Measurement control method of sample analyzer and sample analyzer

Abstract

The embodiment of the invention discloses a measurement control method of a sample analyzer and a sample analyzer. The measurement control method is used for providing two measurement modes for a measurement program to select so as to meet different sample test index requirements. The method provided by the embodiment of the invention comprises the following steps that: the sample measurement demand of to-be-measured samples is acquired; when the sample measurement requirement indicates a sample detection turnover time measurement mode, the to-be-measured samples are measured through the sample detection turnover time measurement mode, so that measurement results are obtained, wherein the sample detection turnover time measurement mode is used for realizing that the measurement result of asample which enters the sample analyzer at first is outputted preferentially; and when the sample measurement demand indicates a batch measurement mode, the to-be-measured samples are measured through the batch measurement mode, so that measurement results are obtained, wherein the batch measurement mode is used for realizing that the measurement results of the whole samples are outputted simultaneously.

Description

technical field [0001] The present application relates to the medical field, in particular to a measurement control method of a sample analyzer and the sample analyzer. Background technique [0002] When clinical users use existing coagulation analysis instruments with a fixed sample position structure for sample testing, they often pay more attention to some key technical indicators of the instrument, such as sample value accuracy, sample turn-around time (TAT) time, instrument Batch test speed, etc. The accuracy of the sample value is the core technical index of the instrument, and it is the guarantee for the coagulation function screening and detection of pre-operative patients, prenatal pregnant women, patients with certain abnormal coagulation factor diseases, and patients with oral anticoagulant drugs. The sample TAT time refers to the sample During the test, the time required for the sample to be drawn from the beginning of the sample to the result of the sample. Ba...

AI Technical Summary

Problems solved by technology

[0003] The sample analyzers on the market are the prerequisite for ensuring the accuracy of sample values. The sample analyzers in the low-end market are mainly aimed at those customer groups whose daily sample testing volume is not too large. Due to the development cost and user samples Considering the quantity, each manufacturer often designs from the aspects of compressor component resources, single component resource sharing, and miniaturization of volume ratio to save resources and control costs. However, this part of clinical customers also hopes that analysis samples can be analyzed quickly and accurately. , and the design of compact and economical analyzers often restricts the technical indicators of sample TAT time and instrument batch test speed, so how to achieve maximum test efficiency on the premise of existing compact components without expanding additional resources has become an instrument The key to measurement program design

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