JP4911233B2 - Printed matter - Google Patents

Description

  The present invention relates to a printed matter that can be efficiently manufactured using a general-purpose rotary printing press and that is suitable for uses such as a newspaper folding leaflet that can be opened greatly in the left-right direction, and a manufacturing method thereof.

  Conventionally, as a printed matter that can be used for a leaflet or the like having a B4 size in a folded state, a printed B2 size paper piece is folded in two in the longitudinal direction and further folded in two in the longitudinal direction. A four-fold configuration is generally used, but a printed product with a four-fold configuration in which a B2 size piece of paper is folded twice in the right-angle direction is too common and has a poor appeal to customers. Therefore, it is often discarded without being seen, and a printed matter having a form appealing to customers is desired. As a printed matter that improves the above-mentioned drawbacks and has a large appeal in the left-right direction that appeals to the customer, the rectangular printed paper piece is folded in half at the center in the left-right direction, and both ends of the folded printed paper piece Bonding between the edges, forming a score line in the vertical direction at the center of one of the left and right sides of the folded two-fold printed paper piece, and folding it in the vertical direction with the one paper piece with the score line formed inside A printed matter having a structure and a manufacturing method thereof (for example, see Patent Document 1) are known.

JP 2004-182428 A

INDUSTRIAL APPLICABILITY The present invention is a printed material suitable for uses such as a newspaper folding leaflet that can be efficiently manufactured using a general-purpose rotary printing press and can be opened in two stages and extremely wide in the left-right direction. Is to provide .

The printed matter of the present invention includes a rectangular first paper piece, a second paper piece, a third paper piece, a fourth paper piece, and a fifth paper piece that have the same length in the vertical direction as the first paper piece and are ½ in the left-right direction . The second paper piece is overlaid on the left half area of the first paper piece, and the third paper piece is overlaid on the entire area of the second paper piece, and the left edge of the first paper piece The left edge of the second paper piece is aligned, the opposing surfaces of the left edge of the first paper piece and the left edge of the second paper piece are bonded together at the first adhesive portion, and the right edge of the second paper piece and the third edge The right edge of the paper piece is aligned, and the opposing surfaces of the right edge of the second paper piece and the right edge of the third paper piece are bonded to each other at the second adhesive portion, and the fourth half is located in the right half area of the first paper piece. A piece of paper is overlaid, and a fifth piece of paper is overlaid on the entire area of the fourth piece of paper. The right end of the first piece of paper and the right end of the fourth piece of paper are The left side edge of the fourth paper piece and the left side edge of the fifth paper piece are aligned, and the opposing surfaces of the left side edge of the fourth paper piece and the left side edge of the fifth paper piece are the third adhesive portion. The second adhesive portion reaches the right edge of the second paper piece and the third paper piece, and the third adhesive portion is the fourth paper piece and the fifth paper piece. It consists of the structure which has reached to the left edge of .

The printed matter of the present invention includes a rectangular first paper piece, a second paper piece, a third paper piece, a fourth paper piece, and a fifth paper piece that have the same length in the vertical direction as the first paper piece and are ½ in the left-right direction. The second paper piece is overlaid on the left half area of the first paper piece, and the third paper piece is overlaid on the entire area of the second paper piece, and the left edge of the first paper piece The left edge of the second paper piece is aligned, the opposing surfaces of the left edge of the first paper piece and the left edge of the second paper piece are bonded together at the first adhesive portion, and the right edge of the second paper piece and the third edge The right edge of the paper piece is aligned, and the opposing surfaces of the right edge of the second paper piece and the right edge of the third paper piece are bonded to each other at the second adhesive portion, and the fourth half is located in the right half area of the first paper piece. A piece of paper is overlaid, and a fifth piece of paper is overlaid on the entire area of the fourth piece of paper. The right end of the first piece of paper and the right end of the fourth piece of paper are The left side edge of the fourth paper piece and the left side edge of the fifth paper piece are aligned, and the opposing surfaces of the left side edge of the fourth paper piece and the left side edge of the fifth paper piece are the third adhesive portion. The second adhesive portion reaches the right edge of the second paper piece and the third paper piece, and the third adhesive portion is the fourth paper piece and the fifth paper piece. A third printed paper piece and a fifth printed paper piece which are configured to reach the left edge of the paper, and the whole printed matter is at a half-length position in the vertical direction along a crease line along the left-right direction. Folded in half so that is on the inside .

