JP3110268U - RFID delivery display set - Google Patents

Abstract

[Summary]
An RFID tag that can update not only electronic information but also text information is obtained, and an RFID tag can be easily removed after use, and a delivery display set in which the RFID tag can be reused is obtained. An RFID delivery display set composed of an RFID tag 22 having a display surface capable of updating characters and the like and a sticking envelope 2, the sticking envelope 2 having a transparent upper sheet and an adhesive layer on the back surface It consists of a lower sheet formed, and a release paper is laminated to cover the adhesive layer, and two substantially parallel opening perforations 62a and 62b are formed on the upper sheet, and two opening perforations and two opening perforations Finger attachment means 82 is provided in a part of the opening band 62c surrounded by the outer periphery, and the attachment envelope has the insertion opening 18 of the RFID tag 22 at one side end of the lower sheet or the attachment envelope.
[Selection] Figure 1

Description

  The present invention relates to an RFID delivery display set in which an RFID tag is attached to a delivery object and the delivery article is delivered, and then the RFID tag is used again for another delivery.

  The RFID is also called an IC tag, an RF tag, a wireless tag, an electronic tag, or the like, and is used for the purpose of integrating an object to which the RFID tag is attached and information related to the object. Inlay refers to an RFID circuit unit in which an antenna and an IC chip connected to the antenna are fixed on a base film such as PET.

An example of a conventional RFID label is composed of an inlay having an opening in the center and a tack paper that is slightly larger than the outer periphery of the inlay. The inlay is attached to the tack paper with the tack paper adhesive, and the remaining adhesive The RFID label is attached to the adherend with an agent. (For example, refer to Patent Document 1).
An example of a conventional RFID card is one in which an RFID inlay is sandwiched between thin synthetic resin plates.
The surface of these conventional RFID cards or labels is not a surface for transmitting individual information but is usually a fixed printing surface.

On the other hand, in conventional courier services and various deliveries, it is possible to manage the delivery status by assigning individual numbers to deliveries, entering the barcode corresponding to the number on the delivery slip, and reading the barcode Has been done.
JP 2002-342728 A

If an RFID is attached to the delivery item and delivered together with the delivery item, the delivery status can be easily managed. In addition to the delivered product, a much larger amount of information than the barcode, for example, information such as the product name, quantity, and price described on the delivery note can be delivered simultaneously in the form of electronic data.
On the other hand, the RFID can rewrite data recorded on the IC chip. If the used RFID card or label is collected and the card or RFID inlay is reused, there is no burden on the environment, and costs can be saved.

However, fixed information is printed on the surface of a conventional RFID card or label, and in order to visually recognize the destination, a delivery table with the address is required in addition to the RFID card or label. Met.
Further, the conventional RFID card or label is firmly adhered or adhered to the card mount or the delivery object, and is removed from the delivery object and reused for another delivery without damaging the inlay. It was difficult to take out from the delivered product.

Therefore, the present invention integrates an RFID card having electronic information with visible character information, and obtains an RFID tag that can update not only electronic information but also character information. It is an object of the present invention to obtain a delivery display set in which character information is visible, the RFID tag after use can be easily removed, and the RFID tag (or RFID card) can be easily reused.
Other problems of the present invention will become apparent from the following description of the present invention.

  In order to solve the above-described problems, an RFID delivery display set according to one aspect of the present invention can be pasted on an RFID tag comprising an RFID card that can be filled with characters and has an erasable display surface for the written characters. An RFID delivery display set comprising envelopes for use, wherein the envelope for attachment is substantially rectangular and comprises an upper sheet, a lower sheet and release paper, and the upper sheet is a sheet through which the contents can be seen through. An adhesive layer is formed on substantially the entire back surface of the lower sheet, the release paper is bonded to cover the adhesive layer, and the upper sheet is connected to the two outer peripheries facing each other. Forming two opening perforations that are substantially parallel with an interval of 3 mm or more and 30 mm or less, and providing a finger hooking means on a part of the opening band surrounded by the two opening perforations and the two outer peripheries, Lower sheet The other is envelope affixing an insertion port of the RFID tag to one side edge of the envelope.

