JP2014170257A - Label for rfid inlet recycle - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simply and stably store a thin electronic component such as an inlet, and to perform recycle use.SOLUTION: A label for RFID inlet recycle includes: a base tape 1 and a cover tape 2 for storing an inlet. The base tape 1 and the cover tape 2 are jointed with their one side edges as a joint part 3. The cover tape 2 is configured of: a tape base material 21; and a protection sheet 25 laminated on the internal surface of the tape base material 21 with adhesive 22, and composed of a peeling part 23 and a remaining part 24. The base tape 1 is configured of: a tape base material 11; and an adhesive/peeling layer 12 laminated on the internal surface of the tape base material 11 such that the tape base material 21 of the cover tape 2 can be adhered with the adhesive 22 and peeled.

Description

  The present invention relates to an RFID inlet recycling label used for attaching a tape-shaped or sheet-shaped electronic component such as an RFID inlet or other thin electronic components so that it can be used repeatedly (in the following description, simply referred to as “RFID inlet”). Label).

  2. Description of the Related Art Conventionally, a label seal is directly attached or an adhesive is applied in order to attach an RFID inlet label, which is a minute electronic component, to an adherend management object. In addition, a resin case having a double-sided tape attached to the bottom is used. An example of such a label is disclosed in Patent Document 1, for example.

  The data storage element holding label of this document 1 (corresponding to the RFID inlet label) has a pressure-sensitive adhesive layer formed on the lower surface of the uppermost surface base material. The opposite side of the exposed surface can be attached to an object. In this data storage element holding label, the data storage element is disposed on the exposed surface side of the adhesive layer and held on the adhesive layer, and one surface of the data storage element is in close contact with the surface of the adhesive layer. Yes.

Japanese Patent Laid-Open No. 2002-72886

  In recent years, a thin RFID inlet mounted on a non-contact type electronic tag, an RFID (Radio Frequency IDentification) tag or the like has been proposed. When pasting a label holding such a tape-like or sheet-like electronic component or other thin electronic component to an adherend management object, a conventional direct label seal is applied, or an adhesive is applied When it is desired to change the adherend management object, even if the label is peeled and reused, the label or the electronic component held by the label cannot be used. Further, when the above resin case is used, there is a problem that the thin electronic component is not stable in the resin case and may be rattled, and the case itself is expensive.

  The present invention solves such a conventional problem, and stably prevents taper or sheet-like electronic parts such as non-contact type electronic tags and RFID inlets, and other thin electronic parts, and prevents rattling. It is another object of the present invention to provide a label for an RFID inlet that can easily store such a thin electronic component and can be recycled.

  In order to achieve the above object, the RFID inlet label of the present invention is a label for an RFID inlet that wraps a tape-like or sheet-like thin electronic component, and can be accommodated by sandwiching the thin electronic component from both sides. A base tape having a plane larger than the plane of the thin electronic component and a cover tape, and the base tape and the cover tape are coupled to each other with a part of an inner surface edge as a joint, and the base tape or the cover One of the tapes is laminated on the tape base material and the inner surface of the tape base material with an adhesive, and is substantially aligned along the inner surface edge of the tape base material from the joint between the base tape and the cover tape. A peelable portion that can be peeled into a letter C shape or a substantially C shape, and a remaining portion that is left as a part of the inner surface of the tape base material on the inner surface of the tape base material inside the peelable portion And the thin electronic component is disposed between the base tape and the cover tape, and the base tape and the cover tape are peeled off by peeling off a peeling portion of the protective sheet. The thin electronic component is sealed between the base tape and the cover tape by bonding the thin electronic component between the base tape and the cover tape. The gist is to press and hold the tape base material through the remaining portion on the inner surface.

  In this case, the other of the base tape or the cover tape is formed or laminated on the tape base material and the inner surface of the tape base material, and one of the tape base materials can be adhered and peeled off with an adhesive. It is preferable that the base tape and the cover tape after being joined in a bag shape are configured to be peelable.

