CN103610445B - The check processing method and system of physiological signal - Google Patents

Abstract

The present invention is suitable for field of communication service, and provide a kind of check processing method and system of physiological signal, described method comprises: sense terminals periodically detects the physiological signal of user; Described physiological signal is wirelessly sent to communication terminal by sense terminals, and described physiological signal comprises: physiological data and timestamp; Communication terminal sends described physiological signal to server and carries out physiological single processing.Technical scheme provided by the invention has the advantage of Real-Time Monitoring monitoring.

Description

Method and system for detecting and processing physiological signals

technical field

The invention belongs to the field of communication services, in particular to a method and system for detecting and processing physiological signals.

Background technique

Medical service informatization is an international development trend. With the rapid development of information technology, more and more hospitals in China are accelerating the implementation of overall construction based on information platform and HIS system in order to improve the service level and core competitiveness of hospitals. Informatization not only improves the work efficiency of doctors, enables doctors to spend more time serving patients, but also improves patient satisfaction and trust, and virtually establishes the scientific and technological image of the hospital. Therefore, the gradual integration of medical business applications and basic network platforms is becoming a new direction for domestic hospitals, especially large and medium-sized hospitals, in the development of informatization.

Under the new medical reform situation, how to choose the correct and realistic model and path to realize the informatization of medical services? How to emancipate the mind and improve laws and regulations, not only to ensure the public welfare attributes of public medical care, but also to effectively use third-party social forces to develop rapidly and healthily? A few days ago, the capital Well-known experts and scholars gathered together to conduct in-depth discussions on the trend of medical service informatization and appointment registration under the new medical reform situation.

International Development Trend

In the past few years, the US medical service information industry has made great progress. Google has cooperated with medical centers in the United States to establish electronic files for millions of community patients, and doctors can monitor them remotely. Microsoft has also launched a new medical information service platform to help doctors, patients and patient families understand the latest status of patients in real time. Intel also launched a digital medical platform a few years ago to help doctors interact with patients through IT means. IBM has also made great efforts in this regard.

Huang Jianshi, assistant president of the Chinese Academy of Medical Sciences and vice chairman of the Chinese Medical Association Health Management Branch, pointed out that the informatization of medical services is an inevitable trend in the development of medical science. In the future, there will be more and more medical appointments, and eventually they will be fully popularized. Appointment for medical treatment is to seek medical treatment purposefully under the condition of knowing one's own health status and medical resource information, and it is inevitable to meet people's personalized medical needs.

domestic development

Medical informatization refers to the digitalization, networking, and informatization of medical services. It refers to the collection and management of patient information and management information for hospitals and departments of hospitals through computer science and modern network communication technology and database technology. storage, processing, retrieval and data exchange, and fulfills the functional requirements of all authorized users. According to the internationally unified medical system informatization level division, the construction of medical informatization is divided into three levels: hospital information management system, clinical information management system and public health informatization. [1]

The "2013-2017 China Medical Information Industry Market Prospect and Investment Strategic Planning Analysis Report" released by Qianzhan.com pointed out that at present, most of the hospital information construction in my country is still in the stage of hospital information management system construction. System-centric hospital information management system.

The "Twelfth Five-Year Plan" of the Ministry of Health clearly stated that health informatization is an important task for deepening medical reform. The Ministry of Health has preliminarily determined the roadmap for my country's health informatization construction, referred to as "3521 Project", which is to build a three-level health information platform at the national, provincial and municipal levels, and strengthen public health, medical services, new rural cooperative medical care, and essential medicines. System and comprehensive management of 5 business applications, construction of 2 basic databases of health records and electronic medical records and construction of 1 dedicated network.

The analysis pointed out that under the promotion of the new round of policies, it is estimated that the total investment in China's medical IT in 2013 will reach 24 billion yuan, and the compound growth rate from 2010 to 2013 will remain at about 20%.

