JP4486346B2 - Information presentation tool forming sheet and unfoldable information presentation tool - Google Patents

Description

  The present invention relates to an information presentation tool forming sheet for making an information presentation tool that can be viewed while being sequentially folded in a predetermined direction and is interesting in the work of folding back, and a deployable information presentation tool made therefrom. .

  Direct mail is used as a means to advertise products and services to many people at a relatively low cost. Direct mail is a product advertisement mailed to individual consumers, such as a product advertisement enclosed in an envelope, or a product advertisement written on the inner surface of a folded postcard It is used.

  However, direct mail must first be opened by the person who receives it in order to see the product advertisement. Also, some people receive direct mail and discard it without opening it. Therefore, the direct mail for advertisement and promotion must also achieve the purpose of opening the received mail before the original purpose of advertising that stimulates the purchase desire of the received person.

  The following patent document describes a direct mail having a shape that can be seen from the outside so that the addressee can easily recognize the image of the product.

JP 2003-237790 A

  The direct mail described in the above-mentioned patent document can visually recognize the packaging of the product in the transparent envelope without opening the envelope of the direct mail. However, transparent envelopes are not limited to direct mail, and many recipients do not always have to be seen from the outside. Can not be said to open this. Then, for direct mail, for example, it is necessary to devise so that the person who receives the mail actively opens it.

  An object of the present invention is to provide an information presentation tool forming sheet for making an information presentation tool suitable for direct mail, and an information presentation tool forming sheet that can be viewed while being folded in order in a predetermined direction. It is to provide a deployable information presentation tool.

  The information presentation tool forming sheet of the present invention is made of a rectangular sheet material on which arbitrary information such as characters and symbols is represented, and can be viewed while being folded in a predetermined direction after being folded at a predetermined position. An information presentation tool forming sheet for making an information presentation tool, wherein the sheet material is provided with a cut having a length of approximately half the vertical width in the center and two cuts having a length of approximately half the horizontal width. Are horizontally provided so as to cross both ends of the vertically provided cuts, and the left and right side portions of the two horizontally provided cuts are respectively mountain-folded along the cuts and provided horizontally. Of the two cuts, the edge formed by mountain folding along the upper cut and the edge formed by mountain folding along the lower cut are provided vertically so as to contact each other. Along a direction perpendicular to the interrupt and valley fold at two places, and forming the information presentation device by the edges folded along the longitudinal center line to appear on the outside.

  In a specific aspect of the present invention, the sheet material is creased so that the upper and lower side portions of the vertically provided cut can be mountain-folded along the cut, and the two horizontally provided cuts are provided. Of the cuts, creases are provided so that the upper part from both ends of the upper cut and the lower part from both ends of the lower cut can be valley-folded along a direction parallel to the fold.

  In a specific aspect of the present invention, the sheet material is provided with a line of dotted holes (for example, a perforation 5 described later) or a cord-like groove along the outer peripheral edge, and the vertical center line When folded along, the dotted line of holes or the portion outside the cord-like groove are bonded at a position where they overlap.

  Further, the sheet material is characterized in that a portion overlapping when the sheet material is folded along the longitudinal center line is pressure-bonded so as to be peelable.

  In a specific aspect of the present invention, the sheet material is cut at the same length as the notches provided in the vertical direction along the dotted line rows or the cord-like grooves at the center portions on both the left and right sides. .

  In a specific aspect of the present invention, the sheet material has a vertical width that is twice the width of the postcard, a horizontal width that is twice the length of the postcard, and the same size as the postcard by folding along the vertical center line. It is characterized by becoming.

  An information presentation tool forming sheet according to another aspect of the present invention is formed of a rectangular sheet material on which arbitrary information such as characters and designs is represented, and the information is viewed while being sequentially folded in a predetermined direction after being folded at a predetermined position. An information presentation tool forming sheet for making an information presentation tool, wherein the sheet material is positioned at a predetermined distance from the center line on both sides of the center line connecting the centers of the short sides. An edge formed by folding along the mountain fold line by folding the both sides of the center line along the valley fold line and the mountain fold line. The parts are in contact with each other, a folded sheet having a width smaller than the length of the short side is formed, and the folded sheet is folded in half at the center position of the long side, whereby an information presentation tool of a predetermined size is obtained. It is characterized by forming.

  In a specific aspect of the present invention, the sheet material is provided with a dotted hole row (for example, a perforation 65 described later) or a cord-like groove along the outer peripheral edge thereof, and is folded in two at the center position. Occasionally, the dotted line of holes or the portion outside the cord-like grooves are bonded at the overlapping position.

  In a specific aspect of the present invention, the sheet material has a short side twice as long as a short side of a postcard, and a long side that is twice as long as a long side of the postcard. Fold it in half to make it the same size as a postcard.

  The unfoldable information presenting tool of the present invention is an information presentation in which information such as characters and designs is represented, is composed of a rectangular sheet material folded at a predetermined position, and the information can be viewed while being sequentially folded in a predetermined direction. In the sheet material, a cut having a length approximately half of the vertical width is provided vertically at the center, and two cuts having a length approximately half the horizontal width are provided at both ends of the cut provided vertically. Each of the two horizontally provided cuts is horizontally folded along the cuts, and the two cuts provided horizontally are arranged along the upper cuts. Folding is performed at two points along the direction perpendicular to the vertically provided cuts so that the edge formed by the mountain fold and the edge formed by the mountain fold along the lower cut are in contact with each other. Is After the edge is characterized in that it is folded along the longitudinal center line to appear on the outside.

  In a specific aspect of the present invention, the sheet material is creased so that the upper and lower side portions of the vertically provided cut can be mountain-folded along the cut, and the two horizontally provided cuts are provided. Of the cuts, creases are provided so that the upper part from both ends of the upper cut and the lower part from both ends of the lower cut can be valley-folded along a direction parallel to the fold.

  Further, the sheet material is provided with a line of dotted lines or cord-like grooves along the outer peripheral edge, and when the sheet material is folded along the vertical center line, the line of dotted lines or the cord-like shape It is characterized in that the portion outside the groove is bonded at the overlapping position.

