Intelligent throat swab specimen collection robot

Abstract

The invention provides an intelligent throat swab specimen collection robot. The intelligent throat swab specimen collection robot comprises an isolation screen, a collection swab storage box, a tongue depressor storage box, a collection swab manipulator and a tongue depressor manipulator are arranged on the outer side face of the isolation screen, and a conveying rail used for conveying reagent bottles and a cutting device used for cutting sampled collection swabs are arranged on the lower portion of the inner side face of the isolation screen; reagent bottle conveying holes are formed in thepositions, corresponding to the conveying rails, of the isolation screen, and storage boxes used for containing reagent bottles are arranged on the outer side face of the isolation screen; a bottle opening and closing device which is used for opening and closing bottle caps of the reagent bottles and can stretch out and draw back up and down and rotate is arranged at the position, above the conveying rail, of the inner side face of the isolation screen; the outer side face of the isolation screen is further provided with a motor box used for providing power for all components of the device. Atransverse through groove allowing the collection swab and the tongue depressor to penetrate and move and a vertical through groove allowing the collection swab mechanical arm to enter and exit are formed in the middle of the isolation screen. The accuracy and consistency of specimen collection are ensured, and the accuracy of specimen collection is improved.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to an intelligent robot for collecting throat swab specimens. Background technique [0002] As a standard for quickly judging confirmed cases, novel coronavirus nucleic acid detection can quickly identify whether patients with respiratory symptoms such as nasal congestion and runny nose, fever, fatigue, or even gastrointestinal symptoms are infected with influenza virus or coronavirus in a short period of time Infection, to rule out suspected cases, confirm infected cases, avoid waste of resources, so that real confirmed cases can be treated in a timely manner. At the same time, asymptomatic patients can be detected and treated early to avoid the flow of such patients in the crowd, resulting in large-scale cross-infection. [0003] To be able to successfully detect the new coronavirus nucleic acid, the most important thing is to collect throat swabs. Traditional throat s...

AI Technical Summary

Problems solved by technology

At present, the accuracy rate of nucleic acid testing is 30-50%. The reason may be the problem of the reagents, or it may be that the accuracy of the sample collection is not high due to the different people who collect the samples, or the patient's cooperation is not good, and there is dodge, causing the collection site Inaccurate, etc. The problems described above cannot be accurately tracked due to the short time of occurrence, but the correctness of specimen collection operations directly affects the results of nucleic acid testing

[0004] At this stage, the procedures for collecting throat swabs at home and abroad are the same, and they are collected from direct contact with patients. When there is no outbreak, the samples are collected under the first-level protection, and there is a risk of infection

In the outbreak stage of infectious diseases, it is necessary to collect throat swabs for three-level protection, and the consumables for three-level protection are relatively high, and the cost is relatively high. infection occurs

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