CN2887396Y

CN2887396Y - Ball-type assembled block toy

Info

Publication number: CN2887396Y
Application number: CNU2006201023779U
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 a combination-type assembling building block toy. A ball-shaped assembling building block toy is assembled by twelve building blocks which comprise two building blocks A, two building blocks B, two building blocks C, a building block D, a building block E, two building blocks F and two building blocks G. At least one face on each building block is a curve-face. For a special groove, a protruding stage and a connecting pieces, etc. are arranged on each building block, the utility model makes the disassembling and assembling order comparatively fixed. Assembling according to the assembling-chart is easy to be mastered, which fits children; and assembling without chart needing a super imagination fits to be used to exercise the ideation of youngsters and adults, thus the toy has a wide applying scope. The assembled form can automatically locks and is not easy to be dispersed or lost. The assembled shape appears as a ball-shape and can be used as a bibelot with a strong appreciation value.

Description

A kind of ball-type assembly unit block toy

Technical field

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

Background technology

Building blocks combination of the prior art, its geometry is simple, Da Jie arbitrariness is very strong each other, main is that intuitive is too strong, and combined shaped is more single, and structural relation is comparatively simple, 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, and general is fit to young children.

Summary of the invention

The utility model provides a kind of geometry relative complex at deficiency of the prior art, needs strong space imagination during assembly unit, and assembly unit and disassembly sequence fix, but assembly unit good after the block toy that forms of self-locking again.

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

A kind of ball-type assembly unit block toy, assembled by 12 building blocks:

Comprise connector a on the building block A, the two ends of connector a are provided with the left and right trihedral that symmetrical lateral surface is a curved surface, which is provided with groove a;

Building block B is provided with groove b, and its two ends are respectively equipped with symmetrical boss b, and the outside of boss b is a curved surface;

Building block C is provided with groove c, groove c ', groove c ", boss c, the outside, its two ends is respectively symmetroid;

Building block D is provided with grooves d, and its outside, two ends is respectively symmetroid;

Building block E is provided with groove e, and its outside, two ends is respectively symmetroid;

Building block F is for being to be provided with groove f on the tetrahedron of curved surface in one side, and it is 2 symmetroids that curved surface is divided equally;

Building block G is for being to be provided with groove g, connector g on the tetrahedron of curved surface in one side, and it is 2 symmetroids that curved surface is divided equally;

Wherein building block A, building block B, building block C, building block F, building block G respectively are 2;

Above-mentioned 12 building blocks cooperate the formation spheroid in the following manner:

The groove a of the building block A of 2 symmetric arrays respectively with the sidewall tabling of the building block B of 2 symmetric arrays;

The sidewall b top tabling of the connector a top of the groove c of the 1st building block C and the 1st building block A, building block B, its upper groove c is " with the connector a top of other 1 building block A, the sidewall b top tabling of other 1 building block B; 1 building block C upper groove c is " with the connector a below of the 1st building block A, the sidewall b below tabling of building block B, the sidewall b below tabling of the connector a below of its upper groove c and other 1 building block A, building block B, 2 building block C symmetric arrays in addition;

The groove f of the building block F of 2 symmetric arrays goes up the boss b tabling at two ends respectively with 2 building block B of symmetric arrays;

The 1st building block G and building block C vertically arrange, the grooves d of building block D respectively with the boss c of 2 building block C, the connector g tabling of the 1st building block G, the connector g tabling of building block E upper groove e and other 1 building block G, and pass among the groove g of the groove c ' of 2 building block C, the 1st building block G and constitute from lock tool.

Compared with prior art, the beneficial effects of the utility model are: because of be provided with structures such as particular groove, boss, connector on every building block, make assembly unit and disassembly sequence relative fixed, if during with reference to the assembly unit precedence diagram, easy to perform, suitable children, if during not with reference to the assembly unit precedence diagram, need strong space imagination, suitable teenager, the adult thinking ability of taking exercise is so applicable surface is wider; But self-locking after assembly unit is good is difficult for dissipating and is difficult for losing; Be shaped as ball-type after the assembly unit, can be used as bibelot usefulness, sight is stronger.

