JP2015055636A

JP2015055636A - Identification tag

Info

Publication number: JP2015055636A
Application number: JP2013186838A
Authority: JP
Inventors: 佐藤　潤; Jun Sato; 潤佐藤; 祐子青山; Yuko Aoyama
Original assignee: Dai Nippon Printing Co Ltd
Current assignee: Dai Nippon Printing Co Ltd
Priority date: 2013-09-10
Filing date: 2013-09-10
Publication date: 2015-03-23
Anticipated expiration: 2033-09-10
Also published as: JP6291753B2

Abstract

PROBLEM TO BE SOLVED: To provide an identification tag which has association information for associating a tag part with a slip part and in which various adhesive strengths are applied to between respective pairs of base materials, thereby improving correctness and swiftness.SOLUTION: An identification tag according to the present invention includes at least a tag part and a slip part. In the identification tag to which association information for associating the tag part with the slip part is added, the tag part is formed by laminating a plurality of elongated base materials as follows. In the plurality of base materials, part of a first base material forms the tag part, and on one face of the first base material are laminated at least a second base material and a third base, each of which forms each piece of the slip part, in this order. On the other face of the first base material is provided an adhesive layer for bonding the tag part in a loop-like form at the inner side of one shorter side thereof.

Description

本発明は、識別タグに関し、さらに詳しくはタグ部と伝票部とを関連付ける関連付け情報が付与された識別タグに関するものである。 The present invention relates to an identification tag, and more particularly to an identification tag to which association information for associating a tag portion and a slip portion is given.

帯状に形成された基材の表面に、会社名、記号、荷物の目的地、経由ルート、荷物証明番号等の記載事項が印刷されたタグにより荷物の管理を行う管理システムが航空会社等で運用されている。近年では、国内、海外旅行者の増加に伴い、荷物管理の正確さと迅速さが課題となってきている。手荷物用タグとしては、例えばファンフォールド型に折り重ねたり、あるいはロール状に巻き取ったりしたものを記録用プリンターで一荷物分ずつ連続的に所要事項を記録後、一荷物につき手荷物用情報記載部片と引換用情報記載部片とに切り離す。前者は荷物の取っ手などにくぐらせ、熱融着部の少なくとも一部を対向させて加熱融着して荷物に装着し、後者は搭乗者に控えとして渡されるというようなものが開示されている。（例えば、特許文献１参照） A management system that manages packages using tags printed on the surface of the base material formed in the shape of a band, such as company name, symbol, package destination, transit route, package certification number, etc. Has been. In recent years, with the increase in domestic and overseas travelers, the accuracy and speed of luggage management has become an issue. As a baggage tag, for example, after the necessary information is continuously recorded for each baggage with a recording printer, the information is written in the baggage information for each baggage. Separated into pieces and exchange information description pieces. It is disclosed that the former is passed through a handle of the luggage, and at least a part of the heat fusion part is opposed and heat-sealed to be attached to the luggage, and the latter is handed over to the passenger as a record. . (For example, see Patent Document 1)

その他のタグとしては医療用タグがあり、水による汚損や擦れから保護され、靴の内側に取り付けることで、着用者を識別するとともに着用者の任意の医療上の必要性を可能にしたものが開示されている。（例えば、特許文献２参照） Other tags include medical tags that are protected from water fouling and rubbing and are attached to the inside of the shoe to identify the wearer and allow the wearer's optional medical needs. It is disclosed. (For example, see Patent Document 2)

特開平７−５６５１３号公報JP-A-7-56513 特開平６−９５５９２号公報JP-A-6-95592

特許文献１に記載のものは、手荷物用タグとして手荷物用情報記載部片を手荷物に装着し、引換用情報記載部片を搭乗者に控えとして渡されるものである。 In the device described in Patent Document 1, a baggage information description piece is attached to a baggage as a baggage tag, and the exchange information description piece is handed over to a passenger as a copy.

しかしながら、搭乗者が乗り継ぎのために別の航空機を利用したり、他の航空会社を利用したりする場合には、新たに手荷物用タグを作成し、手荷物に装着する必要が生じるという課題がある。 However, there is a problem that when a passenger uses another aircraft for a connection or uses another airline, it is necessary to newly create a baggage tag and attach it to the baggage. .

さらに、医療用タグとしては、患者の手首や足首に氏名、年齢、住所、性別、電話番号、個人的な医療情報を記載したタグを巻き付け、本人確認は当然のことながら、本人と関連付けられたベッドにも薬剤の種類や量、投薬の時間等を記載したタグを使用することにより医療関係者による医療ミスを防止することが必要であるという課題がある。 In addition, as a medical tag, a tag with the name, age, address, gender, phone number and personal medical information is wrapped around the patient's wrist or ankle, and the identity verification is naturally associated with the person. There is a problem that it is necessary to prevent medical errors by medical personnel by using a tag that describes the type and amount of medicine, the time of medication, and the like on the bed.

さらに、複数の伝票部が積層された識別タグにおいては、各枚目の基材を手剥がしする場合、各枚目の基材どうしの接着強度が同じであると基材が重なって剥がれたりするというような作業性のミスが生じるという課題がある。
そこで本発明は、タグ部と伝票部とを関連付ける関連付け情報が付与された識別タグを形成し、各枚目の基材どうしの接着強度を変えることにより正確性や迅速性の機能を向上させた識別タグを提供することを目的とする。 Furthermore, in the identification tag in which a plurality of slip portions are stacked, when the base material of each sheet is manually peeled off, the base materials overlap and peel off if the adhesive strengths of the base materials of the respective sheets are the same. There is a problem that such a workability error occurs.
Therefore, the present invention forms an identification tag to which association information for associating the tag portion and the slip portion is given, and improves the function of accuracy and speed by changing the adhesive strength between the base materials of each sheet. An object is to provide an identification tag.

本発明に係わる識別タグは、以下の各発明により上記課題を解決した。なお、以下の各発明に付した括弧内の符号は、図面に付した符号と対応している。 The identification tag according to the present invention solves the above-described problems by the following inventions. In addition, the code | symbol in the parenthesis attached | subjected to each following invention respond | corresponds with the code | symbol attached | subjected to drawing.