  Further, in this case, the protective sheet laminated on one of the tape base materials is formed such that the peeling portion and the remaining portion are integrally formed, and a cut is made between the peeling portion and the remaining portion, so that the peeling portion is the above-mentioned It is preferable to be formed so as to be separable from the remaining portion.

  According to the RFID inlet label of the present invention, with the above configuration, the thin electronic component is disposed between the base tape and the cover tape, and the base tape and the cover tape are separated by peeling off the peeling portion of the protective sheet. The thin electronic component is sealed between the base tape and the cover tape by bonding in a bag shape with the peeled adhesive, and the thin electronic component is placed between the base tape and the cover tape. Since it is pressed and held via the convex remaining part on the inner surface, tape-like or sheet-like electronic parts such as non-contact type electronic tags and RFID inlets and other thin electronic parts can be stably and suppressed. Can be stored.

  Further, in the RFID inlet label, as described above, the thin electronic component is disposed between the base tape and the cover tape, and the base tape and the cover tape are peeled off by peeling off the peeling portion of the protective sheet. By bonding the thin electronic component between the base tape and the cover tape by joining it in a bag shape with the subsequent adhesive, the thin electronic component can be easily stored and the packaging cost can be reduced. it can. In addition, since the thin electronic component is sealed and disposed between the base tape and the cover tape, the thin thin electronic component can be taken out while holding the bag-like joint of the RFID inlet label, The RFID inlet label, which is an external member, can be reused.

The figure which shows the structure of the label for RFID inlets in one embodiment of this invention ((a) is a top view in the state which the base tape and the cover tape superposed | polymerized, (b) is a side view of (a)) The figure which shows the structure of the label for the said RFID inlet ((a) is a top view with the cover tape open with respect to a base tape, (b) is a side view of (a)) The figure which shows the accommodation state of the thin electronic component (in this case RFID inlet) by the label for said RFID inlet

  Next, embodiments for carrying out the present invention will be described with reference to the drawings. 1 and 2 show the RFID inlet label of the present invention. Here, as an example of a thin electronic component in the form of a tape or sheet, an RFID inlet label used for packaging an RFID inlet (hereinafter simply referred to as an inlet) is illustrated.

  As shown in FIGS. 1 and 2, the RFID inlet label T includes a base tape 1 and a cover tape 2 having a plane larger than the plane of the inlet so that the inlet is sandwiched from both sides. The base tape 1 and the cover tape 2 have the same size and shape. In this case, the base tape 1 and the cover tape 2 are formed in a horizontally long rectangle having the same size.

  The base tape 1 and the cover tape 2 are joined to each other with a part of the inner surface edge, in this case, one edge (long side) edge (hereinafter referred to as one edge) as the joint 3. In this case, as will be described later, the cover tape 2 has the adhesive 22 applied to the inner surface of the tape base material 21, and the inner side edge of the base tape 1 and the inner side edge of the cover tape 2 cover the cover tape 2. The adhesive is fixed by the adhesive 22 on the inner surface of the tape 2. As a result, the cover tape 2 can be polymerized on the base tape 1 and can be rotated around the joint 3 of the base tape 1 and the cover tape 2 from the state of being superimposed on the base tape 1. Yes, the base tape 1 and the cover tape 2 can be opened and closed.

  In the case of this RFID inlet label T, the cover tape 2 is laminated on the entire inner surface of the tape base material 21 and the tape base material 21 with an adhesive 22, and the joint 3 of the base tape 1 and the cover tape 2 is formed. A peeling portion 23 that can be peeled in a substantially U shape along the inner edge of the tape base material 21 from both ends, and an inner surface of the tape base material 21 inside the peeling portion 23 as a part of the inner surface of the tape base material 21. It is comprised by the protection sheet 25 which consists of the remaining part 24 left in a rectangular shape. In this case, the protective sheet 25 laminated on the inner surface of the tape substrate 21 has the peeling portion 23 and the remaining portion 24 integrally formed, and a cut 26 is provided between the peeling portion 23 and the remaining portion 24, so that the peeling portion 23 is formed to be separable from the remaining portion 24. The plane of the remaining portion 24 has a slightly larger area than the plane of the inlet.

