Stacking-type splicing electronic building block

Abstract

The invention discloses a stacking-type splicing electronic building block. The stacking-type splicing electronic building block comprises a base, the base is of a stacking-type multi-laminated-boardstructure, the topmost laminated boards are provided with pluggable connectors for connecting element blocks, other boards are provided with element devices used for being cooperatively inserted ontothe element blocks on the topmost laminated boards to work, and all laminated boards are inserted into inserting holes formed in edges of adjacent boards through inserting needles installed on the edges of the boards to conduct signal and power transmission among the boards. The stacking-type multi-laminated-board structure is adopted by a baseboard of the electronic building block, the area occupied by the baseboard is effectively reduced, and the structure is more compact while the configurable area is enlarged; meanwhile, all laminated boards are inserted into the inserting holes formed inthe edges of adjacent boards through the inserting needles installed on the edges of the boards to conduct the signal and power transmission among the boards, the inserting needles and the inserting holes are distributed in a U shape in the respective boards, and by recognizing the inter-board inserting direction in the direction of the U-shaped opening, insertion by mistake can be prevented.

Description

technical field [0001] The present invention relates to the field of electronic building blocks, more specifically, to a stacked and plug-in electronic building block. Background technique [0002] Building blocks include wooden building blocks, plastic building blocks and electronic building blocks, etc. Plastic building blocks can be inserted into various complex three-dimensional shapes. Now a system based on Lego-style building blocks has been formed. These building blocks They can be assembled with each other, and the assembly methods are compatible with each other. However, with the advancement of science and technology, electronic building blocks have gradually developed and matured. Electronic building blocks are made of wires, light bulbs, diodes, triodes, resistors, capacitors, various switches, ammeters, motors, speakers, integrated blocks (such as power supplies, USB interfaces) The electronic components are fixed on the base, and the unique snap-in buckles are ...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved by the present invention is that when the base of the above-mentioned existing electronic building blocks is arranged with more chips or other functional modules, etc., the base is required to have a larger area that can be used for layout, and the excessively large area It also has technical defects that limit the aesthetics and practicability of electronic building blocks, and provides a stackable plug-in electronic building block

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