JP3131810U - Bag binding structure - Google Patents

Abstract

Provided is a bag binding structure capable of easily producing a bag binding that is folded outwardly.
A bag binding structure is produced by folding a first sheet piece to a fourth sheet piece connected in the same direction to four outside at the boundary of each sheet piece. The length a of the first paper piece 1 and the length d of the fourth paper piece 4 in the connecting direction are longer than the length b of the second paper piece 2 and the length c of the third paper piece 3 in the same direction, The end 11 of the first sheet piece 1 and the end 12 of the fourth sheet piece 4 are directly bonded. Further, the second sheet piece 2 is temporarily bonded to the first sheet piece 1. Further, perforations 16 and 17 are formed in the first sheet piece 1 and the fourth sheet piece 4, respectively.
[Selection] Figure 1

Description

  The present invention relates to a bag binding structure for binding a separately printed signature to a magazine or a book.

  Conventionally, in magazines and books, separately printed signatures (printed material in which a plurality of paper pieces are folded) are bound, and in this case, in order to prevent reading at the store for the bound signatures. , Bag binding is used. The applicant has proposed various bag binding structures. For example, the following Patent Document 1 proposes a quadruple-fold type or a wound type.

Utility Model Registration No. 2538355

  However, in the case of the externally folded type bag binding structure shown in Patent Document 1, only one piece of paper is attached to magazines. There were many places that had to be prepared, and the number of manufacturing steps was excessive, and when the bag binding structure was developed, there were many places that remained as temporary bonding regions.

  Then, an object of this invention is to provide the bag binding structure which can produce easily the bag binding folded in four outside.

  The bag binding structure according to the present invention is a bag binding structure in which the first to fourth sheet pieces connected in the same direction are folded outwardly at the boundary of each sheet piece, and the first sheet in the connecting direction. The length of the piece and the length of the fourth paper piece are longer than the length of the second paper piece and the length of the third paper piece in the same direction, and the end of the first paper piece and the end of the fourth paper piece Is characterized by being directly bonded and bound.

  According to this structure, the first sheet piece extends longer in the connecting direction than the second sheet piece in a state of being folded outwardly, and the fourth sheet piece is also connected more than the third sheet piece. The end of the first sheet piece and the end of the fourth sheet piece are directly bonded and bound together. In this manner, the bag binding that is folded outwardly by four can be easily produced by bonding the end of the first sheet piece and the end of the fourth sheet piece.

  In such a bag binding structure, the end of the second paper piece on the side adjacent to the third paper piece is preferably temporarily bonded to the first paper piece. With this structure, the respective paper surfaces of the second paper piece and the third paper piece are prevented from being separated from the paper surfaces of the first paper piece and the fourth paper piece, so that the close contact state is maintained, and the bag can be easily obtained. It is possible not to look into the bound inner paper.

  Further, in the fourth sheet piece having such a bag binding structure, it is preferable that a first perforation for dividing the fourth sheet piece is formed on the third sheet piece side from the adhesion region. With this structure, bag binding can be easily developed by cutting along the first perforation.

  Further, in the first sheet piece having the bag binding structure, a second perforation for dividing the first sheet piece may be formed on the second sheet piece side from the adhesion region. By cutting along the second perforation, the bag binding can be easily developed. In addition, when forming both the 1st perforation and the 2nd perforation, if it cuts out along both perforations, a bag binding can be made into the printed matter of horizontal or vertical shape independently.

  Moreover, this bag binding structure is good to be affixed or bound to magazines by the edge part which the 1st paper piece and the 4th paper piece adhere | attached. With this structure, bag binding can be used as an appendix to magazines.

  According to the bag binding structure of the present invention, it is possible to easily produce a bag binding that is folded outwardly.

  Hereinafter, a preferred embodiment of a bag binding structure according to the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a front view showing an inner surface of a printed product 10 for producing bag binding. The printed material 10 is formed in a rectangular shape, and includes a first paper piece 1, a second paper piece 2, a third paper piece 3, and a fourth paper piece 4 connected in the same direction. The fold line 6 forms a boundary between the first sheet piece 1 and the second sheet piece 2, the fold line 7 forms a boundary between the second sheet piece 2 and the third sheet piece 3, and the fold line 8 forms a first line. A boundary between the three sheet pieces 3 and the fourth sheet piece 4 is formed.

