Permanent magnetism positioning type non-invasive 24-hour monitoring system for gastrointestinal tract PH value

Abstract

A permanent magnet positioning gastrointestinal tract pH value noninvasive observation system in 24h belonging to the technical field of medical appliance is provided. Wherein, the minisize pH value inspecting capsule enters into gastrointestinal tract of the human through taking orally to inspect the pH value of gastrointestinal tract noninvasively for 24h and then being emitted out from human body through wireless mode; an extracorporeal position tracing device inspects the position information of the minisize pH value inspecting capsule and then transmits to an extracorporeal data recording device through leads, which receives wirelessly the gastrointestinal tract pH value data emitted by the minisize pH value inspecting capsule and stores the position information and inspecting time information of the pH value data and the minisize pH value inspecting capsule in designed format; the extracorporeal position processing system is arranged outside the human body, which reads the data stored in the extracorporeal data recording device and then processes the data. The invention can inspect the pH value of the gastrointestinal tract for 24h and research the gastrointestinal function of the person to be test as well as diagnose and cure the gastrointestinal disorder in auxiliary.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented technology allows monitoring the acidity levels within different parts (gastro-enteric segments) of the body's digestion cycle during medical procedures without causing discomfort or harmful side reactions on patients who are being treated by these treatments. This helps improve patient outcomes while reducing costs associated therewith.

Problems solved by technology

This patents discusses different methods and techniques being applied during diagnosing and treating Gastroenteropancreatic Disorder (GUD) symptoms including abnormal bowel movement caused by chronohepatitis B virus (CWD), inflammatory response syndrome, necrotic enterocolithisemia, collagen rupture, fractures, bleeding tendency, etc., making them challenging to accurately measure overall. Current methods require multiple tests at once and may result in unpredictable results even if they provide reliable values.

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