The Ministry of Health of my country has preliminarily determined the roadmap for my country's health informatization construction, referred to as "3521 Project", that is, to build a three-level health information platform at the national, provincial and municipal levels; to strengthen public health, medical services, new rural cooperative medical care, basic 5 business applications of drug system and comprehensive management; construction of 2 basic databases of health records and electronic medical records and construction of 1 dedicated network. Compared with developed countries, the degree of medical informatization in my country is still at a relatively low level. At present, the domestic medical industry's annual investment in IT accounts for about 0.8% of the expenditure of health institutions, while that in developed countries reaches the level of 3%-5%. The future development of my country's medical informatization is broad.

None of the existing physiological information processing methods can meet the requirements of real-time detection and monitoring, and cannot meet the requirements of the majority of users.

Contents of the invention

The purpose of the embodiments of the present invention is to provide a method for detecting and processing physiological signals, which solves the problem that real-time detection and monitoring cannot be achieved in the prior art.

The embodiment of the present invention is achieved in this way. On the one hand, a method for detecting and processing a physiological signal is provided, the method comprising:

The detection terminal periodically detects the user's physiological signal;

The detection terminal sends the physiological signal to the communication terminal wirelessly, and the physiological signal includes: physiological data and a time stamp;

The communication terminal transmits the physiological signal to the server for processing the physiological signal;

The physiological data includes: physiological data obtained through non-invasive detection.

Optionally, the server performs physiological signal processing specifically as follows:

Drawing a change curve of the physiological signal according to the physiological signal and the time stamp, generating suggestion information according to the change curve, and returning the suggestion information to the communication terminal.

Optionally, before the detection terminal periodically detects the user's physiological signal, the method further includes:

The detection terminal receives the time stamp sent by the communication terminal, and adjusts the clock synchronously according to the time stamp.

Optionally, the detecting terminal wirelessly sending the physiological signal to the communication terminal specifically includes:

The detection terminal turns on the wireless function at intervals of a set time, and sends the physiological signal to the communication terminal in a wireless manner, and the communication terminal turns on the wireless function at intervals of a set time, and receives the physiological signal.

Optionally, before the detection terminal sends the physiological signal to the communication terminal in a wireless manner, the method further includes:

The current physiological data is subtracted from the physiological threshold to obtain a difference, and the time stamp corresponding to the difference and the current physiological data is saved and transmitted to the communication terminal.

In another aspect, a physiological signal detection and processing system is provided, the system includes: a detection terminal, a communication terminal and a server, wherein

The detection terminal is used to periodically detect the physiological signal of the user; wirelessly transmit the physiological signal to the communication terminal, the physiological signal includes: physiological data and a time stamp;

a communication terminal, configured to transmit the physiological signal to a server;

The server is used for performing physiological signal processing;

The physiological data includes: physiological data obtained through non-invasive detection.

Optionally, the server is specifically used for:

Drawing a change curve of the physiological signal according to the physiological signal and the time stamp, generating suggestion information according to the change curve, and returning the suggestion information to the communication terminal.

Optionally, the detection terminal is further configured to receive a time stamp sent by the communication terminal, and adjust the clock synchronously according to the time stamp.

Optionally, the detection terminal is specifically used to turn on the wireless function at intervals of a set time, and sends the physiological signal to the communication terminal in a wireless manner, and the communication terminal is specifically used to turn on the wireless function at intervals of a set time. The wireless function receives the physiological signal.

Optionally, the detection terminal is further configured to subtract the current physiological data from the physiological threshold to obtain a difference, save the time stamp corresponding to the difference and the current physiological data, and transmit it to the communication terminal.

In the embodiment of the present invention, the technical solution provided by the present invention has the advantage of real-time monitoring and monitoring.

Description of drawings

Fig. 1 is a flow chart of a method for detecting and processing physiological signals provided by the present invention;

Fig. 2 is a structural diagram of a physiological signal detection and processing system provided by the present invention.

detailed description

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

The specific embodiment of the present invention provides a method for detecting and processing physiological signals, which is completed by a physiological signal processing system, as shown in Figure 1, including:

S11. The detection terminal periodically detects the physiological signal of the user;

S12. The detection terminal sends the physiological signal to the communication terminal wirelessly, and the physiological signal includes: physiological data and a time stamp;

S13. The communication terminal transmits the physiological signal to the server for processing the physiological signal.

