Magnetic electronic brick

Abstract

The invention discloses a magnetic electronic brick. The magnetic electronic brick comprises a cavity, a cover, magnets, first magnet cavities and circuit boards, wherein the cavity and the cover are fixedly connected to form a polyhedron, the first magnet cavities are arranged in the side edges of the cavity, the magnets are arranged in the first magnet cavities and can move freely, the circuit boards are arranged in the cavity, contact terminals used for electric conduction are arranged on the circuit boards, through holes are formed in the surfaces of the cavity, and the contact terminals stretch out of the through holes. According to the magnetic electronic brick, the magnets capable of moving freely are placed in the magnet cavities of the brick, so attraction can be achieved on any surface at multiple angles; meanwhile, the contact terminals on the circuit boards stretch out of the through holes in the surfaces of the cavity, so that electric connection between components in the brick is ensured; both close connection and electric connection between brick parts are guaranteed.

Description

technical field [0001] The invention relates to a building block toy, in particular to a magnetic electronic building block. Background technique [0002] The current electronic building blocks, after adding the circuit board, cannot guarantee the magnetic attraction between each surface of the building block, because the circuit board will occupy a limited space on each inner surface, so the setting of the magnet position cannot guarantee the magnetic field strength of each surface. In order to make room for circuit boards or circuit components, some magnets are also placed at the top corners of building blocks, which is not convenient for effective splicing between building blocks, and the stacked building blocks are also unstable. Due to the use of buttons, traditional electronic building blocks are difficult to plug in and out, the production process is complicated, the cost is high, manual welding is required, and even a mounting base is required, which is not simple en...

AI Technical Summary

Problems solved by technology

[0002] The current electronic building blocks, after adding the circuit board, cannot guarantee the magnetic attraction between each surface of the building block, because the circuit board will occupy a limited space on each inner surface, resulting in the setting of the magnet position cannot guarantee the magnetic field strength of each surface

In order to make room for circuit boards or circuit components, some magnets are also placed at the top corners of the building blocks, which is not convenient for the effective splicing of the building blocks, and the stacked building blocks are also unstable

Due to the use of buttons, traditional electronic building blocks are difficult to plug in and out, the production process is complicated, the cost is high, manual welding is required, and even a mounting base is required. The assembly method is not simple enough

On the other hand, the use of snap-in buttons as conductive connectors for electronic building blocks will cause severe power loss and be easily damaged

The above methods also limit the diversity and fun of stacking electronic building blocks

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