CN103854367A - Embedded member of card,service-delivery sheet and information shielding sheet - Google Patents

Abstract

The invention provides an embedded member of a card, a service-delivery sheet and an information shielding sheet. Card interleaving paper formed by upper paper (11) and lower paper (12) is adhered to support interleaving paper (20). In the card interleaving paper, the card (2) is separately and regionally formed and adhered with the support interleaving paper (20) in a peeling way. An adhesive surface between the card (2) and the support interleaving paper (20) displays PIN cord (4a) and a POS code (4b). A hole portion (3b) is arranged in an area, opposite to the POS code (4b), of the support interleaving paper (20).

Description

The embedded member of card, service provide covers thin slice by thin slice and information

Technical field

The embedded member of card, the service that the present invention relates to use in the system of utilization expense of settling accounts the service that the electronics shop on computer network provides with electronic transaction pre-payment card provides covers thin slice by thin slice and information.

Background technology

In recent years, can utilize the system of the shopping in the electronics shop on computer network to be practical with pre-payment card, for example, in patent documentation 1, disclose this technology.In such system, on pre-payment card, show ID and the POS code corresponding with its foundation, in the time buying pre-payment card, by making pre-payment card become the state that can use by POS cashier's machine reading displayed in the POS of pre-payment card code.Afterwards, the user who buys pre-payment card uses the ID that is shown in pre-payment card to do shopping in electronics shop.

At this, in the system of the pre-payment card of stating in the use, worry the improper use of ID.For this reason, in order to prevent improper use, consider to arrange the technology of scraping coating on the PIN code that is shown in pre-payment card, for example, in patent documentation 2, disclose this technology.If use this technology,, by cover PIN code under the state of buying before pre-payment card, avoid using the improper use of PIN code.

But, above-mentioned pre-payment card in the time that solid shop is peddled, preferably can with lining paper integrated being kept discretely.At this, card can be peeled off be bonded in to show on lining paper, on this lining paper that the technology of card numbering is for example open in patent documentation 3.If use this technology, card can be kept discretely with the lining paper that has shown the information corresponding with card.

Patent documentation

Patent documentation 1:JP Unexamined Patent 11-203560 communique

The special table of patent documentation 2:JP 2010-531021 communique

Patent documentation 3:JP Unexamined Patent 11-110494 communique

But, as disclosed in patent documentation 3, can peel off under the state being bonded on the lining paper that has shown the information corresponding with card at card, do not cover and be shown in the cognizance codes such as the PIN code of card, in order to cover cognizance code, need on cognizance code, to arrange as disclosed in Patent Document 2 scraping coating, or with the adhesive surface Identification display code of the lining paper of card, in the case of separating typographical display in the cognizance code of card and being shown in the code corresponding with it of lining paper, there is unavoidably the matching error of these codes.

Summary of the invention

The problem points that the present invention has in view of prior art as described above and proposing, object is, cover in thin slice showing that the embedded member of card, the service of mutually setting up corresponding 1st generation code and 2nd generation code provide with thin slice and information, provide can be made as the energy vision identification 2nd generation code can not vision identification 1st generation code time of state before use state, also can avoid the embedded member of card, the service of the matching error of 1st generation code and 2nd generation code to provide covering thin slice by thin slice and information.

In order to reach above-mentioned purpose, in the embedded member of card of the present invention, make the 1st thin slice and the 2nd thin slice bonding, show and mutually set up corresponding 1st generation code and 2nd generation code, in described the 1st thin slice, comprise card, in described the 1st thin slice, described card discretely partition forms and can peel off bonding with described the 2nd thin slice, show described 1st generation code at the adhesive surface with described the 2nd thin slice of described card, described the 1st thin slice is showing described 2nd generation code with the adhesive surface of described the 2nd thin slice, and described the 2nd thin slice has hole portion with the opposed region of described 2nd generation code.

In above-mentioned such the present invention who forms, at card not from the state of the 1st slice separates, because card is bonded in the 2nd thin slice, be therefore shown in card and the 1st generation code of adhesive surface the 2nd thin slice become can not vision identification state.In addition, although 2nd generation code is shown in the 1st thin slice and adhesive surface the 2nd thin slice, due to the 2nd thin slice with the opposed region division of 2nd generation code hole portion, therefore become the state that can be situated between and carry out vision identification by this hole portion.Afterwards, in the time making card from the 1st slice separates, be shown in card and the 1st generation code of adhesive surface the 2nd thin slice become can vision identification state.At this, 1st generation code and 2nd generation code be owing to being all presented at the 1st thin slice and adhesive surface the 2nd thin slice, therefore can, by they letterings simultaneously, can avoid matching error.

In addition, if the profile of the 1st thin slice and the 2nd thin slice is made as roughly the same,, because formation that can not vision identification 2nd generation code from the state of the 1st slice separates at card is to be located at the hole portion of the 2nd thin slice, therefore can not damage overall flatness.

In addition, the embedded member of card is according to the 1st slice part, the order of the 2nd slice part and the 3rd slice part connects them, described the 2nd slice part is sandwiched between described the 1st slice part and described the 3rd slice part and folds, and make respectively described the 1st slice part and described the 2nd slice part, described the 2nd slice part and described the 3rd slice part are bonding, show and mutually set up corresponding 1st generation code and 2nd generation code, described the 2nd slice part has card service, and show described 1st generation code and described 2nd generation code at the adhesive surface with described the 3rd slice part of described card service, described the 3rd slice part has hole portion with bonding state and the opposed region of described 2nd generation code of described the 2nd slice part, the slice part of a side in described the 1st slice part and described the 3rd slice part has for making described card reveal the Kaifeng structure of outside, described card service is configured to the opposing party's that can be from described the 1st slice part and described the 3rd slice part slice part, and described the 2nd sheet segment from.

In above-mentioned such the present invention who forms, because the table of the 2nd slice part having card service is carried on the back the bonding the 1st and the 3rd slice part, therefore card service is difficult to separate wrongly from the 2nd slice part, and be shown in card service and the 1st generation code of adhesive surface the 3rd slice part become can not vision identification state.In addition, although 2nd generation code is shown in the 2nd slice part and adhesive surface the 3rd slice part, due to the 3rd slice part with the opposed region division of 2nd generation code hole portion, be therefore situated between be formed as by this hole portion can vision identification state.When the Kaifeng structure possessing at the slice part of the side by the 1st slice part and the 3rd slice part makes the embedded member of this card Kaifeng, card service reveals outside, reveal the slice part of the opposing party from the 1st slice part and the 3rd slice part to the card service of outside and the 2nd sheet segment from time, be shown in card service and the 1st generation code of adhesive surface the 3rd thin slice become can vision identification state.At this, 1st generation code and 2nd generation code be owing to being all presented at the 2nd thin slice and adhesive surface the 3rd thin slice, therefore can, by they letterings simultaneously, can avoid matching error.

As such formation, for example, consider following formation: slice part and described the 2nd thin slice by one can be peeled off the bonding described Kaifeng structure that forms; Or the slice part of one is along bonding with region and described the 2nd thin slice on the end limit of the opposition side of the fillet of described the 2nd slice part, described Kaifeng structure be formed in one slice part not with the defiber in the bonding region of described the 2nd slice part.

In addition, service provides and can be connected foldedly and form with the 2nd slice part by the 1st slice part with thin slice, described the 1st slice part shows and mutually sets up corresponding 1st generation code and 2nd generation code at the face that becomes folded state inner side, described the 2nd slice part have under described folded state can not vision identification described in 1st generation code and can vision identification described in the shape of 2nd generation code.

In above-mentioned such the present invention who forms, under the 1st slice part and the folding state of the 2nd slice part, due to the 2nd slice part be shown in 1st generation code in 1st generation code and the 2nd generation code of the 1st slice part become can not vision identification state, and 2nd generation code become can vision identification state.Afterwards, by launching the 1st slice part and the 2nd slice part, or make the 1st slice part demonstration the region of 1st generation code become from the 1st sheet segment from, 1st generation code can vision identification state.At this, because 1st generation code and 2nd generation code are all shown in the face that becomes folded state inner side of the 1st slice part, therefore can, by they letterings simultaneously, can avoid matching error.

As such formation, for example consider following to form: described the 2nd slice part and described the 1st slice part of being shorter in length than of closure described the 1st slice part, described the 1st slice part shows described 1st generation code with the overlapping region of described the 2nd slice part under described folded state, and is not showing described 2nd generation code with the overlapping region of described the 2nd slice part; Or described the 2nd slice part has hole portion with the opposed region of described 2nd generation code under described folded state.

In addition, described the 1st slice part is connected avris and shows described 1st generation code than more close and described the 2nd slice part of described 2nd generation code, described the 2nd slice part the 1st region around the portion of described hole under described folded state is difficult to peel off bonding with respect to described the 1st slice part, and can peel off bonding with opposed the 2nd region of described 1st generation code with respect to described the 1st slice part, described the 1st region is configured to and can separates by boring a hole with described the 2nd region, according to above-mentioned formation, for vision identification 1st generation code need to make perforation fracture, thus, the in the situation that of improper vision identification 1st generation code, can leave this vestige.

In addition, also in can described the 1st slice part, show the card service partition formation discretely of described 1st generation code and described 2nd generation code, it is bonding that described the 2nd slice part is configured at least described card service region and described the 1st slice part in addition, uses as the card that shows 1st generation code and 2nd generation code.

In addition, information is covered thin slice and is covered the information of regulation, and the information of this regulation can, in vision identification afterwards, be configured to and have: slice part, and it is formed with the associated 1st generation code of mutual foundation and 2nd generation code; Curtain-shaped cover member, it can be peeled off and overlap bondingly with described slice part, covers described 1st generation code, makes described 2nd generation code can reveal outside visually; With add carbon shielding layer, it is formed at position corresponding on the thickness direction overlapping with the formation position of this 1st generation code at described slice part or curtain-shaped cover member.

The effect of invention

According to the present invention, the 2nd generation code that is shown in the 1st generation code of card and is shown in the 1st thin slice that can keep discretely card is all shown in the 1st thin slice and adhesive surface the 2nd thin slice, from the state of the 1st slice separates, can not be situated between and carry out vision identification 2nd generation code by the hole portion that is located at the 2nd thin slice at card, therefore, under state at card from slice separates, the state of the 2nd generation code of thin slice can be vision identification when can being made as the 1st generation code that can not vision identification be shown in card be shown in, the matching error of 1st generation code and 2nd generation code can be avoided.

In addition, mutually set up corresponding 1st generation code and 2nd generation code and be all shown in the 2nd thin slice and adhesive surface the 3rd thin slice, under the state not breaking a seal at the embedded member of card, can not vision identification 1st generation code and can be situated between by the hole portion vision identification 2nd generation code of being located at the 3rd thin slice, therefore, under the state separating before card service, state that can vision identification 2nd generation code when can being made as the 1st generation code that can not vision identification be shown in card service, and can avoid the matching error of 1st generation code and 2nd generation code.In addition, due to the Kaifeng structure that the slice part of the side in the 1st slice part and the 3rd slice part possesses, if the embedded member of the card that do not break a seal, card service can not reveal outside, therefore, is difficult to card service to separate wrongly.

In addition, under state before the 1st slice part and the folding use of the 2nd slice part, due to the existence of the 2nd slice part, being shown in that 1st generation code in 1st generation code and the 2nd generation code of the 1st slice part becomes can not vision identification, and 2nd generation code becomes the identification of energy vision, afterwards, provide while using thin slice in the service of use, owing to passing through to launch the 1st slice part and the 2nd slice part, or make the 1st slice part demonstration 1st generation code region from the 1st sheet segment from, 1st generation code becomes the state of energy vision identification, therefore, under state before use, can be made as can vision identification 2nd generation code and can not vision identification 1st generation code state, in addition, by 1st generation code and 2nd generation code being all presented to the face that becomes folded state inner side of the 1st slice part, can be by they while letterings, can avoid the matching error of 1st generation code and 2nd generation code.

In addition, have in the formation of hole portion with the opposed region of 2nd generation code under folded state at the 2nd slice part, make 1st generation code be shown in than 2nd generation code more by with the avris that is connected of the 2nd slice part, under the folded state of the 2nd slice part, the 1st region of the surrounding of hole portion is difficult to peel off bonding and can peels off bonding with opposed the 2nd region of 1st generation code with respect to the 1st slice part with respect to the 1st slice part, the 1st region can separate by perforation with the 2nd region, under such formation, need to make perforation fracture for vision identification 1st generation code, thus, the in the situation that of improper vision identification 1st generation code, can leave this vestige.

In addition, form the associated 1st generation code of mutual foundation and 2nd generation code at slice part, can peel off with slice part the bonding curtain-shaped cover member that overlaps, cover 1st generation code, make 2nd generation code can reveal outside visually, by position formation corresponding on thickness direction slice part or curtain-shaped cover member, that overlap with the formation position of this 1st generation code add carbon shielding layer, add carbon shielding layer and prevent from carrying out vision identification 1st generation code by the light irradiation of LED lamp, can prevent that the improper of this 1st generation code from obtaining.

