JP2014033858A - Pop card holder and expanded material thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a pop card holder for attaching a hook bar, enabling a consumer to recognize information written on a pop card from any position.SOLUTION: An expanded material of a pop card holder is a rectangular sheet. In the expanded material, a first side part 11 as one side of the pop card holder, a transparent holding front 12 as a front face, a holding rear part 13 superposed on the holding front to form a gap after assembling, a front part 14, a second side part 15 as the other side, and a back surface part 16 determining the lateral width of the pop card holder in cooperation with the front part are arranged in order. The holding front and the holding rear part are continued at a mountain fold holding part forming folding line 27. The holding rear part and the front are continued at a valley fold front part forming folding line 29. The front part and the second side part are continued at a mountain fold side part forming folding line 31. The back surface part is continued to the second side part through a mountain fold back surface forming folding line 32. The respective folding lines are extended in the direction orthogonal to the longitudinal direction.

Description

  The present invention relates to a pop card holder that holds a card on which product information is displayed and is attached to a hook bar of a product display fixture.

In stores such as home centers and supermarkets, products in relatively small bags, blister pack packaging products, etc. are generally displayed suspended by hook bars in order to make efficient use of commercial space.
Products that are scheduled to be displayed suspended from the hook bar are displayed with the name, characteristics, etc. of the product in a position that is easy for consumers to notice when displayed. It is often a pop advertisement. Also, a hook bar (two-stage hook bar) that frequently holds a card on which a price or the like is written on a product hanging bar is frequently used (Patent Document 1, FIG. 1).

However, since the card that can be held in the holder on the product bar in the hook bar is small and the amount of information is limited, Patent Document 1 usually overlaps with a part of the displayed product, There has been proposed a display hook having a card holder (printed material holder) having a large information description area that is pushed upward when a suspended product is taken out.
By the way, if the same type of products hung on the hook bar is displayed classified by type, the consumer can quickly find a product group that he / she wishes to purchase. There has been proposed a card holder that is attached to the tip of a hook bar and performs such a function (indication of classification or the like) (Patent Document 2). The card holder proposed in Patent Document 2 can also be used for enhancing product information suspended from a hook bar directly below the card holder.

JP 2002-282100 A Registered Utility Model No. 3045770

Display of a product group having a common use, display of a product group by the same manufacturer, display of characteristics common to the product group, and the like are highly convenient for consumers searching for products in a store.
However, the printed matter holder proposed in Patent Document 1 can read the information displayed by the consumer only on the front side thereof, and the card holder proposed in Patent Document 2 can be read only from the side by the consumer. The displayed information can be read, and there is a problem that the information described on the card cannot be read depending on the position of the consumer.

  The present invention has been made in view of the above-described problems, and provides a pop card holder for attaching a hook bar, and a developed product thereof, which allows a consumer to recognize information described on a pop card from any position. Objective.

The development according to the present invention is for assembling a pop card holder that holds a pop card and is attached to a hook bar of a product display fixture.
The unfolded product is a rectangular sheet as a whole, and in the assembled pop card holder, the first side surface serving as one side surface, the front holding front serving as the front surface, and the gap into which the pop card can be inserted together with the front holding device are provided. The holding rear portion to be formed, the front surface portion that determines the lateral width of the pop card holder, and the second side surface portion serving as the other side surface are arranged in this order in the longitudinal direction of the rectangle.

In addition, a back surface portion that determines the width of the pop card holder together with the front surface portion is disposed on the opposite side of the front holding portion of the first side surface portion or on the opposite side of the front surface portion of the second side surface portion. At least the holding front in the development is transparent.
The holding front part and the holding rear part are continuous with a mountain-folded holding part forming fold line orthogonal to the longitudinal direction, and the holding rear part and the front part are continuous with a valley-folding front part forming fold line orthogonal to the longitudinal direction, The second side surface portion is continuous with a mountain-fold side surface portion forming line perpendicular to the longitudinal direction.

The back surface portion is continuous with the first side surface portion on the opposite side of the holding front portion in the longitudinal direction via a mountain-folded back surface forming fold line orthogonal to the longitudinal direction, or a mountain-folded back surface forming fold line orthogonal to the longitudinal direction. Through the second side surface portion on the opposite side of the front surface portion in the longitudinal direction.
Another development according to the present invention is a pop card holder after assembling, a holding front portion that is a front surface, a holding rear portion that forms a gap into which the pop card can be inserted together with the holding front portion, and the width of the pop card holder. The front surface portion to be determined, the second side surface portion to be one side surface, the back surface portion to determine the lateral width of the pop card holder together with the front surface portion, and the first side surface portion to be the other side surface are arranged in this order in the longitudinal direction of the rectangle. It is arranged with. At least the holding front is transparent. In the developed product, the holding front part and the holding rear part are continuous with a mountain-folded holding part forming fold line perpendicular to the longitudinal direction. The holding rear portion and the front surface portion are continuous with a front surface forming fold line of a valley fold orthogonal to the longitudinal direction. The front surface portion and the second side surface portion are continuous with a mountain-folded side surface forming fold line orthogonal to the longitudinal direction. The second side surface portion and the back surface portion are continuous with a mountain-folded back surface forming fold line perpendicular to the longitudinal direction. And a back surface part and a 1st side surface part are continued by the back surface connecting folding line of the mountain fold orthogonal to a longitudinal direction.

