Raman spectrum substance monitoring system based on internet of things, and monitoring method

Abstract

The invention requests to protect a Raman spectrum substance monitoring system based on internet of things, and a method. The monitoring system used for Raman spectrum substance monitoring, and comprise testing terminals, a wireless data transmission module, and a cloud side processor; the testing terminals are mainly used for detecting various indexes of the detected substance by adopting the Raman spectrum detector by the production enterprise, the government supervision mechanism, the consumer including the food medicine, generating detection data, and sending the generated detection data and image to the cloud-side processor in an encryption way in real time through the wireless transmission module; the cloud-side processor is mainly used for receiving the detection data sent by the testing terminals arranged at various distributed websites, computing, processing, and storing the detection data, and judging whether the detection data conforms to the national and international standards; and meanwhile; the result can be timely fed back to the detection terminals at various places, the platform management center, and related departments and enterprises according to the level of the comprehensive data of the preset threshold.

Description

technical field [0001] The invention belongs to the field of the Internet of Things and the field of Raman spectroscopy, and is an Internet of Things mode for establishing "terminals-cloud management centers-related institutions and enterprises". Background technique [0002] With the continuous development of society and the improvement of people's living standards, people pay more and more attention to the safety of food and medicine. Now mature technology testing costs are high, and there is an urgent need for a technology (instrument) to be put on the public market, so that consumers have a way to test the unsafe products they buy. [0003] At present, there are many enterprises in various industries (food, medicine, etc.) in our country, and the detection system is complicated, resulting in the emergence of many illegal additives that endanger human health, such as: melamine, counterfeit drugs, Sudan red, malachite green, amaranth, sunset yellow Wait. [0004] my coun...

AI Technical Summary

Problems solved by technology

[0004] my country's supervision and monitoring units, as well as the level and means of detection and supervision are still in the traditional way, mainly divided into two levels: ⑴ supervision system: post-event supervision and monitoring, and then solve the problem after it breaks out. This method lacks security , timeliness; (2) information means: hierarchical reporting supervision and monitoring methods, this method lacks timeliness, it is difficult to predict and warn the occurrence of potential safety hazards

Both of these methods lack real-time performance and cannot grasp first-hand information at the first time, which provides convenience for "speculators"

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