JP3208395U - Sealed card - Google Patents

Abstract

The present invention provides a card with a seal that is easy to touch. A liquid resin material 13Z is injected onto a plate-like member 13Y formed on a printed material layer 11, and has a resin pile processing structure that covers and solidifies the plate-like member 13Y in a dome shape by surface tension. It is possible to realize a card 1 with a seal in which the information on the surface of the card body bonded to the lower surface of the printed material layer 11 can be prevented from being observed and the surface is reinforced and the surface is reinforced. [Selection] Figure 3

Description

  The present invention relates to a card with a seal, and in particular, a seal is provided on the surface of the card by resin overlay processing.

  Cards display character information on the surface of a square or cardboard card body, such as character elements, pattern elements such as pictures and photos, commuter passes and cash cards, and store digital information internally. By holding information elements such as information card elements on the surface or inside of the card body, they are used in various fields as simple and familiar everyday items.

  In this type of card, from the viewpoint of preventing personal information displayed on the surface of the card body from being stolen by a person other than the holder or protecting it from damage to the display surface, a sealing material is attached to the card body. Has been proposed (see Patent Document 1).

Utility Model Registration No. 3139039

  However, the conventional card uses a method of finishing an intermediate product with a sealing material on the surface of the card body, using a method of punching it into a finished shape with a machine tool, and as a result, it is not easy to use as a daily commodity. There are still insufficient problems.

  The present invention has been made in consideration of the above points, and intends to propose a card with a seal that further improves the hand feeling as daily necessities.

  In order to solve such a problem, in the present invention, the printed material layer 11 and the surface material layer 13 are sequentially laminated on the rectangular card body 23 to form the seal member 14, and the surface material layer 13 is formed on the printed material layer 11. By injecting the liquid resin material 13Z onto the plate-like member 13Y, the liquid resin material 13Z is caused to flow from the center position to the edge position on the surface of the plate-like member 13Y while generating the surface tension. It is made to have the resin pile processing structure solidified as the sealing member 14 in the state which covered the plate-shaped member 13Y in the shape.

  According to the present invention, it has a resin pile processing structure in which a liquid resin material is injected onto a plate-like member formed on a printed material layer and solidified as a seal member in a state where the plate-like member is covered in a dome shape by surface tension. By doing so, it is possible to prevent the information on the surface of the card body from being stolen by the printed material layer, and it is possible to realize a card with a seal that is easy to touch and can reinforce the surface.

It is an approximate line sectional view showing the section structure of the card with a seal of one embodiment of the present invention. It is a rough-line perspective view which shows the perspective structure of the card | curd with a seal | sticker. It is a fragmentary sectional view showing an important section structure of a card with a seal. It is a flowchart which shows the manufacturing process of a card | curd with a seal | sticker. (A)-(F) is a basic diagram which shows the manufacture process of the card | curd with a seal | sticker.

  Hereinafter, an embodiment of the present invention will be described in detail with reference to the drawings.

(1) Overall Configuration In FIG. 1, 1 indicates a card with a seal as a whole, and a transparent surface material layer 13 is attached to the surface of a printed material layer 11 via a PET (polyester) film 12.

  The printed material layer 11, the PET film 12 and the surface material layer 13 constitute a sealing member 14, and the sealing member 14 is bonded onto the card body 23 through the PET film 21 and the adhesive layer 22 having re-peeling performance in order. ing.

  In this embodiment, the card body 23 is a commercial facility such as a department store, a supermarket, a convenience store, or a shopping street, such as a cash card or a credit card issued by a financial institution such as a commuter pass or a chargeable card issued by a transportation facility. Personal information is displayed with text elements on the surface, such as membership cards and point cards issued by, etc., ID cards including medical cards, examination cards, or cards such as driver's licenses. In addition, the other part of the personal information is stored in the card body 23 as digital information.

  Thus, the card handler of the card 1 with the seal can use the personal information held on the surface and inside of the card body 23 as needed.

  With respect to the function of the card body 23, the personal information displayed as a character element on the surface of the card body 23 is re-appeared on the surface of the card body 23 in order to prevent others other than the card handler from eavesdropping. It is stuck so that the sealing member 14 can be peeled again through the adhesive layer 22 having peeling performance.

  In the case of this embodiment, the printed material layer 11 constituting the seal member 14 has a printed pattern printed on the surface thereof so that the inside cannot be seen, and is thereby displayed on the surface of the card body 23. The printed material layer 11 prevents other people from reading the personal information, and the symbol of the card handler of the card 1 with the seal is selected as the pattern of the printed material layer 11.

  In the case of this embodiment, the adhesive layer 22 is composed of a paste-like resin material having a non-transferable / re-peelable function. The seal member 14 can be peeled off from the card body 23 by the adhesive layer 22 without being transferred to another member, and the personal information held on the surface and inside of the card body 23 can be rewritten.

