Smart and intelligent wearable sleep and movement gaining respiration monitoring conditioner

Abstract

The invention discloses equipment and system for intelligently sensing, monitoring, analyzing and conditioning the respiration of a user, aims at providing a smart, portable, precise and intelligent respiration monitoring instrument for families and individuals, and relates to the field of intelligent wearable medical apparatuses. The respiration monitoring instrument is used for monitoring sleep and movement respiration, and collecting respiration data, assisting in sleep, inhibiting snore, preventing apnea and the like. Modularized integrated design is adopted, respiration audio collecting and processing functions are integrated, the respiration monitoring instrument is integrated into small-size arc equipment, by making the respiration monitoring instrument worn at the nose of the human body, and additionally arranging a double-barreled audio collecting device, respiration audios are collected at a close range, data like sleep postures and movement postures is recorded, and the respiration and posture data is transmitted to an intelligent mobile phone (equipment) to be analyzed so that through a Bluetooth data module, the sleep and respiration can be intelligently assisted in being improved.

Description

technical field [0001] The invention is a device and system for intelligently sensing, monitoring, analyzing and regulating human's breathing condition. It involves the fields of smart wearables and medical devices. It can be used for sleep and exercise breathing monitoring, collecting breathing data, assisting sleep, suppressing snoring, preventing apnea, recording sleep status and exercise data, etc. Background technique [0002] At present, there are mainly two types of respiratory monitoring technology and equipment: one is contact type. Including volumetric respiration detection, velocity respiration detection, temperature detection, displacement detection, impedance detection, blood oxygen detection, wearable technology and sleep mattresses, pillows, etc. One type is contactless. Use electromagnetic waves, light, infrared rays and other media for detection. These technologies have high accuracy in the clinical field, but in the family and personal aspects, there ar...

AI Technical Summary

Problems solved by technology

These technologies have high accuracy in the clinical field, but in the family and personal aspects, there are complex designs and high costs; troublesome wearing and poor comfort; complicated data and unintuitive monitoring; only feedback data, unable to intelligently analyze and control, etc. question

Among them, in the technology of close-range monitoring of breathing audio, most of the methods such as mask and insertion are used, the equipment is relatively large, and the human body is not comfortable; in the wearable technology, most of the methods such as chest wear and hand wear are used, and the comfort of chest wear is poor. Wearing on the hand cannot monitor breathing intuitively, and the accuracy is poor

There is a breathing monitoring method placed directly on the nose and mouth, which is worn by earphones and microphones, but it is far away from the mouth and nose, and the efficiency of collecting breathing audio is not high. The effect of monitoring gentle breathing is not good, and it is mostly used for sports. Respiratory monitoring; and it is easy to shake when worn, and the arm will also vibrate, which greatly affects the accuracy of respiratory audio monitoring

Images