中国照明电器

本文提出基于LED走廊灯的节能触发机制优化方案，从电路层面系统阐述红外传感器应用优化与可见光传感器灵敏度调整的实现路径，重点介绍通过信号调理电路提升检测精度、利用阈值电压调节改善环境光响应特性，并结合传感器数据融合算法实现多路信号的协同判断，从而增强节能控制的鲁棒性。同时，依托智能控制平台将传感器模块与微控制单元的电路接口进行集成，实现对走廊灯启闭的精准管理。结果表明，该电路原理优化后的节能触发机制能够有效降低无效能耗，提升走廊照明系统的智能化水平。

This paper proposes an optimized energy-saving triggering mechanism for LED corridor lights. From a circuit perspective, it systematically elaborates on the implementation paths for optimizing infrared sensor applications and adjusting visible light sensor sensitivity. The focus lies in enhancing detection accuracy through signal conditioning circuits, improving ambient light response characteristics via threshold voltage regulation, and enabling collaborative judgment of multiple signals through sensor data fusion algorithms to enhance the robustness of energy-saving control. Meanwhile, by integrating the circuit interfaces between sensor modules and microcontroller units through an intelligent control platform, precise management of corridor light activation/deactivation is achieved. Results demonstrate that this optimized circuitbased energy-saving triggering mechanism effectively reduces unnecessary energy consumption while elevating the intelligence level of corridor lighting systems.