CN104825143A - Remote health monitoring system - Google Patents

Abstract

The invention relates to the field of remote control, in particular to a remote health monitoring system. Including a watch monitor and a remote monitoring platform, the watch monitor is used to collect the sign data and/or location information of the monitored person and upload it to the remote monitoring platform; and is used to send alarm information to the remote monitoring platform and perform Voice call; the remote monitoring platform is used to display the location of the ward, receive, save and manage the ward's sign data, make and save the diagnosis result; and receive and process the ward's alarm information. The invention provides a convenient and portable real-time health status monitoring service for the ward, which is convenient for the ward to know his blood pressure and other physical sign information and health advice at any time. At the same time, an alarm button is set. In normal times, it can alarm by itself or through the remote monitoring platform, which is convenient to operate and effective.

Description

A remote health monitoring system

technical field

The invention relates to the field of remote control, in particular to a remote health monitoring system.

Background technique

With the rapid development of the Internet of Things in recent years, telemedicine has become one of the important research directions in this area, and the primary task of telemedicine is to realize the remote monitoring of people's health status. On the other hand, the quality of life of the people in our country is constantly improving, but the aging level is more serious, which makes people hope that they can monitor their health status in real time no matter when and where. In my country, institutions that conduct research in this area mainly exist in some universities or research institutes, and their research focuses on developing and designing some telemedicine software suitable for the current national conditions. Among these research results are Some of them have passed the practical verification and have been gradually applied in clinical practice. For example, indoor human health monitoring for families can mainly realize the remote transmission of ECG image signals and other physical sign signals. But for now, in my country, the research on the architecture of the complete telemedicine software system, the research on data exchange and integration, or the research on technologies such as intelligent processing of graphics and medical management technology are still in a vacant state, and these vacancies are in To a large extent, it is hindering the development of my country's domestic medical care.

Contents of the invention

The technical problem to be solved by the present invention is to provide a remote health monitoring system, which can effectively monitor blood pressure and other sign data and obtain health advice.

The technical solution of the present invention to solve the above technical problems is as follows: a remote health monitoring system, including a watch monitor and a remote monitoring platform,

The watch monitor is used to collect the sign data and/or location information of the person being monitored, and upload it to the remote monitoring platform; and is used to send alarm information to the remote monitoring platform and make a voice call;

The remote monitoring platform is used for displaying the position of the ward, receiving, storing and managing the sign data of the ward, making and saving the diagnosis result; and receiving and processing the alarm information of the ward.

On the basis of the above technical solutions, the present invention can also be improved as follows.

Further, the sign data includes the pulse value and blood pressure value of the monitored person.

Further, the watch monitor includes a wrist strap and a dial, a pulse signal acquisition module is fixed on the wrist strap, a display screen and a button module are arranged on the surface of the dial, and a control chip, a GPS positioning module, and a control chip are arranged inside the dial. module, a wireless communication module, an alarm module, a voice call module, a microphone, a loudspeaker and a rechargeable battery, the input end of the control chip is connected to the pulse signal acquisition module and the button module, and the output end of the control chip is respectively connected to the wireless communication module, GPS positioning module, alarm module, voice call module and display screen; the microphone and loudspeaker are connected with the voice call module; the GPS module is connected with the wireless communication module; the rechargeable battery is used for Charge the pulse signal acquisition module, display screen, control chip, GPS positioning module, wireless communication module and voice call module.

Further, the pulse signal acquisition module is used to collect the pulse signal of the person being monitored and transmit the pulse signal to the control chip; the control chip is used to convert the pulse signal into a blood pressure value, and Send to the remote monitoring platform through the wireless communication module; the GPS positioning module is used to send the position information of the ward to the remote monitoring platform; the alarm module is used to send an alarm to the remote monitoring platform information, and carry out a voice call with the manager of the remote monitoring platform through the voice call module.

