KR200316114Y1 - Recombinable toy-top and a Plate carved parts of toy-top - Google Patents

Abstract

The present invention relates to a top and a substrate for cutting the assembly of the top formed on the substrate (其 板), the assembled top is a triangular support plate formed of a triangle and a handle portion extending a predetermined distance from the base of the triangular support plate is formed , The handle portion is formed with a lower incision groove cut to a predetermined length, the lower side is formed on the side at least one stepped jaw; and the lower portion and the shape of the lower portion can be combined with only the lower incision groove The upper limb is formed by the upper incision groove is coupled to the lower limb; And a plurality of rotary plates having a cross-shaped insertion groove coupled to the step in a state where the lower column and the upper column are coupled to each other. This design allows children to assemble the spinning top by hand after cutting the components of the spinning top from the board, and since the parts that make up the spinning top are made of one flat plate, they take up little space during transportation and storage. Since an advertisement can also be placed on a board | substrate in which the structure of the said top was formed, it can utilize also as a promotional material.

Description

Recombinable toy-top and a Plate carved parts of toy-top}

The present invention relates to a prefabricated top and a substrate on which a structure of such a top is formed. Particularly, a prefabricated top and a top of the top where the top is cut along the cut line formed by a flat plate and the top is assembled with the cutout component It relates to a formed substrate.

Generally, tops are children's toys that are sharpened by cutting one end of a round piece of wood, squeezing or winding a string around the body, and spinning it, and are made of wood and have recently been made of synthetic resin tops by injection. In other words, in the past, children made tops themselves, but recently, they did not make tops, but purchased them. Therefore, children did not feel that they made things.

The present invention was devised to solve the above problems, and the purpose of the present invention is to give a sense of accomplishment that children can make a top with their own hands, but they can't make a top by cutting the tree as in the past. Second, during transport or storage, it is possible to store or transport the plane rather than three-dimensional top, and in the assembled state, it provides a substrate with a prefabricated top and a top structure that are firmly coupled to allow the top to rotate well. have.

1 is a perspective view of a substrate on which a structure of a prefabricated spinning top according to an embodiment of the present invention is formed.

Figure 2 is a partially cut away perspective view of the spinning top cut and assembled from the substrate of Figure 1;

Figure 3 is an exploded perspective view of the assembled top of Figure 2;

FIG. 4 is a perspective view of the upper and lower stems of FIG. 2 assembled; FIG.

5 is a view showing the upper column and the rotating plate of FIG.

* Description of the symbols for the main parts of the drawings *

10: prefabricated top, 20: substrate,

110: upper limb, 120: lower limb,

115: upper incision groove, 125: lower incision groove,

111,121: first step, 112,122: second step,

113,123: third step, 117,127: triangular support plate,

119,129: the handle, 130: the first rotating plate,

140: the second rotating plate, 150: the third rotating plate,

210: cutting line

The above object is achieved by the present invention, the prefabricated top according to one aspect of the present invention is formed with a triangular support plate formed in a triangle and a handle portion extending a predetermined distance from the bottom side of the triangular support plate, the handle portion is cut to a certain length The lower incision groove is formed, the lower surface is formed with at least one stepped jaw; and a triangular support plate formed in a triangle and a handle portion extending a predetermined distance from the bottom side of the triangular support plate is formed, at least one stepped side It is formed, the upper limb is formed with an upper incision groove cut in a predetermined length from the vertex of the triangular support plate to the lower limb; And a rotating plate having a cross-shaped insertion groove coupled to the step in the center in the state where the lower base and the upper support are coupled to each other, wherein the step is formed on the bevel of the triangular support plate of the upper and lower supports. A first step; and a second step; And a third stepped portion formed at a portion to which the triangular support plate and the handle part are connected, wherein the rotating plate includes: a first rotating plate coupled to the first stepped portion; and a second rotating plate coupled to the second stepped portion; And a third rotating plate coupled to the third step.

According to another aspect of the present invention, the substrate on which the assembly of the prefabricated top is formed is the upper column; and the lower column; and the first rotating plate; and the second rotating plate; And the third rotating plate is formed on a flat plate having a quadrangular shape so as to be cut out by a cutting line, and the user assembles the top after cutting along the cutting line.

The present invention is the user according to the characteristics as described above, the upper stem and the lower stem; and the first rotating plate; and the second rotating plate; After cutting the third rotary plate, the user first assembled by inserting the upper and lower incision grooves of the upper column and the lower column of each other, in the assembled state by coupling the first, second and third rotating plate to each step Complete

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, and the same reference numerals will be used for the same parts throughout the drawings.

1 is a perspective view of a substrate on which a structure of a prefabricated spinning top according to an embodiment of the present invention is formed, and FIG. 2 is a partially cut perspective view of the spinning top assembled from the substrate of FIG. 1.

As shown in the figure, the prefabricated spinning top according to the present invention shown by the reference numeral 10 as a rotating plate (130,140,150) consisting of the upper and lower limbs (110,120) and the rotating body of the spinning top while forming the rotation axis of the top while the user grips by hand It is composed.

