Blood pressure and heart rate detection system capable of realizing remote data transmission monitoring

Abstract

The invention provides a blood pressure and heart rate detection system capable of realizing remote data transmission monitoring. The system comprises a blood pressure and heart rate detection terminal, a universal standard mobile phone or a remote personal computer (PC) with a universal global system for mobile communications (GSM) data transceiver, wherein the blood pressure and heart rate detection terminal can transmit data wirelessly to the remote mobile phone or the remote PC with a universal GSM data transceiver, and receives monitoring and regulation of the remote mobile phone or the remote PC with a universal GSM data transceiver. Meanwhile, the system is provided with a communication interface capable of realizing data transmission, monitoring and regulation with a local PC. The system has the characteristics of no manual intervention, multiple functions, remote range, individuality, networking and humanization, and lays a foundation for realizing that vital signs enter the time of the internet of things.

Description

technical field [0001] The application of the present invention relates to a blood pressure and heart rate detection system capable of remote data transmission and monitoring through wireless communication technology and computer technology, and a method for measuring and monitoring blood pressure and heart rate using the system, which belongs to the field of medical devices. Background technique [0002] In order to understand the present invention, it is necessary to have some understanding of wireless communication technology, a brief introduction is given below: [0003] Single-chip microcomputer or microcontroller (MCU) refers to a complete computer system integrated on a chip. Although most of its functions are integrated on a small chip, it has most of the components needed for a complete computer: CPU, Memory, internal and external bus systems, most of them will have external memory at present, and integrate peripheral devices such as communication interfaces, timers...

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Problems solved by technology

[0007] 1. Using batteries for power supply will increase user fees and be inconvenient to use. It may be impossible to measure or transmit data due to failure of battery power supply;

[0008] 2. The data is limited by the storage space and processing power of the microcontroller, the number of storage is limited, and the trend of blood pressure changes cannot be displayed, so it cannot provide monitoring and diagnosis functions;

[0009] 3. Remote diagnosis and monitoring cannot be carried out, and patients need to be accompanied by medical staff, which increases the cost of medical treatment, and is very inconvenient for elder

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