CN103071299A - Building block robot and disassembly and assembly method - Google Patents

Abstract

The invention discloses a building block robot, which is formed by splicing twenty two wood blocks in a movable connection mode, wherein the height of the twenty-second wood block is equal to the height of the twenty-first wood block, and the heights of the twenty-second wood block and the twenty-first wood block are both half the height of the twentieth wood block; and the shape of the robot is changed to be cubic through the disassembly and assembly method of the building block robot. The building block robot has the advantages of simple and novel structure, low manufacturing cost, high playability and capabilities of particularly fostering the manipulative ability, the thinking skill and the innovation ability of children and increasing the multi-structure property of the building block robot.

Description

A kind of building blocks robot and assembly and disassembly methods

Technical field

The present invention relates to a kind of building blocks robot and assembly and disassembly methods.

Background technology

Puzzle is a large class in the toy, it mainly is divided into building block splicing toy and rope loosening toy, and building block splicing toy needs hand brain and usefulness, can cultivate children's elaborative faculty and manipulative ability especially, but the building block splicing toy kind of existing market sentiment seldom, and have the little defective of variability.

Summary of the invention

Technical problem to be solved by this invention provide a kind of have simple in structure, novel, low cost of manufacture, playability is strong, can cultivate especially building blocks robot and the assembly and disassembly methods of children's manipulative ability, elaborative faculty and innovation ability.

The present invention is achieved through the following technical solutions: a kind of building blocks robot, comprise the 20 wooden unit, and the 14 wooden unit that links to each other with the 20 wooden unit, and with the 14 wooden unit about the 15 wooden unit and the 13 wooden unit that link to each other, and the 17 wooden unit that links to each other with the 15 wooden unit, and the tenth Yagi spark gap piece that links to each other with the 17 wooden unit, and the 21 wooden unit that links to each other with the tenth Yagi spark gap piece, and the 12 wooden unit that links to each other with the 13 wooden unit, and the 11 wooden unit that links to each other with the 12 wooden unit, and the 19 wooden unit that links to each other with the 11 wooden unit, and the 22 wooden unit that links to each other with the 19 wooden unit, and and the 15 wooden unit, the Yagi spark gap piece that the 14 wooden unit and the 13 wooden unit link to each other respectively, the 9th wooden unit and the tenth wooden unit, and the 6th wooden unit that links to each other with the 9th wooden unit, described the 6th wooden unit left and right sides is connected with the 5th wooden unit and the 7th wooden unit, described the 5th wooden unit left side is connected with the 4th wooden unit, described the 7th wooden unit right side is connected with the 3rd wooden unit, and described the 4th wooden unit and the 3rd wooden unit lower end are connected with respectively the first wooden unit and the second wooden unit.

As preferably, adopt between the described wooden unit to be flexibly connected.

As preferably, described the 22 wooden unit equates with the height of the 21 wooden unit, and is the 20 wooden unit height half.

The assembly and disassembly methods of a kind of building blocks robot, its assembly and disassembly methods step is:

A. the first wooden unit, the 4th wooden unit, the 5th wooden unit, the 6th wooden unit, the 7th wooden unit, the 3rd wooden unit and the second wooden unit are reversed into a vertical bar;

B. the 17 wooden unit, the 16 wooden unit, the 20 wooden unit, the 12 wooden unit and the 11 wooden unit are upwards reversed, again with the tenth Yagi spark gap piece and the 19 wooden unit to intort;

C. with the tenth Yagi spark gap piece and the 19 wooden unit to intort, the 21 wooden unit and the 22 wooden unit is closed;

D. will be overturn 180 ° downwards by the matrix that the 21 wooden unit, the tenth Yagi spark gap piece, the 17 wooden unit, the 16 wooden unit, the 20 wooden unit, the 12 wooden unit, the 11 wooden unit, the 19 wooden unit, the 22 wooden unit and the 14 wooden unit form;

E. the first wooden unit is inwardly overturn 180 °, the 4th wooden unit and the first wooden unit upwards overturn 180 °, and the second wooden unit makes progress and overturns, and the 3rd wooden unit is upset upwards, and the 7th wooden unit makes progress and overturns;

F. the first wooden unit and the 4th wooden unit are inwardly rotated, the 7th wooden unit, the 3rd wooden unit and the second wooden unit be upset downwards together, forms at last square body.

