JP2002023636A - Label base material for image printing - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a user to enjoy seal play for more than the number of formed sheets of image seals (13) formed by automatic seal forming devices installed in various shops relating to a label base material for image printing used as an image printing form for the automatic seal forming devices. SOLUTION: A lower layer label base material (2) which is subjected to prescribed printing on its front surface and is covered with a release layer (23) is affixed onto the front surface of a release mount (3); an upper layer label base material (1) is affixed in a laminated state to the front surface of the lower layer label base material (2); the front surface of the upper layer label base material (1) is covered with a sublimation transfer receptive layer; the sublimation transfer receptive layer is printed with the picked up images (15) by an image printing device; first notched parts (10) penetrating only the upper layer label base material (1) are formed to enclose the printing areas of the images (15); and second notched parts (20) penetrating only the lower layer label base material (2) are formed to enclose the prescribed printing areas (22) of the lower layer label base material (2).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an image printing label substrate, and more particularly to an image printing label substrate used as an image printing paper for an automatic seal making apparatus installed in various stores.

[0002]

2. Description of the Related Art Atlas Co., Ltd. has a brand name "Print Club" as an automatic seal making apparatus that can seal a photograph taken on the spot. This one stands in front of the device, selects a frame of a desired illustration from a display panel, and simply presses a button, and a subject in a mode surrounded by the frame is printed as an image to be a plurality of stickers. This is a type in which the seal is taken out in a state where it is adhered to one piece of peeling backing paper. As described above, the automatic sticker creating device can easily create an original sticker with a photograph (hereinafter, referred to as an image sticker).
If the sheet is peeled off from the peeling sheet, it can be enjoyed by sticking it one by one to a desired place such as a notebook or letter.

[0003]

However, as a matter of course, the image stickers can be played by sticking only the number of the image stickers created. If all the image stickers are peeled off, only the peeling backing sheet remains. It is. The present invention
It is an object of the present invention to be able to enjoy a seal play more than the number of image stickers created.

[0004]

Means for Solving the Problems * 1 The technical means of the present invention for solving the above-mentioned problem is as follows: "The lower-layer label base material whose surface is subjected to predetermined printing and which is covered with a release layer is released. The upper label base material is stuck on the surface of the mount, the upper label base material is stuck on the surface of the lower label base material in a laminated state, the surface of the upper label base material is covered with a sublimation transfer receiving layer, and the captured image is an image. A first cut portion that is printed on the sublimation transfer receiving layer by a printing device and penetrates only the upper layer label base material so as to surround the printing area of the image is formed, and the predetermined portion of the lower layer label base material is formed. A second cut portion penetrating only the lower label base material is formed so as to surround the printing area. "

The above technical means operates as follows. Since the sublimation transfer receiving layer is formed on the surface of the upper label base material, the image of the imaged subject is printed at a plurality of locations on the sublimation transfer receiving layer by the image printing device. A first notch is provided so as to surround each of the printed images. That is, the upper label base material is divided into a plurality of image seals by the first cutout portion, and the image seals can be separated from the lower label base material one by one. By peeling the image seal from the lower label base material,
A printed portion provided on the surface of the lower label base material appears. Since the second cut portion is formed so as to surround the printed portion, if the lower label base material is peeled off from the release liner along the second cut portion, the lower label base material is also used as a seal. Can be.

* 2. In item 1, the item "the second notch is provided so as to coincide with the first notch, and the adhesive force of the lower label base material to the release liner is equal to the upper label base. The material is set to be stronger than the adhesive force of the lower layer label to the release layer ”, so that the upper layer label base material and the lower layer label base material are continuously penetrated by the first and second cut portions. Since the lower label substrate is cut by the second cut portion in the same number and the same shape as the image seals in the upper label substrate, the cut range is the image seal. Below. When one of the image stickers is to be peeled off, the adhesive force of the lower label base material to the release liner is set to be stronger than that of the lower label base material. Only the image seal that is a part of the material can be peeled off. Then, below that, the area cut by the second cut portion remains in the lower label base material. After peeling off the image seal in the upper label base material, the second label base material
If the area surrounded by the cut portion is peeled off from the release liner, it can be used as a normal seal.