  The method of using the RFID delivery display set according to the present invention is as follows. First, a delivery destination and the like are entered on the display surface of the RFID tag, and electronic information such as a delivery item is recorded on the RFID. Next, the RFID tag is accommodated in the sticking envelope from the insertion opening of the sticking envelope. Then, the release paper of the attaching envelope is peeled off, and the attaching envelope is attached to the delivery object. In this state, the delivery object is delivered. At the delivery destination, the unsealing band is cut off from the finger-hanging portion of the sticking envelope, and the RFID tag is taken out. The RFID tag thus taken out is used for the next delivery by rewriting the delivery destination on the display surface and the like, replacing the electronic information of the RFID, and making a pair with a new sticking envelope.

The RFID delivery display set according to the present invention is easy to put in and out the RFID tag to the envelope for pasting, easy to integrate the delivery object and the RFID tag, and to display the RFID tag in a state of being stored in the pasting envelope. It has such effects as easy visibility of the surface, certainty of holding the RFID tag during delivery, and prevention of contamination of the RFID tag during delivery.
In the present invention, the display surface on which characters and the like can be entered and the erased characters can be erased includes a thermal rewritable medium, a display surface of a whiteboard, and paper.

In a preferred embodiment of the RFID delivery display set according to the present invention, the display surface capable of entering characters and the like and capable of erasing the entered characters and the like is capable of entering characters by heating and erasing characters by heating. A reversible sheet may be used.
In the present preferred embodiment, the display surface of the RFID tag can be recorded and erased by a thermal writer, so that the RFID delivery display set is more convenient to use.

  Another aspect of the RFID delivery display set according to the present invention is an RFID delivery display set composed of an RFID tag and a sticker envelope, and the RFID tag puts characters on a card including an RFID inlay. The adhesive envelope is substantially square and is composed of an upper sheet, a lower sheet, and release paper, and the upper sheet is a sheet through which the contents can be seen through, and the lower sheet A pressure-sensitive adhesive layer is formed on substantially the entire back surface of the sheet, and the release paper is bonded to cover the pressure-sensitive adhesive layer. Forming two perforations for opening substantially parallel with a size of 3 mm or more and 30 mm or less, and providing a finger hooking means on a part of the opening band surrounded by the two perforations for opening and the two outer peripheries; Also Wherein one side edge of the envelope is Envelope paste having an insertion opening of the RFID tag.

The method of using the RFID delivery display set according to the present invention is the same as the method of using the RFID delivery display set according to one aspect of the present invention except that the adhesive label is replaced as a means for entering and deleting characters on the RFID tag. It is.
The RFID tag according to the present invention is one in which an adhesive label is attached to an RFID card, and characters, etc. can be displayed, erased, and redisplayed on the display surface of the RFID tag without using a special tool. Since a particularly large force is not required for attaching and re-peeling the adhesive label, there is almost no situation in which the function of the RFID is impaired when attaching or re-peeling the adhesive label to the RFID card.

  The RFID delivery display set according to the present invention is easy to put in and out the RFID tag to the envelope for pasting, easy to integrate the delivery object and the RFID tag, and to display the RFID tag in a state of being stored in the pasting envelope. It has such effects as easy visibility of the surface, certainty of holding the RFID tag during delivery, and prevention of contamination of the RFID tag during delivery.

The RFID tag according to the present invention is an RFID tag that integrates an RFID card having electronic information and visible text information such as a destination, and can rewrite (or paste) text information as well as electronic information.
The envelope for pasting according to the present invention is capable of visually recognizing character information such as a destination written on the RFID tag with the RFID tag stored therein. In addition, since it has an opening band part surrounded by the opening perforation and finger hooking means, it is easy to open the attachment envelope at the delivery destination, and it is taken out from the attachment envelope without damaging the RFID tag after use. be able to.

  The RFID delivery display set composed of the above RFID tag and the envelope for pasting enables delivery management by both visual inspection and electronic data during delivery, and the RFID tag after use is extremely easy and extremely low. It can be removed and recovered at risk of damage. Then, the electronic information and characters are updated and set as a new pasting envelope and used for the next delivery, so the cost of the RFID tag considering the number of times of use is drastically reduced. Can be promoted.

  Hereinafter, the RFID delivery display set according to the present invention will be described in more detail with reference to the drawings. The dimensions, materials, shapes, relative positions, etc. of members and parts described in the embodiments of the present invention are not intended to limit the scope of the present invention to those unless otherwise specified. It is merely an illustrative example.