Description of drawings

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

Fig. 8-the 15th, present embodiment is by the assembly unit exploded view of permanent order.

Figure 16 is the decomposing schematic representation of each building block of present embodiment.

The specific embodiment

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

Shown in Fig. 1-7, a kind of ball-type assembly unit block toy is a ball-type after its assembly unit, is a spheroid, and what present embodiment was assembled into is the sphere body, and assembled by 12 building blocks, each building block is respectively:

Comprise connector a11 on the building block A1, the two ends of connector a11 are provided with the left and right trihedral that symmetrical lateral surface is a curved surface, which is provided with groove a12;

Building block B2 is provided with groove b21, and its two ends are respectively equipped with symmetrical boss b22, and the outside of boss b22 is a curved surface;

Building block C3 is provided with groove c31, groove c ' 32, groove c " 33, boss c34, the outside, its two ends is respectively symmetroid;

Building block D4 is provided with grooves d 41, and its outside, two ends is respectively symmetroid;

Building block E5 is provided with groove e51, and its outside, two ends is respectively symmetroid;

Building block F6 is for being to be provided with groove f61 on the tetrahedron of curved surface in one side, and it is 2 symmetroids that curved surface is divided equally;

Building block G7 is for being to be provided with groove g71, connector g72 on the tetrahedron of curved surface in one side, and it is 2 symmetroids that curved surface is divided equally;

Wherein building block A1, building block B2, building block C3, building block F6, building block G7 respectively are 2;

Above-mentioned curved surface constitutes the sphere of spheroid.

The groove a12 of the building block A1 of 2 symmetric arrays respectively with sidewall 23 tablings of the building block B2 of 2 symmetric arrays;

The sidewall b23 top tabling of the connector a11 of the groove c31 of the 1st building block C3 and the 1st building block A1 top, building block B2, its upper groove c " 33 with the connector a11 top of other 1 building block A1, the sidewall b23 top tabling of 1 building block B2 in addition; Other is 1 building block C3 upper groove c " the sidewall b23 below tabling of the connector a11 below of 33 and the 1st building block A1, building block B2; the sidewall b23 below tabling of the connector a11 below of its upper groove c31 and other 1 building block A1, building block B2,2 building block C3 symmetric arrays;

The groove f61 of the building block F6 of 2 symmetric arrays goes up the boss b22 tabling at two ends respectively with 2 building block B2 of symmetric arrays;

The 1st building block G7 and building block C3 vertically arrange, the grooves d 41 of building block D4 respectively with the boss c34 of 2 building block C3, the connector g72 tabling of the 1st building block G7, the connector g72 tabling of building block E5 upper groove e51 and other 1 building block G7, and pass among the groove g71 of the groove c ' 32 of 2 building block C3, the 1st building block G7 and constitute from lock tool.

The assembly unit of present embodiment is fixed in proper order, referring to Fig. 8-15, and can assembly unit self-locking and inverted sequence dismounting.

As shown in Figure 8, with the groove a12 of building block A1 and sidewall 23 tablings of building block B2;

As shown in Figure 9, on the basis of Fig. 8,2 building block B2 symmetries are fitted 2 building block A1 symmetric arrays;

As shown in figure 10, on the basis of Fig. 9, with 2 vertical symmetric arrays of building block C3, and make the connector a11 top of the groove c31 of the 1st building block C3 and the 1st building block A1, the sidewall b23 top tabling of building block B2, its upper groove c " 33 with the connector a11 top of other 1 building block A1, the sidewall b23 top tabling of 1 building block B2 in addition; 1 building block C3 upper groove c in addition " the sidewall b23 below tabling of the connector a11 below of 33 and the 1st building block A1, building block B2, tabling below the connector a11 of its upper groove c31 and other 1 building block A1, below the sidewall b23 of building block B2;

As shown in figure 11, on the basis of Figure 10, the 1st building block G7 and building block C3 are vertically arranged;

