CN2877808Y

CN2877808Y - Cube splicing intelligent toy

Info

Publication number: CN2877808Y
Application number: CN 200620101315
Authority: CN
Inventors: 马达伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-03-01
Filing date: 2006-03-01
Publication date: 2007-03-14
Anticipated expiration: 2016-03-01

Abstract

The utility model relates to an intelligence toy which is a cube splicing intelligence toy made by splicing twenty seven small cube building blocks by a plurality of connecting pieces, and the adjacent surfaces between the small cube building blocks are respectively provided with strip grooves, the size of the connecting pieces matches the size of the strip grooves, each connecting piece is embedded in the strip groove of a small cube building block and inserted into the strip groove of other adjacent small cube building block. The utility model adopts the above technical project, and thereby the utility model is difficult to splice after being disjointed and suitable for adults to play.

Description

Square splicing puzzle

Technical field

The utility model relates to a kind of puzzle.

Background technology

The puzzle that has now on market has seven-piece puzzle, can risk planar graph; 12, capable assembling becomes various three-dimensional contourings; Intelligence jigsaw, capable assembling become animal or other artistic patterns.Puzzle is of a great variety, but the splicing difficulty of a lot of puzzles is lower, is not suitable for the adult and plays.

Summary of the invention

In order to solve above-mentioned technical problem, it is more that the purpose of this utility model provides a kind of splice quantity, and certain splicing difficulty is arranged, the square splicing puzzle that suitable adult plays.

To achieve the above object, the utility model has adopted following technical scheme:

A kind of square splicing puzzle, splice mutually by some contiguous blocks by 27 little square building blocks and to form, be respectively equipped with strip groove on the little square building block face adjacent with other little square building block, the size and the strip groove of described contiguous block are suitable, contiguous block is embedded on the little square building block in the strip groove, and is plugged in the strip groove on other little square building blocks adjacent with little square building block.

The face that above-mentioned little square building block is adjacent with other little square building block is provided with 1 strip groove that becomes in-line; The face that perhaps above-mentioned little square building block is adjacent with other little square building block is provided with 2 strip grooves that become right-angled intersection; Perhaps the face of the little square building block of some of them is provided with 1 strip groove that becomes in-line, and the face of some little square building blocks is provided with 2 strip grooves that become right-angled intersection.The strip groove of described right-angled intersection forms 4 little grooves, and the size of contiguous block and little groove are suitable, and are embedded in the little groove.

As preferred version: 27 above-mentioned little square building blocks are respectively: it is adjacent with other building blocks that 8 building block A, building block A have 3 faces, is respectively equipped with 2 strip grooves that become right-angled intersection on this each face of 3; It is adjacent with other building blocks that 12 building block B, building block B have 4 faces, is respectively equipped with 2 strip grooves that become right-angled intersection on relative 2 faces in these 4, is respectively equipped with 1 strip groove that becomes in-line on the face in addition; It is adjacent with other building blocks that 6 building block C, building block C have 5 faces, is respectively equipped with 1 strip groove that becomes in-line on this each face of 5; 1 building block D, 6 faces of building block D are all adjacent with other building blocks, are respectively equipped with 2 strip grooves that become right-angled intersection on this each face of 5; At least be provided with 1 contiguous block on adjacent 2 of 2 building blocks that above-mentioned building block is adjacent and be used for connecting 2 adjacent building blocks.

The utility model is owing to adopted above technical scheme, and the difficulty of splicing is higher after breaking, and suitable adult plays.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is an assembly structure schematic diagram of the present utility model.

Fig. 3 is the structural representation of the utility model building block A.

Fig. 4 is the rearview of Fig. 3.

Fig. 5 is the structural representation of the utility model building block B.

Fig. 6 is the structural representation of the utility model building block C.

Fig. 7 is the structural representation of the utility model building block D.

Fig. 8 is the structural representation of the utility model contiguous block.

Fig. 9 is the mounting structure schematic diagram of contiguous block.

The specific embodiment

A kind of square splicing puzzle as shown in Figure 1 and Figure 2 is made up of by some contiguous blocks 6 mutual splicings 27 little square building blocks.27 little square building blocks divide 3 layers, and upper strata building block 1 is respectively building block 11, building block 12, building block 13, building block 14, building block 15, building block 16, building block 17, building block 18, building block 19; Middle level building block 2 is respectively building block 21, building block 22, building block 23, building block 24, building block 25, building block 26, building block 27, building block 28, building block 29; Lower floor's building block 3 is respectively building block 31, building block 32, building block 33, building block 34, building block 35, building block 36, building block 37, building block 38, building block 39.

