JP4469448B2 - Oblique insertion display frame - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to an oblique insertion display frame used to display and sell products at a store.
[0002]
[Prior art]
As disclosed in the assembly case for display of Japanese Utility Model Publication No. 61-3422, the conventional oblique insertion display frame is formed by folding the inclined front wall 16 extending from the support plate 17 and projecting the side wall 15. The insertion port 18 was opened by 15 protrusions.
[0003]
[Problems to be solved by the invention]
In the prior art, the column wall corresponding to the back wall and the inclined front wall corresponding to the frame wall and the side wall are the same material, so the back wall is made of cardboard and the frame wall is made of transparent resin to make it see-through. However, it was not possible to make a separate material. The present invention aims to solve the above problems.
[0004]
[Means for Solving the Problems]
In order to achieve the above object, a frame wall and a back wall are provided separately, and a side insertion piece extending through the side frame surface on one side of the front frame surface provided in the center of the frame wall is provided on the back wall. The other side of the frame wall has a jagged shape, and extends along the downward edge of the jagged edge via a mountain fold line via a fold line. Insert the slanted insertion piece into the slant groove opened on the front plate of the back wall, fold the bag folding line on the back wall and bond the back plate along the back of the front plate and bond it with the side insertion piece The frame wall is attached to the back wall by simultaneously bonding the diagonal plug pieces.
[0005]
DETAILED DESCRIPTION OF THE INVENTION
The material used for the production of the present invention, the frame wall may be cardboard, but is preferably a transparent or translucent artificial resin, the back wall is manufactured using cardboard or cardboard paper, Positional relationships such as front and back (front and rear), top and bottom (top and bottom) and left and right are displayed with reference to the front in the assembled state, and the folding direction described in the mountain or valley fold is displayed with reference to the outside.
[0006]
In FIG. 1 of the perspective development front view of the main part, the front frame surface 3 which is constituted by the main part of the frame wall 1 and the back wall 2 and is provided at the center of the frame wall 1 has one horizontal edge as a straight line. The other horizontal edge has a zigzag shape in which diagonal lines are alternately connected at equal intervals on the left and right sides, and the side frame surface 4 is extended to one horizontal edge of the front frame surface 3 via a mountain fold line. A side insertion piece 5 is extended, and the other edge (zigzag edge) of the front frame surface 3 having a zigzag shape is cut outwardly toward the outside to form a lip 6, which is a straight line It may be a bent line, but it is preferably a bay-curved curve, and a fold line (insert piece base on the leading edge of the oblique frame surface 7 extending through the mountain fold line on the downward edge of the zigzag edge. The diagonal insertion piece 8 is extended through a broken line), and the indication of only the broken line without the indication of the mountain valley means that it may be a mountain folded line or a valley folded line. It is desirable to form the return piece 14 cuts the semi-circular by dividing the center of the base fold line bite obliquely frame surface 7,
The back wall 2 is divided into a front plate 10 and a back plate 11 by a bag fold line 9 which is a mountain fold line, and it is desirable that the bag fold line 9 cuts the center of the back wall 2 vertically (vertically). The plate 10 may be positioned at the center of the back wall 2 and may be provided at two positions on both sides of the front plate 10. The vertical groove 12 is opened at the center of the back wall 2 with a straight cut groove and the center of the front plate 10. The slant grooves 13 may be formed in a single shape, but a plurality of slant grooves 13 may be provided, and it is desirable that the slant grooves 13 be arranged vertically. Although the inclination angle of 13 is appropriate, it is preferably about 40 degrees, and it is desirable that the oblique groove 13 is in a vertical line, but it may be two lines symmetrical about the vertical groove 12. If the diagonal grooves 13 have two rows, the frame wall 1 that is inserted into the diagonal grooves 13 and attached is also symmetrical with two places. The bonding of the front plate 10 and the back plate 11 may be performed by applying an adhesive to the entire bonding surface, but for the purpose of saving the adhesive, the bonding surface of the back plate 11 ( Adhesive bands 15 are provided on both sides of the back surface, and the adhesive band 15 may be liquid glue, but it is desirable to use a double-sided adhesive (may be adhesive) tape, and the adhesive band closer to the longitudinal groove 12 is used. 15, the side insertion piece 5 is bonded to fix the insertion state, and the longitudinal groove 12 and the distant adhesive band 15 are bonded to the outside of the back plate 11, and the front plate 10 and the back plate 11 are bonded together. Thus, a large number of oblique insertion pieces 8 can be fixed in a state where they are inserted into the oblique grooves 13, and when the adhesive band 15 is formed on both sides of the back plate 11, the oblique insertion pieces 8 are not adhered and pulled out. There is a fear that the return piece 14 is formed as a prevention of the pull-out accident. As a measure for preventing the pull-out accident, a convex edge is formed in the oblique groove 13, a hole (base hole) is formed on the base fold line of the oblique insertion piece 8, and the convex edge is fitted into the base hole to form the oblique insertion piece. 8 may be prevented from being pulled out.
[0007]
In FIG. 2 of the perspective view of the right front view of the main part, the front frame surface 3 is protruded to the front by folding the oblique frame surface 7 extending to the downward edge of the zigzag edge of the front frame surface 3, and the lip 6 The space between the front frame surface 3 and the front plate 10 formed separately from the oblique frame surface 7 is defined as a chamber 16, and the chamber 16 is divided into upper and lower portions by the oblique frame surface 7 and stored in the chamber 16 for sale. The bottom of the product is blocked by the side frame surface 4, and the oblique insertion piece 8 that fixes the folded state of the oblique frame surface 7 is inserted into the oblique groove 13, and then is attached to the front plate 10 and the back plate 11. Since the return piece 14 that is sandwiched and fixed and protrudes in the direction opposite to the bending direction of the oblique insertion piece 8 is caught in the oblique groove 13, the oblique frame surface 7 is formed by the weight of the product stored in the chamber 16. There is no risk of slipping out, and the frame wall 1 is firmly attached to the back wall 2.
[0008]
In FIG. 3 of the back perspective view of the back of the back wall opening, since the return piece 14 protrudes and is caught in the oblique groove 13 contrary to the bending direction of the oblique insertion piece 8, the oblique insertion piece 8 is inserted. As long as the one-side fold line is bent, there is no risk of falling off, and the adhesive band 15 may be formed on either the front plate 10 or the back plate 11, but the adhesive band 15 is formed on the back plate 11. In the following description, the adhesive strip 15 formed on both sides of the back plate 11 and the side closer to the longitudinal groove 12 prevents the side insertion piece 5 inserted from adhering and falling off, The adhesive band 15 positioned plays a role of strengthening the bonding between the front plate 10 and the back plate 11.
[0009]
In FIG. 4 of the left front perspective view, the top edge of the front frame surface 3 is horizontal, and the lower end is the lower end of the lowermost oblique frame surface 7 and the lower end of the side frame surface 4 extending vertically. The front frame surface 3 is preferably projected into the front by folding the slanted frame surface 7 and the side frame surface 4 to form a chamber 16 for storing products. ing.
[0010]
【The invention's effect】
By providing the frame wall and the back wall separately, it is possible to make both materials different, and by making the back wall cardboard and the frame wall transparent resin, it becomes a see-through, diagonal frame surface and side The front frame surface can be projected to the front by folding with the frame surface to form a chamber for storing products, and the diagonal and side insertion pieces are fixed at once by bonding the front plate and the back plate. I can do it.
[Brief description of the drawings]
[Fig. 1] Perspective perspective development front view [Fig. 2] Perspective perspective right front perspective view [Fig. 3] Back wall opening rear perspective view [Fig. 4] Left front perspective view [Explanation of symbols]
DESCRIPTION OF SYMBOLS 1 Frame wall 2 Back wall 3 Front frame surface 4 Side frame surface 5 Side insertion piece 6 Mouth edge 7 Diagonal frame surface 8 Diagonal insertion surface 9 Bag folding line
10 Front plate
11 Backboard
12 Vertical groove
13 Diagonal groove

