Electronic magic cube achieving communication by means of conductive signals and using method thereof

Abstract

The invention relates to the field of intelligence toys with mobile elements, in particular to an electronic magic cube achieving communication by means of conductive signals and a using method thereof. The electronic magic cube comprises magic cube blocks (10) which are combined to form a regular polyhedron-shaped magic cube body (100). The electronic magic cube is characterized by further comprising a center sphere (4), the adjacent magic cube blocks (10) are electrically connected through a conducting medium (5), and the center sphere (4) and the magic cube blocks (10) are electrically connected through a conducting medium (5). The using method is characterized by comprising the steps of 1, angle block measurement; 2, edge block measurement; 3, middle block measurement. The electronic magic cube is simple in structure and convenient to manufacture, the problems of mobile element circuit opening and position and angle variation are solved, and the number of conducting circuits between mobile elements is reduced to the minimum.

Description

technical field [0001] The invention relates to the field of intellectual toys with movable elements, in particular to an electronic Rubik's Cube using conductive signal communication and a use method thereof. Background technique [0002] The Rubik's Cube is a simple, varied and popular intellectual toy. The traditional mechanical Rubik's Cube has the disadvantages of many changes and difficult restoration. Today, with the rapid development of smart hardware, the market urgently needs an electronic smart Rubik's Cube. The electronic Rubik's Cube must have a connection circuit between the Rubik's Cube blocks. Since the Rubik's Cube blocks are movable and the position and angle can be rotated, it is directly determined that such an electronic Rubik's Cube is difficult to make; currently there is an electronic smart Rubik's Cube, but There is no solution to the gap error between the movable Rubik's cube blocks, and the control of the number of connected circuits, so that it ca...

AI Technical Summary

Problems solved by technology

[0002] The Rubik's Cube is a simple structure, full of changes, and popular intellectual toys. The traditional mechanical Rubik's Cube has the disadvantages of many changes and difficult recovery. In today's highly developed smart hardware, the market urgently needs an electronic smart Rubik's Cube

The electronic Rubik's Cube must have a connection circuit between the Rubik's Cube blocks. Since the Rubik's Cube blocks are movable and the position and angle can be rotated, it is directly determined that such an electronic Rubik's Cube is difficult to make; currently there is an electronic smart Rubik's Cube, but There is no solution to the gap error between the movable Rubik's cube blocks, and the control of the number of connected circuits, so that it cannot be mass-produced very well

[0003] The Chinese patent publication number 101291711A disclosed a game appliance with programmable light-emitting blocks on October 22, 2008, and the Chinese patent publication number 104874176A disclosed a game device with step The intelligent Rubik's Cube and its usage methods that are suggested all use a hard contact conductor method, which cannot effectively solve the elastic structural characteristics of the Rubik's Cube, making it difficult to rotate the Rubik's Cube, and the selected contact conductors have too many contact points, which is not easy to produce

Images