  Preferably, the holding front part or the holding rear part has one or a plurality of side connection parts that are separated from the adjacent holding rear part or holding front part by a contour line and project to the adjacent holding rear part or holding front part side. A front connection fold line of a mountain fold orthogonal to the longitudinal direction is provided at the protrusion of the front connection portion. According to the side surface connecting part, the front side second cutting line, which is a cutting line that extends in a direction orthogonal to the longitudinal direction and can be inserted with the side surface connecting part, is provided on the side surface according to the side surface connecting part. The same number as the connecting portion is provided. And when a developed material is seen from a longitudinal direction, all the side surface connection parts are distribute | arranged to the position which overlaps with any one front 2nd cutting line.

  Preferably, the first side surface portion or the holding front portion has one front connecting portion that is separated from the adjacent holding front portion or the first side surface portion by a contour line and protrudes toward the adjacent holding front portion or the first side surface portion. Or have multiple. In the vicinity of the holding rear side of the front surface forming folding line in the longitudinal direction, the same number of front first cutting lines as cutting lines extending in a direction orthogonal to the longitudinal direction and capable of inserting the front coupling portion are provided. And when a developed material is seen from a longitudinal direction, all the front connection parts are distribute | arranged to the position which overlaps one of the front 1st cutting lines.

More preferably, in the developed product, the side connection portion protrudes toward the holding rear portion, and the front connection portion protrudes toward the first side surface portion.
The pop card holder according to the present invention is a pop card holder obtained by assembling the development of the pop card holder described above.
The pop card holder has a front part forming fold line, a side part forming fold line, and a back part forming fold line, each of which is bent at approximately 90 degrees, and the holding part forming fold line is bent at approximately 180 degrees and held. The front portion and the holding rear portion overlap each other, and the vicinity of the front surface forming fold line of the holding rear portion is integrated with the holding front portion. In the developed product, the first side surface portion and the back surface portion, or the back surface portion and the second side surface portion, which are located at both ends in the longitudinal direction, are connected to each outer end by forming approximately 90 degrees. The overlap between the holding front part and the holding rear part is curved 180 degrees on the valley side of the front part forming fold line that is a valley fold, and the pop card holder has a holding part forming fold line that is an end of the overlapping as a side part forming fold line or It is formed so as to be separable in the vicinity thereof.

  Preferably, the pop card holder has a connecting front part or holding rear part that is separated from a holding rear part or holding front part adjacent to each other in the developed product by a contour line and protrudes toward the holding rear part or holding front part. Have one or more. In the vicinity of the side surface forming fold line in the longitudinal direction of the development, there are provided the same number of front side second cutting lines as cutting surfaces extending in a direction orthogonal to the longitudinal direction and capable of inserting the side surface connecting portions as the side surface connecting portions. When the developed product is viewed from the longitudinal direction, all of the side surface connecting portions are arranged so as to overlap any one of the front second cutting lines. In the pop card holder, the holding part forming fold line is connected to the side part forming fold line or the vicinity thereof by inserting the side connecting part into a cut line formed by the front second cutting line.

  Note that the “mountain fold” and “valley fold” in the above are views of the development from one surface side. When the development is viewed from the other surface side (back side), “mountain fold” is “valley fold” and “valley fold” is “mountain fold”. . The “mountain fold” and “valley fold” indicate the relationship between the respective “fold lines”.

  ADVANTAGE OF THE INVENTION According to this invention, the pop card holder for hook bar attachment which can recognize the information described in the pop card from any position, and its expansion | deployment can be provided.

FIG. 1 is a plan view of a developed product of a pop card holder. FIG. 2 is a schematic view of the assembly process of the pop card holder. FIG. 3 is a schematic view of the assembly process of the pop card holder. FIG. 4 is a schematic view of a pop card holder. FIG. 5 is a sectional view taken along the planes PL1 to PL3 in FIG. FIG. 6 is a view showing an outline of the hook stopper. FIG. 7 is a plan view of another development. FIG. 8 is a cross-sectional view of the pop card holder derived from FIG. FIG. 9 is a schematic view of another development. FIG. 10 is a diagram showing a configuration of a pop card holder derived from the developed product of FIG. FIG. 11 is a development view of another development. FIG. 12 is a cross-sectional view of the pop card holder derived from FIG. FIG. 13 is a development view of another development. 14 is a cross-sectional view of the pop card holder derived from FIG. 13 as viewed from the direction corresponding to the CC arrow of the development of FIG.

FIG. 1 is a plan view of the development 2 of the pop card holder 1.
The developed product 2 is formed of a vinyl chloride resin sheet. The vinyl chloride sheet used has a thickness of approximately 0.5 mm and has an appropriate hardness and is elastically deformed.
The development 2 has a substantially rectangular shape having a length approximately four times the width. The unfolded product 2 has a first side surface portion 11, a holding front portion 12, a holding rear portion 13, a front surface portion 14, a second side surface portion 15, a back surface portion 16, and a stacking margin 17 in this order from one side to the other side in the longitudinal direction. It is formed by being continuous.

Hereinafter, the “longitudinal direction” refers to the longitudinal direction of the substantially rectangular development 2, and the “width direction” refers to the substantially rectangular width direction.
The 1st side part 11 has the two back connection parts 21 and 21 which protrude outward from one end of a longitudinal direction. The back connection part 21 has a substantially trapezoidal shape in which the vicinity of the protrusion is the lower base and the protruding end is the upper base. Strictly speaking, the shape is a combination of a trapezoid with a high height, which is located on the protruding side and has its upper end as an upper base, and a trapezoid with a low height, which has its lower base as a lower base.

