Signal calculation method and its hardware module for intelligent electronic building blocks

Abstract

The invention provides a signal operation method for intelligent electronic building blocks and a hardware module thereof. According to the method, one path or multiple voltage signals outputted by host building block modules are received, through an analog-to-digital converter, the voltage signals are converted into digital signals, the one or multiple digital signals are processed through a processor according to set operation rules, logic operation and digital operation are included, an acquired operation result is a digital signal, through a digital analog converter, the digital signal is converted into a voltage signal which is outputted through an output end to a lower building block module. The hardware module mainly comprises an input end, an output end, an analog-to-digital converter, a module processor and a digital analog converter. The signal operation hardware module provides a packaging part of a circuit board, provides a mounting structure of building block modules, realizes a standard mounting structure of the intelligent building block modules and is convenient for free splicing among the building block modules. The signal operation method is advantaged in that the intelligent building block modules are enabled to have a simple overlapping structure, and the signal operation method is convenient to use.

Description

Technical field [0001] The invention relates to the technical field of smart toys, in particular to a signal generation and adjustment method for smart electronic building blocks and hardware modules thereof. Background technique [0002] Many previous circuit-type experimental products exist in an independent form and cannot be used with mechanical structure products. There are various restrictions on splicing and circuit connection. It is difficult for users to splice freely according to their own needs and ideas. It is difficult to mobilize adolescents and children's knowledge of building structures and circuit principles. The intelligent, modular building blocks that can be freely combined and freely spliced ​​according to the user's ideas can satisfy users in the process of building blocks splicing, feeling the fun of electronic control circuits and learning related knowledge. In order to allow users to freely design various circuit structures based on circuit principles, i...

AI Technical Summary

Problems solved by technology

[0002] Many experimental circuit products in the past exist in an independent form and cannot be used together with mechanical structure products. There are various restrictions in splicing and circuit connection, and it is difficult for users to freely splice according to their own needs and ideas. It is difficult to mobilize young children's understanding of building structures and circuit principles

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