CN2887394Y

CN2887394Y - Assembled block toy

Info

Publication number: CN2887394Y
Application number: CN 200620102378
Authority: CN
Inventors: 马达飞
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-04-05
Filing date: 2006-04-05
Publication date: 2007-04-11
Anticipated expiration: 2016-04-05

Abstract

The utility model relates to an assembling toy. An assembling building-block toy comprises a base and seven building blocks. A cube is regarded as the smallest assembling-unit for each building block to form by diverse assembling ways. The seven building blocks are respectively the block A, block C, block D, block E, block F and block G which are all formed by four cubes and block B formed by three cubes. And an assembled-object which has a plane bottom and a plane face and eight right-angle grooves on four sides is assembled by the blocks. Eight columns are arranged on the base and correspondingly tangent with the eight assembled right-angle grooves. Each building block of the utility model is formed by a certain geometrical shapes, which makes the building-connection reasonable, and each building block can be assembled on the base thus the building-form is not easy to be dispersed or lost and easy for placing. The utility model has strong appreciation-value and fits the requirements of people of different ages and the regular form makes the production easy.

Description

A kind of assembly unit block toy

Technical field

The utility model relates to a kind of toy, specifically, is meant a kind of block toy.

Background technology

Toy kind in the market is a lot, block toy particularly, bonding relation is various, complicated each other for it, out-of-shape, be difficult for putting, and the production and processing difficulty is big, though also there is bonding relation simple, its intuitive is stronger, limited to the spatial thinking ability of tempering the people, be difficult for causing people's interest, it is less to be fit to colony's scope, generally also only is fit to young children.

Summary of the invention

The utility model is at deficiency of the prior art, provide a kind of bonding relation rationally, tactical rule and assembly unit block toy easy to process, easy ornaments.

In order to solve the problems of the technologies described above, the utility model is solved by following technical proposals:

A kind of assembly unit block toy comprises pedestal and 7 building blocks, and every building block is minimum component units with square, forms by different overlap modes, and 7 building blocks are respectively:

Building block A comprises that square a, 2 squares vertically overlap cuboid a, the square a ' of composition;

Building block B comprises square b, square b ', square b ";

Building block C comprises that square c, 2 squares vertically overlap cuboid c, the square c ' of composition;

Building block D comprises square d, square d ', square d ", building block d ;

Building block E comprises that square e, 2 squares vertically overlap cuboid e, the square e ' of composition;

Building block F comprises that square f, square f ', 2 squares vertically overlap the cuboid f of composition;

Building block G comprises square g, square g ', square g ", square g ;

Form 8 trough with straight angle around above-mentioned each building block is assembled into, upper and lower bottom surface is the assembly unit body on plane, and described trough with straight angle forms and lays respectively on the four edges of same square-shaped planar, and 2 trough with straight angle are arranged on every limit;

Described pedestal is provided with 8 round bars, and 8 round bars form respectively and are positioned on the four edges of same square-shaped planar, and 2 round bars are arranged on every limit;

Above-mentioned 8 round bars are corresponding one by one tangent with the groove face of 8 trough with straight angle of assembly unit body respectively.

A kind of assembly unit block toy by the technical solution of the utility model design, because of constituting by particular geometric shapes at every building block, make its bonding relation reasonable, and each building block can be assembled on the pedestal, is difficult for dissipating and is difficult for losing, and is easy to ornaments, sight is also stronger, the rule of shape makes processing more convenient, can satisfy the needs of all ages and classes layer.

Description of drawings

Fig. 1-the 7th, the perspective view of building block A-G in the present embodiment.

Fig. 8 is the perspective view of pedestal in the present embodiment.

Fig. 9-the 14th, the assembly unit decomposing schematic representation of each building block in the present embodiment.

Figure 15 is the perspective view of assembly unit body in the present embodiment.

Figure 16 is the perspective view of assembly unit body assembly unit in pedestal in the present embodiment.

The specific embodiment

Below in conjunction with the accompanying drawing and the specific embodiment the utility model is described in further detail:

As shown in the figure, a kind of assembly unit block toy, comprise

pedestal

8 and 7 building blocks, pedestal 8 is foursquare cuboid for seat surface, pedestal 8 is provided with 81,8 round bars 81 of 8 round bars and lays respectively on the four edges of same square-shaped planar, and the area of this square-shaped planar is less than the area of seat surface, every limit of this square-shaped planar is provided with 2 round bars 81, and promptly 8 round bars 81 are just in time on the seat surface perpendicular to pedestal 8.7 building blocks are minimum component units with square all, form by different overlap modes, and its building block is respectively:

