Integrated intelligent tolerance training arm band and Internet of Things application thereof

Abstract

The invention discloses an integrated intelligent tolerance training arm band and the Internet of Things application thereof. Master-slave devices control air pressure of charging arm bands; the blood pressure and pulses are monitored in real time during pressurizing, and therefore different blood pressure blocking points of people can be found (wherein, the systolic pressure is added with pressure of 40 mmHg and then can block arterial blood flow). The master-slave devices are powered by lithium batteries and can be assembled on the charging arm bands. The master-slave devices ensure synchronous operation of two microprocessors on the left and right arms through the wireless communication technology, and the arm bands on the two sides are independently controlled by electronic pumps respectively and do not interfere with each other, so that both hands can be free during ischemia training, and even training can be achieved during walking; the training process and data can be transmitted to a mobile phone in a wireless mode to be managed by a mobile phone APP or uploaded to a cloud server to be managed by professional staff.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to an integrated intelligent endurance training armband and its application to the Internet of Things. Background technique [0002] In addition to the main blood vessels, human blood vessels also have many collateral vessels. In general, the collateral vessels are in a dormant state. When the human body is ischemic, these collaterals will be opened to ensure that more blood can flow to the tissue, so in fact, everyone has the ability to resist hypoxia. Stroke is caused by hypoxia in the brain. According to this principle, there is a clinical ischemic preconditioning training that can train the hypoxia tolerance of brain tissue. After ischemia training, the original collaterals of the brain tissue will also expand. When the main blood vessels are blocked, these collateral vessels can still continuously deliver blood to the brain tissue, so the brain tissue is less prone to hypoxia....

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to provide an all-in-one intelligent endurance training armband and its Internet of Things application, aiming to solve the problem that the convenience and user experience of the existing arm-type mercury sphygmomanometer and automatic inflation ischemic preconditioning training products cannot be achieved Questions about usage requirements

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