JP2018030307A - Delivery slip - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a delivery slip which can be easily separated from a substrate for printing, in a state where a seal is adhered to a release paper, in a case where the release paper is released from an intermediate substrate.SOLUTION: A substrate for printing and an intermediate substrate of a tack sheet consisting of the intermediate substrate, an adhesive layer and a release paper are laminated by pseudo adhesion or strong adhesion while excluding seal parts S1 and S2 that are printed on an intermediate substrate surface. A periphery of the seal part is punched by a first cut line h1, and the seal part can be removed from the intermediate substrate. A surface of the seal part and the substrate for printing are weakly adhered or non-adhered. A belt-like portion where the substrate for printing and the intermediate substrate are adhered is separated from the other portion by a second half-cut line h2 that penetrates the substrate for printing and the intermediate substrate. A part of the first half-cut line h1 and the second half-cut line h2 are formed so as to be positioned within a predetermined distance on the intermediate substrate surface.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a delivery slip that is used by being affixed to a delivery item when a delivery company delivers a delivery parcel or a delivery product.

  In recent years, one-part delivery slips (hereinafter referred to as 1Pt delivery slips) are often used in which a plurality of types of slips are arranged on one slip sheet and each slip is simultaneously printed by a printer. It is becoming.

  The typical 1Pt delivery slip is a delivery slip, a sticker slip via an adhesive layer on the surface of the tack sheet, which is laminated in the order of release paper, adhesive layer, and intermediate substrate (tack substrate). Etc. are provided in a plane, and at least the delivery slip has a structure that can be peeled off from the tack sheet surface using a half-cut line that is a boundary with the sticker slip. .

  In addition, an intermediate base material (hidden) such as “refrigerated” or “frozen” for sticking to a different position on the delivery package different from the slip surface is hidden by the applicant. There has also been proposed a delivery slip with a seal in which a load handling designation seal is held in the slip by forming it using a tack base material surface and an adhesive layer (see Patent Documents 1 and 2).

JP 2014-4732 A JP 2014-4733 A

  However, in the above prior art, depending on the relationship with the strength of the pressure-sensitive adhesive layer, when the release paper is peeled from the intermediate base material, a seal such as a load handling designation seal remains on the printing base material side, There is a risk that it will not remain on the release paper side.

  Therefore, the present invention has an object to provide a delivery slip that can be easily separated from a printing substrate when the release paper is peeled from the intermediate substrate, with the seal adhered to the release paper. To do.

In order to solve the above problems, in the present invention,
The intermediate base material of the tack sheet composed of the base material for printing, the intermediate base material, the pressure-sensitive adhesive layer and the release paper is pseudo-adhesive or strong except for the seal portion (S1, S2) printed on the intermediate base material surface A delivery slip that is glued and stacked,
The periphery of the seal portion is punched out by a first half-cut line so that the seal portion can be extracted from the intermediate substrate, and the surface of the seal portion and the printing substrate are weakly bonded with a weaker adhesive force than the strong bond. Or it is considered to be non-adhesive,
The belt-like portion where the printing substrate and the intermediate substrate are bonded is separated from other portions by a second half-cut line penetrating the printing substrate and the intermediate substrate,
A part of the first half-cut line and the second half-cut line are formed so as to be positioned within a predetermined distance on the intermediate base material surface.

  According to the delivery slip of the present invention, the seal portion is punched around the first half-cut line so that it can be removed from the intermediate substrate, and the surface of the seal portion and the printing substrate are weakly bonded. Or the non-adhesive band-shaped portion where the printing substrate and the intermediate substrate are bonded is separated by the second half-cut line penetrating the printing substrate and the intermediate substrate. Since the first half-cut line and the second half-cut line are formed at a position where a part thereof overlaps on the intermediate base material surface, the portion sandwiched between the second half-cut line and the end is used as the peeling auxiliary part. It functions and can be easily separated from the printing substrate in a state where a seal such as a cargo handling designation seal adjacent to the peeling assisting portion is adhered to the release paper.