Accompanying drawing explanation

Fig. 1 a is the exterior view that represents the 1st embodiment of the present invention.

Fig. 1 b is the back view that represents the 1st embodiment of the present invention.

Fig. 1 c is the A-A ' sectional view shown in Fig. 1 a.

Fig. 1 d is the B-B ' sectional view shown in Fig. 1 b.

Fig. 1 e is the stereographic map of observing the 1st embodiment of the present invention from rear side.

Fig. 2 a is the exterior view of the upper paper in the embedded member of card shown in Fig. 1 a～Fig. 1 e.

Fig. 2 b is the back view of the upper paper in the embedded member of card shown in Fig. 1 a～Fig. 1 e.

Fig. 2 c is the exterior view of the lower paper in the embedded member of card shown in Fig. 1 a～Fig. 1 e.

Fig. 2 d is the back view of the lower paper in the embedded member of card shown in Fig. 1 a～Fig. 1 e.

Fig. 2 e is the exterior view of the support lining paper in the embedded member of card shown in Fig. 1 a～Fig. 1 e.

Fig. 2 f is the back view of the support lining paper in the embedded member of card shown in Fig. 1 a～Fig. 1 e.

Fig. 3 is the figure for the manufacture method of the embedded member of card shown in key diagram 1a～Fig. 1 e and Fig. 2 a～Fig. 2 f.

Fig. 4 is the figure that represents the environment that uses the embedded member of card shown in Fig. 1 a～Fig. 1 e and Fig. 2 a～Fig. 2 f.

Fig. 5 is the process flow diagram for the using method of the embedded member of card shown in Fig. 1 a～Fig. 1 e of the environment shown in key diagram 4 and Fig. 2 a～Fig. 2 f.

Fig. 6 a is the figure of the use state of the embedded member of card shown in presentation graphs 1a～Fig. 1 e and Fig. 2 a～Fig. 2 f.

Fig. 6 b is the figure of the use state of the embedded member of card shown in presentation graphs 1a～Fig. 1 e and Fig. 2 a～Fig. 2 f.

Fig. 6 c is the figure of the use state of the embedded member of card shown in presentation graphs 1a～Fig. 1 e and Fig. 2 a～Fig. 2 f.

Fig. 7 a is the exterior view that represents the 2nd embodiment of the present invention.

Fig. 7 b is the back view that represents the 2nd embodiment of the present invention.

Fig. 7 c is the A-A ' sectional view shown in Fig. 7 a.

Fig. 7 d is the B-B ' sectional view shown in Fig. 7 b.

Fig. 7 e is the stereographic map of observing the 2nd embodiment of the present invention from rear side.

Fig. 8 a is the exterior view of the card lining paper in the embedded member of card shown in Fig. 7 a～Fig. 7 e.

Fig. 8 b is the back view of the card lining paper in the embedded member of card shown in Fig. 7 a～Fig. 7 e.

Fig. 8 c is the exterior view of putting the support lining paper in the embedded member of card shown in Fig. 7 a～Fig. 7 e.

Fig. 8 d is the back view of the support lining paper in the embedded member of card shown in Fig. 7 a～Fig. 7 e.

Fig. 9 a is the figure of the use state of the embedded member of card shown in presentation graphs 7a～Fig. 7 e and Fig. 8 a～Fig. 8 d.

Fig. 9 b is the figure of the use state of the embedded member of card shown in presentation graphs 7a～Fig. 7 e and Fig. 8 a～Fig. 8 d.

Fig. 9 c is the figure of the use state of the embedded member of card shown in presentation graphs 7a～Fig. 7 e and Fig. 8 a～Fig. 8 d.

Figure 10 a is the exterior view that represents the 3rd embodiment of the present invention.

Figure 10 b is the back view that represents the 3rd embodiment of the present invention.

Figure 10 c is the A-A ' sectional view shown in Figure 10 a.

Figure 10 d is the B-B ' sectional view shown in Figure 10 b.

Figure 10 e is the stereographic map of observing the 3rd embodiment of the present invention from rear side.

Figure 11 a is the exterior view of the upper paper in the embedded member of card shown in Figure 10 a～Figure 10 e.

Figure 11 b is the back view of the upper paper in the embedded member of card shown in Figure 10 a～Figure 10 e.

Figure 11 c is the exterior view of the lower paper in the embedded member of card shown in Figure 10 a～Figure 10 e.

Figure 11 d is the back view of the lower paper in the embedded member of card shown in Figure 10 a～Figure 10 e.

Figure 11 e is the exterior view of the support lining paper in the embedded member of card shown in Figure 10 a～Figure 10 e.

Figure 11 f is the back view of the support lining paper in the embedded member of card shown in Figure 10 a～Figure 10 e.

Figure 12 a is the figure of the use state of the embedded member of card shown in presentation graphs 10a～Figure 10 e and Figure 11 a～Figure 11 f.

Figure 12 b is the figure of the use state of the embedded member of card shown in presentation graphs 10a～Figure 10 e and Figure 11 a～Figure 11 f.

Figure 12 c is the figure of the use state of the embedded member of card shown in presentation graphs 10a～Figure 10 e and Figure 11 a～Figure 11 f.

Figure 13 a is the exterior view that represents the state of the expansion of the 4th embodiment of the present invention.

Figure 13 b is the back view that represents the state of the expansion of the 4th embodiment of the present invention.

Figure 13 c is the exterior view that represents the folding state of the 4th embodiment of the present invention.

Figure 13 d is the back view that represents the folding state of the 4th embodiment of the present invention.

Figure 13 e is the A-A ' sectional view shown in Figure 13 d.

Figure 14 is the process flow diagram for the using method of the embedded member of card shown in Figure 13 a～Figure 13 e under the environment shown in key diagram 4.

Figure 15 a is the figure of the use state of the embedded member of card shown in presentation graphs 13a～Figure 13 e.

Figure 15 b is the figure of the use state of the embedded member of card shown in presentation graphs 13a～Figure 13 e.

Figure 15 c is the figure of the use state of the embedded member of card shown in presentation graphs 13a～Figure 13 e.

Figure 15 d is the figure of the use state of the embedded member of card shown in presentation graphs 13a～Figure 13 e.

Figure 15 e is the figure of the use state of the embedded member of card shown in presentation graphs 13a～Figure 13 e.

Figure 16 a is the exterior view that makes the state of the entirety expansion that represents the 5th embodiment of the present invention.

Figure 16 b is the back view that makes the state of the entirety expansion that represents the 5th embodiment of the present invention.

Figure 16 c is the exterior view that makes the state of the foldable integral that represents the 5th embodiment of the present invention.

Figure 16 d is the back view that makes the state of the foldable integral that represents the 5th embodiment of the present invention.

Figure 16 e is the A-A ' sectional view shown in Figure 16 d.

Figure 17 a is the exterior view that represents the state of the expansion of the 6th embodiment of the present invention.

Figure 17 b is the back view that represents the state of the expansion of the 6th embodiment of the present invention.

Figure 17 c is the exterior view that represents the folding state of the 6th embodiment of the present invention.

Figure 17 d is the back view that represents the folding state of the 6th embodiment of the present invention.

Figure 17 e is the A-A ' sectional view shown in Figure 17 d.

Figure 18 a is the figure of the use state of the embedded member of card shown in presentation graphs 17a～Figure 17 e.

Figure 18 b is the figure of the use state of the embedded member of card shown in presentation graphs 17a～Figure 17 e.

Figure 18 c is the figure of the use state of the embedded member of card shown in presentation graphs 17a～Figure 17 e.

Figure 18 d is the figure of the use state of the embedded member of card shown in presentation graphs 17a～Figure 17 e.

Figure 18 e is the figure of the use state of the embedded member of card shown in presentation graphs 17a～Figure 17 e.

Figure 19 a is the exterior view that represents the state of the expansion of the 7th embodiment of the present invention.

Figure 19 b is the back view that represents the state of the expansion of the 7th embodiment of the present invention.

Figure 19 c is the exterior view that represents the folding state of the 7th embodiment of the present invention.

Figure 19 d is the A-A ' sectional view shown in Figure 19 c.

Figure 20 provides the process flow diagram by the using method of thin slice for the service shown in Figure 19 a～Figure 19 d under the environment shown in key diagram 4.

Figure 21 a is that the service shown in presentation graphs 19a～Figure 19 d provides the figure with the use state of thin slice.

Figure 21 b is that the service shown in presentation graphs 19a～Figure 19 d provides the figure with the use state of thin slice.

Figure 21 c is that the service shown in presentation graphs 19a～Figure 19 d provides the figure with the use state of thin slice.

Figure 22 a is the exterior view that represents the state of the expansion of the 8th embodiment of the present invention.

Figure 22 b is the back view that represents the state of the expansion of the 8th embodiment of the present invention.

Figure 22 c is the exterior view that represents the folding state of the 8th embodiment of the present invention.

Figure 22 d is the A-A ' sectional view shown in Figure 22 c.

Figure 23 a is that the service shown in presentation graphs 22a～Figure 22 d provides the figure with the use state of thin slice.

Figure 23 b is that the service shown in presentation graphs 22a～Figure 22 d provides the figure with the use state of thin slice.

Figure 23 c is that the service shown in presentation graphs 22a～Figure 22 d provides the figure with the use state of thin slice.

Figure 24 a is the exterior view that represents the state of the expansion of the 9th embodiment of the present invention.

Figure 24 b is the back view that represents the state of the expansion of the 9th embodiment of the present invention.

Figure 24 c is the exterior view that represents the folding state of the 9th embodiment of the present invention.

Figure 24 d is the back view that represents the folding state of the 9th embodiment of the present invention.

Figure 24 e is the A-A ' sectional view shown in Figure 24 d.

Figure 25 a is that the service shown in presentation graphs 24a～Figure 24 e provides the figure with the use state of thin slice.

Figure 25 b is that the service shown in presentation graphs 24a～Figure 24 e provides the figure with the use state of thin slice.

Figure 25 c is that the service shown in presentation graphs 24a～Figure 24 e provides the figure with the use state of thin slice.

Figure 26 a is the exterior view that represents the state of the expansion of the 10th embodiment of the present invention.

Figure 26 b is the back view that represents the state of the expansion of the 10th embodiment of the present invention.

Figure 26 c is the exterior view that represents the folding state of the 10th embodiment of the present invention.

Figure 26 d is the back view that represents the folding state of the 10th embodiment of the present invention.

Figure 26 e is the A-A ' sectional view shown in Figure 26 d.

Figure 27 a is the exterior view that makes the state of the entirety expansion that represents the 11st embodiment of the present invention.

Figure 27 b is the back view that makes the state of the entirety expansion that represents the 11st embodiment of the present invention.

Figure 27 c is the exterior view that makes the folding state of the 1st slice part shown in Figure 27 a and Figure 27 b.

Figure 27 d is the back view that makes the folding state of the 1st slice part shown in Figure 27 a and Figure 27 b.

Figure 27 e is the A-A ' sectional view shown in Figure 27 d.

Figure 27 f is the exterior view that makes the state of the foldable integral that represents the 11st embodiment of the present invention.

Figure 27 g is the back view that makes the state of the foldable integral that represents the 11st embodiment of the present invention.

Figure 27 h is the B-B ' sectional view shown in Figure 27 g.

Figure 28 a is the exterior view that makes the state of the entirety expansion that represents the 12nd embodiment of the present invention.

Figure 28 b is the back view that makes the state of the entirety expansion that represents the 12nd embodiment of the present invention.

Figure 28 c is the exterior view that makes the folding state of the 1st slice part shown in Figure 28 a and Figure 28 b.

Figure 28 d is the back view that makes the folding state of the 1st slice part shown in Figure 28 a and Figure 28 b.

Figure 28 e is the A-A ' sectional view shown in Figure 28 d.

Figure 28 f is the exterior view that makes the state of the foldable integral that represents the 12nd embodiment of the present invention.

Figure 28 g is the back view that makes the state of the foldable integral that represents the 12nd embodiment of the present invention.

Figure 28 h is the B-B ' sectional view shown in Figure 28 g.

Figure 29 a is that the service shown in presentation graphs 28a～Figure 28 h provides the figure with the use state of thin slice.

Figure 29 b is that the service shown in presentation graphs 28a～Figure 28 h provides the figure with the use state of thin slice.

Figure 29 c is that the service shown in presentation graphs 28a～Figure 28 h provides the figure with the use state of thin slice.

Figure 29 d is that the service shown in presentation graphs 28a～Figure 28 h provides the figure with the use state of thin slice.

Figure 29 e is that the service shown in presentation graphs 28a～Figure 28 h provides the figure with the use state of thin slice.

Figure 30 a is the figure that represents the stacked state in the 13rd embodiment of the present invention.

Figure 30 b is the stereoscopic figure that represents the 13rd embodiment of the present invention.

