温度监测在土木建筑施工、储粮仓库、智能楼宇、空调系统以及其他工农业生产中有着广泛的应用。传统的测温方法是在各监测点布置温度探头，由专人每天定时采集各点的温度数据，再输入电脑保存，并生成温度、应力的变化曲线和测试报告，也有一些是通过数据采集箱采集温度和应力数据，然后通过电缆上传电脑做进一步的数据处理。
Temperature monitoring is widely used in civil construction, grain storage, intelligent buildings, air conditioning systems and other industrial and agricultural production. The traditional method of temperature measurement is to arrange temperature probes at each monitoring point. The temperature data of each point is collected regularly by a special person every day, and then saved by a computer. The temperature and stress curves and test reports are generated. Some of them are collected by a data acquisition box, and then uploaded to a computer by a cable. Step data processing.
传统的测量方法需要监测人员频繁来往于施工现场，劳动强度大，数据采集和传输不方便，信息管理的自动化程度低，难于满足现代信息化监测的要求。为了提高测温数据采集的准确性、可靠性、及时性，同时实现温度和应力数据的智能化、信息化管理，本文针对大规模建筑施工监测等工程应用的要求，设计了一种基于无线数据传输和USB接口的多节点远程温度监测系统。
Traditional measurement methods require frequent visits of monitors to and fro the construction site, with high labor intensity, inconvenient data acquisition and transmission, and low automation of information management, which makes it difficult to meet the requirements of modern information monitoring. In order to improve the accuracy, reliability and timeliness of temperature measurement data acquisition, and to realize the intelligent and informational management of temperature and stress data, a multi-node remote temperature monitoring system based on wireless data transmission and USB interface is designed to meet the requirements of large-scale construction monitoring and other engineering applications.