* 3. In the item 1, the second cut portion is provided so as to coincide with the first cut portion, and the second cut portion is continuous with the first cut portion and divides a print area of the image. The three notches are provided so as to penetrate only the upper label base material, and the sticking force of the lower label base material to the release liner is based on the sticking force of the upper label base material to the release layer of the lower label. Is also set to be weaker ', when trying to peel off one of the image stickers divided by the first cutout on the upper label base material, rather than the adhesive force to the lower label base material, Since the lower layer label substrate has a weaker adhesive force to the release liner, the lower label substrate is located below the image seal, and
The portion in the range surrounded by the second cut portion is to be peeled off from the peeling backing sheet by sticking to the peeled image seal. That is, the seal having the two-layer structure is taken out. After the two-layer seal is attached to the adherend, a part of the upper image seal can be peeled off from the lower seal along the third cut portion. By doing so, the surface of the seal having the two-layer structure adhered to the adherend is partly an image of the surface of the upper label base material, and the remaining part is the image of the lower label base material. The printed content on the front surface is exposed. For example, the third notch is set so as to be located along the center line of the image seal, and the subject is printed as an image so as to be located on one side of the third notch. The lower label base material is provided with a printing portion made of a photograph of an animated character or a talent so as to be located just below the other side of the third cut portion. Thereby, after attaching the seal of the two-layer structure peeled from the peeling backing sheet to the adherend, when the image seal of the upper layer, the part of the other side of the third cut portion is peeled, Below this, photographs of the anime character, the talent, etc. appear, and it becomes a two-shot photograph of the anime character, the talent, etc.

* 4. In each of the above-mentioned items, in the above items, "a frame-shaped printing portion is provided on the surface of the upper label base material, and the printed content of the printing portion of the upper label base material is provided on the surface of the lower label base material. Is printed on the upper label base material, for example, if the frame is configured with the design of an anime character, the same character is also printed on the lower label base material Set as follows. In the case of a sightseeing spot, illustrations and photographs of the famous spot may be used in the same manner. By doing so, the seal consisting of the upper label base material and the seal consisting of the lower label base material are unified in terms of content, and after the upper label base material is peeled off, the lower label base material on which the related contents are printed is printed. Since the material appears, the seal composed of the upper label substrate and the seal composed of the lower label substrate can be enjoyed with the same concept.

* 5. In each of the above items, the term "printing of the printing area of the image is printing executed by an image printing apparatus incorporated in the automatic sticker creating apparatus, and the printing of the upper label base material from the release liner is performed. Total thickness up to the surface is 0.125mm to 0.3mm
While being set to, various members constituting the paper transport device built in the automatic seal making device,
It is slip-treated with Teflon or silicon etc. with a low coefficient of friction. ” In addition to being able to be used as a material, various members constituting the paper transport device built in the automatic seal making device are configured to be treated with Teflon or silicon, so that the sublimation of the surface of the upper label base material is performed. It can be transported in a conventional automatic seal making device without damaging the transfer receiving layer.

[0010]

According to the present invention having the above configuration, the following specific effects are obtained. The upper layer label base material becomes an image sticker on which an image of the subject is printed, and even after peeling them off and pasting them on a predetermined adherend, the lower layer is subjected to predetermined printing. The lower label base material remains, and can be further used as a normal seal. Therefore, a seal play can be enjoyed more than the number of the plurality of image seals formed in a divided state in the upper label base material. Furthermore, in addition to the above effects, in the item 2, in the lower label base material, separate seals are formed by the number of the image seals formed on the upper label base material. You can play with stickers twice as much as.

In the item (3), a seal laminate comprising two layers, an upper label base material and a lower label base material, can be peeled from the release liner, and only a part of the upper layer portion of the seal laminate can be peeled. it can. Thereby, there is an effect that a more original seal is obtained in which a part of the image is printed on the upper label base material and the remaining part has the print content provided in advance on the lower label base material. The printed content provided on the surface of the lower label base material is in a state of being concealed by the upper label base material, and the print content of the lower label base material can be known only by peeling off the upper image seal. When peeling off a part of the game, it is possible to develop a new seal play for games and fortune-telling, beyond simple seal play.

In item 4, after the use of the image sticker made of the upper label base material, the lower label base material on which the content related to the printed content of the surface is printed appears, so that the character series is used. , Or in the case of a series of sightseeing spots, the enjoyment of playing with a seal doubles.