Figure 31 a is the figure of 1 configuration example at the back side of the slice part shown in presentation graphs 30a and Figure 30 b.

Figure 31 b is the figure that the information shown in presentation graphs 30a and Figure 30 b is covered 1 configuration example at the back side of thin slice.

Figure 31 c is the A-A sectional view shown in Figure 31 b.

Figure 32 is that the information shown in Figure 30 a and Figure 30 b is covered the key diagram that the vision identification of the PIN code in thin slice prevents.

Figure 33 a is other the figure of configuration example that represents the back side of the slice part in the 13rd embodiment of the present invention.

Figure 33 b represents that information in the 13rd embodiment of the present invention covers other the figure of configuration example at the back side of thin slice.

Figure 34 a is other the figure of configuration example that represents the back side of the slice part in the 13rd embodiment of the present invention.

Figure 34 b is the figure that represents the configuration example of surperficial other of slice part in the 13rd embodiment of the present invention.

Figure 35 a is the figure that represents 1 the surperficial configuration example in the 14th embodiment of the present invention.

Figure 35 b is the figure that represents 1 configuration example at the back side in the 14th embodiment of the present invention.

Figure 35 c represents to make the information shown in Figure 35 a to cover the figure of the state of sheet fold.

Figure 35 d is the B-B sectional view shown in Figure 35 c.

Figure 36 a is the figure that represents the configuration example of surperficial other in the 14th embodiment of the present invention.

Figure 36 b is other the figure of configuration example that represents the back side in the 14th embodiment of the present invention.

Figure 36 c makes the information shown in presentation graphs 36b cover the figure of the state of sheet fold.

Figure 37 a is the figure that represents the configuration example of surperficial other in the 14th embodiment of the present invention.

Figure 37 b is other the figure of configuration example that represents the back side in the 14th embodiment of the present invention.

Figure 37 c represents to make the information shown in Figure 37 a to cover the figure of the surperficial formation of the folding state of thin slice.

Figure 37 d represents to make the information shown in Figure 37 b to cover the figure of the formation at the back side of the state of sheet fold.

Embodiment

With reference to accompanying drawing, embodiments of the present invention are described below.

(the 1st embodiment)

Fig. 1 a is the exterior view that represents the 1st embodiment of the present invention, Fig. 1 b is the back view that represents the 1st embodiment of the present invention, Fig. 1 c is the A-A ' sectional view shown in Fig. 1 a, Fig. 1 d is the B-B ' sectional view shown in Fig. 1 b, and Fig. 1 e is the stereographic map of observing the 1st embodiment of the present invention from rear side.

This form, as shown in Fig. 1 a～Fig. 1 e, is the following embedded member 1 of card forming: profile is identical, at upper paper 11, the lower paper 12 of bight band circle and to become the support lining paper 20 of the 2nd thin slice mutually bonding, in its part, the 3a of hole portion that the table back of the body connects is set.Upper paper 11 with lower paper 12 by bonding agent 50 and bonding, lower paper 12 with support lining paper 20 by accurate bonding agent 40 and peel off varnish 30 and can peel off bondingly, form by upper paper 11 and lower paper 12 the card lining paper 1 that becomes the 1st thin slice.

Form otch 5 at card lining paper 10, can with this otch 5 discretely partition form card 2.At support lining paper 20, the 3b of hole portion that the table back of the body connects is set, the POS code 4b that is shown in lower paper 12 can reveal outside from the 3b of hole portion and carry out vision identification.In addition, supporting lining paper 20 display notification information 21a.

Above-mentioned upper paper 11, lower paper 12 be described below, and support detailed formation and the adhesive construct of lining paper 20.

Fig. 2 a is the exterior view of the upper paper 11 in the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e, Fig. 2 b is the back view of the upper paper 11 in the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e, Fig. 2 c is the exterior view of the lower paper 12 in the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e, Fig. 2 d is the back view of the lower paper 12 in the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e, Fig. 2 e is the exterior view of the support lining paper 20 in the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e, and Fig. 2 f is the back view of the support lining paper 20 in the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e.

As shown in Fig. 2 a～Fig. 2 d, by the card lining paper 10 that forms of paper 11 and lower paper 12 form otch 5, thus, card 2 is formed by partition discretely.

Shown in Fig. 2 b, at the back side of upper paper 11 with the adhesive surface of lower paper 12, at its whole coating adhesive 50, in addition, as shown in Figure 2 c, on the surface of lower paper 11 with the adhesive surface of upper paper 11, at its whole coating adhesive 50, upper paper 11 with lower paper 12 by this bonding agent 50 and bonding.

As shown in Figure 2 d, show with the adhesive surface that supports lining paper 20 the POS code 4b that becomes the PIN code 4a of 1st generation code and become 2nd generation code at the back side of lower paper 12.These PIN code 4a and POS code 4b narrate in the back, mutually set up corresponding.PIN code 4a is shown in card 5 and the adhesive surface that supports lining paper 20, POS code 4b region beyond card 5 by bar code display with the adhesive surface that supports lining paper 20.In addition, lower paper 12 with support the adhesive surface of lining paper 20, the region beyond card 5 and card 5 has certain width and is coated with along otch 5 respectively peels off varnish 30.In addition, be preferably stripped from the region that varnish 30 surrounds and be at least greater than the region to PIN code 4a lettering, peel off after varnish 30 in the coating of the back side of lower paper 12 making, can be by PIN code 4a lettering.

As shown in Fig. 2 e and Fig. 2 f, at support lining paper 20, the 3b of hole portion that the table back of the body connects is set.In the situation that support lining paper 20 is bonding with lower paper 12, the 3b of this hole portion is located at the opposed region with POS code 4b.As shown in Figure 2 e, in the situation that support lining paper 20 is bonding with lower paper 12, supporting lining paper 20 and adhesive surface lower paper 12, with the opposed region display notification of card 5 information 21b, and except with whole the accurate bonding agent 40 of coating the opposed region, region that varnish 30 surrounds that be stripped from of lower paper 12.At the back displays announcement information 21a that supports lining paper 20.

The manufacture method of the embedded member 1 of above-mentioned such card forming is described below.

Fig. 3 is the figure for the manufacture method of the embedded member 1 of card shown in key diagram 1a～Fig. 1 e and Fig. 2 a～Fig. 2 f.

As shown in Figure 3, the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e and Fig. 2 a～Fig. 2 f becomes respectively continuous shape to be provided paper 11, lower paper 12 and supports lining paper 20, becomes single sheet in mutual bonding rear severing, manufactures thus.

As shown in Figure 3, upper paper 11, lower paper 12 and support lining paper 20 become respectively continuous shape and are pulled out by roller 60a～60c, PIN code 4a and POS code 4b, announcement information 21a, 21b etc. are carried out to lettering, in addition, at upper paper 11, with the adhesive surface coating adhesive 50 of lower paper 12, at lower paper 12, with the adhesive surface coating adhesive 50 of upper paper 11, and peeling off varnish 30 with the adhesive surface coating of supporting lining paper 20, supporting lining paper 20, be coated with accurate bonding agent 40 with the adhesive surface of lower paper 12, be transported to a pair of roller 61a, 61b and carry out opposed region.

At this moment, PIN code 4a and POS code 4b set up correspondence mutually, due to all with the adhesive surface lettering simultaneously of the support lining paper 20 of lower paper 12, therefore can avoid their matching error.

At this, in the situation that information is carried out lettering by card 2, in making card lining paper 10 bending in printer, carry, therefore in the situation that card lining paper 10 is thicker, become and be difficult to carry card lining paper 10, thereby likely can not carry out correct lettering.But, the thickness needing to a certain degree as card 2.For this reason, card lining paper 10 is divided into upper paper 11 and lower paper 12, respectively on these paper 11 and lower paper 12 by after information lettering, bonding upper paper 11 and lower paper 12, form card lining paper 10, can in carrying out correct lettering, guarantee thus the thickness to a certain degree as card 2.

Upper paper 11, lower paper 12 and support lining paper 20 are in the time being transported to respectively a pair of roller 61a, the opposed region of 61b, and on these, paper 11, lower paper 12 and support lining paper 20 are transferred in being clamped by roller 61a, 61b, mutually bonding.

Afterwards, in severing portion 62, the upper paper 11 of mutually bonding continuous shape, lower paper 12 and 20 severings of support lining paper are become to single sheet.At this moment, also form the 3a of hole portion, 3b and otch 5 simultaneously.

Become embedded member 1 its profile of card of single sheet identical with support lining paper 20 with card lining paper 10 by severing, be configured to vision identification POS code 4b the state that can not separate from card lining paper 10 at card 2, but be located at because this formation has the 3b of hole portion that supports lining paper 20, therefore can not damage overall flatness., for example, become under the state of single sheet stacking keeping in severing for this reason, also can not become destabilization and be easy to keeping.In addition, the in the situation that of stacking keeping not, also not can carry while waiting by hand be suspended to for can not vision identification PIN code 4a cover label etc. and it rolled.In addition, in order to guarantee as described above flatness, also can make severing become the card lining paper 10 of the embedded member 1 of card of single sheet incomplete same with the profile that supports lining paper 20, as long as comprising roughly the same in some different situations.

The using method of the embedded member 1 of above-mentioned card is described below.

Fig. 4 is the figure that represents the environment that uses the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e and Fig. 2 a～Fig. 2 f, and Fig. 5 is the process flow diagram for the using method of the embedded member 1 of card shown in the environment figure below 1a～Fig. 1 e shown in key diagram 4 and Fig. 2 a～Fig. 2 f.

As shown in Figure 4, under the environment that the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e and Fig. 2 a～Fig. 2 f forms having following key element, use: service providing server 72 and POS terminal 71 and the portable terminal 73 that can be situated between and be connected with service providing server 72 by communication line 74 that service is provided with card 2.

First,, in the time that user buys the embedded member 1 of card, read POS code 4b(step 1) in the POS terminal 71 that is arranged on this shop.As described above, POS code 4b reveals outside owing to being situated between under the state from card lining paper 10 separates at card 2 by the 3b of hole portion that is located at support lining paper 20 and becomes the identification of energy vision, therefore can be read by POS terminal 71.In addition, under the state of the state at card 2 from card lining paper 10 separates, PIN code 4a can not vision identification owing to supporting lining paper 20.In addition, the hole portion 3 that the embedded member 1 use table back of the body of card connects is waited and is displayed in shop by suspension.

The POS code 4b reading from the embedded member 1 of card sends (step 2) from POS terminal 71, is situated between and receives (step 3) by the serviced server 72 that provides of communication line 74.

In service providing server 72, the POS code 4b and the PIN code 4a that are shown in the card lining paper 10 of the embedded member 1 of the card of peddling set up accordingly and manage by the embedded member 1 of each card, in the time receiving POS code 4b, for the POS code 4b receiving, to represent that can utilize the flag settings of utilizing of service is " 1 ", becomes initiate mode (step 4).

Afterwards, provide under the state of server 72 (step 5) when the PIN code 4a of card 2 that is shown in the embedded member 1 of card is input to portable terminal 73 and sends the user by buying the embedded member 1 of card in portable terminal 73 access services, this PIN code 4a is situated between and receives (step 6) by the serviced server 72 that provides of communication line 74.

Fig. 6 a～Fig. 6 c is the figure of the use state of the embedded member 1 of card shown in presentation graphs 1a～Fig. 1 e and Fig. 2 a～Fig. 2 f.

In the embedded member 1 of card shown in Fig. 1 a～Fig. 1 e and Fig. 2 a～Fig. 2 f, because card 2 can be from card lining paper 10 partition formation discretely by otch 5, and can peel off from supporting lining paper 20 by peeling off varnish 30 and accurate bonding agent 40, therefore the user who, buys the embedded member 1 of card can make card 2 separate from card lining paper 10 as shown in Figure 6 a like that.

So as shown in Figure 6 b, the PIN code 4a of adhesive surface with supporting lining paper 20 that is shown in card 2 becomes state that can vision identification, this PIN code 4a is input to portable terminal 73 by user.

In addition, in the time that card 2 separates from card lining paper 10, as shown in Fig. 6 c, be shown in support lining paper 20 and the announcement information 21b of adhesive surface card lining paper 10 become can vision identification state.

In service providing server 72, in the time receiving the PIN code 4a sending from portable terminal 73, first, retrieval is set up corresponding POS code (step 7) with PIN code 4a.As described above, in service providing server 72, owing to the POS code 4b and the PIN code 4a foundation that are shown in card lining paper 10 being managed accordingly by the embedded member 1 of each card of peddling, therefore.Can retrieval set up corresponding POS code with the PIN code 4a receiving.

Then, confirm to mark whether to be set to " 1 " and be formed as initiate mode (step 8) for utilizing of the POS code retrieving.Due in the time buying the embedded member 1 of card as described above by POS terminal 71 reading displayed in the POS code 4b of the card lining paper 10 of the embedded member 1 of this card, and be that " 1 " is formed as initiate mode by service providing server 72 by the flag settings of utilizing for this POS code 4b, therefore, can utilize mark to be set to " 1 " and being formed as initiate mode at the POS code for retrieving, the embedded member 1 of card is bought by regular, provide service (step 9) from service providing server 72 to portable terminal 73, user can utilize service (step 10) at portable terminal 73.