  As shown in FIG. 2, the sealed card 1 in which the sealing member 14 is laminated on the card main body 23 is cut into an arc shape so that the corner portions 25 at the four corners are rounded when cut into a finished size as shown in FIG. Yes.

  In addition to this, as shown in FIG. 3, the surface material layer 13 after being cut to a predetermined finished size is formed so that the surface resin material portion is raised to a dome shape by utilizing the surface tension generated in the resin material. By rounding the resin, the surface is rounded over the entire surface material layer 13 including the peripheral portion 13X.

  Here, the resin filling process is performed by injecting the liquid resin material 13Z onto the upper surface of the plate-like member 13Y fixed to the printed material layer 11 with the PET film 12 by a nozzle and then naturally drying, thereby including the peripheral portion 13X. Is formed into a rounded shape due to the surface tension of the liquid resin material 13Z, so that when the card handler of the sealed card 1 holds the sealed card 1 in his hand, the card surface as a whole has a soft touch. It can be held at your fingertips.

  In the above configuration, when the card handler uses the card 1 with the seal, the surface of the card body 23 is covered with the seal member 14 having the printed material layer 11 on the surface of the card body 23, so that the surface of the card body 23 is covered. There is no fear of visual information such as personal information being displayed being stolen by others.

  In addition to this, the surface material layer 13 constituting the surface of the seal member 14 forms a roundness as a whole by the surface tension of the liquid resin material 13Z incorporated by resin embedding on the upper surface of the plate-like member 13Y. Therefore, when the card with a seal 1 is held in the hand, it is possible to feel a soft touch as a daily necessities.

  In particular, the peripheral portion 13X of the surface material layer 13 has a round cross section as a whole, so that there is no corner touch that occurs when punched into a finished shape by a machine tool as in a conventional card. You can get a better feel as daily necessities.

  Thus, it is possible to realize a card 1 with a seal that protects personal information and is comfortable as a familiar everyday item.

  In the case of this embodiment, the thickness from the lower surface of the card body 23 to the upper surface of the surface material layer 13 is selected to be larger than the vertical width of the card slot of a general card handling device. Thereby, since the card 1 with the seal cannot be erroneously inserted into the handling device, it is possible to prevent the occurrence of an accident that the seal member 14 is peeled off and left inside the handling device.

(2) Manufacturing Process The sealed card 1 described above with reference to FIGS. 1 to 3 is manufactured by performing each manufacturing process of the sealed card manufacturing processing procedure PT1 of FIG.

  In the sealed card manufacturing processing procedure PT1, first, a pattern is printed on the surface of the printed material layer 11 made of synthetic paper YUPO 200 # (paper that is not easily torn) in processing step SP1.

  As a result, as shown in FIG. 5A, a printed material layer 11 having a pattern 11A printed on the surface is obtained.

  Subsequently, in the processing step SP2, PET films 12 and 21 having a thickness of 12 [μm] are attached to the front and back surfaces of the printed material layer 11, respectively.

  Thereby, as shown in FIG.5 (B), the printed matter layer 11 which provided the PET film 12 and the PET film 21 on the surface and the back surface is obtained. The PET film 12 on the upper surface of the printed material layer 11 improves the compatibility with the urethane resin constituting the surface material layer 13 on the upper surface side. On the other hand, the PET film 21 on the lower surface improves the compatibility with the acrylic glue constituting the lower adhesive layer 22.

  Subsequently, the process proceeds to processing step SP3 of the card manufacturing process procedure PT1 with a seal, and as shown in FIG. 5C, the plate-like member 13Y of the surface material layer 13 is pasted on the surface side PET film 12 of the printed material layer 11. .

  Here, since the plate-like member 13Y of the surface material layer 13 is made of polyurethane resin, it is firmly held on the upper surface of the printed material layer 11 via the PET film 12 having good compatibility.

  Subsequently, the sealed card manufacturing process procedure PT1 proceeds to process step SP4, and as shown in FIG. 5D, the adhesive layer 22 is glued on the back side PET film 21 of the printed material layer 11.

  As a result, the adhesive layer 22 made of an acrylic glue is adhered to the lower surface side of the printed material layer 11, and this is firmly held by the printed material layer 11 via the PET film 21 having good compatibility.

  Next, the card manufacturing process procedure PT1 with a seal moves to process step SP5, and the card body 23 is glued to the back side of the printed material layer 11.

  At this time, as shown in FIG. 5 (E), the card body 23 is attached to the back surface of the printed material layer 11 through the adhesive layer 22 made of an acrylic glue and further through the PET film 21. The layer 22 is glued to the lower surface of the printed material layer 11 so that it can be re-peeled according to the non-transfer / re-peel function.