The boundary line between the back connection part 21 and the other part of the first side part 11 is processed into a fold line for mountain folding. The length of the fold line is slightly shorter than the trapezoidal virtual lower base U1-U2. The width of W1 from the fold line to the virtual lower base U1-U2 is gradually increased toward the protruding side. The two back connection parts 21 and 21 are arranged with a gap in the width direction.
Here, the mountain fold means that both sides of the fold line are bent so as to approach closer to the back side than the fold line (the surface on which FIG. 1 is drawn). This fold line is referred to as a back connection fold line 22. Note that bending in FIG. 1 so that both sides of the fold line approach the front side is referred to as valley fold. In FIG. 1, the folding line for mountain folds is indicated by a broken line, and the folding line for valley folds is indicated by a dotted line.

The first side surface portion 11 is continuous with the holding front portion 12 on the opposite side of the back surface connecting portion 21 in the longitudinal direction.
The holding front part 12 has two front connection parts 23, 23 that protrude from the boundary with the first side part 11 to the first side part 11 side. The front connection part 23 has the same (substantially trapezoidal) shape and size as the back connection part 21, which overlaps exactly when the rear connection part 21 is translated to the holding front part 12 side. Therefore, the positions of the two front coupling parts 23 and 23 in the width direction coincide with the positions of the rear coupling parts 21 and 21.

  The front connection part 23 is continuous with the other part of the holding front part 12 by a mountain fold fold line (referred to as “front connection fold line 24”) corresponding to the back connection fold line 22 in the back connection part 21. The front connection part 23 is cut off from the first side face part 11 by its outline 25 excluding the front connection folding line 24. The holding front portion 12 continues to the first side surface portion 11 without a bend line or the like at the boundary excluding the front connection portions 23 and 23.

  Further, the holding front portion 12 has two side surface connecting portions 26 and 26 that protrude from the boundary with the holding rear portion 13 adjacent in the longitudinal direction to the holding rear portion 13 side. The side surface connecting portion 26 is separated from the holding rear portion 13 by the contour line 20 having the same shape and size as the front surface connecting portion 23. The side connection part 26 has a shape (arrangement) rotated 180 degrees with respect to the front connection part 23, and the upper base of the trapezoidal shape is located on the holding rear part 13 side. The side connection part 26 continues to the other part of the holding front part 12 without a bend line or the like. The holding front portion 12 continues to the holding rear portion 13 at a mountain fold fold line (referred to as a “holding portion forming fold line 27”) that connects the side surface connecting portions 26, 26 in the width direction.

The side connecting portion 26 is made continuous with the holding front portion 12 by separating a part of the holding rear portion 13 by a contour line 20 whose both ends are connected to holding portion forming folding lines 27 on both sides and projecting to the holding rear portion 13 side. Is.
The holding rear portion 13 is continuous with the front surface portion 14 on the opposite side of the holding front portion 12 in the longitudinal direction.
The front surface part 14 extends in the width direction, both of which are two separated cutting lines (referred to as “front first cutting line 28”), and a valley folding line that connects the front surface part 14 to the holding rear part 13. (Referred to as “front surface forming folding line 29”) is defined as a boundary with the holding rear portion 13. Here, the “cut line” refers to a line in which both sides thereof are cut off.

  The front first cutting line 28 is a cutting line that extends in a straight line in the width direction and curves in the longitudinal direction on both sides thereof to connect to the front surface forming fold line 29. That is, the straight line portion of the front first cutting line 28 is located slightly closer to the holding rear portion 13 than the front surface forming folding line 29, and the straight portion and the front surface forming folding line 29 (at the boundary between the holding rear portion 13 and the front surface portion 14). The distance D1 is greater than the thickness of the sheet forming the development 2. The dimension (width) W2 of the front first cutting line 28 in the width direction is slightly larger than the dimension (width) W3 of the front coupling part 23 in the width direction.

The front surface part forming fold line 29 connects both ends in the width direction excluding the front first cutting lines 28 and 28.
The front surface portion 14 is continuous with the second side surface portion 15 on the opposite side of the holding rear portion 13 in the longitudinal direction.
The second side surface portion 15 extends in the width direction, and has two cutting lines arranged apart from each other (referred to as “front surface second cutting line 30”) and a mountain that connects the second side surface portion 15 to the front surface portion 14. A folding line (referred to as “side surface forming folding line 31”) is used as a boundary with the front surface portion 14.

The front second cutting lines 30 and 30 have the same position in the width direction, the shape and size of the cutting lines as the front first cutting lines 28 and 28. The side surface forming fold line 31 is the same as the front surface forming fold line 29 except that it is a mountain fold fold line.
The second side surface portion 15 is continuous with the back surface portion 16 at a reverse side of the front surface portion 14 in the longitudinal direction, with a mountain fold fold line connecting both ends in the width direction (referred to as “back surface forming fold line 32”).

