Electronic bricks and self-programming method thereof

Abstract

The invention discloses a self-programming method of electronic bricks. The self-programming method of electronic bricks comprises the following steps: (1) separately manufacturing electronic brick modules with specific functions as follows: power supply modules, switch modules and output modules; placing an electronic element or a functional circuit or an electronic component in each electronic brick module; (2) manufacturing conductive interfaces by which the various modules are in cascade connection, wherein one of the conductive interfaces is a positive pole interface while the other one is a negative pole interface; (3) separately setting the conductive interfaces on the electronic brick modules as matching conductive interfaces which can be or cannot be in cascade connection; (4) stacking the various electronic brick modules, and carrying out automatic programming on the various brick modules through the specific matching conductive interfaces and the cascade connection relation; and (5) electrifying a combination of the various electronic brick modules which are in cascade connection to form a specific electronic component or a functional circuit with a self-programming effect. The invention further discloses the electronic bricks which implement the method.

Description

technical field [0001] The invention relates to the technical field of teaching aids and toys, in particular to a self-programming method for electronic building blocks and the electronic building blocks. Background technique [0002] Existing building block teaching aids, toys are of a great variety, and building block products are also full of beautiful things in the market, in shopping malls, and on toy booths. Building block teaching aids and toys are a kind of educational products that inspire users to develop their intelligence in an all-round way, are economical and affordable, and are loved by people. [0003] With the development of technology, in order to further improve the fun and teaching performance of building block toys, electronic building blocks with modules such as power supply and drive have gradually appeared in recent years. According to the specific splicing rules, a diverse, simulating circuit, and movable building block combination can be realized. ...

AI Technical Summary

Problems solved by technology

Without this signal channel, the invention cannot achieve the corresponding technical effect

[0007] But it has the following four deficiencies: 1. The design of the three-way route and interface still brings great inconvenience to manufacture and use: its manufacturing difficulty is large and the cost is high. At the same time, the user must connect the three interfaces when using 2. In a system, there can only be one power supply and signal generation module, otherwise it will cause confusion in the entire system; if the power supply and signal generation module is damaged or fails, the entire The system cannot work; 3. In the case of only one power module, the battery life and programming flexibility of the entire building block combination system become a major constraint; 4. The shape, size and structure of each module are not uniform, and other The interface is set on the left and right sides of the module, which can only be cascaded in the front and rear and plane structures, but cannot realize the cascade of the upper and lower three-dimensional structures, and it is inconvenient to manufacture and use

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