Sample analysis management method

Abstract

The invention relates to the detection and analysis of samples such as blood, urine and stool, in particular to a sample analysis management method comprising the following steps of performing class coding for each pipe rack, and performing position coding on the position of each test tube on the pipe rack; scanning the class code on the pipe rack, then scanning the corresponding position code onthe pipe rack, and displaying the class code and position code information; sampling and analyzing, by an analyzer, the sample in the corresponding test tube on the position code, and displaying the information that whether has the sampling analysis completed on the corresponding position code information. The method provided by the invention encodes the pipe rack, performs position coding on theposition of each test tube on the pipe rack, and simultaneously scans and analyzes by using the scanning system of the original analyzer, which can not only determine the position of each test tube, but also save the cost, improve the efficiency and judge missed samples in real time by displaying the information that whether the sampling analysis of the respective test tubes is completed with no need of a pre-processing system.

Description

technical field [0001] The invention relates to the analysis and detection of blood, urine, stool and other samples, in particular to a sample analysis management method. Background technique [0002] When blood, urine, stool and other samples are collected clinically, test tubes are generally used for collection. After the samples are collected, barcodes are pasted on the test tubes where the samples were collected, and then the test tubes are numbered to show the difference, and then the samples on the test tubes are scanned The bar code transmits patient information, including patient name, gender, age and ward number, to each clinical testing workstation, simplifying the tedious registration and checking of patient information in clinical work, and reducing the error rate. After the information is determined, the analyzer is used to detect and analyze the samples, so as to obtain the corresponding detection results. Existing medical instruments such as blood, urine, sto...

AI Technical Summary

Problems solved by technology

Existing medical instruments such as blood, urine, stool and other analyzers are prone to missed detection due to the large number of detections

Once a missed detection occurs, it is necessary to wait for a batch of samples to be tested and then conduct a new inspection. The inspection process takes a long time and seriously reduces the efficiency of sample detection and analysis.