In addition, can utilize mark not to be set to " 1 " and not become initiate mode at the POS code for retrieving, due to not regular buying of the embedded member 1 of card, therefore send the message (step 11) of the meaning that can not utilize service from service providing server 72.

Be situated between and received the message of the meaning that can not utilize service sending from service providing server 72 by communication line 74 by portable terminal 73, and show output (step 12).

In addition, above-mentioned a series of order is an example of utilizing the environment of the embedded member 1 of card, but utilizes the environment of the embedded member 1 of card to be not limited thereto.

(the 2nd embodiment)

Fig. 7 a is the exterior view that represents the 2nd embodiment of the present invention, Fig. 7 b is the back view that represents the 2nd embodiment of the present invention, Fig. 7 c is the A-A ' sectional view shown in Fig. 7 a, Fig. 7 d is the B-B ' sectional view shown in Fig. 7 b, and Fig. 7 e is the stereographic map of observing the 2nd embodiment of the present invention from rear side.In addition, Fig. 8 a is the exterior view of the card lining paper 110 in the embedded member 101 of card shown in Fig. 7 a～Fig. 7 e, Fig. 8 b is the back view of the card lining paper 110 in the embedded member 101 of card shown in Fig. 7 a～Fig. 7 e, Fig. 8 c is the exterior view of the support lining paper 120 in the embedded member 101 of card shown in Fig. 7 a～Fig. 7 e, and Fig. 8 d is the back view of the support lining paper 120 in the embedded member 101 of card shown in Fig. 7 a～Fig. 7 e.

This form is as shown in Fig. 7 a～Fig. 7 e and Fig. 8 a～Fig. 8 d, be with respect to the only different embedded member 101 of card on following point of the formation shown in the 1st embodiment: card lining paper 110 is made up of the thin slice of 1, and card lining paper 110 and support lining paper 120 are at bight band circle, and then only the opposed opposite side in 4 limits of card 102 becomes otch 105, and another opposite side becomes micro-perforated lines 106.

In the embedded member 101 of above-mentioned such card forming, also with the environment shown in the 1st embodiment under similarly use.

Fig. 9 a～Fig. 9 c is the figure of the use state of the embedded member 101 of card shown in presentation graphs 7a～Fig. 7 e and Fig. 8 a～Fig. 8 d.

In the embedded member 101 of card shown in Fig. 7 a～Fig. 7 e and Fig. 8 a～Fig. 8 d, also due to card 102 by otch 105 and micro-perforated lines 106 and can from card lining paper 110 discretely partition form, can peel off from supporting lining paper 120 by peeling off varnish 130 and accurate bonding agent 140, therefore, the user who has bought the embedded member 101 of card can make micro-perforated lines 106 rupture as shown in Fig. 9 a from the limit of otch 105, makes thus card 102 separate from card lining paper 110.In addition, as this form, be otch 105 by only making the opposed opposite side in 4 limits of card 102, be micro-perforated lines 106 and make another opposite side, with 4 all becoming compared with the formation of otch 105 of making card 102, can make card 102 be difficult to come off because not noting from card lining paper 110.

So, as shown in Fig. 9 b, the PIN code 104a of adhesive surface with supporting lining paper 120 that is shown in card 102 becomes state that can vision identification, and as shown in Fig. 9 c, be shown in support lining paper 120 and the announcement information 121b of adhesive surface card lining paper 110 become can vision identification state.

User, by the PIN code 104a that becomes the identification of energy vision is input to portable terminal 73 and sends to service providing server 72, utilizes the service providing from service providing server 72.

(the 3rd embodiment)

Figure 10 a is the exterior view that represents the 3rd embodiment of the present invention, Figure 10 b is the back view that represents the 3rd embodiment of the present invention, Figure 10 c is the A-A ' sectional view shown in Figure 10 a, Figure 10 d is the B-B ' sectional view shown in Figure 10 b, and Figure 10 e is the stereographic map of observing the 3rd embodiment of the present invention from rear side.In addition, Figure 11 a is the exterior view of the upper paper 211 in the embedded member 201 of card shown in Figure 10 a～Figure 10 e, Figure 11 b is the back view of the upper paper 211 in the embedded member 201 of card shown in Figure 10 a～Figure 10 e, Figure 11 c is the exterior view of the lower paper 212 in the embedded member 201 of card shown in Figure 10 a～Figure 10 e, Figure 11 d is the back view of the lower paper 212 in the embedded member 201 of card shown in Figure 10 a～Figure 10 e, Figure 11 e is the exterior view of the support lining paper 220 in the embedded member 201 of card shown in Figure 10 a～Figure 10 e, Figure 11 f is the back view of the support lining paper 220 in the embedded member 201 of card shown in Figure 10 a～Figure 10 e.

This form is as shown in Figure 10 a～Figure 10 e and Figure 11 a～Figure 11 f, with respect to being formed in the embedded member 201 of the different card of following point shown in the 1st embodiment: show POS code 204b at card 202, support lining paper 20 with the opposed region division of the POS code 204b hole 203b of portion this point; Replace otch 5 and be arranged on a part and there are perforated lines 205 this point in conjunction with (tie) portion; And be also coated with and peel off varnish 230, and be also coated with accurate bonding agent 240 this point in the region opposed with it of supporting lining paper 220 between the region of the demonstration POS of lower paper 12 code 204b and the region of demonstration PIN code 204a.

In the embedded member 201 of above-mentioned such card forming, with under environment identical shown in the 1st embodiment, similarly use.

Figure 12 a～Figure 12 c is the figure of the use state of the embedded member 201 of card shown in presentation graphs 10a～Figure 10 e and Figure 11 a～Figure 11 f.

In the embedded member 201 of card shown in Figure 10 a～Figure 10 e and Figure 11 a～Figure 11 f, also because card 202 can be from card lining paper 210 partition (subregion) formation discretely by perforated lines 205, can peel off from supporting lining paper 220 by peeling off varnish 230 and accurate bonding agent 240, therefore, bought the user of the embedded member 201 of card can be as shown in Figure 12 a by making perforated lines 205 fractures that card 202 is separated from card lining paper 210.In addition, owing to being shown in the POS code 204b of adhesive surface card 202 and that support lining paper 220 at card 202 under the state from card lining paper 210 separates, be situated between and reveal outside and become the identification of energy vision by the 203b of hole portion that is located at support lining paper 220, therefore, can with shown in the 1st embodiment, similarly read by POS terminal 71 when the buying of the embedded member 201 of card.In addition, as this form, can card 202 be separated from card lining paper 210 with perforated lines 205 rather than otch, and also by accurate bonding agent 240 with peel off varnish 230 and make card lining paper 210 and support lining paper 220 and can peel off bondingly, card 202 is difficult to come off because not noting from card lining paper 210 thus in the region of the demonstration POS of lower paper 212 code 204b and the interregional region that shows PIN code 204a.

In the time that card 202 separates from card lining paper 210, as shown in Figure 12 b, the PIN code 204a of adhesive surface with supporting lining paper 220 that is shown in card 202 becomes state that can vision identification, and as shown in Figure 12 c, be shown in support lining paper 220 and the announcement information 221b of adhesive surface card lining paper 210 become can vision identification state.

User, by the PIN code 204a that becomes the identification of energy vision is input to portable terminal 73 and sends to service providing server 72, utilizes the service being provided by service providing server 72.

(the 4th embodiment)

Figure 13 a is the exterior view that represents the state of the expansion of the 4th embodiment of the present invention, Figure 13 b is the back view that represents the state of the expansion of the 4th embodiment of the present invention, Figure 13 c is the exterior view that represents the folding state of the 4th embodiment of the present invention, Figure 13 d is the back view that represents the folding state of the 4th embodiment of the present invention, and Figure 13 e is the A-A ' sectional view shown in Figure 13 d.

As shown in Figure 13 a～Figure 13 d, this form is according to the order of the 1st slice part the 310, the 2nd slice part 320 and the 3rd slice part 330 embedded member 301 of card that can foldedly they are connected to form by the kink 341,342 that becomes fillet that is situated between.The shape of these 3 slice parts 310,320,330 is mutually identical.

Slice part 310 forms in the region on the end limit along kink 341 sides the 313a of hole portion that the table back of the body connects.In addition, form breach 311 in bight slice part 310 and opposition side kink 341, and show indication information 312 on its surface, indication is peeled off slice part 310 after the folded and slice part of the embedded member 301 of card 310 and slice part 320 are bonding during from slice part 320 take breach 311 as peeling away the meaning at top.In addition, at the back displays announcement information 314 of slice part 310.

Form otch 323 at slice part 320, by this otch 323, card service 324 discretely partition forms, and forms with the opposed region of the 313a of hole portion of slice part 310 313b of hole portion that the table back of the body connects in the situation that slice part 310,320 is folding with kink 341.Show the POS code 322 that becomes the PIN code of 1st generation code 321 and become 2nd generation code on the surface in the region that becomes card service 324 of slice part 320.These PIN codes 321 and POS code 322 are narrated in the back, mutually set up corresponding.In addition, at the back side of slice part 320, region beyond card service 324 shows indication information 325, and indication information 325 is the positions of peeling away top when being illustrated in the folded and slice part 320 of the embedded member 301 of card and card service 324 being peeled off after bonding with slice part 330 from slice part 330.

At slice part 330, in the situation that slice part 310,320,330 is folded with kink 341,342, form with the opposed region of the 313a of hole portion, 313b of slice part 310,320 313c of hole portion that the table back of the body connects, in the situation that slice part 320,330 is folded with kink 342, form with the opposed region of POS code 322 the hole portion 331 that the table back of the body connects.In addition, carry on the back display notification information 332a, 332b respectively at the table of slice part 330.

3 slice parts 310,320,330 that so form are Z-shaped with kink 341,342 and fold, to make face and the slice part 320 of the announcement information 314 that shows slice part 310 opposed, the demonstration PIN code 321 of slice part 320 and face and the slice part 330 of POS code 322 are opposed, and bonding by accurate bonding agent 351 and bonding agent 352.Accurate bonding agent 351 is coated slice part 310 and slice part 320 opposed whole mutually, and thus, slice part 310 can be peeled off bonding with slice part 320 at its whole face by accurate bonding agent 351.In addition, accurate bonding agent 351 is coated card service 324 and slice part 330 region opposed with it in slice part 320 and slice part 330 opposed, thus, slice part 320 and slice part 330 only card service 324 can peel off bonding by accurate bonding agent 351., card service 324 is configured to and can separates from slice part 320,330 with this accurate bonding agent 351 by the otch 323 that is formed at slice part 320.In addition, before the information that accurate bonding agent 351 both can comprise PIN code 321 and POS code 322 in printing, be coated with, also can after printing information, be coated with again.Bonding agent 352 is coated region beyond the card service 324 in slice part 320 and slice part 330 opposed and the region opposed with it of slice part 330, thus, the region beyond the card service 324 of slice part 320 and slice part 330 is bonded as after bonding and is difficult to peel off by bonding agent 352.In addition, after what is called is bonding, be difficult to peel off, refer to that close adhesion arrives in the case of the hand peeling sheet portion 320 and slice part 330 of employment, the degree that slice part 320 or slice part 330 self break or cut apart on thickness direction.Under such folded state, PIN code 321 covered by slice part 330 and be formed as can not vision identification state, and POS code 322 becomes the state that can be situated between by the hole portion 331 vision identifications of slice part 330.

The using method of the embedded member 301 of above-mentioned such card forming is described below.In addition, in the embedded member 301 of above-mentioned such card forming, also using with under environment identical shown in the 1st embodiment.

Figure 14 is the process flow diagram for the using method of the embedded member 301 of card shown in the environment figure below 13a～Figure 13 e shown in key diagram 4.

First,, in the time that user buys the embedded member 301 of card, read POS code 322(step 101 in the POS terminal 71 that is arranged at this shop).The embedded member 301 of card is peddled with such folded state shown in Figure 13 c and Figure 13 d, but because POS code 322 can be situated between by the hole portion 331 vision identifications of slice part 330 as described above under the folded state of the embedded member 301 of card, therefore can read by POS terminal 71.In addition, under the folded state of the embedded member 301 of card, PIN code 321 is covered by slice part 330 and can not vision identification.

In addition, although the embedded member 301 of card uses the 313a～313c of hole portion connecting at slice part 310,320, the 330 table back ofs the body to be displayed in shop by suspension etc., but under this state, due to the table back of the body of slice part 320 thering is card service 324 bonding slice part 310,330, be therefore difficult to card 324 to separate wrongly from slice part 320.

The POS code 322 reading from the embedded member 301 of card sends (step 102) from POS terminal 71, is situated between and receives (step 103) by communication line 74 at service providing server 72.

