KR20230064119A - A visual play device using origami - Google Patents

Abstract

The purpose of the present invention is to provide a visual play device using origami, which can provide visual effects by allowing multiple pictures to continuously appear through origami. To this end, a visual play device using origami is disclosed, which comprises an upper module made in a polygonal pyramid shape by origami and having a plurality of open windows spaced apart in the direction of rotation, a lower module made in a cylindrical shape by origami and connected to the lower part of the upper module, and a connecting string connected to the top of the upper module, wherein pictures are drawn at regular intervals on the inner surface of the lower module.

Description

Visual play device using origami {A VISUAL PLAY DEVICE USING ORIGAMI}

The present invention relates to a visual play device, and more particularly, to a visual play device using origami that can be easily made using origami.

An origami toy is a toy that makes a model of a person, animal, doll, car, etc. by using paper as it is or by cutting and connecting each part prepared in a development drawing on paper.

These origami toys can be implemented in various forms using paper and glue (adhesive). Conventionally, in order to make complex and three-dimensional origami toys, the entire form is divided into several parts, each part is folded into a specific shape, By attaching them to each other using glue, the overall shape is completed. There are also origami toys that are completed only by fitting them together without using glue, but the shape is simple instead of being easy to make. Therefore, in many cases, the method of fitting or attaching with glue is mixed.

On the other hand, among commercialized origami toys, products for giving visual fun are not sold.

That is, when a specific object is rotated, a picture drawn inside it appears as a continuous motion, and there is no product that can give an animation effect that moves dynamically.

Therefore, if there is a product that can produce a device that can give such visual pleasure by using origami, it will be able to give fun and satisfaction to various age groups.

Republic of Korea Patent No. 10-1594460

The present invention is to achieve the above object, and an object of the present invention is to provide a visual play device using origami in which a visual effect can be expected by continuously displaying a plurality of pictures using origami.

A visual amusement device using origami of the present invention to achieve the above object is an upper module made in a polygonal cone shape by origami and having a plurality of open windows spaced apart in a rotational direction; a lower module made in a tubular shape by origami and coupled to a lower portion of the upper module; and a connection string connected to the upper end of the upper module, and pictures are drawn at regular intervals on the inner surface of the lower module.

Thus, it is possible to easily manufacture and use a device that can enjoy visual play through origami.

Here, the upper module includes a plurality of triangular faces having a predetermined size and shape, separated by fold lines, and having a triangular shape; a first adhesive portion extending to a side edge of any one of the plurality of triangular surfaces; It is preferable to include; a second adhesive portion extending from the lower end of each of the triangular faces.

In addition, the lower module, the top has a polygonal shape corresponding to the upper module, a plurality of side parts connected to each other with a folding line as a boundary; an upper adhesive portion that is bent and extended at an upper end of the side surface portion and adhered to the second adhesive portion of the upper module; It is preferable to include; a side adhesive portion connected to either end of the plurality of side surfaces in order to connect the plurality of side surfaces in a tubular shape.

Thus, it is possible to easily manufacture a lower module to be coupled to an upper module by origami.

In addition, it is preferable to further include a tubular replacement module that can be exchanged and installed inside the lower module and has pictures drawn at regular intervals on the inner surface.

In this way, a number of replacement modules with various pictures are provided, and various types of visual play can be enjoyed by replacing and installing them.

In addition, it is preferable that a holding portion for holding the replacement module is bent inward at a lower end of the lower module.

Thus, the replacement module can be easily exchanged and installed.

According to the visual play device using origami of the present invention, it is possible to provide a device for enjoying visual play using origami.

In particular, it can be produced by origami with a simple configuration, so anyone can enjoy it easily.

In addition, since various replacement modules with pictures for visual play can be prepared and used after being exchanged, there is an advantage that can be enjoyed for a long time without boredom.

1 is a perspective view showing a visual play device using origami according to an embodiment of the present invention.
FIG. 2 is an exploded perspective view of the visual play device using origami shown in FIG. 1 .
Figure 3 is a perspective view showing a coupled state of the lower module and replacement module shown in Figure 1;
4 is a plan view showing the lower module shown in FIG. 2 unfolded.
5 is a plan view showing the replacement module shown in FIG. 2 unfolded.
6 is a plan view showing the upper module shown in FIG. 2 unfolded.