FIG. 1 is an explanatory view showing a use state of an RFID delivery display set.
The RFID tag 22 is accommodated in the affixing envelope 2 with the display surface facing up, and is affixed to the delivery object 54 by the adhesive layer on the back surface of the affixing envelope 2. The characters entered on the display surface of the RFID tag 22 can be easily visually recognized through the upper sheet of the pasting envelope. Electronic data recorded on the IC chip in the RFID tag 22 can be easily read by bringing an antenna unit of an RFID reader / writer (not shown) closer, and electronic data can be added or rewritten. Is also possible.

The upper sheet of the sticking envelope 2 has two opening perforations 62a and 62b. One end 82 of the opening band 62c surrounded by the perforation for opening and the outer periphery of the upper sheet is an open end, which is a finger hooking means used at the time of opening.
A linear slit 18 is formed in the lower sheet of the affixing envelope 2 and serves as an insertion port for the RFID tag 22 when the RFID tag 22 is stored in the affixing envelope 2. In a state where the affixing envelope 2 is affixed to the delivery object 54, the two portions of the lower sheet separated by the slit 18 are stuck to the surface of the fixed delivery object by the adhesive layer. . For this reason, the slit 18 is in a closed state. Therefore, it is impossible for the RFID tag 22 to come out of the sticking envelope 2 during delivery of the delivery object 54 in a normal delivery state.
The configuration of the pasting envelope will be described in detail later.

Next, the RFID tag 22 will be described.
FIG. 2 is an exploded explanatory view of the RFID tag 22. The RFID tag 22 has an RFID inlay 9 sandwiched between an upper substrate 52 and a lower substrate 53. The material of the upper base material 52 and the lower base material 53 is not particularly limited as long as it is a material that transmits electromagnetic waves. Usually, a synthetic resin (acrylic, polyerylene terephthalate (PET) or the like) is preferably used. For fixing the upper substrate 52 and the lower substrate 53, known fixing means such as adhesion, adhesion, and fusion can be used.

  A display sheet 51 is attached to the upper surface of the upper base material 52. The display sheet 51 has a display surface on which characters and the like can be entered and which can be erased. An example of such a display surface is one based on a rewritable marking technique. Examples of rewritable markings include rewritable and erasable rewritable markings and polymer thin films using leuco dyes using reversible coloring and decoloring reactions between colorless leuco dyes and developer / decolorizers with long-chain alkyl groups. Examples thereof include transparent turbid rewritable markings in which fatty acid fine particles are dispersed. Since both are thermal recording systems, characters and the like are recorded using a thermal head.

Another example of the display surface is a sheet provided on the surface of a writing board that can be filled with an aqueous or oil-based felt pen called a so-called white board and erased by wiping. Such a sheet can be made by curing a silane-based thermosetting resin or an acrylic UV-curable resin.
An example of the other display surface is paper. Paper can be entered using a pencil or the like, and the display can be erased using an eraser or the like.
Among the above display surfaces, the one based on the rewritable marking technology is preferable from the viewpoint of mechanization of entry / erasure (thermal head writer / eraser).

  For fixing the display sheet 51 having such a display surface and the upper base material 52, known fixing means corresponding to the material of the display sheet and the upper base material such as adhesion, adhesion, and fusion may be used.

  Examples of the inlay 9 include the following. An antenna 91 formed by screen printing on a synthetic paper having a thickness of 50 μm is bonded using a conductive paste. An IC chip 92 is conductively fixed on the antenna 91, and a portion to be a circuit module is manufactured. A protective layer is formed on the circuit module with an EVA adhesive sheet having a thickness of 300 μm and a polyester film having a thickness of 50 μm to form an inlay. Even inlays other than those described above can be used as the inlay 9.

In another embodiment of the present invention, the RFID tag can be configured by attaching an adhesive label to an RFID card (consisting of an upper substrate, an inlay and a lower substrate). The pressure-sensitive adhesive label is obtained by applying a pressure-sensitive adhesive to the back surface of paper, a synthetic resin sheet subjected to ink receiving processing, etc. to form a pressure-sensitive adhesive layer, and covering the pressure-sensitive adhesive layer with release paper as necessary.
It is possible to create a completed RFID tag by writing the address on the surface of the adhesive label with a printer, writing or the like, and pasting it on the RFID card. When the RFID tag is reused, the used adhesive label is peeled off and removed, and a newly entered label is attached to the RFID card.

