Cloud platform-based laboratory management system

Abstract

The invention discloses a cloud platform-based laboratory management system. The management system comprises an information acquisition part, a data transfer and storage part and an application part. The information acquisition part comprises an environmental information detection and precious instrument positioning module, and an equipment information input module. The data transfer and storage part is composed of a customized embedded processing module and a cloud platform server. The embedded processing module constructs an embedded system and is mainly used for collecting and forwarding the information. The cloud platform server is mainly used for establishing a database server and a web server. The database server is used for storing the data information related to the system and allowing the application program to access the data information. The application part comprises a mobile phone application client and a web client. According to the technical scheme of the invention, a laboratory management subsystem and an experiment teaching subsystem are integrated as one piece, so that the laboratory monitoring management and the experiment teaching are facilitated. The system is used for detecting the environment information of a laboratory based on the wireless sensor network technology and fuzzily positioning precious instruments in the laboratory. The monitoring information is forwarded by the embedded system. After that, the database server and the cloud platform server are established.

Description

technical field [0001] The invention relates to a laboratory management system, which is a laboratory management system based on a cloud platform. The technical fields of system application include wireless sensor detection technology, embedded technology, mobile application development technology, and Web development technology. Background technique [0002] As an important place in practical teaching, the laboratory plays an important role in the teaching of learning. It is precisely because of the recognition of the importance of laboratory teaching that the laboratories of various schools have been completed one after another. The demand for laboratory instruments, consumables, and low-value products is also increasing, and the old registration management method has gradually become inadequate. Laboratory resources are an important criterion for measuring the hardware and scientific research level of a school, so each school will invest a lot of manpower, material reso...

AI Technical Summary

Problems solved by technology

[0003] At present, most laboratory equipment management in China relies on manpower. The monitoring of indoor ambient light and smoke concentration in the laboratory and video monitoring are only transmitted to the background database or PC, and cannot be fed back to laboratory users in real time.

In addition, the safety inspection system and real-time monitoring system in the laboratory are designed separately

In this way, a lot of raw materials were wasted during the deployment of the system

Client-oriented interactive products, such as Web programs and handheld applications (APP), have not yet launched products that integrate laboratory equipment management and experimental teaching.

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