Optionally, the above-mentioned processing method of S13 may specifically be:

Drawing a change curve of the physiological signal according to the physiological signal and the time stamp, generating suggestion information according to the change curve, and returning the suggestion information to the communication terminal.

The above suggestion information can specifically be health maintenance suggestions, or other suggestions, such as physiological data higher than the health value, and the above health value can be determined according to medical time data, for example, when the physiological data is a blood pressure value, when the diastolic blood pressure is higher than When it is 140mmHg, it is determined to be higher than the healthy value. Of course, the above suggestions may also be other suggestions, and the present invention does not change the specific expression form of the suggestion information.

Optionally, the above physiological data includes, but is not limited to: one or more of blood pressure, blood oxygen, heart rate, body temperature, or sleep monitoring information. It should be noted that the above physiological data only includes information that can be obtained through non-invasive testing, and does not include information that can only be obtained through invasive testing, such as blood sugar, blood lipids, uric acid and other information.

The above method may also include before S11:

The detection terminal receives the time stamp sent by the communication terminal, and adjusts the clock synchronously according to the time stamp.

This method is to adjust the clocks of the detection terminal and the communication terminal to be consistent, because if the clocks are not synchronized, their time stamps will not be able to accurately reflect the above physiological signals.

In addition, the above-mentioned detection terminal may specifically be a smart watch, and the above-mentioned communication terminal may specifically be smart devices such as mobile phones and IPADs. The above-mentioned wireless communication method can specifically be a wireless communication device such as Bluetooth or WIFI, because the distance between the smart watch and the mobile phone is very short, so the distance transmission time between them can be ignored.

Due to the characteristics of the watch, it is very normal for the user to charge the mobile phone every day, but for the watch, if it is charged every day, it will greatly affect the user's experience. Therefore, for devices such as detection terminals, how to save power is the key It belongs to a very important direction, because if the detection terminal keeps communicating with the communication terminal, it will undoubtedly waste a lot of power, and it is impossible for the communication terminal to perform the function of physiological information detection. If the communication is maintained for a long time, the communication The power loss of the terminal is also very large, so there is a need for a way to save power on both sides.

Optionally, the implementation method of the above S12 may specifically be:

The detection terminal turns on the wireless function at intervals of a set time, and sends the physiological signal to the communication terminal in a wireless manner, and the communication terminal turns on the wireless function at intervals of a set time, and receives the physiological signal.

Optionally, the implementation of the above S12 may also be:

The current physiological data is subtracted from the physiological threshold to obtain a difference, and the time stamp corresponding to the difference and the current physiological data is saved and transmitted to the communication terminal. In this way, the physiological data is subtracted from the physiological threshold to obtain the difference, and the real response of the physiological data can be known, such as the difference in blood pressure caused by different elevations.

Optionally, the implementation method of the above S12 can also be: when the difference between the current difference and the last difference is smaller than another threshold, directly send the timestamp, since the physiological data of this time and the last time have little change, Therefore, there is no need to send physiological data, and only sending the timestamp can achieve the corresponding effect and reduce the data traffic.

A detection and processing system of a physiological signal, as shown in Figure 2, includes: a detection terminal 21, a communication terminal 22 and a server 23, wherein

The detection terminal 21 is used to periodically detect the physiological signal of the user; transmit the physiological signal to the communication terminal in a wireless manner, and the physiological signal includes: physiological data and a time stamp;

A communication terminal 22, configured to transmit the physiological signal to a server;

The server 23 is used for processing physiological signals;

The physiological data includes: physiological data obtained through non-invasive detection.

Optionally, the server 23 is specifically used for:

Drawing a change curve of the physiological signal according to the physiological signal and the time stamp, generating suggestion information according to the change curve, and returning the suggestion information to the communication terminal.