  Further, the sheet material is characterized in that a portion overlapping when the sheet material is folded along the longitudinal center line is pressure-bonded so as to be peelable.

  In a specific aspect of the present invention, the sheet material is cut at the same length as the notches provided in the vertical direction along the dotted line rows or the cord-like grooves at the center portions on both the left and right sides. .

  The sheet material has a vertical width that is twice the width of the postcard, a horizontal width that is twice the length of the postcard, and is folded along the vertical center line to have the same size as the postcard. And

  The development type information presenting tool of another aspect of the present invention represents information such as characters and designs, is composed of a rectangular sheet material folded at a predetermined position, and can see the information while being sequentially folded in a predetermined direction. A deployment-type information presenting tool that can be provided, wherein the sheet material has a valley fold line and a mountain parallel to the center line at positions spaced apart from the center line on both sides of the center line connecting the centers of the short sides. Having both fold lines, the both sides of the center line are folded along the valley fold line and the mountain fold line, the edges formed by folding along the mountain fold line contact each other, A folded sheet having a width smaller than the length of the short side is formed, and the folded sheet is folded in half at the center position of the long side.

  In a specific aspect of the present invention, the sheet material is provided with a dotted hole row (for example, a perforation 65 described later) or a cord-like groove along the outer peripheral edge thereof, and is folded in two at the center position. Occasionally, the row of dotted holes or the portions outside the cord-like grooves are bonded at overlapping positions.

  In a specific aspect of the present invention, the sheet material has a short side twice as long as a short side of a postcard, and a long side that is twice as long as a long side of the postcard. It is the same size as a postcard by being folded in half.

  According to the information presenting device forming sheet of the present invention, an information presenting device such as a direct mail can be made by folding a rectangular sheet material on which arbitrary information such as characters and designs is represented at a predetermined position. . Since the information presenting tool can see the information while sequentially folding it back in a predetermined direction, for example, the recipient of direct mail can feel interest and interest in the act of opening the mail itself. In addition, it can be shipped with the same postage as a general postcard, and can contain a much larger amount of information than a general postcard.

  In addition, the sheet material has a crease so that the upper and lower side portions of the vertically provided cut can be folded along the cut, and both end portions of the upper cut of the two horizontally provided cuts. It is preferable to crease the upper part and the lower part from both ends of the lower notch so that they can be folded along a direction parallel to the crease. Thereby, when making an information presentation tool, a sheet | seat material can be easily folded in a predetermined position.

  Further, the sheet material is provided with a row of dotted holes or cord-like grooves along the outer peripheral edge thereof, and when folded by a predetermined method, a portion outside the row of dotted lines or cord-like grooves. It is good to adhere at the position where the two overlap. Moreover, you may make it crimp | bond so that the part which overlaps when a sheet | seat material is folded in a predetermined position so that peeling is possible.

  Moreover, it is good to cut off the center part of the sheet | seat material on both the right and left sides as the length provided with the notch provided vertically along the row | line | column of the dotted line shape, or the said cord-like groove | channel.

  Furthermore, it is preferable that the vertical width of the sheet material is twice the width of the postcard and the horizontal width is twice the length of the postcard. Thereby, the information presentation tool of the same magnitude | size as a postcard can be made by folding a sheet | seat material in a predetermined position.

  The information presentation tool formation sheet of another aspect of the present invention can be configured without providing a cut in the sheet material. Even in this case, an information presenting tool such as direct mail can be made by folding at a predetermined position as described above. Since this information presenting tool can also see the information while sequentially folding it back in a predetermined direction, for example, the recipient of direct mail can feel interest and interest in the act of opening the mail itself.

  Further, a line of dotted lines or cord-like grooves are provided along the outer peripheral edge of the sheet material, and the outer side of the line of dotted lines or cord-like grooves when the folded sheet is folded in two at the center position. It is preferable to bond the positions where these portions overlap.

  Furthermore, the short side of the sheet material should be twice as long as the short side of the postcard, and the long side should be twice as long as the long side of the postcard. It is possible to make it the same size as a postcard by folding it in half.

  According to the unfoldable information presenting tool of the present invention, information such as characters and designs is represented, and the information can be viewed while sequentially folding the rectangular sheet material folded at a predetermined position in a predetermined direction. When this is a direct mail, the recipient can feel interest and interest in the act of opening.

  In addition, the sheet material is creased so that the upper and lower both side portions of the vertically provided cut can be folded along the cut, and the upper portion from both ends of the upper cut of the two horizontally provided cuts. It is preferable that a crease is provided so that the lower part and the lower part of the lower cut can be folded along a direction parallel to the crease. Thereby, the sheet material can be easily folded back in a predetermined direction.

  Further, the sheet material is provided with a line of dotted lines or cord-like grooves along the outer peripheral edge thereof, and when folded at a predetermined position, a portion outside the row of dotted lines or cord-like grooves. It is good to adhere at the position where the two overlap. Moreover, you may crimp | bond so that the part which overlaps when a sheet | seat material is folded in a predetermined position so that peeling is possible.

  Further, it is preferable to keep the central portions on both the left and right sides of the sheet material by the same length as the cuts provided vertically along the row of dotted lines or the cord-like grooves.

  Further, it is preferable that the vertical width of the sheet material is twice the width of the postcard and the horizontal width is twice the length of the postcard. Thereby, when a sheet material is folded in a predetermined position, it can be made the same size as a postcard.

  Also with the development type information presenting tool of another aspect of the present invention, information such as characters and designs is represented, and the information can be viewed while sequentially folding the rectangular sheet material folded at a predetermined position in a predetermined direction. Therefore, if this is a direct mail, the recipient can feel interest and interest in the act of opening the mail itself.

  Further, a line of dotted lines or cord-like grooves are provided along the outer peripheral edge of the sheet material, and the outer side of the line of dotted lines or cord-like grooves when the folded sheet is folded in two at the center position. It is preferable to adhere at the position where these portions overlap.

