CN205458613U - Communication system based on long -range electrocardiogram data of wireless honeycomb net transmission - Google Patents

Communication system based on long -range electrocardiogram data of wireless honeycomb net transmission Download PDF

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Publication number
CN205458613U
CN205458613U CN201620161137.XU CN201620161137U CN205458613U CN 205458613 U CN205458613 U CN 205458613U CN 201620161137 U CN201620161137 U CN 201620161137U CN 205458613 U CN205458613 U CN 205458613U
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module
main control
server
mobile phone
pattern signal
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CN201620161137.XU
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Chinese (zh)
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师华
文瑜龙
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Shenzhen Yijia Yuekang Technology Co Ltd
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Abstract

The utility model relates to a mobile phone technology field, concretely relates to communication system based on long -range electrocardiogram data of wireless honeycomb net transmission, the utility model discloses a: cell -phone and data management platform, connect through wireless honeycomb net between cell -phone and the data management platform, the cell -phone includes: the main control module to and respectively rather than being connected: electrocardio collection module, electrocardio signal processor, cell -phone wireless communication module, be equipped with the electrode slice that is used for electrocardiogram signal collection among this electrocardio collection module, electrocardio signal processor handles this electrocardiosignal and generates heart electrograph shape signal, and rethread cell -phone wireless communication module sends to data management platform, this data management platform includes: platform wireless communication module, server, doctor's service end, the utility model discloses the wireless honeycomb net that the utilization links to each other with the cell -phone transmits electrocardiogram data, even also can carry out real time transport at outdoor electrocardiogram data, it is restricted by the region condition no longer, and it is very convenient to use.