本発明に係わる第１の発明は、タグ部（２７）と伝票部（２８）とを少なくとも備え、前記タグ部（２７）と前記伝票部（２８）とを関連付ける関連付け情報（Ｘ）が付与されたタグにおいて、
前記タグ部（２７）は長尺状の複数の基材が積層されてなり、
前記複数の基材は、一部がタグ部（２７）をなす第一基材（２３）と、前記第一基材（２３）の一方の面には伝票部（２８）の各枚目をなす少なくとも第二基材（２２）と第三基材（２１）とがこの順に積層され、前記第一基材（２３）の他方の面には前記タグ部（２７）をループ状に接合するための粘着剤層（１２）が少なくとも一短辺内側に設けられ、前記複数の基材間には感圧式複写構造（３１、３２）が設けられ、
さらに、前記複数の基材間の一短辺内側は接合構造によって接合され、前記接合構造のうち前記第一基材（２３）と前記第二基材（２２）の間は分離困難に接合され（分離困難な接合構造（１１）と呼ぶ）、前記接合構造のうち前記第二基材（２２）と前記第三基材（２１）の間は分離容易に接合され（分離容易な接合構造（１０）と呼ぶ）、
前記第一基材（２３）は、前記接合構造（１０，１１）を形成する接合構造形成領域（Ａ）と、前記関連付け情報（Ｘ）を形成する関連付け情報形成領域（Ｂ）と、タグ部（２７）をなすタグ部領域（Ｃ）とに区分され、
前記関連付け情報形成領域（Ｂ）とタグ部領域（Ｃ）との間には切離し予定線（４１）が設けられ、前記切離し予定線（４１）を境に前記関連付け情報形成領域（Ｂ）と前記タグ部領域（Ｃ）とを切離した際に、前記関連付け情報形成領域（Ｂ）と前記第二基材（２２）とが前記接合構造（１０，１１）を介して互いに接合された状態となることで、前記タグ部（２７）と前記伝票部（２８）の各枚目が関連付けられるようにしたことを特徴とする識別タグである。 A first invention according to the present invention includes at least a tag part (27) and a slip part (28), and is provided with association information (X) for associating the tag part (27) and the slip part (28). In the tag
The tag part (27) is formed by laminating a plurality of elongated base materials,
The plurality of base materials include a first base material (23), part of which forms a tag portion (27), and each surface of the slip portion (28) on one surface of the first base material (23). At least the second base material (22) and the third base material (21) formed are laminated in this order, and the tag portion (27) is joined in a loop shape to the other surface of the first base material (23). A pressure-sensitive adhesive layer (12) is provided at least one short side inside, and a pressure-sensitive copying structure (31, 32) is provided between the plurality of substrates,
Furthermore, one short side inside between the plurality of base materials is joined by a joining structure, and the first base material (23) and the second base material (22) in the joining structure are joined with difficulty in separation. (Referred to as a difficult-to-separate joining structure (11)), among the joining structures, the second base material (22) and the third base material (21) are easily joined (separate joining structure ( 10)),
The first base material (23) includes a bonding structure forming region (A) for forming the bonding structure (10, 11), an association information forming region (B) for forming the association information (X), and a tag portion. It is divided into the tag part area (C) forming (27),
A separation line (41) is provided between the association information formation region (B) and the tag part region (C), and the association information formation region (B) and the above-described separation line (41) are used as a boundary. When the tag part area (C) is separated, the association information forming area (B) and the second base material (22) are joined to each other via the joining structure (10, 11). Thus, the identification tag is characterized in that each tag of the tag part (27) and the slip part (28) is associated.

本発明に係わる第２の発明は、第１の発明において、前記接合構造（１０，１１）は線状糊であって、前記第一基材（２３）と前記第二基材（２２）の間は複数本の線状糊が形成され、前記第二基材（２２）と前記第三基材（２１）の間は一本の線状糊が形成されていることを特徴とする識別タグである。 According to a second aspect of the present invention, in the first aspect, the joining structure (10, 11) is a linear paste, and the first base (23) and the second base (22) A plurality of linear glues are formed in the gap, and a single linear glue is formed between the second base material (22) and the third base material (21). It is.

本発明に係わる第３の発明は、第１の発明において、前記接合構造（１０，１１）は線状糊であって、前記第一基材（２３）と前記第二基材（２２）の間は線状糊が連続的に形成され、前記第二基材（２２）と前記第三基材（２１）の間は線状糊が断続的に形成されていることを特徴とする識別タグである。 According to a third aspect of the present invention, in the first aspect, the joining structure (10, 11) is a linear paste, and the first base (23) and the second base (22) An identification tag characterized in that linear glue is continuously formed between the second base material (22) and the third base material (21), and linear glue is intermittently formed between the second base material (22) and the third base material (21). It is.

本発明に係わる第４の発明は、第１の発明において、前記接合構造（１０，１１）は線状糊であって、前記第一基材（２３）と前記第二基材（２２）の間は二本の線状糊がそれぞれ連続的に形成され、前記第二基材（２２）と前記第三基材（２１）の間は一本の線状糊が断続的に形成されていることを特徴とする識別タグである。 According to a fourth aspect of the present invention, in the first aspect, the joining structure (10, 11) is a linear paste, and the first base (23) and the second base (22) Between the second base material (22) and the third base material (21), one linear glue is intermittently formed between the two linear glues. This is an identification tag characterized by the above.

本発明に係わる第５の発明は、第１〜第４の発明のいずれか１つの発明において、前記接合構造（１０，１１）は線状糊であって、前記第一基材（２３）と前記第二基材（２２）の間は線状糊の接着強度が、前記第二基材（２２）と前記第三基材（２１）の間の線状糊の接着強度に比べて強いことを特徴とする識別タグである。 A fifth invention according to the present invention is the invention according to any one of the first to fourth inventions, wherein the joining structure (10, 11) is a linear paste, and the first base material (23) Between the second base material (22), the adhesive strength of the linear glue is stronger than the adhesive strength of the linear glue between the second base material (22) and the third base material (21). Is an identification tag characterized by

本発明に係わる第６の発明は、第１〜第５の発明のいずれか１つの発明において、前記第一基材（２３）は、前記接合構造（１０，１１）を形成する接合構造形成領域（Ａ）と、前記関連付け情報（Ｘ）を形成する関連付け情報形成領域（Ｂ）と、タグ部（２７）をなすタグ部領域（Ｃ）と、さらにラベル部（２４，２５，２６）をなすラベル部領域（Ｄ）に区分され、前記タグ部領域（Ｃ）と前記ラベル部領域（Ｄ）の間には切離し予定線（４１）が設けられ、前記ラベル部領域（Ｄ）をなす第一基材（２３）の一方の面には前記関連付け情報（Ｘ）が形成され、前記ラベル部領域（Ｄ）をなす第一基材（２３）の他方の面には粘着剤層（１３）が形成されていることを特徴とする識別タグである。 According to a sixth aspect of the present invention, in any one of the first to fifth aspects, the first base material (23) is a bonded structure forming region in which the bonded structure (10, 11) is formed. (A), an association information formation region (B) for forming the association information (X), a tag portion region (C) that forms a tag portion (27), and a label portion (24, 25, 26). A label line area (D) is provided, and a planned separation line (41) is provided between the tag area (C) and the label area (D), and the first part that forms the label area (D). The association information (X) is formed on one surface of the substrate (23), and the pressure-sensitive adhesive layer (13) is formed on the other surface of the first substrate (23) forming the label region (D). It is an identification tag characterized by being formed.

本発明に係わる第７の発明は、第６の発明において、前記ラベル部領域（Ｄ）は複数のラベル部（２４，２５，２６）に区分され、区分された前記ラベル部（２４，２５，２６）のそれぞれに関連付け情報（Ｘ）が形成されていることを特徴とする識別タグである。 According to a seventh aspect of the present invention, in the sixth aspect, the label portion region (D) is divided into a plurality of label portions (24, 25, 26), and the divided label portions (24, 25, 26). 26), the association information (X) is formed in each of the identification tags.

