An intelligent laboratory management system based on internet of things

Abstract

The invention provides an intelligent laboratory management system based on the internet of things, which comprises a field equipment layer, a network layer, an internet of things platform and an IDMsystem connected in turn. The field device layer comprises a sensor, a traditional device instrument and an intelligent device instrument; the network layer comprises an Internet of Things communication module and a gateway, wherein the Internet of Things communication module is arranged on the traditional equipment and instruments to construct communication capability for the traditional equipment and instruments and an access gateway unified communication protocol, and the sensor and the intelligent equipment and instruments access gateway carry out communication protocol encapsulation; theIOT platform analyzes different communication protocols through the network layer to uniformly manage the field device layer, and simultaneously establishes a virtual mirror image for each device andprovides a unified API. The IDM system and the Internet of Things platform interact with each other through the API to carry out experiment management and execution operation on all devices. The invention overcomes the defects of non-automation of the control of the existing laboratory equipment, non-informationization of the experiment management and non-sharing of the resource management.

Description

technical field [0001] The invention belongs to the technical field of laboratory management, and in particular relates to an intelligent laboratory management system based on the Internet of Things. Background technique [0002] Various forms of testing laboratories are the main carriers of on-site rapid testing of food safety. Although the Internet of Things technology has gradually developed from the original concept to a product after several years of development, the application of Internet of Things technology in laboratories, especially food safety rapid testing laboratories, lags behind other Internet of Things industries. [0003] At present, the vast majority of food safety testing laboratories have the following problems that need to be solved urgently: 1) Equipment control is not automated: most of the laboratory equipment is still in the traditional manual control mode, resulting in highly specialized experimental equipment, high difficulty in use, and low opera...

AI Technical Summary

Problems solved by technology

Although the Internet of Things technology has gradually developed from the original concept to a product after several years of development, the application of Internet of Things technology in laboratories, especially food safety rapid testing laboratories, lags behind other Internet of Things industries.

[0003] At present, the vast majority of food safety testing laboratories have the following problems that need to be solved urgently: 1) Equipment control is not automated: most of the laboratory equipment is still in the traditional manual control mode, resulting in highly specialized experimental equipment, high difficulty in use, and low operating efficiency. Low, and the experiment consistency is poor; 2) Experiment management is not informatized: the distribution of laboratory equipment is discretized and information is difficult to obtain, forming islands of data, which makes the management of experiments, especially the management of experimental data, difficult; 3) resources Non-shared management: among different laboratories and between different project teams in the same laboratory, there are problems of uncoordinated resource allocation, difficult resource sharing, and low resource utilization

[0004] The reasons for these problems mainly include two parts: the low level of intelligence of experimental equipment, and the low level of laboratory management informatization

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