  In the delivery slip of the present invention, a plurality of the seal portions are formed, and a part of all the first half cut lines for punching the seal portions are located within a predetermined distance from the second half cut lines. It is formed as follows. According to the delivery slip of the present invention, a plurality of seal portions are formed, and a part of all the first half cut lines for punching the seal portions are located within a predetermined distance from the second half cut lines. Since it is formed, when the release paper is peeled from the intermediate substrate, it can be easily separated from the printing substrate with all the seals adhered to the release paper.

  The delivery slip of the present invention is characterized in that a part of the first half-cut line and the second half-cut line are formed at a position where a part of the first half-cut line overlaps the intermediate base material surface. . According to the delivery slip of the present invention, a part of the first half-cut line and the second half-cut line for punching out the seal portion are formed at positions where the part overlaps on the intermediate base material surface. It is possible to easily and reliably separate from the printing substrate in a state where a seal such as a cargo handling designation seal is adhered to the release paper.

  According to the present invention, when the release paper is peeled from the intermediate substrate, it can be easily separated from the printing substrate with the seal adhered to the release paper.

It is a top view of the delivery slip concerning one embodiment of the present invention. It is a figure which shows the cross-section of the delivery slip of FIG. It is a figure which shows the state of the adhesive strength between the base material for printing, and an intermediate base material (tack base material). It is a figure which shows the freezing refrigeration seal | sticker (load handling seal | sticker) on a release paper surface. It is a top view after printing on the delivery slip of FIG. It is a flowchart explaining the manufacturing process of a delivery slip.

DESCRIPTION OF EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a plan view of a delivery slip according to an embodiment of the present invention. The delivery slip of the present embodiment is a delivery slip provided with a load handling seal. The delivery slip 10 is almost blank before printing with a general-purpose printer, and generally has four areas separated by a third half-cut line h3 and a fourth half-cut line h4 that intersect vertically and horizontally. . However, it is not limited to having four regions, and there may be two or three regions.

  In the case of FIG. 1, the peeling auxiliary | assistant part 30 which has the vertical 2nd half cut line h2 on the right side of the delivery slip 10, and is a thin strip | belt-shaped area | region (band-shaped part) is formed. This band-like area is sometimes called a “rib”, and display print P1 indicating the paper feeding direction at the time of printing (printing) can be printed carefully. When this band-like area is added, there are five areas, but they are not attached to the package because they are removed after printing. The second half-cut line h2 is in contact with the horizontal fourth half-cut line h4 but does not intersect. The delivery slip 10 before printing the items such as the addressee and the client is almost blank as shown in FIG. 1, but “payment”, “collect”, “cash on delivery”, which selects a settlement method for delivery costs. The display print P2 of the service type such as can be provided so as to be colored and conspicuous. In this display, unnecessary portions are erased later by printing with black dots or the like to leave only the necessary display.

  In FIG. 1, a rectangular first half-cut line h <b> 1 indicated by a broken line in the upper right area indicates that the refrigeration seal S <b> 1 and the refrigeration seal S <b> 2 that are load handling seals are on the back surface of the printing substrate 11. . In the following description, the two seals may be simply described as “refrigeration / refrigeration seals S”. In addition, in this specification, “refrigeration seal” and “refrigeration seal” are described as examples, but the present invention is not limited to this. It is obvious to those skilled in the art that the present invention can be applied to display stickers such as “useless seal”, “delivery date / time designation sticker”, and the like. Since the load handling designation seal and the first half-cut line h1 are on the back surface of the printing substrate 11, they cannot be clearly seen from the surface.

  FIG. 2 is a diagram showing a cross-sectional structure of the delivery slip. 2A corresponds to the AA line in FIG. 1, and FIG. 2B corresponds to the BB line in FIG. The delivery slip of the present embodiment includes a pseudo-adhesion portion between the printing base material 11 and the tack base material 21 of the tack sheet 20 except for a load handling designation seal portion (a portion surrounded by the first half-cut line h1). It is laminated by bonding with a strong bonding part. A sealing layer 21m can be provided on the surface of the tack base material 21 of the pseudo-adhesion part and the strong adhesion part, if necessary. However, the surface of the refrigerated seal S is a weakly bonded portion 14, and the portion of the outer circumference of the half cut line h4 of the refrigerated seal S1 and the refrigerated seal S2 is a non-adhesive portion 15 that does not use an adhesive. Yes. The non-adhesive part may be slightly applied to the sealing surface. The non-adhesive portion is provided to facilitate peeling of the seal, but this non-adhesive portion may not be provided.