Further, the pulse signal acquisition module is a sensor; the control chip includes a signal decomposition module and a blood pressure prediction module,

The sensor is used to collect the pulse wave signal of the human body multiple times to form an analysis sample;

The signal decomposition module is used to decompose the pulse wave signal using an independent component analysis method to obtain independent components of the pulse wave signal that are only related to human blood pressure;

The blood pressure prediction module is used to use the spectral density of the independent components and the fundamental wave spectrum of the pulse wave signal as the characteristic parameter value of human blood pressure prediction, and construct an autoregressive prediction model between human blood pressure value and the characteristic parameter value and predict the blood pressure data of the measured person through the autoregressive prediction model and the pulse wave signal of the measured person.

Further, the remote monitoring platform includes an account management module, a wireless receiving module, an online diagnosis module, an alarm management module and a system management module,

The account management module is used to manage the personal data of the ward and the personal data of the monitoring doctor, and assign a monitoring doctor to each ward;

The wireless receiving module is used to receive the physical sign data, location information and/or alarm information;

The online diagnosis module is used to make an initial judgment based on the received sign data, and judge whether the current user's physical condition is normal according to a preset standard, and generate a health report for the user;

The alarm management module is used to receive and process the alarm information, and generate and store historical alarm records according to the alarm information;

The system management module is used to generate system logs, manage rights of the wards, and perform data backup and recovery.

Further, the remote monitoring platform also includes a health consultation module and an expert nursing module, the health consultation module is used for the ward to communicate with doctors online, and the ward to ask health questions and obtain answers and health advice; the expert The nursing module is used by medical experts to regularly analyze and process the data of all the wards, and give corresponding opinions and suggestions, and also provide daily health care knowledge for the physical condition of the wards.

Further, the wireless communication module is a wifi module and/or a GPRS module.

Further, the wireless communication module is a GSM module, a CDMA module and/or a TD-LTE module.

The beneficial effect of the present invention is: the present invention provides a service of real-time monitoring of the health status which is convenient to carry for the warded persons. The main process is to use a watch-like sign monitor worn on the user's wrist to collect the user's physical condition data. Due to the easy-to-carry feature of the device, the user does not need to care about geographical restrictions, as long as the watch can be worn, the device can be used. At the same time, the system is equipped with a software part, that is, the monitoring center system, which is mainly used for judging the user's physical condition information, and can notify relevant personnel to deal with it when an abnormal situation occurs. The user's physical condition information can use the mobile phone card installed in the monitor to use the GPRS/WCDMA network to transmit the information in real time to the monitoring center with manual monitoring. At the same time, a GPS module is installed inside, so the user's geographical location is generally , It can be viewed in real time in the monitoring center, which is convenient for timely rescue of patients when special circumstances occur. At the same time, the user can also use the smartphone to directly communicate with the watch-style terminal to check the physical sign data. The remote health monitoring system can enable the ward to upload the physiological parameter information to the server at all times, and the relevant guardian will monitor it. In special circumstances, it can respond more quickly and make a preliminary judgment on the guardian's condition according to the parameters. . During the treatment process, through the information feedback of the remote monitoring system, it can realize the auxiliary effect on the treatment, judge the treatment effect, and also give an alarm to the guardian when the condition worsens.

Description of drawings

Fig. 1 is a structural diagram of a remote health monitoring system of the present invention.

Detailed ways

The principles and features of the present invention are described below in conjunction with the accompanying drawings, and the examples given are only used to explain the present invention, and are not intended to limit the scope of the present invention.

As shown in Figure 1, it is a structural diagram of a remote health monitoring system of the present invention, including a wrist watch monitor and a remote monitoring platform, and the wrist watch monitor is used to collect the physical sign data and/or location information of the monitored person , and uploaded to the remote monitoring platform, the sign data includes the pulse value and blood pressure value of the monitored person; and is used to send alarm information to the remote monitoring platform and make a voice call; the remote monitoring platform is used to display the The location of the warded person, receiving, saving and managing the warded person's sign data, making and saving the diagnosis result; and receiving and processing the warded person's alarm information.