When the prefabricated top 10 is assembled and rotated, the supporting shaft rotates by the combination of the upper column 110 and the lower column 120. The upper support 110 is formed of a triangular support plate 117 formed in a triangle and the handle portion 119 extending a predetermined distance from the bottom side of the triangular support plate 117, two stepped (111, 112) is formed on the side. The upper stepped groove 113 is formed at a point where the triangular support plate 117 and the handle part 119 are connected, and an upper incision groove cut in a predetermined length from a vertex of the triangular support plate 117 to a center portion ( 115 is a shape that is formed, the lower column 120 is the same shape and shape of the upper column 110, but the same, combined with the upper incision groove 115 formed in the upper column 110 To this end, there is a difference that the lower incision 120 is formed at a position corresponding to the upper incision groove 115.

That is, the upper supporter 110 and the lower supporter 120 are formed with the triangular support plates 117 and 127 and the handles 119 and 129 integrally formed with each other, and the first stepped 111 and 121 and the second stepped 112 and 122. ) And the third step (113, 123) is formed in the same position, there is a difference that only the cut grooves 115, 125 that the upper column 110 and the lower column 120 is coupled to each other are formed in a position corresponding to each other . The depths of the upper incision groove 115 and the lower incision groove 125 are formed to be equal to each other, and extends to the center of the upper and lower pedestals 110 and 120 to form the upper and lower incision grooves 115 and 125. And in order for the upper stem 110 and the lower stem 120 to be easily inserted into each other and to be firmly coupled to each other, that is, the entrances of the upper and lower incision grooves 115 and 125 are first joined to each other. It is preferable to form as large as possible, and the size of the remaining upper and lower incision grooves 115 and 125 except for the guide surface is formed to be slightly narrower than the thickness of the plate forming the upper and lower stems 110 and 120. By the above configuration, the upper and lower pedestals 110 and 120 are easily guided to the upper and lower incision grooves 115 and 125 when they are initially joined to each other, and the coupling is started to each other. Since the thicknesses of the upper and lower stems 110 and 120 are slightly larger than the cut portions of the cutouts 115 and 125, they may be tightly coupled with each other. 4 shows a state in which the upper and lower stems 110 and 120 are coupled. A vertex of the triangular support plate 127 of the lower stem 120 is a portion that becomes a vertex of the rotation axis when the top 10 rotates, and the triangular support plate 117 of the upper stem 110 is the triangular support plate 127. If it is formed to protrude more than the vertex of, the assembled top 10 can not be freely rotated, so should be manufactured with caution. (See Fig. 8)

In addition, the first rotating plate 130 is coupled to the first stepped parts 111 and 121 assembled in a “+” shape while the upper and lower supporters 110 and 120 are assembled. The first rotating plate 130 is a disk (圓 板) in the shape of the cross (+) shaped first insertion groove 135 is formed in the center. Although shown in the drawings as a disc, the shape is not limited to the disc. The second rotating plate 140 and the third rotating plate 150 are coupled to the second step 112 and the third step 113 and 123, respectively, and a cross-shaped second insert is inserted into the center of the second rotating plate 140. A groove 145 is formed, and a third insertion groove 155 having a cross shape is formed in the center of the third rotating plate 150. In the state in which the upper and lower pedestals 110 and 120 are coupled to each other, flow is generated to the side, and such flow is prevented by the insertion grooves 135, 145, and 155 formed in the rotating plates 130, 140, and 150. That is, the insertion grooves 135, 145, and 155 have a cross shape (+), and are coupled to the first stepped 111 and 121, the second stepped 112, 122, and the third stepped 113 and 123, respectively. The center portion of the cross-shaped (+) insertion groove (135, 145, 155) is formed larger so that it can be easily inserted into the upper and lower pedestal (110,120), the remaining portion except the center is the upper and lower pedestal (110,120) It is to be formed slightly smaller than the thickness of. In other words, it is formed to be fit so that it can be firmly combined. In addition, the lengths D1, D2, and D3 of the insertion grooves 135, 145, and 155 are also slightly shorter than the lengths d1, d2, and d3 of the stepped portions, so that they may be interfitted when they are engaged (see Fig. 5).

In addition, the rotating plate 130, 140, 150 is preferably provided with a point-symmetrical shape around the insertion grooves (135, 145, 155), it is preferable to manufacture in the shape of a regular polygon of six or more rather than the shape of a rectangular (or square). Do. And vertices or sides facing each other in the shape of polygons can be made in a variety of shapes by adding or removing a specific pattern.