  The tack sheet 20 includes a tack base material 21, an adhesive layer 22, and a release paper 23. The tack base material 21 is called a “tack base material” because it is the main base material of the tack sheet 20, but when viewed as a whole delivery slip, the printing base material 11 and the release paper 23 It plays a role as an “intermediate base material” located in the middle. The pressure-sensitive adhesive layer 22 is applied on the entire surface between the tack base material 21 and the release paper 23. Note that the third half-cut line h3 and the fourth half-cut line h4 cut the adhesive layers of the printing base material 11, the pseudo-adhesion part 12, and the strong adhesion part 13, and do not reach the tack base material 21. Has been. The second half-cut line h <b> 2 cuts between the printing substrate 11 and the pressure-sensitive adhesive layer 22. As is clear from FIG. 2, the refrigeration seal S is punched by a first half-cut line h <b> 1 that penetrates the tack base material 21 and the adhesive layer 22.

  As shown in FIG. 1, in this embodiment, one side (a part) of the first half-cut line h1 and the second half-cut line h2 are formed so as to overlap in the surface direction. Thus, when the release paper 23 is peeled off, the second half-cut is caused by the force applied to the peel-off assisting portion 30 when the second half-cut line h2 is peeled off while pressing the upper surface of the peel-off assisting portion 30 with a finger. The refrigerated refrigeration seal S divided by the first half-cut line h1 continuous with the line h2 is easily peeled off together with the release paper 23.

  Although it is most preferable that one side of the first half-cut line h1 (the right side in the example of FIG. 1) and the second half-cut line h2 overlap each other in the surface direction, they are close to each other so as to be located within a predetermined distance. It only has to be formed. That is, the first half-cut line h1 and the second half-cut line h2 may be in the vicinity without being in contact with each other. If one side of the first half-cut line h1 and the second half-cut line h2 are formed in the vicinity in the surface direction, the second half-cut line h2 is used while pressing the upper surface of the peeling assisting portion 30 with a finger. This is because the force applied to the peeling assisting portion 30 when peeling off reaches the refrigeration seal S and the first half-cut line h1. The predetermined distance between one side of the first half-cut line h1 and the second half-cut line h2 is ½ of the length of the refrigeration seal S in the distance direction (the left-right direction in FIGS. 1 and 2A). It is preferable to set to 1/3, and it is more preferable to set to 1/3. In the present embodiment, the refrigeration seal S is rounded at the corner but is substantially rectangular, and the right side is parallel to the second half-cut line h2, so the right side of the first half-cut line h1 Although the second half-cut line h2 can be overlapped, the first half-cut line S2 is not in parallel with the second half-cut line h2, and the first half-cut line h1 is not parallel to the first half-cut line h2. It can also be formed so that one or two points of the cut line h1 overlap the second half-cut line h2.

  However, it is preferable that the refrigeration seal S and the second half-cut line h2 are in contact with each other, rather than the first half-cut line h1 and the second half-cut line h2 are not in contact with each other. Then, the second half-cut line h2 may be formed at a position intersecting the upper side and the lower side of the first half-cut line h1. In this case, the right end side of the refrigerated refrigeration seal S is located in the separation assisting portion 30. At the time of detachment, the right end of the refrigeration refrigeration seal S is removed from the refrigeration refrigeration seal S. There is no problem because the main purpose is not to have fun but to display information on the handling of goods such as “frozen” and “refrigerated”.

  FIG. 3 is a diagram illustrating a state of adhesive strength between the printing substrate and the tack substrate. The adhesive strength is specifically a peel strength, and numerical values actually measured will be described later. In FIG. 3, a halftone hatched portion A <b> 1 is a portion where the printing base material 11 and the tack base material 21 of the tack sheet 20 are pseudo-bonded, and is an upper right region on the delivery slip 10 surface. The three regions are the pseudo-adhesive portions 12 except for the thin strip-shaped region on the right side (the peeling assisting portion 30). This portion is a delivery slip (upper left), a requester's copy (lower left), and a delivery destination copy (lower right), which are so-called peeling pieces when using the delivery slip. The peeled piece has almost no sticky substance on the original adhesive surface after peeling, and the peeled off delivery slip can be handled like plain paper.