本発明に係わる第８の発明は、第１〜第７の発明のいずれか１つの発明において、前記長尺状の複数の基材は、各基材の短辺方向が同じ長さであることを特徴とする識別タグである。 An eighth invention according to the present invention is the invention according to any one of the first to seventh inventions, wherein the plurality of elongated substrates have the same length in the short side direction of each substrate. Is an identification tag characterized by

本発明によれば、タグ部と伝票部が互いに関連付け情報で関連付けられており、少なくとも伝票部最表面に位置する第三基材が手剥がしし易いのでタグを利用した運用が正確かつ迅速になるという効果がある。 According to the present invention, the tag portion and the slip portion are associated with each other by the association information, and at least the third base material located on the outermost surface of the slip portion is easily peeled off, so that the operation using the tag becomes accurate and quick. There is an effect.

本実施形態に係わる識別タグの一例である。It is an example of the identification tag concerning this embodiment. 本実施形態に係わる接合構造形成領域の一例である。It is an example of the junction structure formation area concerning this embodiment. 本実施形態に係わる接合構造形成領域の他の一例である。It is another example of the junction structure formation area concerning this embodiment. 本実施形態に係わる接合構造形成領域の他の一例である。It is another example of the junction structure formation area concerning this embodiment. 本実施形態に係わる接合構造形成領域の他の一例である。It is another example of the junction structure formation area concerning this embodiment. 本実施形態に係わる接合構造形成領域の他の一例である。It is another example of the junction structure formation area concerning this embodiment. 本実施形態に係わる接合構造形成領域の他の一例である。It is another example of the junction structure formation area concerning this embodiment. 本実施形態に係わる接合構造形成領域の他の一例である。It is another example of the junction structure formation area concerning this embodiment. 本実施形態に係わる接合構造の剥離性評価方法の一例である。It is an example of the peelability evaluation method of the junction structure concerning this embodiment.

次に、本発明の実施形態について、図面を参照して詳述する。 Next, embodiments of the present invention will be described in detail with reference to the drawings.

図１は、本実施形態に係わる識別タグの一例である。
図１において、１０は分離容易な接合構造、１１は分離困難な接合構造、１２は粘着剤層、１３は粘着剤層、２１は第三基材、２２は第二基材、２３は第一基材、２４はラベル部、２５はラベル部、２６はラベル部、２７はタグ部、２８は伝票部、３１は感圧式複写構造、３２は感圧式複写構造、４１は切り離し予定線、Ｘは関連付け情報、Ａは接合構造形成領域、Ｂは関連付け情報形成領域、Ｃはタグ部領域、Ｄはラベル部領域を示している。 FIG. 1 is an example of an identification tag according to the present embodiment.
In FIG. 1, 10 is an easily-separated joining structure, 11 is a difficult-to-separate joining structure, 12 is an adhesive layer, 13 is an adhesive layer, 21 is a third substrate, 22 is a second substrate, and 23 is a first. Substrate, 24 is a label part, 25 is a label part, 26 is a label part, 27 is a tag part, 28 is a slip part, 31 is a pressure-sensitive copying structure, 32 is a pressure-sensitive copying structure, 41 is a separation line, X is Association information, A is a junction structure formation region, B is an association information formation region, C is a tag portion region, and D is a label portion region.

図１において、第一基材２３からなるタグ部領域Ｃからなる長尺状のタグ部２７と第二基材２２と第二基材２２に塗工された感圧式複写構造３２と第三基材２１と第三基材２１に塗工された感圧式複写構造３１とからなる伝票部２８が形成されている。タグ部２７には、タグ部２７と伝票部２８とを関連付ける関連付け情報Ｘが付与されている。 In FIG. 1, a long tag portion 27 composed of a tag portion region C composed of a first base material 23, a second base material 22, a pressure-sensitive copying structure 32 applied to the second base material 22, and a third base material. A slip portion 28 is formed that includes a material 21 and a pressure-sensitive copying structure 31 applied to the third base material 21. The tag unit 27 is assigned association information X that associates the tag unit 27 with the slip unit 28.

関連付け情報Ｘは、主にバーコードであるがこれに限定されるものではない。バーコードは、縞模様状の線の太さによって数値や文字を表す識別子で、タグ部２７の長手方向に沿って縞模様の線が印字された関連付け情報Ｘである。バーコードの縞模様状の線の長さを例えば１０ｃｍとすることによりループ状に形成されたタグ部２７のバーコード読取りの自由度を任意に変えることが可能となった。さらにバーコードの縦方向の線の長さは自由に変えることができる。 The association information X is mainly a barcode, but is not limited to this. The bar code is an identifier representing a numerical value or a character by the thickness of the striped line, and is association information X in which a striped line is printed along the longitudinal direction of the tag unit 27. By setting the length of the striped line of the bar code to 10 cm, for example, it becomes possible to arbitrarily change the degree of freedom of bar code reading of the tag portion 27 formed in a loop shape. Furthermore, the length of the vertical line of the barcode can be freely changed.

タグ部２７は短辺方向が同じ長さの基材が２枚積層されているが、用途によっては複数枚積層されていてもよい。また、同じ長さの基材の同じという意味は、本発明ではほぼ同じという意味も含まれており、タグ部２７の短辺方向の長さより基材の短辺方向の長さが短くても長くてもよい。第一基材２３のタグ部２７に相当する関連付け情報Ｘの面と反対面にタグ部２７をループ状に接合するための粘着剤層１２を設けた。 Although the tag part 27 is laminated | stacked two base materials with the short side direction the same length, depending on a use, multiple sheets may be laminated | stacked. Further, the same meaning of the same length of the base material includes the meaning that it is substantially the same in the present invention, and even if the length of the base portion in the short side direction is shorter than the length of the tag portion 27 in the short side direction. It may be long. The pressure-sensitive adhesive layer 12 for joining the tag portion 27 in a loop shape was provided on the surface opposite to the surface of the association information X corresponding to the tag portion 27 of the first base material 23.

接合構造形成領域Ａに相当する領域に第一基材２３、第二基材２２、第三基材２１をそれぞれ互いに接合させるように接合構造を形成した。前記接合構造のうち第一基材２３と第二基材２２との間の接合構造は、分離困難に接合されており、以下、分離困難な接合構造１１と呼ぶ。前記接合構造のうち第二基材２２と第三基材２１との間の接合構造１０は分離容易に接合されており、以下、分離容易な接合構造１０と呼ぶ。分離容易な接合構造１０ならびに分離困難な接合構造１１を総称して示す場合には単に接合構造と呼ぶこととする。 The joining structure was formed so that the first base material 23, the second base material 22, and the third base material 21 were joined to each other in a region corresponding to the joint structure forming region A. Among the joining structures, the joining structure between the first base material 23 and the second base material 22 is joined with difficulty in separation, and hereinafter referred to as the joining structure 11 with difficulty in separation. Among the joining structures, the joining structure 10 between the second base material 22 and the third base material 21 is easily joined and is hereinafter referred to as an easily separable joining structure 10. When the joint structure 10 that is easy to separate and the joint structure 11 that is difficult to separate are collectively shown, they are simply referred to as a joint structure.

