Medicine containing frame adjusting mechanism for intravenous medicine preparation center and working method thereof

Abstract

The invention discloses a medicine containing frame adjusting mechanism for an intravenous medicine preparation center and a working method thereof. The medicine containing frame adjusting mechanism comprises a locking module, a discharging module and a regulation and control module, wherein the locking module is used for locking a storage cabinet rotating door so as to control use of medicine, the discharging module is used for placing and recording the medicine, the regulation and control module is used for managing and controlling the medicine, the locking module comprises an agreement module, an electric control module and an outer tube module, the agreement module is used for agreeing the medicine and a medicine solvent which generate a reaction to avoid matching errors, the electric control module is used for controlling the electric components in the agreement module, and the outer tube module is used for carrying out manual control and regulation on taking and placing of medicines and solvents in a special regulation environment. According to the invention, through the arranged transfer block, when a pharmacist dispenses medicines and solvents with adverse reactions, the preparation rate of the pharmacist in medicine dispensing is increased.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a medicine holding rack adjustment mechanism used in an intravenous medicine preparation center and a working method thereof. Background technique [0002] In the process of preparing some existing drugs, solvents are needed to dissolve liquid and solid drugs in different forms into liquids of uniform mixtures. Generally, glucose injection or sodium chloride injection is used as solvents to dissolve The drug is dissolved; [0003] However, there are still some drugs that cannot use glucose injection or sodium chloride injection as a solvent. For example, heparin sodium will quickly lose its efficacy in a solution of pH<6 when using glucose solution, while trastuzumab will produce protein in glucose solution. Coagulation, hydroxycamptothecin or amrinone solution will precipitate in glucose injection; similarly, for example, oxaliplatin cannot be compatible with chloride or chl...

AI Technical Summary

Problems solved by technology

[0003] However, there are still some drugs that cannot use glucose injection or sodium chloride injection as a solvent. For example, heparin sodium will quickly lose its efficacy in a solution of pH<6 when using glucose solution, while trastuzumab will produce protein in glucose solution. Coagulation, hydroxycamptothecin or amrinone solution will precipitate in glucose injection; similarly, for example, oxaliplatin cannot be compatible with chloride or chloride solutions of various concentrations, and estramustine sodium phosphate Nor can it be diluted with Sodium Chloride Injection

If the pharmacist accidentally makes a wrong ratio during the work process, it will not only cause waste of drug materials, but also cause serious medical accidents, threatening the safety of patients

[0004] Pharmacists usually classify the drugs when they mix the drugs. The drug dispensing center needs to configure a large number of drugs every day. When the pharmacists work for a long time, it is inevitable that they will make mistakes in their work. To avoid errors in the use of solvents, which may easily cause patients to make medication errors. Therefore, we propose a drug storage rack adjustment mechanism and its working method for intravenous drug preparation centers

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