首页|期刊导航|科技创新与应用|基于51单片机的智能声光互动音乐流水灯设计

基于51单片机的智能声光互动音乐流水灯设计OA

中文摘要英文摘要

为解决传统流水灯功能单一、互动性差及能耗高的问题,对智能声光互动音乐流水灯系统进行设计与实现.该系统以低成本单片机为核心,采用"分层模块化"硬件架构与"中断+轮询"软件控制策略,集成人体红外感应、多模式灯光(流水、闪烁、呼吸)、音乐同步播放及自动休眠功能.经调试与验证,系统人体感应唤醒延迟小于等于 0.5 s,声光同步误差小于等于 100 ms.该系统可应用于家庭装饰、儿童互动及电子实训场景,为低成本智能声光产品开发提供可行方案.

To address the issues of the traditional water-flow light's lack of functionality,poor interactivity and high energy consumption,an intelligent sound-light interactive music water-flow light system was designed and implemented.The system takes a low-cost MCU as the core,adopts a"layered modular"hardware architecture and an"interrupting+polling"software control strategy,and integrates human infrared sensing,multi-mode lighting(flowing water,flashing,breathing),synchronous music playback and automatic sleep function.After debugging and verification,the system's human-induced wake-up delay is≤0.5 s,and the sound-light synchronization error is≤100 ms.The system can be applied to home decoration,children's interaction and electronic training scenarios,providing a feasible solution for the development of low-cost intelligent sound and light products.

王菲;王叶南

西北民族大学,兰州 730030西北民族大学,兰州 730030

信息技术与安全科学

智能流水灯单片机人体感应声光互动自动休眠多模式灯光低功耗

intelligent water lampMCUhuman sensingsound-light interactionautomatic sleepmulti-mode lightinglow power consumption

《科技创新与应用》 2026 (17)

43-46,4

10.19981/j.CN23-1581/G3.2026.17.010

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