Tumor gene detection reagent storage box

Abstract

The invention relates to a tumor gene detection reagent storage box. The tumor gene detection reagent storage box comprises a bearing box body, a box cover, a positioning frame, reagent bottles, an elastic lining layer and a control circuit, wherein the bearing box body and the box cover are connected with each other and form a closed cavity structure, and the positioning frame is connected with the side wall of the bearing box body in a sliding mode through a sliding rail; a plurality of bearing cavities are uniformly distributed in the positioning frame, a lifting driving mechanism is arranged in each bearing cavity, and the bearing cavities are connected with the reagent bottles through the lifting driving mechanisms; and the elastic lining layer is embedded in the positioning frame andcorrespondingly abuts against the outer surface of each bearing cavity and the inner side surface of the bearing box body, and the control circuit is embedded in the outer surface of the bearing boxbody and is electrically connected with the lifting driving mechanisms in the bearing cavities correspondingly. According to the tumor gene detection reagent storage box, on one hand, good bearing capability and good safety protection capability are achieved, and the requirements for bearing, protection and transferring operation of tumor gene samples and reagents can be effectively met; and on the other hand, the reliability and convenience of storing and taking operation of the tumor gene samples and the reagents can be effectively improved.

Description

technical field [0001] The invention relates to a sample storage box, specifically a tumor gene detection reagent storage box. Background technique [0002] At present, in the fields of disease diagnosis and treatment, scientific research, etc., it is often necessary to perform tumor gene capture and detection operations. In order to meet this need, a large amount of storage boxes for samples and reagents for tumor gene capture and detection are used, but in use It was found that the storage box equipment currently used is often a traditional box structure. Although it can meet the needs of storage of samples and reagents for tumor gene capture and detection, on the one hand, it has relatively poor carrying and positioning capabilities, especially when external Insufficient force impact resistance directly affects the safety and reliability of the storage of samples and reagents. On the other hand, during the access operation, it is mainly manually accessed by the staff, whi...

AI Technical Summary

Problems solved by technology

[0002] At present, in the fields of disease diagnosis and treatment, scientific research, etc., it is often necessary to perform tumor gene capture and detection operations. In order to meet this need, a large amount of storage boxes for samples and reagents for tumor gene capture and detection are used, but in use It was found that the storage box equipment currently used is often a traditional box structure. Although it can meet the needs of storage of samples and reagents for tumor gene capture and detection, on the one hand, it has relatively poor carrying and positioning capabilities, especially when external Insufficient force impact resistance directly affects the safety and reliability of the storage of samples and reagents. On the other hand, during the access operation, it is mainly manually accessed by the staff, which leads to the flexibility and reliability of the access operation. The relative proofreading is poor, which seriously affects the work efficiency and is also prone to access errors. Therefore, in view of this phenomenon, it is urgent to develop an inventive tumor gene sample and reagent carrying box structure to meet the needs of actual use.

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