Next, the pasting envelope will be described.
The affixing envelope is characterized in that two opening perforations are provided on the upper sheet, and a finger hooking means is provided in a region sandwiched between the perforations, that is, an opening band.
The affixing envelope may be provided with a cut in the lower sheet, and the cut may be used as an insertion port for the RFID tag, or all or part of one side in the periphery of the affixing envelope is left open. It may be an insertion slot for a tag.

An affixing envelope having a cut in the lower sheet is hereinafter referred to as a four-sided fixed type. In addition, a sticking envelope in which one side in the outer periphery is opened is hereinafter referred to as a three-sided fixed type.
The finger hooking means provided on a part of the opening band that is an area surrounded by two outer peripheries and two perforations,
(1) A score line connecting two perforations, or
(2) In the outer peripheral portion of the opening band, the upper sheet and the lower sheet are not fixed, and the open end is in an open state,
Means.

By selecting the RFID tag insertion slot and the finger hooking means, the sticking envelope can be configured as follows.
(1) A four-sided fixing envelope with two opening perforations and a cut line connecting the perforations (hereinafter referred to as a perforation cut type).
(2) A four-sided fixing envelope is provided with two opening perforations, and the end of the opening band is not fixed (open) (hereinafter referred to as the perforated end open type). The open portion may be provided at either one end portion of both ends of the band-like portion sandwiched between the perforations, but may be provided at both end portions.
(3) A perforated cut type applied to a three-sided fixing envelope.
(4) The perforated end opening type is applied to the three-sided fixing type envelope, and the two perforations are substantially parallel to one non-fixed side that becomes the insertion slot of the RFID tag. What to provide. The open portion may be provided at either one end portion of both ends of the band-like portion sandwiched between the perforations, but may be provided at both end portions.
(5) The above-mentioned perforated end open type is applied to the three-sided fixed envelope, and the two perforated lines are substantially perpendicular to the non-fixed side that becomes the insertion slot of the RFID tag. What to provide. The open end is provided on the opposite side of the open side that is the insertion slot of the RFID tag.

In the affixing envelope, the interval between the two perforations is usually 3 mm or more and 30 mm or less, preferably 5 mm or more and 25 mm or less. If it is in this range, the upper sheet can be easily cut into strips. The two perforations are preferably formed in parallel, but need not necessarily be strict parallel lines, as long as the upper sheet is torn into a band between the perforations.
A perforation is a cutting line (for example, a micro perforation line) in which short-interval cuts and uncuts are alternately repeated, and a cutting line (for example, a relatively long cut and relatively short uncuts are alternately and regularly repeated) It means a one-dot chain line, a two-dot chain line). An appropriate perforation can be used according to the material and strength of the upper sheet. For example, when a polyethylene sheet having a thickness of 40 μm is used, cuts of 4 mm and uncuts of 1 mm may be continuously repeated alternately.

  Affixing envelopes are usually approximately square. A substantially square refers to a rectangle, a square, a rectangle with rounded corners, a square with rounded corners, a shape in which some of these sides are spread outward, a shape in which some of these sides are recessed inward, and the like. The size of the upper sheet can be set to an arbitrary size depending on the size of the RFID tag stored in the envelope.

The lower sheet is composed of a sheet piece and an adhesive layer formed on one surface of the sheet piece.
The upper sheet and the sheet piece preferably have the same shape and the same size, but one may be slightly larger than the other. In particular, in the case of the three-sided fixing type, it is preferable that the upper sheet protrudes beyond the end portion of the sheet piece at one side portion serving as an insertion port of the RFID tag in order to complete sealing.

The pressure-sensitive adhesive layer formed on the lower sheet is designed so as to have a strength that prevents the envelope for attachment from coming off during transportation. The pressure-sensitive adhesive layer is preferably formed on the entire surface of the lower sheet, but the central portion may not have the pressure-sensitive adhesive layer, and the band-like portion connecting the middle portions of the opposite sides may have no pressure-sensitive adhesive layer. Furthermore, the pressure-sensitive adhesive layer may be formed in a dotted shape or a lattice shape.
The pressure-sensitive adhesive layer can be formed using a known pressure-sensitive adhesive (for example, acrylic, rubber-based, urethane-based, etc.). Preferably, the pressure-sensitive adhesive layer uses an acrylic pressure-sensitive adhesive.