In item 5, an image of a subject is printed on the surface of the upper label substrate using a conventional automatic seal making apparatus without damaging the sublimation transfer receiving layer on the surface of the upper label substrate. be able to. Therefore, a so-called Pulikura (registered trademark) seal can be configured in a two-layer system, so that the conventional Purikura seal can be enjoyed more than the conventional way of enjoying.

[0014]

Next, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is an enlarged sectional view of a main part showing the structure of a label substrate for image printing according to a first embodiment of the present invention. This label base material is
On the release surface of (3), the upper label base material (1) and the lower label base material
(2) is laminated and affixed, and it is assumed that before cutting, it is all band-shaped and wound up in a roll.

On the back surface of the lower label base material (2), an adhesive layer (2
1) is formed, and a printed portion (22) is provided on the surface, and a release layer (23) is provided on the upper surface of the printed portion (22). Note that a cutout portion (20) is formed in advance so as to penetrate only the lower label base material (2) so as to surround the printing portion (22).

On the other hand, the upper label substrate (1) to be adhered to the surface of the lower label substrate (2) has a lower label substrate (2)
Adhesive layer (1) for releasably attaching to the release layer (23) of
1) is formed and a sublimation transfer receiving layer is formed on the surface.
(12) is covered, and is formed on a printing surface suitable for printing a captured image of a subject at a plurality of locations by an image printing apparatus described later.

The upper label substrate (1) and the lower label substrate
The laminated label made of (2) is in a belt shape before use, and is wound up in a roll shape together with the release liner (3). And
For example, it can be used as a raw material (30) of a general automatic seal making device such as the print club described above. Therefore, the total thickness of the upper label base material (1), the lower label base material (2), and the release liner (3) is set to 0.125 mm to 0.3 mm.

FIG. 2 is a schematic view showing the outline of the image printing and cutting section having the structure of the automatic seal making apparatus (4) as described above. According to this, the three-layered label base material is pulled out as a paper feed roll paper (31) from the rolled raw material (30) and inserted between a pair of paper feed rollers (32). You. By driving the paper feed roller (32), the paper feed roll paper (31) is sequentially fed to each successive process.

First, a subject shown on the front panel (40) of the automatic seal making device (4) is taken as an image by an image taking device (not shown). The image is printed on the printer (3
In 3), the upper label base material constituting the feed roller (31)
It is printed at a plurality of places on the sublimation transfer receiving layer (12) of (1).
Then, a cutter (34) is provided so as to surround the printing area of the image.
Notch (1) so as to penetrate only the upper layer label substrate (1).
0) is formed. After that, the paper feed roll paper (31) is
(35), cut into a predetermined length, and a separate sticker paper (3
7), and the sticker sheet (37) is discharged to the outside from the discharge port (41) of the automatic sticker creating device (4) by the discharge roller (36).

The paper feed roller (32) and the paper discharge roller (36)
Various feed rollers such as Teflon rubber or silicon rubber are used to feed the paper feed roll (31) to the discharge port (41) (not shown) in the automatic seal making device (4). It is assumed that various components such as a direction change turn bar and a sheet guide have been subjected to sliding treatment with silicon, Teflon or the like. Thereby, even if the three-layer paper feed roll (31) is thicker than a normal roll paper, it may be caught in the middle of conveyance, or may be caught in the middle of the transport, or the sublimation transfer receiving layer (12) on the surface of the upper label substrate (1). ) Can be smoothly transported through the automatic seal making device (4) without damaging the device.

As shown in FIG. 3, the discharged seal paper (37) is formed by cutting the upper label base material (1), the lower label base material (2), and the release sheet (3) into the same shape and the same size. The image (15) captured by the image capturing device is provided on a surface of the upper label substrate (1).
It is printed at a plurality of places in a state surrounded by 6), and is cut by the cut portions (10) so as to surround the printing area. Each part surrounded by this notch (10) is an image seal
(13), which can be used by peeling one by one from the surface of the lower label base material (2). Since the release layer (23) is formed on the surface of the lower label base material (2), each image seal (13) can be easily released one by one.

