Distributed intelligent drug safety management system and using method

Abstract

The invention discloses a distributed intelligent drug safety management system. The distributed intelligent drug safety management system comprises an upper computer terminal and an intelligent cabinet terminal. A laboratory information management system is installed in the upper computer terminal, and the upper computer terminal is connected with and has communication with a fingerprint reader and a POS miniature printer. The intelligent cabinet terminal comprises a cabinet and an intelligent control terminal, and the intelligent control terminal is connected with a liquid crystal display and used for displaying drug list information, drug using information and cabinet using conditions. A plurality of small cabinet bodies are installed on the cabinet and distributed in an array mode. The upper computer terminal is connected with the intelligent control terminal through the TCP / IP, after mutual authentication succeeds, communication is achieved, and the intelligent control terminal is used for controlling the cabinet to be opened and closed. The system has the advantages of being safe in management, intelligent in control, user-friendly in operation, easy to extend and maintain and capable of effectively achieving safe and effective storage and informatization management of agents and drugs in the fields of materials, chemistry and medicines.

Description

technical field [0001] The invention belongs to the technical field of reagent and sample management in laboratories and pharmacies, and more specifically relates to a distributed intelligent drug safety management system and its use method, which provides a distributed intelligent drug management system for valuable and high-risk drugs. Security Management Solutions. Background technique [0002] In the process of teaching, scientific research and production practice in the fields of materials, chemistry, medicine, etc., various drugs and chemical reagents are often used, and the safe and effective storage and information management of drugs are particularly critical. Especially for the management of expensive, toxic and harmful reagents and drugs, there are still many deficiencies in major hospitals, scientific research institutions and other relevant departments in our country, and related safety problems occur from time to time. One of the problems is that the system is...

AI Technical Summary

Problems solved by technology

[0003] The current reagent and drug management system basically uses a single module to operate, a single mechanical storage mode, and there is no intelligent and synchronous function

In terms of security management, most of them are currently limited to a single security management mode of common identity authentication, fingerprint identification, RFID radio frequency technology and keys, and the combination of network authentication and other security management technologies is still rare.

[0004] In terms of intelligence, the research and development of reagent and drug management systems has just started in China, and there are few mature commercial products, and the so-called intelligence is limited to simple communication with the host computer, and the host computer sends instructions to control The lower computer, the lower computer is generally an ordinary single-chip microcomputer, the single-chip computer further controls the opening and closing of the reagent medicine cabinet, to a certain extent, it realizes the convenience of taking a small amount of medicine and a single type of medicine, but it cannot solve the problem of a large number of different types of one-time sampling. Cabinet door switch problem

[0005] Most of the smart drug management cabinets currently applying for patents are limited by the number of cabinets, and many of them communicate with the lower computer through serial ports, which not only directly affects the expansion of the number of cabinets due to the limitation of the number of serial ports on each PC, but also the placement of cabinets. Correspondingly, it is limited by the host computer and has no flexibility

[0006] In addition, the currently developed system only sends commands to the lower computer after the upper computer takes medicine successfully, and the lower computer then controls the opening and closing of the cabinet.

Drug users must remember the type of drug selected on the PC and the quantity to be sampled each time, or use a notebook to record the type and location of the drug taken. The operation is very cumbersome and not user-friendly

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