Building block A1 comprises that square a11,2 squares vertically overlap cuboid a12, the square a ' 13 of composition; Overlap in square a11 and cuboid a12 bottom, cuboid a12 bottom and square a ' 13 are overlapped; Building block B2 comprises square b21, square b ' 22, square b, and " 23, square b21 and square b ' 22 are overlapped, " 23 overlap with square b for square b ' 22; Building block C3 comprises that square c31,2 squares vertically overlap cuboid c32, the square c ' 33 of composition, and overlap in square c31 and cuboid c32 bottom, cuboid c32 bottom and square c ' 33 are overlapped; Building block D4 comprises square d41, square d ' 42, square d " 43, building block d  44, square d41 and square d ' 42 are overlapped, square d ' 42 and square d " 43 overlap, square d " 43 are overlapped with building block d  44; Building block E5 comprises that square e51,2 squares vertically overlap cuboid e52, the square e ' 53 of composition, and overlap in square e51 and cuboid e52 top, cuboid e52 bottom and square e ' 53 are overlapped; Building block F6 comprises that square f61, square f62,2 squares vertically overlap the cuboid f63 of composition, and square f61 and square f62 are overlapped, overlap in square f62 and cuboid f63 top; Building block G7 comprises square g71, square g ' 72, square g " 73, square g  74, square g71 and square g ' 72 are overlapped, square g ' 72 and square g " 73 overlap, square g " 73 are overlapped with square g  74.

The assembly unit order of above-mentioned each building block is shown in Fig. 9-14:

The first step, as shown in Figure 9, building block A1 is gone up square a ' 13, cuboid a12 bottom, and upward square b ' 22, square b21 are overlapped with building block B2 respectively;

In second step, as shown in figure 10, on the basis of Fig. 9, building block B2 is gone up square b " 23, b21 goes up cuboid c32 bottom with building block C3 respectively, square c31 is overlapped;

The 3rd step, as shown in figure 11, on the basis of Figure 10, building block D4 is gone up square d41, square d " 43 upward overlap the perpendicular two sides on cuboid a12 top with building block A1 respectively, and square d ' 42, square d  44 are upward overlapped perpendicular two sides, cuboid c32 top with building block C3 respectively on it;

In the 4th step, as shown in figure 12, on the basis of Figure 11, building block E5 is gone up cuboid e52 bottom, square e ' 53 go up cuboid a12 top, building block D4 with building block A1 respectively and go up d " 43 overlap;

In the 5th step, as shown in figure 13, on the basis of Figure 12, building block F6 is gone up square f61, square f62, cuboid f63 bottom, and upward square e51, cuboid e52 top, square e ' 53 are overlapped with building block E5 respectively;

In the 6th step, as shown in figure 14, on the basis of Figure 13, last square g71 of building block G7 and the last square e51 of building block E5 are overlapped; Square g ' 72, square g  74 are overlapping with 2 perpendicular lateral parts of the last square f61 of building block F6 respectively, and square g  74 goes up square f63 top with building block F6 overlaps.

8 trough with straight angle 9 of peripheral formation around above-mentioned 7 building blocks are assembled into, upper and lower bottom surface is the assembly unit body on plane, the bottom surface of described 8 trough with straight angle 9 surrounds a foursquare plane, on the four edges on this foursquare plane, 2 trough with straight angle 9 is arranged on its every the limit.

As shown in figure 16, the assembly unit body that assembly unit is good is placed on the

pedestal

8, and 8 round bars 81 are just in time corresponding one by one tangent with 8 trough with straight angle 9 upper groove surfaces of assembly unit body respectively on the pedestal 8.

Each building block also can carry out assembly unit in proper order by other assembly units in the utility model, as directly 7 building blocks being assembled on the pedestal 8 one by one, makes, last round bar 81 is tangent with the groove face of trough with straight angle 9.

Claims

1. an assembly unit block toy is characterized in that comprising pedestal (8) and 7 building blocks, and every building block is minimum component units with square, forms by different overlap modes, and 7 building blocks are respectively:

Building block A (1) comprises that square a (11), 2 squares vertically overlap cuboid a (12), the square a ' (13) of composition;

Building block B (2) comprises square b (21), square b ' (22), square b " (23);

Building block C (3) comprises that square c (31), 2 squares vertically overlap cuboid c (32), the square c ' (33) of composition;

Building block D (4) comprises square d (41), square d ' (42), square d " (43), building block D  (44);

Building block E (5) comprises that square e (51), 2 squares vertically overlap cuboid e (52), the square e ' (53) of composition;

Building block F (6) comprises that square f (61), square F ＇ (62), 2 squares vertically overlap the cuboid f (63) of composition;

Building block G (7) comprises square g (71), square g ' (72), square g " (73), square g  (74);

Form 8 trough with straight angle (9) around above-mentioned each building block is assembled into, upper and lower bottom surface is the assembly unit body on plane, and described trough with straight angle (9) forms respectively and is positioned on the four edges of same square-shaped planar, and 2 trough with straight angle (9) are arranged on every limit;

Described pedestal (8) is provided with 8 round bar (81), and 8 round bars (81) form respectively and are positioned on the four edges of same square-shaped planar, and 2 round bars (81) are arranged on every limit;

Above-mentioned 8 round bars (81) are corresponding one by one tangent with the groove face of 8 trough with straight angle (9) of assembly unit body respectively.