  In FIG. 3, the hatched portion A <b> 2 is a portion where the printing base material 11 and the tack base material 21 of the tack sheet are strongly bonded to each other. Has been replaced. The upper right area on the delivery slip 10 surface (the area excluding the freezing and refrigeration seal S part) and the peeling auxiliary part 30 which is a thin band area on the right side are strongly bonded. This is because the area on the upper right is a sticker slip and the matter printed on the printing substrate 11 must remain in the delivery package until the end, so that it is necessary to strongly adhere to the tack sheet 20. Since the second half-cut line h2 cuts up to the top of the release paper 23, the thin strip portion on the right side is peeled off integrally with the release paper 23. In the present embodiment, among the portions corresponding to the sticker slips, strong adhesion is made except for the refrigeration seal S and its surroundings, but a configuration having a pseudo-adhesion portion in part may be adopted.

  In FIG. 3, a hatched portion A3 is a weakly bonded portion 14 where the printing substrate 11 and the tack substrate 21 of the tack sheet are weakly bonded. Only the surface portions of the refrigeration seal S1 and the refrigeration seal S2 are weakly bonded. After peeling, no sticky material remains on the seal surface made of the tack substrate 21. In FIG. 3, a portion A <b> 4 that is not hatched around the portion A <b> 3 is a non-adhesive portion 15 that is not subjected to an adhesive. The outer periphery of the first half-cut line h1 that surrounds the refrigeration seal S1 and the refrigeration seal S2 is a non-adhesive portion where no adhesive is used. This is to facilitate peeling of the seal.

  The pseudo-adhesive portion 12 may be made of an olefin-based low adhesive resin such as polyethylene, polypropylene, and polybutylene. However, a vinyl acetate copolymer, an ethylene-vinyl acetate copolymer, and a vinyl chloride-vinyl acetate copolymer are used. It is preferable to use a polymer or an acrylic adhesive. This is because the adhesive strength can be adjusted by adjusting the coating amount with one type of adhesive, performing spot-like coating, or using a release agent or a sealing agent in combination.

  The hatching applied to FIG. 3 is similarly applied to the cross-sectional view of FIG. As apparent from FIG. 2, no adhesive is applied to the outer peripheral area of the first half-cut line h <b> 1 of the refrigerated refrigerated seal S, but the surface of the refrigerated refrigerated seal S has a weakly bonded portion 14. . This is because when the release paper 23 is peeled from the printing substrate 11, the refrigerated refrigeration seal S tends to remain on the release paper 23 side by using the weakly bonded portion 14. In addition, when the weakly bonded portion 14 that causes slight adhesion is formed on the seal surface in this way, printing is performed when printing on a delivery slip as compared to a case where the adhesiveless portion is completely free of adhesive. Due to the gap between the base material 11 and the refrigeration seal S, it is possible to reduce the risk of printing defects.

  FIG. 4 is a diagram showing the refrigerated refrigeration seal on the surface of the release paper in a state where the release paper is peeled off. Vertical and horizontal broken lines indicate positions on the plane corresponding to the third half-cut line h3 and the fourth half-cut line h4 formed on the printing substrate. In this embodiment, the freezer / refrigeration seal S is formed under the sticker surface as described above. Although the freezer / refrigerated seal S is not limited to being provided below the sticker slip surface, the sticker slip remains in the baggage until the end, so that the tack base material 21 on the lower surface thereof is used for other purposes (courier service usage guidance, contact information, contact information). It is suitable for forming seals. The refrigerated refrigerator seal S is printed on the surface of the tack base material 21 on the lower surface of a sticker or the like by offset printing or the like. The processing position of the refrigerated seal S is preferably a vote portion that does not peel as a peeling piece as described above, but does not exclude other areas used as a peeling piece. The two seals are preferably formed so as to be arranged side by side along the longitudinal direction of the peeling assisting portion 30. This is because the longitudinal direction of the peeling assisting portion 30 is the direction along the printer conveyance direction.