The invention has the beneficial effects as follows: the present invention has simple in structure, novel, low cost of manufacture, and playability is strong, can cultivate especially children's manipulative ability, elaborative faculty and innovation ability, and utilize its polytropy, has increased the how structural of this building blocks robot.

Description of drawings

In order to be easy to explanation, the present invention is done to describe in detail by following specific embodiment and accompanying drawing.

Fig. 1 is the structural representation of a kind of building blocks of the present invention robot;

Fig. 2 is the schematic flow sheet of the assembly and disassembly methods of a kind of building blocks of the present invention robot;

Fig. 3 is the schematic flow sheet of the assembly and disassembly methods of a kind of building blocks of the present invention robot;

Fig. 4 is the schematic flow sheet of the assembly and disassembly methods of a kind of building blocks of the present invention robot;

Fig. 5 is the schematic flow sheet of the assembly and disassembly methods of a kind of building blocks of the present invention robot;

Fig. 6 is the schematic flow sheet of the assembly and disassembly methods of a kind of building blocks of the present invention robot;

Fig. 7 is the schematic flow sheet of the assembly and disassembly methods of a kind of building blocks of the present invention robot.

The specific embodiment

As shown in Figure 1, a kind of building blocks of the present invention robot, comprise the 20 wooden unit 20, and the 14 wooden unit 14 that links to each other with the 20 wooden unit 20, and the 15 wooden unit 15 and the 13 wooden unit 13 that link to each other with the 14 wooden unit about 14, and the 17 wooden unit 17 that links to each other with the 15 wooden unit 15, and the tenth Yagi spark gap piece 18 that links to each other with the 17 wooden unit 17, and the 21 wooden unit 21 that links to each other with the tenth Yagi spark gap piece 18, and the 12 wooden unit 12 that links to each other with the 13 wooden unit 23, and the 11 wooden unit 11 that links to each other with the 12 wooden unit 12, and the 19 wooden unit 19 that links to each other with the 11 wooden unit 11, and the 22 wooden unit 22 that links to each other with the 19 wooden unit 19, and and the 15 wooden unit 15, the Yagi spark gap piece 8 that the 14 wooden unit 14 and the 13 wooden unit 13 link to each other respectively, the 9th wooden unit 9 and the tenth wooden unit 10, and the 6th wooden unit 6 that links to each other with the 9th wooden unit 9, described the 6th wooden unit 6 left and right sides are connected with the 5th wooden unit 5 and the 7th wooden unit 7, described the 5th wooden unit 5 left sides are connected with the 4th wooden unit 4, described the 7th wooden unit 7 right sides are connected with the 3rd wooden unit 3, and described the 4th wooden unit 4 and the 3rd wooden unit 3 lower ends are connected with respectively the first wooden unit 1 and the second wooden unit 2.

Wherein, adopt flexible connection between the described wooden unit; Described the 22 wooden unit 22 equates with the height of the 21 wooden unit 21, and is highly half of the 20 wooden unit 20.

The assembly and disassembly methods of a kind of building blocks robot, its assembly and disassembly methods step is:

As shown in Figure 2, the first wooden unit 1, the 4th wooden unit 4, the 5th wooden unit 5, the 6th wooden unit 6, the 7th wooden unit 7, the 3rd wooden unit 3 and the second wooden unit 2 are reversed into a vertical bar;

As shown in Figure 2, the 17 wooden unit 17, the 16 wooden unit 16, the 20 wooden unit 20, the 12 wooden unit 12 and the 11 wooden unit 11 are upwards reversed, again with the tenth Yagi spark gap piece 18 and the 19 wooden unit 19 to intort;

As shown in Figure 3, with the tenth Yagi spark gap piece 18 and the 19 wooden unit 19 to intort, with the 21 wooden unit 21 and the 22 wooden unit 22 closures;

As shown in Figure 4, will be overturn 180 ° downwards by the matrix I that the 21 wooden unit 21, the tenth Yagi spark gap piece 18, the 17 wooden unit 17, the 16 wooden unit 16, the 20 wooden unit 20, the 12 wooden unit 12, the 11 wooden unit 11, the 19 wooden unit 19, the 22 wooden unit 22 and the 14 wooden unit 14 form;

