WO2016109986A1 - Health management based online doctor-patient interaction system and interaction method - Google Patents

Abstract

Disclosed in the present invention are a health management based online doctor-patient interaction system and interaction method, the system comprising a first terminal, a second terminal and a service platform, and the first terminal interacts with the second terminal for acquiring, via information, prompt information prompting a patient to input patient information transmitted by an interface, and displaying the acquired patient information; the second terminal interacts with the first terminal for receiving the patient information inputted by the patient on an input interface according to the prompt information; the service platform for extracting feature information corresponding to the key word in the patient information according to the preset key word in the prompt information, and adding the feature information in a location corresponding to the key word in the health file of the patient and saving. The present invention can improve efficiency and quality of health management service.

Description

 Online doctor-patient interaction system and interaction method based on health management

Technical field

The present invention relates to the field of medical technology, and in particular, to an online doctor-patient interaction system and an interaction method based on health management.

Background technique

With the development of Internet technology, it has gradually spread to various fields, such as daily life, shopping, medical and health fields. In the field of medical health, when the doctor and the patient are in different locations, the doctor knows the patient's condition mainly by calling, texting, etc., and then the doctor will sort out the information obtained, record it on the medical record or record it to the computer. On the medical system, doctors give patients advice and supervision of patient performance, and also send messages to patients by phone or text message. This kind of health management service, the health file content requires the doctor to take the time to reorganize the record, easy to miss, and the file management place after the arrangement is uncertain, it is not convenient to find, and the doctor may not promptly report the message to the patient. The receipt of the news caused problems such as inefficient management and unguaranteed quality.

Summary of the invention

The main object of the present invention is to provide an online doctor-patient interaction system and an interaction method based on health management, aiming at solving the technical problems of low efficiency and poor quality of existing health management services.

To achieve the above objective, the present invention provides an online doctor-patient interaction system based on health management, wherein the health management-based online doctor-patient interaction system includes a first terminal, a second terminal, and a service platform, wherein:

The first terminal interacts with the second terminal, and is configured to send prompt information for prompting the patient to enter the patient information through the information obtaining interface, and display the acquired patient information;

The second terminal interacts with the first terminal, and is configured to receive patient information entered by the patient on the input interface according to the prompt information;

The service platform is configured to extract feature information corresponding to the keyword in the patient information according to a keyword preset in the prompt information, and add the feature information to a health file of a patient and The location corresponding to the keyword is saved.

Preferably, the first terminal is further configured to feed back, to the second terminal, an evaluation result and a guiding suggestion for the patient's condition according to the patient information;

The service platform is further configured to extract the evaluation result and the guiding suggestion and save it to the patient's health file.

Preferably, the service platform is further configured to determine validity of the patient information when extracting feature information corresponding to the keyword in the patient information;

When the patient information is legal, the extracted feature information is added to the location corresponding to the keyword in the health file of the patient and saved; otherwise, the service platform sends the prompt information to the second terminal again. The patient may re-enter the patient information or prompt the patient information to be entered incorrectly.

Preferably, the first terminal and the second terminal interact by means of text, voice, and video.

Preferably, the service platform is further configured to return the added content corresponding to the feature information to the first terminal;

The first terminal is further configured to receive content corresponding to the feature information returned by the service platform, and confirm the foregoing.

Preferably, the service platform is further configured to perform statistical and classified management on health records of different patients, and establish a health database.

Preferably, the first terminal and the second terminal are further configured to acquire and display a health file of the patient after logging in to the service platform.

Preferably, the health management-based online doctor-patient interaction system further includes a physical examination device, configured to collect physiological data of the patient, and send the physiological data after establishing a wireless connection with the second terminal. And the second terminal is configured to send the physiological data to the first terminal by the second terminal; the service platform is further configured to save the physiological data to a health file of the patient.

In addition, in order to achieve the above object, the present invention also provides an interaction method applied to the above-mentioned health management-based online doctor-patient interaction system, the interaction method includes:

The first terminal interacts with the second terminal, and the first terminal sends the prompt information prompting the patient to enter the patient information through the information obtaining interface, and displays the obtained patient information;

The second terminal interacts with the first terminal, and the second terminal receives patient information entered by the patient on the input interface according to the prompt information;

The service platform extracts feature information corresponding to the keyword in the patient information according to the keyword preset in the prompt information, and adds the feature information to the health record of the patient corresponding to the keyword Location and save.

Preferably, the interaction method further includes:

The first terminal feeds back the evaluation result and the guiding suggestion for the patient's condition to the second terminal according to the patient information;

The service platform extracts the evaluation results and guidance suggestions and saves them to the patient's health file.

Preferably, the service platform determines the legality of the patient information when extracting feature information corresponding to the keyword in the patient information;

When the patient information is legal, the extracted feature information is added to a location in the patient's health file corresponding to the keyword and saved;

Otherwise, the service platform sends a prompt message to the second terminal for the patient to re-enter the patient information, or prompts that the patient information is input incorrectly.

