CN212854592U

CN212854592U - Push type labyrinth chessboard

Info

Publication number: CN212854592U
Application number: CN202020146402.3U
Authority: CN
Inventors: 由方
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-01-23
Filing date: 2020-01-23
Publication date: 2021-04-02
Anticipated expiration: 2030-01-23

Abstract

The utility model discloses a push-type labyrinth chessboard, which takes a regular polygonal flat chessboard as a base and a plurality of regular polygonal holes which are regularly and evenly distributed on the surface of the chessboard. And the chessmen with the same number of holes are arranged. The chess pieces are cube bodies. The narrow side surface of the cube is a regular polygon with the same shape and size as the chessboard area, and the two narrow side surfaces are smoothly narrowed towards the middle of the long side surface. The waist part at the narrowest part of the middle part has a shape similar to the shape of the narrow side surface but has a slightly smaller area than the corresponding hole. The chess pieces are embedded in the corresponding holes, and can be clamped in the holes and pushed back and forth due to similar shapes, wide two ends and slightly narrow middle waist. Each piece of chess is independent, and the position change of other chess pieces is not influenced by the push of a single piece of chess. The utility model discloses labyrinth chess board adopts the integral type structure, and each part cover of chess board is linked together, portable, and difficult disappearance part is. The maze design is realized by constructing different height combinations by forward and backward pushing each single piece in the chessboard. Because the chessmen can be pushed repeatedly in the holes, the chessmen can be reused for many times, and different labyrinth question types are designed.

Description

Push type labyrinth chessboard

Technical Field

The utility model relates to a labyrinth recreation equipment, especially a labyrinth recreation sets up equipment.

Background

Existing maze game devices typically exist in the form of printed graphics, or in the form of a number of discrete pieces of furniture.

The printed pictures have the following drawbacks. One is that the maze pattern is fixed and unchangeable. All are disposable products and can not be reused. Secondly, the maze function is not perfect. After the maze pattern is taken, only the problem can be solved, and the maze design cannot be carried out.

The labyrinth of the pendulum type has the following drawbacks. Firstly, each part is dispersed, easy disappearance is difficult for carrying. Secondly, the general whole is too small, the maze design is simple and the process is complex.

The above two labyrinth game devices cannot meet the requirements of diversity, randomness and portability of labyrinth games.

SUMMERY OF THE UTILITY MODEL

The labyrinth game device aims to overcome the defects that the existing labyrinth game device is unrepeatable, cannot be designed, is monotonous in form or is not easy to carry, has no parts, is complex to operate and the like. The utility model provides an adopt piece to push away the maze chess board according to the combination, with a whole chess board, with a plurality of pieces fixed wherein, through the combination of pushing away according to of each single piece, accomplish the maze and found to carry out the maze recreation.

The utility model adopts the technical proposal that: a push-type labyrinth chessboard comprises a regular polygonal flat chessboard (taking a square shape and a regular hexagon as examples), wherein the surface of the chessboard is regularly and evenly divided into a plurality of regular polygonal areas (the square shape corresponds to the square chessboard and the regular hexagon corresponds to the hexagonal chessboard), and a hole which is similar to the area in shape and slightly smaller in area is arranged in the middle of the center in each area. And the chessmen with the same number of holes are arranged. The chessmen are cube (the square chessboard corresponds to the quadrilateral cube, and the hexagonal chessboard corresponds to the regular hexagonal cube). The narrow side surface of the cube is a regular polygon with the same shape and size as the chessboard area, and the two narrow side surfaces are smoothly narrowed towards the middle of the long side surface. The waist part at the narrowest part of the middle part has a shape similar to the shape of the narrow side surface but has a slightly smaller area than the corresponding hole. The chess pieces are placed in the corresponding holes, and the chess pieces are clamped in the holes and pushed back and forth due to the similar shapes, the two ends are wide, and the middle waist is slightly narrow. The chess pieces of the chessboard are of an integrated nested structure, and the chess pieces can be nested in the corresponding holes to be pushed back and forth, can be clamped and fixed and cannot be separated from the chessboard. Each piece of chess is independent, and the position change of other chess pieces is not influenced by the push of a single piece of chess.

The beneficial effects of the utility model are that, the utility model discloses labyrinth chess board adopts the integral type structure, and each part cover of chess board is linked together, portable, the difficult partial part that lacks. The maze design is realized by constructing different height combinations by forward and backward pushing each single piece in the chessboard. Because the chessmen can be pushed repeatedly in the holes, the chessmen can be reused for many times, and different labyrinth question types are designed.

Drawings

The present invention will be further explained with reference to the drawings and examples.

FIG. 1 is a schematic view of the present invention (Square chessboard), the present invention is a schematic view (hexagonal chessboard)

FIG. 2 is a chessboard (Square chessboard)

Figure 3 shows chess pieces (Square chessboard)

FIG. 4 is a schematic diagram showing the completion of maze construction by the pushing of chess pieces (Square chessboard)

FIG. 5 is the schematic view of the present invention (hexagonal chessboard)

FIG. 6 is a chessboard (hexagonal chessboard)

Figure 7 shows chess pieces (hexagonal chessboard)

FIG. 8 is a schematic diagram of a maze construction by a piece pushing mechanism (hexagonal chessboard)

Detailed Description

A push-type labyrinth chessboard comprises a flat chessboard, wherein the surface of the chessboard is regularly and evenly divided into a plurality of holes, and each hole is internally provided with a piece which can be pushed up and down. Firstly, all the chessmen are pushed to one direction to be clamped with the holes, and then the required chessmen are sequentially pushed to the opposite direction to be clamped with the holes. The chessmen in two directions form a path and an obstacle required by the maze respectively. After the pushing is finished, the maze can be completed. After solving the problems, all the chessmen can be pushed and clamped in one direction, and initial reset is completed. The next maze construction can be carried out at any time.

Claims

1. The utility model provides a push type labyrinth chess board, its characterized in that includes a regular polygon flat chess board, a plurality of pieces, and the main part chess board is regular polygon, and a plurality of regions of chess board surface regular evenly distributed have the hole in the middle of the region, and the piece is regular polygon cube, and the piece quantity is the same with the hole on the chess board, and the narrow limit face of piece cube is the regular polygon that the shape size is the same with the chess board region, and two narrow limits narrow faces are smooth constrictions in the middle of the long limit face, and the waist position shape of the narrowest department in the middle is similar with narrow limit face but the area slightly is lighter than corresponding.

2. The push-type labyrinth chessboard of claim 1, wherein the chess pieces are in a one-piece nesting structure, and the pieces are nested in the corresponding holes and can be pushed back and forth, clamped and fixed, and can not be separated from the chessboard.

3. The push-type labyrinth chessboard according to claim 1 or 2, wherein each piece of chess is an independent individual, and the position change of other pieces is not affected by the push of a single piece of chess.