In service providing server 72, the PIN code 321 of the card service 324 that is shown in the embedded member 301 of peddled card is set up accordingly and managed by the embedded member 301 of each card with POS code 322, in the time receiving POS code 322, for the POS code 322 receiving, to represent that can utilize the flag settings of utilizing of service is " 1 ", becomes initiate mode (step 104).

Afterwards, provide under the state of server 72 (step 105) when the PIN code 321 of card service 324 that is shown in the embedded member 301 of card is input to portable terminal 73 and sends the user by having bought the embedded member 301 of card in portable terminal 73 access services, be situated between and receive this PIN code 321(step 106 by communication line 74 at service providing server 72).

Figure 15 a～Figure 15 e is the figure of the use state of the embedded member 301 of card shown in presentation graphs 13a～Figure 13 e.

In the embedded member 301 of card shown in Figure 13 a～Figure 13 e, because the slice part 320 with card service 324 can be peeled off bonding with slice part 310, therefore, the user who has bought the embedded member 301 of card can peel off slice part 310 as shown in Figure 15 a from slice part 320, thereby the embedded member 301 of card is broken a seal, as shown in Figure 15 b, make card service 324 reveal to outside.At this moment, user peels off slice part 310 for peeling away top with breach 311 according to the indication information 312 that is shown in slice part 310 from slice part 320., construct by slice part 310,320 being peeled off to bonding formation with accurate bonding agent 351 in the Kaifeng in this form.

In the time that slice part 310 is peeled off from slice part 320, card service 324 reveals to outside, and the announcement information 314 that is shown in the back side of slice part 310 become can vision identification state.

In the embedded member 301 of card shown in Figure 13 a～Figure 13 e, because card service 324 can be from slice part 320 partition formation discretely by otch 323, and can peel off from slice part 330 by accurate bonding agent 351, therefore, bought the embedded member 301 of card user can the embedded member 301 of card is broken a seal, card service 324 reveals behind outside, as shown in Figure 13 c, make card service 324 separate from slice part 320.At this moment, thus user peels off card service 324 from slice part 320 and separates from slice part 330 according to the indication information 325 that is shown in slice part 320.In addition, varnish is peeled off in the region coating that does not at least show PIN code 321 and POS code 322 in card service 324 and adhesive surface slice part 330, and this is also to consider to make the only card service 324 in slice part 320 be easy to peel off from slice part 330.

So, as shown in Figure 13 d, be shown in card service 324 and the PIN code 321 of adhesive surface slice part 330 become can vision identification state, this PIN code 321 is input to portable terminal 73 by user.

In addition, in the time that card service 324 separates from slice part 320, as shown in Figure 15 e, be shown in slice part 330 and the announcement information 332a of adhesive surface slice part 320 become can vision identification state.

In service providing server 72, in the time receiving the PIN code 321 sending from portable terminal 73, first retrieval is set up corresponding POS code (step 107) with PIN code 321.In service providing server 72, owing to by the embedded member 301 of each card of peddling, the POS code 322 that is shown in card service 324 being set up accordingly and being managed with PIN code 321 as described above, therefore can retrieve with the PIN code 321 receiving and set up corresponding POS code.

Then, be confirmed whether that by the flag settings of utilizing of the POS code for retrieving be that " 1 " becomes initiate mode (step 108).Owing to using as described above POS terminal 71 reading displayed in the POS code 322 of the card service 324 of the embedded member 301 of this card in the time buying the embedded member 301 of card, be that " 1 " becomes initiate mode at service providing server 72 by the flag settings of utilizing for this POS code 322, therefore can utilize mark to be set to " 1 " and becoming initiate mode at the POS code for retrieving, the embedded member 301 of card is regular buying, provide service (step 109) from service providing server 72 to portable terminal 73, user utilizes service (step 110) at portable terminal 73.

In addition, can utilize mark not to be set to " 1 " and not become initiate mode at the POS code for retrieving, due to the embedded member 301 of this card informal buying, therefore send the message (step 111) of the meaning that can not utilize service from service providing server 72.

Be situated between and received the message of the meaning that can not utilize service sending from service providing server 72 by communication line 74 at portable terminal 73, and show output (step 112).

As described above, by by the POS code 322 that card service 324 can be used and in the time using that card service 324 is actual utilizes service appointed PIN code 321 be all presented at slice part 320, can, by POS code 322 and PIN code 321 lettering simultaneously, can avoid their matching error.In addition, in such formation, also can be at card service 324 under the state from the embedded member of card 301 separates, make POS code 322 for state that can vision identification, make PIN code 321 for state that can not vision identification.

In addition, in this form, slice part 310 and slice part 320 can be peeled off bonding by accurate bonding agent 351 at its whole, by slice part 310 is peeled off and is made card service 324 reveal outside from slice part 320, afterwards, thereby card service 324 is peeled off from slice part 320 and separated from slice part 330, but also can be configured to, slice part 320 and slice part 330 can be peeled off bonding at its whole comprehensively, by slice part 330 is peeled off and is made card service 324 reveal outside from slice part 320, afterwards, thereby card service 324 is peeled off from slice part 320 and separated from slice part 310.In this case, by slice part 320,330 being peeled off to the bonding Kaifeng structure that forms.

In addition, in this form, the shape of 3 slice parts 310,320,330 is mutually identical, but their shape also can be mutually different, can design aptly its shape (size, profile), so that must be respectively can guarantee the region needing with hole portion 331 etc. of covering for PIN code 321 at slice part 310,320,330.

(the 5th embodiment)

Figure 16 a is the exterior view that makes the state of the entirety expansion that represents the 5th embodiment of the present invention, Figure 16 b is the back view that makes the state of the entirety expansion that represents the 5th embodiment of the present invention, Figure 16 c is the exterior view that makes the state of the foldable integral that represents the 5th embodiment of the present invention, Figure 16 d is the back view that makes the state of the foldable integral that represents the 5th embodiment of the present invention, and Figure 16 e is the A-A ' sectional view shown in Figure 16 d.

This form, as shown in Figure 16 a～Figure 16 e, is with respect to being formed in the embedded member 401 of the different card of following point shown in the 4th embodiment: slice part 420 becomes 2 structures that come adhesive surface sheet 420a and back sheet 420b by bonding agent 452.

Surface patch 420a is situated between and is connected by kink 443 with back sheet 420b, forms respectively opposed to each other the 413b-1 of hole portion, 413b-2 and otch 423a, 423b under the state folding with kink 443.Thereby the surface patch 420a so forming and back sheet 420b become outside with the folding face that shows PIN code 421 and POS code 422 that makes of kink 443, form slice part 420 by bonding agent 452 is bonding.

Then, 3 slice parts 410,420,430 can launch folded centered by kink 441,442, to make face and the slice part 420 of display notification information 414 of slice part 410 opposed, the demonstration PIN code 421 of slice part 420 and face and the slice part 430 of POS code 422 are opposed, bonding by accurate bonding agent 451 and bonding agent 452.

In the embedded member 401 of above-mentioned such card forming, also with shown in the 4th embodiment form similarly and use.That is, the embedded member 401 of card is with respect to the formation shown in the 4th embodiment, and only slice part 420 becomes 2 structures of surface patch 420a and back sheet 420b, and its using method is with identical shown in the 4th embodiment.

In addition, in this form, 2 slice parts 410,430, with by mutually identical with back sheet 420b the shape folding and slice part 420 that forms surface patch 420a, but these shapes also can be mutually different, can suitable design its shape (size, profile) so that must can guarantee respectively the region needing with hole portion 431 etc. of covering for PIN code 421 in slice part 410,420,430.

(the 6th embodiment)

Figure 17 a is the exterior view that represents the state of the expansion of the 6th embodiment of the present invention, Figure 17 b is the back view that represents the state of the expansion of the 6th embodiment of the present invention, Figure 17 c is the exterior view that represents the folding state of the 6th embodiment of the present invention, Figure 17 d is the back view that represents the folding state of the 6th embodiment of the present invention, and Figure 17 e is the A-A ' sectional view shown in Figure 17 d.

This form is as shown in Figure 17 a～Figure 17 e, with respect to being formed in the embedded member 501 of the different card of following point shown in the 4th embodiment: slice part 530 and closure slice part 520 be shorter in length than slice part 510,520, as for making card service 524 reveal the Kaifeng structure to outside, be set to slide fastener portion 533 this point of defiber at slice part 530.In addition, the card service 524 in this form by have in a part for otch joint portion defiber 523 and can from slice part 520 discretely partition form.

Slide fastener portion 533 forms along in slice part 530 and end limits kink 542 opposition sides.

In the embedded member 501 of card of this form, also identical with the formation shown in the 4th embodiment, 3 slice parts 510, 520, 530 with kink 541, 542 are Z-shaped folds, to make face and the slice part 520 of display notification information 514 of slice part 510 opposed, the demonstration PIN code 521 of slice part 520 and face and the slice part 530 of POS code 522 are opposed, by accurate bonding agent 551, slice part 510 and slice part 520 can be peeled off bonding at its whole, but slice part 520 and slice part 530 only with respect to slide fastener portion 533 and with the region of kink 542 opposition sides, be slice part 530 along with the region on the end limit of kink 542 opposition sides, after bonding by bonding agent 552, be difficult to peel off bonding.

In the embedded member 501 of above-mentioned such card forming, also with under environment identical shown in the 4th embodiment, use in the same manner.

Figure 18 a～Figure 18 e is the figure of the use state of the embedded member 501 of card shown in presentation graphs 17a～Figure 17 e.

In the embedded member 501 of card shown in Figure 17 a～Figure 17 e, in the time that user buys in shop, as shown in Figure 17 d, PIN code 521 covered by slice part 530 and be formed as can not vision identification state, and POS code 522 becomes and can be situated between by being formed at the hole portion 531 of slice part 530 and the state of vision identification.

Buy the user of the embedded member 501 of card by making 533 fractures of slide fastener portion that the embedded member 501 of card is broken a seal as shown in Figure 18 a, as shown in Figure 18 b, made card service 524 reveal to outside.In addition, because slice part 520 and slice part 530 are only with respect to slide fastener portion 533 and bonding with the region of kink 542 opposition sides, therefore, by slide fastener portion 533 is ruptured, can make slice part 520,530 launch centered by kink 542, card service 524 is revealed to outside.So, the structure of the Kaifeng in this form is made up of slide fastener portion 533.

Then, because card service 524 can be from slice part 520 partition formation discretely by defiber 523, and can peel off from slice part 530 by accurate bonding agent 551, therefore, the user who has bought the embedded member 501 of card makes the embedded member 501 of card break a seal and card service 524 is revealed behind outside, as shown in Figure 18 c, by making defiber 523 fractures that card service 524 is separated from slice part 520, card service 524 is peeled off from slice part 530.

So as shown in Figure 18 d, user makes card service 524 separate from the embedded member 501 of card, and the PIN code 521 that is shown in this card service 524 is input to portable terminal 73.

In addition, in the time that card service 524 is separated from slice part 520, as shown in Figure 18 e, be shown in slice part 510 and the announcement information 514 of adhesive surface slice part 520 become can vision identification state.

In addition, in this form, by making slide fastener portion 533 fractures of being located at slice part 530 that card service 524 is revealed to outside, afterwards, card service 524 is separated and peeled off from slice part 510 from slice part 520, but also can slide fastener portion be set at slice part 510, by making this slide fastener portion rupture to make card service 524 to reveal to outside.In this case, slice part 520 needs at least can peel off bonding at card service 524 and region opposed with it with slice part 530.

In addition, the defiber that forms Kaifeng structure can not be also slide fastener portion 533, can be also perforated lines etc., as long as the formation that can make slice part 530 rupture.

In addition, in this form, the shape of 2 slice parts 510,520 is mutually identical, but their shape also can be mutually different, can suitable design its shape (size, profile) so that must be respectively can guarantee the region needing with hole portion 531 etc. of covering for PIN code 521 at slice part 510,520,530.

(the 7th embodiment)

Figure 19 a is the exterior view that represents the state of the expansion of the 7th embodiment of the present invention, Figure 19 b is the back view that represents the state of the expansion of the 7th embodiment of the present invention, Figure 19 c is the exterior view that represents the folding state of the 7th embodiment of the present invention, and Figure 19 d is the A-A ' sectional view shown in Figure 19 c.

This form is as shown in Figure 19 a～Figure 19 d, and being the 1st slice part 610 is situated between and can be connected foldedly and the service that forms provides with thin slice 601 by the kink 630 that becomes fillet with the 2nd slice part 620.

At slice part 610, along forming with the region on the end limit of kink 630 opposition sides the hole portion 613 that the table back of the body connects, in addition, on the surface of slice part 610, become kink 630 sides according to PIN code 611 and show the POS code 612 that becomes the PIN of 1st generation code code 611 and become 2nd generation code.These PIN codes 611 and POS code 612 are narrated in the back, mutually set up corresponding.

