Laboratory intelligent material cabinet based on graph recognition and Internet of Things technology

Abstract

The invention relates to a laboratory intelligent material cabinet based on graph recognition and the Internet of Things technology. The laboratory material cabinet is an intelligent material management system suitable for a laboratory scene, and is a physical cabinet body of a laboratory to place various reagent materials. According to a material management and identification method and a material storage management system disclosed by the invention, the intelligent and convenient management of the complex materials in the laboratory can be realized, and a systematic solution is provided forthe classification, storage, management and tracking of the materials. The dynamic real-time management and monitoring of the materials can be further achieved by combining the big data, the pain spotproblem during the reagent material storage, supervision and circulation process is solved, and meanwhile the advantages of being economical, feasible, stable, reliable and diversified in function are achieved.

Description

technical field [0001] The invention relates to the fields of artificial intelligence, visual recognition and the Internet of Things, and discloses a material management and identification means and working principle suitable for laboratory material cabinets, and an intelligent material cabinet based on the technology. Background technique [0002] With the development of human society, the importance and proportion of research and development in economic life, as the driving force of innovation in modern society, is also increasing. Due to the rapid growth of social productivity and the continuous cross-integration of modern research, the types and quantities of materials used in modern laboratories are increasing rapidly. It is estimated that there are more than 100 kinds of common laboratory materials and reagents, and some synthetic chemical laboratories have more than 100 types of materials. Up to thousands of species. For large-scale material storage, there is already...

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Problems solved by technology

However, the existing information-based reagent management system still has the following problems: 1. Manual operation is still required for reagent search, positioning, accounting and inventory management; 2. The information-based management system usually only manages and controls reagent information, and it is difficult to The physical existence of materials is managed; 3. In the most advanced laboratory material management system on the market, the information system and material storage system are split designs, which are expensive, expensive, and costly to use

At the same time, due to the large number of personnel in the laboratory, negligence, mistakes and omissions in the use process cannot be avoided, and various problems in the laboratory reagent management process cannot be fundamentally solved; 4. It is necessary to use a specific information terminal to access and manage reagent materials , causing great inconvenience to users

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