Claims (1)

The side frame is composed of the main part of the frame wall (1) and the back wall (2), and is extended to one side edge of the front frame surface (3) formed at the center of the frame wall (1) via a mountain fold line. A side insertion piece (5) is extended to the lateral outer edge of the surface (4) via a mountain fold line, and the other lateral edge of the front frame surface (3) has a zigzag shape, and the upward edge of the zigzag lateral edge A mouth edge (6) is formed by cutting the zigzag lateral edge downward, and an oblique insert piece (8) is attached to the leading edge of the oblique frame surface (7) extending through the mountain fold line at the downward edge of the zigzag lateral edge via the fold line. Extend and divide the center of the base fold line of the oblique insertion piece (8) to make a semicircular cut into the oblique frame surface (7) to form a return piece (14), ) Is divided into a front plate (10) and a back plate (11) by a bag fold line (9) which is a mountain fold line, and the side insertion piece (5) is inserted into a longitudinal groove (12) opened in the back wall (2). And insert the oblique insertion pieces (8) into the plurality of oblique grooves (13) opened in the front plate (10). The adhesive strip (15) is provided on both sides of the bonding surface of the back plate (11), and the adhesive strip (15) closer to the longitudinal groove (12) is bonded to the side insertion piece (5). By fixing the insertion state, the longitudinal groove (12) and the distant adhesive band (15) are bonded to the outside of the back plate (11), and the back plate (11) is bonded to the front plate (10). The oblique insertion display frame characterized in that the side insertion piece (5) and the plurality of oblique insertion pieces (8) are fixed to the back wall (2) at a time.

Images