Distributed power supply system for modular smart electronic building blocks

Abstract

The invention discloses a distributed power supply system for modular intelligent electronic blocks, which includes a high level input terminal, a low level input terminal, a high level output terminal, a low level output terminal, a high level lead wire, a low level lead wire, a module internal connecting line, a module power utilization system, a mounting plate, a power supply controller, a power supply, a tee junction module, an output terminal mounting base and an input terminal mounting base. According to the number of power consumption components of a block system, power supply modules with any quantity can be loaded freely, and the power supply requirement of the whole block system can be satisfied. A power supply protection circuit is arranged in a block module, and the circuit safety after a plurality of power supply modules are loaded at the same time is ensured. The circuit voltage and the current value are limited and the usage safety of users is ensured by arranging a short circuit protection circuit. The distributed power supply system for the modular intelligent electronic blocks can realize the overlap joint of the block modules at any forms and with any quantity. The users may realize the construction of an intelligent system according to own opinions and in combination with a necessary circuit principle, so that the overlap joint structure of the intelligent block module is concise, and the use is convenient.

Description

technical field [0001] The invention relates to the technical field of intelligent toys, in particular to a distributed power supply system for modularized intelligent electronic building blocks. Background technique [0002] At present, many experimental circuit products 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. Due to its infinite and flexible scalability, distributed programmable intelligent building blocks lead to a long power supply circuit and three-dimensional distribution. There are many contact points in the power supply circuit, which will inevitably increase the DC impedance in the power supply circuit, which not only affects the stability of power supply Sexual...

AI Technical Summary

Problems solved by technology

[0002] At present, many experimental circuit products 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 understanding of building structures and circuit principles

Due to its infinite and flexible scalability, distributed programmable intelligent building blocks lead to a long power supply circuit and three-dimensional distribution. There are many contact points in the power supply circuit, which will inevitably increase the DC impedance in the power supply circuit, which not only affects the stability of power supply Sexuality, it will also cause unbalanced loop voltage and waste energy

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