Remote health monitoring device

Abstract

The invention discloses a remote health monitoring device which comprises a data acquisition module, a processing unit and a communication module. The data acquisition module comprises at least one ofan electrocardiogram acquisition component, a blood pressure acquisition component, a heart rate acquisition component, a body temperature acquisition component, a body weight acquisition component and a body fat acquisition component, the processing unit is connected with the data acquisition module and used for processing physiological information acquired by the data acquisition module, the communication module is connected with the processing unit and used for transmitting the physiological information processed by the processing unit to an intelligent terminal, and the data acquisition module, the processing unit and the communication module are arranged on monitoring equipment. Various physical health monitoring devices, the processing unit and the communication module are integrated into a household medical bed and connected with the intelligent terminal, health conditions of patients living at home are remotely monitored, and emergency situations can be timely handled.

Description

technical field [0001] The present invention relates to the field of health monitoring, and more particularly, to a remote health monitoring device. Background technique [0002] In family life, there are many cases where the elderly stay at home alone. There are also many elderly people suffering from various sudden diseases. Most young people work outside during the day. Once an emergency occurs and misses the golden hour, they will be there for rescue. If there is a lot of trouble and even life-threatening, it is imminent to increase health monitoring. [0003] At present, physiological monitoring is mostly carried out by multiple independent medical devices with a single function. Secondly, some monitoring devices are bulky and have complicated measurement operations, which are not easy to carry and use at home. In addition, the interval between the monitoring process and the monitoring results is long, and both of them need to be realized in hospitals and other medica...

AI Technical Summary

Problems solved by technology

[0003] At present, physiological monitoring is mostly carried out by a variety of independent medical equipment, with a single function

Secondly, some monitoring devices are bulky and have complicated measurement operations, which are not easy to carry and use at home

In addition, the interval between the monitoring process and the monitoring results is long and needs to be realized in hospitals and other medical institutions, which is not convenient for users to grasp the health status in time

[0004] Traditional human health detection terminals generally have only one function per product, and the functions are relatively single. The detection of different human physiological data requires the purchase of different terminals, which are bulky and inconvenient to carry.

The product form generally includes a display screen or voice prompts, which directly output the measurement results of this time, and generally only record the data of recent health tests. These data are simple and monotonous, and people with certain basic medical science knowledge can understand them. data, and the data has no continuity. If you want to record daily real-time health data analysis data trends, you must manually record and analyze, which is very inconvenient

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