In this embodiment, the printing section (22) provided on the lower label base material (2) is provided at predetermined intervals on the belt-shaped lower label base material (2), In the cutting section (35) in the seal making device (4), the printing section
(22) and the printing unit (22) are cut and the seal paper (3
7) is configured. That is, the printing units (22) are provided one by one on a piece of sticker paper (37), and the printing units (22)
The notch (20) formed so as to surround the seal paper
It is set so as to be located along the periphery of (37). As described above, the portion surrounded by the cut portion (20) is
The size is approximately equal to the entire size of 7), and can be taken out as a large seal portion (24) which has been printed in advance.

In this case, because of the above-mentioned structure, every time the image sticker (13) is peeled off from the sticker sheet (37), a part of the contents of the lower printing section (22) is exposed, If the image sticker (13) is peeled off and the scrap (14) of the upper label base material (1) is also peeled off, the printing part of the large seal part (24)
(22) The whole appears. Adhesive layer on the back of large seal part (24)
Since the (21) is formed, the large seal portion (24) can be enjoyed as a seal even after all the image stickers (13) are pasted and played.

The print content of the printing section (22) is preferably related to the content of the illustration of the decorative frame (16) selected on the upper label base material (1). For example, the illustration content of the decorative frame (16) should be a pattern associated with each famous place of the sightseeing spot, and the content of the printing section (22) should be an illustration or a photograph of a typical building or the like of the sightseeing spot. I just need. In the case of the character series, the decorative frame (1
6) is drawn with the character and illustrations related to it, and after attaching the image sticker (13) with this character to various adherends and having fun, the large seal with the character drawn is the large seal part ( Since it appears as 24), the pleasure of playing with the seal doubles.

FIG. 4 is a partially enlarged sectional view of a sticker sheet (37) according to a second embodiment of the present invention. This has a configuration in which an independent printing unit (22) is located below each of a plurality of image seals (13) provided on the upper label base material (1).
The cut part (10) penetrating (1) and the cut part (20) penetrating the lower label base material (2) are all provided so as to be continuous. That is, the lower label base material (2) is formed with a small seal portion (25) having the same size, same shape, same number as that of the image seals (13) of the upper layer label base material (1), and having been subjected to predetermined printing in advance. Will be done.

In this, the upper label base material (1)
The adhesive layer (11) of the lower label substrate (2) is less than the adhesive force of the adhesive layer (11) to be adhered to the release layer (23) of the lower label substrate (2).
When the image sticker (13) is peeled from the seal paper (37) by setting a large sticking force for sticking to the peeling backing sheet (3), the small seal part ( 25) does not stick to the image sticker (13) and is not separated from the release liner (3), so that only the image sticker (13) can be taken out independently. After peeling off the image sticker (13), the small seal part (25) can also be peeled off from the peeling backing sheet (3) and enjoyed as a seal. In this case, as many small seal portions (25) as the number of image seals (13) can be obtained,
Double the number of image stickers (13), and you can enjoy playing with stickers.

FIG. 5 is a partially enlarged sectional view of a third embodiment of the present invention. This is similar to that of the second embodiment described above, and the cut portion (10) penetrating the upper label base material (1) and the cut portion (20) penetrating the lower label base material (2) Are provided continuously so that a plurality of two-layer labels including an image sticker (13) and a small seal portion (25) are formed on the surface of the release liner (3), and the image sticker (13) is formed. ) Along the center line and continuing to the notch (10), the upper label substrate
It is separately formed so as to penetrate only (1). This allows
The image seal (13) is divided into two divided seal portions (13a) and (13b) by the cut portion (17).

The adhesive force of the adhesive layer (11) of the upper label substrate (1) to the release layer (23) of the lower label substrate (2) is as follows:
By setting the adhesive layer (21) of the lower label base material (2) to be larger than the sticking force for sticking to the release liner (3), the image sticker (13) is peeled off from the seal paper (37). If this is attempted, the small seal portion (25) will be peeled off from the release liner (3) by sticking to this, and the two-layer seal consisting of the image seal (13) and the small seal portion (25) will be taken out at once. Becomes

As shown in FIG. 6, the seal is adhered to a predetermined adherend (42). After the attachment, one of the divided seal portions (13a) and (13b) on the front side (referred to as the left seal portion (13a) in the drawing) is peeled off from the small seal portion (25) in the lower layer. Since a release layer (23) is provided on the surface of the small seal portion (25) so as to cover the printing portion (22), only one of the split seal portions (13a) is formed of the small seal portion (25). It can be easily peeled off from the surface.

