Infrared thermally scanning capsule enteroscopy system with charge coupled device (CCD)

Abstract

The invention relates to a medical capsule enteroscopy system capable of entering a small intestine to check up. The infrared thermally scanning capsule enteroscopy system provided by the invention comprises a capsule enteroscopy and a computer medical image work station, wherein a charge coupled device (CCD) module, a power supply module, a data processing module, an infrared thermally scanning processing module and an infrared thermally scanning module are arranged in a shell of the capsule enteroscopy sequentially. During working, the CCD module takes an image of a digestive tract wall andtransmits the image to the data processing module; the infrared thermally scanning processing module receives infrared rays radiated by the digestive tract; the infrared rays are processed and transmitted to the data processing module; and data is further analyzed by the computer medical image working station and a result is obtained. The infrared thermally scanning capsule enteroscopy system canacquire the intestinal tract image clearly by utilizing the CCD, can perform infrared scanning analysis, storage and processing on the intestinal tract, and can diagnose diseases accurately.

Description

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AI Technical Summary

Benefits of technology

This technology allows for easy access through an electronic device that captures image data from inside your stomach while also being very tiny or lighter than usual devices like cameras. It makes medical diagnoses faster because this method uses visible rays instead of radioactive materials which are harmful if they come into contact with them during treatment procedures.

Problems solved by technology

Technicians have developed two types of medical devices called encaplecysocket radiosurgery systems and ultrasonics lithotomy systems. These technical solutions aimed at improving diagnoses while reducing discomfort caused by current procedures like inserting stomach tubes into humans. However these existing techniques still suffer limitations due to their own characteristics including poor accuracy, limited range of use, long battery time required, sensitivity to environmental factors, difficulty in inspecting areas difficult to see without causing harmful side effects, lack of flexibility when trying to examine organoid tissue structures inside large intracavity cavities, and potential interference between vital nerves and blood vessels.

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