  The base tape 1 is formed or laminated on the tape base material 11 and the inner surface of the tape base material 11, and the adhesive / peeling layer that the tape base material 21 of the cover tape 2 can be adhered and peeled off with the adhesive 22 12. In this case, the adhesive / peeling layer 12 of the tape base material 11 may be formed on the tape base material 11 using a material having at least one surface smooth and having adhesiveness and peelability. The inner surface may be formed so as to have smoothness by using a chemical or the like so as to have adhesiveness and peelability, and another film having a smooth surface on the tape substrate 11 and having adhesiveness and peelability. In addition, they may be laminated by polymerizing and bonding sheets, tapes and the like.

  The RFID inlet label T has such a configuration. When the inlet is packaged, the inlet is disposed between the base tape 1 and the cover tape 2 so that the base tape 1 and the cover tape 2 are protected by the protective sheet 25 of the cover tape 2. By joining the peeled adhesive 23 into a bag shape by peeling off the peeling portion 23, the inlet is sealed between the base tape 1 and the cover tape 2, and the base tape 1 and the cover tape 2 The inlet is pressed and held through the remaining portion 24 on the inner surface of the tape base material 21 of the cover tape 2. When the inlet is taken out from the RFID inlet label T, it is joined in a bag shape. The base tape 1 and the cover tape 2 can be peeled off.

The procedure for packaging the inlet using the RFID inlet label T is as follows. This procedure is for right-handed workers. For left-handed workers, the right and left instructions in this procedure are reversed.
(1) First, the cover tape 2 is turned up from the base tape 1 from the left side of the RFID inlet label T. In this case, it is preferable to hold the right side of the cover tape 2 from above the cover tape 2 with the right hand so that the entire cover tape 2 cannot be turned up by 90 degrees or more with respect to the base tape 1.
(2) Next, the peeling part 23 of the protective sheet 25 at the inner edge of the cover tape 2 is sequentially peeled off from the left end to the right end in a substantially U-shape. In this case, the cover tape 2 is separated from the inner surface of the base tape 1 so that the adhesive 22 at the inner edge of the cover tape 2 after the peeling portion 23 is peeled off does not contact the inner surface of the base tape 1.
(3) Subsequently, the inlet is disposed on the inner surface of the base tape 1. In this case, the position of the inlet is adjusted on the base tape 1 while holding both ends and the center of the surface of the inlet with the three fingers of the right hand so that it is directly below the remaining portion 24 of the protective sheet 25 on the inner surface of the cover tape 2. Position.
(4) After the inlet is disposed on the base tape 1, the cover tape 2 is placed on the base via the adhesive 22 while the inner edge of the cover tape 2 is sequentially aligned with the inner edge of the base tape 1 from the left side of the cover tape 2. Affix to tape 1 as if pressing. Thereby, the packaging of the inlet is completed.

The procedure for taking out the inlet from the RFID inlet label T is as follows.
(1) First, a portion corresponding to the peeling portion 23 at the right end of the RFID inlet label T is cut with scissors. In this case, care must be taken not to cut the inlet.
(2) When the right end of the RFID inlet label T is cut, the cut end of the RFID inlet label T is pushed from both sides to widen the cut end.
(3) Next, insert a finger into the expanded cut, and further expand the cut, so that the joint 3 of the cover tape 1 and the base tape 2 bonded by the adhesive 22 and the side edge on the opposite side are Peel off until one end of the inlet inside the RFID inlet label T appears outside.
(4) When one end of the inlet inside the RFID inlet label T comes out, pick the inlet with a finger and pull it out of the RFID inlet label T. Thereby, the extraction of the inlet is completed.

