Rapid feeding apparatus and method for clinical specimen

Abstract

The invention discloses a rapid feeding apparatus and method for a clinical specimen. The rapid feeding apparatus comprises a closed cabin, a negative pressure pump, a pressure control valve, a test template, a connecting pipe, a tray and a specimen bottle. By implementing the technical scheme of the invention, the specimen can be simultaneously fed onto more and even dozens of pores of the test template, the specimen feeding amount is sufficiently large, and the test template for the clinical test can realize the rapid feeding technology of the clinical specimen by virtue of the pressure of the manual intervention environment, so that the labor intensity of operation personnel can be significantly alleviated, the working efficiency can be increased by dozens of times, the processing timeof the clinical specimen can be greatly saved, and the feeding work of the clinical specimen can be rapid, accurate and effective.

Description

technical field [0001] The invention relates to the field of medical testing, in particular to a device and method for rapidly adding samples to clinical specimens. Background technique [0002] In the fields of medical clinical testing and other fields, the processing process of clinical specimens is very cumbersome, often accompanied by a large number of operations such as pipetting, adding samples, and homogenizing. During this process, the efficiency of adding samples to clinical samples is very important. attached figure 1 It is a common clinical specimen test template in the prior art, and it is mostly used in bacterial identification and drug susceptibility identification experiments in the field of medical clinical testing. attached figure 2 It is a partial enlarged view of the sample test hole of the test template. The sample volume of this type of test template can only be controlled below 25µL, and the test hole of the sample is placed horizontally, which is no...

AI Technical Summary

Problems solved by technology

[0004] Among them, when performing mycoplasma detection or drug susceptibility testing, there are often some human tissues or mucus in the liquid to be tested. When adding samples, it is easy to cause uneven distribution of tissues and mucus, resulting in pipeline blockage or "jumping holes". At the same time, due to the enlarged monitoring aperture, the sample liquid enters the detection plate very quickly, and it is easy to mix with the air remaining in the detection plate to generate air bubbles. Timely cleaning work is prone to errors in the next detection work. The above situations will affect the normal operation of the detection work, and will also affect the accuracy of the detection, thus affecting the smooth progress of the next diagnosis work.

[0005] At the same time, when the energy cannot be supplied, the detection device becomes a pile of "waste" and cannot work normally. In the end, the detection personnel can only use the original method to add samples, which greatly affects the work efficiency. Improving the applicability of the device is also urgently needed

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