Endoscopic Capsule Device

Abstract

The present invention provides an endoscope capsule device which at least comprises the components of: a housing, a photosensing chip, a control unit and a battery set. The housing comprises an image acquiring area, a lens set and an accommodating space. The position of the lens set corresponds to the image acquiring area. The photosensing chip is arranged in the accommodating space and the position of the photosensing chip corresponds with the lens set. The control unit is arranged in the accommodating space and is electrically connected with the photosensing chip, and furthermore the control unit comprises a comparing unit. The comparing unit is used for receiving a plurality of images which are photographed by the photosensing chip and compares whether the contents of two random continuous images are alike. If the contents are alike, one image of the two images is reserved, and the rest is deleted. The battery set is arranged in the accommodating space and is electrically connected with the control unit. The endoscope capsule device has a function of saving electric energy.

Description

technical field [0001] The invention relates to an endoscope capsule device, in particular to a control unit with an image comparison processing design, and an endoscope capsule device derived from the system with a power-saving design. Background technique [0002] As early as 1795, many medical predecessors began to examine the digestive tract. Later, in order to improve the convenience of examination, they conceived and created the endoscope. During the examination, a flexible tube was used to insert the examination object inside the organ, such as gastric endoscopy. The light transmitted from the cold light source can illuminate the inside of the organ, and then the light sensor chip embedded at the end of the tube can clearly transmit the image signal back to the machine and display it on the screen; however, the above technical means are not applicable to the human body. The small intestine cannot be detected by endoscopy, and if the length of the traditional endoscop...

AI Technical Summary

Problems solved by technology

For people with long digestive tracts or slow digestive tract peristalsis, it will take a long time for the Capsule Vision System to pass through the digestive tract completely; therefore, before the Capsule Vision System passes through the digestive tract completely, the Capsule Vision System May run out of power first without a thorough shot check

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