Clinic respiration detecting device and method

Abstract

The invention provides a clinic respiration detecting device and method. The clinic device comprises a band body, an inertia measuring unit and terminal equipment, the inertia measuring unit is assembled on the band body and electrically connected with control equipment, and the control equipment and the terminal equipment are mutually connected through a wireless connecting module; the control equipment integrates the wireless connecting module and an A / D data collecting module, detecting data acquired by the inertia measuring unit is sent to the A / D data collecting module, and the A / D data collecting module converts the received detecting data and sends the converted detecting data to the terminal equipment by utilizing the wireless connection module. The terminal equipment judges the sleep respiratory condition of a user according to received monitoring data; when the terminal equipment judges that the user is subjected to apnea, respiration monitoring equipment gives an early warning prompt. The device can be worn conveniently and comfortably, and it is ensured that the monitoring can be successively conducted when the human body is in different states.

Description

technical field [0001] The invention belongs to the technical field of medical care and health, and in particular relates to a clinical breath detection device and method. Background technique [0002] More and more people snore or snore during sleep. At this time, the muscles of the nose and throat of the human body relax and enlarge, squeezing the airflow channel of the throat. If the pharynx structure completely blocks the airway , the airflow is completely unable to enter the lungs, and sleep apnea syndrome will appear at this time. It can be seen that it is very important and necessary to monitor the breathing of the human body during sleep. [0003] At present, there are also many portable sleep apnea detection devices used in people's daily life, so that self-sleep apnea monitoring can be carried out at home. However, in most of the existing detection devices, nasal catheters and thermistors are generally used to detect changes in the airflow in the mouth and nose t...

AI Technical Summary

Problems solved by technology

However, this system has the following defects: the system includes a jacket carrier and a wristband body, and there are many parts, which cause user discomfort and inconvenient wearing, and the control module for judging sleep breathing status is located on the wristband body, which is easy to turn over when the human body sleeps, etc. Damage caused by movement, which makes the sleep apnea monitoring unable to proceed smoothly

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