Description

A kind of communication system based on wireless cellular network transmission remote ecg data
Technical field
This utility model relates to mobile phone technique field, is specifically related to a kind of communication system based on wireless cellular network transmission remote ecg data.
Background technology
Development along with society, work and the life stress of people are increasing so that health is in the people of sub-health state and gets more and more, old friends' health status also pay attention to day by day to self, and heart disease is as disease common on a kind of society, it has attracted attention and has paid attention to;And detecting electrocardiogram is that the one for heart is more commonly used and effective inspection method;Therefore existing some portable EGC detecting Instrument that occurs in that on the market, the ECG data collected can be passed through such as by it: the short-distance wireless communication technology such as bluetooth, WI-FI is by ECG Data Transmission Based to other equipment, for corresponding medical personnel, its data are analyzed, but owing to its signal transmission distance of short-distance wireless communication technology is short, it can not well be applicable to various outdoor occasion, and the scope of application is little.
Summary of the invention
For overcoming drawbacks described above, the purpose of this utility model is i.e. to provide a kind of communication system based on wireless cellular network transmission remote ecg data.
The purpose of this utility model is achieved through the following technical solutions:
This utility model is a kind of communication system based on wireless cellular network transmission remote ecg data, including:
Mobile phone and data management platform, be attached by wireless cellular network between described mobile phone and data management platform;
Described mobile phone includes: main control module, and be connected with this main control module respectively:
Electrocardiogram acquisition module, is provided with the electrode slice for gathering electrocardiosignal in described electrocardiogram acquisition module, described electrode slice is fixedly installed in the casing of mobile phone;
ECG's data compression device, described ECG's data compression device is for obtaining the electrocardiosignal that this electrocardiogram acquisition module is collected from main control module, and this electrocardiosignal is processed, and generates EGC pattern signal;
Mobile phone wireless communication module, described mobile phone wireless communication module is connected with data management platform by wireless cellular network, for sending EGC pattern signal by wireless cellular network to data management platform;
Described main control module sends to ECG's data compression device for electrocardiosignal electrocardiogram acquisition module collected, or obtains EGC pattern signal from this ECG's data compression device, and sends this EGC pattern signal to mobile phone wireless communication module;
Described data management platform includes:
Platform wireless communication module, described platform wireless communication module is connected with described mobile phone wireless communication module, for receiving the EGC pattern signal that mobile phone wireless communication module is sent;
Server, described server is connected with described platform wireless communication module, for storing received EGC pattern signal;
Doctor's service end, described doctor's service end is connected with described server, for obtaining EGC pattern signal from server, and operates EGC pattern signal.
Further, described mobile phone also includes:
Data memory module, described data memory module is connected with described main control module, for the control according to main control module, stores the EGC pattern signal on main control module;
Display module, described display module is connected with described main control module, and the EGC pattern signal on main control module shows;
Wireless short range transmission module, described Wireless short range transmission module is connected with described main control module and outside equipment respectively, for the control according to main control module, is transmitted to outside equipment by the EGC pattern signal on main control module;
Locating module, described locating module is connected with main control module, for obtaining the geographical location information of this locality;
Alarm module, described alarm module is connected with main control module, and this alarm module is provided with the alarm key for producing alarm signal.
Further, described data management platform also includes:
ECG Signal Analysis module, described ECG Signal Analysis module is connected with server, for obtaining EGC pattern signal from server, is analyzed it, and is deposited to server by EGC pattern signal after analysis;
Electrocardio reporting modules, described electrocardio reporting modules is connected with server, for obtaining EGC pattern signal after analysis from server, and generates electrocardio report according to the EGC pattern signal after its analysis, then electrocardio report is deposited to server;
Electrocardiosignal warning module, described electrocardiosignal warning module is connected with server, for obtaining electrocardio report from server, and the content reported according to this electrocardio, judging whether to be in alert status, if being in alert status, then generating early warning signal, and by server and platform wireless communication module, send this early warning signal to mobile phone.
Further, described casing both sides be provided with electrode slice installation position, the quantity of described electrode slice is four, and its each plate electrode sheet is all embedded in described electrode slice installation position.
Further, described Wireless short range transmission module is WiFi module or bluetooth module.
Further, described wireless cellular network is GSM network.
Further, described display module is touch screen.
Further, described mobile phone is provided with loudspeaker, and described loudspeaker are connected with main control module, for pointing out according to the early warning signal received.
This utility model adds ECG detecting function on mobile phone, electrocardiosignal is acquired, and utilizes the wireless cellular network being connected with mobile phone that electrocardiogram (ECG) data is transmitted, even if electrocardiogram (ECG) data can also carry out real-time Transmission out of doors, it is no longer limited by regional condition institute, uses very convenient.
Accompanying drawing explanation
For ease of explanation, this utility model is described in detail by following preferred embodiment and accompanying drawing.
Fig. 1 is the logical structure schematic diagram of one embodiment of this utility model;
Fig. 2 is the logical structure schematic diagram of another embodiment of this utility model;
