Sample storage cabinet for urine self-collection box

Abstract

The invention discloses a sample storage cabinet of a urine self-service collection box, which comprises a storage cabinet body and a storage cabinet door, and the inside of the storage cabinet body includes a sample storage rack and an access transmission part arranged on the sample storage rack, and the storage cabinet The inner wall of the cabinet is also provided with a temperature sensor and a humidity sensor located on the inner wall of the storage cabinet at the lower end of the temperature sensor. The bottom of each placement hole is provided with a pressure sensor. The present invention uses temperature sensors, humidity sensors, pressure The sensor monitors the quantity and environment of the sample vials in the storage cabinet in real time, and realizes the automatic access of samples through the access and transfer parts, which can avoid external pollution. accuracy and safety.

Description

technical field [0001] The invention relates to the technical field of urine detection, in particular to a sample storage cabinet of a urine self-service collection box. Background technique [0002] Drug testing is mainly based on saliva, urine and hair. Among them, saliva testing is mainly used for rapid screening, and the accuracy is not high; hair testing is the most accurate, but the cycle is longer; compared with the other two testing methods, urine testing has achieved a good balance in terms of detection speed and accuracy. It is widely used by various law enforcement departments at the grassroots level, and urine samples need to be temporarily stored for processing after urination. [0003] At present, the collection of urine samples and the storage of samples after labeling in urine testing are all done manually. The existing sample storage cabinets have a low degree of automation when taking and placing urine samples, and they are all manually operated. The whole...

AI Technical Summary

Problems solved by technology

Among them, saliva testing is mainly used for rapid screening, and the accuracy is not high; hair testing is the most accurate, but the cycle is longer; compared with the other two testing methods, urine testing has achieved a good balance in terms of detection speed and accuracy. It is widely used by various grassroots law enforcement departments, and urine samples need to be temporarily stored after urine

[0003] At present, the collection of urine samples and the storage of samples after labeling in urine testing are all done manually. The existing sample storage cabinets have a low degree of automation when taking and placing urine samples, and they are all manually operated. The whole process is exposed. In the external environment, it is easy to cause secondary pollution, and too much human intervention will cause certain management loopholes, resulting in flaws in urine testing. To solve the above problems

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