  Further, it is preferable that the short side of the sheet material is twice as long as the short side of the postcard and the long side is twice as long as the long side of the postcard. In this case, it is possible to make the same size as the postcard by folding the folded sheet in half at the center position.

  FIG. 1 shows an example of an information presentation tool forming sheet 1 of the present invention. The information presentation tool forming sheet 1 is composed of a horizontally long sheet material (for example, high-quality paper) 2 having a width of 29.7 cm and a width of 21 cm, and is cut with a length (for example, 10 cm) that is approximately half of the length. 3 is provided vertically at the center, and two cuts 4a and 4b having a length approximately half the width (for example, 14.35 cm) are provided horizontally at both ends of the cut 3 provided vertically. Specifically, these cuts are provided so as to form an H shape when the sheet material 2 is viewed from the side.

  Further, the sheet material 2 is provided with a dotted line (for example, perforation) 5 along the outer peripheral edge. Specifically, the perforation 5 is provided at a position inside a predetermined length (for example, 0.5 cm) from the outer peripheral edge. Further, the left and right edges of the sheet material 2 have center portions 7a and 7b having the same length as the notches 3 provided vertically along the perforations 5 provided along the outer peripheral edge of the sheet material 2. Horizontal perforations 8a and 8b are provided above and below at predetermined intervals (for example, 10 cm intervals) so that they can be cut off.

  Here, the central portions 7a and 7b on the left and right sides of the sheet material 2 are cut out along the perforations 5 and the perforations 8a and 8b.

  FIGS. 2 and 3 show both sides of the sheet material 2 on which information such as characters and designs is printed. The unfoldable information presentation tool made from the information presentation tool forming sheet 1 in FIG. 1 is configured so that a part of the information printed on the sheet material 2 can be viewed sequentially, so that the information printed on the sheet material 2 Pay attention to the arrangement.

  First, in order to show the arrangement of various information printed on the sheet material 2, information to be presented at the same time is indicated by the same characters (for example, A to H). In addition, since the order in which information is presented is determined by the arrangement of information on the sheet material 2, when the information is presented in order, the information is preferably arranged at a predetermined position on the sheet material 2. Specifically, the information should be printed in order according to the order (for example, alphabetical order) of the characters (for example, alphabets and numbers) shown in the figure. That is, in the information presentation tool formation sheet 1 of the first embodiment, the information A to H printed on the sheet material 2 is presented in alphabetical order (order from A to H). In addition, it is preferable to print the information E and F shown in the upper center and lower center on one surface of the sheet material 2 shown in FIG.

  Next, a method for making a deployable information presentation tool from the information presentation tool forming sheet 1 will be described.

  First, a crease is made at a predetermined position of the sheet material 2 with the surface (FIG. 2) on which the information A to H of the sheet material 2 is printed face up. Specifically, a crease 11 is attached so that the upper and lower side portions of the cut 3 provided vertically at the center of the sheet material 2 can be mountain-folded along the cut 3, and of the two cuts 4a and 4b provided horizontally A crease 12 is provided so that the upper part from both ends of the upper cut 4a and the lower part from both ends of the lower cut 4b can be folded along a direction parallel to the crease 11, respectively.

  In addition, a crease 14 is provided so that the left and right side portions of the two cuts 4a and 4b provided horizontally in the sheet material 2 can be mountain-folded along the cuts 4a and 4b, respectively. Further, of the two horizontally provided cuts 4a and 4b, at a position that is 1/4 of the distance between the upper cut 4a and both cuts 4a and 4b and at a position that is 1/4 of the distance from the lower cut 4b. A crease 16 is provided so that each can be folded.

  As described above, the perforation provided along the outer peripheral edge of the sheet material 2 on one surface (for example, the surface shown in FIG. 3) of the sheet material 2 after making a crease at a predetermined position of the sheet material 2. The adhesive is applied to the outer part of 5 and the parts within a predetermined range (for example, 2.5 cm up and down) above and below the crease 14 formed on the left and right sides of the two horizontal cuts 4a and 4b. Keep it. The portion in the predetermined range is a portion where the sheet material 2 is bonded so as not to be peeled when the sheet material 2 is folded along the fold line 14 when assembling the unfoldable information presentation tool, so that information is not printed here. .

  4 and 5 show a state where the adhesive is applied to a predetermined position as described above and then folded in a predetermined direction along the fold lines 14 and 16 attached to the sheet material 2. Specifically, the sheet material 2 is mountain-folded along the fold line 14 at the left and right sides of the two cuts 4a and 4b provided horizontally on the sheet material 2, and the cuts 4a and 4b provided horizontally. In the meantime, a valley fold is performed along two fold lines 16 formed so as to be orthogonal to the notch 3 provided in the center of the sheet material 2.

  And it was formed by mountain-folding along the edge 18a and the lower cut 4b formed by mountain-folding along the upper cut 4a of the two cuts 4a and 4b provided horizontally on the sheet material 2. The edge 18b is folded so as to abut against each other as shown in FIG. Thereafter, the sheet material 2 is folded horizontally along the longitudinal center line (for example, the fold line 11) of the sheet material 2 so that the edges 18a and 18b abutted against each other can be seen on the outside.

  FIG. 6 shows an unfoldable information presentation tool 20 made by folding the information presentation tool forming sheet 1 by the above-described method.

  Since the sheet material 2 has been coated with an adhesive in advance on the outer peripheral edge of the sheet material 2, that is, the portion outside the perforation 5, the sheet material 2 is folded along the longitudinal center line as described above. Thus, the portions outside the perforation 5 are bonded at the overlapping positions 19a, 19b, 19c. Here, in the figure, the upper edge is 19a, the lower edge is 19b, and the left edge is 19c.

  The unfoldable information presenting tool 20 of the first embodiment is folded in a predetermined method and becomes the same size as a postcard. As shown in the figure, a stamp is put on one side and a mailing address is written as a direct mail. Can be mailed. Specifically, since the part representing the information A on the sheet material 2 corresponds to the surface on which the address is written, the address may be printed as the information A when the information is printed on the sheet material 2. .

