Reagent storing box and reagent refrigerating system

Abstract

The present invention relates to a reagent storing box and a reagent refrigerating system, which belongs to the field of biologic detecting instruments. The reagent storing box comprises an on-off structure on a box wall. The reagent storing box is characterized in that the on-off structure comprises two parallel plates which move oppositely and are overlapped, and through holes mutually communicated are arranged on the two parallel plates. The present invention designs a special on-off structure for the reagent storing box. By the through holes on the two parallel plates which move oppositely and are overlapped, the opening and the closing are oppositely realized, and the low-temperature refrigerating performance is ensured well. At the same time, the reagent refrigerating system obviously improves the low-temperature refrigerating ability of a refrigerating chamber, and optimizes the on-off structure of the refrigerating chamber. Thus, disadvantages at the present marketing are solved radically, and the present invention is an important component part. The present invention has the advantages of simple structure, smart design thinking, stable insulation, exact control and the like.

Description

technical field [0001] The invention relates to a reagent storage box and a reagent refrigeration system used in a fully automatic immune detection system. Background technique [0002] Immunoassay is a means of biomedical detection using the specific reaction of antigens and antibodies. It uses isotopes, enzymes, chemiluminescent substances, etc. to amplify and display the signal of the tested sample. Therefore, it is often used in secretion, infectious diseases, immunity, tumors, Sample detection in biomedical fields such as pharmacology. The ability of immunoassay equipment to test items depends largely on the type and quantity of reagents that the equipment itself can store. These reagents need to be in a stable and constant low temperature state to ensure the effectiveness of the reagents. At present, the automatic immunoassay equipment on the market is designed with a reagent refrigeration system, but the structure of the reagent storage box is complex, the refrigerat...

AI Technical Summary

Problems solved by technology

At present, the automatic immunoassay equipment on the market is designed with a reagent refrigeration system, but the structure of the reagent storage box is complex, the refrigeration effect is not good, and the structure of the refrigerator door switch is unreasonable, resulting in the use of the automatic immunoassay equipment cannot guarantee stable test results and large Flux project detection

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