Reagent reacting cup and fully automatic inspection and detection instrument

Abstract

The present invention relates to a reagent reacting cup and a fully automatic inspection and detection instrument, which belongs to the field of medical detection equipment. The reagent reacting cup comprises a cup inner chamber for containing reagents, and is characterized in that the appearance of a cup body is a cylinder shape, and the bottom of the reagent reacting cup is depressed inward to form a hollow chamber. The reagent reacting cup can independently finish detection tusks, is flexible to use, can be suitable for individuation needs, and can satisfy the needs of a fully automatic detection instrument; as the special design of an inner structure of the reagent reacting cup, the specificity for running medical or biological detection data is high; and the reagent reacting cup is matched with a concave station on a carrying track. a driving system of the fully automatic inspection and detection instrument applied by the reagent reacting cup is simple; the failure rate is low; the whole detecting process is finished in a circulating system, so the automatic detection is safer; and the fully automatic inspection and detection instrument is practical, and the fully automatic detection is truly realized.

Description

technical field [0001] The invention relates to the technical field of medical detection, in particular to a reagent cuvette and a fully automatic detection instrument for medical immunity and chemiluminescence detection. Background technique [0002] In recent years, with the development of society and the advancement of biomedical technology, the number of immunoassays performed each year has increased significantly. Not only has the processing speed of reagent cuvettes become higher and higher, but also the demand for personalized rapid detection has become increasingly urgent. Most of the reagent cuvettes used for automatic immunoassay equipment in the prior art adopt a structure of 8 or 12 holes in a row. From the perspective of the production of immunocoating reagent cuvettes, the row structure is indeed conducive to large-scale production, but Since the same row of reagent reaction cups can only be coated with the same antibody or other protein when producing row-type...

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Problems solved by technology

Most of the reagent cuvettes used for automatic immunoassay equipment in the prior art adopt a structure of 8 or 12 holes in a row. From the perspective of the production of immunocoating reagent cuvettes, the row structure is indeed conducive to large-scale production, but Since the same row of reagent reaction cups can only be coated with the same antibody or other protein when producing row-type coated reagent reaction cups, when these reagent reaction cups are used to detect samples, the number of samples may not be enough to use up a whole row Reagent reaction cups, other vacant reagent reaction cups have to be wasted, which causes huge waste, and the continuous row of reagent reaction cups makes it almost impossible to realize automatic detection

[0003] Chinese patent application No. 200710151356.5 and patent application No. 200680009807.5 disclose a single reagent reaction cup, but the shape of the reaction cup is too complex, which causes great difficulties in the transmission and operation of the equipment, resulting in the transmission system of the equipment itself. Complexity, high mechanism failure rate, difficulty in implementing automation, etc., and the cups of these reagent cuvettes must be supported on a bracket to be stable, so the upper part has a specially designed boss for fixing the reagent cuvette , the design of these bosses makes the series of reagent reaction cups easy to collide with each other, and sometimes overlaps between the bosses, and the self-adjustment of a single reagent reaction cup is poor during operation, which hinders automatic operation and has a higher failure rate of the mechanism, so it cannot Successfully realize fully automatic detection

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