If the length of the first paper piece in the connecting direction is a, the length of the second paper piece is b, the length of the third paper piece is c, and the length of the fourth paper piece is d, the following equation holds: Thus, the printed product 10 is formed.
a = d> b = c (Formula 1)

  Accordingly, when the sheet is folded outwardly along the folding lines 6, 7, and 8 (W-shaped), the first sheet piece 1 extends longer in the connecting direction than the second sheet piece 2, and the fourth The sheet piece 4 also extends longer than the third sheet piece 3 in the connecting direction. Then, in an outwardly folded state, the end portions of the first paper piece 1 and the fourth paper piece 4 that extend excessively with respect to the second paper piece 2 and the third paper piece 3 are bonded regions. 11 and 12 are directly bonded and bound.

  Further, the end of the second paper piece 2 on the side adjacent to the third paper piece 3 has a temporary adhesion region 13 formed by folding the first paper piece 1 and the second paper piece 2 so that the first paper piece 1 Are temporarily bonded to the temporary bonding region 14. Further, in the fourth paper piece 4, a first perforation 16 for dividing the fourth paper piece 4 is formed on the third paper piece 3 side from the adhesive region 12, and the first paper piece 1 is also bonded. A second perforation 17 for dividing the first sheet piece 1 is formed on the second sheet piece 2 side from the area 11 and between the adhesion area 11 and the temporary adhesion area 14.

  FIG. 2 is a rear view of the printed material 10. As shown in FIG. 2, a first perforation 16 is formed on the fourth sheet piece 4 and a second perforation 17 is formed on the first sheet piece 1 on the back surface of the printed matter 10.

  FIG. 3 is a front view of a bag binding (bag binding structure) 18 in which the printed product 10 is folded outwardly, and FIG. 4 is a cross-sectional view of the bag binding 18 taken along the line IV-IV. As shown in FIGS. 3 and 4, the printed material 10 is folded outwardly along the fold lines 6, 7, and 8, but the first paper piece 1 is more connected to the connecting direction than the second paper piece 2. The fourth sheet piece 4 also extends longer than the third sheet piece 3 in the connecting direction. Then, the adhesive regions 11 and 12 of the first paper piece 1 and the fourth paper piece 4 that extend excessively with respect to the second paper piece 2 and the third paper piece 3 are directly bonded by the adhesive 21. ing. In this manner, the bag binding 18 that is folded outwardly by four can be easily produced by bonding the bonding region 11 of the first sheet piece 1 and the bonding region 12 of the fourth sheet piece 4.

  Further, the end portion of the second paper piece 2 on the side adjacent to the third paper piece 3 is temporarily bonded to the first paper piece 1 by a temporary adhesive 22. Accordingly, the respective paper surfaces of the second paper piece 2 and the third paper piece 3 are prevented from being separated from the paper surfaces of the first paper piece 1 and the fourth paper piece 4, and are maintained in a close contact state. It is possible to prevent the user from easily looking into the bound inner paper surface.

  As shown in FIG. 5, on the back surface of the printed matter 10, one or both of the adhesive regions 24 and 25 is applied by applying an adhesive to one or both of the end of the first paper piece 1 and the end of the fourth paper piece 4. Alternatively, both of them may be formed and formed into a bag binding 18, and may be affixed or bound to the throat side of magazines such as magazines and books. Thereby, the bag binding 18 can be used as an appendix of magazines.

  The bag binding 18 can be manufactured by an offset rotary press provided with an apparatus having processing functions such as in-line bonding (gluing), sewing machine insertion, parallel folding, and cutting. In this case, the bonding (gluing) and the sewing machine are formed in a line pattern. Or after printing the printed matter 10 with an offset sheet-fed machine, it can also be produced by performing cutting, folding, sewing, etc. off-line.

  Next, a method in which a reader who has purchased a magazine in which the bag binding 18 is bound develops the bag binding 18 will be described.

  The reader cuts out the fourth sheet piece 4 along the first perforation 16 from the state shown in FIGS. 3 and 4 and develops the fourth sheet piece 4. Subsequently, the temporary adhesive portion (the temporary adhesive region 13 of the second paper piece 2 and the temporary adhesive region 14 of the first paper piece 1) is peeled by hand against the adhesive force of the temporary adhesive 22, and the first paper piece 1 is peeled off by hand. -The fourth paper piece 4 is stretched. Further, the reader divides the fourth sheet piece 4 along the second perforation 17. As a result, the laterally or longitudinally long region 27 (the region between the first perforation 16 and the second perforation 17) shown in FIG. 1 of the bag binding 18 is completely separated from the magazines and independent. A long-sided printed material can be obtained.