The upper support base 110, the lower support 120, the first rotating plate 130, and the second rotating plate 140, which constitute the prefabricated top 10, are attached to the substrate shown by reference numeral 20 in FIG. 1. , And the third rotating plate 150 is configured to be cut by the cutting line 210. The perforation line 210 is displayed on the surface of the substrate 20 in color, and is not cut by a user using a tool such as scissors, but cut by a small force applied by the user as it is almost cut by a press. To be separated. The cut line 210 does not mean a state in which a part is cut and only a part is connected, but is almost cut evenly with respect to the entire part, and the connected part is extremely minutely connected to the entire part. If a part of the perforated line is connected and the remainder is configured to be cut, the cut section taken along the perforated line is not preferable because it does not maintain the same surface, and the connection traces remain in the connected part. In addition, as shown in FIG. 1, the insertion grooves 135, 145, and 155 of the rotating plates 130, 140, and 150 formed in the substrate 20 are not cut, but are cut in the manufacturing step. Since the insertion grooves 135, 145, and 155 have cross-shaped grooves not larger than the thickness of the substrate 20, it is not efficient for the user to cut with a finger, and the shaving cut and cut is not smoothly formed. Therefore, the insertion grooves (135, 145, 155) is preferably manufactured in a pre-punched state by a press.

Use and action according to the following configuration of the present invention is as follows.

First, the user cuts and separates the upper and lower pedestals 110 and 120 and the rotating plates 130, 140 and 150 constituting the assembled top 10 by using a finger or the like on the substrate 20 as shown in FIG. Combine the stem 110 and the lower stem 120 in the state shown in Figure 4 while crossing the upper incision groove 115 and the lower incision groove 125. When combined in this way, the upper limbs 110 and the lower limbs 120 intersect with each other and maintain the cross shape (+) of each step. The user first couples the second rotating plate 140 to the second stepped portions 112 and 122, and then the first rotating plate 130 and the third rotating plate 150 connect the first stepped portions 111 and 121 and the third stepped portion. And inserted into (113,123), respectively. The first rotating plate 130 and the second rotating plate 140 are inserted into and coupled from the vertices of the triangular support plates 117 and 127, and the third rotating plate 150 is coupled through the handle parts 119 and 129. In this way, the upper and lower portions are respectively inserted and coupled to each other, so that they can be more firmly coupled and can be stably rotated even at a high speed.

In addition, the radius of rotation of the first rotating plate 130 located below the assembled top 10 is less than the radius of rotation of the second rotating plate 140, the radius of rotation of the second rotating plate 140 is the third It is less than the radius of rotation of the rotating plate 150. That is, the prefabricated spinning top forms a conical shape with a pointed lower portion when rotating. This is a configuration for preventing the top from hindering the rotational motion at the lower side of the top during precessional motion, but it is not necessary to make such a configuration and can be manufactured in various modifications. And since the disassembly of the prefabricated top of the present invention proceeds in the reverse order of the above process, the following detailed description is omitted.

According to the configuration as described above of the present invention, children can assemble the top by hand after cutting the components of the top from the substrate can be used to feel a sense of accomplishment, because the components constituting the top is made of one flat plate In addition, it takes up little space during transportation and storage, and can also be used as a promotional material because advertisements can be placed on a substrate on which a structure of the top is formed. In addition, the coupling portion of the prefabricated spinning top according to the present invention is an interference fit type is generated that can be combined firmly.

What has been described above is just one embodiment for carrying out a substrate having a prefabricated top and a structure of the top according to the present invention, the present invention is not limited to the above embodiment, it is claimed in the utility model registration claims below As will be apparent to those skilled in the art to which the present invention pertains without departing from the gist of the present invention, the technical idea of the present invention is to the extent that various modifications can be made.

Claims (5)

A triangular support plate 127 formed of a triangle and a handle portion 129 extending from the bottom side of the triangular support plate 127 are formed, and the handle portion 129 has a lower incision groove 125 cut into a predetermined length Is formed, the lower surface 120 is formed with at least one stepped side; A triangular support plate 117 formed of a triangle and a handle portion 119 extending a predetermined distance from the bottom side of the triangular support plate 117 is formed, at least one step is formed on the side, the vertex of the triangular support plate 117 The upper incision 110 is formed in the upper incision groove 115 is cut to a predetermined length to the center is coupled to the lower column 120; And Prefabricated top, characterized in that consisting of; a plurality of rotating plate formed in the center cross-shaped insertion groove coupled to the step in the state in which the lower stem 120 and the upper stem 110 is coupled to each other. The method of claim 1, wherein the step is prefabricated, characterized in that the first step (111, 121) and the second step (112, 122); is formed on the comb surface of the triangular support plate (117, 127) of the upper and lower legs (110, 120), respectively top. According to claim 1, wherein the triangular support plate (117, 127) and the third step (113, 123); the prefabricated top, characterized in that is further formed in the portion connected to the handle portion (119,129). According to any one of claims 1 to 3, wherein the rotating plate is a first rotating plate 130 coupled to the first step (111, 121); and the second rotating plate coupled to the second step (112, 122) 140; And a third rotating plate (150) coupled to the third step (113, 123). The upper supporter 110 and the lower supporter 120 and the first rotating plate 130 and the second rotating plate 140 on a flat plate formed to a predetermined thickness; And the third rotating plate (150); wherein the shapes of the prefabricated spinning tops are configured to be cut out by cut lines.