JP4156463B2 - Printed matter and manufacturing method thereof - Google Patents

Description

  The present invention relates to a printed matter that can be used as a flyer for folding into a newspaper or the like that can be three-dimensionalized into a triangular shape by spreading it in the left-right direction.

Conventionally, as a printed matter with a pop-out picture, a thing cut out in the shape of a house or a person is three-dimensionally moved in and out by an opening and closing movement, and it is used for a picture book for children, etc. There is known a structure in which the undulating portion 15 stands up or falls by opening and closing the undulating portion 15 that is pasted over the two surfaces of the panel 6 and the panel 7 of the mount 2 by 180 degrees from the broken line 16 ( For example, see Patent Document 1). However, these printed products with pop-out pictures are formed by punching into a special shape or pasting a piece of paper punched into a special shape, and the manufacturing process becomes complicated and cannot be manufactured with a simple process. Have.
JP-A-9-118341 ([0012])

  The present invention provides a printed matter that has an effect of appealing to a customer when used as a leaflet for folding into a newspaper or the like, by which the inner paper piece can be three-dimensionalized by spreading in the left-right direction, and a method for producing the same. Is to provide.

  A rectangular outer paper piece and a rectangular inner paper piece whose long side is shorter than the outer paper piece are overlapped with the center of the long side of the outer paper piece and the inner paper piece aligned, and the length of the long side of the inner paper piece The outer paper piece and the inner paper piece are bonded to each other at a center position from both ends of the inner paper piece by a distance longer than 1/4 of the inner paper piece, and the inner paper piece is set inward in parallel with the short side at the center of the outer paper piece and the inner paper piece. The printed material has a configuration in which the opposite edge portions of the folded inner paper piece are bonded together at the edge bonding portion.

  In the printed matter, the printed matter has a configuration in which a perforation is formed in parallel to the edge adhesive portion inside the edge adhesive portion of the inner paper piece.

  In the printed matter described above, a printed matter having a configuration in which a perforation is formed in the center of the long side of the inner paper piece in parallel with the short side.

  Using two rotary printing presses, the same pitch is used for continuous paper for outer paper strips on one rotary printing press, and for continuous paper for inner paper strips narrower than the continuous paper for outer paper strips on the other rotary printing press. And printing the predetermined pattern, and the continuous paper for the outer paper piece and the continuous paper for the inner paper piece are overlapped with the center in the width direction overlapped, and the inner paper piece is printed by a distance longer than 1/4 of the width of the continuous paper for the inner paper piece. Adhering the continuous paper for the outer paper piece and the continuous paper for the inner paper piece respectively at the center side from both ends, and the continuous paper for the inner paper piece and the continuous paper for the inner paper piece at the center in the width direction. A step of bending inward in a direction parallel to the flow, a step of bonding the edge of the folded continuous paper for inner paper pieces, a step of cutting the continuous paper in a direction perpendicular to the flow at a predetermined position, and a continuous cut Fold the paper twice in the direction perpendicular to the flow at the center of the flow direction A step of, folded printed matter manufacturing method characterized by comprising the step of cut off makeup folded portion Torrejon De.

  In the printed material manufacturing method, the printed material manufacturing method includes a step of forming perforations in parallel to the flow at respective positions on the both ends of the continuous sheet for the inner paper piece at a predetermined distance from the edge.

  In the printed matter manufacturing method, the printed matter manufacturing method includes a step of forming a perforation in a direction parallel to the flow in the center in the width direction of the continuous paper for inner paper pieces.

  The printed matter of the present invention can be formed into a three-dimensional shape by spreading the inner paper piece in the left-right direction, and the inner paper piece can be opened by cutting off the bonded edge of the inner paper piece with a perforation. Because the location and appearance of the building are printed on the outer surface of the three-dimensional inner paper piece, and the internal structure of the building is printed on the inner surface of the inner paper piece, It can be used as a flyer or the like having an excellent appeal effect.

  Moreover, since the perforation of the edge adhering portion can be cut off by forming a perforation inside the edge adhering portion of the inner paper piece in parallel with the edge adhering portion, the inner paper piece three-dimensionalized into a triangular shape It will be easy to open.