  Next, the usage method of the expansion | deployment type | formula information presentation tool 20 of 1st Example is demonstrated.

  When this unfoldable information presentation tool 20 is used, that is, when the information printed on the sheet material 2 is viewed, the outer peripheral edge of the unfoldable information presentation tool 20 is cut along the perforation 5 to Fold around the right edge.

  FIG. 7 shows a state where the unfoldable information presentation tool 20 is folded once. As described above, when the expandable information presenting tool 20 of the first embodiment is turned up once, the information B located behind the surface on which the information A (address) is represented in FIG. 6 is presented. After looking at the contents of this information B, the deployable information presentation tool 20 is opened up and down from the position of the horizontal center line, specifically, between the upper half and the lower half of each of the information A and B. Turn over and turn over the surface on which the information A, B is represented.

  FIG. 8 shows a state when the expandable information presentation tool 20 is folded up and down from the position of the horizontal center line as described above. In this way, by folding the surface on which the information A, B is represented to the back side of the information presentation tool 20, other information (for example, C and D) printed on the sheet material 2 is presented.

  FIG. 9 shows a state in which the information C and D are newly presented by turning over the surface on which the information A and B of the deployable information presentation tool 20 is turned. The information C and the information D are expressed by different characters here, but it is preferable to print information related to each other when printing the information on the sheet material 2. After viewing the information C and D, the position of the vertical center line of the expandable information presentation tool 20, specifically, it opens from the notch 3 provided vertically in the center of the sheet material 2, and is folded back. Turn over the side with D.

  FIG. 10 is a diagram illustrating a state when the surface on which the information C and D of the deployable information presentation tool 20 is displayed is turned over. Thus, when turning over the surface on which the information C, D is represented, the sheet material 2 is preliminarily provided with the crease 12, so that the sheet material 2 does not need to be bent forcibly and can be folded back naturally. It has become.

  FIG. 11 shows a state in which information E and F are newly presented by turning over the surface on which the information C and D of the deployable information presentation tool 20 is turned. The information E and information F presented here are preferably printed as mutually related information. Further, in the unfoldable information presenting tool 20 in the state shown in the figure, the information E and the information F shown in the center are information printed upside down at the time of printing (FIG. 3). By sequentially folding back 20 in a predetermined direction, the information is correctly presented in the same direction as the information shown on the left and right sides. After viewing the information E and F, the unfoldable information presenting tool 20 is opened up and down from the center and turned up, and the surface on which the information E and F is represented at the center of the unfoldable information presenting tool 20 is turned over.

  FIG. 12 shows a state in which the surface on which the information E, F is displayed at the center of the deployable information presentation tool 20 is turned over. As described above, when turning the surface on which the information E, F is expressed in the center of the unfoldable information presentation tool 20, the sheet material 2 is previously folded along the crease 16 because the crease 16 has been attached. Be able to.

  FIG. 13 shows a state in which the information G and H are presented by turning over the surface on which the information E and F are displayed in the center of the deployable information presentation tool 20. The information G and H presented here should also be related to each other.

  The unfoldable information presenting tool 20 of the above embodiment can be sent out as a “postcard” by being folded by a predetermined method as described above. Moreover, by folding the information presentation tool formation sheet 1 by a predetermined method, it is possible to include a much larger amount of information than the amount of information that can be included in a normal postcard as described above. Further, the unfoldable information presenting tool 20 can sequentially return the information printed on the sheet material 2 by sequentially folding back in a predetermined direction, and can also produce seven different combinations. As a result, a person who has this unfoldable information presentation tool 20 can view information with interest and interest in the work of sequentially folding back in a predetermined direction, and is generally considered to be about 2-3%. It can be expected to improve the effective rate of mail (for example, the degree of contribution to direct mail sales).

  The information presentation tool forming sheet 1 of the first embodiment and the unfoldable information presentation tool 20 made therefrom have been described above. Hereinafter, the second embodiment of the present invention will be described.

  FIG. 14 shows a state in which the sheet material 32 constituting the information presentation tool forming sheet 31 of the second embodiment is provided with cuts and perforations at predetermined positions of the sheet material 32.

  Specifically, the sheet material 32 is the same size as that used in the first example, and the notch 33 is vertically formed in the center, like the information presentation tool forming sheet 1 of the first example. The two notches 34a and 34b that intersect with each other at both ends thereof are provided horizontally. The length of the cut 33 provided vertically is half the vertical width of the sheet material 32 (for example, 10.5 cm). As a result, the two cuts 34 a and 34 b provided horizontally are located at 1/4 of the longitudinal width of the sheet material 32 inward from the upper and lower edges of the sheet material 32. In addition, the lengths of the two cuts 34a and 34b provided horizontally are half the width of the sheet material 32 (for example, 14.85 cm).

  The sheet material 32 is provided with perforations 35 along substantially the entire circumference at a position a predetermined distance (for example, 1.0 cm) from the outer peripheral edge. Specifically, the perforation 35 provided on the left edge of the sheet material 32 extends from the top to the bottom toward the center, and is horizontal toward the outside of the sheet material 32 with a predetermined interval (for example, 2.625 cm). Provided. Similarly to the information presentation tool forming sheet 1 of the first embodiment, horizontal perforations 38a and 38b are vertically arranged at predetermined intervals (for example, 10.5 cm intervals) on both left and right edges of the sheet material 32. Provided.

  Information is also printed on both sides of the sheet material 32 constituting the information presentation tool forming sheet 31 of the second embodiment. Here, as in the first embodiment, the left and right edges of the sheet material 32 are printed before printing. Are cut out along the perforations 35, 38a, 38b. Specifically, at the left and right side edges of the sheet material 32, a portion surrounded by the perforation 35 and two perforations 38a and 38b provided horizontally is cut out.