  FIG. 3 shows an inlet packaging state using the RFID inlet label T. As shown in FIG. In the packaging of the inlet, as shown in FIG. 3, the base tape 1 and the cover tape 2 are attached to the protective sheet 25 of the cover tape 2 in a state where the inlet P is disposed between the base tape 1 and the cover tape 2. After the peeling portion 23 is peeled off, the peeling portion 23 is peeled off from both ends of the joint portion 3 between the base tape 1 and the cover tape 2 along the inner edge of the tape base material 21 of the cover tape 2 in a substantially U shape. The adhesive P 22 is joined in a bag shape so that the inlet P is sealed between the base tape 1 and the cover tape 2, and the inlet P is covered with the cover tape 2 between the base tape 1 and the cover tape 2. By the peeling of the peeling portion 23 from the inner surface of the tape base material 21, the holding portion 24 is pressed and held on the inner surface of the tape base material 21 (by the thickness of the protective sheet 25).As a result, the inlet P is stably stored in the RFID inlet label T without rattling.

  In the case of packaging the inlet P with the RFID inlet label T, as described above, the base tape 1 and the cover tape 2 cover the base tape 1 and the cover tape 2 with the inlet P disposed between the base tape 1 and the cover tape 2. Since the peeled portion 23 of the protective sheet 25 of the tape 2 is peeled off and the pressure sensitive adhesive 22 is joined to form a bag and the inlet P is sealed between the base tape 1 and the cover tape 2. Is easily stored. When removing the inlet P from the RFID inlet label T, the base tape 1 and the cover tape 2 after being joined in a bag shape can be peeled off. By removing, the inlet P can be easily taken out from the RFID inlet label T.

  As described above, according to the RFID inlet label T, as described above, the inlet P is disposed between the base tape 1 and the cover tape 2, and the inlet P is connected to the base tape 1 and the cover tape 2. With the peeling of the peeling portion 23 of the protective sheet 21 of the cover sheet 2, the peeling portion 23 becomes substantially U-shaped along the inner edge of the tape substrate 21 from the joint portion 3 between the base tape 1 and the cover tape 2. The inlet P is sealed between the base tape 1 and the cover tape 2 by bonding in a bag shape with the adhesive 22 after being peeled, and the inlet P is covered between the base tape 1 and the cover tape 2. Since the peeling portion 23 is peeled from the inner surface of the tape base material 21 of the tape 2, the holding portion 24 is pressed and held on the inner surface of the tape base material 21. Stability well, it can be accommodated with reduced backlash.

  The RFID inlet label T storing the inlet P in this way is attached to a book or various files with the inlet P stored, and used for document management. The inlet P equipped with RFID is composed of an antenna, a reader / writer composed of a controller, and an ID tag capable of storing information in an electronic circuit, and has a function of transmitting and receiving data to and from a computer by wireless communication. Therefore, the inlet P can be read and written without contact and can be used repeatedly. In addition, unlike barcodes, there is an advantage that reading and writing can be performed even when the surface of the attachment partner is dirty or hidden between books and various files. In the case of the present invention, the inlet P is enclosed between the base tape 1 and the cover tape 2 without being bonded to each other due to the presence of the protective sheet 25. The content inlet P can be taken out while holding the bag-like joint, and the taken-out inlet P is again wrapped in the RFID inlet label T and attached to another book or file so that it can be reused. Further, in the RFID inlet label T, as described above, the inlet P is disposed between the base tape 1 and the cover tape 2, and the base tape 1 and the cover tape 2 are attached to the peeling portion 23 of the protective sheet 25. The inlet P is sealed between the base tape 1 and the cover tape 2 by joining in a bag shape with the peeled adhesive 22 after peeling, so that the inlet P can be easily stored and packaged. Cost can be reduced.