  Further, by forming a perforation parallel to the short side in the center of the long side of the inner paper piece, the inner paper piece is cut open at the perforation, and the concealment information printed on the opposing surfaces of the inner paper piece and the outer paper piece is viewed. be able to.

  By using the method for producing a printed matter of the present invention, the outer paper piece is spread in the left-right direction to make the inner paper piece three-dimensional, and the edge of the inner paper piece is cut off at the perforation to form the inner surface of the spread inner paper piece. Efficiently and inexpensively produce a printed material that allows the user to see the printed information and cut the inner paper piece through the perforation to see the concealment information printed on the opposing surfaces of the inner and outer paper pieces. be able to.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view of a first embodiment of the present invention in a half-open state, FIG. 2 is a perspective view of the first embodiment in an opened state, and FIG. FIG. 4 is a perspective view of the second embodiment in an opened state, and FIG. 5 is a perspective view of the second embodiment in which a printed matter is opened and an edge bonding portion of an inner paper sheet is cut off and opened. 6 is a plan view showing a state in which the continuous paper for the outer paper piece and the continuous paper for the inner paper piece are overlapped and bonded in the course of manufacturing the printed matter of the first embodiment, and FIG. 7 is a continuous paper for the outer paper piece from the state shown in FIG. FIG. 8 is a plan view showing a state in which the edges of the continuous paper for inner paper pieces are folded and faced with the continuous paper for inner paper pieces folded in the center in the left-right direction and the continuous paper for inner paper pieces inside, FIG. 8 is a state shown in FIG. Fig. 2 is a plan view showing a state in which the sheet is cut along a cutting line perpendicular to the flow and folded in the flow direction. 1a, 1b is a piece of paper, 2 is a piece of inner paper, 2a, 2b, 2c, 2d are pieces of paper, 3, 8 are perforations, 4 is an edge bonding portion, 5a, 5b are bonding portions, 6a, 6b are crease lines, Reference numeral 7 denotes a central crease line, 9 denotes a cutting line, 10 denotes a finishing cutting line, A denotes an outer paper piece continuous paper, and B denotes an inner paper piece continuous paper.

  The printed matter according to the first embodiment of the present invention has a half-open perspective view as shown in FIG. 1, and is a rectangular outer paper piece 1 composed of a paper piece 1a and a paper piece 1b, a paper piece 2a, a paper piece 2b, and a paper piece. A rectangular inner paper piece 2 consisting of 2c and a paper piece 2d, the longer side of which is shorter than the outer paper piece 1 and the shorter side is the same, is formed on both sides of the inner paper piece 2, that is, the paper pieces constituting the inner paper piece 2. The perforations 3 are formed on the edge portions of the paper 2a and the paper piece 2d at a position a predetermined distance inward from the edges in parallel to the short side, and the centers of the long sides of the outer paper piece 1 and the inner paper piece 2 are aligned. At the adhesive part 5a and the adhesive part 5b parallel to the short side at the position from the both sides of the inner paper piece 2 to the center side by a predetermined distance longer than 1/4 of the length of the long side of the inner paper piece 2 Bond the outer paper piece 1 and the inner paper piece 2 and fold the inner paper piece 2 inward at the center fold line 7 at the center of the long side of the outer paper piece 1 and the inner paper piece 2 in parallel with the short side. Bending, it is adhered with the structure at the edge adhesion portion 4 between the side end of the paper 2 between the side edges of opposing inner folded paper 2 perforation 4.

  A perspective view of the printed matter in the first embodiment in an opened state is as shown in FIG. 2, and an inner paper piece 2 is formed at the center of a rectangular outer paper piece 1 made up of the spread paper pieces 1a and 1b. The paper piece 2b and the paper piece 2c are projected in a triangular shape with the paper piece 2a and the paper piece 2d as the hypotenuses, respectively, and the tops of the protruding paper piece 2a and the paper piece 2d are bonded together by the edge bonding portion 4 to bond the edges. A perforation 3 is formed on the inner side of the portion 4 to cut out the edge bonding portion 4. For example, if it is a leaflet for sale of a house, apartment, condominium, etc. printed on the outer surface of a paper piece 2a and paper piece 2d that project into a triangular shape and printed on the outer surface and location of the house, apartment, condominium, etc., it will appeal to customers It will be excellent.