第一基材２３は、前記接合構造を形成する接合構造形成領域Ａと関連付け情報Ｘを形成する関連付け情報形成領域Ｂとタグ部２７をなすタグ部領域Ｃとから形成されており、関連付け情報形成領域Ｂとタグ部２７との間には切り離し予定線４１が設けられている。前記切り離し予定線４１の代表的な例はミシン目であるが、ミシン目に限定されるのではなく、切り離し可能な構造であればよい。 The first base material 23 is formed of a joining structure forming region A that forms the joining structure, an association information forming region B that forms the association information X, and a tag portion region C that forms the tag portion 27, and forms association information. A separation line 41 is provided between the region B and the tag portion 27. A typical example of the planned separation line 41 is a perforation, but is not limited to a perforation, and may be any structure that can be separated.

以下、切り離し予定線４１としてミシン目を例に説明する。ミシン目を境に関連付け情報形成領域Ｂとタグ部領域Ｃとを切り離すと関連付け情報形成領域Ｂと第二基材２２とが分離困難な接合構造１１を介して互いに接合された状態となるので、タグ部２７と伝票部２８の各枚目が関連付けられるようになる。第一基材２３にはラベル部２４、２５、２６をなすラベル部領域Ｄを形成することもできる。タグ部２７をなすタグ部領域Ｃとラベル部２４との間にはミシン目からなる切り離し予定線４１が設けられ、ラベル部領域Ｄをなす第一基材２３の一方の面のそれぞれには関連付け情報Ｘが形成され、第一基材の他方の面には粘着剤層１３が形成されている。 Hereinafter, a perforation will be described as an example of the planned separation line 41. If the association information formation region B and the tag portion region C are separated from each other at the perforation, the association information formation region B and the second base material 22 are joined to each other via the joint structure 11 that is difficult to separate. Each of the tags 27 and slip 28 is associated with each other. A label region D that forms label portions 24, 25, and 26 can also be formed on the first base material 23. A scheduled separation line 41 made of a perforation is provided between the tag part region C forming the tag part 27 and the label part 24, and is associated with each of one surface of the first base material 23 forming the label part region D. Information X is formed, and an adhesive layer 13 is formed on the other surface of the first substrate.

前記分離容易な接合構造１０、分離困難な接合構造１１は線状糊であって、材料としては水系アクリルエマルジョン接着剤を用いることができるがこれに限定されるものではない。その他の材料としては、例えば膠（コラーゲン、水溶性コラーゲン）、カゼイン、大豆蛋白、合成蛋白等の蛋白質類；スターチ、酸化澱粉等の澱粉類；天然ゴム系、スチレンーブタジエン共重合体等の合成ゴム系；アクリル酸エステル−メタクリル酸エステルの共重合体等のアクリル樹脂；シアノアクリレート系樹脂；エチレン−酢酸ビニル共重合体等のポリ酢酸ビニル系樹脂；ポリビニルアルコール等の水溶性合成樹脂；オレフィン−無水マレイン酸樹脂等のオレフィン系樹脂；アミノ樹脂；フェノール樹脂；エポキシ樹脂；ポリウレタン系樹脂；メラミン−ホルムアルデヒド樹脂、フェノール−ホルムアルデヒド樹脂等のアルデヒド系樹脂；ポリオレフィン系等のホットメルト型樹脂；ポリビニルアセタール樹脂；エラストマー系樹脂を適宜選択して使用できる。使用方法としては接着剤を単独又は混合して使用できる。また必要に応じて接着付与剤、可塑剤、軟化剤、硬化剤などを加えることもできる。接着剤の形式としては、水系、溶剤系、ワックス系、ホットメルト系、紫外線硬化型系、圧着系等、その種類を選ばない。線幅は１ｍｍ〜３ｍｍが好適な範囲である。 The easily-separable joining structure 10 and the difficult-to-separate joining structure 11 are linear glues, and a water-based acrylic emulsion adhesive can be used as a material, but is not limited thereto. Other materials include, for example, proteins such as glue (collagen, water-soluble collagen), casein, soy protein, synthetic protein; starches such as starch and oxidized starch; synthesis of natural rubber, styrene-butadiene copolymer, etc. Rubber type; Acrylic resin such as acrylic acid ester-methacrylic acid ester copolymer; Cyanoacrylate type resin; Polyvinyl acetate type resin such as ethylene-vinyl acetate copolymer; Water-soluble synthetic resin such as polyvinyl alcohol; Olefin resins such as maleic anhydride resins; amino resins; phenol resins; epoxy resins; polyurethane resins; aldehyde resins such as melamine-formaldehyde resins and phenol-formaldehyde resins; hot-melt resins such as polyolefin resins; polyvinyl acetal resins ; Elastomeric resin Yibin selected and can be used. As a method of use, an adhesive can be used alone or in combination. If necessary, an adhesion-imparting agent, a plasticizer, a softening agent, a curing agent, and the like can be added. The type of the adhesive is not limited to any type, such as aqueous, solvent-based, wax-based, hot-melt-based, ultraviolet curable, and pressure-bonded. The line width is preferably in the range of 1 mm to 3 mm.

以下、分離困難な接合構造１１ならびに分離容易な接合構造１０についてさらに詳しく説明する。
図１では、第一基材２３と第二基材２２との間の線状糊が２本で、第二基材２２と第三基材２１との間の線状糊が１本形成されているが、第一基材２３と第二基材２２との間の線状糊が３本で、第二基材２２と第三基材２１との間の線状糊が２本でもよく、本数の差があれば複数本の線状糊を各枚目に設けることができる。第一基材２３と第二基材２２との間の線状糊を連続的に形成し、第二基材２２と第三基材２１との間の線状糊を断続的、すなわちスポット状あるいは破断線状に設けることができる。線状糊の塗布形態は、直線状の細線に限られるものではなく、例えば、帯状、スポット状、破断線状、パターン状等のいずれでもよい。 Hereinafter, the joining structure 11 that is difficult to separate and the joining structure 10 that is easy to separate will be described in more detail.
In FIG. 1, two linear glues are formed between the first base material 23 and the second base material 22, and one linear glue is formed between the second base material 22 and the third base material 21. However, there may be three linear glues between the first base material 23 and the second base material 22, and two linear glues between the second base material 22 and the third base material 21. If there is a difference in the number, a plurality of linear glues can be provided on each sheet. The linear glue between the first base material 23 and the second base material 22 is continuously formed, and the linear glue between the second base material 22 and the third base material 21 is intermittent, that is, a spot shape. Alternatively, it can be provided in a broken line shape. The application form of the linear paste is not limited to a straight fine line, and may be any of a strip shape, a spot shape, a broken line shape, a pattern shape, and the like.

