Experimental equipment intelligent management system based on Bluetooth technology and implementation method

Abstract

The invention relates to an experimental equipment intelligent management system based on a Bluetooth technology and an implementation method. The system consists of a Bluetooth module, a mobile terminal, an intelligent gateway and a central server. The implementation method comprises the following steps that: the central server takes charge of the management of the intelligent gateway, a connection is established between the central server and the gateway, and a connection is established between the server and the mobile terminal, wherein laboratory centers are provided with numbered Bluetooth master modules, and experimental equipment is provided with Bluetooth slave modules with unique ID numbers; and the master modules scan the slave modules regularly and forward all the scanned ID numbers of the slave modules to a server side through the gateway, the gateway transmits equipment information acquired by the master modules to the server according to an appointed data format, and the server resolves corresponding information of equipment names and room locations through an algorithm and updates the corresponding information into a database. Through adoption of the system, the functions of movement, addition, deletion and the like of the experimental equipment can also be realized.

Description

technical field [0001] The invention relates to a bluetooth technology-based experimental equipment intelligent management system and a realization method, belonging to short-distance wireless communication technology, embedded technology, and intelligent control technology. Background technique [0002] The effective management of equipment is an indispensable part of laboratories, scientific research rooms, etc., and an indispensable part of a school. Its content is very important for decision makers and managers of equipment. People have always used the traditional manual method to manage equipment. This method is low in efficiency, poor in confidentiality, difficult to find, update and maintain, and has disadvantages such as unsuitable storage, easy loss, and difficult backup of various information. Today, the equipment of a school has been diversified and complicated, and it is very difficult to deal with it manually. If the correct query and management of the equipmen...

AI Technical Summary

Problems solved by technology

The WIFI method cannot achieve full coverage and the traffic fee is high. The short-distance limitation of NFC technology and the strict alignment of infrared technology make them not a suitable choice.

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