Optionally, the detection terminal 21 is further configured to receive the time stamp sent by the communication terminal 22, and adjust the clock synchronously according to the time stamp.

Optionally, the detection terminal 21 is specifically used to turn on the wireless function at intervals of a set time, and transmits the physiological signal to the communication terminal in a wireless manner, and the communication terminal 22 is specifically used to turn on the wireless function at intervals of a set time , receiving the physiological signal.

Optionally, the detection terminal 21 is also used to subtract the current physiological data from the physiological threshold to obtain a difference, save the difference and the time stamp corresponding to the current physiological data, and transmit it to the communication terminal.

It is worth noting that in the above embodiments, the units included are only divided according to the functional logic, but are not limited to the above division, as long as the corresponding functions can be realized; in addition, the specific names of the functional units are also It is only for the convenience of distinguishing each other, and is not intended to limit the protection scope of the present invention.

In addition, those of ordinary skill in the art can understand that all or part of the steps in the methods of the above-mentioned embodiments can be completed by instructing related hardware through programs, and the corresponding programs can be stored in a computer-readable storage medium. Storage media, such as ROM/RAM, magnetic disk or optical disk, etc.

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

Claims (6)

1. a check processing method for physiological signal, is characterized in that, described method comprises:

Sense terminals periodically detects the physiological signal of user;

Described physiological signal is wirelessly sent to communication terminal by sense terminals, and described physiological signal comprises: physiological data and timestamp;

Communication terminal sends described physiological signal to server and carries out physiological single processing;

Described physiological data comprises: the physiological data obtained by Non-invasive detection;

Described physiological signal wirelessly sends to communication terminal specifically to comprise by described sense terminals:

Described physiological signal, at interval of a setting-up time open wireless function, is wirelessly sent to communication terminal by sense terminals, and communication terminal, at interval of a setting-up time open wireless function, receives described physiological signal;

Described physiological signal wirelessly sends to communication terminal to be specially by described sense terminals:

Sense terminals is subtracted each other this physiological data and physiological threshold and is obtained difference, is retained by timestamp corresponding with this physiological data for described difference, and described difference and described timestamp are transferred to communication terminal; When this difference and last time difference difference be less than another threshold value time, without the need to sending described physiological data, only send described timestamp.

2. method according to claim 1, is characterized in that, described server carries out physiological single processing and is specially:

Draw the change curve of this physiological signal according to described physiological signal and timestamp, and generate advisory information according to described change curve, and described advisory information is returned to communication terminal.

3. method according to claim 1, is characterized in that, described method also comprised before sense terminals periodically detects the physiological signal of user:

The timestamp that sense terminals received communication terminal sends, carries out synchronization control according to described timestamp to clock.

4. a detecting processing system for physiological signal, is characterized in that, described system comprises: sense terminals, communication terminal and server, wherein

Sense terminals, for periodically detecting the physiological signal of user; Described physiological signal is wirelessly sent to communication terminal, and described physiological signal comprises: physiological data and timestamp;

Communication terminal, for sending described physiological signal to server;

Server, for carrying out physiological single processing;

Described physiological data comprises: the physiological data obtained by Non-invasive detection;

Described sense terminals, specifically at interval of a setting-up time open wireless function, wirelessly sends to communication terminal by described physiological signal, described communication terminal, specifically at interval of a setting-up time open wireless function, receives described physiological signal;

Described sense terminals, also obtains difference for this physiological data and physiological threshold are subtracted each other, and is retained by timestamp corresponding with this physiological data for described difference, and described difference and described timestamp are transferred to communication terminal; When this difference and last time difference difference be less than another threshold value time, without the need to sending described physiological data, only send described timestamp.

5. system according to claim 4, is characterized in that, described server specifically for:

Draw the change curve of this physiological signal according to described physiological signal and timestamp, and generate advisory information according to described change curve, and described advisory information is returned to communication terminal.

6. system according to claim 4, is characterized in that,

Described sense terminals, also for the timestamp that received communication terminal sends, carries out synchronization control according to described timestamp to clock.