As the release paper, a known release paper can be used, and the release paper is usually applied to the surface of the paper.
As the release treatment, a silicon resin coating, a fluororesin coating, or an amine-based release agent coating can be used. Moreover, the paper etc. which gave the surface the process of embossing or bluffing, or adding a microparticle to a coating material can be used. A cutting line may be formed on the release paper to facilitate peeling. The release paper needs to have a shape and size that cover the entire pressure-sensitive adhesive layer of the sheet piece. Moreover, the size may be one size larger than the sheet piece and / or the upper sheet.

Adhesives can be used as the fixing means for fixing the four peripheral portions of the upper sheet and the lower sheet, and when a heat-meltable material is selected as the material for both sheets, heat bonding is required. Can do. As the adhesive, a known adhesive corresponding to the material of both sheets can be used. Examples of known adhesives include adhesives (for example, acrylic, rubber, urethane, etc.), polyvinyl alcohol, starch, and the like.
The width to be bonded is usually about 2 mm to 6 mm. Further, it is preferable that the fixed portion is close to the periphery, but it is not always necessary to include the four periphery, and according to the convenience of processing, the portion having the above-mentioned width from the periphery to the inside from a certain distance (for example, about 5 mm) from the periphery to the inside. May be fixed.
In addition, if an upper sheet and a lower sheet are formed by folding a single sheet, it is not necessary to fix at least one side.

Resin, tracing paper, etc. can be used as the material of the upper sheet. The resin is usually an olefin resin or an ester resin. Examples of the olefin resin include polyethylene, polypropylene, polystyrene, and polyvinyl chloride. Examples of the ester-based resin include polyethylene terephthalate (PET) and polybutylene terephthalate. Polyethylene is preferred because of its strength, flexibility, convenience of heat fusion, ease of procurement, and the like. Furthermore, biodegradable resins such as L-lactic acid polymer can also be used.
As the material of the sheet piece, paper or the same material as the upper sheet can be used. As paper, coated paper, fine paper, kraft paper, and other papers can be used.

In the case of the four-sided fixing type, an insertion port of an appropriate shape can be used as the insertion port of the RFID tag provided on the lower sheet. For example, it is the shape which provides a slit in a sheet piece. Moreover, you may provide a strip shape and a star-shaped cutout. When the slit is provided, the slit may be at a position overlapping the cut line of the release paper or may be at a different position. It is preferable to provide in the overlapping position from the ease of processing.
In the case of the perforated cut type, the cut may be at a position excluding the fixing portion at either one end portion of the opening band or a position excluding the fixing portion at both end portions.

Examples of the pasting envelope will be given below.
(Attachment envelope-1)
FIG. 3 is an explanatory diagram of the envelope-1 for pasting. (A) is a surface view, (b) is a bottom view, and (c) is a cross-sectional view. Affixing envelope-1 is an example of a four-sided fixed type and perforated cut type attaching envelope.

Affixing envelope-1 (1) includes an upper sheet 11, a lower sheet 17, and a release paper 16. The upper sheet 11 is a transparent polyethylene sheet (thickness 40 μm), and its shape is rectangular. The lower sheet 17 includes a sheet piece 12 and an adhesive layer 13. The sheet piece 12 is the same in material, thickness, shape and size as the upper sheet 11. An adhesive layer 13 is formed on the entire lower surface of the sheet piece 12. The adhesive is an acrylic resin.
The release paper 16 is obtained by forming a release agent layer 15 made of a silicon resin layer on one surface of a release base paper 14 that is a high-quality paper. A release paper 16 is bonded to the adhesive layer 13 of the sheet piece 12.