The back surface portion 16 continues to the overlap margin 17 on the opposite side of the second side surface portion 15 in the longitudinal direction.
The overlap margin 17 includes two cut lines (hereinafter referred to as “back cut line 33”) that extend in the width direction and are spaced apart from each other, and a mountain fold fold line that connects the overlap margin 17 to the back surface portion 16 (“ The overlap margin forming fold line 34 ”) is defined as the boundary with the back surface portion 16.
The back cutting line 33 is a cutting line, and the straight line portion is biased to the overlapping margin 17 side with respect to the overlapping margin forming folding line 34. The degree of deviation of the back cutting line 33 toward the stacking margin 17 side is slightly larger than the thickness of the sheet forming the development 2. The two rear cutting lines 33 and 33 are arranged in the width direction, the shape and size of the cutting line, except that the direction of deviation of the position of the straight line portion with respect to the bending line is opposite to the front second cutting line 30 and 30. Is the same as the second front cutting lines 30 and 30.

The overlap margin 17 has a dimension in the longitudinal direction that is not more than half of the dimension of the back surface portion 16, and its width (dimension in the width direction) gradually decreases toward the end side.
The developed product 2 has a length in the longitudinal direction of the first side surface portion 11 (distance from the back surface connection folding line 22 to the front surface connection folding line 24) and a length of the second side surface portion 15 (from the side surface portion forming folding line 31 to the back surface portion). The distance from the folding line 32) is the length of the holding front part 12 (distance from the front connecting folding line 24 to the holding part forming fold line 27) and the length of the holding rear part 13 (from the holding part forming fold line 27 to the front part forming fold line 29). And the length of the front surface portion 14 (distance from the front surface forming fold line 29 to the side surface forming fold line 31) and the length of the back surface portion 16 (from the back surface forming fold line 32 to the overlap margin forming fold line 34). Are substantially equal to each other.

  The spread product 2 is provided with through holes 41 and 42 for penetrating the hook bar at one side in the width direction and at the approximate center of the front portion 14 and the back portion 16 in the longitudinal direction (of the spread product 2). . The through holes 41 and 42 are arranged so as to be biased to one side from the center in the width direction. The developed product 2 is symmetrical with respect to a line extending in the longitudinal direction at the center in the width direction, except for the presence or absence of the through holes 41 and 42.

The developed material 2 is manufactured by punching a transparent sheet of vinyl chloride resin with a Thomson wooden mold.
Next, the pop card holder 1 assembled using the development 2 will be described.
2 and 3 are schematic views of the assembly process of the pop card holder 1, and FIG. 4 is a schematic view of the pop card holder 1. FIG. 5 is a cross-sectional view taken along the planes PL1 to PL3 in FIG. 4 and shows the relationship between the respective parts in the developed view 2 of the pop card holder 1. FIG.

The assembly of the development 2 is performed as follows.
The both sides of the back surface connecting fold line 22, the front surface connecting fold line 24, the front surface forming fold line 29, the side surface forming fold line 31, the back surface forming fold line 32, and the overlap margin forming fold line 34 are approximately 90 degrees in a predetermined folding manner. A crease is attached. Further, both sides of the holding portion forming fold line 27 are folded 180 degrees so as to overlap.

  The first side surface portion 11 and the holding front portion 12 are bent together so that the holding front portion 12 overlaps the holding rear portion 13 according to the folding line of the holding portion forming fold line 27. As a result of the bending, the front connecting portions 23 and 23 in the holding front portion 12 overlap with the front first cutting lines 28 and 28, so that the front connecting portions 23 and 23 are cut at the front first cutting lines 28 and 28. Insert (Figure 2).

The pop card PC in which the classification name of the product, the trade name of the product, the use of the product, or the merchant of the product is described is placed between the holding front part 12 and the holding rear part 13 with the writing surface facing the holding front part 12 side. insert.
According to the crease of each fold line, the back cutting lines 33 and 33 are brought close to the back connection parts 21 and 21 and the overlap margin 17 is overlapped on the first side face part 11. The back surface connecting portions 21 and 21 are inserted into the cuts formed by the front first cutting lines 28 and 28, respectively, to connect the back surface portion 16 to the first side surface portion 11 (FIG. 3).

  Finally, the holding front portion 12 and the holding rear portion 13 folded in two from the holding portion forming fold line 27 are rounded to the holding rear portion 13 side, and the side connecting portions 26 and 26 protruding outward are respectively connected to different front surfaces. If it inserts into the cut | interruption produced by 2 cutting lines 30 and 30, the pop card holder 1 will be completed (FIG. 4). The horizontal width (the vertical dimension in FIG. 5) of the pop card holder 1 is determined by the dimensions of the front surface part 14 and the back surface part 16 in the longitudinal direction.

  In the pop card holder 1, the substantially trapezoidal rear connection part 21, front connection part 23, and side connection part 26 with the protruding end as the upper base are not the protrusions but the widths in the vicinity of the protrusions (FIG. 1). Between U1 and U2) is large. When these connecting portions are inserted into the corresponding cutting lines (front first cutting line 28, front second cutting line 30, and rear cutting line 33), the maximum width portion formed in the vicinity thereof is not the protrusion. Return is hindered at either end of the cutting line (a continuous part that is not cut). Thereby, the pop card holder 1 can stably maintain the assembled state without using an adhesive tape or the like.

  The pop card holder 1 is suspended from the hook bar 5 by passing the hook 51 of the hook bar 5 through the through hole 42 of the back surface portion 16 and the through hole 41 of the front surface portion 14. When the pop card holder 1 is suspended from the hook 51 of the hook bar 5, in order to prevent the pop card holder 1 from falling off, the hook 51 is located in the immediate vicinity of the surface facing the holding rear portion 13 of the front portion 14 or with the front portion 14 of the rear portion 16. A hook stopper 6 is attached in the immediate vicinity of the facing surface.

