Magnetic building block and magnetic connection electronic building block

Abstract

The invention discloses a magnetic building block and a magnetic connection electronic building block. The magnetic building block comprises a building block main body, wherein at least one inclined butt joint surface forming a 45-degree angle is arranged on the building block main body; a magnetic connecting device tightly attached to the inclined butt joint surface is arranged in the building block main body; two building block main bodies can be fast connected through magnetic force via the magnetic connecting device arranged on the inclined butt joint surface; when the distance between the two building blocks reaches the magnetic force range of magnetic blocks, the two magnetic building blocks are actively connected through the magnetic force, and the splicing is convenient; when the building blocks need to be disconnected, the magnetic building blocks are pulled so that the distance between the two magnetic building blocks can be greater than the effective distance of the magnetic force, so that the magnetic building blocks can be disconnected; great labor is saved, and convenience is realized; and a design that the inclined butt joint surface forms the 45-degree angle is used, so that the linear connection and bent-corner connection requirements can be met only through installing and designing magnetic suction elements and connecting elements on one surface. The design belongs to the core innovation of the technical scheme; the use of butt joint elements is reduced; and the practical contribution is realized on the reduction of design difficulty and manufacturing cost of splicing type building blocks.

Description

technical field [0001] The present invention relates to a building block, in particular to a magnetic building block connected by magnetic force, and further specifically relates to a magnetic building block with built-in electronic components on this basis. Background technique [0002] There are two main types of traditional building block toys, the first is wooden building blocks, the building blocks can be placed in different shapes, and there are no connecting parts between the building blocks; the second is plug-in building blocks; these two kinds of building blocks exist The big problem is that the first type of building blocks tends to collapse during placement; the second type of building blocks is prone to difficulty in plugging in and out or jamming. In order to overcome the above-mentioned difficulties, electronic building blocks appeared later, and the connection of electronic building blocks mostly adopts snap buttons, which is inconvenient to use. In particul...

AI Technical Summary

Problems solved by technology

[0002] There are two main types of traditional building block toys, the first is wooden building blocks, the building blocks can be placed in different shapes, and there are no connecting parts between the building blocks; the second is plug-in building blocks; these two kinds of building blocks exist It’s a big problem. The first type of building blocks tends to collapse during placement; the second type of building blocks tends to be difficult to plug in or get stuck.

In order to overcome the above difficulties, electronic building blocks appeared later, and the connections of electronic building blocks mostly use snap buttons, which are inconvenient to use.

In particular, in the existing splicing block technology, almost all the ends and sides are horizontal and vertical, which is very unfavorable for the butt joint of 90-degree angles during splicing, because it is necessary to set corresponding For docking parts (such as magnetic suction parts and electronic connectors, etc.), the processing cost and design difficulty are greatly increased, and further structural improvements and optimized designs are required

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