As shown in Figure 3, Figure 4, building block 11, building block 13, building block 17, building block 19, building block 31, building block 33, building block 37 and building block 39 are building block A7.It is adjacent with other building blocks that building block A7 has 3 faces (as a on Fig. 3, b, c face), on this each face of 3, be respectively equipped with 2 strip grooves 4 that become right-angled intersection, the strip groove 4 of right-angled intersection forms 12

little grooves

41,42,43,44, and other faces (as the d on Fig. 4, e, f face) are not established groove.

As shown in Figure 5, building block 12, building block 14, building block 16, building block 18, building block 32, building block 34, building block 36, building block 38, building block 21, building block 23, building block 27, building block 29 are building block B8.It is adjacent with other building blocks that building block B8 has 4 faces, in these 4, be respectively equipped with 2 strip grooves 4 that become right-angled intersection on relative 2 faces (as the c on Fig. 5, e face), be respectively equipped with 1 strip groove 5 that becomes in-line on the face in addition (as a on Fig. 5, b face), other do not establish groove.

As shown in Figure 6, building block 15, building block 22, building block 24, building block 26, building block 28, building block 35 are building block C9.It is adjacent with other building blocks that building block C9 has 5 faces (as a on Fig. 6, b, c, e, f face), is respectively equipped with 1 strip groove 5 that becomes in-line on this each face of 5, and other faces are not established groove.

As shown in Figure 7, building block 25 is building block D10, and six faces of building block D10 are equipped with 2 strip grooves 4 that become right-angled intersection.

As shown in Figure 2, upper strata building block 1 is pressed building block 11, building block 12, building block 13, building block 14, building block 15, building block 16, building block 17, building block 18, building block 19 arrangements; Middle level building block 2 is pressed building block 21, building block 22, building block 23, building block 24, building block 25, building block 26, building block 27, building block 28, building block 29 arrangements; Lower floor's building block 3 is pressed building block 31, building block 32, building block 33, building block 34, building block 35, building block 36, building block 37, building block 38, building block 39 arrangements.

As Fig. 1, Fig. 2, Fig. 8, shown in Figure 9, on adjacent 2 of 2 adjacent building blocks, be provided with 1 contiguous block 6 at least and be used for connecting 2 adjacent building blocks, the width of its medium and small groove is that M, length are that N, the degree of depth are L, the width of contiguous block 6 be M, length be N, highly for 2L, contiguous block 6 is embedded in the little groove or the strip groove 5 of in-line, and is plugged in the strip groove 5 on other little square building blocks adjacent with little square building block.

Claims

1. a square splices puzzle, it is characterized in that forming by the mutual splicing of some contiguous blocks (6) by 27 little square building blocks, be respectively equipped with strip groove (4,5) on the little square building block face adjacent with other little square building block, the size of described contiguous block (6) and strip groove (4,5) are suitable, contiguous block (6) is embedded on the little square building block in the strip groove (4,5), and is plugged in the strip groove (4,5) on other little square building blocks adjacent with little square building block.

2. a kind of square splicing puzzle as claimed in claim 1 is characterized in that being respectively equipped with on the adjacent face of the little square building block of little square building block and other 1 strip groove (5) that becomes in-line.

3. a kind of square splicing puzzle as claimed in claim 1 or 2, it is characterized in that being respectively equipped with on the adjacent face of the little square building block of little square building block and other 2 strip grooves (4) that become right-angled intersection, the strip groove of right-angled intersection (4) forms 4 little grooves (41,42,43,44), the size and the little groove of contiguous block (6) are suitable, and are embedded in the little groove (41,42,43,44).

4. a kind of square splicing puzzle as claimed in claim 3 is characterized in that 27 little square building blocks are respectively:

It is adjacent with other building blocks that 8 building block A (7), building block A (7) have 3 faces, is respectively equipped with 2 strip grooves (4) that become right-angled intersection on this each face of 3;

It is adjacent with other building blocks that 12 building block B (8), building block B (8) have 4 faces, is respectively equipped with 2 strip grooves (4) that become right-angled intersection on relative 2 faces in these 4, is respectively equipped with 1 strip groove (5) that becomes in-line on the face in addition;

It is adjacent with other building blocks that 6 building block C (9), building block C (9) have 5 faces, is respectively equipped with 1 strip groove (5) that becomes in-line on this each face of 5;

1 building block D (10), 6 faces of building block D (10) are all adjacent with other building blocks, are respectively equipped with 2 strip grooves (4) that become right-angled intersection on this each face of 5;

At least be provided with 1 contiguous block (6) on adjacent 2 of 2 building blocks that above-mentioned building block is adjacent and be used for connecting 2 adjacent building blocks.