  Since the first half-cut line h1 is formed around the freezer / refrigeration seal S of the tack base material 21 as described above, when the release paper 23 is peeled off, it is frozen on the surface of the release paper 23 as shown in FIG. The refrigerated seal S remains and is peeled off and appears. As described above, the position of the freezer / refrigeration seal S in the sticker part is preferably near the right end of the sticker. In the case of FIG. 4, an example in which the freezer / refrigeration seal S is formed at the right end of the sticker is shown. The size of each seal of the refrigerated seal S can be a rectangular shape (concept including a square) of about 30 to 40 mm square, and the corners can be rounded. Or other shapes, such as circular, may be sufficient.

  As shown in FIG. 4A, the refrigeration seal S may be formed with the refrigeration seal S1 and the refrigeration seal S2 at a slight interval (width of about 2 to 15 mm), as shown in FIG. 4B. In addition, it may be formed so as to be separated only by the first half-cut line h1. FIG. 4B shows a state where the refrigeration seal S1 is peeled off. The refrigeration seal S1 is attached to the delivery package by the adhesive layer 22 on the back surface. Since both the refrigeration seal S1 and the refrigeration seal S2 are not used for one baggage and are not used for normal stool, either one or both not used are discarded or stored and used for other purposes.

Next, a method for using the delivery slip will be described.
FIG. 5 is a plan view after printing on the delivery slip of FIG. The delivery slip 10 is printed based on digital data input in advance by an inkjet printer (hereinafter also referred to as “IJP”), a laser beam printer (hereinafter also referred to as “LBP”), or the like. Since printing has only to be performed on the printing substrate 11 on the outermost surface of the delivery slip, it is not necessary to use an impact printer.

  In FIG. 5, the upper left area is a delivery slip 11 a that is delivered to a delivery person by receiving a mark in the receipt stamp field 11 s when affixed to a delivery package and arrives. Since it is pseudo-bonded to the lower tack base material 21, it can be peeled off. The upper right region is a portion to be affixed to the delivery package, and is a sticker slip 11b in which the portion excluding the freezing and refrigeration seal S portion and the surrounding region is strongly bonded to the tack base material 21. In principle, the sticker slip 11b is stuck to the delivery package by the adhesive layer 22 and remains in the delivery package after arrival.

  The area on the lower left is the requester copy 11c, which is handed over to the delivery requester and not attached to the delivery package. The lower right area is a destination receipt 11d, which is intended for the recipient to peel off and store after arrival. As described above, the upper left and lower left and right regions are peeled pieces to be peeled, and as described above, the pseudo adhesive portions 12 that can be easily peeled off from the tack base material 21 are formed. However, not all of the delivery slips are provided with these four votes, and the requester copy 11c and the destination copy 11d may be omitted.

  Each area basically includes the address and name of the delivery address, postal code, telephone number, address and name of the client, postal code, telephone number, product name, estimated delivery date, time, delivery handling specification (refrigerated, Frozen, normal), inquiry slip number, reception date, bar code, etc. are printed, but the requester's copy 11c and the recipient's copy 11d are omitted to some extent. In FIG. 5, the illustration is omitted because the drawing becomes complicated. The display print P2 of “payment”, “collect”, and “cash on delivery” for selecting the delivery service type is printed in advance on the printing substrate 11 by coloring or the like. Is erased by printing black dots. In the case of FIG. 5, it is erased leaving "issue".

  When the release slip 23 is peeled off when the delivery slip is affixed to the delivery package, as described with reference to FIG. 4, the refrigeration seal S is left on the release paper 23, so that either the refrigeration seal S1 or the refrigeration seal S2 is obtained. It can be peeled off and affixed to delivery packages. The sticking may be on the same surface at a different position from the slip, and can be pasted so as to be seen from a direction different from (for example, orthogonal to) the direction in which the slip is viewed. However, it is not restricted to providing two types of seals as described above. The delivery slip 10 (the part excluding the requester's copy) after the freezer / refrigeration seal S is removed is attached to the delivery package. General information such as courier service usage, contact information, and advertisements may be printed in advance on the back of the requester's copy or the destination's copy, or on the surface of the tack substrate 21 from which they are peeled off. Is.