  FIG. 6 is a view showing an outline of the hook stopper 6. FIG. 6A is a front view, and FIG. 6B is a side view. The hook stopper 6 includes a locking portion 61 having a shape in which a part of the circumferential direction of the substantially cylindrical portion is cut off, and a handle portion 62 protruding radially from the locking portion 61. The inner diameter of the substantially cylindrical locking portion 61 is the same as or slightly smaller than the diameter of the hook 51 to be attached. The outer diameter of the locking portion 61 is larger than the diameters of the through hole 41 in the front surface portion 14 and the through hole 42 in the back surface portion 16.

The hook stopper 6 is formed of a rigid resin having elasticity. The hook stopper 6 is attached to the hook 51 by pressing the circumferential missing portion 63 of the cylinder onto the hook 51 which is a round bar and expanding it. The hook stopper 6 prevents the pop card holder 1 from coming off the hook 51 by preventing the movement of the front surface portion 14 and the back surface portion 16.
The hook bar 5 shown in FIG. 5 is of a single hook attached to a square pipe bar, but the pop card holder 1 is a hook bar attached to a net, a two-stage hook bar having a display bar on the hook bar, or the like. Can also be installed.

In the pop card holder 1, the pop card PC is sandwiched between the holding front portion 12 and the holding rear portion 13 and curved in a semicircular shape with the display surface as a table, so that the information written on the pop card is recognized from a position of 180 degrees. can do.
FIG. 7 is a plan view of another developed product 2B, and FIG. 8 is a cross-sectional view of the developed product 2B viewed from the direction corresponding to the arrows AA in the pop card holder 1B.

The developed product 2B has an overlapping margin 17B, a first side surface portion 11B, a holding front portion 12B, a holding rear portion 13B, a front surface portion 14, a second side surface portion 15 and a back surface portion 16B in this order from one side to the other side in the longitudinal direction. It is formed by being continuous.
The overlap margin 17B continues to the first side surface portion 11B via an overlap margin forming fold line 34B which is a fold line of mountain folds. The overlap margin 17B has two back cut lines 33B that extend in the width direction and are spaced apart from each other slightly inward in the longitudinal direction from the boundary with the first side surface portion 11B (which is the overlap margin forming folding line 34B). Is provided. The shape of the rear cutting line 33B is the same as the front first cutting line 28, the rear cutting line 33, and the like in the developed object 2. Further, the distance between the overlapping margin forming fold line 34B connecting the back cutting line 33B on both sides in the width direction and the straight line portion of the back cutting line 33B is the straight line portion of the front first cutting line 28 and the front forming line fold line in the developed product 2. Similarly to the distance D1 to 29, it is slightly larger than the thickness of the sheet forming the developed product 2B.

  The first side surface portion 11B has two front connection portions 23B arranged in the width direction that protrude from the boundary with the holding front portion 12B adjacent in the longitudinal direction to the holding front portion 12B side. The shape of the back surface connecting portion 21B is similar to each connecting portion of the developed product 2, and is a trapezoid with a high height located on the protruding side and having its end as an upper bottom, and a height with the lower bottom of this trapezoid as a lower bottom. A trapezoid with a low height is combined in the longitudinal direction. The upper base of the trapezoid with a low height is a front fold line 24 of a mountain fold, and is a boundary between the first side surface portion 11B and the holding front portion 12B.

The holding front portion 12B is connected to the holding rear portion 13B by a holding portion forming fold line 27 that is a fold line of a mountain fold on the opposite side of the first side surface portion 11B in the longitudinal direction. The holding part forming fold line 27 is a line that defines the holding front part 12B and the holding rear part 13B.
The holding rear portion 13B has two side surface connecting portions 26B that protrude from the boundary with the holding front portion 12B toward the holding front portion 12B. The side connection part 26B has the same shape and size as the front connection part 23B, but differs in direction by 180 degrees. The side connection part 26B continues to the other part of the holding rear part 13B without using a fold line or the like.

The front surface portion 14 and the second side surface portion 15 are the same as the front surface portion 14 and the second side surface portion 15 in the developed object 2, and the description thereof is omitted.
The back surface part 16 </ b> B has two back surface connection parts 21 </ b> B that protrude outward from the opposite end of the second side surface part 15. The shape and size of the back connection part 21B are the same as those of the front connection part 23B. The protruding part of the back surface connecting part 21B from the back surface part 16B is a back surface connecting folding line 22B of a mountain fold.

The two cutting lines and the connecting portions arranged in the width direction are arranged on one line in the longitudinal direction on the respective sides in the width direction.
Referring to FIG. 8, development 2 </ b> B is connected to each cutting line in development 2 </ b> B having the same name as each cutting line into which each connection part in development 2 having the same name is inserted. Thus, the pop card holder 1B is assembled.

The configurations of the developed product 2B and the pop card holder 1B other than those described above are the same as those of the developed product 2 and the pop card holder 1, and the same reference numerals as those of the developed product 2 and the pop card holder 1 are used in the drawings. The description is omitted.
The pop card holder 1B can recognize the information described on the pop card from a position of 180 degrees.

