Intelligent digestive internal medicine biopsy sampler

Abstract

The invention relates to a biopsy sampler including an intelligent digestive internal medicine biopsy sampler which is characterized in that a depth sensor is positioned on an upper part of the intelligent digestive internal medicine biopsy sampler, and a storage tank is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler; an air bag is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler, and a spatula is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler; a pressure gauge is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler, and a graduation line is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler; a throat pad is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler, and a soft catheter is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler; an air pump is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler, and a solenoid valve is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler; and a controller is positioned on the upper part of the intelligent digestive internal medicine biopsy sampler.

Description

technical field [0001] The invention relates to medical instruments, in particular to an intelligent gastroenterology biopsy sampler. Background technique [0002] At present, clinically, patients are mostly asked to swallow a balloon with a brush when extracting exfoliated cells from the esophagus, and then inflate the balloon to inflate the exfoliated cells of the mucosa. This operation is very troublesome, time-consuming and laborious, and easily damages the mucosa. organize. The existing biopsy sampler is not easy to control the insertion depth of the airbag, and the internal pressure of the airbag cannot be monitored intuitively, which makes it difficult for medical staff to judge the degree of inflation of the airbag, and the biopsy sample is easy to fall off during the removal process after being scraped off. Cause sampling sample to reduce, be unfavorable for the sampling work of medical personnel. [0003] The present invention arises at the historic moment for th...

AI Technical Summary

Problems solved by technology

[0002] At present, clinically, patients are mostly asked to swallow a balloon with a brush when extracting exfoliated cells from the esophagus, and then inflate the balloon to inflate the exfoliated cells of the mucosa. This operation is very troublesome, time-consuming and laborious, and easily damages the mucosa. organize

The existing biopsy sampler is not easy to control the insertion depth of the airbag, and the internal pressure of the airbag cannot be monitored intuitively, which makes it difficult for medical staff to judge the degree of inflation of the airbag, and the biopsy sample is easy to fall off during the removal process after being scraped off. The sampling sample is reduced, which is not conducive to the sampling work of medical staff

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