さらに第一基材２３と第二基材２２との間の線状糊の接着強度を第二基材２２と第三基材２１との間の線状糊の接着強度より強く形成するよう糊の材料を変えてもよい。線状糊の材料として水系アクリルエマルジョン接着剤を用いた場合には、線状糊の本数を変えることにより接着強度を変えることも可能である。 Further, the adhesive is formed so that the adhesive strength of the linear glue between the first base material 23 and the second base material 22 is stronger than the adhesive strength of the linear glue between the second base material 22 and the third base material 21. You may change the material. When a water-based acrylic emulsion adhesive is used as the material for the linear glue, the adhesive strength can be changed by changing the number of linear glues.

第一基材２３の材料としては、識別タグの強度を確保するためにユポ（登録商標）を用いた。ユポとは、ポリプロピレンを主原料とするフィルム状の合成紙で株式会社ユポ・コーポレーションの持つ登録商標である。ユポ（登録商標）の厚さは、５０μｍ〜２００μｍの範囲が好適である。 As a material of the first base material 23, YUPO (registered trademark) was used in order to ensure the strength of the identification tag. YUPO is a film-like synthetic paper made of polypropylene as a main raw material, and is a registered trademark of YUPO Corporation. The thickness of YUPO (registered trademark) is preferably in the range of 50 μm to 200 μm.

第二基材２２は、裏面すなわち第一基材２３との対向面側にカーボンインキを塗布したカーボンを設け、前記基材とカーボンインキの間に目止め加工を施した感圧式複写構造３２を有する用紙を用いた。第三基材２１には発色剤と顕色剤とが塗工された感圧式複写構造３１を有するノーカーボン用紙を用いた。すなわち感圧式複写構造３１には発色剤である染料カプセルと顕色剤の双方が塗工されており、圧力を加えるとカプセルが破壊され顕色剤と化学反応して発色するタイプのものである。 The second base material 22 has a pressure-sensitive copying structure 32 in which carbon coated with carbon ink is provided on the back surface, that is, the surface facing the first base material 23, and a sealing process is applied between the base material and the carbon ink. The paper we have was used. As the third base material 21, a carbonless paper having a pressure-sensitive copying structure 31 coated with a color former and a developer was used. That is, the pressure-sensitive copying structure 31 is coated with both a dye capsule as a color developer and a developer, and when pressure is applied, the capsule is broken and chemically reacts with the developer to develop color. .

粘着剤層１２および粘着剤層１３には、両面テープを用いたが粘着可能なものであればこれに限定されるものではない。分離容易な接合構造１０により第三基材２１は剥ぎ取りやすいように形成され、第二基材２２には第三基材２１を剥ぎ取った際に一緒に取れないようにするために分離困難な接合構造１１が形成される。 A double-sided tape is used for the pressure-sensitive adhesive layer 12 and the pressure-sensitive adhesive layer 13, but is not limited to this as long as it can be adhered. The third base material 21 is formed so as to be easily peeled off by the easily separable joining structure 10, and it is difficult to separate the second base material 22 so as not to be removed together when the third base material 21 is peeled off. A simple joint structure 11 is formed.

図２は、本実施形態に係わる接合構造形成領域の一例を示したもので、接合構造形成領域Ａの接合構造の配置図を表したものである。１０１は第三基材、１０２は第二基材、１０３は第一基材、１２１〜１２３は、接合構造を構成する各接合部を示している。接合構造のうち、分離容易な接合構造１０は接合部１２１で構成され、分離困難な接合構造１１は接合部１２２、接合部１２３で構成される。 FIG. 2 shows an example of a junction structure formation region according to the present embodiment, and shows a layout diagram of the junction structure in the junction structure formation region A. FIG. Reference numeral 101 denotes a third base material, 102 denotes a second base material, 103 denotes a first base material, and 121 to 123 denote joints constituting the joint structure. Among the bonding structures, the easily detachable bonding structure 10 is configured by the bonding part 121, and the bonding structure 11 that is difficult to separate is configured by the bonding part 122 and the bonding part 123.

図２において、第三基材１０１と第二基材１０２との間の接合部１２１の本数は１本で、第二基材１０２と第一基材１０３との間の接合部１２２と接合部１２３の本数が２本であるケースを示している。接合部１２１と接合部１２２とが第三基材１０１、第二基材１０２、第一基材１０３の法線方向に対して同一線上にあり、接合部１２３の位置が関連付け情報形成領域Ｂ側に一定距離だけ離れて形成されている場合である。 In FIG. 2, the number of the joint portions 121 between the third base material 101 and the second base material 102 is one, and the joint portion 122 and the joint portion between the second base material 102 and the first base material 103. The case where the number of 123 is two is shown. The joint part 121 and the joint part 122 are on the same line with respect to the normal direction of the third base material 101, the second base material 102, and the first base material 103, and the position of the joint part 123 is the association information forming region B side. In this case, they are formed apart by a certain distance.

図３は、本実施形態に係わる接合構造形成領域の別の一例を示したもので、接合構造形成領域Ａの接合構造の配置図を表したものである。２０１は第三基材、２０２は第二基材、２０３は第一基材、２２１〜２２３は、接合構造を構成する各接合部を示している。接合構造のうち、分離容易な接合構造１０は接合部２２１で構成され、分離困難な接合構造１１は接合部２２２、接合部２２３で構成される。 FIG. 3 shows another example of the junction structure forming region according to the present embodiment, and shows a layout diagram of the junction structure in the junction structure forming region A. FIG. Reference numeral 201 denotes a third base material, 202 denotes a second base material, 203 denotes a first base material, and 221 to 223 denote joints constituting the joint structure. Among the joint structures, the easily-separated joint structure 10 is constituted by the joint portion 221, and the difficult-separation joint structure 11 is constituted by the joint portion 222 and the joint portion 223.

図３において、第三基材２０１と第二基材２０２との間の接合部２２１の本数は１本で、第二基材２０２と第一基材２０３との間の接合部２２２と接合部２２３の本数が２本であるケースを示している。接合部２２２と接合部２２３とが接合部２２１の位置から関連付け情報形成領域Ｂ側に一定距離だけ離れて形成されている場合である。 In FIG. 3, the number of the joint portions 221 between the third base material 201 and the second base material 202 is one, and the joint portion 222 and the joint portion between the second base material 202 and the first base material 203. The case where the number of 223 is two is shown. This is a case where the joint portion 222 and the joint portion 223 are formed a certain distance away from the position of the joint portion 221 on the association information formation region B side.

図４は、本実施形態に係わる接合構造形成領域の別の一例を示したもので、接合構造形成領域Ａの接合構造の配置図を表したものである。３０１は第三基材、３０２は第二基材、３０３は第一基材、３２１〜３２３は、接合構造を構成する各接合部を示している。接合構造のうち、分離容易な接合構造１０は接合部３２１で構成され、分離困難な接合構造１１は接合部３２２、接合部３２３で構成される。 FIG. 4 shows another example of the junction structure formation region according to this embodiment, and shows a layout diagram of the junction structure in the junction structure formation region A. FIG. Reference numeral 301 denotes a third base material, 302 denotes a second base material, 303 denotes a first base material, and 321 to 323 denote joint portions constituting the joint structure. Of the joint structures, the easily separable joint structure 10 is configured by the joint portion 321, and the difficultly separable joint structure 11 is configured by the joint portion 322 and the joint portion 323.