FIG. 9 is a schematic diagram of another development 2C, and FIG. 10 is a diagram showing a configuration of the pop card holder 1C. 9A is a plan view of the developed object 2C, FIG. 9B is a front view of the clip 3C, and FIG. 9C is a side view of the clip 3C. FIG. 10A is a schematic view of the pop card holder 1C, and FIG. 10B is a cross-sectional view taken along a plane PL4 to PL6 in FIG.
The developed product 2C has a first side surface portion 11C, a holding front portion 12C, a holding rear portion 13C, a front surface portion 14C, a second side surface portion 15, a back surface portion 16C, and an overlap margin 17C in this order from one side to the other side in the longitudinal direction. It is formed by being continuous.

11C of 1st side parts do not have a connection part etc. in one end which is an edge of a longitudinal direction, and the other end follows the holding front part 12C without a bend line.
The holding front portion 12C has rectangular cutouts 35C and 35C in the vicinity of the boundary with the first side surface portion at the edges on both sides in the width direction. The holding front portion 12C includes two side surface connecting portions 26 and 26 that protrude toward the holding rear portion 13C from the boundary with the holding rear portion 13C adjacent in the longitudinal direction. The side surface connection part 26 has substantially the same shape as the side surface connection part 26 in the development 2. The holding front portion 12C continues to the holding rear portion 13C at a mountain-fold holding portion forming fold line 27 that connects the side surface connecting portions 26, 26 in the width direction.

The holding rear portion 13C continues to the front surface portion 14C via a front surface forming fold line 29C which is a valley fold line extending in the width direction. The holding rear portion 13C has rectangular cutouts 36C and 36C in the vicinity of the boundary with the front surface portion 14C at both edges in the width direction. The notch 36C has the same shape and size as the notch 35 provided in the holding front portion 12C.
The front surface portion 14C continues to the second side surface portion 15 on the opposite side of the holding rear portion 13C in the longitudinal direction.

The structure in the vicinity of the boundary between the front surface portion 14C and the second side surface portion 15 is the same as that in the developed object 2. Moreover, the point which the 2nd side part 15 and the back surface part 16C continue via the back surface formation folding line 32 which is a fold line is also the same as the expansion | deployment 2.
The back surface portion 16C continues to the overlap allowance 17C via a mountain fold overlap allowance forming fold line 34C connecting both ends in the width direction.

The overlap allowance 17C has the same shape and the like as the overlap allowance 17 in the development 2.
Assembling the unfolded product 2 is first performed so that both sides of the front surface forming fold line 29C, the side surface forming fold line 31, the back surface forming fold line 32, and the overlap margin forming fold line 34C are approximately 90 degrees on a predetermined side. A spear is attached. Both sides of the holding part forming fold line 27 are mountain-folded so as to overlap.
The first side surface portion 11C and the holding front portion 12C are bent together so that the holding front portion 12C overlaps the holding rear portion 13C according to the folding line of the holding portion forming folding line 27. As a result, the cutouts 35C and 35C of the holding front portion 12C and the cutouts 36C and 36C of the holding front portion 12C overlap. Therefore, the clip 3C is fitted into the overlapped cutouts 35C and 36C and fixed together. .

With reference to FIGS. 9B and 9C, the clip 3 </ b> C is formed in a “U” shape by an elastic plate material and is urged so that both ends 37 </ b> C and 37 </ b> C are in contact with each other.
The unfolded object 2C has substantially the same form as the unfolded object 2 of FIG. 2 by integrating the holding front part 12C and the holding front part 12C with the clips 3C and 3C.
Next, the overlap margin and the vicinity of the end of the first side surface portion 11C are overlapped with the overlap margin 17C on the inside, and these are integrated by the adhesive tape TP. At this stage, the development 2C has substantially the same form as the development 2 in FIG.

A pop card is inserted between the holding front portion 12C and the holding rear portion 13C. The holding front portion 12C and the holding rear portion 13C are rounded to the holding rear portion 13C side, and the side surface connecting portions 26 and 26 are inserted into the cuts generated by the different front second cutting lines 30 and 30, respectively, to assemble the pop card holder 1C. Ends.
The developed product 2C is not provided with the side connecting portions 26, 26 and the front second cutting lines 30, 30, and these roles in the assembly of the pop card holder 1C of the developed product 2C, that is, the holding front portion 12C (and the holding rear portion 13C). The second side part 15 (and the front part 14C) may be connected with an adhesive tape.

The configurations of the developed product 2C and the pop card holder 1C other than those described above are the same as those of the developed product 2 and the pop card holder 1, and the same reference numerals as those of the developed product 2 and the pop card holder 1 are used in the drawings. The description is omitted.
The pop card holder 1C can recognize information written on the pop card from a position of 180 degrees.

FIG. 11 is a development view of another development 2D, and FIG. 12 is a cross-sectional view of the development of FIG. 11 as viewed from the direction of arrows BB in the pop card holder 1D derived from FIG.
In the developed view 2D, the back surface connecting portions 21D and 21D are continuous to the end of the second side surface portion 15D in the longitudinal direction and the other second side surface portion 15D by a back surface connecting folding line 22D of mountain folds. Further, in the developed view 2D, the back surface portion 16D is continuous to the end of the first side surface portion 11D via a back surface forming fold line 32D that is a mountain fold.

