Protective pathogen sample collecting device for infection department

Abstract

The invention discloses a protective pathogen sample collecting device for the infection department. The device comprises a sampling pipe, a gas guide pipe, an airbag and a sample reserving mechanism,the two ends of the gas guide pipe fixedly communicate with the sampling pipe and the air bag respectively; the right end of the sampling pipe fixedly communicates with a first connecting pipe; wherein a sleeve is fixedly connected to a pipe arm of the first connecting pipe, five clamping grooves are formed in the pipe arm of the first connecting pipe, the first connecting pipe is detachably connected with the sample reserving mechanism through the five clamping grooves, and the sample reserving mechanism comprises a connecting block, a rotating ring, a fixing ring, five transmission arms andfive closing blocks. Through cooperation of the structures, on one hand, the pathogen sample collecting and collecting integrated effect is achieved, on the other hand, the sample reserving bottle disassembling and assembling effect is achieved, after the sample reserving bottle is disassembled, the sample reserving bottle can be automatically sealed, and then it is avoided that the pathogen sample excessively makes contact with air.

Description

technical field [0001] The invention relates to the technical field of pathogen sample collection, in particular to a protective pathogen sample collection device for the Department of Infectious Diseases. Background technique [0002] Infectious diseases are due to the poor ability of the patient to inhale and resist viruses during the treatment period and contract other diseases. Therefore, the collection of infectious disease pathogenic samples is very important. However, traditionally, the collection mechanism and the collection mechanism for pathogenic samples are usually two parts, and the collection mechanism and the collection mechanism are traditionally connected together through threaded seals, and then the collection mechanism or collection mechanism needs to be twisted continuously after collection. Therefore, it is troublesome to remove the collection mechanism so as to take it away for subsequent detection, and after the collection mechanism is removed, the thr...

AI Technical Summary

Problems solved by technology

However, traditionally, the collection mechanism and the collection mechanism for pathogenic samples are usually two parts, and the collection mechanism and the collection mechanism are traditionally connected together through threaded seals, and then the collection mechanism or collection mechanism needs to be twisted continuously after collection. Therefore, it is troublesome to remove the collection mechanism so as to take it away for subsequent detection, and after the collection mechanism is removed, the threaded connection between the collection mechanism and the collection mechanism is often in a fully open state, which requires personnel to Find another sealing cover to seal the collection mechanism to avoid excessive contact of pathogenic samples with air, which is also troublesome to operate

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