图书馆典藏环境下无线温湿度监测系统的实现与应用  

The Realization and Application of Wireless Temperature and Humidity Monitoring System in the Reservation Environment of Library

作　　者：顾彧平 谢文绮 陈培文 GU Yuping;XIE Wenqi;CHEN Peiwen(Shanghai Library,Shanghai 200031,China)

机构地区：[1]上海图书馆,上海200031

出　　处：《自然与文化遗产研究》2019年第S02期185-188,共4页Study on Natural and Cultural Heritage

摘　　要：纸质文献的保存环境是影响其保存状况及导致纸质老化劣化的重要因素。为探究上海图书馆典藏书库保存环境现状,提高预防性保护措施的针对性,为馆藏文献提供更适宜的保存环境,文章对两种无线环境温湿度监测系统进行了图书馆典藏环境下的实测,以确定其在密集型排架环境下监测数据无线传输的有效性、稳定性。实验表明,基于LoRa通信技术的WiseBee系统在文献或文物库房等复杂密集环境下也具备较强的信号覆盖范围与稳定性,可实现图书馆典藏环境下温湿度等环境监测数据的有效采集与传输。The preservation environment of paper documents is an important factor affecting its condition and aging speed.The purpose of this paper is to demonstrate the current preservation environment in Shanghai Library,to improve the preventive conservation of ancient books and to provide a more suitable preservation environment for our collections.We tested two kinds of wireless environmental temperature and humidity monitoring system in our stacks to ensure the measurability and stability of the data.According to the test result,WiseBee system based on LoRa communication technology got more stable signal and broader signal coverage in library stacks.

关 键 词：图书馆 典藏环境 温湿度监测 

分 类 号：G264[历史地理—考古学及博物馆学]