Wearable equipment capable of monitoring heart rate in real time and working method thereof

Abstract

The invention provides wearable equipment capable of monitoring heart rate in real time and a working method thereof and belongs to the technical field of wearable equipment. The wearable equipment comprises a wearable equipment body and a heart rate monitoring card and is characterized in that a user can wear the wearable equipment body, and the heart rate monitoring card is placed in the wearable equipment body; the heart rate monitoring card is used for monitoring and analyzing the heart rate of the corresponding user when the user wears the wearable equipment body. The wearable equipment has the advantages that the relative position between a heart rate monitoring sensing device used by the heart rate monitoring card and a human body is not sensitive to measuring data, so that detection precision is increased; meanwhile, the equipment can perform abnormity detection on the collected heart rate and transmits the detection result to the terminal equipment to allow a monitoring personto be able to timely learn about the heart rate state of a to-be-monitored person; during the abnormity detection, the heart rate analysis uses a convolutional neural network, so that analysis precision is increased.

Description

technical field [0001] The invention relates to the field of wearable devices, in particular to a wearable device for real-time heart rate monitoring and a working method thereof. Background technique [0002] Heart rate can reflect the functional status of the human body more reliably, and can provide a basis for early detection of certain diseases. Therefore, heart rate monitoring has always been considered as a long-term inspection for the elderly. There are many ways to monitor heart rate, the more common ones are pressure method, infrared method, resistance method and electrocardiogram method. Among them, pressure method and electrocardiogram method are more professional and can be applied in clinical medicine, but these two methods require medical expertise. Only equipment and professional knowledge can be measured, and improper use will bring great errors. The infrared method and resistance method are commonly used in small devices used in households, but the devices...

AI Technical Summary

Problems solved by technology

There are many ways to monitor heart rate, the more common ones are pressure method, infrared method, resistance method and electrocardiogram method. Among them, pressure method and electrocardiogram method are more professional and can be applied in clinical medicine, but these two methods require medical expertise. Only equipment and professional knowledge can be measured, and improper use will bring great errors

The infrared method and the resistance method are commonly used in small devices for household applications, but the devices using these two methods are all temporary measurement devices, which cannot play a role in long-term monitoring, and the measurement errors between individuals vary greatly

Therefore, a wearable heart rate detection device has been proposed. However, the principle of the existing wearable heart rate detection device usually adopts the simplified electrocardiogram method, that is, a plurality of fabrics containing metal wires are closely attached to the skin as electrodes to obtain the measured heart rate. The heart rate of personnel has at least the following problems: because the relative position of the electrode and the human body cannot be accurately placed, the measurement error is large; because the electrode must be close to the skin of the human body to measure, the comfort is reduced, and it is not suitable for long-term wear and wearing

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