Capsule type colon endoscope with monitoring function

Abstract

The present invention provides a capsule colorectal endoscope with monitoring function, relating to medical machinery through a colorectal method for treatment, in particular to a capsule colorectal endoscope, which comprises a colorectal endoscope, an injection pipe and a waste liquid precipitation pipe. The present invention is characterized in that the colorectal endoscope and the injection pipe are connected with one end of an intestinal cavity; the body of the waste liquid precipitation pipe is provided with a through hole or a connecting device communicated with the internal cavity of the waste liquid precipitation pipe for guiding or covering the injection pipe; the internal diameter of the through hole or the connecting device and the internal diameter of the partial waste liquid precipitation pipe towards the intestinal cavity of the human body are larger than or equal to the maximum external diameter of the colorectal endoscope and the injection pipe which probes into the waste liquid precipitation pipe and the intestinal cavity through the waste liquid precipitation pipe; a conduction lead is embedded in the wall of the injection pipe and the part of the injection pipe which enters the intestinal cavity of human body is provided with a sensor; the conduction lead is connected with the sensor. The present invention ensures the conventional colorectal endoscope has the functions of treatment, waste discharge and real-time monitoring.

Description

Technical field: [0001] The invention relates to a medical instrument for colonic treatment, in particular to a capsule colonic endoscope with monitoring function. Background technique: [0002] Existing endoscopes that detect the human intestinal tract through the colonic approach usually only have the functions of observation and detection, and do not have the function of treatment, let alone the function of monitoring complex conditions in the intestinal cavity. The intestinal tract is the most important absorption area for various essential elements of human life, and it is also an important organ for maintaining life. However, in the prior art, there is no effective medical device that can timely treat and monitor treatment through the colon after being tested. At the same time, the existing colonoscopic feeding mirror cannot discharge the waste in the intestinal tract when it enters and exits the intestinal tract. Although the intestinal cavity needs to be cleaned befo...

AI Technical Summary

Problems solved by technology

[0002] Existing endoscopes that detect the human intestinal tract through the colonic approach usually only have the functions of observation and detection, and do not have the function of treatment, let alone the function of monitoring complex conditions in the intestinal cavity

The intestinal tract is the most important absorption area for various essential elements of human life, and it is also an important organ for maintaining life. However, the existing technology does not have an effective medical device that can be treated and monitored through the colonic route in time after being tested

At the same time, the existing colonoscopic feeding mirror cannot discharge the waste in the intestinal tract when it enters and exits the intestinal tract. Although the intestinal cavity needs to be cleaned before the colonic endoscopic examination, the waste generated in the intestinal tract during the examination still often affects the colonic endoscopic examination. diagnosis

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