As shown in figure 12, on the basis of Figure 11, with the grooves d 41 of building block D4 respectively with the boss c34 of 2 building block C3, the connector g72 tabling of the 1st building block G7;

As shown in figure 13, on 12 basis,, and make the groove f61 on the building block F6 go up the boss b22 tabling at two ends respectively with 2 building block B2 of symmetric arrays with 2 building block F6 symmetric arrays; 2 symmetric product wooden unit B2 went up and can move in the groove a12 of building block A1 this moment, thereby it is chimeric to make that building block piece F6 can insert up and down with building block B2 convex platform b22;

As shown in figure 14, with connector g72 on the 2nd building block G7 and building block E5 upper groove e51 tabling;

At last, as shown in figure 15, on the basis of Figure 14 and 13, the building block G7 among Figure 14 passes among the groove g71 of the groove c ' 32 of 2 building block C3, the 1st building block G7 and constitutes from lock tool, and forms a spheroid.

Wherein the step of Figure 14 also can be carried out simultaneously with the assembly unit step among Fig. 8-3.

Figure 16 is the decomposing schematic representation of spheroid in the present embodiment, and as we know from the figure, the position of each building block relation is to be assembled into a spheroid by the past centre of the direction of top to bottom, left and right, front and rear.

This toy both had been rich in space imagination, can temper people's thinking ability again, and the finished product after the assembly unit can be used as bibelot usefulness again, and sight is stronger, and applicable surface is wider.

Claims

1. ball-type assembly unit block toy is characterized in that by 12 building blocks assembled:

Comprise connector a (11) on the building block A (1), the two ends of connector a (11) are provided with the left and right trihedral that symmetrical lateral surface is a curved surface, which is provided with groove a (12);

Building block B (2) is provided with groove b (21), and its two ends are respectively equipped with symmetrical boss b (22), and the outside of boss b (22) is a curved surface;

Building block C (3) is provided with groove c (31), groove c ' (32), groove c " (33), boss c (34), its outside, two ends is respectively symmetroid;

Building block D (4) is provided with grooves d (41), and its outside, two ends is respectively symmetroid;

Building block E (5) is provided with groove e (51), and its outside, two ends is respectively symmetroid;

Building block F (6) is for being to be provided with groove f (61) on the tetrahedron of curved surface in one side, and it is 2 symmetroids that curved surface is divided equally;

Building block G (7) is for being to be provided with groove g (71), connector g (72) on the tetrahedron of curved surface in one side, and it is 2 symmetroids that curved surface is divided equally;

Wherein building block A (1), building block B (2), building block C (3), building block F (6), building block G (7) respectively are 2;

The groove a (12) of the building block A (1) of 2 symmetric arrays respectively with sidewall (23) tabling of the building block B (2) of 2 symmetric arrays;

Sidewall b (23) the top tabling of the groove c (31) of the 1st building block C (3) and the connector a (11) of the 1st building block A (1) top, building block B (2), its upper groove c " (33) and connector a (11) top of other 1 building block A (1), sidewall b (23) the top tabling of other 1 building block B (2); 1 building block C (3) upper groove c in addition " (33) and connector a (11) below of the 1st building block A (1), sidewall b (23) the below tabling of building block B (2); its upper groove c (31) and connector a (11) below of other 1 building block A (1), sidewall b (23) the below tabling of building block B (2), 2 building block C (3) symmetric arrays;

The groove f (61) of the building block F (6) of 2 symmetric arrays goes up boss b (22) tabling at two ends respectively with 2 building block B (2) of symmetric arrays;

The 1st building block G (7) and building block C (3) vertically arrange, the grooves d (41) of building block D (4) respectively with connector g (72) tabling of boss c (34), the 1st building block G (7) of 2 building block C (3), connector g (72) tabling of building block E (5) upper groove e (51) and other 1 building block G (7), and pass among the groove g (71) of groove c ' (32), the 1st building block G (7) of 2 building block C (3) and constitute from lock tool.