  FIGS. 15 and 16 show both surfaces on which information of the sheet material 32 constituting the information presentation tool forming sheet 31 of the second embodiment is printed. In the second embodiment, similarly to the first embodiment, the printed information is simply expressed using characters (for example, alphabets A to H). The information presentation tool forming sheet 31 of the second embodiment is different from the first embodiment in that the information G and information H printed on the left and right portions of one surface of the sheet material 32 shown in FIG. In the shaded area), the information E and the information F are characteristic information related to each other. This effect will be described later.

  Even when the unfoldable information presenting tool is made from the information presenting tool forming sheet 31 of the second embodiment, it is preferable that a crease is made in advance at a predetermined position of the sheet material 32. Specifically, a crease 41 is provided so that the upper and lower side portions of the cut 33 provided vertically at the center of the sheet material 32 can be folded along the cut 33, and the two cuts 34 a and 34 b provided horizontally A crease 42 is provided so that the upper portion from both ends of the upper cut 34a and the lower portion from both ends of the lower cut 34b can be folded along a direction parallel to the fold 41, respectively.

  In addition, creases 44 are provided so that the left and right side portions of the two cuts 34a and 34b provided horizontally on the sheet material 32 can be folded along the cuts 34a and 34b, respectively. Further, of two horizontally provided cuts 34a and 34b, a position of 1/4 (for example, 2.625 cm) between the upper cut 34a and the cuts 34a and 34b and the lower cut 4b. A crease 46 is provided so that each can be folded at a position of 1/4 (for example, 2.625 cm).

  As described above, after making a crease at a predetermined position of the sheet material 32, the outer side of the perforation 35 provided along the outer peripheral edge of the sheet material 32 on one surface (for example, FIG. 16) of the sheet material 32. And a predetermined range (for example, 2.625 cm in the vertical direction) above and below the fold 44 formed on the left and right sides of the two horizontally provided cuts 34a and 34b, an adhesive is applied. This portion of the predetermined range is a portion where the sheet material 32 is bonded so as not to be peeled off when the sheet material 32 is folded along the fold 44 in assembling the unfoldable information presenting tool of the second embodiment. Avoid printing.

  As described above, after a crease is made at a predetermined position of the sheet material 32, the sheet material 32 is folded by the same method as that of the first embodiment, and the unfoldable information presenting tool of the second embodiment is made. The folding method of the expandable information presenting tool of the second embodiment is the same as that of the expandable information presenting tool 20 of the first embodiment.

  Next, the difference between the unfoldable information presenting tool of the second embodiment and the first embodiment will be described.

  FIG. 17 shows a state in which information E and information F are presented by folding the unfoldable information presentation tool 50 of the second embodiment by a predetermined method. Thus, in the state where the information E and the information F are presented, the information G and the information H can be seen from the horizontally long gap formed in the central portion of the deployable information presentation tool 50. Information G and information H that can be seen from the gap are portions (shaded display portions in FIG. 16) displayed as characteristic information at the time of printing, and have contents associated with information E and information F.

  FIG. 18 shows a state where the information G and information H of the deployable information presentation tool 50 are presented. The characteristic information included in the information G and H is not only seen from the gap in the center in the state of FIG. 17, but is also presented here. In the unfoldable information presentation tool 50 of the second embodiment, as shown in FIGS. 16 and 17, the positions of the cuts and folds provided in the sheet material 32 are slightly shifted from those of the first embodiment. A combination of interesting information different from that of the first embodiment can be produced by a combination with a portion (shaded display portion in FIG. 16) expressed as simple information. In addition, the unfoldable information presenting tool 50 of the second embodiment can produce seven different combinations of information by turning back in a predetermined method as described above. As described above, the deployable information presentation tool 50 can also perform information transmission that is much more effective (for example, sales promotion effect) than conventional direct mail.

  The first and second embodiments of the present invention have been described above, but the present invention is not limited to this. Specifically, in the above-described embodiment, the notches 3, 4a, 4b, 33, 44a, and 44b are provided at predetermined positions of the sheet materials 2 and 32. However, the sheet material that is the material of the information presentation tool forming sheet However, it is not necessary to provide these cuts. Hereinafter, as a third embodiment of the present invention, an aspect in which the sheet material is not cut will be described.

  FIGS. 19 and 20 show both surfaces on which information of the sheet material 62 constituting the information presentation tool forming sheet 61 of the third embodiment is printed. Also in the third embodiment, the printed information is simply expressed using characters (for example, alphabets A to F). As the information A represented on one surface (for example, the surface shown in FIG. 19) of the sheet material 62, it is preferable to represent the address as in the first and second embodiments. In addition, as for the sheet material 62, it is preferable to cut off predetermined portions of the left and right edges as in the first and second embodiments. Specifically, at the left and right side edges of the sheet material 32 (FIGS. 14 to 16) of the second embodiment, the same part as the part surrounded by the perforation 35 and the two perforations 38a, 38b provided horizontally. Is cut out from the sheet material 62.

  The sheet material 62 constituting the information presentation tool forming sheet 61 of the third embodiment has a short side 63 that is twice as long as the short side of the postcard (for example, 21 cm), and a long side 64 that is the long side of the postcard. Is twice as long (for example, 29.7 cm), and a perforation 65 is provided along the outer peripheral edge. Here, in describing the configuration of the sheet material 62, the surface shown in FIG. 19 is referred to as a front surface of the sheet material 62, and the surface of FIG. When viewed from the surface on the front side, the sheet material 62 has a predetermined distance from the center line 66 on both sides of the center line 66 connecting the centers of the short sides 63 (for example, a length of 1/8 of the short side 63). Valley fold lines 67a and 67b parallel to the center line 66 at a distant position, and mountain fold lines 68a and 68b at a position away from the center line 66 by a predetermined interval (for example, ¼ length of the short side 63). And have. 19 and 20, a center line 66, valley fold lines 67 a and 67 b, and mountain fold lines 68 a and 68 b provided at predetermined positions of the sheet material 62 are lines actually drawn on the surface of the sheet material 61. Instead, it is an imaginary line that positively shows a reference position on the drawing for folding the information presentation tool forming sheet 61 in a predetermined direction (for example, valley folding or mountain folding).