Fig. 3 is the decomposition texture schematic diagram of mobile phone in this utility model.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, this utility model is further described.Should be appreciated that specific embodiment described herein, only in order to explain this utility model, is not used to limit this utility model.
Referring to Fig. 1 to Fig. 3, this utility model is communication systems based on wireless cellular network transmission remote ecg data, including:
Mobile phone 100 and data management platform 200, be attached by wireless cellular network between described mobile phone 100 and data management platform 200;
Described mobile phone 100 includes: main control module 101, and be connected with this main control module 101 respectively:
Electrocardiogram acquisition module 102, is provided with the electrode slice 103 for gathering electrocardiosignal in described electrocardiogram acquisition module 102, described electrode slice 103 is fixedly installed in the casing 114 of mobile phone 100;Electrode slice 103 is pressed close to human body, the collection to electrocardiosignal can be realized;
ECG's data compression device 104, described ECG's data compression device 104 is for obtaining the electrocardiosignal that this electrocardiogram acquisition module 102 is collected from main control module 101, and this electrocardiosignal is processed, and generates EGC pattern signal;
Mobile phone wireless communication module 105, described mobile phone wireless communication module 105 is connected with data management platform 200 by wireless cellular network, for sending EGC pattern signal by wireless cellular network to data management platform 200;
Described main control module 101 sends to ECG's data compression device 104 for electrocardiosignal electrocardiogram acquisition module 102 collected, or from this ECG's data compression device 104, obtain EGC pattern signal, and this EGC pattern signal is sent to mobile phone wireless communication module 105;
Described data management platform 200 includes:
Platform wireless communication module 201, described platform wireless communication module 201 is connected with described mobile phone wireless communication module 105, for receiving the EGC pattern signal that mobile phone wireless communication module 105 is sent;
Server 202, described server 202 is connected with described platform wireless communication module 201, for storing received EGC pattern signal;
Doctor's service end 203, described doctor's service end 203 is connected with described server 202, for obtaining EGC pattern signal from server 202, and operates EGC pattern signal;It makes doctor can obtain the EGC pattern information of user, and the operation such as required EGC pattern being carried out, information is labeled.
Further, described mobile phone 100 also includes:
Data memory module 106, described data memory module 106 is connected with described main control module 101, for the control according to main control module 101, stores the EGC pattern signal on main control module 101;In this utility model, the server 202 in data management platform 200 and the data memory module 106 in mobile phone 100 carry out parallel memorizing to EGC pattern signal so that mobile phone 100 can depart from data management platform 200 and show EGC pattern data;
Display module 107, described display module 107 is connected with described main control module 101, and the EGC pattern signal on main control module 101 shows;
Wireless short range transmission module 108, described Wireless short range transmission module 108 is connected with described main control module 101 and outside equipment respectively, for the control according to main control module 101, the EGC pattern signal on main control module 101 is transmitted to outside equipment;Make this utility model in addition to by wireless cellular network, it is also possible to by Wireless short range transmission module 108, EGC pattern signal to be transmitted;
Locating module 109, described locating module 109 is connected with main control module 101, for obtaining the geographical location information of this locality;
Alarm module 110, described alarm module 110 is connected with main control module 101, and this alarm module 110 is provided with the alarm key 112 for producing alarm signal.The mobile phone 100 of user is bound with data management platform 200, when user runs into unexpected emergency, can send alarm signal and address information by triggering alarm key 112 to data management platform 200;User can be succoured by hospital timely;It is particularly suited for the user such as cardiac, old man.
Further, described data management platform 200 also includes:
ECG Signal Analysis module 204, described ECG Signal Analysis module 204 is connected with server 202, for obtaining EGC pattern signal from server 202, is analyzed it, and is deposited to server 202 by EGC pattern signal after analysis;
Electrocardio reporting modules 205, described electrocardio reporting modules 205 is connected with server 202, for obtaining EGC pattern signal after analysis from server 202, and generate electrocardio report according to the EGC pattern signal after its analysis, then electrocardio report is deposited to server 202;
Electrocardiosignal warning module 206, described electrocardiosignal warning module 206 is connected with server 202, for obtaining electrocardio report from server 202, and the content reported according to this electrocardio, judging whether to be in alert status, if being in alert status, then generating early warning signal, and by server 202 and platform wireless communication module 201, send this early warning signal to mobile phone 100.When taking care occur abnormal during telegram is accused, electrocardiosignal warning module 206 generates early warning signal, and is sent to mobile phone 100 by early warning signal, and the display module 107 and loudspeaker by mobile phone 100 is pointed out, and can effectively avoid unexpected generation;It is specifically as follows: when the content of early warning signal is rapid heart rate, then user can be reminded to need to have a rest, can effectively avoid abnormal conditions further to deteriorate.
Further, described casing 114 both sides be provided with electrode slice installation position 111, the quantity of described electrode slice 103 is four, and its each plate electrode sheet 103 is all embedded in described electrode slice installation position 111.
Further, described Wireless short range transmission module 108 is WiFi module or bluetooth module.
Further, described wireless cellular network is GSM network.
Further, described display module 107 is touch screen.
Further, described mobile phone 100 is provided with loudspeaker 113, and described loudspeaker 113 are connected with main control module 101, for pointing out according to the early warning signal received.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all any amendment, equivalent and improvement etc. made within spirit of the present utility model and principle, within should be included in protection domain of the present utility model.