Hereinafter, a visual play device using origami according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 6, a visual play device 100 using origami according to an embodiment of the present invention is coupled to an upper module 110 having a polygonal cone shape and a lower portion of the upper module 110. It has a lower module 120, a connection string 130 connected to the upper end of the upper module 110, and a replacement module 140.

The upper module 110 may be formed of paper material, non-woven fabric, or thin synthetic resin material so that it can be manufactured by origami. As shown in FIG. 4, the upper module 110 includes triangular triangular faces 111 having a certain size and shape, and a first adhesive portion 113 extending to a side edge of one triangular face 111. And, it has a second adhesive portion 115 connected to the lower end of each triangular surface 111.

Depending on the number of triangular faces 111, the shape is determined when assembled into a polygonal shape. The first adhesive part 113 is bonded to the edge of the triangular surface 111 on the opposite side by means of an adhesive. A foldable first folding line 112 is formed at the boundary of each triangular surface 111 . Also, a second fold line 114 is formed at the boundary between the triangular surface 111 and the second attachment part 115.

The second adhesive portion 115 is connected to the lower end of the triangular surface 111 and is coupled to the lower module 120 by an adhesive or the like in a folded state at a predetermined angle based on the first fold line 114 .

In addition, a plurality of open windows h are formed in the circumferential direction when the upper module 110 is rotated based on the upper vertex. The open window h may have various shapes and widths. Preferably, the open windows (h) are arranged at regular intervals in the rotational direction of the upper module 110, and more preferably, one is formed for each triangular face 111. Therefore, when the upper module 110 rotates around the connecting string 130, the dynamic movement by the continuous movement of the pictures p drawn on the inner surface of the lower module 120 through the open window h. You can check.

The lower module 120 has a vertically open cage-like structure, that is, a polygonal tubular structure. The lower module 120 connects a plurality of side parts 121 having a polygonal shape, an upper adhesive part 123 bent and extended at an upper end of the side part 121, and a plurality of side parts 121 in a cylindrical shape. In order to have a side adhesive portion 124 connected to either end of the plurality of side portions 121. A third fold line 122 is also formed between each side portion 121, so that the lower module 120 can be formed in a closed loop tubular shape. In addition, a fourth folding line 125 is formed between the side portion 121 and the upper adhesive portion 123 so that the upper adhesive portion 123 can be folded from the top of the lower module 120 to the outside. In addition, a fifth fold line 126 is formed at the boundary between the side adhesive portion 124 and the side portion 121, and the side adhesive portion 124 is folded and bonded to the side portion 121 in contact with the opposite side. Can be combined.

Here, the third fold line 122 may be provided only in a certain section from the top to the bottom of the lower module 120 . Therefore, the user may use the third folding line 122 by folding only a portion thereof.

As shown in FIG. 2 , the lower module 120 of the above configuration may be formed by folding in an origami method into a tubular structure and then bonding with an adhesive.

And, figures (p) are formed on the inner surface of each side part 121, and each figure (p) is formed in a different shape. Therefore, when the pictures (p) provided on the inner surface of each side part 121 are viewed in a continuous motion, they can be seen in a dynamic form due to visual effects.

Also, preferably, a plurality of mounting parts 127 may be connected to the lower end of the lower module 120 . The holding part 127 is connected to the lower end of the side parts 121 spaced apart from each other by a predetermined distance among the plurality of side parts 121, and is connected to be folded by a sixth folding line 128. Based on the sixth fold line 128 , the mounting portion 127 may be placed in a folded position so as to face the inner surface of the lower module 120 . It is preferable that at least two of these holding parts 127 be installed at a position facing each other, and in the case of three or more, it is preferable to arrange them at regular intervals along the circumferential direction.

The lower module 120 having such a configuration can be assembled by bonding the upper adhesive 123 to the second adhesive portion 115 of the upper module 110.