  The information presentation tool forming sheet 61 is folded in the same manner as in the first and second embodiments, but before folding, along the center line 70 that connects the centers of both long sides 64 of the sheet material 62. It is preferable to make a crease in a predetermined direction. Specifically, when the surface on the front side of the sheet material 62 is viewed, the portion between the long sides 64 of the sheet material 62 and the nearest mountain fold lines 68a and 68b along the center line 70, and Fold the part between the two valley fold lines 67a and 67b, and fold the part between the valley fold line 67a and the mountain fold line 68a located adjacent to each other, and the part between the valley fold line 67b and the mountain fold line 68b. deep. Further, as shown in FIG. 20, an adhesive is applied to the outer peripheral portion of the back surface of the sheet material 62 on the outer portion of the perforation 65.

  Next, FIG. 21 shows a state in which the information presentation tool forming sheet 61 of the third embodiment is folded by a predetermined method. The information presentation tool forming sheet 61 is folded in the same manner as in the first and second embodiments. First, valley folding lines 67a and 67b and mountain folding lines 68a and 68b provided on the sheet material 62 are applied. Fold along. When the information presentation tool forming sheet 61 is folded, a fold in a predetermined direction is provided in advance along a center line 70 that connects the centers of the two long sides 64 of the sheet material 62. Can be done.

  FIG. 22 shows a state in which the edges 72a and 72b formed by folding the information presentation tool forming sheet 61 along the mountain fold lines 68a and 68b of the sheet material 62 abut each other by folding the information presentation tool forming sheet 61 at a predetermined position. Indicates. As shown in the figure, the information presentation tool forming sheet 61 has a width smaller than the length of the short side 63 of the sheet material 62 (for example, 10.5 cm) by folding the information presentation tool formation sheet 61 at a predetermined position. A folded sheet 74 is formed.

  FIG. 23 shows unfolded expression information of a predetermined size (for example, the same size as a postcard) by folding the folded sheet 74 in the center of the long side in the direction of the arrow in FIG. The state in which the tool 80 was formed is shown. At this time, the outer peripheral edge portion of the sheet material 62 is bonded at positions 81a, 81b, and 81c where the outer portions of the perforation 65 overlap with an adhesive applied in advance. Here, in the figure, the upper edge is 81a, the lower edge is 81b, and the left edge is 81c. Since the unfoldable information presentation tool 80 of the third embodiment can also be posted as a postcard by folding the information presentation tool forming sheet 61 at a predetermined position, the address is shown on one side as shown in the figure. Is good. Specifically, the information A portion of the sheet material 62 shown in FIG. 19 can be printed as an address.

  Next, the usage method of this expansion | deployment type | formula information presentation tool 80 is demonstrated. When this unfoldable information presentation tool 80 is used, that is, when the information printed on the sheet material 62 is viewed, the outer peripheral edge of the unfoldable information presentation tool 80 is cut out along the perforation 65, and Fold around the right edge.

  FIG. 24 shows a state where the unfoldable information presentation tool 80 is folded once. In this way, when the unfoldable information presentation tool 80 is folded once, the information B located on the back side of the surface on which the information A (address) in FIG. 23 is displayed is presented. After viewing the contents of the information B, the deployable information presentation tool 80 is opened up and down from the position of the horizontal center line, specifically, between the upper half and the lower half of each of the information A and B. Turn over and turn over the surface on which the information A, B is represented.

  FIG. 25 shows a state when the expandable information presentation tool 80 is folded up and down from the position of the horizontal center line as described above. In this way, by folding the surface on which the information A, B is represented to the back side of the information presentation tool 80, other information (for example, C and D) printed on the sheet material 62 is presented.

  FIG. 26 shows a state in which the information C and D are newly presented by turning over the surface on which the information A and B of the deployable information presentation tool 80 is turned. The information C and the information D are expressed by different characters here, but it is preferable to print information related to each other when printing the information on the sheet material 62. After viewing the information C and D, the unfoldable information presentation tool 80 is completely unfolded and turned over, and information printed on the back surface of the sheet material 62 (for example, E and F) can be viewed. Specifically, the state in which the unfoldable information presentation tool 80 is completely expanded and turned upside down is a state in which the entire back surface of the sheet material 62 shown in FIG. 20 is presented.

  As described above, the information presentation tool forming sheets 1, 31, 61 of the embodiment and the unfoldable information presentation tools 20, 50, 80 made therefrom are described, but the present invention is not limited to this. For example, in the embodiment, the perforations 5, 35, 65 are provided along the outer peripheral edges of the sheet materials 2, 32, 62. It is possible to adopt an appropriate configuration capable of

  In the examples, high-quality paper was used as the sheet materials 2, 32, 62. However, coated paper, art paper, impregnated paper (waterproof paper), dust-free paper, thermal paper, polyester film paper, polystyrene film paper, synthetic paper, Alternatively, appropriate printing paper such as polyimide paper can be used according to the type of printing. It is also possible to use a material that can be bent freely, such as cardboard or resin.

  In the embodiment, the information presented by the unfoldable information presenter is printed on the sheet material 2, 32, 62. However, for example, hand-drawn information or pasting may be applied, and information that can be visually recognized by a person. If so, information can be expressed by any method.

  Further, in the embodiment, when the information presentation tool forming sheets 1, 31, 61 are folded by a predetermined method to produce the unfoldable information presentation tool, the positions 19a, 19b, Although it adhere | attached by 19c, 81a, 81b, 81c, you may crimp | bond, for example, the overlapping part so that peeling is possible. In this case, only the outer peripheral edge portion of the deployable information presentation tool 20, 50, 80 may be crimped in the same manner as the bonded position, or may be crimped over the entire surface, or the deployable information presenting tool 20, As long as the person who receives 50, 80 can easily open it, any joining method can be adopted.

