Drug detector

Abstract

The invention provides a narcotics detector, which includes a housing, wherein it also includes a communication unit, an information input unit, a sampling unit, an identification unit and a main control unit, the communication unit is installed on the housing, and the information input unit is installed on the housing , the sampling unit is installed in the housing, the sampling unit includes a reagent card holding module, a sample holding module and a driving module, the driving module drives the reagent card holding module, the sample holding module to move toward or away from each other, and the identification unit is installed on In the casing, the identification unit is set at the junction of the reagent card holding module and the sample holding module, and the detection end of the identification unit is set facing the reagent card holding module, the main control unit is set in the casing, the communication unit, the information input unit The sampling unit and the identification unit are all electrically connected to the main control unit. The drug detector has the advantages of simple use, fast information input speed, high detection accuracy and automatic detection process.

Description

technical field [0001] The invention relates to the technical field of drug detection, in particular to a drug detector. Background technique [0002] The drug detection of drug users is usually determined by detecting the drug content in the drug user's urine or saliva, because after a person takes or injects drugs, the drug components will remain in the human body's urine and saliva for a long time, Therefore, the drug use of drug users can be quickly identified by detecting the drug content in urine or saliva. The commonly used detection method for drug detection is mainly immunoassay, which is based on the principle of antigen-antibody specific binding reaction to detect various substances, such as drugs, hormones, proteins, etc. In addition, the detection method also has the advantages of short detection process time, high detection sensitivity, and easy operation. [0003] In daily drug inspections, in order to facilitate rapid drug detection of drug suspects, the im...

AI Technical Summary

Problems solved by technology

[0004] First, the current observation of the discoloration of the drug reagent card is done manually, which leads to misjudgment easily. In addition, when the drug suspect takes or injects a small amount of drugs, or takes too long, It may cause the color rendering effect of the drug reagent card to be inconspicuous, and it is also easy to cause misjudgment when manual judgment is made at this time

[0005] Second, the detection results of drug reagent cards need to be manually recorded and entered into the system by law enforcement personnel, resulting in untimely update of detection data and prone to omissions and missing data registration

[0006] Third, during the test, the drug reagent card is mainly put into the urine or saliva to be tested manually, and the drug reagent card is observed and registered after the drug reagent card completes the reaction, which not only has the disadvantage of low detection efficiency , and it is also easy to cause wrong registration of information when registering the drug reagent card, and there is even a risk of the drug reagent card being dropped

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