An endoscopic capsule, its camera mechanism, and a control method for dispensing medicine

Abstract

The invention discloses an endoscopic capsule, its camera mechanism and a control method for dispensing medicine. The partition divides the internal space of the capsule shell from front to back into a head space, a middle space and a tail space; the capsule shell at the head space is a transparent shell, and a camera mechanism and a camera adjustment mechanism are sequentially arranged in the head space; The camera mechanism is arranged on the front plate of the front partition through the camera adjustment mechanism; the tail space is a liquid medicine storage cavity, and the capsule shell at the tail space is provided with a medicine outlet; the tail space is provided with a medicine outlet. mechanism, a control system is set in the middle space. After the patient swallows the capsule, the digestive system of the human body can be detected conveniently.

Description

Endoscopic capsule, camera mechanism and control method for dispensing medicine technical field [0001] The present invention relates to the field of endoscopy, in particular to an endoscope capsule, a camera mechanism thereof, and a control method for dispensing medicine. Background technique Due to work pressure and irregular diet, people today often suffer from gastrointestinal diseases, and traditional gastrointestinal testing is to use It is performed with a pusher endoscope, such as a fiber optic endoscope, which inserts a fiber optic through the mouth into the stomach. Detect the esophagus, stomach, etc. of the human body; because this detection method is that the foreign body enters the human body, the detection process will cause inconvenience to the patient. It is often difficult for patients to accept it, causing vomiting; at the same time, the repeated use of testing equipment has the risk of causing cross-infection; and the This test method cannot detect ...

AI Technical Summary

Problems solved by technology

[0002] Due to work pressure and irregular diet, people nowadays often suffer from gastrointestinal diseases. Traditional gastrointestinal testing is carried out with push-type endoscopes, such as fiber optic endoscopes, which insert optical fibers from the mouth into the stomach of the human body. The esophagus, stomach, etc. of the human body are detected in the human body; because foreign objects enter the human body in this detection method, the detection process will bring discomfort to the patient and cause vomiting, which is often difficult for the patient to accept; at the same time, the repeated use of the detection equipment may cause cross-infection risk; and this detection method cannot detect the small intestine

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