The figure which shows the state which provided the cut and the perforation in the sheet | seat material which comprises the information presentation tool formation sheet of 1st Example. The figure which shows one side of the information presentation tool formation sheet of 1st Example. The figure which shows the other surface of the information presentation tool formation sheet of 1st Example. The figure which shows a state when folding an information presentation tool formation sheet along the crease | fold attached to the predetermined position of a sheet | seat material. The figure which shows the state which folded the information presentation tool formation sheet along the crease | fold provided in the predetermined position of a sheet | seat material. The figure which shows the expansion | deployment type information presentation tool of 1st Example. The figure which shows the state by which the expansion | deployment type | formula information presentation tool was turned around and the information B was shown. The figure which shows a state when the expansion | deployment type | formula information presentation tool is opened up and down from the position of a horizontal centerline, and the surface where information A (address) and information B were printed is turned over. The figure which shows the state where the information C and D was shown by turning over the surface of the information A (address) and the information B. FIG. The figure which shows a state when the expansion | deployment type | formula information presentation tool is opened right and left from the position of a vertical centerline, and the surface on which the information C and D were printed is turned over. The figure which shows the state in which the information E and F was shown by turning the surface of the information C and D over. The figure which shows a state when opening a development | deployment type | formula information presentation tool up and down from the center, and turning over the surface on which the information E and F were printed. The figure which shows the state by which the information G and H were shown by turning the surface of the information E and F over. The figure which shows the state which provided the cut and the perforation in the sheet | seat material which comprises the information presentation tool formation sheet of 2nd Example. The figure which shows one side of the information presentation tool formation sheet of 2nd Example. The figure which shows the other surface of the information presentation tool formation sheet of 2nd Example. The figure which shows a state when the information E and F of the expansion | deployment type information presentation tool of 2nd Example is shown. The figure which shows a state when the information G and H of an expansion | deployment type information presentation tool are shown. The figure which shows one side of the information presentation tool formation sheet of 3rd Example. The figure which shows the other surface of the information presentation tool formation sheet of 3rd Example. The figure which shows a state when folding an information presentation tool formation sheet along the crease | fold attached to the predetermined position of a sheet | seat material. The figure which shows the state which folded the information presentation tool formation sheet along the crease | fold provided in the predetermined position of a sheet | seat material. The figure which shows the expansion | deployment type | formula information presentation tool of 3rd Example. The figure which shows the state by which the expansion | deployment type | formula information presentation tool was turned around and the information B was shown. The figure which shows a state when the expansion | deployment type | formula information presentation tool is opened up and down from the position of a horizontal centerline, and the surface where information A (address) and information B were printed is turned over. The figure which shows the state where the information C and D was shown by turning over the surface of the information A (address) and the information B. FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1,31,61 ... Information presentation tool formation sheet, 2, 32, 62 ... Sheet material, 3, 4a, 4b, 33, 34a, 34b ... Cut, 5, 8a, 8b, 35, 38a, 38b, 65 ... Sewing machine Eye, 7a, 7b ... Central part, 11, 12, 14, 16, 41, 42, 44, 46 ... Crease, 18a, 18b, 72a, 72b ... Edge, 19a, 19b, 19c, 81a, 81b, 81c ... Overlapping position, 20, 50, 80 ... unfoldable information presentation tool, 63 ... short side, 64 ... long side, 66, 70 ... center line, 67a, 67b ... valley fold line, 68a, 68b ... mountain fold line, 74 ... Folded sheet.

Claims (18)

