%0 Journal Article
%T 基于电解质倾角传感器模块的低功耗4G WiFi倾斜形变智能监测系统开发<br>Development of a Low-Power 4G WiFi Intelligent Tilt and Deformation Monitoring System Based on an Electrolyte Tilt Sensor Module
%A 陈晓燕
%A 王静
%A 吴薇
%J Embedded Technoloy and Intelligent Systems
%P 48-58
%D 2024
%I Hans Publishing
%R 10.12677/etis.2025.21005
%X 本文介绍了一种集成了自研电解质倾角传感器、无线模组(支持WiFi和4G)、温湿度、电池电压及振动监测模块的低功耗倾斜稳固性形变监测系统。该系统设计旨在通过高精度、低功耗的技术手段&#65292;实现对结构健康状态的实时监测与预警&#65292;特别适用于无法直接供电的远程或野外环境。本文详细阐述了系统的硬件构成、软件平台、核心优势以及在边缘计算领域的应用潜力&#65292;为结构健康监测领域提供了新的解决方案。<br>This paper introduces a low-power tilt stability deformation monitoring system that integrates a self-developed electrolyte inclinometer sensor, wireless modules (supporting WiFi and 4G), and temperature, humidity, and vibration monitoring modules. The system is designed to achieve real-time monitoring and early warning of structural health conditions through high-precision and low-power technologies, making it particularly suitable for remote or outdoor environments without direct power supply. This paper provides a detailed explanation of the system&#8217;s hardware composition, software platform, core advantages, and potential applications in the field of edge computing, offering a new solution for the structural health monitoring field.
%K 电解质传感器&#65292
%K 低功耗&#65292
%K 倾斜监测&#65292
%K 形变监测&#65292
%K 边缘计算&#65292
%K 结构健康监测<br>Electrolyte Sensor
%K Low Power Consumption
%K Tilt Monitoring
%K Deformation Monitoring
%K Edge Computing
%K Structural Health Monitoring
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=109903