  After the printed matter of the first embodiment is opened as shown in FIG. 2, the edge adhering portion 4 at the top of the paper piece 2a and the paper piece 2d of the inner paper piece 2 is cut out by the perforation 3, as shown in FIG. The pattern printed on the inner surface of the inner paper piece 2 composed of the paper piece 2a, the paper piece 2b, the paper piece 2c, and the paper piece 2d can be seen. Therefore, if the internal structure of a house, apartment, condominium, etc. is printed on the inside of the paper piece 2a and the paper piece 2d of the inner paper piece 2 that is made into a three-dimensional shape, the internal structure is compared with the appearance and location. Therefore, it is possible to make a flyer having a very sales promotion effect.

  FIG. 4 shows a perspective view of the second embodiment of the present invention when the printed matter is opened. The second embodiment is basically different from the first embodiment except that a perforation 8 for tearing between the paper piece 2b and the paper piece 2c is formed along the central crease line 7 of the inner paper piece 2. Are the same.

  In the case of the second embodiment, after the printed material is opened and the edge bonding portion 4 of the inner paper piece 2 is cut off at the perforation 3, the perforation 3 formed along the central fold line 7 of the inner paper piece 2 is formed. The paper piece 2b and the paper piece 2c are torn along, and opened in the left-right direction as shown in FIG. 5, so that the surface of the inner paper piece 2 of the outer paper piece 1 facing the paper piece 2b and the paper piece 2c and the paper piece 2b and the paper piece 2c Since the concealment information printed on the inner surface can be seen, as a concealment information, for example, by printing the interior design of the room such as lighting, wallpaper, furniture, etc. Can be used.

  The outline of the printed matter manufacturing method of the first embodiment is as follows. Using two rotary printing machines, one rotary printing machine for continuous paper A for outer paper pieces, and the other rotary printing machine for continuous paper B for inner paper pieces, which is narrower than the continuous paper for outer paper pieces, After printing a predetermined pattern with the same pitch, perforations are formed on both ends of the inner paper piece continuous paper B in parallel to the flow at positions that are a predetermined distance from the edge in parallel to the continuous paper A for the outer paper piece. The inner paper piece continuous paper B is aligned so that the center in the width direction is aligned and the pattern pitch is matched, and the inner paper piece continuous paper B is placed inside from the both ends of the inner paper piece continuous paper B by a distance longer than 1/4 of the width of the inner paper piece continuous paper B. At the position, the continuous paper A for the outer paper piece and the continuous paper B for the inner paper piece are respectively bonded by the bonding portion 6a and the bonding portion 6b, and the state shown in FIG. 6 is obtained.

  From the state shown in FIG. 6, the continuous paper A for the outer paper piece and the continuous paper B for the inner paper piece are folded in the direction parallel to the flow with the inner paper piece continuous paper B inside at the central crease line 7 in the width direction, The opposite edge portions of the folded inner paper piece continuous paper B are bonded by the bonding portion 4 outside the perforation 3 to obtain the state shown in FIG. Subsequently, the continuous paper A for the outer paper piece and the continuous paper B for the inner paper piece, which are bent and bonded, are cut at a cutting line 9 in a direction perpendicular to the flow, and the cut paper is perpendicular to the flow at the center fold line 11 in the flow direction. Folded in two directions, the state shown in FIG. 8 is obtained. Finally, from the state shown in FIG. 8, the crease is cut off at the finishing cut line 10 along the crease line 11 to obtain the printed matter of the first embodiment. By employing the above-described method for producing a printed matter, it is possible to produce a printed matter efficiently and at low cost using a general-purpose printing machine.

  The printed matter manufacturing method of the second embodiment is basically the same as that of the first embodiment except that a step of forming the perforation 8 in the direction parallel to the flow is added to the center in the width direction of the continuous paper B for inner paper piece. The manufacturing method is the same.