  Using two rotary printing presses, the same for wide continuous paper in one rotary printing press, and for narrow continuous continuous paper having a width that is 1/2 the width of continuous wide printing press in the other rotary printing press Narrow continuous paper in the flow direction at the center of the width direction of the narrow continuous paper by superimposing the printed wide continuous paper and narrow continuous paper with one side edge aligned Is bonded to the opposing wide continuous paper, the wide continuous paper is folded in the flow direction at the center in the width direction, and the gap between the opposing edges is bonded, and the narrow continuous paper is bonded and folded in half. A step of cutting in the flow direction at the center of the narrow continuous sheet of the wide continuous paper and the wide continuous sheet bonded in the flow direction, and cutting at a predetermined position in a direction perpendicular to the flow to make the narrow continuous sheet inside It consists of a process of bending at the center in the flow direction A print production process of.

  By adopting the production method of the present invention, the printed matter of the present invention is printed on a wide continuous paper and a narrow continuous paper with the same pattern pitch using two general-purpose rotary printing machines, respectively, Therefore, it is possible to produce at high speed, efficiently and at a low price.

The perspective view of the state which opened the printed matter of this invention to the vertical direction. The perspective view of the state which expanded the printed matter of this invention shown in FIG. 1 in the left-right direction. FIG. 3 is a plan view in which printed wide continuous paper and narrow continuous paper showing the manufacturing process of the printed material of the present invention are overlapped with one side edge aligned and bonded at an adhesive portion. II sectional view taken on the line in FIG. FIG. 5 is a cross-sectional view of a state in which a wide continuous sheet is folded in two along a fold line in the flow direction from the state illustrated in FIG. 4 and the edges are bonded. Sectional drawing of the state which formed the score line in the flow direction in the center part of the adhesion part of narrow continuous paper and wide continuous paper from the state shown in FIG. The top view of the state cut from the state shown in FIG. 6 in the predetermined position of the orthogonal | vertical direction to a flow.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
1 is a perspective view of the printed matter of the present invention opened in the vertical direction, FIG. 2 is a perspective view of the printed matter of the present invention shown in FIG. 1 expanded in the left-right direction, and FIG. 3 is a process for producing the printed matter of the present invention. FIG. 4 is a cross-sectional view taken along line I-I in FIG. 3, and FIG. 5 is a diagram showing a wide continuous sheet and a narrow continuous sheet printed on each other. 4 is a cross-sectional view of a state in which the wide continuous paper is folded in two along the crease line in the flow direction from the state shown in FIG. 4 and the edges are bonded together. FIG. 6 shows the adhesion between the narrow continuous paper and the wide continuous paper from the state shown in FIG. FIG. 7 is a cross-sectional view of a state in which a score line is formed in the flow direction at the center of the part, FIG. 7 is a plan view of the state cut from a state shown in FIG. 1 paper piece, 12 is the second paper piece, 13 is the third paper piece, 14 is the fourth paper piece, 15 is the fifth paper piece, 2, 3, 3a, 3b Bonding portion, 4 score line, 5 and 6 fold line, 7 denotes a cutting line.

