AI visual voice broadcast laryngoscope low in damage and easy for explosion of glottis

Abstract

The invention relates to an AI visual voice broadcast laryngoscope low in damage and easy for explosion of glottis. The AI visual voice broadcast laryngoscope sequentially comprises a bottom, a laryngoscope handle and a top from bottom to top, wherein a display screen is arranged at the top, the laryngoscope handle is connected with the top through a rotating shaft, a containing space is formed inthe laryngoscope handle, and an AI chipset and an ROM are arranged in the containing space. The AI chipset comprises a central processing unit, a pressure sensor chip, a radar ranging sensor chip andan image processing chip, wherein a first database, a second database and a pressure data threshold value are arranged in the ROM, and oral cavity structure data of each position point on a correct laryngoscope imbedding path is stored in the first database. Oral cavity images used for laryngoscope exposure are stored in the second database, oral cavity structure data stored in the first databasecorresponds to the oral cavity images stored in the second database in a one-to-one mode, a base and a lens movable assembly are arranged at the bottom, and the base is connected with the lens movable assembly through a rotating shaft. A radar probe and a camera are arranged at the front end of the base, and a pressure sensor is arranged in the base.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to an AI visual voice broadcast laryngoscope with low damage and easier exposure of the glottis. Background technique [0002] For the field of medical professional technology, the existing visual laryngoscope is a combination of traditional laryngoscope and visualization technology. It only displays the glottis structure on the external display screen through the front camera of the lens. If you want to provoke the epiglottis, you still have to manually force in the designated direction. Unavoidable inappropriate force during the process will result in failure to lift the epiglottis, poor exposure of the glottis, and even complications such as incisor injury, epiglottis injury, and cricoid cartilage dislocation. Moreover, the existing visual laryngoscopes display two-dimensional images, making it difficult to judge the insertion depth of the front end of the laryngoscope. If the dept...

AI Technical Summary

Problems solved by technology

The more effective airway management technique for this type of first aid—tracheal intubation is still very unfamiliar to the general public, and it is particularly difficult to operate

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