In this embodiment, the watch monitor includes a wristband and a dial, a pulse signal acquisition module is fixed on the wristband, a display screen and a button module are arranged on the surface of the dial, and a control chip, GPS positioning module, wireless communication module, alarm module, voice call module, microphone, loudspeaker and rechargeable battery, the input end of the control chip is connected to the pulse signal acquisition module and the button module, and the output end of the control chip is connected to the Wireless communication module, GPS positioning module, alarm module, voice communication module and display screen; Described microphone and loudspeaker are connected with described voice communication module; Described GPS module is connected with described wireless communication module; Described rechargeable battery It is used for charging the pulse signal acquisition module, display screen, control chip, GPS positioning module, wireless communication module and voice call module. The pulse signal acquisition module is used to collect the pulse signal of the monitored person and transmit the pulse signal to the control chip; the control chip is used to convert the pulse signal into a blood pressure value, and through the The wireless communication module sends to the remote monitoring platform; the GPS positioning module is used to send the position information of the ward to the remote monitoring platform; the alarm module is used to send alarm information to the remote monitoring platform, and Make a voice call with the manager of the remote monitoring platform through the voice call module. In this embodiment, the pulse signal acquisition module is a sensor; the control chip includes a signal decomposition module and a blood pressure prediction module, and the sensor is used to collect the pulse wave signal of the human body multiple times to form an analysis sample; the signal decomposition module It is used to decompose the pulse wave signal by using an independent component analysis method to obtain independent component components of the pulse wave signal that are only related to human blood pressure; the blood pressure prediction module is used to combine the spectral density and The fundamental wave spectrum of the pulse wave signal is used as the characteristic parameter value of human blood pressure prediction, constructs the autoregressive prediction model of human blood pressure value and described characteristic parameter value; And through described autoregressive prediction model and the pulse wave signal of measured person Predicting the blood pressure data of the measured person.

The remote monitoring platform includes an account management module, a wireless receiving module, an online diagnosis module, an alarm management module and a system management module,

The account management module is used to manage the personal data of the ward and the personal data of the monitoring doctor, and assign a monitoring doctor to each ward;

The wireless receiving module is used to receive the physical sign data, location information and/or alarm information;

The online diagnosis module is used to make an initial judgment based on the received sign data, and judge whether the current user's physical condition is normal according to a preset standard, and generate a health report for the user;

The alarm management module is used to receive and process the alarm information, and generate and store historical alarm records according to the alarm information;

The system management module is used to generate system logs, manage rights of the wards, and perform data backup and recovery.

In other embodiments, the remote monitoring platform also includes a health consultation module and an expert nursing module, the health consultation module is used for the ward to communicate with the doctor online, and the ward to ask health questions and obtain answers and health advice; The expert nursing module is used for medical experts to regularly analyze and process the data of all the wards, and give corresponding opinions and suggestions, and also provide daily health care knowledge for the physical conditions of the wards.

In this embodiment, the wireless communication module is a wifi module and/or a GPRS module. In other embodiments, the wireless communication module is a GSM module, a CDMA module and/or a TD-LTE module.

The invention provides a convenient and portable health condition real-time monitoring service for the warded persons. The main process is to use a watch-like sign monitor worn on the user's wrist to collect the user's physical condition data. Due to the easy-to-carry feature of the device, the user does not need to care about geographical restrictions, as long as the watch can be worn, the device can be used. At the same time, the system is equipped with a software part, that is, the monitoring center system, which is mainly used for judging the user's physical condition information, and can notify relevant personnel to deal with it when an abnormal situation occurs. The user's physical condition information can use the mobile phone card installed in the monitor to use the GPRS/WCDMA network to transmit the information in real time to the monitoring center with manual monitoring. At the same time, a GPS module is installed inside, so the user's geographical location is generally , It can be viewed in real time in the monitoring center, which is convenient for timely rescue of patients when special circumstances occur. At the same time, the user can also use the smartphone to directly communicate with the watch-style terminal to check the physical sign data. The remote health monitoring system can enable the ward to upload the physiological parameter information to the server at all times, and the relevant guardian will monitor it. In special circumstances, it can respond more quickly and make a preliminary judgment on the guardian's condition according to the parameters. . During the treatment process, through the information feedback of the remote monitoring system, it can realize the auxiliary effect on the treatment, judge the treatment effect, and also give an alarm to the guardian when the condition worsens.

The above descriptions are only preferred embodiments of the present invention, and are not intended to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included in the protection of the present invention. within range.