  The perspective view of the embodiment of the printed matter of the present invention in a state of being spread in the vertical direction is as shown in FIG. 1, and the width of the first paper piece 11 is aligned with one side edge of the first paper piece 11. The second paper piece 12 and the third paper piece 13 having a width of ½ are overlapped to bond the first paper piece 11 and the second paper piece 12 at the bonding portion 2 at one side end, and the second paper piece 12 and the third paper piece 13 are bonded together. The paper piece 13 is bonded at the bonding portion 3a at the side edge facing the bonding portion 2, and the edge of the first paper piece 11 is aligned with the other side edge of the first paper piece 11 and has a width that is ½ of the width of the first paper piece 11. The fourth paper piece 14 and the fifth paper piece 15 are overlapped to connect the first paper piece 11 and the fourth paper piece 14 via the crease line 5 at the other side end, and the fourth paper piece 14 and the fifth paper piece 15 are connected to the crease line 5. It is the structure which adhere | attached in the adhesion part 3b of the side edge which opposes. The printed matter of the embodiment is used in a state where the third paper piece 13 and the fifth paper piece 15 are folded in two along the crease line 6. The size of the printed material is arbitrary, but when it is a newspaper folded leaflet, it is usually B3 size when opened in the vertical direction and B4 size when folded in two at the crease line 6.

  The state in which the printed material according to the embodiment of the present invention is opened in a panoramic shape in the lateral direction is as shown in FIG. 2, and the second paper piece 12 is connected to the one side edge of the first paper piece 11 by the adhesive portion 2. At the same time, the third paper piece 13 is connected to the side edge of the second paper piece 12 by the bonding portion 3a, and the fourth paper piece 14 is connected to the other side edge of the first paper piece 11 via the crease line 5 and the fourth. The fifth paper piece 15 is connected to the side edge of the paper piece 14 by the adhesive portion 3b. When it is set to B3 size when opened in the vertical direction as in the case of a newspaper folded leaflet, when it is fully opened in the horizontal direction as shown in FIG. It becomes the connected size. In the printed matter of the present invention, it is possible to see the printed contents opened in a panoramic shape in the horizontal direction, so that it is possible to display a very large advertising object, and it is easy to see and has a very appealing effect on customers. It can be a powerful flyer or the like.

  When the printed matter according to the embodiment of the present invention is used for a newspaper folded leaflet, it is folded from the state shown in FIG. Is. In the case of a newspaper folded leaflet, it is usually folded into a newspaper in a state of being folded to a size less than half of the newspaper surface. By opening the printed material in the vertical direction to the size of B3 and then completely opening it in the left-right direction, it is possible to obtain a leaflet that is three times as large as B3.

  The outline of the manufacturing process of the printed material according to the embodiment of the present invention is as shown in FIGS. Using two offset rotary printing presses, wide rotary paper A is used in one rotary printing press, and narrow continuous paper B having a width ½ that of wide continuous printing paper A is used in the other rotary printing press. After printing with the same pattern pitch, as shown in FIGS. 3 and 4, the wide continuous paper A and the narrow continuous paper B that are printed are overlapped with one side aligned, and the wide continuous paper A is overlapped. And the narrow continuous paper B are bonded at the central portion in the width direction of the narrow continuous paper B by the adhesive portion 3 in the flow direction, and the wide continuous paper A is bonded in the flow direction at the crease line 5 at the central portion in the width direction. The narrow continuous paper B is folded in two so that it is on the outside, and the opposing edges of the wide continuous paper A are bonded together by the bonding portion 2 to obtain the state shown in FIG. Next, a narrow continuous paper B is formed by forming a score line 4 at the central portion of the adhesive portion 3 of the wide continuous paper A and the narrow continuous paper B of the wide continuous paper A, which is bonded and folded in half. The wide continuous paper A is cut in the flow direction so that the cross section is shown in FIG. 6. Finally, the continuous paper is cut in the direction perpendicular to the flow at the cutting line 7, and the narrow continuous paper B is cut at the crease line 6. The printed matter of the embodiment can be manufactured by bending the sheet in a direction perpendicular to the flow so that the ink is inward.