Preferably, the first terminal and the second terminal interact by means of text, voice, and video.

Preferably, the interaction method further includes: the service platform returning the content corresponding to the added feature information to the first terminal;

The first terminal receives the content corresponding to the feature information returned by the service platform, and confirms the content.

Preferably, the interaction method further includes:

The service platform performs statistical and classified management on health records of different patients, and establishes a health database.

Preferably, the interaction method further includes:

The first terminal and the second terminal acquire the health file of the patient and display it after logging in to the service platform.

The invention provides an online doctor-patient interaction system and an interaction method based on health management, and the service platform collects patient information of the patient, medical materials related to patient health, and doctors to the patient through the first terminal and the second terminal. Guided advice, doctors' assessment of the patient's condition, etc., and automatically form a complete and dynamic electronic health record on the service platform. The doctor can more fully grasp the patient's health status, and the patient can also fully understand their health in a timely manner. Status and quality of service of the doctor. In this embodiment, the process of doctor-patient service and the management of health files are integrated into a platform for doctor-patient interaction, which can reduce the number of times patients go to and from the hospital, save time, improve medical efficiency, and improve service quality.

DRAWINGS

1 is a schematic diagram of functional modules of a first embodiment of an online doctor-patient interaction system based on health management according to the present invention;

2 is a schematic diagram of a doctor-patient interaction interface of the patient in FIG. 1;

3 is a schematic diagram of a doctor's doctor-patient interaction interface of FIG. 1;

Figure 4 is a schematic view of the health file of Figure 1;

5 is a schematic diagram of functional modules of a second embodiment of an online doctor-patient interaction system based on health management according to the present invention;

FIG. 6 is a schematic flowchart diagram of an embodiment of an interaction method according to the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The present invention provides an online doctor-patient interaction system based on health management. Referring to FIG. 1 , in an embodiment, the health management-based online doctor-patient interaction system includes a first terminal 10, a second terminal 20, and a service platform. 30, where:

The first terminal 10 interacts with the second terminal 20 to send prompt information for prompting the patient to enter the patient information through the information acquisition interface, and display the acquired patient information;

The second terminal 20 interacts with the first terminal 10 to receive patient information entered by the patient on the input interface according to the prompt information;

The service platform 30 is configured to extract, according to the keyword preset in the prompt information, feature information corresponding to the keyword in the patient information, and add the feature information to the health file of the patient. The location corresponding to the keyword is saved.

In this embodiment, the second terminal 20 and the first terminal 10 may be a computer or a mobile phone, etc.; the first terminal 10 is a doctor client, and the second terminal 20 is a patient client.

The patient inputs the user's account through the second terminal 20, and the second terminal 20 logs into the doctor-patient interaction system of the service platform 30 through the account, and the patient clicks on the doctor-patient interaction system to enter the input interface, as shown in FIG. 2, the second terminal 20 displays The input interface includes: "My Health File", "Contact Doctor", "Upload Data" and other buttons. After entering the input interface, the patient waits for the response of the first terminal 10 when clicking the "contact doctor" button on the input interface. After the first terminal 10 responds, the patient can interact with the doctor through the second terminal 20 and the first terminal 10.

After the first terminal 10 enters its own account, the doctor logs in to the doctor-patient interaction system of the service platform 30 to enter the information acquisition interface. As shown in FIG. 3, the information acquisition interface displayed on the first terminal 10 includes a "search engine" and a "patient. The list "", the "health file" and the "contact patient" button. The first terminal 10 transmits to the second terminal 20 the prompt information prompting the patient to enter the patient information, and receives and displays the patient information acquired from the second terminal 20.

In the embodiment, the first terminal 10 sends the prompt information to the second terminal 20 through the information acquisition interface for interacting with the second terminal 20 to prompt the user to input the corresponding patient information; the second terminal 20 Receiving the prompt information of the first terminal 10 and displaying it on the input interface, the patient inputs the corresponding patient information according to the prompt information, and the second terminal 20 receives the patient information that the patient responds and displays. The manner in which the second terminal 20 acquires patient information of the patient includes, but is not limited to, by text, voice, video, and scanning, for example, by the patient and the doctor, describing the discomfort to the doctor by means of text, voice, or video. Reporting the implementation of treatment, asking your doctor for your own questions or requests, etc., patients can also send data such as medical information pictures to doctors by scanning.

In this embodiment, the prompt information is the information input by the doctor through the information acquisition interface of the first terminal 10, or the information preset in the first terminal 10, and when interacting with the second terminal 20, according to the preset The sequence and time interval are sent to the second terminal 20. For example, when the doctor randomly asks the patient about the age and occupation, the doctor can input two words "What is your age?" and "What is your occupation?" through the information acquisition interface of the first terminal 10; of course, the doctor can also A plurality of questions are input in a prompt message, for example, "Your name, age, occupation" is input in a prompt message, and the patient inputs in order when answering the answer; in this embodiment, the first terminal 10 can also be used. The preset prompt information automatically sends prompt information in a preset order, for example, “What is your name?”, “What is your age?”, “What is your occupation?”, etc. A series of tips. At the same time, the time interval for sending the prompt information needs to be set to ensure that the user has sufficient time to answer the question corresponding to the previous prompt information, and the time interval can be set to 30s or 1 minute.

