Mask with respiratory rate monitoring function

Abstract

The invention discloses a mask with a respiratory rate monitoring function. The mask comprises a mask body, a sensing module and a communication module, wherein the sensing module is a sensing fiber net arranged on the mask body, the sensing fiber net is constructed to enable gas generated by breathing to force the sensing fiber net to move relative to the mask body so as to generate friction static charges and form open-circuit voltage. The communication module is electrically connected with the sensing module and used for sending the open-circuit voltage to terminal equipment so that the terminal equipment can obtain respiratory rate data according to the open-circuit voltage. According to the mask with the respiratory rate monitoring function provided by the embodiment of the invention, the function of instantly detecting the respiratory rate can be realized, and the monitored respiratory rate data can be used for analyzing the respiratory health condition of a user. In addition, the mask is convenient to use, simple to operate during daily health monitoring, safe, practical, efficient and fast, and the working difficulty of medical staff is reduced.

Description

technical field [0001] The invention relates to a mask, in particular to a mask with a breathing rate monitoring function. Background technique [0002] In related technologies, a type of sensor device is usually used to detect the breathing rate, and the detection is often realized based on the movement mode of the human body and the body fluid of the human body. Traditional touch sensors are directly attached to the human body, such as the forehead and limb joints, because their rigidity cannot superimpose the curved surface of the human body, which makes the monitoring process cumbersome and affects the monitoring accuracy. However, chemical sensors need to collect human body fluids, such as urine, sweat, etc., and face huge technical challenges in the process of instant and long-term monitoring. Some invasive sensors even have to be implanted in the body, facing the risk of injury and infection. [0003] A non-contact / non-intrusive sensor would obviously be more comfor...

AI Technical Summary

Problems solved by technology

The equipment currently used in hospitals to monitor human breathing is quite bulky and cannot be used for monitoring anytime and anywhere

Commercial monitoring equipment such as wristbands, based on the principle of PPM light, monitors the heart rate and cannot directly reflect the respiration rate, and is not very friendly to the monitoring of respiration.

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