  In this embodiment, the cover tape 2 has a tape base 21 and a protective sheet 25 including a peeling portion 23 and a remaining portion 24 laminated on the inner surface of the tape base 21 with an adhesive 22. The base tape 1 has the tape base material 11 and the adhesive / release layer 12 formed or laminated on the inner surface of the tape base material 11. On the contrary, the base tape 1 is a tape A protective sheet comprising a base material and a peeling part and a remaining part laminated on the inner surface of the tape base material via an adhesive, and the cover tape 2 is formed on the tape base material and the inner surface of the tape base material. As an adhesive / peeling layer to be laminated, an inlet is disposed between the base tape 1 and the cover tape 2, and the base tape 1 and the cover tape 2 are separated from the peeling portion of the protective sheet of the base tape 1. Due to peeling When the peeled portion is joined in a bag shape with the adhesive after being peeled in a substantially U shape along the inner edge of the tape base material of the base tape 1 from the joined portion of the base tape 1 and the cover tape 2, Is sealed between the base tape 1 and the cover tape 2, and the inner surface of the tape base material is formed by peeling the inlet between the base tape 1 and the cover tape 2 from the inner surface of the tape base material of the base tape 1. You may make it hold by the remaining part which became convex above, and may make it possible to peel off the base tape 1 and the cover tape 2 after joining in the bag shape. Even if it does in this way, there can exist an effect similar to the said embodiment.

  In this embodiment, the RFID inlet label T is formed in a horizontally long rectangular shape for packaging the inlet. The shape of the RFID inlet label T depends on the outer shape of the thin electronic component to be packaged. In accordance with this shape, the peeling portion of the protective sheet has a substantially U shape or a substantially C shape, and the remaining portion has a substantially rectangular shape. It can be variously changed to a square or a substantially circular shape.

  In the RFID inlet label of the present invention, a thin electronic component (inlet) is disposed between a base tape and a cover tape, and the base tape and the cover tape are sealed in a bag shape without being bonded and fixed. Therefore, tape-shaped or sheet-shaped electronic components such as non-contact type electronic tags and RFID inlets and other thin electronic components can be stably stored with little backlash. In addition, since the inlet is not bonded and fixed, it is useful because it can be taken out from the bag-like RFID inlet label and reused at another place of use after being used once.

T RFID inlet label P inlet (thin electronic component)
DESCRIPTION OF SYMBOLS 1 Base tape 11 Tape base material 12 Adhesion | peeling / peeling layer 2 Cover tape 21 Tape base material 22 Adhesive 23 Peeling part 24 Remaining part 25 Protection sheet 26 Cut

Claims (3)

An RFID inlet recycling label that wraps a tape-shaped or sheet-shaped thin electronic component,
A base tape having a plane larger than the plane of the thin electronic component and a cover tape so that the thin electronic component can be sandwiched from both sides and stored,
The base tape and the cover tape are joined to each other with a part of the inner edge as a joint,
One of the base tape or the cover tape is laminated on the tape base and the inner surface of the tape base via an adhesive, and the inner edge of the tape base from the joint between the base tape and the cover tape A protective sheet comprising a peeling portion that can be peeled into a substantially U-shape or a substantially C-shape along the portion, and a remaining portion that is left as a part of the inner surface of the tape substrate on the inner surface of the tape substrate inside the peeling portion. And
The thin electronic component is disposed between the base tape and the cover tape, and the base tape and the cover tape are formed into a bag shape by the adhesive after the base tape and the cover tape are peeled off by peeling off the peeling portion of the protective sheet. The thin electronic component is sealed between the base tape and the cover tape, and the thin electronic component is placed on the inner surface of the tape base material between the base tape and the cover tape. Hold the presser through the part,
An RFID inlet recycling label characterized by the above.   The other of the base tape and the cover tape has a tape base material and an adhesive / release layer formed or laminated on the inner surface of the tape base material, and one of the tape base materials can be adhered and peeled off with an adhesive. The RFID inlet recycling label according to claim 1, wherein the base tape and the cover tape after joining in a bag shape are configured to be peelable.   In the protective sheet laminated on one tape base material, the peeling portion and the remaining portion are integrally formed, and a cut is made between the peeling portion and the remaining portion, so that the peeling portion is against the remaining portion. The RFID inlet recycling label according to claim 1 or 2, wherein the label is releasably formed.

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