Slice part 620 and closure slice part 610 be shorter in length than slice part 610, form breach 621 in 1 bight.In addition, at the back displays indication information 622 of slice part 620, its indication service provide with the folded and rear peeling sheet portion of adhesive sheet portion 610,620 of thin slice 601 610,620 o'clock take breach 621 as peeling away the meaning at top.

The slice part 610,620 so forming, its surface becomes folding with kink 630 medially, can peel off bonding by accurate bonding agent 641.Accurate bonding agent 641 is coated on respectively under at least folded state in the surface of slice part 610 surface with the opposed region of slice part 620 and slice part 620, before the information that both can comprise PIN code 611 and POS code 612 in printing, be coated with, also can after printing information, be coated with.In addition, be shorter in length than slice part 610 due to slice part 620 and closure slice part 610, and become kink 630 sides according to PIN code 611 and show PIN code 611 and POS code 612, therefore under folded state, PIN code 611 covered by slice part 620 and be formed as can not vision identification state, POS code 612 do not covered by slice part 620 and be formed as can vision identification state.That is, PIN code 611 is shown in service and provides with the region overlapping with slice part 620 under the folded state of thin slice 601, and POS code 612 is shown in service and provides with not overlapping with slice part 620 region under the folded state of thin slice 601.

The following describes above-mentioned such service forming the using method with thin slice 601 is provided.In addition, provide with in thin slice 601 in above-mentioned such service forming, using with under environment identical shown in the 1st embodiment.

Figure 20 provides the process flow diagram by the using method of thin slice 601 for the service shown in Figure 19 a～Figure 19 d under the environment shown in key diagram 4.

First, buying service user provides when the thin slice 601, reads POS code 612(step 201 in the POS terminal 71 that is arranged at this shop).Service provides peddles with folding form such shown in Figure 19 c with thin slice 601, but due to POS code 612 as described above, provide the energy vision identification with also not covered by slice part 620 under the folded state of thin slice 601 in service, therefore can read by POS terminal 71.In addition, provide with under the folded state of thin slice 601 in service, PIN code 611 is covered by slice part 620 and can not vision identification.In addition, service provides and is waited and be displayed in shop by suspension with the hole portion 613 that the thin slice 601 use tables back ofs the body connect.

Provide the POS code 612 reading with thin slice 601 to send (step 202) from POS terminal 71 from service, be situated between and receive (step 203) by communication line 74 at service providing server 72.

In service providing server 72, provide and provide with thin slice 601 and set up accordingly and manage by each service with PIN code 611 and the POS code 612 of the slice part 610 of thin slice 601 being shown in the service of peddling, in the time receiving POS code 6012, for the POS code 612 receiving, to represent that can utilize the flag settings of utilizing of service is " 1 ", becomes initiate mode (step 204).

Afterwards, provide and provide and under the state of server 72, the service of being shown in is provided to (step 205) when being input to portable terminal 73 and sending with the PIN code 611 of the slice part 610 of thin slice 601 in portable terminal 73 access services with the user of thin slice 601 by the service of having bought, be situated between and receive this PIN code 611(step 206 by communication line 74 at service providing server 72).

Figure 21 a～Figure 21 c is that the service shown in presentation graphs 19a～Figure 19 d provides the figure with the use state of thin slice 601.

Provide with in thin slice 601 in the service shown in Figure 19 a～Figure 19 d, in the time that user buys in shop, as shown in Figure 21 a, PIN code 611 covered by slice part 620 and be formed as can not vision identification state, and POS code 612 do not covered by slice part 620 and be formed as can vision identification state.

Provide with after thin slice 601 in the service of buying, as shown in Figure 21 b, by user, slice part 620 is peeled off from slice part 610.Peel off bondingly by accurate bonding agent 641 phase mutual energy due to slice part 610,620, therefore, the service of having bought provides can peel off with the user of thin slice 601.At this moment, user, according to the indication information 622 that is shown in slice part 620, peels off slice part 620 for peeling away top with breach 621 from slice part 610.

In the time that so peeling sheet portion 610 and slice part 620 provide service to launch with thin slice 601, as shown in Figure 21 c, the PIN code 611 that is shown in slice part 610 becomes the state of energy vision identification, and this PIN code 611 is input to portable terminal 73 by user.

In service providing server 72, in the time receiving the PIN code 611 sending from portable terminal 73, first, retrieval is set up corresponding POS code (step 207) with PIN code 611.In service providing server 72, owing to providing and setting up accordingly and manage being shown in the PIN code 611 of slice part 610 and POS code 612 with thin slice 601 by each service of peddling as described above, therefore, can retrieve with the PIN code 611 receiving and set up corresponding POS code.

Then, be confirmed whether that by the flag settings of utilizing of the POS code for retrieving be that " 1 " becomes initiate mode (step 208).In the time that the service of buying provides with thin slice 601, owing to providing the POS code 612 with the slice part 610 of thin slice 601 by POS terminal 71 reading displayed in this service as described above, be that " 1 " becomes initiate mode by the flag settings of utilizing for this POS code 612 at service providing server 72, therefore can utilize mark to be set to " 1 " and becoming initiate mode at the POS code for retrieving, service provide with thin slice 601 are regular buying, provide service (step 209) from service providing server 72 to portable terminal 73, user utilizes service (step 210) at portable terminal 73.

In addition, can utilize mark not to be set to " 1 " and not become initiate mode at the POS code for retrieving, because service provides with thin slice 601 informal buying, therefore send the message (step 211) of the meaning that can not utilize service from service providing server 72.

Be situated between and received the message of the meaning that can not utilize service sending from service providing server 72 by communication line 74 at portable terminal 73, and show output (step 212).

As described above, by the POS code 612 that service is provided can use with thin slice 601 is presented to slice part 610 together with appointed PIN code 611 with providing in the service of use while serving with the actual utilizations of thin slice 601, POS code 612 and PIN code 611 can be carried out to lettering simultaneously, can avoid their matching error.In addition, in such formation, provide with under the state before the use of thin slice 601 in service, make POS code 612 for state that can vision identification, make PIN code 611 for state that can not vision identification.

(the 8th embodiment)

Figure 22 a is the exterior view that represents the state of the expansion of the 8th embodiment of the present invention, Figure 22 b is the back view that represents the state of the expansion of the 8th embodiment of the present invention, Figure 22 c is the exterior view that represents the folding state of the 8th embodiment of the present invention, and Figure 22 d is the A-A ' sectional view shown in Figure 22 c.

This form, as shown in Figure 22 a～Figure 22 d, is to provide and forming with coating portion 723 and the coating portion 724 in the 2nd region being connected in the closure of the 1st slice part 710 by becoming with 701: the 2 slice parts 720 of thin slice with respect to being formed in the different service of following point shown in the 7th embodiment.In addition, provide with in thin slice 701 in the service of this form, slice part 720 is connected and is formed by 2 coating portions 723,724, but slice part 720 and closure slice part 710 be shorter in length than slice part 710.

The mode that becomes kink 730 sides in slice part 720,2 coating portions 723,724 according to coating portion 723 is that micro-perforated lines 725 can connect discretely by perforation, forms in coating portion 724 the hole portion 726 that the table back of the body connects.

The slice part 710,720 so forming, its surface becomes folding with kink 730 medially, slice part 710 and coating sheet 723 can be peeled off bonding by accurate bonding agent 741, slice part 710 and coating sheet 724 are difficult to peel off after bonding by bonding agent 742 around the hole portion 726 that becomes the 1st region bonding.In addition, after what is called is bonding, be difficult to peel off, refer to that close adhesion arrives in the case of the hand peeling sheet portion 710 and coating sheet 724 of employment, the degree that slice part 710 and coating sheet 724 self break or cut apart on thickness direction.In addition, under folded state, PIN code 711 covered by coating portion 723 and be formed as can not vision identification state.In addition, POS code 712 is shown in region overlapping with coating portion 724 under folded state, but hole portion 726 is formed under folded state and the opposed region of POS code 712, become thus can vision identification state.

Provide with in thin slice 701 in above-mentioned such service forming, also using in the same manner with under environment identical shown in the 7th embodiment.

Figure 23 a～Figure 23 c is that the service shown in presentation graphs 22a～Figure 22 d provides the figure with the use state of thin slice 701.

Provide with in thin slice 701 in the service shown in Figure 22 a～Figure 22 d, in the time that user buys in shop, as shown in Figure 23 a, PIN code 711 covered by coating portion 723 and be formed as can not vision identification state, and POS code 712 be situated between be formed as by being formed at the hole portion 726 of coating portion 724 can vision identification state.

Provide with after thin slice 701 in the service of buying, as shown in Figure 23 b, make micro-perforated lines 725 fractures that coating portion 723 is peeled off from slice part 710 by user.Can peel off bondingly by accurate bonding agent 741 due to slice part 710 and coating portion 723, the service of therefore having bought provides can peel off with the user of thin slice 701.At this moment, user is according to the indication information 722 that is shown in coating portion 723,, makes micro-perforated lines 725 fractures while coating portion 723 is peeled off from slice part 710 for peeling away top with breach 721.

In the time so coating portion 723 being peeled off to make service to provide to launch with thin slice 701 from slice part 710, as shown in Figure 23 c, the PIN code 711 that is shown in slice part 710 becomes the state of energy vision identification, and PIN code 711 is input to portable terminal 73 by user.

In this form, need to make micro-perforated lines 725 rupture for vision identification PIN code 711, thus, the in the situation that of improper vision identification PIN code 711, can leave this vestige.

(the 9th embodiment)

Figure 24 a is the exterior view that represents the state of the expansion of the 9th embodiment of the present invention, Figure 24 b is the back view that represents the state of the expansion of the 9th embodiment of the present invention, Figure 24 c is the exterior view that represents the folding state of the 9th embodiment of the present invention, Figure 24 d is the back view that represents the folding state of the 9th embodiment of the present invention, and Figure 24 e is the A-A ' sectional view shown in Figure 24 d.

This form is as shown in Figure 24 a～Figure 24 e, and being the 1st slice part 810 is situated between and can be connected foldedly and the service that forms provides with thin slice 801 by the kink 830 that becomes fillet with the 2nd slice part 82.

At slice part 810, by micro-perforated lines 814 make card service 815 discretely partition form, and along forming with the region on the end limit of kink 830 opposition sides the hole portion 813 that the table back of the body connects.In addition, at the back side in the region that becomes card service 815 of slice part 810, become kink 830 sides ground according to POS code 812, show the POS code 812 that becomes the PIN code of 1st generation code 811 and become 2nd generation code.Identical with shown in the 7th embodiment of these PIN codes 811 and POS code 812, all sets up corresponding mutually.

The closure of slice part 820 and slice part 810 be shorter in length than slice part 810, form the hole portion 826 that the table back of the body connects.

The slice part 810,820 so forming, its back side becomes folding with kink 830 medially, can peel off bonding by accurate bonding agent 841.Accurate bonding agent 841 is coated respectively under at least folded state in the back side of slice part 810 back side with the opposed region of slice part 820 and slice part 820, before the information that both can comprise PIN code 811 and POS code 812 in printing, be coated with, also can after printing information, be coated with.Under folded state, PIN code 811 covered by slice part 820 and be formed as can not vision identification state.In addition, POS code 812 is shown in region overlapping with slice part 820 under folded state, but hole portion 826 is formed under folded state and the opposed region of POS code 812, and becoming thus can vision identification state.

Provide with in thin slice 801 in above-mentioned such service forming, also similarly using with under environment identical shown in the 7th embodiment.

Figure 25 a～Figure 25 c is that the service shown in presentation graphs 24a～Figure 24 e provides the figure with the use state of thin slice 801.

Provide with in thin slice 801 in the service shown in Figure 24 a～Figure 24 e, in the time that user buys in shop, as shown in Figure 25 a, PIN code 811 covered by slice part 820 and be formed as can not vision identification state, and POS code 812 be situated between be formed as by being formed at the hole portion 826 of slice part 820 can vision identification state.

Provide with after thin slice 801 in the service of buying, as shown in Figure 25 b, by user, the card service in slice part 810 815 is peeled off from slice part 820.The service of this form provides thin slice 801 as described above, due to slice part 810,820 can peel off by accurate bonding agent 841 bonding, thereby therefore can be by making 814 fractures of micro-perforated lines that card service 815 is separated from slice part 820 and be peeled off from slice part 810.In addition, also consider that the region coating that does not at least show PIN code 811 and POS code 812 in card service 815 and adhesive surface slice part 820 peels off the formation of varnish or be not coated with the formation of accurate bonding agent 841 at the adhesive surface with slice part 820 of card service 815.

So, as shown in Figure 25 c, be shown in card service 815 and the PIN code 811 of adhesive surface slice part 820 become can vision identification state, this PIN code 811 is input to portable terminal 73 by user.

So, in this form, use the card service 815 separating from slice part 810 to utilize service.