The overlapping margin 17D is cut off from the rear surface portion 16D by two rear cutting lines 33D and 33D, and continues to the rear surface portion 16D via an overlapping margin forming folding line 34D which is a mountain fold on both sides in the width direction.
The development 2D is the same as the development 2 except for the above points. The unfolded product 2D is popped when the back surface connecting portions 21D and 21D protruding outward in the longitudinal direction from the second side surface portion 15D are inserted into back surface cutting lines 33D and 33D that separate the overlap margin 17D and the back surface portion 16D. The card holder 1D is assembled.

13 is a developed view of another developed product 2E, and FIG. 14 is a cross-sectional view of the developed product shown in FIG. 13 viewed from the direction corresponding to the arrow C-C in the pop card holder 1E derived from FIG.
The development 2E has a holding front portion 12E, a holding rear portion 13, a front surface portion 14E, a second side surface portion 15, a back surface portion 16E, and a first side surface portion 11E from one side to the other side in the longitudinal direction of the rectangular sheet. It is continuous in this order.

The holding front portion 12E has two front connecting portions 23E and 23E that protrude outward at the end opposite to the holding rear portion 13. The protrusion of the front connection part 23E is a front connection fold line 24 that is a fold line of mountain folds. The shape or the like of the front connection part 23E is the same as that of the front connection part 23 in the development 2.
The front surface portion 14E is approximately the same as the front surface portion 14 in the development 2 but the front first cutting line 28E has a straight portion closer to the holding rear portion 13 than the front first cutting line 28 in the development 2. The distance D <b> 1 between the straight line portion and the front surface forming fold line 29 is greater than twice the thickness of the sheet forming the development 2.

The back surface portion 16E and the first side surface portion 11E are continuous with a back surface connecting fold line 22E that is a fold line of mountain folds. Two second side surface connecting portions 38E and 38E projecting outward are provided at the end of the first side surface portion 11E opposite to the back surface portion 16E. The shape, size, and the like of the second side connection part 38E are the same as those of the side connection part 26.
Referring to FIG. 14, the developed product 2 </ b> E is assembled to the pop card holder 1 </ b> E by inserting the front surface connecting portion 23 </ b> E and the second side surface connecting portion 38 </ b> E into the gap formed by the front surface first cutting line.

The pop card holders 1 and 1B to 1E can easily replace the pop cards by releasing the connection between the side surface connecting portions 26 and 26B and the gap formed by the front second cutting line 30.
In the above-described embodiment, the pop card holders 1, 1 </ b> B to 1 </ b> E can replace the structure of each part with the structure of another part of the different pop card holders 1, 1 </ b> B to 1 </ b> E.

In the developments 2 and 2B to 2E, for example, two side connection portions 26 and two front second cutting lines 30 are provided, but each is provided with only one large in the width direction, or three or more each. It can be set as the pop card holder 1, 1B-1E similar to the thing 2, 2B-2E.
Further, the adhesive tape is not used to connect the holding part forming fold line 27 and the side part forming fold line 31 in the pop card holders 1 and 1B to 1E with the side connecting parts 26 and 26B and the second front cutting line 30. You may go on. In that case, the pop card is replaced by removing the adhesive tape.

  As the developments 2 and 2B to 2E, other transparent resin sheets such as polypropylene resin and acrylic resin other than vinyl chloride resin can be used. Various thicknesses of the resin sheets used for the developed products 2 and 2B to 2E are appropriately selected depending on the size of the developed products 2 and 2B to 2E, the hardness of the resin material, and the like. If at least the holding front portions 12, 12B, 12C, and 12E are transparent, the pop cards holders 1 and 1 to 1E use the information written on the held pop cards at 180 degrees. Can be recognized from the position.

  In addition, each structure of the expansion | deployment 2,2B-2E and pop card holder 1,1B-1E, or the whole structure, a shape, a dimension, a number, a material, etc. can be suitably changed in accordance with the meaning of this invention. .

  INDUSTRIAL APPLICABILITY The present invention can be used for a pop card holder that holds a card displaying product information and is attached to a hook bar of a product display fixture.

1, 1B to 1E Pop card holder 2, 2B to 2E (Pop card holder) unfolded article 11, 11 to 11E First side face part 12, 12B, 12C, 12E Holding front part 13, 13B, 13C Holding rear part 14 , 14C, 14E Front part 15, 15D Second side part 16, 16B to 16E Rear part 20 (which is a cutting line) Outline 23, 23B, 23E Front connecting part 24 Front connecting folding line 25 (which is a cutting line) 26, 26B Side surface connecting portion 27 Holding portion forming fold line 28 Front surface first forming line 29, 29C Front surface forming fold line 30 Front surface second cutting line 31 Side surface forming fold line 32, 32D Rear surface forming fold line 38E Second side surface connecting portion

Claims (8)