31 and 32 are the long sides of the upper sheet 11, and 33 and 34 are short sides. The upper sheet 11 and the lower sheet 17 are overlapped and heat-sealed at the fixing portion 21. The fixing portion 21 starts from a position 4 mm inward from the long sides 31 and 32 and the short sides 33 and 34, further has a width of 4 mm inside, and surrounds the four peripheral edges. In the upper sheet 11, two perforations 61a and 61b are formed in parallel to each other. The perforations 61 a and 61 b are parallel to the short side 34 and connect the long side 31 and the long side 32. The perforations 61a and 61b are regularly 4 mm cut and 1 mm uncut. The distance between each other is 20 mm. Reference numeral 71 denotes a cut line as finger hooking means, which connects the perforation 61a and the perforation 61b.
A cut 19 for peeling is formed in the release paper 16. The sheet piece 12 is formed with a slit 18 as an insertion port for an RFID tag.
The cut 19 and the slit 18 are formed on the same line, but in the bottom view (b) and the sectional view (c), the position of the slit 18 is moved to the left side of the drawing for easy understanding. Yes.

  A method of using the envelope 1 for pasting (1) will be described. First, the RFID tag 22 is inserted into the bag portion through the slit 18. Next, using the notch 19 as a clue, the release paper 16 is removed, and the affixing envelope-1 is affixed to the surface of the delivered product. The slit 18 is sealed with an adhesive layer of the lower sheet. The upper sheet 11 is transparent, and characters written on the RFID tag can be visually recognized.

The recipient of the delivered product cuts the opening band 61c sandwiched between the perforations 61a and 61b using the cut line 71 as a finger. The RFID tag 22 is taken out from the gap between the upper sheets formed thereby. Usually, the RFID tag 22 can be taken out without applying any destructive force such as bending or tearing.
The perforations 61a and 61b may be provided in the direction connecting the short side 33 and the short side 34.
In this example, the size of the upper sheet was set to 125 mm × 95 mm.

(Attachment envelope-2)
FIG. 4 is an explanatory diagram of the envelope-2 for pasting. (A) is a front view, (b) is a bottom view. Affixing envelope-2 (2) is an example of a four-sided fixed type and perforated end open type affixing envelope.
The same part number and the same member as the envelope-1 for pasting are given the same figure number. The material, size, and laminated structure of the upper sheet 11, the lower sheet 17, and the release paper 16 are the same as those for the envelope 1 for attachment.

In the upper sheet 11, two perforations 62a and 62b are formed in parallel to each other. The perforations 62 a and 62 b are parallel to the short side 38 and connect the long side 35 and the long side 36. The perforations 62a and 62b are regularly 4 mm cut and 1 mm uncut. The interval is 20 mm.
One end 82 of both ends 82 and 72 of the unsealing band 62c sandwiched between the perforations 62a and 62b is not formed with the fixing portion 21 and is an open end (finger hooking means).

The usage method of the envelope-2 (2) for sticking is demonstrated. First, the RFID tag is inserted into the bag portion through the slit 18. Next, using the notch 19 as a clue, the release paper 16 is removed, and the envelope-2 for attachment is attached to the surface of the delivered product. The slit 18 is sealed with an adhesive layer of the lower sheet. Subsequently, the delivered product is delivered to the delivery destination.
The delivery recipient receives the open end 82 as a finger and cuts the opening band 62c sandwiched between the perforations 62a and 62b. The RFID tag is taken out from the gap between the upper sheets thus formed. Usually, the RFID tag 22 can be taken out without applying any destructive force such as bending or tearing.

In addition, you may form an open end (fingering means) in the other end part 72 part. Further, both the end portions 82 and 72 may be open ends (finger catching means) where the fixing portion 21 is not provided. Further, the perforations 62a and 62b may be provided in a direction connecting the short side 37 and the short side 38.
In this example, the size of the upper sheet was 170 mm × 195 mm.

(Attachment envelope-3)
FIG. 5 is an explanatory diagram of the envelope-3 for pasting. (A) is a surface view, (b) is a bottom view, and (c) is a cross-sectional view. Affixing envelope-3 (3) is an example of a three-sided fixed type and a perforated cut type adhering envelope.
The same part number and the same member as the envelope-1 for pasting are given the same figure number. Moreover, the material of the upper sheet 11, the lower sheet 17, and the release paper 16 is the same as that of the envelope 1 for attachment.

39 and 40 are long sides of the upper sheet 11, and 41 and 42 are short sides. The upper sheet 11 and the lower sheet 17 are overlapped and heat-sealed at the fixing portion 21. The fixing portion 21 is around the long sides 39 and 40 and the short side 42. The short side 41 is an open end without a fixing portion. The open end is an RFID tag insertion slot.
At the open end, the short side 41 of the upper sheet 11 and the side 23 of the release paper 16 overlap, and the side 24 of the sheet piece 12 is located 10 mm inward from the short side 41. This is because it is used as a finger hook at the time of RFID tag insertion and release paper peeling, and for further sealing.

