Throat swab virus detection method with isolation, inactivation and protection functions

Abstract

The invention relates to a virus detection method, in particular to a throat swab virus detection method with isolation, inactivation and protection functions. The throat swab virus detection method comprises multiple groups of acquisition chambers and a group of collection chambers, a servo motor is adopted to control a low-speed positioning belt conveying structure to realize conveying of throatswab before collection and throat swab samples, and in combination with glove box operation, a positive pressure air blowing system and an ultraviolet inactivation structure, complete isolation of collection workers from patients is achieved, cross infection between the patients is avoided, and further spreading of novel coronavirus diseases is basically eradicated. Complete isolation between acquisition persons and to-be-detected persons is realized, and omnibearing safety protection is achieved; and the acquisition persons have no psychological burden while effective protection is achieved,more efficient and accurate acquisition by the acquisition persons for a longer time is ensured, the accuracy and efficiency are high in combination with annular light source structures, and the throat swab virus detection method is particularly suitable for throat swab acquisition protection detection of extremely dangerous infectious disease sources.

Description

technical field [0001] The invention relates to a virus detection method, in particular to a throat swab virus detection method with isolation and inactivation protection, which is suitable for the implementation process of throat swab detection and collection of high-risk infectious diseases such as new coronavirus. Background technique [0002] In view of the high-risk infection and hidden characteristics of the new coronavirus, the detection of the new coronavirus has become the top priority of all countries in the world. However, the throat swab detection of the new coronavirus is a high-risk operation for medical staff, and there are also risks for the personnel participating in the test. The risk of infection, and the collection personnel need to contact the tested persons face-to-face, it is difficult to face the new coronavirus directly, so the collection nurses often cause false negative rate problems in order to avoid risks. For example, Guo Jingjing of Capital Med...

AI Technical Summary

Problems solved by technology

[0006] Although many of the above inventions have achieved a certain degree of isolation, they have not achieved an absolute isolation environment between the tester and the testee, so it is impossible to achieve complete isolation between the collector and the tester, and there is no corresponding attachment and adsorption of the follow-up virus inactivation measures

Images