  The region 27 of the bag binding 18 occupies most of the printed matter 10 and has a wide region of approximately four pages. Accordingly, a celebrity full body photo, panoramic photo, calendar, or the like can be printed in the region 27 and used as a poster. In this case, a photo or a picture may be printed over the second paper piece 2 and the third paper piece 3, or a photo or a picture may be printed over the first paper piece 1 to the fourth paper piece 4.

  The bag binding 18 can be bound into magazines such as vertically long books such as A4 and B5, booklets, etc., cut along the first perforation 16 and the second perforation 17, and the bag binding 18 is removed. When developed, a horizontally long printed product 10 having a relatively large size can be developed. Since the bag binding 18 is folded outwardly and temporarily bonded by the temporary bonding portion (the temporary bonding region 13 of the second paper piece 2 and the temporary bonding region 14 of the first paper piece 1), the bag binding 18 Even when the magazine is attached as an appendix to the magazines, it is possible to prevent the bag binding 18 from being scattered due to development or the like during bookbinding.

  Further, as a reader, the fourth sheet piece 4 is cut along the first perforation 16 and the fourth sheet piece 4 is unfolded to be printed inside the third sheet piece 3 and the fourth sheet piece 4. The printed contents are also viewed, and the temporary adhesive portions (the temporary adhesive region 13 of the second paper piece 2 and the temporary adhesive region 14 of the first paper piece 1) are peeled off to remove the first paper piece 1 and the second paper piece 2 from each other. The contents printed on the inside will be appreciated. Therefore, the reader can enjoy the expectation and appreciation of the print contents twice each time the bag binding 18 is developed.

  The present invention is not limited to the above embodiment.

  If the region 27 of the bag binding 18 does not need to be completely separated from the magazines, either the first perforation 16 or the second perforation 17 may not be formed. Further, when the reader cuts out with a paper knife or the like, a cut line may be printed at the same position instead of forming the first perforation 16 and the second perforation 17.

  When the bag binding 18 is not bound in a magazine or the like but is traded alone or attached to a product by another method, the adhesive regions 24 and 25 are not necessarily formed. For example, it is a case where the bag binding 18 which printed the recipe is attached to the bottle containing the seasoning.

  Moreover, you may temporarily bond the edge part of the longitudinal direction of the printed matter 10 so that the inside may not be seen from the upper side and lower side of the bag binding 18. Furthermore, although the lengths a to d of the first sheet piece 1 to the fourth sheet piece 4 in the connecting direction have the relationship shown in Equation 1, the relationship of a = d and b = c is not necessarily required. The area | region where the 1 sheet piece 1 and the 4th sheet piece 4 are adhere | attached directly should just be ensured.

It is a front view of printed matter used for producing the bag binding structure concerning this embodiment. It is a rear view of printed matter. It is a front view of the state made into the bag binding. It is IV-IV sectional drawing of the bag binding shown in FIG. It is the front view of the printed matter which showed the adhesion | attachment area | region in order to attach to magazines.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... 1st paper piece, 2 ... 2nd paper piece, 3 ... 3rd paper piece, 4 ... 4th paper piece, 6, 7, 8 ... Folding line, 10 ... Printed matter, 11, 12 ... Adhesion area, 13, DESCRIPTION OF SYMBOLS 14 ... Temporary adhesion area | region, 16 ... 1st perforation, 17 ... 2nd perforation, 18 ... Bag binding (bag binding structure), 21 ... Adhesive agent, 22 ... Temporary adhesive agent, 24, 25 ... Adhesion area | region, 27 ... area.

Claims (5)

The first to fourth sheet pieces connected in the same direction have a bag binding structure in which the first sheet piece to the fourth sheet piece are folded outwardly at the boundary of each sheet piece,
The length of the first paper piece and the length of the fourth paper piece in the connecting direction are longer than the length of the second paper piece and the length of the third paper piece in the same direction,
An end portion of the first paper piece and an end portion of the fourth paper piece are directly bonded and bound together.   The bag binding structure according to claim 1, wherein an end portion of the second paper piece adjacent to the third paper piece is temporarily bonded to the first paper piece.   The bag binding structure according to claim 1 or 2, wherein a first perforation for dividing the fourth sheet piece is formed on the third sheet piece side of the fourth sheet piece from the adhesive region. .   The second perforation for dividing the first paper piece is formed in the first paper piece on the second paper piece side from the adhesive region. The bag binding structure described.   The bag according to any one of claims 1 to 4, wherein the first paper piece and the fourth paper piece are attached to a magazine or bound at an end portion to which the first paper piece and the fourth paper piece are bonded. Binding structure.

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