In the upper sheet 11, two perforations 63a and 63b are formed in parallel to each other. The perforations 63 a and 63 b are parallel to the short side 42 and connect the long side 39 and the long side 40. Reference numeral 73 denotes a cut line as finger hooking means, which connects the perforation 63a and the perforation 63b.
In this example, the size of the upper sheet was 250 mm × 145 mm.
Except as explained above, the laminated structure of the envelope 3 for attachment is the same as that of the envelope 1 for attachment.

The usage method of the envelope-3 (3) for sticking is demonstrated. First, the RFID tag 22 is inserted into the bag portion from the short side 41 that is the open side. Next, the release paper 16 is removed, the short side 41 side is folded back to the adhesive side by about 10 to 20 mm, and the affixing envelope-3 is affixed to the surface of the delivered product.
FIG. 6 is an explanatory diagram showing a pasting state of the pasting envelope-3.
The peripheral edge (indicated by the arrow 26) of the short side 41 of the upper sheet adheres to the pressure-sensitive adhesive layer 13 of the sheet piece 12, and the affixing envelope-3 is sealed. In the figure, reference numeral 25 denotes the surface of the delivered product.

  The upper sheet 11 is transparent, and characters on the RFID tag can be visually recognized. The recipient of the delivered product cuts the unsealing band 63c sandwiched between the perforations 63a and 63b using the cut line 73 as a finger. The RFID tag 22 is taken out from the gap between the upper sheets formed thereby. Usually, the RFID tag 22 can be taken out without applying any destructive force such as bending or tearing.

  Note that the perforations 63 a and 63 b may be provided in a direction connecting the short side 41 and the short side 42. In this case, the cut line 73 is formed a predetermined distance (for example, about 30 mm) or more away from the open side so that it appears on the surface even in the folded and sealed state.

(Attachment envelope-4)
FIG. 7 is an explanatory surface view of the envelope 4 for attachment. Affixing envelope-4 (4) is an example of a three-sided fixed type and perforated end open type affixing envelope.
The same parts and the same members as those in the envelope 3 for attachment are given the same figure numbers. Further, the material, size, and laminated structure of the upper sheet 11, the lower sheet 17, and the release paper 16 are the same as those of the envelope 3 for attachment.
In the upper sheet 11, two perforations 64a and 64b are formed in parallel to each other. The perforations 64 a and 64 b are parallel to the short side 46 and connect the long side 43 and the long side 44. The perforations 64a and 64b are regularly 4 mm cut and 1 mm uncut. The interval is 20 mm.
One end 84 of both ends 84 and 74 of the unsealing band 64c sandwiched between the perforations 64a and 64b is not formed with the fixing portion 21 and is an open end (finger hooking means).

The usage method of the envelope-4 for sticking is demonstrated. The RFID tag is inserted into the bag portion from the short side 45 which is the open side. Next, the release paper is removed, and affixing envelope-4 is affixed to the surface of the delivered product, and the delivered product is delivered to the delivery destination.
The delivery recipient receives a finger on the open end 84, which is a finger hooking means, and cuts the opening band 64c sandwiched between the perforations 64a and 64b. The RFID tag is taken out from the gap between the upper sheets thus formed. Usually, the RFID tag 22 can be taken out without applying any destructive force such as bending or tearing.
In addition, you may form an open end (fingering means) in the other end part 74 part. Further, both the end portions 84 and 74 may be open ends (finger holding means) where the fixing portion 21 is not provided.

(Attachment envelope-5)
FIG. 8 is an explanatory surface view of the pasting envelope-5. Affixing envelope-5 (5) is another embodiment of a three-sided fixed type and perforated end open type adhering envelope.
The same parts and the same members as those in the envelope 3 for attachment are given the same figure numbers. Further, the material, size, and laminated structure of the upper sheet 11, the lower sheet 17, and the release paper 16 are the same as those of the envelope 3 for attachment.
In the upper sheet 11, two perforations 65a and 65b are formed in parallel to each other. The perforations 65 a and 65 b are parallel to the long side 47 and connect the short side 49 and the short side 50. The perforations 65a and 65b are regularly 4 mm cut and 1 mm uncut. The interval is 20 mm.
One end portion 85 of the unsealing band 65c sandwiched between the perforations 65a and 65b is not formed with the fixing portion 21 and is an open end (finger hooking means). The other end 75 is common to the short side 49 that is an open end, and is also open.