The print content of the printing unit (22) includes a notch
A ready-made character (19) such as a photograph of a talent or an animated character may be arranged so as to be positioned on the left and right sides or either one of (17). By doing so, the small seal portion (13a) is peeled off,
(25) The split seal portion (1
The subject (18) printed on 3b) appears to be shown alongside the existing character (19) printed on the small seal portion (25), so that the original seal play can be enjoyed. . In addition, since one of the divided seal portions (13a) separated from the small seal portion (25) also has an adhesive layer (11) formed on the back surface, it may be attached to another adherend. Can be.

As the subject (18), two images are printed so as to be located on the left and right of the notch (17), and the image of the established character (19) is also printed on the small seal part (25). By arranging two such seals, two kinds of original seals can be obtained in a case where the divided seal portion (13a) is peeled and a case where the divided seal portion (13b) is peeled. In the automatic seal making device (4), the cut (10) is provided so as to surround the printing area of the image provided in the upper label base material (1), but the upper label base material (1) May be provided in advance with a notch (10) having a predetermined size and shape, and an image may be printed within a range within the notch (10).

[Brief description of the drawings]

FIG. 1 is a partially enlarged cross-sectional view illustrating a structure of a label substrate for image printing according to a first embodiment of the present invention.

FIG. 2 is a schematic diagram showing an outline of an image printing and cutting unit having a structure of an automatic seal making device (4).

FIG. 3 is an explanatory view of a sticker sheet (37) made of a label substrate for image printing according to the first embodiment of the present invention.

FIG. 4 is a diagram showing a second embodiment of the present invention;
Partial enlarged sectional view of 7).

FIG. 5 is a diagram showing a third embodiment of the present invention;
Partial enlarged sectional view of 7).

FIG. 6 shows a third embodiment of the present invention;
FIG. 7 is an explanatory view showing a use state of the seal taken out from 7).

[Explanation of symbols]

 (1) ・ ・ ・ ・ ・ ・ Upper layer label substrate (10) ・ ・ ・ ・ ・ ・ First cut (12) ・ ・ ・ ・ ・ ・ Sublimation transfer receiving layer (15) ・ ・ ・ ・ ・ ・ Image (2) ・ ・ ・ ・ ・ ・ Lower label Substrate (20) ································································································ Image printing device

Claims (5)

[Claims] 1. A lower label base material having a predetermined surface printed thereon and covered with a release layer is adhered to a surface of a release mount, and an upper label base material is laminated on the surface of the lower label base material. The surface of the upper layer label base material is covered with a sublimation transfer receiving layer, and a captured image is printed on the sublimation transfer receiving layer by an image printing apparatus, and the upper layer surrounds a printing area of the image. A first cut portion penetrating only the label base material is formed, and a second cut portion penetrating only the lower label base material is formed so as to surround the predetermined print area of the lower label base material. A label substrate for image printing. 2. The label substrate for image printing according to claim 1, wherein the second cut portion is provided so as to coincide with the first cut portion, and an adhesive force of the lower label base material to the release liner is An image printing label base material which is set to be stronger than the adhesive force of the lower label to the release layer of the upper label base. 3. The label substrate for image printing according to claim 1, wherein the second cut portion is provided so as to coincide with the first cut portion, and the second cut portion is continuous with the first cut portion and the image is printed. A third cut portion for dividing a printing area is provided so as to penetrate only the upper label base material, and the adhesive force of the lower label base material to the release liner is the peeling of the lower label of the upper label base material. A label substrate for image printing that is set to be weaker than the adhesive force to the layer. 4. The label substrate for image printing according to claim 1, wherein a frame-shaped printing portion is provided on a surface of the upper layer label substrate, and a surface of the lower layer label substrate is provided with: A label substrate for image printing, on which a content related to a print content of the printing section of the upper layer label substrate is printed. 5. The image printing label substrate according to claim 1, wherein the printing of the printing area of the image is performed by an image printing apparatus built in an automatic sticker creating apparatus. The total thickness from the release liner to the surface of the upper label base material is set to 0.125 mm to 0.3 mm, and constitutes a label base material transport device built in the automatic seal making device. The various members are a label substrate for image printing, which is subjected to a sliding treatment with Teflon (registered trademark) or silicon having a low coefficient of friction.