(the 10th embodiment)

Figure 26 a is the exterior view that represents the state of the expansion of the 10th embodiment of the present invention, Figure 26 b is the back view that represents the state of the expansion of the 10th embodiment of the present invention, Figure 26 c is the exterior view that represents the folding state of the 10th embodiment of the present invention, Figure 26 d is the back view that represents the folding state of the 10th embodiment of the present invention, and Figure 26 e is the A-A ' sectional view shown in Figure 26 d.

This form is as shown in Figure 26 a～Figure 26 e, to provide with thin slice 901 with respect to the different service of following point that is formed in shown in the 9th embodiment: the length of the closure of slice part 910,920 equates mutually, and card service 915 by have in a part for otch joint portion defiber 914 and can from slice part 910 discretely partition form.

Provide with in thin slice 901 in above-mentioned such service forming, also use in the same manner with the formation shown in the 9th embodiment.

(the 11st embodiment)

Figure 27 a is the exterior view that makes the state of the entirety expansion that represents the 11st embodiment of the present invention, Figure 27 b is the back view that makes the state of the entirety expansion that represents the 11st embodiment of the present invention, Figure 27 c is the exterior view that makes the folding state of the 1st slice part 1010 shown in Figure 27 a and Figure 27 b, Figure 27 d is the back view that makes the folding state of the 1st slice part 1010 shown in Figure 27 a and Figure 27 b, Figure 27 e is the A-A ' sectional view shown in Figure 27 d, Figure 27 f is the exterior view that makes the state of the foldable integral that represents the 11st embodiment of the present invention, Figure 27 g is the back view that makes the state of the foldable integral that represents the 11st embodiment of the present invention, Figure 27 h is the B-B ' sectional view shown in Figure 27 g.

This form is as shown in Figure 27 a～Figure 27 h, to provide with thin slice 1001 with respect to the different service of following point that is formed in shown in the 9th embodiment: slice part 1010 becomes surface patch 1010a and back sheet 1010b passes through 2 bonding structures of bonding agent 1042, and only the opposed opposite side in 4 limits of card service 1015 becomes micro-perforated lines 1014a, 1014b, and another opposite side becomes otch 1017a, 1017b.

Surface patch 1010a and back sheet 1010b are situated between and are connected by kink 1016, with under the folding state of kink 1016 opposed to each other, form respectively the 1013a of hole portion, 1013b, micro-perforated lines 1014a, 1014b and otch 1017a, 1017b.The surface patch 1010a so forming and back sheet 1010b make the face that shows PIN code 1011 and POS code 1012 become ground, outside, folding with kink 1016, form slice part 1010 by bonding agent 1042 is bonding.

Provide with in thin slice 1001 in above-mentioned such service forming, also with shown in the 9th embodiment or the 10th embodiment form similarly and use.

The service of this form provides uses thin slice 1001 as described above, because slice part 1010 becomes surface patch 1010a and back sheet 1010b by 2 bonding structures of bonding agent 1042, by making the micro-perforated lines 1014a that is formed at surface patch 1010a rupture card service 1015 is separated from slice part 1010 with the micro-perforated lines 1014b that is formed at back sheet 1010b.

(the 12nd embodiment)

Figure 28 a is the exterior view that makes the state of the entirety expansion that represents the 12nd embodiment of the present invention, Figure 28 b is the back view that makes the state of the entirety expansion that represents the 12nd embodiment of the present invention, Figure 28 c is the exterior view that makes the folding state of the 1st slice part 1110 shown in Figure 28 a and Figure 28 b, Figure 28 d is the back view that makes the folding state of the 1st slice part 1110 shown in Figure 28 a and Figure 28 b, Figure 28 e is the A-A ' sectional view shown in Figure 28 d, Figure 28 f is the exterior view that makes the state of the foldable integral that represents the 12nd embodiment of the present invention, Figure 28 g is the back view that makes the state of the foldable integral that represents the 12nd embodiment of the present invention, Figure 28 h is the B-B ' sectional view shown in Figure 28 g.

This form is as shown in Figure 28 a～Figure 28 h, to provide with thin slice 1101 with respect to the different service of following point that is formed in shown in the 10th embodiment: slice part 1110 becomes surface patch 1110a and back sheet 1110b are passed through to 2 bonding structures of bonding agent 1142, and card service 1115 can be from slice part 1110 partition formation discretely by otch 1114a, 1114b, and then form otch 1127 at slice part 1120, by this otch 1127, label portion 1128 can be from slice part 1120 partition formation discretely.

Surface patch 1110a and back sheet 1110b are situated between and are connected by kink 1116, respectively to form respectively opposed to each other the 1113a of hole portion, 1113b and otch 1117a, 1117b under the folding state of kink 1116.The surface patch 1110a so forming and back sheet 1110b make the face that shows PIN code 1111 and POS code 1112 become ground, outside, folding with kink 1116, form slice part 1110 by bonding agent 1142 is bonding.

Slice part 1110 and slice part 1120 with shown in the 10th embodiment, form identically, the face that shows PIN code 1111 and POS code 1112 is become medially, folding with kink 1130, can peel off bonding by accurate bonding agent 1141.Under this state, PIN code 1111 is covered by slice part 1120 and can not vision identification, and POS code 1112 can be situated between by the 1126 vision identifications of hole portion.In addition, label portion 1128 be located at service provide with under the folded state of thin slice 1101 with the opposed region of PIN code 1111.

Provide with in thin slice 1101 in above-mentioned such service forming, similarly using with under environment identical shown in the 7th embodiment.

Figure 29 a～Figure 29 e is that the service shown in presentation graphs 28a～Figure 28 h provides the figure with the use state of thin slice 1101.

Provide with in thin slice 1101 in the service shown in Figure 28 a～Figure 28 h, in the time that user buys in shop, as shown in Figure 29 a, PIN code 1111 covered by slice part 1120 and become can not vision identification state, and POS code 1112 be situated between be formed as by being formed at the hole portion 1126 of slice part 1120 can vision identification state.

Provide with after thin slice 1101 in the service of buying, as shown in Figure 29 b, by user, the card service 1115 in slice part 1110 is peeled off from slice part 1120.The service of this form provides thin slice 1101 as described above, because slice part 1110,1120 can be peeled off bonding by accurate bonding agent 1141, therefore, thus can card service 1115 be separated from slice part 1120 and be peeled off from slice part 1110 by otch 1114a, 1114b.

At this moment, as shown in Figure 29 c, label portion 1128 separates from slice part 1120, becomes the state constant on card service 1115 that is bonded in.For this reason, thereby only card service 1115 is separated from slice part 1120 and is peeled off from slice part 1110, be shown in PIN code 1111 card service 1115 and adhesive surface slice part 1120 due to label portion 1128 be formed as can not vision identification state.So, for card service 1115 label portion 1128 when slice part 1110 separates is separated and is bonded in card service 1115 constant from slice part 1120, consider for example to make the bounding force of slice part 1110 based on accurate bonding agent 1141 and slice part 1120 only label portion the last 1128, or varnish is peeled off in the region coating beyond the label portion 1128 in card service 1115 and adhesive surface slice part 1120, make the bounding force with slice part 1120 in the region beyond the label portion 1128 of card service 1115 be weaker than the formations such as label portion 1128 and bounding force slice part 1120.

Afterwards, as shown in Figure 29 d, in the time that label portion 1128 is peeled off from card service 1115, as shown in Figure 29 e, be shown in card service 1115 and the PIN code 1111 of adhesive surface slice part 1120 become can vision identification state, this PIN code 1111 is input to portable terminal 73 by user.

So, in this form, due to thereby card service 1115 is separated while peeling off from slice part 1120 from slice part 1110, label portion 1128 separates and is bonded in card service 1115 constant from slice part 1120, afterwards, by label portion 1128 is peeled off vision identification PIN code 1111 from card service 1115, therefore, even only card service 1115 is embedded into slice part 1110 after improper vision identification PIN code 1111, also can leave wrongful vestige because label portion 1128 separates.In addition, although only thereby label portion 1128 is separated from card service 1115 and just peels off vision identification PIN code 1111 wrongly from slice part 1120 state of not peeling off from slice part 1120 at card service 1115, but because label portion 1128 is located at the slice part 1120 of 1, thereby therefore only label portion 1128 is being separated and from card service 1115 is peeled off, is being difficult to label portion 1128 to embed slice part 1120 and return to original state from slice part 1120.

(the 13rd embodiment)

Figure 30 a is the figure that represents the stacked state in the 13rd embodiment of the present invention, and Figure 30 b is the stereoscopic figure that represents the 13rd embodiment of the present invention.In addition, Figure 31 a is the figure of 1 configuration example at the back side of the slice part 1212 shown in presentation graphs 30a and Figure 30 b, Figure 31 b is the figure that the information shown in presentation graphs 30a and Figure 30 b is covered 1 configuration example at the back side of thin slice 1211, and Figure 31 c is the A-A sectional view shown in Figure 31 b.In addition, Figure 32 is that the information shown in Figure 30 a and Figure 30 b is covered the key diagram that the vision identification of the PIN code in thin slice 1211 prevents.

This form, as shown in Figure 30 a and Figure 30 b, is that the information being made up of slice part 1212, guard block 1213, curtain-shaped cover member 1214 is covered thin slice 1211.

Slice part 1212 is as shown in Figure 31 a, in management server etc., mutually setting up corresponding 1st generation code is that PIN code 1241 and 2nd generation code are that POS code 1242 is formed on the same face of back side 1212B, and at least PIN code 1241 forms by being suitable for most the carbon dust lettering that PIN code uses.In addition, can not also carbon dust lettering, but form by adding carbon ink water.

Guard block 1213 is for example and the parts of slice part 1212 with thick papery to form the corresponding peristome 1221 of slice part, and form the hole portion 1222 that suppending hole is used.

Curtain-shaped cover member 1214 is for example and the parts of the papery of guard block 1213 same sizes; in region corresponding to peristome 1221 corresponding to the slice part that is formed at guard block 1213, configure slice part 1212; formation makes the POS code 1242 that is shown in slice part back side 1212B can reveal to vision identification the corresponding peristome 1231 of POS code of outside, and forms and add carbon shielding layer 1232 in the position corresponding with the PIN code 1241 that is shown in slice part back side 12B.In addition, form the hole portion 1233 corresponding with the hole portion 1222 that is formed at guard block 1213.

Adding carbon shielding layer 1232 is for example the layer with the formation of character floral designs, by least containing black grain diameter contained in the carbon dust that the forms PIN code 1241 UV cured type ink formation of the carbon black of above particle diameter on an equal basis.Adding carbon shielding layer 1232 can be so-called blacking state as shading, if but owing to becoming thick painting, can produce crawling, can the in the situation that of adhesive sheet portion 1212, mirror code, carry out scumbling by being made as character floral designs, the seeing through of preventing from carrying out with LED light irradiation light that can produce effect read.These character floral designs preferably will spin upside down with character kind (comprising numeral, mark etc.) the identical characters kind of PIN code 1241 or random arrangement obliquely, and this is resultful.

Curtain-shaped cover member 1214 and guard block 1213 are as shown in Figure 30 a and Figure 31 c, and the region beyond region corresponding to peristome 1221 corresponding to the slice part that is formed at guard block 1213 is situated between bonding by known close adhesion layer 1234 of past.In addition; at the corresponding peristome 1221 of slice part of guard block 1213; slice part 1212 overlaps as coincidence face the back side 1212B that has formed PIN code 1241 and POS code 1242 with curtain-shaped cover member 1214; be situated between by known fissility bonding coat 1235 of past, peel off freely adhesive sheet portion 1212 and curtain-shaped cover member 1214.In addition, in the formation shown in Figure 30 a, close adhesion layer 1234 and fissility bonding coat 1235 are located at curtain-shaped cover member 1214, but they are formations relative with slice part 1212 with the guard block 1213 of bonding object, suitable decision on production process.

That is, by the bonding guard block 1213 of curtain-shaped cover member 1214, peel off freely adhesive sheet portion 1212, the information shown in Figure 30 b that becomes is covered thin slice 1211.Information is covered thin slice 1211 as shown in Figure 31 b and Figure 31 c, at its back side (back side 1214B of curtain-shaped cover member 1214), the POS code 1242 that is formed at the back side 1212B of slice part 1212 become can from the corresponding peristome 1231 of POS code visual reveal the state of outside, in addition, PIN code 1241 becomes and the state that adds carbon shielding layer 1232 and overlap, thereby crested, wherein adds carbon shielding layer 1232 and is formed at the corresponding position on the thickness direction overlapping with the formation position of PIN code 1241.

Such information is covered thin slice 1211 and is peddled and user while buying in such as convenience store etc., read by POS cashier's machine at POS code 1242 and confirmed thus the time point of buying, the use of setting up corresponding PIN code 1241 with POS code 1242 on management server becomes effectively., the person of buying, by slice part 1212 is covered to thin slice 1211 is peeled off and can vision identification be formed at the PIN code 1241 of back side 1212B from information, can use this PIN code 1241 on computer network.