図４において、第三基材３０１と第二基材３０２との間の接合部３２１の本数は１本で、第二基材３０２と第一基材３０３との間の接合部３２２と接合部３２３の本数が２本であるケースを示している。接合部３２１と接合部３２３とが第三基材３０１、第二基材３０２、第一基材３０３の法線方向に対して同一線上にあり、接合部３２２の位置が関連付け情報形成領域Ｂ側と反対方向に一定距離だけ離れて形成されている場合である。 In FIG. 4, the number of the joint portions 321 between the third base material 301 and the second base material 302 is one, and the joint portion 322 and the joint portion between the second base material 302 and the first base material 303. The case where the number of 323 is two is shown. The joint portion 321 and the joint portion 323 are on the same line with respect to the normal direction of the third base material 301, the second base material 302, and the first base material 303, and the position of the joint portion 322 is the association information forming region B side. Is formed in a direction opposite to that by a certain distance.

図５は、本実施形態に係わる接合構造形成領域の別の一例を示したもので、接合構造形成領域Ａの接合構造の配置図を表したものである。４０１は第三基材、４０２は第二基材、４０３は第一基材、４２１は接合部、４２２は接合部である。 FIG. 5 shows another example of the junction structure formation region according to the present embodiment, and shows a layout of the junction structure in the junction structure formation region A. FIG. 401 is a third base material, 402 is a second base material, 403 is a first base material, 421 is a joint portion, and 422 is a joint portion.

図５において、第三基材４０１と第二基材４０２との間の接合部４２１の本数は１本で、第二基材４０２と第一基材４０３との間の接合部４２２の本数が１本であるケースを示している。接合部４２２が接合部４２１の位置から関連付け情報形成領域Ｂ側に一定距離だけ離れて形成されている場合である。 In FIG. 5, the number of joints 421 between the third base material 401 and the second base material 402 is one, and the number of joints 422 between the second base material 402 and the first base material 403 is one. The case of one is shown. This is a case where the joint portion 422 is formed a certain distance away from the position of the joint portion 421 on the association information formation region B side.

図６は、本実施形態に係わる接合構造形成領域の別の一例を示したもので、接合構造形成領域Ａの接合構造の配置図を表したものである。５０１は第三基材、５０２は第二基材、５０３は第一基材、５２１は接合部、５２２は接合部である。 FIG. 6 shows another example of the junction structure formation region according to the present embodiment, and shows a layout diagram of the junction structure in the junction structure formation region A. FIG. Reference numeral 501 denotes a third base material, 502 denotes a second base material, 503 denotes a first base material, 521 denotes a joint portion, and 522 denotes a joint portion.

図６において、第三基材５０１と第二基材５０２との間の接合部５２１の本数は１本で、第二基材５０２と第一基材５０３との間の接合部５２２の本数が１本であるケースを示している。接合部５２１と接合部５２２とが第三基材５０１、第二基材５０２、第一基材５０３の法線方向に対して同一線上にある場合を示している。 In FIG. 6, the number of joints 521 between the third base material 501 and the second base material 502 is one, and the number of joints 522 between the second base material 502 and the first base material 503 is one. The case of one is shown. The case where the junction part 521 and the junction part 522 are on the same line with respect to the normal line direction of the 3rd base material 501, the 2nd base material 502, and the 1st base material 503 is shown.

図７は、本実施形態に係わる接合構造形成領域の別の一例を示したもので、接合構造形成領域Ａの接合構造の配置図を表したものである。６０１は第三基材、６０２は第二基材、６０３は第一基材、６２１は接合部、６２２は接合部である。 FIG. 7 shows another example of the junction structure formation region according to this embodiment, and shows a layout diagram of the junction structure in the junction structure formation region A. FIG. Reference numeral 601 denotes a third base material, 602 denotes a second base material, 603 denotes a first base material, 621 denotes a joint portion, and 622 denotes a joint portion.

図７において、第三基材６０１と第二基材６０２との間の接合部６２１の本数は１本で、第二基材６０２と第一基材６０３との間の接合部６２２の本数が１本であるケースを示している。接合部６２２が接合部６２１の位置から関連付け情報形成領域Ｂ側と反対方向に一定距離だけ離れて形成されている場合である。 In FIG. 7, the number of joints 621 between the third base 601 and the second base 602 is one, and the number of joints 622 between the second base 602 and the first base 603 is one. The case of one is shown. This is a case where the joint portion 622 is formed a certain distance away from the position of the joint portion 621 in the direction opposite to the association information forming region B side.

図８は、本実施形態に係わる接合構造形成領域の別の一例を示したもので、接合構造形成領域Ａの接合構造の配置図を表したものである。７０１は第三基材、７０２は第二基材、７０３は第一基材、７２１は接合部、７２２は接合部、７２３は接合部である。 FIG. 8 shows another example of the junction structure formation region according to the present embodiment, and shows a layout diagram of the junction structure in the junction structure formation region A. FIG. Reference numeral 701 denotes a third base material, 702 denotes a second base material, 703 denotes a first base material, 721 denotes a joint portion, 722 denotes a joint portion, and 723 denotes a joint portion.

図８において、第三基材７０１と第二基材７０２との間の接合部７２１の本数は１本で、第二基材７０２と第一基材７０３との間の接合部７２２と接合部７２３の本数が２本であるケースを示している。接合部７２２と接合部７２３とが接合部７２１の位置から関連付け情報形成領域Ｂ側と反対方向に一定距離だけ離れて形成されている場合である。 In FIG. 8, the number of the joint portions 721 between the third base material 701 and the second base material 702 is one, and the joint portion 722 and the joint portion between the second base material 702 and the first base material 703. The case where the number of 723 is two is shown. This is a case where the joint portion 722 and the joint portion 723 are formed apart from the position of the joint portion 721 by a certain distance in the direction opposite to the association information forming region B side.

図９は、本実施形態に係わる接合構造の剥離性評価方法の一例である。８０１は第三基材、８０２は第二基材、８０３は第一基材、８２１は接合部、８２２は接合部、Ｐは剥離前、Ｑは剥離中を示している。剥離性評価方法としては、第三基材８０１を剥離中Ｑのように図面左側に引っ張り接合部８２１が基材から剥離あるいは層間剥離する時の状態を評価した。 FIG. 9 is an example of a method for evaluating the peelability of the joint structure according to this embodiment. 801 is the third base material, 802 is the second base material, 803 is the first base material, 821 is the joint portion, 822 is the joint portion, P is before peeling, and Q is being peeled. As a peelability evaluation method, the state at the time when the tensile bonding portion 821 peels or delaminates from the substrate is evaluated on the left side of the drawing like Q during peeling of the third substrate 801.

以下、具体的な実施例について説明する。 Specific examples will be described below.

