Pre-sample-analysis processing equipment and method for medical examination

Abstract

The invention discloses a pre-sample-analysis processing equipment and method for medical examination. The processing equipment having a network function is composed of a pre-processing instrument, an intermediate software client, an LIS interface client, an HIS database server, an instrument work unit and two pre-processing system servers. The pre-processing instrument, the pre-processing system servers, the intermediate software client, the LIS interface client, and the HIS database server carry out communication through an internal service network. The instrument work unit consists of an immunoassay analyzer, an LIS workstation and a Moxa controller; the immunoassay analyzer, the LIS workstation and the Moxa controller are connected through serial ports; and the Moxa controller, the LIS workstation and other components are connected through the internal service network. In addition, according to the method, the pre-processing instrument is used for realizing automatic processing, informationization and intelligent management before a sample analysis; the risk of a manual operation error can be eliminated; the manpower resource configuration can be optimized; the sample cycling time can be shortened; and the overall medical service level of the clinical laboratory can be improved.

Description

technical field [0001] The invention relates to a sample analysis and processing method and equipment for laboratory medicine, in particular to a pre-analysis equipment and method for medical examination samples. Background technique [0002] Practice has proved that in order to ensure the quality of clinical testing, the quality control of the whole process must be achieved, including: the quality control of three stages: before sample analysis, during sample analysis and after sample analysis, among which the quality control before sample analysis is particularly important. It has been reported at home and abroad that 60-70% of the test errors come from before the test analysis. Therefore, it is necessary to pay attention to the quality management before analysis in clinical testing. However, before analysis, it basically relies on manual operation, and the degree of automation is very low. The current point-of-care test, namely POCT (POINTOFCARETESTING), is an operation ...

AI Technical Summary

Problems solved by technology

However, before analysis, it basically relies on manual operation, and the degree of automation is very low. The current point-of-care test, namely POCT (POINTOFCARETESTING), is an operation close to the patient's site, which reduces the storage and transportation of samples before analysis, but in the collection of samples The processing and processing still need to be completed manually, and the quality depends on the professional training and techniques of the inspectors, so there are unavoidable errors in the quality control before sample analysis

[0003] With the advancement of science and technology and the development of laboratory medicine, various testing instruments tend to be miniaturized and generalized. However, in the stage before sample analysis, due to the variety of samples, such as peripheral blood, venous blood and other blood samples, there There are many types of stool samples, and the diluents and dose containers used in the test are all different, so it is difficult to find a general method or make a general instrument and equipment to process the samples to be analyzed

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