Claims (8)

1. a communication system based on wireless cellular network transmission remote ecg data, it is characterised in that including: mobile phone and data management platform, be attached by wireless cellular network between described mobile phone and data management platform;
Described mobile phone includes: main control module, and be connected with this main control module respectively:
Electrocardiogram acquisition module, is provided with the electrode slice for gathering electrocardiosignal in described electrocardiogram acquisition module, described electrode slice is fixedly installed in the casing of mobile phone;
ECG's data compression device, described ECG's data compression device is for obtaining the electrocardiosignal that this electrocardiogram acquisition module is collected from main control module, and this electrocardiosignal is processed, and generates EGC pattern signal;
Mobile phone wireless communication module, described mobile phone wireless communication module is connected with data management platform by wireless cellular network, for sending EGC pattern signal by wireless cellular network to data management platform;
Described main control module sends to ECG's data compression device for electrocardiosignal electrocardiogram acquisition module collected, or obtains EGC pattern signal from this ECG's data compression device, and sends this EGC pattern signal to mobile phone wireless communication module;
Described data management platform includes:
Platform wireless communication module, described platform wireless communication module is connected with described mobile phone wireless communication module, for receiving the EGC pattern signal that mobile phone wireless communication module is sent;
Server, described server is connected with described platform wireless communication module, for storing received EGC pattern signal;
Doctor's service end, described doctor's service end is connected with described server, for obtaining EGC pattern signal from server, and operates EGC pattern signal.
Communication system based on wireless cellular network transmission remote ecg data the most according to claim 1, it is characterised in that also include on described mobile phone:
Data memory module, described data memory module is connected with described main control module, for the control according to main control module, stores the EGC pattern signal on main control module;
Display module, described display module is connected with described main control module, and the EGC pattern signal on main control module shows;
Wireless short range transmission module, described Wireless short range transmission module is connected with described main control module and outside equipment respectively, for the control according to main control module, is transmitted to outside equipment by the EGC pattern signal on main control module;
Locating module, described locating module is connected with main control module, for obtaining the geographical location information of this locality;
Alarm module, described alarm module is connected with main control module, and this alarm module is provided with the alarm key for producing alarm signal.
Communication system based on wireless cellular network transmission remote ecg data the most according to claim 2, it is characterised in that also include on described data management platform:
ECG Signal Analysis module, described ECG Signal Analysis module is connected with server, for obtaining EGC pattern signal from server, is analyzed it, and is deposited to server by EGC pattern signal after analysis;
Electrocardio reporting modules, described electrocardio reporting modules is connected with server, for obtaining EGC pattern signal after analysis from server, and generates electrocardio report according to the EGC pattern signal after its analysis, then electrocardio report is deposited to server;
Electrocardiosignal warning module, described electrocardiosignal warning module is connected with server, for obtaining electrocardio report from server, and the content reported according to this electrocardio, judging whether to be in alert status, if being in alert status, then generating early warning signal, and by server and platform wireless communication module, send this early warning signal to mobile phone.
Communication system based on wireless cellular network transmission remote ecg data the most according to claim 3, it is characterized in that, the both sides of described casing are provided with electrode slice installation position, and the quantity of described electrode slice is four, and its each plate electrode sheet is all embedded in described electrode slice installation position.
Communication system based on wireless cellular network transmission remote ecg data the most according to claim 4, it is characterised in that described Wireless short range transmission module is WiFi module or bluetooth module.
Communication system based on wireless cellular network transmission remote ecg data the most according to claim 5, it is characterised in that described wireless cellular network is GSM network.
Communication system based on wireless cellular network transmission remote ecg data the most according to claim 6, it is characterised in that described display module is touch screen.
Communication system based on wireless cellular network transmission remote ecg data the most according to claim 7, it is characterised in that described mobile phone is provided with loudspeaker, and described loudspeaker are connected with main control module, for pointing out according to the early warning signal received.
CN201620161137.XU 2016-03-03 2016-03-03 Communication system based on long -range electrocardiogram data of wireless honeycomb net transmission Expired - Fee Related CN205458613U (en)

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CN201620161137.XU CN205458613U (en) 2016-03-03 2016-03-03 Communication system based on long -range electrocardiogram data of wireless honeycomb net transmission

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620161137.XU CN205458613U (en) 2016-03-03 2016-03-03 Communication system based on long -range electrocardiogram data of wireless honeycomb net transmission

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CN205458613U true CN205458613U (en) 2016-08-17

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GR01 Patent grant
TR01 Transfer of patent right
TR01 Transfer of patent right

Effective date of registration: 20170313

Address after: 518000 Shenzhen City, Nanshan District Province, the former sea route No. 1 Xinghai City, a group of three

Patentee after: Shi Hua

Address before: 518000 Guangdong city of Shenzhen province Nanshan District Guangdong streets South Park South Road seven building two unit 512 Huiheng

Patentee before: SHENZHEN YIJIA YUEKANG TECHNOLOGY CO., LTD.

CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20160817

Termination date: 20180303