Blood coagulation reagent management method and system

Abstract

The invention relates to the technical field of medical instruments, and particularly relates to a blood coagulation reagent management method and system. The management system comprises a first reagent container, the first reagent container is provided with at least two first reagent containing cavities, and the at least two first reagent containing cavities are independently arranged so as to contain set reagents needed by blood coagulation test items in a one-to-one correspondence mode so that the first reagent container can independently complete the blood coagulation test items of the preset number of times. Therefore, reagents can be managed through each blood coagulation test item in the reagent management and detection process, and a situation that one reagent is still available and the other reagent is insufficient in the traditional method is avoided so that the detection efficiency is improved, and the reagent cost is saved. Meanwhile, the blood coagulation test items of thepreset number of times are independently completed through the first reagent container, the reagents needed by the corresponding blood coagulation test items can be conveniently loaded and replaced at a time, and the reagent loading and replacing efficiency of a user is effectively improved.

Description

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AI Technical Summary

Benefits of technology

This technology allows multiple different types of tests on blood samples to simultaneously perform their respective functions without having them mixed up or requiring more expensive materials than necessary. It also simplifies the handling and replacement tasks needed when testing new drugs with specific chemicals.

Problems solved by technology

This technical problem addressed by this patented describes the difficulty of controlling the residuum amounts (the ratio between reactants) when mixing multiple chemicals together due to variations in manufacturing processes and differences in container sizes. Current methods require manual filling with each type of solution separately, leading to errors if there're too much material left behind after one reaction has been completed. Additionally, these conventional solutions have issues with storage capacity and durability over time, making them challenges for users who want their instruments to work properly without excessive inventory levels.

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