An information presentation tool (20) which is made of a rectangular sheet material (2, 32) on which arbitrary information such as characters and symbols is represented, and can be viewed while sequentially folding in a predetermined direction after being folded at a predetermined position. , 50) is an information presentation tool forming sheet (1, 31),
In the sheet material (2, 32), a cut (3, 33) having a length approximately half of the vertical width is provided vertically at the center, and two cuts (4a, 4b, 34a) having a length approximately half the horizontal width are provided. , 34b) are provided horizontally at both ends of the vertically provided cuts (3, 33), and left and right of the two horizontally provided cuts (4a, 4b, 34a, 34b). Both side portions are mountain-folded along the notches (4a, 4b, 34a, 34b), and the upper notches (4a, 34a) of the two horizontally provided incisions (4a, 4b, 34a, 34b) The edge (18a) formed by mountain folding along the upper edge and the edge (18b) formed by mountain folding along the lower cuts (4b, 34b) are provided vertically so as to contact each other. Cut (3, 3 The information presentation tool (20, 50) is formed by folding at two points along a direction orthogonal to the vertical axis, and folding along the vertical center line so that the edges (18a, 18b) can be seen outside. An information presentation tool forming sheet characterized by that.   The information presentation tool forming sheet (1, 31) according to claim 1, wherein the sheet material (2, 32) has a mountain along the notch on both upper and lower sides of the vertically provided cut (3, 33). The folds (11, 41) are provided so as to be foldable, and the upper cuts (4a, 34a) of the two cuts (4a, 4b, 34a, 34b) provided horizontally are located above both ends. The folds (12, 42) are attached so that the part and the lower part from the both ends of the lower cuts (4b, 34b) can be valley-folded along the direction parallel to the folds (11, 41). An information presentation tool formation sheet characterized by being.   3. The information presentation tool forming sheet (1, 31) according to claim 1 or 2, wherein the sheet material (2, 32) is a row of dotted holes (5, 35) or a cord-like groove along the outer periphery. The positions (19a, 19b, 19c) where the dotted lines (5, 35) or portions outside the cord-like grooves overlap when folded along the longitudinal center line An information presentation tool forming sheet characterized in that it is adhered with a sheet.   The information presentation tool formation sheet (1, 31) according to any one of claims 1 to 3, wherein the sheet material (2, 32) can be peeled off when the sheet material (2, 32) is folded along the longitudinal center line. An information presentation tool forming sheet characterized by being crimped.   The information presentation tool forming sheet (1, 31) according to any one of claims 1 to 4, wherein the sheet material (2) has a center line (7a, 7b) on both the left and right sides of the dotted line array (5). ) Or the same length as the vertically provided cuts (3) along the cord-like grooves. The information presentation tool forming sheet (1, 31) according to any one of claims 1 to 5, wherein the sheet material (2, 32) has a vertical width that is twice the width of the postcard and a horizontal width that is the length of the postcard. An information presentation tool forming sheet characterized in that it is twice as large as a postcard when folded along the vertical center line. An information presentation tool (80) comprising a rectangular sheet material (62) on which arbitrary information such as characters and symbols is represented, and capable of viewing the information while being sequentially folded in a predetermined direction after being folded at a predetermined position. An information presentation tool forming sheet (61) for making,
The sheet material (62) is parallel to the center line (66) at positions spaced apart from the center line (66) on both sides of the center line (66) connecting the centers of the short sides (63). It has a valley fold line (67a, 67b) and a mountain fold line (68a, 68b), and both sides of the center line (66) are connected to the valley fold line (67a, 67b) and the mountain fold line (68a, 68b). The edges (72a, 72b) formed by folding along the mountain fold lines (68a, 68b) are brought into contact with each other and folded with a width smaller than the length of the short side (63). An information presentation device characterized in that a sheet (74) is formed, and the folded sheet (74) is folded in half at the center of its long side to form an information presentation tool (80) of a predetermined size. Ingredient forming sheet.   The information presentation tool forming sheet (61) according to claim 7, wherein the sheet material (62) is provided with a row of dotted line holes (65) or a cord-like groove along an outer peripheral edge thereof, and the center position. When the sheet is folded in half, the dotted line-shaped hole row (65) or the portion outside the cord-like groove is bonded at the overlapping position (81a, 81b, 81c), .   The information presentation tool forming sheet (61) according to claim 6 or 7, wherein the sheet material (62) has a short side (63) having a length twice as long as a short side of the postcard, and the long side (64). Is an information presentation tool forming sheet characterized in that it is twice as long as the long side of the postcard and is folded in half at the center position to be the same size as the postcard. An unfoldable information presenting tool (20) which is composed of rectangular sheet materials (2, 32) which are represented by characters, symbols, etc. and which are folded at a predetermined position, and which can be viewed while being sequentially folded in a predetermined direction. , 50)
In the sheet material (2, 32), a cut (3, 33) having a length approximately half of the vertical width is provided vertically at the center, and two cuts (4a, 4b, 34a) having a length approximately half the horizontal width are provided. , 34b) are provided horizontally at both ends of the vertically provided cuts (3, 33), and left and right side portions of the two horizontally provided cuts (4a, 4b, 34a, 34b). Are mountain-folded along the cuts (4a, 4b, 34a, 34b), and along the upper cuts (4a, 34a) of the two horizontally provided cuts (4a, 4b, 34a, 34b). The notches provided vertically so that the edge (18a) formed by mountain folding and the edge (18b) formed by mountain folding along the lower notches (4b, 34b) are in contact with each other. (3, 33) After being valley-folded in two places along the direction perpendicular, the edge (18a, 18b) is deployable information presentation device, characterized in that it is folded along the longitudinal center line to appear on the outside.   The deployment-type information presenting tool (20, 50) according to claim 10, wherein the sheet material (2, 32) is provided with the upper and lower side portions of the vertically provided cuts (3, 33). ) Are creased (11, 41) so as to be foldable along the upper notch (4a, 34a) of the two horizontally provided incisions (4a, 4b, 34a, 34b). The folds (12, 42) so that the upper part from both ends and the lower part from the both ends of the lower cuts (4b, 34b) can be folded along the direction parallel to the folds (11, 41), respectively. ) Is an unfoldable information presentation tool characterized by being attached.   The deployment type information presenting tool (20, 50) according to claim 10 or 11, wherein the sheet material (2, 32) is a line of dotted holes (5, 35) or a cord-shaped groove along the outer periphery. Are attached at the positions (19a, 19b, 19c) where the portions outside the row of dotted lines (5, 35) or the cord-like grooves overlap when folded along the longitudinal center line. An unfoldable information presentation tool characterized by being made.   The unfoldable information presenting tool (20, 50) according to any one of claims 10 to 12, wherein the overlapping portion of the sheet material (2, 32) is peelable when folded along the longitudinal center line. A deployable information presentation tool characterized by being crimped.   The deployment type information presenting tool (20, 50) according to any one of claims 10 to 13, wherein the sheet material (2) has a center line (7a, 7b) on both the left and right sides of the dotted line array (5). ) Or the same length as the vertically provided cuts (3) along the cord-like grooves.   15. The unfoldable information presentation tool (20, 50) according to any one of claims 10 to 14, wherein the sheet material (2, 32) has a vertical width that is twice the width of the postcard and a horizontal width that is the length of the postcard. An unfoldable information presenting tool characterized in that it is twice the size and becomes the same size as a postcard by being folded along the vertical center line. An unfoldable information presentation tool (80) that displays information such as characters and symbols, is composed of a rectangular sheet material (62) folded at a predetermined position, and can see the information while being sequentially folded in a predetermined direction. There,
The sheet material (62) is parallel to the center line (66) at positions spaced apart from the center line (66) on both sides of the center line (66) connecting the centers of the short sides (63). It has a valley fold line (67a, 67b) and a mountain fold line (68a, 68b), and both side portions of the center line (66) are at the valley fold line (67a, 67b) and the mountain fold line (68a, 68b). The edges (72a, 72b) formed by folding along the mountain fold lines (68a, 68b) are brought into contact with each other and folded with a width smaller than the length of the short side (63). An unfoldable information presenting tool characterized in that an overlapping sheet (74) is formed and the folded sheet (74) is folded in half at the center position of its long side.   The deployment type information presenting tool (80) according to claim 16, wherein the sheet material (62) is provided with a row of dotted line holes (65) or a cord-like groove along an outer peripheral edge thereof, and the center position is provided. Expanded information presentation, characterized in that when folded in half, the dotted line (65) or the outer part of the cord-like groove is bonded at the overlapping position (81a, 81b, 81c) Ingredients. 18. The deployable information presentation tool (80) according to claim 16 or 17, wherein the sheet material (62) has a short side (63) twice as long as a short side of the postcard, and the long side (64). Is a double length of the long side of the postcard and is folded in half at the central position so that it becomes the same size as the postcard.

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