Design Of Equipment Management System Based On The Dynamic Service Network Laboratory

Internet of things technology is an emerging technology in the21st century, It is available through the electronic tags, sensors, positioning devices and other things related information, and wireless data transmission by monitoring the transmission of data to the data processing system, intelligent monitoring functions. The future will be accompanied by a ubiquitous computing and networking intelligent world. Intelligent monitoring of areas, the most typical indoor Things monitoring is widely used in the field of smart home. In this paper, as a design concept will be applied to the interior of Things technology laboratory construction and equipment management. It was able to effectively inhibit equipment damage or losses of colleges and universities, to modern laboratory management has an important reference.This design of a laboratory-based networking equipment management system, the paper describes the overall framework of the main design of the system and each module design. The system is mainly the use of RFID tag technology for various laboratory equipment for registration information, and through other means of monitoring important operational status of equipment for monitoring, after use Zigbee wireless communication network for the collected location information with key operating state going wireless transmission. Gateway received the relevant information will upload the data to a Web server in order to achieve intelligent monitoring. Then the whole system design communication protocol is described in detail, and system hardware circuit and functional description of each module one by one, In conjunction with PC software complying the overall system design. Finally, the article is designed to test the system as a whole, the experiment proved that the system can achieve intelligent monitoring and management of laboratory equipment, stable operation for intelligent lab management provides a model.