Here, the lower module 120 may have a polygonal structure corresponding to the angular shape of the lower part of the upper module 110 at the upper end and a circular structure at the lower end. It can be selectively determined depending on whether it is folded.

The upper module 110 is formed by passing the upper end of the connecting string 130 through the lower module 120 and the upper module 110 and passing through the apex in a state in which an engaging member or the like is connected to the lower end of the connecting string 130. can be connected to the top of This connection strap 130 preferably includes a rubber band. At the lower end of the connection string 130, a holding member 131 that prevents passing through the apex of the upper module 110 is connected. The holding member 131 may include a ring or tweezers.

As shown in FIG. 5 , the replacement module 140 is manufactured in a circular loop shape by attaching the adhesive part 141 provided at the end of a square strip of paper to the opposite end with an adhesive. The replacement module 140 may have a cylindrical structure, and pictures p1 are drawn at regular intervals on the inner surface thereof. Of course, the replacement module 140 can also be made by folding it into a polygonal structure.

As shown in FIG. 3, the replacement module 140 having this configuration can be mounted so as to be in close contact with the inside of the lower module 120, and at this time, it is separated from the upper module 120 by inserting it into the holder 127 and holding it. In a supported state so as not to be, it can be rotated together with the lower module (120).

A plurality of replacement modules 140 having the above configuration may be provided, and the pictures drawn on the inner surface of each may be provided in various ways.

According to the above configuration, the upper module 110 and the lower module 120 may be folded and assembled using an origami method. And it can be manufactured by bonding and assembling the lower part of the assembled upper module 110 and the upper part of the lower module 120 . And finally, the connection string 130 can be connected.

In addition, the replacement module is manufactured and provided by bonding in a cylindrical shape, and can be used by replacing it inside the lower module 120 when necessary.

In the visual play device 100 having this configuration, the hand holds the connecting string 130 and rotates the upper module 110 and the lower module 120 by hand, or holds the connecting string 130 and rotates it. When this happens, the upper module 110 and the lower module 120 rotate simultaneously. At this time, if the interior is confirmed through the open window (h), the paintings (p1) can be seen in a dynamic state of motion as they pass continuously at high speed.

Therefore, the visual amusement device 100 can be manufactured using simple origami and used in a fun way.

In the foregoing, although specific embodiments of the present invention have been described and shown, the present invention is not limited to the described embodiments, and it is common knowledge in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. It is self-evident to those who have Therefore, such modifications or variations should not be individually understood from the technical spirit or viewpoint of the present invention, and modified embodiments should fall within the scope of the claims of the present invention.

100.. Visual play device using origami 110.. Upper module
120.. lower module 130.. connection string
140.. replacement module

Claims (5)

An upper module made in a polygonal cone shape by origami and having a plurality of open windows spaced apart in a rotational direction;
a lower module made in a tubular shape by origami and coupled to a lower portion of the upper module; and
Including; a connection string connected to the upper end of the upper module,
A visual play device using origami, characterized in that pictures are drawn at regular intervals on the inner surface of the lower module. The method of claim 1, wherein the upper module,
A plurality of triangular faces having a certain size and shape, separated by fold lines, and having a triangular shape;
a first adhesive portion extending to a side edge of any one of the plurality of triangular surfaces;
A visual play device using origami, characterized in that it includes a second adhesive portion extending from the lower end of each of the triangular faces. The method of claim 2, wherein the lower module,
The upper end has a polygonal shape corresponding to the upper module, and a plurality of side parts connected to each other with a folding line as a boundary;
an upper adhesive portion that is bent and extended at an upper end of the side surface portion and adhered to the second adhesive portion of the upper module;
A visual play device using origami, characterized in that it includes a side adhesive part connected to one end of the plurality of side parts in order to connect the plurality of side parts in a tubular shape. According to any one of claims 1 to 3,
A visual play device using origami, characterized in that it further comprises a tubular replacement module that can be exchanged and mounted on the inside of the lower module and has pictures drawn on the inner surface at regular intervals. According to claim 4,
A visual play device using origami, characterized in that a holding portion for holding the replacement module is formed by bending inward at the lower end of the lower module.

Images