Physical quantity expression method and hardware module for intelligent electronic building blocks

Abstract

The invention provides a physical quantity expressing method for intelligent electronic building blocks and a hardware module of the intelligent electronic building blocks. The method comprises the steps that a voltage signal of an upper intelligent building block module is received, converted into a digital signal and then subjected to operation and conversion through a processor, the digital signal obtained after processing is transmitted to a driver, and a driving voltage signal is generated and is expressed and displayed with some kind of physical quantity through a display module; meanwhile, the digital signal generated by the processor is converted into a voltage signal through a digital-to-analog converter, and the voltage signal is output to a lower building block module through a signal output end. The hardware module comprises an input end, an output end, an analog-to-digital converter, a processor, a digital-to-analog converter, a driver, a display component and the like. The hardware module provides the driver, the display component and a packaging component of a circuit board and provides an installation structure for the building block modules, a standard installation structure for the intelligent building block modules is realized, and free splicing of the building block modules is convenient. The intelligent building block modules are simple in lap joint structure and convenient to use.

Description

technical field [0001] The invention relates to the technical field of intelligent toys, in particular to a signal generation and adjustment method for intelligent electronic building blocks and a hardware module thereof. Background technique [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 on 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 cognition of building structures and circuit principles. Therefore, intelligent and modular building blocks that can be freely combined and spliced ​​according to user ideas can solve the above problems. In order to allow users to freely design various circuit structures according to circuit principles, and realize the intelligent control and physical quantity expression and display of the buil...

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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