to claim 1, characterized in that:   A release paper is attached to the back of the paste material with a pressure sensitive adhesive on the portion of paste material that corresponds in position to the above-mentioned base tape, and the outer surface of the release paper on the back side is weak to suppress variations from the paste material. The electronic tag according to claim 1 or 2, wherein a separate release paper is further polymerized with an adhesive.   The electronic tag according to any one of claims 1 to 3, wherein five pieces of the base tape are taken as one unit, and at least one end of the base tape is floated as non-adhesive.   The electronic tag according to claim 1, wherein the surface of the wireless IC chip is provided with a protective under film.   The electronic tag according to any one of claims 1 to 5, wherein the base tape extends to a position corresponding to the knob.

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