  Using two offset rotary printing presses, the printed matter of the present invention is printed on B2 wide wide continuous paper A on one offset rotary printing press and B3 wide narrow continuous paper B on the other rotary printing press. In addition, by performing printing at the same pattern pitch to obtain the printed matter of the present invention, it is possible to obtain a printed matter having a very wide width of B2 + B3 in a state where the printed matter is completely opened in the left-right direction. . In the folded state, it becomes B4 size, so when used as a newspaper folded flyer or the like, it becomes a printed matter with extremely excellent advertising effect.

  When the printed matter of the present invention is to be produced by folding a piece of paper having a very wide width, it is necessary to print and process using a sheet having a width of B2 + B3. Is difficult to manufacture, and is generally difficult to manufacture because it requires a machine that can be printed and processed using paper with a very wide width of special specifications. According to the method, it can be efficiently manufactured at high speed by a general-purpose rotary printing machine generally used conventionally.

DESCRIPTION OF SYMBOLS 11 1st paper piece 12 2nd paper piece 13 3rd paper piece 14 4th paper piece 15 5th paper piece 2,3,3a, 3b Bonding part 4 Cut line 5,6 Fold line 7 Cutting line

Claims (2)

A rectangular first paper, the length in the horizontal direction length of the first paper and the vertical direction are the same 1/2 of the second piece of paper, a third paper strip, composed of a fourth paper and fifth paper, the The second paper piece is overlaid on the left half area of one paper piece, and the third paper piece is overlaid on the entire area of the second paper piece, the left edge of the first paper piece and the left edge of the second paper piece. The left and right edges of the first and second paper pieces are bonded to each other at the first adhesive portion, and the right and right edges of the second and third paper pieces are aligned. The right side edge of the second paper piece and the right side edge of the third paper piece are bonded to each other at the second adhesive portion, and the fourth paper piece is superimposed on the right half area of the first paper piece. Furthermore, the fifth paper piece is superimposed on the entire area of the fourth paper piece, and the right edge of the first paper piece and the right edge of the fourth paper piece are connected via a crease line. The left side edge of the fourth paper piece and the left side edge of the fifth paper piece are aligned, and the opposing surfaces of the left side edge of the fourth paper piece and the left side edge of the fifth paper piece are bonded together at the third adhesive portion. The second adhesive portion reaches the right edge of the second paper piece and the third paper piece, and the third adhesive portion is the left edge of the fourth paper piece and the fifth paper piece. Printed matter characterized by comprising a structure that reaches A rectangular first paper piece, and a second paper piece, a third paper piece, a fourth paper piece, and a fifth paper piece whose length in the vertical direction is the same as that of the first paper piece and whose length in the left-right direction is ½, The second paper piece is overlaid on the left half area of one paper piece, and the third paper piece is overlaid on the entire area of the second paper piece, the left edge of the first paper piece and the left edge of the second paper piece. The left and right edges of the first and second paper pieces are bonded to each other at the first adhesive portion, and the right and right edges of the second and third paper pieces are aligned. The right side edge of the second paper piece and the right side edge of the third paper piece are bonded to each other at the second adhesive portion, and the fourth paper piece is superimposed on the right half area of the first paper piece. Furthermore, the fifth paper piece is superimposed on the entire area of the fourth paper piece, and the right edge of the first paper piece and the right edge of the fourth paper piece are connected via a crease line. The left side edge of the fourth paper piece and the left side edge of the fifth paper piece are aligned, and the opposing surfaces of the left side edge of the fourth paper piece and the left side edge of the fifth paper piece are bonded together at the third adhesive portion. The second adhesive portion reaches the right edge of the second paper piece and the third paper piece, and the third adhesive portion is the left edge of the fourth paper piece and the fifth paper piece. And the third and fifth paper pieces are located on the inner side of the whole printed matter at a fold line along the left-right direction at a position half the length in the vertical direction. Printed matter characterized by being folded in half .

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