Method and system for controlling indoor quality of automatic assembly lines of medical laboratories

Abstract

The invention discloses a method and system for controlling indoor quality of automatic assembly lines of medical laboratories. The method comprises the following steps of: setting a corresponding quality control rule for each detection project by utilizing a third-party quality management system; carrying out data conversion through a data conversion system so as to transmit the detection projects and the corresponding quality control rules to an assembly line data management system and an assembly line analyzer, wherein the assembly line analyzer is provided with an indoor quality control detection module; receiving an instruction sent by the assembly line data management system by the indoor quality control detection module and acquiring corresponding IQC data by the indoor quality control detection module according to the corresponding quality control rules of the detection projects; transmitting the IQC data to the third-party quality management system through the assembly line data management system and the data conversion system; automatically analyzing the IQC data by the third-party quality management system so as to obtain a result of detecting whether the detection projects are out of control or not, and transmitting the result back to the assembly line data management system. The method and system are basically free of hand participation, high in accuracy and good in flexibility, and can dispatch resources to the greatest extent, thereby improving the efficiency and saving the human cost.

Description

Technical field [0001] The invention relates to an indoor quality control method of an automated assembly line in a medical laboratory and a control system thereof. Background technique [0002] The technology of fully automated inspection system for clinical laboratories in hospital medical laboratories is now relatively mature. It is the current international trend of clinical laboratory inspection automation and the development direction of clinical laboratories. Clinical laboratory fully automated inspection system, also known as total laboratory automation (TLA) or laboratory automation system (LAS), refers to several detection systems in clinical laboratories such as clinical chemistry, immunology, hematology, etc. Integration is the process of connecting the same or different analytical instruments with the laboratory's pre-analysis and post-analysis systems through automated testing instruments and information networks to form an inspection and information processing syst...

AI Technical Summary

Problems solved by technology

[0005] 1) Each automatic analysis instrument on the assembly line needs an operator to manually perform indoor quality control work every day and judge which out-of-control rules the out-of-control results of specific test items violate, and manually issue instructions to perform re-testing, which is time-consuming and laborious , increasing a large number of manpower, low efficiency and high cost

[0006] 2) Each test item basically adopts the same quality control rules, usually 1 of the 6 Westgard commonly used 2s ,1 3s ,2 2s , R 4s 、4 1s 6 quality control rules such as 10X and 10X have poor flexibility and cannot be flexible, and cannot fully deploy resources to achieve the maximum effect. For example, some inspection items do not need so many quality control rules to meet the quality control requirements, and some important items require more quality control Combination of control rules to complete, but the original system can not meet the demand

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