Claims (9)

1. A remote health monitoring system, characterized in that: it includes a watch monitor and a remote monitoring platform, The watch monitor is used to collect the sign data and/or location information of the person being monitored, and upload it to the remote monitoring platform; and is used to send alarm information to the remote monitoring platform and make a voice call; The remote monitoring platform is used for displaying the position of the ward, receiving, storing and managing the sign data of the ward, making and saving the diagnosis result; and receiving and processing the alarm information of the ward. 2. A remote health monitoring system according to claim 1, characterized in that: said sign data include the pulse value and blood pressure value of the monitored person. 3. A kind of remote health monitoring system according to claim 1 or 2, characterized in that: the watch monitor comprises a wristband and a dial, the wristband is fixed with a pulse signal acquisition module, and the surface of the dial is A display screen and a button module are provided, and a control chip, a GPS positioning module, a wireless communication module, an alarm module, a voice call module, a microphone, a loudspeaker and a rechargeable battery are arranged inside the dial, and the input terminal of the control chip is connected to the pulse A signal acquisition module and a key module, the output end of the control chip is respectively connected to the wireless communication module, the GPS positioning module, the alarm module, the voice communication module and the display screen; the microphone and the loudspeaker are connected to the voice communication module; The GPS positioning module is connected with the wireless communication module; the rechargeable battery is used for charging the pulse signal acquisition module, display screen, control chip, GPS positioning module, wireless communication module and voice communication module. 4. A kind of remote health monitoring system according to claim 3, characterized in that: the pulse signal acquisition module is used to collect the pulse signal of the person being monitored and transmit the pulse signal to the control chip; The control chip is used to convert the pulse signal into a blood pressure value and send it to the remote monitoring platform through the wireless communication module; the GPS positioning module is used to send the position information of the person being monitored to the remote monitoring platform; the alarm module is used to send alarm information to the remote monitoring platform, and make a voice call with the manager of the remote monitoring platform through the voice call module. 5. A kind of remote health monitoring system according to claim 4, characterized in that: the pulse signal acquisition module is a sensor; the control chip includes a signal decomposition module and a blood pressure prediction module, The sensor is used to collect the pulse wave signal of the human body multiple times to form an analysis sample; The signal decomposition module is used to decompose the pulse wave signal using an independent component analysis method to obtain independent components of the pulse wave signal that are only related to human blood pressure; The blood pressure prediction module is used to use the spectral density of the independent components and the fundamental wave spectrum of the pulse wave signal as the characteristic parameter value of human blood pressure prediction, and construct an autoregressive prediction model between human blood pressure value and the characteristic parameter value and predict the blood pressure data of the measured person through the autoregressive prediction model and the pulse wave signal of the measured person. 6. a kind of remote health monitoring system according to claim 3, is characterized in that: described remote monitoring platform comprises account management module, wireless receiving module, online diagnosis module, alarm management module and system management module, The account management module is used to manage the personal data of the ward and the personal data of the monitoring doctor, and assign a monitoring doctor to each ward; The wireless receiving module is used to receive the physical sign data, location information and/or alarm information; The online diagnosis module is used to make an initial judgment based on the received sign data, and judge whether the current user's physical condition is normal according to a preset standard, and generate a health report for the user; The alarm management module is used to receive and process the alarm information, and generate and store historical alarm records according to the alarm information; The system management module is used to generate system logs, manage rights of the wards, and perform data backup and recovery. 7. A kind of remote health monitoring system according to claim 6, characterized in that: the remote monitoring platform also includes a health consultation module and an expert nursing module, and the health consultation module is used for the ward to communicate with the doctor online 1. The ward asks health questions and obtains answers and health suggestions; the expert nursing module is used for medical experts to regularly analyze and process the data of all wards, and give corresponding opinions and suggestions. The physical condition of the patient provides daily health care knowledge. 8. A remote health monitoring system according to claim 3, characterized in that: the wireless communication module is a wifi module and/or a GPRS module. 9. A remote health monitoring system according to claim 3, characterized in that: said wireless communication module is a GSM module, a CDMA module and/or a TD-LTE module.