CN201073543Y

CN201073543Y - Magic cube

Info

Publication number: CN201073543Y
Application number: CNU200720072952XU
Authority: CN
Inventors: 林成材
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-07-27
Filing date: 2007-07-27
Publication date: 2008-06-18
Anticipated expiration: 2017-07-27

Abstract

The utility model relates to a magic cube, comprising three hexahedron blocks and a rotating shaft that goes through central axle holes of the three hexahedron blocks, the three hexahedron blocks being able to rotate around the rotation shaft; different pictures are arranged at four lateral sides of the hexahedron blocks. The utility model has the advantages that due to only three blocks are designed; the magic cube has fewer changing patterns, easy to play with, suitable for children of 3 to 8 years old to improve their operating and thinking ability.

Description

A kind of magic square

Technical field

The utility model relates to a kind of magic square, refers to a kind of magic square that can arbitrarily rotate the variation picture especially.

Background technology

Present magic square has been continued to use for many years, generally be four hexahedron squares or nine hexahedron combinations of blocks form a magic square, can arbitrarily rotate any one square wherein, pattern on each square has nothing in common with each other, by rotating each square on the magic square, make the pattern of each face of magic square become an organic picture mosaic integral body.The difficulty of this educational toy still is sizable, and the teenager who relatively is fit to the intelligence comparative maturity tempers thinking, and for the child below ten years old, difficulty is too big, can produce certain sense of loss and sense of frustration for a long time.

The utility model content

Main purpose of the present utility model is to overcome the deficiencies in the prior art, aims to provide relatively simple magic square.

The utility model provides a kind of magic square in order to solve its technical problem, comprise three hexahedron squares, a rotating shaft is passed the central shaft hole of three hexahedron squares and these three hexahedron squares are rotated around described rotating shaft, and four sides of described hexahedron square are provided with different pictures.

Another kind of combining form is: an end of first square and an end of third party's piece are respectively equipped with a columnar protrusions, the two ends of second square are provided with two endoporus grooves that match with the projection of first square and third party's piece, the columnar protrusions of first square is inserted in the endoporus groove of second square, the columnar protrusions of third party's piece is inserted in another endoporus groove of second square, and four sides of described hexahedron square are provided with different pictures.

Another combining form is: an end of first square and an end of second square are respectively equipped with a columnar protrusions, one end of the other end of second square and third party's piece is respectively equipped with an endoporus groove that matches with described columnar protrusions, the columnar protrusions of first square is inserted in the endoporus groove of second square, the columnar protrusions of second square is inserted in the endoporus groove of third party's piece, and four sides of described hexahedron square are provided with different pictures.

The beneficial effects of the utility model are: owing to have only three squares, so the conversion pattern is fewer, and is simple to operate, and the child who relatively is fit to 3-8 year plays, and tempers the ability that uses one's hands and brains.

Description of drawings

Fig. 1 is a kind of user mode design sketch of the present utility model.

Fig. 2 is an another kind of user mode design sketch of the present utility model.

Fig. 3 is another user mode design sketch of the present utility model.

Fig. 4 is the structure chart that connects by rotating shaft between the square of the present utility model.

Fig. 5 is the structure chart that connects by draw-in groove between the square of the present utility model.

The another kind of structure chart that connects by draw-in groove between Fig. 6 square of the present utility model.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is further specified:

As Fig. 1, Fig. 2, shown in Figure 3, for three squares of magic square rotate the back design sketch, four sides of first square are provided with the different people's countenance figure of fourth officer, four sides of second square are provided with the different upper body figure of fourth officer, four sides of third party's piece are provided with four different lower part of the body figure, rotate each square like this and just have different human body appearance.

Be illustrated in figure 4 as the structure chart that connects by rotating shaft between the square of the present utility model, a kind of magic square, comprise three hexahedron squares (first square 1, second square 2, third party's piece 3), a rotating shaft 4 is passed the central shaft hole of three hexahedron squares and these three hexahedron squares are rotated around rotating shaft 4, be equipped with different pictures on four sides of three hexahedron squares, be the head of aforesaid human body, upper body, the different figure figure of the lower part of the body.

The structure chart that connects by draw-in groove between the square of the present utility model as shown in Figure 5, one end of first square 1 is provided with a columnar protrusions 5, one end of third party's piece is provided with a columnar protrusions 7, the two ends of second square 2 are provided with two endoporus grooves 6 that match with the projection of first square 1 and third party's piece 3, the columnar protrusions 5 of first square 1 is inserted in the endoporus groove 6 of second square 2, and the columnar protrusions 7 of third party's piece 3 is inserted in another endoporus groove 6 of second square 2.

The another kind of structure chart that connects by draw-in groove between the square of the present utility model as shown in Figure 6, one end of first square 1 is provided with a columnar protrusions 5, one end of second square 2 is provided with a columnar protrusions 8, the other end of second square 2 is provided with an endoporus groove 6 that matches with columnar protrusions 5, one end of third party's piece 3 is provided with an endoporus groove 9 that matches with columnar protrusions 8 equally, the columnar protrusions 5 of first square 1 is inserted in the endoporus groove 6 of second square 2, and the columnar protrusions 8 of second square 2 is inserted in the endoporus groove 9 of third party's piece 3.

Claims

1. magic square is characterized in that:

Comprise three hexahedron squares, a rotating shaft is passed the central shaft hole of three hexahedron squares and these three hexahedron squares are rotated around described rotating shaft, and four sides of described hexahedron square are provided with different pictures.

2. magic square is characterized in that:

Comprise three hexahedron squares, one end of first square and an end of third party's piece are respectively equipped with a columnar protrusions, the two ends of second square are provided with two endoporus grooves that match with the projection of first square and third party's piece, the columnar protrusions of first square is inserted in the endoporus groove of second square, the columnar protrusions of third party's piece is inserted in another endoporus groove of second square, and four sides of described hexahedron square are provided with different pictures.

3. magic square is characterized in that:

Comprise three hexahedron squares, one end of first square and an end of second square are respectively equipped with a columnar protrusions, one end of the other end of second square and third party's piece is respectively equipped with an endoporus groove that matches with described columnar protrusions, the columnar protrusions of first square is inserted in the endoporus groove of second square, the columnar protrusions of second square is inserted in the endoporus groove of third party's piece, and four sides of described hexahedron square are provided with different pictures.