CN201208259Y

CN201208259Y - Electrocardiographic monitoring terminal

Info

Publication number: CN201208259Y
Application number: CNU2008200236654U
Authority: CN
Inventors: 邹志宏
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-06-03
Filing date: 2008-06-03
Publication date: 2009-03-18
Anticipated expiration: 2018-06-03

Abstract

An ECG monitoring terminal comprises a signal source terminal, a lead line, an ECG signal acquisition module, an SPI interface, a microprocessor module, an asynchronous serial interface, a Bluetooth communication module, a mobile and a switch power-supply module, wherein, the ECG signal acquisition module is connected with the front end of the microprocessor module through the SPI interface, and the signal source terminal is connected with the front end of the ECG signal acquisition module through the lead line; the Bluetooth communication module is connected with the tail end of the microprocessor module through the asynchronous serial interface, and the tail end of the Bluetooth communication module is connected with the information input terminal of the mobile; and the switch power-supply module is in connection with the ECG signal acquisition module, the microprocessor module and the Bluetooth communication module at the same time so as to form a simple ECG monitoring terminal. The ECG monitoring terminal provided by the utility model has the advantages of simple structure, portability and convenient use. In addition, as the mobile serves as a medium for transmitting and exchanging signals, the utility model has great working stability, and is highly reliable, so that the purpose of monitoring ECG in real time can be achieved.

Description

The electrocardiographic monitoring terminal

Technical field:

This utility model relates to medical long distance monitoring device, relates in particular to the electrocardiographic monitoring terminal.

Background technology:

Heart is in sub-health state, and the people who perhaps has a heart disease has got more and more, and to the healthy protect of this some people, mainly is to make their electrocardiogram can access supervision timely, and heart disease can access rescue timely.The cardiac of the overwhelming majority also will live in the environment of oneself before morbidity, and some also will be worked as usual, and this just needs long-range custodial care facility, and the situation the when patient is fallen ill in time is sent to specified hospital or First aid station.Existing long distance monitoring device, be to utilize the sound coupling technique, electrocardiosignal is sent to hospital or First aid station by landline telephone, be under the situation of patient's morbidity, dial a phone for responsible doctor, telephone receiver is aimed at monitor device by landline telephone, allow the sound that transmits in according to telephone receiver far away from the doctor in the hospital judge the state of an illness, some acute cardiac patient under the situation of heart attack, unablely finishes this a series of operation.

The utility model content:

The purpose of this utility model is, overcomes the deficiencies in the prior art part, and a kind of electrocardiographic monitoring terminal is provided, and is intermediate link with the wireless communication handset of prior art, as long as accomplish the place of mobile communication signal, can realize Electrocardiographic real-time monitoring.

Electrocardiographic monitoring terminal described in the utility model includes the signal source terminal, the line that leads, ecg signal acquiring module, SPI interface, microprocessor module, asynchronous serial port, bluetooth communication, mobile phone and switch power module form.Said microprocessor module is a center function part of the present utility model, and the front end of said microprocessor module connects the ecg signal acquiring module by the SPI interface, and the front of said ecg signal acquiring module is connected with the signal source terminal by the line that leads.The back of microprocessor module is connected with bluetooth communication by asynchronous serial port, and the rear end of said bluetooth communication is connected with the information input terminal of mobile phone.Be connected with bluetooth communication with said ecg signal acquiring module, microprocessor module, be provided with switch power module.That is to say that switch power module is connected with ecg signal acquiring module, microprocessor module and bluetooth communication simultaneously, is together to form an easy electrocardiographic monitoring terminal.

Electrocardiographic monitoring terminal described in the utility model, overall structure is simple, carries with easy to use, by the media of mobile phone as emission and exchange, good operating stability, the reliability height can be realized Electrocardiographic real-time monitoring.

Description of drawings:

Accompanying drawing 1 is the principle structure sketch map of electrocardiographic monitoring terminal described in the utility model.1-signal source terminal 2-line 3-ecg signal acquiring module of leading 4-SPI interface 5-microprocessor module 6-asynchronous serial port 7-bluetooth communication 8-mobile phone 9-switch power module

The specific embodiment:

Referring now to accompanying drawing 1, be described as follows in conjunction with the embodiments: electrocardiographic monitoring terminal described in the utility model includes signal source terminal 1, the line 2 that leads, ecg signal acquiring module 3, SPI interface 4, microprocessor module 5, asynchronous serial port 6, bluetooth communication 7, mobile phone 8 and switch power module 9 form.Said microprocessor module 5 is center function parts of the present utility model, the front end of said microprocessor module 5 connects ecg signal acquiring module 3 by SPI interface 4, the front of said ecg signal acquiring module 3, line 2 is connected with signal source terminal 1 by leading.The back of microprocessor module 5 is connected with bluetooth communication 7 by asynchronous serial port 6, and the rear end of said bluetooth communication 7 is connected with information input terminal of mobile phone 8.Be connected with said ecg signal acquiring module 3, microprocessor module 5 and bluetooth communication 7, be provided with switch power module 9.That is to say that switch power module 9 is connected with ecg signal acquiring module 3, microprocessor module 5 and bluetooth communication 7 simultaneously, is together to form an easy electrocardiographic monitoring terminal.Electrocardiographic monitoring terminal described in the utility model, overall structure is simple, carries with easy to use, by the media of mobile phone as emission and exchange, good operating stability, the reliability height can be realized Electrocardiographic real-time monitoring.

Claims

1, electrocardiographic monitoring terminal is characterized in that the front end of microprocessor module (5) connects ecg signal acquiring module (3) by SPI interface (4), and the front of ecg signal acquiring module (3) is connected with signal source terminal (1) by the line that leads (2); The back of microprocessor module (5) is connected with bluetooth communication (7) by asynchronous serial port (6), and the rear end of said bluetooth communication (7) is connected with information input terminal of mobile phone (8); Switch power module (9) is connected with ecg signal acquiring module (3), microprocessor module (5) and bluetooth communication (7) simultaneously.