Physiological information identification device and physiological information identifying method

Abstract

The invention provides a physiological information identification device and a physiological information identifying method, wherein, the physiological information identification device comprises an image acquisition unit, an information acquisition unit, an image identification unit and a control unit; the image acquisition unit is used for acquiring and reflecting a physiological information image of a person to be detected, taking the image as the image to be identified, and sending the image to be identified to the image identification unit; the information acquisition unit is used for acquiring the position information in the image to be identified relative to the display position of the physiological information, and sending the position information to the image identification unit; in addition, the image identification unit is used for reading the physiological information that is displayed in the position limited by the position information in the image to be identified according to the position information, and sending out the read physiological information. The physiological information identification device can identify the physiological information detected by a medical facility, thereby summarizing the physiological information detected by different medical facilities.

Description

Technical field [0001] The present invention relates to the field of medical testing, in particular to a physiological information recognition device and a physiological information recognition method. Background technique [0002] Assessing a person’s health usually requires detecting a variety of physiological information of the human body, such as ECG, blood oxygen, blood pressure, pulse, respiration, and body temperature, and then aggregate the detected physiological information for comprehensive analysis to obtain accurate assessment conclusions . At present, although medical detectors for detecting physiological information of the human body have been widely used in the medical field. However, the existing medical detectors inevitably have the following problems in practical applications: [0003] First, for large-scale medical detectors, because they integrate multiple functional modules to achieve multiple functions, they often have problems such as large size, complex op...

AI Technical Summary

Problems solved by technology

[0003] First, for large-scale medical detectors, because they integrate multiple functional modules to achieve multiple functions, there are often problems such as large size, complicated operation, and high price, which makes large-scale medical detectors usually not suitable for home use. or individuals, but can only be equipped in hospitals and other medical institutions

In this case, it is difficult for patients to aggregate the physiological data detected in the hospital with the physiological data detected at home, other hospitals, etc., which brings inconvenience to patients in the collection and storage of physiological data, diagnosis conclusions and other information

In addition, if the large-scale medical detectors are far apart or not in the same room due to the limitation of indoor space, it is difficult for the medical staff to summarize the physiological information detected by them, so as to provide the medical staff with a comprehensive analysis of the patient's condition and establish a medical system. Inconvenience caused by files and other work

[0004] Second, for small medical detectors, because the function of detecting physiological information is often relatively single, users must use multiple corresponding medical detectors for detection when they need to detect multiple physiological information, and this will cause This brings about such a problem: that is, because small medical detectors often do not have the communication function for data transmission with other medical detectors, and even if they have communication functions, they may be different due to different data formats, different communication interfaces and / or communication methods. It is impossible to communicate with different medical detectors due to different factors, so it is difficult for users to summarize the physiological information detected by different medical detectors

This not only brings inconvenience to users in the comprehensive analysis of physiological information and the establishment of medical files, but also makes it difficult for users to extract the physiological information detected by multiple small medical detectors and carry them out, so that if the user expects to When it is aggregated with physiological information detected in different places, it is inconvenient to carry multiple small medical detectors at the same time

Images