Next, a method for manufacturing a delivery slip will be described.
FIG. 6 is a flowchart for explaining a delivery slip manufacturing process. First, the pattern of the refrigeration seal S is printed on the surface of the tack base material 21 of the tack sheet 20 by offset printing or the like (S1). It is preferable to color-print so that it sticks to the delivery package and stands out.

  A sealing layer 21m (see FIG. 2) is printed on the surface of the tack substrate 21 where the tack substrate 21 and the printing substrate 11 are strongly bonded and pseudo-bonded (S2). Therefore, the sealing layer 21m is not printed on the surface of the refrigerated refrigeration seal S that is weakly bonded to the printing substrate 11. A delivery slip, a requester's copy, and a receiver's copy are provided as a pseudo-bonded portion 12 as a peeling piece.

  Next, the first half-cut line h1 is placed around the refrigeration seal S (S3). The first half-cut line h1 cuts the tack base material 21 and the adhesive layer 22 except for the release paper 23. After half-cutting, when the half-cut processing blade is pulled out, the adhesive of the adhesive layer 22 that adheres often enters the first half-cut line h1 following the processing blade.

  In a step different from S1 to S3, the display printing P1 in the paper feeding direction and the display printing P2 of “issue”, “collect”, and “cash on delivery” are performed on the surface of the printing substrate 11 (S4). A peeling layer is printed on the entire back surface of the printing substrate 11 except for the strong adhesion portion (S5), and is adhered to the surface of the peeling layer and the back surface of the printing substrate 11 at the portion that becomes the strong adhesion portion. An agent is applied (S6). However, the adhesive is not applied to the 2 to 4 mm width portion along the outer periphery of the first half-cut line h1 of the refrigeration seal S.

  Normally, when only one type of adhesive is used, the strength of the adhesive force is adjusted by the presence or absence of the sealing layer 21m and the release layer, but two types of strength and weakness can be used. Alternatively, a method of increasing the coating amount of the release layer or a method of applying an adhesive in a dot pattern can be employed. In general, when the pseudo-adhesive structure M = release layer + adhesive layer + tack base layer, A = adhesive layer + tack base layer, B = release layer + adhesive layer, Regarding the adhesive force, it can be considered that A is a strong adhesion structure and B is a weak adhesion structure. M is an intermediate intensity. On the surface of the refrigeration seal S, a weakly bonded portion can be formed by increasing the coating amount of the release layer as described above.

  In general, the approximate adhesive strength of the pseudo-adhesive structure M is about 10 to 100 mN / 25 mm in T-type peeling defined by JIS K-6854-1994. The strong adhesion structure A is larger than M, and it is preferable that peeling causes paper peeling or material destruction. The weak adhesion structure B needs to be smaller than M and smaller than the peeling force of the release paper 23. The release force of the release paper 23 is preferably 500 mN / 50 mm or less.

  Thereafter, after the tack base material 21 surface of the tack sheet 20 and the printing base material 11 are bonded together in the wet laminating process (S7), the vertical and horizontal third half-cut lines h3 and fourth half-cut lines h4 are used as tack base materials. The second half-cut line h2 is inserted up to the pressure-sensitive adhesive layer 22 (S8). Simultaneously with the step of putting these half-cut lines, sheeting is performed (S9). “Sheet out” means that after bonding, a process is applied to cut a roll-shaped substrate into a predetermined size unit and packed in a box. In the present embodiment, sheet feeding is performed in S9, but folding may be performed instead of sheet feeding. Folding means that after bonding, a roll-shaped base material is folded in a zigzag shape and processed into a box.

<Embodiment related to material>
Various materials used in the present invention will be described.
(1) Printing substrate The printing substrate 11 can be used as long as it has sufficient strength and printability and transportability by IJP. For example, inkjet paper, fine paper, kraft paper, copy paper, glassine Paper, rayon paper, coated paper, synthetic paper, paper laminated with a resin film, and the like can be suitably used. In the case of a resin film such as stretched polypropylene, polyethylene terephthalate, stretched polystyrene, or polyvinyl chloride, an ink jet receiving layer may be provided.
When using LBP, it is preferable to use NIP quality paper. When using high-quality inkjet paper, the slip can be used for both IJP and LBP.

