CN201150791Y

CN201150791Y - Magic ball with twelve sets of rotary bodies

Info

Publication number: CN201150791Y
Application number: CNU2008200554303U
Authority: CN
Inventors: 李应清
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-02-04
Filing date: 2008-02-04
Publication date: 2008-11-19
Anticipated expiration: 2018-02-04

Abstract

The utility model provides a magic ball with twelve groups of rotating bodies, comprising a ball core. Twenty cubes with the same shape and size are attached to the surface of the ball core, every five cubes are compact and adjacent in a circle to form a group of rotating bodies, and the twelve groups of rotating bodies rotating together are formed. As the magic ball of the utility model is provided with the twelve groups of rotating bodies capable of dependently rotating, which are combined by the twenty cubes with the same shape and size, thereby achieving amazing changes, players require intelligence while gaming, thereby stimulating the intelligence of the players, and the magic ball is more informative and interesting.

Description

Magic ball with 12 groups of rotary bodies

Technical field

The utility model relates to a kind of puzzle, particularly a kind of magic ball with 12 groups of rotary bodies.

Background technology

On market, various magic squares, magic stick, magic ball are vied with each other for glamour, and have greatly enriched the toy world of children, even also allow some adults always enjoy it.By moving back and forth magic square, magic stick or magic ball, intelligence that can exploit person is tempered people's finger flexibility, and is improved the color detection ability of eyes.The structure of magic square, magic stick or magic ball is formed, and has determined the difficulty of recreation, we can say that the absolute construction unit of forming magic square, magic stick or magic ball is many more, and the aspect that can independently rotate is many more, and the difficulty of recreation is just big more.

The utility model content

The purpose of this utility model is exactly in order to provide a kind of magic ball with 12 groups of rotary bodies.

The technical solution of the utility model is: a kind of magic ball with 12 groups of rotary bodies, comprise the ball core, have 20 shapes cubic block all identical at the ball wicking surface with size, per five circularize closely adjacent cubic block and form one group of rotary body, form 12 groups of rotary bodies that can rotate together altogether.

The inner surface of described cubic block is the concave surface adaptive with the ball wicking surface, is embedded with magnet on concave surface, and described ball wicking surface correspondence is embedded with 20 iron blocks.

The inner surface of described cubic block is the concave surface adaptive with the ball wicking surface, is embedded with magnet on concave surface, and described ball wicking surface correspondence is embedded with 20 magnet and inhales mutually with the magnet formation heteropole on the cubic block.

Described cubic block is a gore, and its outer seamed edge becomes equilateral triangle, and 20 gores are closely adjacent, and per five summits that circularize closely adjacent gore lay respectively on the diameter line of spheroid.

The outer surface of described gore is plane, convex globoidal or cancave cambered surface.

Described cubic block is the hexagon piece, its outer seamed edge becomes equilateral hexagon, it is closely adjacent that 20 hexagon pieces circularize respectively, and a pentagon groove is left in per five centres that circularize closely adjacent hexagon piece, and the central point of each groove lays respectively on the diameter line of spheroid.

The outer surface of described hexagon piece is plane, convex globoidal or cancave cambered surface.

Magic ball of the present utility model is combined into 12 groups of rotary bodies that can independently rotate owing to have 20 shapes with all identical cubic block of size, its variation is more marvellous, more need intelligence during recreation, also more can excite people's intelligence, thereby have more intellectual and interest.

Description of drawings

Fig. 1 is the structural representation of first embodiment that the utlity model has the magic ball of 12 groups of rotary bodies;

Fig. 2 is the broken section structural representation of magic ball shown in Figure 1;

Fig. 3 is the structural representation of second embodiment that the utlity model has the magic ball of 12 groups of rotary bodies.

The specific embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

Referring to Fig. 1, Fig. 2, a kind of magic ball of the utility model with 12 groups of rotary bodies, comprise ball core 1, have 20 shapes cubic block 2 all identical on ball core 1 surface with size, per five circularize closely adjacent cubic block (2a as shown in Figure 1,2b, 2c, 2d, 2e) composition one group of rotary body (this group is the center with the A point), form 12 groups of rotary bodies that can rotate together (pivot of each group is respectively A, B, C, D, E, F, G, H, I, J, K etc.) altogether.The inner surface of each cubic block is the concave surface adaptive with the ball wicking surface, is embedded with magnet 21 on concave surface, and ball wicking surface correspondence is embedded with 20 iron blocks or magnet 11.When ball wicking surface also setting-in magnet, the pole orientation of each magnet is inhaled mutually with the magnet formation heteropole on the corresponding cubic block.The outer surface of each cubic block can be plane, convex globoidal or cancave cambered surface.

Cubic block 2 in the utility model can be gore as shown in Figure 1, and its outer seamed edge becomes equilateral triangle, and 20 gores are closely adjacent, and per five summits that circularize closely adjacent gore lay respectively on the diameter line of spheroid.

Cubic block 2 in the utility model also can be hexagon piece as shown in Figure 3, its outer seamed edge becomes equilateral hexagon, 20 hexagon pieces circularize closely adjacent respectively, a pentagon groove 3 is left in per five centres that circularize closely adjacent hexagon piece, and the central point of each groove lays respectively on the diameter line of spheroid.

Claims

1. magic ball with 12 groups of rotary bodies, it is characterized in that: comprise the ball core, with 20 shapes cubic block all identical with size, per five circularize tight adjacent cubic block and form one group of rotary body, form 12 groups of rotary bodies that can rotate together altogether at the ball wicking surface.

2. the magic ball with 12 groups of rotary bodies according to claim 1 is characterized in that: the inner surface of described cubic block is the concave surface adaptive with the ball wicking surface, is embedded with magnet on concave surface, and described ball wicking surface correspondence is embedded with 20 iron blocks.

3. the magic ball with 12 groups of rotary bodies according to claim 1, it is characterized in that: the inner surface of described cubic block is the concave surface adaptive with the ball wicking surface, be embedded with magnet on concave surface, described ball wicking surface correspondence is embedded with 20 magnet and inhales mutually with the magnet formation heteropole on the cubic block.

4. the magic ball with 12 groups of rotary bodies according to claim 1, it is characterized in that: described cubic block is a gore, its outer seamed edge becomes equilateral triangle, 20 gores are closely adjacent, and per five summits that circularize closely adjacent gore lay respectively on the diameter line of spheroid.

5. the magic ball with 12 groups of rotary bodies according to claim 4 is characterized in that: the outer surface of described gore is plane, convex globoidal or cancave cambered surface.

6. the magic ball with 12 groups of rotary bodies according to claim 1, it is characterized in that: described cubic block is the hexagon piece, its outer seamed edge becomes equilateral hexagon, 20 hexagon pieces circularize closely adjacent respectively, a pentagon groove is left in per five centres that circularize closely adjacent hexagon piece, and the central point of each groove lays respectively on the diameter line of spheroid.

7. the magic ball with 12 groups of rotary bodies according to claim 6 is characterized in that: the outer surface of described hexagon piece is plane, convex globoidal or cancave cambered surface.