JP3100783U - Maze forming assembly and gaming machine comprising maze forming assembly and sphere - Google Patents

Abstract

An object of the present invention is to provide a gaming device in which unit blocks having different through-hole shapes and spheres are combined.
SOLUTION: A first hexahedron provided with an axial through hole having a circular cross section passing through the center of an opposing surface, and a second hexahedron provided with an orthogonal through hole having a circular cross section passing through the centers of two orthogonal surfaces, and a plurality thereof. It comprises a maze forming assembly that forms a maze including at least one continuous passage inside an assembly that is assembled and assembled face-to-face, and a sphere that moves in the maze by the through hole.
[Selection diagram] Fig. 1

Description

  The invention of this application relates to a maze forming assembly and a gaming machine comprising a maze forming assembly and a sphere. More specifically, the invention of this application relates to a new game machine that combines a hexahedron with a straight through hole with a circular cross section, a hexahedron with an orthogonal through hole with a circular cross section, and a sphere.

  As a gaming machine using a gaming ball, there has been a gaming machine that can play using a sphere that forms a through hole of an assembly block as a maze, selects one entrance and exits from the other exit. Did not.

  The invention of this application is to select a through hole of an assembly block assembly in which a maze is assembled by using an appropriate number of assembly block units as an entrance as a game device of a maze play using a sphere, and a sphere to this. By inserting and repeating the direction change in the left, right, front and back and up and down while holding the assembly block assembly, by moving the spheres one after another in the maze in the assembly block assembly, finally taking out the other mouth from the exit, This is to end the game.

  According to the invention of this application, the sphere can be enjoyed by competing for the removal time or the discharge time of the sphere from the entrance to the exit through the maze in the block assembly, and an arbitrary maze can be obtained only by combining two types of block units. It is an object of the present invention to provide a new game device which can recreate a block assembly formed with a new maze and freely enjoy a new maze.

    In order to solve the above-mentioned problems, the invention of the present application firstly solves the above problem by firstly providing a first hexahedron having an axial through hole having a circular cross section passing through the center of the opposing surface, and a circular shape passing through the centers of two orthogonal surfaces. A maze is formed by assembling two types of hexahedrons including a second hexahedron having a cross-section orthogonal through hole, and when assembling the hexahedrons with the surfaces of the hexahedrons abutting each other, the assembly includes at least one continuous passage inside the assembly. A maze forming assembly is provided.

  The invention of this application is, secondly, a first hexahedron having a circular cross-section axial through-hole passing through the center of the opposing surface, and a second hexahedron having a circular cross-section orthogonal through-hole passing through two centers orthogonal to each other. A maze forming assembly comprising two types of hexahedrons, the maze including at least one continuous passage inside the assembly when assembled with the surfaces of the hexahedrons facing each other; And a sphere moving in a maze by a through hole.

According to the invention of the first maze forming assembly, a first hexahedron provided with an axial through hole having a circular cross section passing through the center of the opposing surface, and a circular cross section passing through the centers of two orthogonal surfaces are provided. A plurality of second hexahedrons having orthogonal through holes are provided, and a maze forming assembly that forms a maze including at least one continuous passage is provided inside an assembly assembled by abutting surfaces. The first and second hexahedrons can be arbitrarily assembled to freely create a maze that forms at least one continuous passage, and a game can be enjoyed while imagining a three-dimensional space. It is possible to easily provide a maze forming assembly which is a base of a game device capable of cultivating a three-dimensional sense while playing.

  According to the invention of the present application, according to the second gaming machine, a first hexahedron having a circular axial through hole passing through the center of the opposing surface, and a circular orthogonal through hole passing through the centers of two orthogonal surfaces are provided. A maze forming assembly that forms a maze including at least one continuous passage inside an assembly assembled by joining a plurality of second hexahedrons having holes and abutting the surfaces, and moving in the maze by the through holes Can provide a gaming device characterized by the fact that it is composed of a playing sphere, so that the user can enjoy the game while imagining a maze space by using the assembled arbitrary maze, contributing to the education of creativity. can do.