(2) Tack Substrate The tack substrate 21 can be the same paper or resin film as the printing substrate 11. In the delivery slip of the present embodiment, the frozen refrigerated seal S is printed on the tack base material, but other patterns and explanations are often printed. Therefore, general printability is required.

(3) Sealing agent In order to prevent the adhesive from penetrating into the tack base material and stabilize the adhesive force, the sealing layer is provided as described above. Examples of the sealing agent include conventionally known vinyl chloride resins, acrylic resins, urethane resins, polyester resins, polyamide resins, cellulose derivatives, and other thermoplastic, thermosetting resins, reactive resins, and mixtures thereof. used. If necessary, an additive is added and applied or printed by a known coating method or printing method.

(4) Adhesive Adhesives that form pseudo-adhesion, strong adhesion, and weak adhesion include urethane, acrylic, vinyl acetate, ethylene-vinyl acetate copolymer, vinyl chloride-vinyl acetate copolymer, A thermoplastic resin such as a cellulose resin and a resin made of a mixture thereof can be used. The pseudo-adhesive part, strong adhesive part, weak adhesive part can be formed by using the same adhesive, changing the application amount and application method, or using a release layer and a sealing layer in combination. May be used. Application | coating of an adhesive agent can be performed by well-known printing methods, such as a flexo method and a gravure method, or a coating method. The coating thickness is 0.1 to 20 μm, preferably 0.5 to 10 μm, and dried as necessary before or after bonding. Although it is preferable to bond the tack base material 21 surface of the tack sheet 20 and the printing base material 11 by a wet or semi-wet laminating method in which the adhesive is not dried, there is no particular limitation.

(5) Release layer forming agent For forming the release layer, an ultraviolet curable (UV type) ink for offset printing added with silicone oil or a silicone acrylate is used. Ordinary thermosetting release inks can also be used.

(6) Adhesive and release paper An ordinary adhesive having an adhesive action can be widely used for the adhesive layer 22. However, since it is used for freezing and refrigeration, it must have some degree of cold resistance. Silicone rubber-based pressure-sensitive adhesives are known to be excellent in cold resistance and heat resistance. In order to make it easy to separate the frozen and refrigerated seal portion, a heavy release separate paper may be used as the release paper. Heavy peeling means that the force required for peeling from an adhesive layer is large. However, as described above, 500 mN / 50 mm or less is preferable in the present invention.

<Example>
The patterns of the refrigeration seal S1 and the refrigeration seal S2 are applied to the surface of the tack substrate 21 of the heavy release tack sheet 20 in which the release paper 23 and the tack substrate 21 are bonded together with a cold-resistant adhesive by offset printing. Color printing was performed by arranging them in parallel so that one side was a 30 mm square and the right edge of the part to be a sticker was the right side of the seal. The distance between the refrigeration seal S1 and the refrigeration seal S2 was 10 mm.

  A sealing layer 21m was printed on the surface of the tack base material 21 where the printing base material 11 is strongly bonded or pseudo-bonded using ultraviolet curable ink for offset printing. Accordingly, the sealing layer 21m was printed on the part to be the peeled piece and the strong adhesion portion of the sticker, but the sealing layer was in the range of the refrigeration seal S1 and refrigeration seal S2 surfaces of the sticker and the outer circumference of 3 mm in width. 21m was not printed. Next, the first half-cut line h <b> 1 was placed around the refrigerated seal S. The first half-cut line h1 cuts the tack base material 21 and the adhesive layer 22 except for the release paper 23. The four corners of the seal were made to be small rounded corners.

In another process, a general high quality paper having a paper thickness of 75 μm (basis weight of about 52 g / m ² ) is used as the printing substrate 11, and display printing P1 and P2 is performed on the front surface, and the pseudo-adhesive portion on the back surface is weak The release layer was printed on the adhesive part using UV curable ink for offset printing.

