Health monitoring mattress and no-load heart impact and respiration monitoring system

Abstract

The invention discloses a health monitoring mattress which comprises a mattress body, a piezoelectric sensor module and a signal acquisition board, and is characterized in that the signal acquisition board is arranged outside the mattress body, an inner cavity is formed in the mattress body, the sensor module comprises signal wiring ports and sensing belts laid on the mattress body, the sensing belts are located in the inner cavity, the sensing belts and the signal wiring ports are divided into two groups, the sensing belts and the signal wiring ports are arranged in a one-to-one correspondence mode, and the signal wiring ports are connected with the sensing belts. By arranging the resistance type pressure sensor, monitoring of human body pressure signals is achieved, the power supply mode is variable, the human body pressure signals can be accurately collected, the heart rate and respiration rate can be calculated, and it is known through actual measurement that the heartbeat per minute displayed by the heart rate monitoring system and the PPG sensing module only has the difference within plus or minus 5, the accuracy rate can reach 96.3%, and the result shows that the data of the system is real and reliable.

Description

technical field [0001] The invention relates to the technical field of human health monitoring, in particular to a health monitoring mattress and a no-load cardiac shock and breathing monitoring system. Background technique [0002] With the improvement of people's living standards, people pay more and more attention to health. A smart mattress that can monitor human vital signs (such as heart rate and breathing rate) and common diseases (such as atrial fibrillation and apnea) in real time is becoming more and more popular. more popular with users. In addition, for patients and the elderly, it is very easy for patients and the elderly to fail to call for help or call for help in a sudden illness while lying in bed or sleeping, resulting in getting up and falling at night, and failing to receive timely care for emergencies. will be more serious. [0003] Existing monitoring of clinical morbidity mostly uses external means such as ECG monitors to monitor vital signs such as ...

AI Technical Summary

Problems solved by technology

In addition, for patients and the elderly, it is very easy for patients and the elderly to fail to call for help or call for help in a sudden illness while lying in bed or sleeping, resulting in getting up and falling at night, and failing to receive timely care for emergencies. will be more serious

[0003] Existing monitoring of clinical morbidity mostly uses external means such as ECG monitors to monitor vital signs such as heart rate, respiratory rate, blood pressure, blood oxygen, pulse, body temperature, etc. The possibility of parameters being missed, but it is necessary to use contact measurement or real-time monitoring. The patient is connected to the ECG electrode and other cables, which will cause discomfort to the patient for a long time, especially in the process of general measurement or real-time monitoring. Requirements for lying down and lying down are not conducive to long-term measurement or monitoring

For the monitoring of physical signs in the process of elderly care and rehabilitation, it is even more unsuitable to wear external equipment such as electrodes for long-term monitoring.

Images