  The printed matter of the present invention is printed on the outer surface of the inner paper piece that can be three-dimensionalized into a triangular shape by spreading it in the left-right direction, and the location and appearance of a building such as a house, apartment, apartment, etc. By printing the internal structure of houses, apartments, condominiums, etc. with the location and appearance printed on the inner side of the inner paper pieces, you can see the location and appearance of the houses, apartments, condominiums, etc. in comparison with the internal structure. Can be effectively used as a flyer with excellent appealing effect and advertising effect for customers.

The perspective view of the half open state of 1st Embodiment of this invention. The perspective view of the open state of 1st Embodiment. The perspective view which opened the printed matter of 1st Embodiment and cut and opened the edge adhering part of an inner paper piece. The perspective view of the open state of 2nd Embodiment. The perspective view which opened the printed matter of 2nd Embodiment and cut and opened the edge adhering part of an inner paper piece. The top view which shows the state which accumulated the continuous paper for outer paper pieces, and the continuous paper for inner paper pieces in the middle of manufacture of the printed matter of 1st Embodiment. FIG. 6 shows a state in which the edges of the continuous sheets for the inner paper pieces that are opposed to each other by folding the continuous paper for the outer paper pieces and the continuous paper for the inner paper pieces at the center in the left-right direction with the continuous paper for the inner paper pieces facing inward from the state shown in FIG. Plan view. The top view of the state cut | judged in the flow direction from the state shown in FIG.

Explanation of symbols

1 Outer paper piece
1a, 1b Paper piece 2 Inside paper piece
2a, 2b, 2c, 2d Paper piece 3, 8 Perforation 4 Edge bonding
5a, 5b Bonded part
6a, 6b Crease line 7 Center crease line 9 Cutting line
10 Finish cutting line A Outer paper piece continuous paper B Inner paper piece continuous paper

Claims (6)

A rectangular outer paper piece and a rectangular inner paper piece whose long side is shorter than the outer paper piece are overlapped with the center of the long side of the outer paper piece and the inner paper piece aligned, and the length of the long side of the inner paper piece The outer paper piece and the inner paper piece are bonded to each other at a center position from both ends of the inner paper piece by a distance longer than 1/4 of the inner paper piece, and the inner paper piece is set inward in parallel to the short side at the center of the long side of the outer paper piece and the inner paper piece. A printed matter comprising a configuration in which the opposite edge portions of the inner paper piece folded and bent are bonded together by an edge bonding portion. The printed matter according to claim 1, wherein a perforation is formed inside the edge bonding portion of the inner paper piece in parallel with the edge bonding portion. The printed matter according to claim 1, wherein a perforation is formed in the center of the long side of the inner paper piece in parallel with the short side. Using two rotary printing presses, the same pitch is used for continuous paper for outer paper strips on one rotary printing press, and for continuous paper for inner paper strips narrower than the continuous paper for outer paper strips on the other rotary printing press. And printing the predetermined pattern, and the continuous paper for the outer paper piece and the continuous paper for the inner paper piece are overlapped with the center in the width direction overlapped, and the inner paper piece is printed by a distance longer than 1/4 of the width of the continuous paper for the inner paper piece. Adhering the continuous paper for the outer paper piece and the continuous paper for the inner paper piece respectively at the center side from both ends, and the continuous paper for the inner paper piece and the continuous paper for the inner paper piece at the center in the width direction. A step of bending inward in a direction parallel to the flow, a step of bonding the edge of the folded continuous paper for inner paper pieces, a step of cutting the continuous paper in a direction perpendicular to the flow at a predetermined position, and a continuous cut Fold the paper twice in the direction perpendicular to the flow at the center of the flow direction Process and method for producing a printed matter characterized by comprising the step of cut off makeup folded the folded portion to be. 5. The method for producing a printed matter according to claim 4, further comprising a step of forming perforations in parallel to the flow at positions on the both ends of the continuous paper for inner paper pieces at a predetermined distance from the edge, respectively. 6. The method for producing a printed matter according to claim 4, further comprising a step of forming a perforation in a direction parallel to the flow in the center in the width direction of the continuous paper for the inner paper piece.

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