FIG. 1 shows two types of basic block units for assembling the gaming machine of the present invention.
In FIG. 1A, the basic block (1) has a hexahedron shape, and a straight through hole (1a) is formed at the center between the opposing surfaces. In FIG. 1B, the basic block (2) also forms a hexahedron, and a right-angled through-hole (2a) is formed between adjacent planes at right angles at the center of the plane.

As shown in FIG. 2A, the usage form of the basic block (2) is exemplified by a pattern in which a through-hole is opened at the upper right side, the left rear side, the right rear side, and the lower rear side. That is, the hexahedron of the basic block (2) in which the right-angled through-hole (2b) is perforated can be changed in orientation at the time of assembling by one basic block (2).
As an example of the maze forming block assembly (C) in which the basic blocks (1) and (2) are assembled, as shown in FIG. 2B, the assembled maze forming block assembly makes the through hole vertical. Basic block (1), basic block (2) with through hole opening upward and forward, basic block (2) with through hole opening rearward and downward, basic block (1) with vertical through hole, through hole A series of continuous passages is formed by a basic block (2) opening upward and to the right and a basic block (1) opening through holes to the left and right. Therefore, in the maze forming block assembly (C), by dropping the sphere (3) from the hole and inclining left and right and back and forth, a series of passages can be made to flow and finally taken out.

As a result, the player can enjoy the game such as a game in which the player shakes the maze forming block assembly to send out the sphere toward the exit while imagining the maze, and competes for the time to take the ball out.

A series of mazes can freely include a dead end path by arbitrarily combining a plurality of basic blocks (1) and (2).
At this time, even if the final assembly shape of the maze forming block assembly is a rectangular parallelepiped, as shown in FIGS. it can.
It can be applied to other ball games and toys.

  As described in detail above, according to the invention of this application, a maze forming game device that creates an arbitrary maze by combining a block with a hole and a sphere can be manufactured, and the sphere can be dropped and enjoyed by simple assembly, so that the space can be enjoyed. It can be applied to new game machines and toys as imagination games.

  FIG. 1A shows two types of basic blocks that form the basis for constructing the gaming device of the present invention, and FIG. 1A shows a first hexahedron having a circular cross-section axial through hole passing through the center of the opposing surface. -B) shows second hexahedrons each having an orthogonal through hole having a circular cross section passing through the center of two orthogonal surfaces.   FIG. 2A shows a usage example of a basic block according to the present invention, FIG. 2A is a diagram showing an example of a stacking pattern of a basic block (B), and FIG. FIG. 3 is a diagram showing a maze forming block assembly assembled by combining several of the above-described embodiments, and a sphere at positions before and after passing through a series of continuous through holes.   It is a figure which shows the example of an assembly of the maze formation block assembly which concerns on this invention.

Explanation of sign

DESCRIPTION OF SYMBOLS 1 Basic block 1a Straight through hole 2 Basic block 2a Orthogonal through hole 3 Sphere C Maze forming assembly C1 Maze forming assembly C2 Maze forming assembly

Claims (2)

  Consisting of two types of hexahedrons: a first hexahedron having a circular cross-section axial through hole passing through the center of the opposing surface, and a second hexahedron having a circular cross-section orthogonal through hole passing through two orthogonal centers. A maze forming assembly, wherein a maze including at least one continuous passage is formed inside the assembly when the hexahedrons are assembled with their faces abutting each other.   Consisting of two types of hexahedrons: a first hexahedron having a circular cross-section axial through hole passing through the center of the opposing surface, and a second hexahedron having a circular cross-section orthogonal through hole passing through two orthogonal centers. When the hexahedrons are assembled with their faces abutting each other, the assembly moves in a maze formed by a maze including a maze including at least one continuous passage inside the assembly and the through hole having the circular cross section. A gaming device characterized by being combined with a sphere.

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