JPH11216980A - Card continuous strip - Google Patents

Abstract

PROBLEM TO BE SOLVED: To efficiently issue a card by aligning a plurality of cards on a long mounting sheet without using an adhesive, and continuously sending it to a printer. SOLUTION: A card part 3 is obtained by laminating from an upper layer side a card base material, a transparent adhesive layer and a card side transparent synthetic resin later on an upper surface side of a strip-like mounting sheet 2. The card part 3 is separably connected to the sheet 2 via a pseudo-adhesive releasably adhesive to a mounting sheet side synthetic resin layer laminated on a surface of the card side transparent synthetic resin layer and a strip-like mounting sheet via an adhesive layer. A fixed information describing part is provided on a lower surface of the transparent adhesive layer side of the material 5, and a variable information describing part 12 is provide on an upper surface of the material 5. A sub-card part having a removable mounting sheet material surrounded by discontinuous cutout part corresponding to the part 3, a transparent adhesive layer disposed on an upper surface of a mounting sheet material and a mounting sheet side transparent synthetic resin layer is provided on the sheet 2, and a variable information describing part is provided on a lower surface of the sub-card.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a card continuum provided with a plurality of card portions in which variable information can be described.

[0002]

Conventionally, when a simple card such as an admission card at an exhibition or the like is issued, a required discontinuous cut in a frame shape is made in the required card paper to insert the card into the card paper. The card paper is set in a printer, and predetermined information, for example, information such as a customer's name and a customer's office name is output on one side of the card, and then the card is removed. And so on. On the other hand, there is a label printer which outputs information on a small piece of paper such as a card. A label printer in which labels are arranged in a continuous state is set and output to the label printer for efficiency. Good output processing could be performed. There are printers that can efficiently output information to such small pieces of paper. In addition, when card paper is used in issuing the above-described card, parts other than the card become unnecessary, which is uneconomical. At the same time, it was necessary to separate the cards, and there has been a demand that the label printer can be used to issue the cards. However, if a plurality of cards are detachably fixed to a strip of release paper such as a label, it is necessary to provide an adhesive to the card itself, and the adhesive surface located on one side of the card after being removed from the release paper Must be processed, and there is an inconvenience that a card cannot be issued using a label printer. In view of the above circumstances, an object of the present invention is to provide a plurality of cards arranged on a long backing paper without using an adhesive so that the cards can be continuously sent to a printer, so that efficient card issuance can be performed. The purpose is to be.

[0003]

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and has a band-shaped backing, a card base material, a transparent adhesive layer, and a card-side disposed on the front side of the band-shaped backing. A card portion formed by laminating a transparent synthetic resin layer, wherein the card portion is formed of a card-side transparent synthetic resin layer and a mount-side transparent synthetic resin layer bonded to the surface of the band-shaped backing sheet via an adhesive layer. The card base has a fixed information recording section on the lower surface of the card base material on the side of the transparent adhesive layer through a pseudo-adhesion part by separable close contact, and has a fixed information writing section on the lower surface of the card base. On the upper surface of the material, there is a variable information writing portion, and on the band-shaped backing material, a backing material which can be extracted by being surrounded by discontinuous cutout portions at positions corresponding to the card portion, and a top surface of the mounting material. The transparent adhesive layer located A card continuum characterized in that a sub card portion composed of a backing side transparent synthetic resin layer is provided and a variable information description portion is provided on the lower surface of the sub card portion to solve the above problem Is what you do. In the present invention, the mount-side transparent synthetic resin layer is adhered to the entire surface of the band-shaped mount via an adhesive layer, and the cut portion around the mount material reaches the pseudo-adhesive portion. Can be wound over the longitudinal direction of the band-shaped backing sheet,
Furthermore, the card portions can be folded with the gap between the card portions folded.

[0004]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described in detail with reference to the embodiments shown in FIGS. In FIG. 1, reference numeral 1 denotes a card continuum. The card continuum 1 is provided on a band-shaped backing sheet 2 as shown in FIG. And a plurality of card portions 3, each of which is disposed apart from each other via a gap 4. Each of the card portions 3 is detachably joined on the upper surface side of the band-shaped backing sheet 2, and as shown in FIG. 2, the card portion 3 has a card base material 5, a transparent adhesive layer 6 and a It has a laminated structure in which a card-side transparent synthetic resin layer 7 made of polyethylene terephthalate is laminated. A mount-side transparent synthetic resin layer 9 made of polyethylene bonded to the card unit 3 via a transparent adhesive layer 8 on the upper surface of the band-shaped mount 2 is arranged. The card section 3 is joined as described above via the pseudo-adhesion section 10 which can be separated and adhered to the transparent synthetic resin layer 9. In the configuration of the pseudo bonding portion 10, the card-side transparent synthetic resin layer 7 is made of polyethylene terephthalate, and the mount-side transparent synthetic resin layer 9 is made of polyethylene. The joining of the resin layers in the pseudo-adhesion portion 10 can be formed by joining the synthetic resins having different physical properties as described above in the form of a molten film.

[0005] In order to provide information to the card section 3, fixed information is written on the lower surface of the card base 5 on the transparent adhesive layer 6 side of the card base 5. In addition to having a section 11, a variable information description section 12 for printing a member name, a code number, an expiration date, and the like is provided on the upper surface of the card base material 5. The fixed information writing section 11 is provided with necessary information in advance by printing or the like on the card base material 5, and after providing this information, the card-side transparent synthetic resin layer 7 is formed. . Then, in the variable information description section 12 on the upper surface, the card continuum 1 is set on a label printer or the like and output so that the information is described.