The usage of the envelope-5 for sticking is demonstrated. The RFID tag is inserted into the bag portion from the short side 49 which is the open side. Next, the release paper is removed, affixing envelope-5 is attached to the surface of the delivery product, and the delivery product is delivered to the delivery destination.
The delivery recipient receives the open end 85 as a finger and cuts the opening band sandwiched between the perforations 65a and 65b. The RFID tag is taken out from the gap between the upper sheets thus formed. Usually, the RFID tag 22 can be taken out without applying any destructive force such as bending or tearing.

  The delivery display set according to the present invention can be used, for example, for displaying addresses such as mail and courier.

It is explanatory drawing which shows the use condition of a delivery display set. It is an exploded explanatory view of the RFID tag 22. It is explanatory drawing of the envelope-1 for affixing, (a) is a surface figure, (b) is a bottom view, (c) is sectional drawing. It is explanatory drawing of the envelope-2 for affixing, (a) is a surface figure, (b) is a bottom view. It is explanatory drawing of the envelope-3 for affixing, (a) is a surface figure, (b) is a bottom view, (c) is sectional drawing. It is explanatory drawing which shows the sticking state of the envelope-3 for sticking. It is an explanatory surface view of envelope 4 for pasting. It is explanatory surface drawing of the envelope-5 for affixing.

Explanation of symbols

1 Envelope-1 for pasting
2 Envelope-2 for pasting
3 Envelope-3 for pasting
4 Envelopes for pasting-4
5 Envelope for pasting-5
8 RFID card 9 Inlay 11 Upper sheet 12 Sheet piece 13 Adhesive layer 16 Release paper 17 Lower sheet 18 Insertion slit 20 Four periphery 21 Adhesion 22 RFID tag 61a, 61b, 62a, 62b, 63a, 63b, 64a, 64b, 65a, 65b Perforation 61c, 62c, 63c, 64c, 65c Unsealing band 71, 73 Cut line 82, 84, 85 Open end 94, 95 Opening side 94, 95 Insertion opening

Claims (3)

An RFID delivery display set comprising an RFID tag consisting of an RFID card having an erasable display surface for entering characters, etc., and an envelope for attachment,
The affixing envelope is substantially rectangular and consists of an upper sheet, a lower sheet and a release paper,
The upper sheet is a sheet whose contents can be seen through,
Forming a pressure-sensitive adhesive layer on substantially the entire back surface of the lower sheet, and bonding the release paper to cover the pressure-sensitive adhesive layer;
The upper sheet is formed by connecting two opposing outer peripheries of the upper sheet to form two parallel opening perforations having a distance of 3 mm or more and 30 mm or less, and the two opening perforations and the A finger hooking means is provided on a part of the opening band surrounded by the two outer peripheries,
An RFID delivery display set, which is an affixing envelope having an insertion port for the RFID tag at one side end of the lower sheet or the envelope.   2. The RFID according to claim 1, wherein the display surface on which characters or the like can be entered and the erased characters can be erased is made of a thermoreversible sheet capable of entering characters by heating and erasing characters by heating. Delivery display set. An RFID delivery display set composed of an RFID tag and a sticking envelope,
The RFID tag is a card including an RFID inlay with an adhesive label on which characters are written,
The affixing envelope is substantially rectangular and consists of an upper sheet, a lower sheet and a release paper,
The upper sheet is a sheet whose contents can be seen through,
Forming a pressure-sensitive adhesive layer on substantially the entire back surface of the lower sheet, and bonding the release paper to cover the pressure-sensitive adhesive layer;
The upper sheet is formed by connecting two opposing outer peripheries of the upper sheet to form two parallel opening perforations having a distance of 3 mm or more and 30 mm or less, and the two opening perforations and the A finger hooking means is provided on a part of the opening band surrounded by the two outer peripheries,
An RFID delivery display set, which is an affixing envelope having an insertion port for the RFID tag at one side end of the lower sheet or the envelope.

Images