A pop card holder developed to hold a pop card and be attached to a hook bar of a product display fixture,
It is a rectangular sheet as a whole,
In the assembled pop card holder, a first side surface serving as one side surface, a holding front serving as a front surface, a holding rear forming a gap into which the pop card can be inserted together with the holding front, and the pop card holder A front side portion that determines the horizontal width of the pop card holder and a second side surface portion that is the other side surface are arranged in this order in the longitudinal direction of the rectangle, and a back surface portion that determines the horizontal width of the pop card holder together with the front surface portion is the longitudinal direction Arranged at either end of the direction,
At least the holding front is transparent,
The holding front part and the holding rear part are continuous with a mountain-folded holding part forming fold line perpendicular to the longitudinal direction,
The holding rear part and the front part are continuous with a front part forming fold line of a valley fold perpendicular to the longitudinal direction,
The front surface portion and the second side surface portion are continuous with a mountain fold side surface forming fold line perpendicular to the longitudinal direction,
The back surface portion is continuous with the first side surface portion on the opposite side of the holding front portion in the longitudinal direction via a back surface forming folding line of the mountain fold perpendicular to the longitudinal direction, or the mountain perpendicular to the longitudinal direction. The developed product of the pop card holder, characterized in that it continues to the second side surface portion on the opposite side of the front surface portion in the longitudinal direction through a folding back surface forming fold line. The holding front part or the holding rear part has one or a plurality of side connection parts that are separated from the adjacent holding rear part or the holding front part by a contour line and project to the adjacent holding rear part or holding front part side. ,
In the vicinity of the side surface forming fold line in the longitudinal direction, the same number of front side second cutting lines as cutting lines extending in a direction orthogonal to the longitudinal direction and capable of inserting the side surface connecting portions are provided as the side surface connecting portions,
The developed product of the pop card holder according to claim 1, wherein when viewed from the longitudinal direction, all of the side surface connecting portions are arranged at positions overlapping any of the second front cutting lines. A pop card holder developed to hold a pop card and be attached to a hook bar of a product display fixture,
It is a rectangular sheet as a whole,
In the assembled pop card holder, the front holding part that forms the front, the holding rear part that forms a gap into which the pop card can be inserted together with the holding front part, the front part that determines the lateral width of the pop card holder, A second side surface portion serving as a side surface, a back surface portion that determines the width of the pop card holder together with the front surface portion, and a first side surface portion serving as the other side surface are arranged in this order in the longitudinal direction of the rectangle. And
At least the holding front is transparent,
The holding front part and the holding rear part are continuous with a mountain-folded holding part forming fold line perpendicular to the longitudinal direction,
The holding rear part and the front part are continuous with a front part forming fold line of a valley fold perpendicular to the longitudinal direction,
The front surface portion and the second side surface portion are continuous with a mountain fold side surface forming fold line perpendicular to the longitudinal direction,
The second side surface portion and the back surface portion are continuous with a back surface forming fold line of mountain folds orthogonal to the longitudinal direction,
The developed product of the pop card holder, wherein the back surface portion and the first side surface portion are continuous by a back-folding folding line of mountain folds orthogonal to the longitudinal direction. The holding front part or the holding rear part has one or a plurality of side connection parts that are separated from the adjacent holding rear part or the holding front part by a contour line and project to the adjacent holding rear part or holding front part side. ,
In the vicinity of the side surface forming fold line in the longitudinal direction, the same number of front side second cutting lines as cutting lines extending in a direction orthogonal to the longitudinal direction and capable of inserting the side surface connecting portions are provided as the side surface connecting portions,
The developed product of the pop card holder according to claim 3, wherein when viewed from the longitudinal direction, all of the side surface connecting portions are arranged at a position overlapping any one of the front surface second cutting lines. The first side surface portion or the holding front portion is a front connecting portion that is separated from the adjacent holding front portion or the first side surface portion by a contour line and protrudes toward the adjacent holding front portion or the first side surface portion. Have one or more,
The protrusion of the front connection part is provided with a front fold line of mountain folds orthogonal to the longitudinal direction,
A front first cutting line that is a cutting line that extends in a direction orthogonal to the longitudinal direction and is capable of inserting the front coupling part in the vicinity of the holding rear part side of the front part forming fold line in the longitudinal direction, The same number,
The developed product of the pop card holder according to claim 2, wherein when viewed from the longitudinal direction, all of the front surface connecting portions are arranged at positions overlapping any of the first front cut lines. The side connecting portion protrudes toward the holding rear side;
The developed product of the pop card holder according to claim 3, wherein the front connection portion protrudes toward the first side surface portion. A pop card holder assembling the development of the pop card holder according to claim 1,
The front surface forming fold line, the side surface forming fold line and the back surface forming fold line are folded at approximately 90 degrees in the respective folding methods,
The holding front part and the holding rear part are overlapped by being bent at approximately 180 degrees at the holding part forming fold line,
The vicinity of the front part forming fold line of the holding rear part is integrated with the holding front part,
Each of the outward ends is formed at approximately 90 degrees between the first side surface portion and the back surface portion, or between the back surface portion and the second side surface portion, which are located at both ends in the longitudinal direction of the development. Are connected,
The holding front portion and the holding rear portion are overlapped in a valley fold, and are bent 180 degrees on the valley side of the front surface forming fold line so that the holding portion forming fold line is separably connected to the side surface forming fold line or the vicinity thereof. Pop card holder. The holding front part or the holding rear part has one or a plurality of side connection parts that are separated from the adjacent holding rear part or the holding front part by a contour line and project to the adjacent holding rear part or holding front part side. ,
In the vicinity of the side surface forming fold line in the longitudinal direction, the same number of front side second cutting lines as cutting lines extending in a direction orthogonal to the longitudinal direction and capable of inserting the side surface connecting portions are provided as the side surface connecting portions,
When viewed from the longitudinal direction, all of the side surface connecting portions are arranged at a position overlapping any one of the front surface second cutting lines,
7. The pop card holding according to claim 6, wherein the connection of the holding portion forming fold line to the side surface forming fold line or the vicinity thereof is performed by inserting the side connecting portion into a cut line formed by the second front cutting line. Ingredients.