Reaction cup chamber and automatic luminescence immunity analyzer

Abstract

The invention relates to the technical field of medical equipment, and specifically relates to a reaction cup chamber and an automatic luminescence immunity analyzer. The reaction cup chamber comprises a shell, a dual push rod device, a first base plate, a first fixed shaft, a first motor, a reaction cup pipe, reaction cups, a reaction upper rotation disc, and a reaction lower rotation disc. The lower end of the first fixed shaft is fixed on the first base plate. The reaction upper rotation disc and the reaction lower rotation disc are sleeved on the upper end and lower end of the first fixed shaft respectively and driven by the first motor and a first belt wheel device to rotate around the first fixed shaft. The reaction cups are stacked in the reaction cup pipe. The upper end and lower end of the reaction cup pipe are respectively snapped on the reaction upper rotation disc and the reaction lower rotation disc. The dual push rod device is fixed on the first base plate through a support device. The dual push rod device is above the reaction upper rotation disc and is right above the reaction cup pipe.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a reaction cup chamber and a fully automatic luminescence immunoassay analyzer. Background technique [0002] The reagents for the automatic luminescence immunoassay analyzer are enzymatic chemiluminescence reagents, which refer to coating known antibodies in microporous cuvettes, then adding the samples to be tested and enzyme-labeled secondary antibodies for immune reaction, and finally adding A technique in which the substrate, producing a glow, is captured by the detector. The automatic luminescence immunoassay analyzer is used to analyze the analytes in serum, plasma and other human body fluids. Quantitative patient serum and horseradish peroxide are added to the microporous cup coated with antibodies on the solid phase. The conjugate of the detection molecule and horseradish peroxidase is specifically combined with the antibody on the solid phase carrier. Unreac...

AI Technical Summary

Problems solved by technology

[0003] In the above detection process, it is generally necessary to use a cuvette, and put the sample and reagents into the cuvette for reaction. The cuvette is disposable, so the automatic luminescence immunoassay analyzer needs to install a large number of cuvettes , and need to continuously send the cuvettes to the reaction tray. Currently, the storage and transportation of a single cuvette in the market is not very convenient. It is easy to make mistakes in the process, which will affect the subsequent detection

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