（実施例１）
図１に示した識別タグの製造工程の一例を以下に示した。
印刷工程では、第三基材２１に相当する連続用紙の表面に絵柄印刷を行う。次に第二基材２２に相当する連続用紙の表面に絵柄印刷を行い、裏面にバックカーボンを行う。次に第一基材２３に相当する連続用紙の表面に絵柄印刷を行う。
印字工程では、第三基材２１の関連付け情報形成領域Ｂとタグ部領域Ｃとラベル部領域Ｄに印字を行う。他方第一基材２３の関連付け情報形成領域Ｂとタグ部領域Ｃとラベル部領域Ｄに印字を行う。
丁合工程では、第一基材２３の裏面に両面テープを貼付しタグ部２７の粘着剤層１２ならびにラベル部２４、２５、２６の粘着剤層１３を設ける。次に第二基材２２の裏面にライングリューにて線状糊を２本設け、第一基材２３に貼付する。次に第三基材２１の裏面にライングリューにて線状糊を１本設け第二基材２２に貼付する。
最後に連続用紙が丁合されてなる丁合物を仕上げサイズにシートカットする。
ここで、ライングリューとは走行する基材の表面にノズルから線状糊等の接着剤を吐出して塗布する接着剤の塗布方法または装置のことをいう。 Example 1
An example of a manufacturing process of the identification tag shown in FIG. 1 is shown below.
In the printing process, pattern printing is performed on the surface of the continuous paper corresponding to the third base material 21. Next, pattern printing is performed on the front surface of the continuous paper corresponding to the second base material 22, and back carbon is performed on the back surface. Next, pattern printing is performed on the surface of the continuous paper corresponding to the first substrate 23.
In the printing process, printing is performed on the association information forming region B, the tag portion region C, and the label portion region D of the third base material 21. On the other hand, printing is performed on the association information forming region B, the tag portion region C, and the label portion region D of the first base material 23.
In the collating step, a double-sided tape is applied to the back surface of the first base material 23 to provide the adhesive layer 12 of the tag portion 27 and the adhesive layer 13 of the label portions 24, 25, and 26. Next, two linear glues are provided on the back surface of the second base material 22 by line mulching and are attached to the first base material 23. Next, one line paste is provided on the back surface of the third base material 21 with a line glew and is attached to the second base material 22.
Finally, the collated product, which has been collated with continuous paper, is cut to a finished size.
Here, the line glew refers to an adhesive application method or apparatus in which an adhesive such as linear glue is discharged from a nozzle onto the surface of a traveling substrate.

（実施例２）
図２に示した接合構造からなる識別タグに対して前記剥離性評価方法を適用して評価した。その結果、第三基材１０１のみを図面右側から左側へ持ち上げて剥離した場合、第二基材１０２は接合部１２２と接合部１２３の２本で接合されているので図面右側からの力が加わり難いため、第三基材１０１を容易に剥離することができ最良の結果が得られた。 (Example 2)
Evaluation was performed by applying the peelability evaluation method to the identification tag having the joining structure shown in FIG. As a result, when only the third base material 101 is lifted from the right side of the drawing to the left side and peeled off, the second base material 102 is joined by the joint part 122 and the joint part 123, so that force from the right side of the figure is applied. Since it was difficult, the 3rd base material 101 was peeled easily and the best result was obtained.

（実施例３）
図３に示した接合構造からなる識別タグに対して前記剥離性評価方法を適用して評価した。その結果、第三基材２０１を図面右側から左側へ持ち上げて剥離した場合、第二基材２０２は接合部２２２と接合部２２３の２本で接合されているので図面右側からの力が加わり難いため、第三基材２０１のみを容易に剥離することができ最良の結果が得られた。 (Example 3)
Evaluation was performed by applying the peelability evaluation method to the identification tag having the joint structure shown in FIG. As a result, when the third base material 201 is lifted from the right side of the drawing to the left side and peeled off, the second base material 202 is joined by the joining part 222 and the joining part 223, so that it is difficult to apply force from the right side of the figure. Therefore, only the third base material 201 can be easily peeled off, and the best result was obtained.

（実施例４）
図４に示した接合構造からなる識別タグに対して前記剥離性評価方法を適用して評価した。その結果、第三基材３０１を図面右側から左側へ持ち上げて剥離した場合、接合部３２２と接合部３２３とが図面右側から力が加わるため、接合部３２２と接合部３２３とが剥離しやすいが、接合部３２２と接合部３２３の２本とも剥離してしまうことはなく良好な結果が得られた。 Example 4
Evaluation was performed by applying the peelability evaluation method to the identification tag having the joint structure shown in FIG. As a result, when the third base material 301 is lifted from the right side of the drawing to the left side and peeled off, a force is applied to the joining portion 322 and the joining portion 323 from the right side of the drawing, so that the joining portion 322 and the joining portion 323 are easily peeled off. Both the joint 322 and the joint 323 were not peeled off, and good results were obtained.

（実施例５）
図５に示した接合構造からなる識別タグに対して前記剥離性評価方法を適用して評価した。その結果、第三基材４０１を図面右側から左側へ持ち上げて剥離した場合、接合部４２２には力が加わりにくいので安定して第三基材４０１を剥離でき、第三基材４０１を図面右側から左側へ持ち上げて引っ張った場合に第二基材４０２が浮き易く接合部４２２が剥がれそうになるが、良好な結果が得られた。 (Example 5)
Evaluation was performed by applying the peelability evaluation method to the identification tag having the joint structure shown in FIG. As a result, when the third base material 401 is lifted and peeled from the right side to the left side in the drawing, a force is not easily applied to the joint portion 422, so that the third base material 401 can be peeled stably. When the second base material 402 is easily lifted to the left side and pulled, the joint portion 422 is likely to be peeled off, but good results were obtained.

（実施例６）
図６に示した接合構造からなる識別タグに対して前記剥離性評価方法を適用して評価した。その結果、第三基材５０１を図面右側から左側へ持ち上げて剥離した場合、接合部５２１と接合部５２２の両方に力が加わるため、第三基材５０１の剥離の仕方によっては接合部５２２が剥がれてしまう場合もあった。 (Example 6)
Evaluation was performed by applying the peelability evaluation method to the identification tag having the joining structure shown in FIG. As a result, when the third base member 501 is lifted and peeled from the right side to the left side in the drawing, a force is applied to both the joint portion 521 and the joint portion 522. In some cases, it was peeled off.

（比較例１）
図７に示した接合構造からなる識別タグに対して前記剥離性評価方法を適用して評価した。その結果、第三基材６０１を図面右側から左側へ持ち上げて剥離した場合、第二基材６０２も同時に持ち上がり、接合部６２２が剥がれてしまった。 (Comparative Example 1)
Evaluation was performed by applying the peelability evaluation method to the identification tag having the joint structure shown in FIG. As a result, when the third base material 601 was lifted from the right side to the left side and peeled off, the second base material 602 was also lifted at the same time, and the joint portion 622 was peeled off.

（比較例２）
図８に示した接合構造からなる識別タグに対して前記剥離性評価方法を適用して評価した。その結果、第三基材７０１を図面右側から左側へ持ち上げて剥離した場合、第二基材７０２も同時に持ち上がり、接合部７２３が剥がれそうになる。しかしながら、接合部７２２と接合部７２３が２本あるので、比較例１よりは良好であった。 (Comparative Example 2)
Evaluation was performed by applying the peelability evaluation method to the identification tag having the joint structure shown in FIG. As a result, when the third base material 701 is lifted and peeled from the right side of the drawing to the left side, the second base material 702 is also lifted at the same time, and the joint portion 723 is likely to peel off. However, since there are two joints 722 and 723, it was better than Comparative Example 1.