  Then, while applying a main component of an ethylene-vinyl acetate copolymer resin-based adhesive on the surface of the release layer on the back surface of the printing substrate 11 and a strong bonding portion, the tack substrate of the tack sheet 21 was laminated. In this case, only the peripheral part of each seal was made to be paste-free in a frame shape with a width of 3 mm, and the other parts were applied to the entire surface. Next, vertical and horizontal third half-cut lines h3 and fourth half-cut lines h4 were put so as not to reach the tack base material 21, and the second half-cut lines h2 were put up to the adhesive layer 22. Simultaneously with the process of putting the half-cut line, the sheet was taken out and the delivery slip was completed.

  The adhesive strength of the pseudo adhesive portion 12 of the completed delivery slip is in the range of 20 to 100 mN / 25 mm, and the weak adhesive portion 14 between the surface of the load handling designated seal and the printing substrate is less than 10 mN / 25 mm. Met. The completed delivery slip was A5 cut paper size, and had excellent printability by LBP. Furthermore, if the release paper 23 connected to the peeling auxiliary part 30 is peeled from the second half-cut line h2 while pressing the upper surface of the peeling auxiliary part 30 with a finger from the state shown in FIG. Due to the force, the refrigerated refrigeration seal S separated by the first half-cut line h <b> 1 continuous with the second half-cut line h <b> 2 was easily peeled off together with the release paper 23. That is, the frozen and refrigerated seal S peeled off together with the release paper 23 without being blocked by the first half-cut line h1 by the adhesive that entered the first half-cut line h1.

  The preferred embodiments of the present invention have been described above. However, the present invention is not limited to the above embodiments, and various modifications can be made. For example, in the above-described embodiment, the surface of the refrigerated refrigeration seal S is set as a weakly bonded portion. By setting the surface of the refrigerated refrigerated seal S as a non-adhesive portion, the refrigerated refrigerated seal S is more easily peeled off from the printing substrate 11. Moreover, it is good also as a pseudo-adhesion part which has a sealing layer on the surface of the freezer / refrigeration seal S. Also in the case of the pseudo-adhesive part, it is bonded with a weak adhesive force as compared with the strong adhesive part.

  Moreover, in the said embodiment, although the sealing layer was provided in the pseudo adhesion part and the strong adhesion part, it is good also as an aspect which does not provide a sealing layer. In this case, depending on the type of adhesive, the pseudo-adhered portion is the same as the weakly bonded portion.

DESCRIPTION OF SYMBOLS 10 ... Delivery slip 11 ... Printing base material 11a ... Delivery slip 11b ... Paste slip 11c ... Request main copy 11d ... Delivery destination copy 12 ... Pseudo adhesion part 13.・ ・ Strong adhesion part 14 ・ ・ ・ Weak adhesion part 15 ・ ・ ・ Non-adhesion part 20 ・ ・ ・ Tack sheet 21 ・ ・ ・ Tack substrate (intermediate substrate)
21 m ... sealing layer 22 ... pressure-sensitive adhesive layer 23 ... release paper 30 ... peeling auxiliary part h1, h2, h3, h4 ... half-cut lines P1, P2 ... display printing S1 .... Refrigeration seal S2 ... Refrigerated seal A ... Strong adhesion structure M ... Pseudo adhesion structure B ... Weak adhesion structure

Claims (3)

Tack sheet intermediate substrate consisting of printing substrate, intermediate substrate, pressure-sensitive adhesive layer and release paper is laminated with pseudo adhesion or strong adhesion except for the seal part printed on the intermediate substrate surface. Delivery slips,
The periphery of the seal portion is punched out by a first half-cut line so that the seal portion can be extracted from the intermediate substrate, and the surface of the seal portion and the printing substrate are weakly bonded with a weaker adhesive force than the strong bond. Or it is considered to be non-adhesive,
The belt-like portion where the printing substrate and the intermediate substrate are bonded is separated from other portions by a second half-cut line penetrating the printing substrate and the intermediate substrate,
A delivery slip characterized in that a part of the first half-cut line and the second half-cut line are formed within a predetermined distance on the intermediate base material surface.   A plurality of the seal portions are formed, and a part of all the first half cut lines for punching the seal portions are formed within a predetermined distance from the second half cut lines. The delivery slip according to claim 1.   The part of said 1st half cut line and the said 2nd half cut line are formed in the position which the part overlaps in the said intermediate | middle base material surface, The Claim 1 or Claim 2 characterized by the above-mentioned. Delivery slips.

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