In addition, for example, peddling display information while covering thin slice 1211, shown in figure 32, even if the people of malice is with being arranged on LED lamp 1250 that portable phone or smart mobile phone LED lamp 1250 or night illumination use from backside illuminated, the character floral designs (in the situation of blacking for shading) that can not obtain according to seeing through of light irradiation owing to adding the existence of carbon shielding layer 1232 are familiar with PIN code 1241, can prevent that the improper of PIN code 1241 from obtaining.

Figure 33 a is other the figure of configuration example that represents the back side of the slice part 1212 in the 13rd embodiment of the present invention, Figure 33 b represents that information in the 13rd embodiment of the present invention covers other the figure of configuration example at the back side of thin slice 1211, Figure 34 a is other the figure of configuration example that represents the back side of the slice part 1212 in the 13rd embodiment of the present invention, and Figure 34 b is the figure that represents the configuration example of surperficial other of slice part 1212 in the 13rd embodiment of the present invention.

Slice part 1212 in this example as shown in Figure 33 a, with the formation shown in Figure 31 a in the same manner, on the same face of 1212B, form overleaf PIN code 1241 and POS code 1242.

Information in this example is covered thin slice 1211 as shown in Figure 33 b, as the formation identical with Figure 30 a, Figure 30 b, Figure 31 a and Figure 31 b, be by the above-mentioned identical formation of corresponding position on thickness direction back side 1214B, that overlap with the formation position of the PIN code 1241 of bonding slice part 1212 that adds carbon shielding layer 1251 and be formed at curtain-shaped cover member 1214.

Such information is covered thin slice 1211 as shown in Figure 33 b, at its back side (back side 1214B of curtain-shaped cover member 1214), the POS code 1242 that is formed at the back side 1212B of slice part 1212 become can from the corresponding peristome 1231 of POS code visual reveal the state of outside, in addition, PIN code 1241 becomes the crested with adding carbon shielding layer 1251 coincidence status, wherein adds carbon shielding layer 1251 and is formed on the back side 1214B of curtain-shaped cover member 1214 with the corresponding position on thickness direction overlapping with the formation position of PIN code 1241.

In addition, as shown in Figure 34 a, the formation of slice part 1212 as shown in Figure 31 a forms PIN code 1241 and POS code 1242 on the same face of 1212B in the same manner overleaf, in addition, as shown in Figure 34 b, become following form: corresponding position forms the same as described above carbon shielding layer 1252 that adds on the thickness direction overlapping with PIN code 1241 back side 1212B its surperficial 1212A.

Though not shown, used the information of such slice part 1212 to cover thin slice 1211 and made to add carbon shielding layer 1232(1251) formation position differently, be formed at slice part 1212 surperficial 1212A form, other formation is identical.

As described above, even if make to add the formation position difference of carbon shielding layer 1251,1252, the irradiation of carrying out for LED lamp, also can make the character floral designs (in the situation of blacking for shading) that can not obtain according to seeing through of light irradiation be familiar with PIN code 1241 by adding carbon shielding layer 1251,1252, can prevent that the improper of PIN code 1241 from obtaining.

(the 14th embodiment)

Figure 35 a is the figure that represents 1 the surperficial configuration example in the 14th embodiment of the present invention, Figure 35 b is the figure that represents 1 configuration example at the back side in the 14th embodiment of the present invention, Figure 35 c represents to make the information shown in Figure 35 a to cover the figure of the folding state of thin slice 1211, and Figure 35 d is the B-B sectional view shown in Figure 35 c.

This form, as shown in Figure 35 a and Figure 35 b, is that the information that slice part 1261 and curtain-shaped cover member 1262 can be connected with foldedly with broken line 1263 is covered thin slice 1211.

At the surperficial 1261A of slice part 1261, form PIN code 1241 and POS code 1242, become broken line 1263 sides according to PIN code 1241 and form.In addition, form with the opposed position of broken line 1263 the hole portion 1265 that suppending hole is used at slice part 1261.

The length that is shorter in length than slice part 1261 that is connected with direction of curtain-shaped cover member 1262, becomes covering PIN code 1241 with broken line 1263 during to the surperficial 1261A side bending of slice part 1261 but do not reach the length of POS code 1242.In addition, form in 1 bight of curtain-shaped cover member 1262 breach of peeling off use.

And then, in the surperficial 1261A side of the slice part 1261 of curtain-shaped cover member 1262, whole at bending faying surface forms in the past known fissility bonding coat 1264, and while overlapping with slice part surface 1261A carrying out bending and the overlapping position of PIN code 1241, form the above-mentioned identical carbon shielding layer 1271 that adds.

Then, as shown in Figure 35 c and Figure 35 d, by make curtain-shaped cover member 1262 with broken line 1263 to the 1261A side bending of slice part surface, being situated between overlaps bonding by fissility bonding coat 1235, POS code 1242 can reveal outside visually, and PIN code 1241 becomes and the state that adds carbon shielding layer 1271 and overlap when crested parts 1262 cover., add carbon shielding layer 1271 and be formed on the position corresponding with PIN code 1241 on thickness direction coincidence face, that overlap.In addition, can form PIN code 1241 simultaneously and add carbon shielding layer 1271 with the same material that contains carbon black.

Even if such information is covered thin slice 1211 from backside illuminated LED light, the character floral designs (in the situation of blacking for shading) that also can not obtain according to seeing through of light irradiation owing to adding the existence of carbon shielding layer 1271 are familiar with PIN code 1241, can prevent that the improper of PIN code 1241 from obtaining.In addition, also can make broken line 1263 pull down in the back for perforated lines.In addition, also can make curtain-shaped cover member 1262 not be connected with slice part 1261, but can peel off bonding as discrete object.

Figure 36 a is the figure that represents the configuration example of surperficial other in the 14th embodiment of the present invention, Figure 36 b is other the figure of configuration example that represents the back side in the 14th embodiment of the present invention, and Figure 36 c represents to make the information shown in Figure 36 b to cover the figure of the folding state of thin slice 1211.

Information in this example is covered thin slice 1211 as shown in Figure 36 a and Figure 36 b, with respect to the formation shown in Figure 35 a, makes to add formation position difference on the thickness direction overlapping of carbon shielding layer, and other formation is identical.

; information is in this example covered in thin slice 1211; as shown in Figure 36 a and Figure 36 b, add the opposing face of back side 1262B(that carbon shielding layer 1272 is formed on curtain-shaped cover member 1262 faying surface during to the 1261A side bending of slice part surface with broken line 1263), the position corresponding with the PIN code 1241 that is formed at the surperficial 1261A of slice part when folding.Then, during by curtain-shaped cover member 1262 folded, glued, as shown in Figure 36 c, being positioned at the curtain-shaped cover member 1262 of slice part surface 1261A side by making to add carbon shielding layer 1272 with fissility bonding coat 1264, PIN code 1241 becomes shielding status, and POS code 1242 becomes the visual state of energy.

Figure 37 a is the figure that represents the configuration example of surperficial other in the 14th embodiment of the present invention, Figure 37 b is other the figure of configuration example that represents the back side in the 14th embodiment of the present invention, Figure 37 c represents to make the information shown in Figure 37 a to cover the figure of the surperficial formation under the folding state of thin slice 1211, and Figure 37 d represents to make the information shown in Figure 37 b to cover the figure of the formation at the back side under the folding state of thin slice 1211.

Information in this example is covered thin slice 1211 as shown in Figure 37 a and Figure 37 b, adds back side 1261B(that carbon shielding layer 1273 is formed on slice part 1261 and formed the opposing face of the surperficial 1261A of PIN code 1241 and POS code 1242) the position corresponding with PIN code 1241.Then,, in the time making curtain-shaped cover member 1262 folded, glued with fissility bonding coat 1264, as shown in Figure 37 c and Figure 37 d, PIN code 1241 is because curtain-shaped cover member 1262 is formed as shielding status, and POS code 1242 becomes the visual state of energy.

Then, even if the information shown in Figure 36 a～Figure 36 c and Figure 37 a～Figure 37 d is covered thin slice 1211 from backside illuminated LED light, also make to be familiar with PIN code 1241 according to the character floral designs (in the situation of blacking for shading) that obtain based on seeing through of light irradiation owing to adding the existence of carbon shielding layer 1272,1273, can prevent that the improper of PIN code 1241 from obtaining.

Information shown in the above-mentioned the 13rd and the 14th embodiment is covered thin slice and can be utilized under the state of information that covers regulation, in the back pre-payment card, the member card of vision identification, cover in postcard etc.

In addition, in the above-mentioned the 13rd and the 14th embodiment, illustrate that information is covered to thin slice to be applied in the shopping in the electronics shop on computer network or to provide the service of service to provide by the form in the situation in thin slice (pre-payment card), but as information masking technique, can also be applied in postal delivery things such as covering postcard thin slice or send in check, can also cover form thin slice and apply for information in addition.

Claims (11)

1. the embedded member of card, by bonding to the 1st thin slice and the 2nd thin slice, show and mutually sets up corresponding 1st generation code and 2nd generation code, in described the 1st thin slice, comprises card, wherein,

In described the 1st thin slice, described card discretely partition forms and can peel off bonding with described the 2nd thin slice, show described 1st generation code at the adhesive surface with described the 2nd thin slice of described card, and described the 1st thin slice is showing described 2nd generation code with the adhesive surface of described the 2nd thin slice

Described the 2nd thin slice has hole portion with the opposed region of described 2nd generation code.

2. the embedded member of card according to claim 1, wherein,

Described 2nd generation code is shown in described card and adhesive surface described the 2nd thin slice.

3. the embedded member of card, order according to the 1st slice part, the 2nd slice part and the 3rd slice part connects them, described the 2nd slice part is sandwiched between described the 1st slice part and described the 3rd slice part to be folded, and make respectively described the 1st slice part and described the 2nd slice part, described the 2nd slice part and described the 3rd slice part bonding, show and mutually set up corresponding 1st generation code and 2nd generation code, wherein

Described the 2nd slice part has card service, and shows described 1st generation code and described 2nd generation code at the adhesive surface with described the 3rd slice part of described card service,

Described the 3rd slice part with the bonding state of described the 2nd slice part under, there is hole portion with the opposed region of described 2nd generation code,

The slice part of a side in described the 1st slice part and described the 3rd slice part has for making described card reveal the Kaifeng structure of outside,

Described card service be configured to the opposing party's that can be from described the 1st slice part and described the 3rd slice part slice part and described the 2nd sheet segment from.

4. the embedded member of card according to claim 3, wherein,

Slice part by one and described the 2nd thin slice can be peeled off bonding, form described Kaifeng structure.

5. the embedded member of card according to claim 3, wherein,

The slice part of one is along bonding with region and described the 2nd thin slice on end limit of opposition side of fillet that is connected described the 2nd slice part,

Described Kaifeng structure be formed in one slice part not with the defiber in the bonding region of described the 2nd slice part.

6. service provides with a thin slice, and can be connected foldedly with the 2nd slice part by the 1st slice part and form, wherein,

Described the 1st slice part is set up corresponding 1st generation code and 2nd generation code mutually in the face demonstration that becomes folded state inner side,

Described the 2nd slice part have under described folded state can not vision identification described in 1st generation code and can vision identification described in the shape of 2nd generation code.

7. service according to claim 6 provides with thin slice, wherein,

The closure being connected with described the 1st slice part of described the 2nd slice part be shorter in length than described the 1st slice part,

Described the 1st slice part shows described 1st generation code with the overlapping region of described the 2nd slice part under described folded state, and is not showing described 2nd generation code with the overlapping region of described the 2nd slice part.

8. service according to claim 6 provides with thin slice, wherein,

Described the 2nd slice part has hole portion with the opposed region of described 2nd generation code under described folded state.

9. service according to claim 8 provides with thin slice, wherein,

Described the 1st slice part shows described 1st generation code at the connection avris being connected than more close and described the 2nd slice part of described 2nd generation code,

Described the 2nd slice part is under described folded state, the 1st region of the surrounding of described hole portion is difficult to peel off bonding with respect to described the 1st slice part, and with opposed the 2nd region of described 1st generation code can peel off with respect to described the 1st slice part bonding, described the 1st region and described the 2nd region by perforation can form discretely.

10. service according to claim 8 provides with thin slice, wherein,

The demonstration of described the 1st slice part described 1st generation code and described 2nd generation code card service discretely partition form,

Described the 2nd slice part at least region and described the 1st slice part beyond described card service is bonding.

11. 1 kinds of information are covered thin slice, cover the information of regulation, and the information that makes this regulation after can vision identification, described information is covered thin slice and is had:

Slice part, it is formed with the associated 1st generation code of mutual foundation and 2nd generation code;

Curtain-shaped cover member, itself and described slice part can be peeled off overlapping bonding, cover described 1st generation code, and make described 2nd generation code can reveal outside visually; With

Add carbon shielding layer, its be formed at that formation position described slice part or curtain-shaped cover member and this 1st generation code overlaps in position corresponding to thickness direction.

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