Medical laboratory automated assembly line reagent automatic supply method and system

Abstract

The invention discloses a medical laboratory automated assembly line reagent automatic supply method and a system. According to the method, a reagent supply control module is added to an assembly line data management system; a reagent automatic supply assembly line is added beside an automated assembly line detection system; the assembly line data management system sets the minimum test value of reagent for each detection item of each analysis instrument; each analysis instrument transmits the test values of the detection items to the assembly line data management system through a reagent needle liquid level sensor during detection; and when the reagent of any detection item of any analysis instrument is lower than the minimum set value, the assembly line data management system calls the reagent supply control module, and the reagent supply control module gives an order automatically to make the reagent automatic supply assembly line work so as to automatically supply reagent to the detection item of the analysis instrument.

Description

technical field [0001] The invention relates to a method and a system for automatically replenishing reagents in an automatic assembly line of a medical laboratory. Background technique [0002] The fully automated inspection system technology of hospital medical laboratory and clinical laboratory is relatively mature, which is the current international development trend of clinical laboratory inspection automation and the direction of clinical laboratory development. Clinical laboratory fully automated inspection system, also known as total laboratory automation (TLA) or laboratory automation system (LAS), refers to the system of several detection systems in clinical laboratories such as clinical chemistry, immunology, hematology and other detection systems The integration is the process of connecting the same or different analytical instruments with the pre-analytical and post-analytical systems of the laboratory to form an inspection and information processing system thro...

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Problems solved by technology

[0003] According to the scale and business volume of hospitals and laboratories, the number of automated analytical instruments configured in Total Laboratory Automation (TLA) varies from a few to dozens, and the number of items tested by each analytical instrument varies from ten to ten. From a few items to dozens of items, the analytical instrument needs to be replenished with enough reagents to complete the test every day, and the work of adding reagents is done manually. Manually adding reagents on the assembly line not only brings great work to the staff Intensity, and it is prone to problems such as adding wrong reagents, generating bubbles or not adding in time, which will lead to interruption of project testing and affect the inspection report cycle. At present, the world's major total laboratory automation (TLA) mainly includes Siemens, Roche, Abbott, Johnson & Johnson and Beckman and other brands, but no brand line is equipped with a reagent management system

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