Human body monitoring system with biological radar module and negative ion module and monitoring method

Abstract

The invention provides a human body monitoring system with a biological radar module and a negative ion module and a monitoring method, the human body monitoring system comprises a device body and an information receiving terminal, and the device body is provided with the radar module, a processing module and the negative ion module; the processing module is used for controlling the radar module to transmit radar signals, receiving reflected waves, detecting whether the human body turns over or not, counting the turning-over times of the human body within a preset time period according to a preset detection frequency, and sending turning-over alarm information to the information receiving terminal if the turning-over times are abnormal; the processor is also used for extracting the respiratory rate and / or heart rate of the human body and driving the anion module to generate anion gas according to the respiratory rate and / or heart rate. Compared with the prior art, the behavior posture of the user can be monitored and analyzed, intelligent early warning can be carried out when the user has the pressure sore risk, auxiliary rehabilitation can be carried out on the user, the emotion of the user can be improved, and rehabilitation of the user is facilitated.

Description

technical field [0001] The invention relates to the technical field of biological radar, in particular to a human body monitoring system and a monitoring method with a biological radar module and a negative ion module. Background technique [0002] In the intensive care unit (ICU) or in the general ward, real-time dynamic monitoring of vital signs is a very important item, especially for critically ill patients who have high requirements for the reliability of vital sign data, and multi-parameter monitors are commonly used clinically to monitor patients. ; This monitoring method usually requires medical staff to insert a variety of sensors on the patient, some sensors are attached to the patient's body surface, and some are inserted into the patient's body (invasive detection such as central venous pressure); this monitoring method It is very easy to reduce the patient's experience of use, increase the workload and work intensity of medical staff, and increase the risk of in...

AI Technical Summary

Problems solved by technology

[0002] In the intensive care unit (ICU) or in the general ward, real-time dynamic monitoring of vital signs is a very important item, especially critically ill patients have high requirements for the reliability of vital sign data, and multi-parameter monitors are commonly used in clinical monitoring for patients ; This monitoring method usually requires medical staff to plug a variety of sensors on the patient, some sensors are attached to the patient's body surface, and some are to be inserted into the patient's body (invasive detection such as central venous pressure); this monitoring method It is very easy to reduce the use experience of patients, increase the workload and intensity of medical staff, and increase the risk of infection in patients' affected areas due to frequent contact, which intensifies patients' fear and soars treatment costs, etc.; and patients who stay in bed for a long time are likely to cause Pressure sores, detrimental to patient monitoring and recovery

[0003] Moreover, the prior art usually uses drugs to treat patients. This method has obvious side effects, and patients are prone to negative emotions, and lacks auxiliary means, which is not conducive to the monitoring and rehabilitation of patients.

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