JP4515580B2 - Step pop - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a step pop in which a step is generated between display surfaces, and each display surface that is three-dimensionally divided by the step is made conspicuous.
[0002]
[Prior art]
The conventional stepped pop is formed as a twisted pop in Japanese Utility Model Laid-Open No. 6-10964, forming a fold line 5 and a fold line 6 on the side fold line 3 and extending outward through the side fold line 3. The side plate 4 was bent to the back so that a twisted positional step was created between the display surfaces 1.
[0003]
[Problems to be solved by the invention]
Attempting to bend the side fold line 3 with no folds puts a burden on the root of the region protruding from the fold line 5 on the back side plate 4, and there is a possibility that unnecessary portions are bent. . In the present invention, in order to solve the above-described conventional technique, a side fold line without a fold can be easily folded, and a pop that can form a step without bending unnecessary portions when the side fold line is folded. The purpose is to provide.
[0004]
[Means for Solving the Problems]
The reason why it is difficult to attach a crease to the side fold line of the prior art is because the side fold line is not in series on a straight line. Side fold lines are aligned in a straight line, the side plate is bent, a step piece is extended to the side of the separation surface separated by the separation groove that crosses the front plate, and the step piece is bent or stretched. By straightening (stretching the broken line to make it straight), a step is created between the separation surfaces.
[0005]
DETAILED DESCRIPTION OF THE INVENTION
The product of the present invention is manufactured using cardboard or cardboard, and the positional relationship between the front and back (front and back), top and bottom (top and bottom), left and right, etc. is displayed with reference to the front in the assembled state, and described with mountain origami folding. The folding direction is displayed on the basis of the outside, and the present invention has two types of molds, and the step formed on the outside of the front plate is an outer step piece, and the step on the inside of the front plate. The formed product is an inner step piece.
[0006]
In FIG. 1 of the developed front view of the outer stepped piece type, a side plate 3 is extended on both sides of the front plate 1 via a side fold line 2 that is a mountain fold line, and a separation groove 4 (separation groove 4 that crosses the front plate 1). Is preferably horizontal, but may not be horizontal), the front plate 1 is separated in the vertical direction, and each separated surface is defined as a separation surface 5, and a separation surface in an outer step piece type. 5 is in contact with the side fold line 2, and the step piece 6 may be extended to the side of the separation surface 5 via the side fold line 2, and the step piece 6 may be extended to both sides of the separation surface 5. However, it is desirable to extend to either one of the left and right sides. When the step piece 6 is extended to one side, it is desirable that the extending portion of the step piece 6 is reversed left and right between the separation surfaces 5 adjacent to each other in the vertical direction. The outer edge of the step piece 6 extends from the side plate 3 via the step fold line 10, and the separation groove 4 reaches the position of the step fold line 10, The overall shape assembled by folding the fold line may be a square tube shape, but is preferably a triangular tube shape, and when making a triangular tube which is a desirable shape, a mountain fold line is formed on the outer edge of one side plate 3. The insertion piece 7 is extended through, and the back mountain fold line is separated to extend the connecting piece 8 at the other outer edge, and the insertion groove 9 is cut, and the insertion groove 9 is inserted into the insertion piece 7. After the side folding line 2 is folded in a mountain, the insertion piece 7 is inserted into the insertion groove 9 to be assembled into a triangular tube shape.
[0007]
In FIG. 2 of the perspective assembly rear perspective view of the main part of the outer step piece mold, the side fold line 2 is folded in a mountain and the insertion piece 7 formed on the outer edge of the side plate 3 bent back is inserted into the insertion groove 9. The whole is formed into a triangular tube shape, and after assembling into the triangular tube shape, the step fold line 10 is folded down to be pulled by the step piece 6 folded in the back, and one side of the separation surface 5 is in the back A step is formed in the depression, and the step piece 6 is extended between the top and bottom so as to be reversed left and right. Therefore, the direction in which the separation surface 5 is recessed is also reversed left and right.
[0008]
In FIG. 3 of the front perspective view of the outer step piece mold assembly, folding the step fold line 10 leads to the step piece 6 so that one side of the separation surface 5 is depressed, and the step pieces 6 between the upper and lower separation surfaces 5 are Since the left and right positions are reversed, the separation surfaces 5 are stepped in a twisted state, and the separation surfaces 5 are three-dimensionally divided by the steps, and each separation surface 5 is independent by being divided. It becomes a state and increases the PR effect.
[0009]
In FIG. 4 of the developed front view of the inner step piece type, the side plate 3 extending on both sides of the front plate 1 via the side fold line 2 is folded back to form a triangular tube shape. The portions where the plurality of separation surfaces 5 are separated by the separation grooves 4 crossing the same are the same as those of the outer step piece type described above. However, in the inner step piece type, the step piece 6 is provided in the region of the front plate 1. In the following description, if the inner step piece mold is described, the outer edge of the step piece 6 is in contact with the side fold line 2, and the inner edge of the step piece 6 is the step fold line. The separation surface 5 extends through 10.
[0010]
In FIG. 5 of the perspective assembly front perspective view of the main part of the inner step piece mold, the inner step piece mold folds the step fold line 10 so as to extend the side fold line 2 so that one side of the separation surface 5 protrudes to the front. As in the case of the outer step piece type, the separation surfaces 5 are formed in a twisted state by turning the step pieces 6 upside down.
[0011]
【The invention's effect】
The side fold lines are arranged in series on the same straight line, so it is easy to attach creases. Since there is no difficulty in attaching creases, unnecessary parts are not bent. After forming the shape, a step can be formed between the separation surfaces by bending or stretching the step piece.
[Brief description of the drawings]
[Fig. 1] Outer step piece type development front view [Fig. 2] Outer step piece mold main part perspective assembly rear perspective view [Fig. 3] Outer step piece mold assembly front perspective view [Fig. [Fig. 5] Perspective assembly front perspective view of the main part of the inner step piece mold [Explanation of symbols]
1 Front plate 2 Side fold line 3 Side plate 4 Separation groove 5 Separation surface 6 Step piece

Claims (1)

A side plate (3) is extended on both sides of the front plate (1) via a side fold line (2), and each surface separated by a separation groove (4) crossing the front plate (1) is separated into a separation surface (5). The step pieces (6 ) are formed so that the separation groove (4) is extended to the side of the separation surface (5) and outside the side folding line (2) so that the separation surfaces (5) adjacent to each other are vertically reversed. ), And the side fold line (2) is bent, and then a step is formed at the step fold line (10) between the step piece (6) and the side plate (3) to form a step between the separation surfaces (5). A step pop characterized by the fact that it was created.

Images