As shown in Figure 5, the first wooden unit 1 is inwardly overturn 180 °, the 4th wooden unit 4 and the first wooden unit 1 upwards overturn 180 °, and the second wooden unit 2 makes progress and overturns, the 3rd upwards upset of wooden unit 3, and the 7th wooden unit 7 makes progress and overturns;

As shown in Figure 6 and Figure 7, the first wooden unit 1 and the 4th wooden unit 4 are inwardly rotated, the 7th wooden unit 7, the 3rd wooden unit 3 and the second wooden unit 2 be upset downwards together, forms at last square body II.

The invention has the beneficial effects as follows: the present invention has simple in structure, novel, low cost of manufacture, and playability is strong, can cultivate especially children's manipulative ability, elaborative faculty and innovation ability, and utilize its polytropy, has increased the how structural of this building blocks robot.

The above be the specific embodiment of the present invention only, but protection scope of the present invention is not limited to this, and any variation or replacement of expecting without creative work all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain that claims were limited.

Claims (4)

1. building blocks robot, it is characterized in that: comprise the 20 wooden unit, and the 14 wooden unit that links to each other with the 20 wooden unit, and with the 14 wooden unit about the 15 wooden unit and the 13 wooden unit that link to each other, and the 17 wooden unit that links to each other with the 15 wooden unit, and the tenth Yagi spark gap piece that links to each other with the 17 wooden unit, and the 21 wooden unit that links to each other with the tenth Yagi spark gap piece, and the 12 wooden unit that links to each other with the 13 wooden unit, and the 11 wooden unit that links to each other with the 12 wooden unit, and the 19 wooden unit that links to each other with the 11 wooden unit, and the 22 wooden unit that links to each other with the 19 piece, and and the 15 wooden unit, the Yagi spark gap piece that the 14 wooden unit and the 13 wooden unit link to each other respectively, the 9th wooden unit and the tenth wooden unit, and the 6th wooden unit that links to each other with the 9th wooden unit, described the 6th wooden unit left and right sides is connected with the 5th wooden unit and the 7th wooden unit, described the 5th wooden unit left side is connected with the 4th wooden unit, described the 7th wooden unit right side is connected with the 3rd wooden unit, and described the 4th wooden unit and the 3rd wooden unit lower end are connected with respectively the first wooden unit and the second wooden unit.

2. described building blocks robot according to claim 1 is characterized in that: adopt between the described wooden unit to be flexibly connected.

3. described building blocks robot according to claim 1 is characterized in that: described the 22 wooden unit equates with the height of the 21 wooden unit, and is the 20 wooden unit height half.

4. the assembly and disassembly methods of a building blocks robot, it is characterized in that: its assembly and disassembly methods step is:

A. the first wooden unit, the 4th wooden unit, the 5th wooden unit, the 6th wooden unit, the 7th wooden unit, the 3rd wooden unit and the second wooden unit are reversed into a vertical bar;

B. the 17 wooden unit, the 16 wooden unit, the 20 wooden unit, the 12 wooden unit and the 11 wooden unit are upwards reversed, again with the tenth Yagi spark gap piece and the 19 wooden unit to intort;

C. with the tenth Yagi spark gap piece and the 19 wooden unit to intort, the 21 wooden unit and the 22 wooden unit is closed;

D. will be overturn 180 ° downwards by the matrix that the 21 wooden unit, the tenth Yagi spark gap piece, the 17 wooden unit, the 16 wooden unit, the 20 wooden unit, the 12 wooden unit, the 11 wooden unit, the 19 wooden unit, the 22 wooden unit and the 14 wooden unit form;

E. the first wooden unit is inwardly overturn 180 °, the 4th wooden unit and the first wooden unit upwards overturn 180 °, and the second wooden unit makes progress and overturns, and the 3rd wooden unit is upset upwards, and the 7th wooden unit makes progress and overturns;

F. the first wooden unit and the 4th wooden unit are inwardly rotated, the 7th wooden unit, the 3rd wooden unit and the second wooden unit be upset downwards together, forms at last square body.

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