KR20130117218A

KR20130117218A - Maze game

Info

Publication number: KR20130117218A
Application number: KR1020120040162A
Authority: KR
Inventors: 조상수
Original assignee: 조상수
Priority date: 2012-04-18
Filing date: 2012-04-18
Publication date: 2013-10-25

Abstract

PURPOSE: A maze block in kits is provided to have different maze games, be connected in a different angle and be used for an educational purpose. CONSTITUTION: A maze block in kits comprises a block (10), a lower case (20), an upper case (30), a bead (1) and a protruding part (25). The upper and the lower cases are fixed together. The protruding part is formed in the upper part of the lower case from the same distance and protruding in a several form such as circle, square and regular octagon.

Description

Prefab Maze Block {Maze game}

The present invention relates to a prefabricated maze block, which is a maze block that allows a user to construct various types of mazes by combining blocks.

In a conventional maze game, there is a maze game that solves a problem by printing a maze on paper. In the case of a labyrinth game printed on such a paper, it is mostly a one-time use that is used once and discarded by the user.

In order to solve the drawbacks of the paper-type maze game as described above, the maze game using the wood came out, but also due to the nature of using the wood, the structure of the maze is determined There is a problem that the user is easily lost interest.

In addition, there is a disadvantage that the manufacturing cost increases because the wood must be processed.

The present invention is easy to process to solve these problems as described above, and provides a durable, low-cost toy "prefabricated maze block" is used for one-time use, or is not a consistent problem solving form by developers You can create and use the maze yourself, and use the various structures to provide a maze game for different ages.

In order to solve the above problem, the prefabricated maze block 50 of the present invention is

It consists of a lower case 20 having a transparent upper case 30 and a plurality of protrusions 25, protruding at regular intervals to the upper side of the lower case 20 (circular, square, octagonal, etc.) Projection 25; Block 10 having a coupling groove 7 in any protrusion 25 is possible,

In addition, a plurality of blocks 10 may be coupled to one protrusion 25.

A metal ball (1) capable of visiting such a manufactured maze; It consists of a magnet rod 5 for moving the iron ball 1.

As described above, in the present invention, the maze game can be applied to a variety of maze games through the application of a variety of block characteristics. Can also be used.

In the case of this three-dimensional maze can be learned to use both the hand and the brain, it can be used in a wide range of ages because it is not used for single use.

1 is a perspective view of the prefabricated maze block 30 of the present invention.
2 is a plan view showing a protrusion having various forms in the present invention.
3 is a perspective view showing a length of a block of the present invention.
Figure 4 is a perspective view showing a combination of the protrusion and the plurality of blocks of the present invention.

Prior to the description of the present invention,

In assigning reference numerals to the components attached to each drawing, it is noted that the same reference numerals are assigned to the same components even though they are shown in different drawings.

In describing the present invention, when it is determined that the subject matter of the present invention may obscure the subject matter of the present invention, the detailed description of the present invention will be omitted.

1 is an overall perspective view of the prefabricated maze block 30.

As shown, in the coupling structure of the transparent upper case 30 and the lower case 20, the square side portion is composed of an interface (interface of the two materials in contact with each other), based on the interface It is omitted because it is widely used with respect to the structure that can be detached from each other.

Protruding portions 25 of various shapes (round, square, octagonal, etc.) are formed at regular intervals from the upper side of the lower case 20,

There is a block (10) having a coupling groove (7) that can engage with the protrusions 25, the plurality of blocks 10 to the arbitrary protrusions 25 (b, a) in the shape of different angles Can produce a variety of mazes.

After placing the iron ball 1 at an arbitrary position in the labyrinth produced as described above, the transparent upper case 30; The lower case 20 which provides the maze by coupling the block 10 to the protrusion 25 is coupled to each other, and uses the magnetic rod 5 to execute the prefabricated maze block 50 of the present invention.

2 is a plan view showing a protrusion having various forms in the present invention. As shown in the figure, protrusions 10 of various shapes (circular, rectangular, octagonal, etc.) facing the upper side at regular intervals are formed in the lower case 20 having a rectangular frame shape.

Since the angle of the block 10 may be determined according to the shape of the protrusion 25, various protrusions may be used.

Among the various types of protrusions, when the circular protrusions 25 are used, the block 10 coupled with the protrusions 25 may collide with the iron balls 1 when the maze is manipulated, so that the block 10 may move.

It is easy to use the angled protrusions 25, and in the case of the rectangular protrusions 25, the maze structure may be configured as a (+) shape, so a diagonal maze may not be provided. .

In this protruding shape, as the angle of the protruding portion 25 increases, the angle of the block 10 increases when the block 10 is assembled with the protruding portion 25, so that the protruding portion 25 of the regular octagonal pillar can be provided. It is easy to use.

3 is a perspective view showing a length of a block of the present invention.

Prior to describing the drawings, FIG. 3 is not a dimension representing the exact length of the block 10.

That is, since the block 10 is produced in a short time in large quantities, the plastic is melted in the mold. In this process, since the cut portion of the block may not fit due to an error in the binding frame or a minute length difference, the error range of the block 10 is also considered and manufactured.

Since the coupling groove 7 located on the side of the block 10 and the easy length of the gap in which the protrusion 10 is coupled are omitted, it is widely used.

The incision (h / 2) around the coupling groove 7 provided on the side of the block 10 is to enable the production of various prefabricated mazes. When making the block 10 without the incision, the length of the maze game is simplified, the block 10 may be lacking because there is no protrusion 10 in the required position. Because of this problem, the shape of the block 10 by cutting around the coupling groove 7 can be symmetrically coupled to each other in a "b, a" shape.

When determining the length of the block as shown in Figure 3,

The height h of the block and the length l of the base of the block 10 are determined, and the length h / 2 of the coupling groove 7 is determined.

In order to facilitate the coupling process of the plurality of blocks 10, the semicircle of the width of the block (r) is made as a semi-circle, and in order to combine the block 10 and the block 10 in order to have an angle of 45 ° It is easy to form the wall surface of the block 10 at a distance apart from the peripheral length (a) and the radius (r) of the coupling groove (7).

In the structure of the coupling groove 7, it is possible to make the coupling groove 7 of various forms (circular, square, octagonal, etc.) like the protrusion 25. Although the coupling groove 7 may use a regular octagon, it is for reducing the friction surface with the protruding portion 25 by using a square groove so that the attachment and detachment is easy.

Figure 4 is a perspective view showing a combination of the protrusion and the plurality of blocks of the present invention.

The block 10 having the protrusion 25 and the coupling groove 7 is coupled to each other, and the block 10 may be provided with various angles by providing the protrusion 25 with various angles.

1: iron ball
5: magnetic rods
7: combined groove
10: block
20: lower case
25: protrusion
30: upper case
50: Prefabricated Maze Block

Claims

In the prefabricated maze game that can form a labyrinth prefabricated, the upper case 30 and the lower case 20 are combined, and the upper side of the lower case is provided at regular intervals in various forms (round, square, square octagon) And a plurality of protrusions 25 projecting to the back, etc.,

Prefabricated maze block that can provide a variety of angles in the form of a block 10 having a coupling groove 7 of various shapes (circular, square, octagonal, etc.) that can be combined with the protrusion 25.

The prefabricated labyrinth block according to claim 1, wherein a plurality of blocks (10) can be coupled to any protrusion by cutting around the coupling groove (7).

3. The prefabricated labyrinth block according to claim 2, wherein the corner portion of the block (10) is rounded to facilitate the movement of the beads (1).