（まとめ）
実施例と比較例を下記のような表にまとめた。

(Summary)
Examples and Comparative Examples are summarized in the following table.

本発明の識別タグは、搭乗者が乗り継ぎのために別の航空機を利用したり、他の航空会社を利用したりする時に用いることができる。この場合、タグ部と伝票部とを関連付ける関連付け情報が付与された本発明の識別タグにより同一識別タグで同一搭乗者が何回でも使用することが可能となり、伝票部の枚数に制限がないため、搭乗者の控え伝票のみならず、航空会社の控え伝票としても利用することが可能である。 The identification tag of the present invention can be used when a passenger uses another aircraft for a connection or uses another airline. In this case, the same passenger can use the same identification tag any number of times with the identification tag of the present invention to which the association information for associating the tag portion and the slip portion is given, and the number of slip portions is not limited. It can be used not only as a voucher for passengers but also as a voucher for airlines.

また、本発明の識別タグは、患者の手首や足首に氏名、年齢、住所、性別、電話番号、個人的な医療情報を記載したタグを巻き付けて利用できる。本人照合確認はもちろんのこと、本人と関連付けられたベッドにも薬剤の種類や量、投薬の時間等を記載した識別タグを巻き付けて使用することで医療関係者による医療ミスを防止することが可能となる。 Further, the identification tag of the present invention can be used by wrapping a tag describing a name, age, address, sex, telephone number, and personal medical information around the wrist or ankle of a patient. It is possible to prevent medical errors by medical personnel by using identification tags that describe the type, amount, and time of medication on the bed associated with the person as well as verifying the person's identity. It becomes.

１０分離容易な接合構造
１１分離困難な接合構造
１２粘着剤層
１３粘着剤層
２１第三基材
２２第二基材
２３第一基材
２４ラベル部
２５ラベル部
２６ラベル部
２７タグ部
２８伝票部
３１感圧式複写構造
３２感圧式複写構造
４１切り離し予定線
Ａ接合構造形成領域
Ｂ関連付け情報形成領域
Ｃタグ部領域
Ｄラベル部領域
Ｘ関連付け情報
１０１第三基材
１０２第二基材
１０３第一基材
１２１接合部
１２２接合部
１２３接合部
２０１第三基材
２０２第二基材
２０３第一基材
２２１接合部
２２２接合部
２２３接合部
３０１第三基材
３０２第二基材
３０３第一基材
３２１接合部
３２２接合部
３２３接合部
４０１第三基材
４０２第二基材
４０３第一基材
４２１接合部
４２２接合部
５０１第三基材
５０２第二基材
５０３第一基材
５２１接合部
５２２接合部
６０１第三基材
６０２第二基材
６０３第一基材
６２１接合部
６２２接合部
７０１第三基材
７０２第二基材
７０３第一基材
７２１接合部
７２２接合部
７２３接合部
８０１第三基材
８０２第二基材
８０３第一基材
８２１接合部
８２２接合部
Ｐ剥離前
Ｑ剥離中 DESCRIPTION OF SYMBOLS 10 Joining structure easy to separate 11 Joining structure difficult to separate 12 Adhesive layer 13 Adhesive layer 21 3rd base material 22 2nd base material 23 1st base material 24 Label part 25 Label part 26 Label part 27 Tag part 28 Voucher part 31 Pressure Sensitive Copy Structure 32 Pressure Sensitive Copy Structure 41 Scheduled Detachment Line A Joint Structure Forming Area B Association Information Forming Area C Tag Part Area D Label Part Area X Association Information 101 Third Base Material 102 Second Base Material 103 First Base Material 121 joint portion 122 joint portion 123 joint portion 201 third base material 202 second base material 203 first base material 221 joint portion 222 joint portion 223 joint portion 301 third base material 302 second base material 303 first base material 321 joint Part 322 joint part 323 joint part 401 third base material 402 second base material 403 first base material 421 joint part 422 joint part 501 third base material 502 2nd base material 503 1st base material 521 joint part 522 joint part 601 3rd base material 602 2nd base material 603 1st base material 621 joint part 622 joint part 701 3rd base material 702 2nd base material 703 1st Base material 721 Joining part 722 Joining part 723 Joining part 801 Third base material 802 Second base material 803 First base material 821 Joining part 822 Joining part P Before peeling Q During peeling

Claims

In a tag having at least a tag part and a slip part, and provided with association information for associating the tag part and the slip part,
The tag part is formed by laminating a plurality of long base materials,
The plurality of base materials include a first base material part of which forms a tag portion, and at least a second base material and a third base material that form each sheet of the slip portion on one surface of the first base material. Are stacked in this order, and an adhesive layer for joining the tag portion in a loop shape is provided on the other surface of the first base material on at least one short side, and there is no sense between the plurality of base materials. A pressure copy structure is provided,
Furthermore, one short side inside between the plurality of base materials is joined by a joining structure, and the first base material and the second base material are joined with difficulty in separation among the joining structures. The second base material and the third base material are easily separated from each other,
The first base material is divided into a bonding structure forming region that forms the bonding structure, an association information forming region that forms the association information, and a tag portion region that forms a tag portion,
A separation line is provided between the association information formation area and the tag part area, and the association information formation area is separated when the association information formation area and the tag part area are separated from each other with the separation line as a boundary. An identification tag characterized in that each sheet of the tag portion and the slip portion is associated with each other by joining the second base material and the second base material via the joining structure.

The joining structure is a linear glue, and a plurality of linear glues are formed between the first base material and the second base material, and there is one between the second base material and the third base material. The identification tag according to claim 1, wherein a linear paste of books is formed.

The joining structure is linear glue, and linear glue is continuously formed between the first base material and the second base material, and a line is formed between the second base material and the third base material. The identification tag according to claim 1, wherein the paste is formed intermittently.

The joining structure is a linear glue, and two linear glues are continuously formed between the first base material and the second base material, and the second base material and the third base material. The identification tag according to claim 1, wherein one linear paste is intermittently formed between the two.

The joining structure is linear glue, and the adhesive strength of the linear glue between the first base material and the second base material is linear glue between the second base material and the third base material. The identification tag according to any one of claims 1 to 4, wherein the identification tag is stronger than the adhesive strength.

The first base material is divided into a bonding structure forming region that forms the bonding structure, an association information forming region that forms the association information, a tag portion region that forms a tag portion, and a label portion region that forms a label portion. A separation line is provided between the tag portion region and the label portion region, the association information is formed on one surface of the first base material forming the label portion region, and the label portion region is The identification tag according to any one of claims 1 to 5, wherein an adhesive layer is formed on the other surface of the first base material.

The identification tag according to claim 6, wherein the label part region is divided into a plurality of label parts, and association information is formed in each of the divided label parts.

The identification tag according to any one of claims 1 to 7, wherein a plurality of the long base materials have the same length in a short side direction of each base material.