Five-sense-organ and surgical medical data acquisition analysis and diagnosis robot and platform

Abstract

A five-sense-organ and surgical medical data acquisition, analysis and intelligent diagnosis integrated robot is a physical examination medical data acquisition and analysis robot platform system built by combining an artificial intelligence robot system with various data acquisition devices and other nodes. The functions of robot voice interaction, arm action interaction, data acquisition, data analysis and the like are achieved in combination with a robot node communication principle by applying a data acquisition technology and data analysis; data such as height, weight, electrocardiogram,blood pressure, oral cavity, ears and eyes are monitored through a camera and various sensors carried on a robot platform; and medical indexes are intelligently detected, wherein the medical indexes include the problems of common oral diseases, ear abnormality, eye vision, ametropia classification and the like. The medical data are classified by using a neural network algorithm, and the problems of eye, ear and oral abnormality and the like are analyzed by using the data analysis technology. The body temperature is measured by using infrared sensing. The medical data are efficiently collectedunder robot voice guidance. Abnormal symptoms are effectively checked and regularly detected, and intelligent physical examination result feedback and regular examination prompting are achieved according to physical standards, analyzed data, intelligent inquiry, remote health inquiry and the like.

Description

technical field

[0001] The patent of the present invention is based on the collection and analysis of five sense organs and surgical medical data, a medical examination robot research and development platform that integrates analysis. It is a platform that combines artificial intelligence robot systems with various data collection devices and other nodes to build a physical examination medical data collection and analysis robot platform system. . Background technique

[0002] It is currently used in the field of health checkups; during the checkup process, due to various human factors, it is difficult to effectively identify and diagnose diseases in the mouth, teeth, eyes, etc. with the naked eye. Low efficiency of physical examination, difficult data collection, inaccurate data collection and other problems.

[0003] The result is low efficiency, time-consuming, energy-consuming and other consequences of physical examination. In view of the low efficiency of physical exami...

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