  Subsequently, the sealed card manufacturing processing procedure PT1 proceeds to processing step SP6, and after cutting the entire multilayer structure shown in FIG. 5E to a finished size, rounded corners are rounded.

  As a result, the multilayer structure formed by adhering the card body 23 is scraped so that the corner portions 25 at the four corners have the same cross-sectional circular shape as the card body 23.

  Subsequently, the sealed card manufacturing process procedure PT1 proceeds to process step SP7, and the resin layer processing is performed on the plate-like member 13Y attached on the surface-side PET film 12 of the printed material layer 11, whereby the liquid resin material 13Z is processed. The surface material layer 13 is completed by raising.

  Here, the liquid resin material 13Z is poured from the nozzle to the substantially central position of the plate-like member 13Y, and the poured resin liquid flows from the center toward the peripheral portion on the plate-like member 13Y while having a rise due to surface tension. When the peripheral edge of the plate-like member 13Y is reached, the peripheral edge of the plate-like member 13Y is held in a substantially arcuate shape by the surface tension generated by the liquid resin material 13Z being liquid. At the same time, a shape in which the central portion swells slightly upward (this is referred to as a dome shape) is held inside the peripheral portion, and is solidified by natural drying in this held state.

  As a result, a surface material layer 13 having an outer surface that swells smoothly by surface tension over the entire surface is formed on the plate-like member 13Y.

  Thus, the sealed card manufacturing process procedure PT1 ends the sealed card manufacturing process procedure PT1 in process step SP8.

  The outer shape of the surface material layer 13 formed by such resin embossing is practically trial and error so that the amount of the liquid resin material 13Z has a smoothness so that the surface bulge shape is not unnatural. Thus, the sealing member 14 formed together with the printed material layer 11 on the surface of the card body 23 has a visual anti-spying effect, and the surface material layer 13 is raised in a dome shape so that the touch is improved. It exhibits a good natural smoothness, and by forming it on the card body 23 without difficulty, it acts as a relatively strong protective film in terms of strength.

  According to the experiment, when the diameter of the corner portion 25 is selected to be 3 [mmr] for the card body 23 of 86 [mm] × 54 [mm], the liquid resin material 13Z has a dome shape for the entire plate member 13Y. As a result, a sealed card 1 having a dome shape with a thickness that cannot be inserted into the card insertion slot of the card handling device can be realized, thereby being erroneously taken into the card handling device. The result is a card with a seal that does not cause scandals.

  It should be noted that if the round corner processing is not performed at the four corners of the card, the surface tension of the liquid resin material 13Z used at the time of resin embedding processing is broken at the corner portion, so that the dome-shaped surface material layer 13 cannot be formed. It became clear.

(3) Other Embodiments (3-1) In the above-described embodiment, the case where the surface material layer 13 is formed to be the same as the outer shape of the card body 23 has been described. The peripheral portion of the material layer 13 may be sized so that the outer peripheral edge of the printed layer 11 slightly protrudes outward. In this case, the peripheral portion 13X of the surface material layer 13 made of a synthetic resin material is used. Can be positioned at a position inside the outer peripheral portion of the printed material layer 11, so that there is little possibility that the finger of the card handler directly touches, and therefore, the possibility that the resin of the surface material layer 13 is peeled off can be effectively prevented.

  The present invention can be used for various cards.

  DESCRIPTION OF SYMBOLS 1 ... Card with seal, 11 ... Printed material layer, 12 ... PET film, 13 ... Surface material layer, 13X ... Peripheral part, 13Y ... Plate-like member, 13Z ... Liquid resin material, 14 ... Seal Member, 21 ... PET film, 22 ... adhesive layer, 23 ... card body, 25 ... corner part.

Claims (4)

A printed material layer and a surface material layer are sequentially laminated on a rectangular card body to form a sealing member. The surface material layer is formed by injecting a liquid resin material onto a plate-shaped member formed on the printed material layer. The liquid resin material was caused to flow from the center position to the edge position on the plate-like member surface while generating surface tension, and solidified as a seal member in a state where the plate-like member was covered in a dome shape by surface tension. A card with a seal, characterized by having a resin pile processing structure. The corners of the printed material layer and the surface material layer are rounded so that the surface tension of the liquid resin at the corners is not torn during the resin filling process. The card with the seal described. The plate-like member of the surface material layer is selected to have a size that allows a peripheral edge portion to be positioned at a position inside the outer peripheral portion of the printed material layer, whereby the peripheral edge of the surface material layer is handled when handling the card with the seal. The card with a seal according to claim 1, wherein a finger of the card handler is prevented from directly hitting the card. The thickness from the lower surface of the card body to the upper surface of the surface material layer is made larger than the vertical width of the card receiving port of the card processing device so that the card with the seal cannot be taken into the card processing device. The card with a seal according to claim 1.

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