On the other hand, on the side of the band-shaped backing paper 2, a sub-card portion 13, which can be cut off at a position corresponding to the card portion 3, is disposed.
Has a configuration in which a mounting material 15 surrounded by discontinuous cut portions 14 formed in the band-shaped mounting material 2, the adhesive layer 8, and the mounting-side transparent synthetic resin layer 9 are laminated. The secondary card section 13 has a variable information writing section 16 on the lower surface of the secondary card section 13 so that information can be output to the variable information writing section 16. After outputting the variable information on the upper surface of the card base 5 in the card section 3 in this way, the card section 3 is separated from the pseudo-adhesion section 10 between the card section 2 and the variable information is confirmed on the upper surface side. As a result, it is possible to obtain a card in which fixed information can be confirmed via the card-side transparent synthetic resin layer on the lower surface side, and furthermore, after outputting variable information to the sub-card section 13, the sub-card section 13 is pulled out of the band-shaped backing sheet 2, A sub card in which the variable information can be confirmed on the lower surface side is obtained.

In the above-described embodiment, on the upper surface side of the band-shaped backing paper 2, the sub card units 1 corresponding to the card units 3 respectively.
3, the transparent synthetic resin layer and the adhesive layer on the mount side are separated from each other in the longitudinal direction of the mount. However, the present invention is not limited to this, and as shown in FIG. The backing-side synthetic resin layer 9 is bonded to the entire surface of the substrate 2 via an adhesive layer 8 so that the cutouts 14 around the backing material 15 reach the pseudo-bonding portion 10 and can be separated. In this case, the notch 1
4 does not need to correspond to the outer peripheral shape of the card portion.

In order to facilitate the handling and storage of the card continuous body 1 having a large number of card sections, the card section 2 may be wound up in the longitudinal direction and rolled, The gap 4 between the three may be folded at the folding position so as to be folded in a Z shape.

[0009]

As described above, according to the card continuum of the present invention, the cardboard, the transparent adhesive layer, and the card-side transparent composite are positioned on the front side of the cardboard and the cardboard. A card portion formed by laminating a resin layer, and the card portion is separable from a card-side transparent synthetic resin layer and a mount-side transparent synthetic resin layer bonded to the surface of the band-shaped backing sheet via an adhesive layer. It is separated and joined to the band-shaped mount via a pseudo-adhesion part due to close contact, and has a fixed information description part on the lower surface of the card base material on the transparent adhesive layer side, and the card base material The upper surface has a variable information writing portion, and the band-shaped backing is provided with a backing material that can be extracted by being surrounded by discontinuous cutout portions at positions corresponding to the card portion and a top surface of the mounting material. The transparent adhesive layer and the mount It is provided with a sub-card unit consisting of a transparent synthetic resin layer, and is characterized in that it has a variable information describing portion on the lower surface of the sub card section. By outputting the variable information to each of the card unit and the sub card unit using an output device such as a label printer, a card having the variable information and a sub card can be obtained, and the pseudo bonding between the band-shaped backing sheet and the backing sheet can be obtained. Separating the card part from the part, and also removing the sub card part from the band-shaped backing sheet and separating it, it becomes a card material without adhesive, etc., it can be easily created without post-processing such as adhesive protection, etc. This is an effect that is excellent in practicality.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing an example of a card connector according to the present invention.

FIG. 2 is an explanatory diagram showing an example in cross section.

FIG. 3 is an explanatory view showing another example in cross section.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Card continuous body 2 ... Band-shaped mount 3 ... Card part 5 ... Card base material 6 ... Transparent adhesive layer 7 ... Card side transparent synthetic resin layer 9 ... Mount side synthetic resin layer 10 ... Pseudo-adhesion part 12 ... Variable information description part 13: Secondary card section 14: Notch section 16: Variable information description section

Claims (4)

[Claims] 1. A card comprising: a band-shaped backing sheet; and a card portion which is located on the surface side of the band-shaped backing sheet and which is formed by laminating a card base material, a transparent adhesive layer and a card-side transparent synthetic resin layer from the upper side. The part can be separated into a band-shaped backing sheet via a pseudo-adhesion part by separable adhesion between the card-side transparent synthetic resin layer and the mounting side transparent synthetic resin layer bonded to the surface of the band-shaped backing sheet via an adhesive layer. Joined, and has a fixed information writing portion on the lower surface of the card base material on the transparent adhesive layer side, has a variable information writing portion on the upper surface of the card base material, A sub-mount comprising a backing material surrounded by discontinuous cutouts at positions corresponding to the card portion and capable of being removed, and the transparent adhesive layer and the backing side transparent synthetic resin layer located on the top surface of the backing material; A card part is provided, Card continuum, characterized in that it has a variable information describing portion on the lower surface of the sub-card unit. 2. A backing sheet-side transparent synthetic resin layer is adhered to the entire surface of the band-shaped backing sheet via an adhesive layer, and a cut portion around the backing sheet material reaches the pseudo bonding section.
Card continuum described in 1. 3. The continuous card body according to claim 1, wherein the continuous card is wound up in the longitudinal direction of the band-shaped backing paper. 4. The card continuum according to claim 1, wherein the card portion is folded with the gap between the card portions folded.