The service platform 30 can directly obtain the prompt information of the first terminal 10 and the patient information of the second terminal 20 through the doctor-patient interaction system, and extract the keyword and the keyword in the patient information according to the keyword of the prompt information. Corresponding feature information is added to the location of the patient's health file corresponding to the keyword and saved. For example, the prompt information is “How old is your age”, and the keyword in the prompt information is “age”, so when the feature information is extracted, the information including the number in the patient information is extracted as the feature information; or The prompt message is “What is your occupation?”, the keyword in the prompt information is “occupation”, and when the feature information is extracted, the information related to the occupation in the patient information is extracted as the feature information; When multiple keywords are included, when the feature information is extracted, the corresponding feature information may be extracted in the order of the keywords, for example, the prompt information is “your name, age, occupation”, and the keyword of the prompt information is “name” , age, occupation", in the extracted feature information, the information related to the name in the patient information, the information including the number, and the information related to the occupation are extracted as the feature information in order.

In this embodiment, when the feature information is extracted, the service platform 30 determines the legality of the input patient information. If the feature information corresponding to the prompt information is not found in the patient information, the information is sent again. For the patient to re-enter the patient information, or to indicate that the patient information is entered incorrectly. For example, if the prompt message is "Your age is what", and the relevant information containing the number is not found in the patient information, the patient information is considered to be illegal information.

In this embodiment, if the patient does not receive the prompt information sent by the first terminal 10 before the patient inputs the patient information through the second terminal 20, the service platform 30 determines that the patient information is invalid information, ignores the information, and does not extract. Characteristic information. In addition, if the doctor needs to obtain the personal information of the patient when interacting with the patient at a certain time, the request can be directly sent to the service platform 30, and the personal information of the patient at the time of registration can be obtained from the registration information of the service platform 30.

Both the information acquisition interface of the first terminal 10 and the "health file" in the input interface of the second terminal 20 include condition description information, diagnostic information, medication information, and evaluation results of the diagnosis information in the patient's past medical history. Both the doctor and the patient can click on the “Health File” button to obtain the health record corresponding to the patient and display that the health file content is read-only and cannot be edited. As shown in Figure 4, the health file includes the patient's personal information, service records, data curves, and medical images. The service records of the health record include: description information of the patient's past medical history, diagnostic information, information on the use of drugs, and evaluation results of the diagnostic information.

Among them, the personal information contains the patient's name, gender, age, occupation and other information data curves generated by the patient after uploading physiological data, including body temperature, pulse, blood glucose, blood pressure and other physiological data curves, etc., from the date of recording to the end of service Up to now, a plurality of different physiological data curves can be displayed on a physiological data curve interface, and in the physiological data curve interface, abnormal data such as not in the healthy range of the physiological data curve are distinguished to indicate a reminder, for example, in different colors or prominent The display is differentiated to remind, and the corresponding suggestion is given in the physiological data curve; in addition, if it is some physiological data curve of the patient's chronic disease, the patient is required to periodically upload the relevant physiological data to generate a physiological data curve, by analyzing the physiological Data curve and alert the patient when an abnormality occurs.

The service record includes the first record, that is, the subsequent service record. The first record is the health-related history and current health record that the doctor received for the first time, including personal growth history, family history, etc. The follow-up service record is the doctor. All records of the second and subsequent contact with the patient, including date, customer description, doctor evaluation, intervention plan, stage summary (monthly report), scroll up and down, keyword search.

The medical image is uploaded by the user through the second terminal 20. The uploaded information includes an upload date, an inspection item, a picture attachment, and the like. For example, the patient takes a picture and clicks the upload button at the lower end of the contact doctor interface to transmit the medical image to the first terminal 10. .

The doctor can interact with the patient through text, voice, video, etc., including answering the patient's questions based on the patient information, giving medication guidance to the patient, providing the best diet and exercise program, introducing TCM health knowledge, and helping the patient develop well. The habits of life and so on, thereby reducing the incidence of disease and promoting the recovery of already suffering from the disease.

In this embodiment, the service platform 30 can directly obtain the prompt information of the first terminal 10 and the patient information of the second terminal 20 through the doctor-patient interaction system, and extract the patient according to the keyword preset in the prompt information. The feature information corresponding to the keyword in the information is added to the location corresponding to the keyword in the health file of the patient and saved.

In addition, the service platform 30 also extracts relevant evaluation results and guidance suggestions that the doctors feed back to the patient, and saves the extracted evaluation results and guiding suggestions to corresponding positions in the health file.

Preferably, the service platform 30 sends the extracted feature information and the information that the feature information is added to the corresponding location in the health file to the first terminal 10, and is confirmed by the doctor, and the doctor can perform the received information. After editing, the corresponding content can be modified, added or deleted, and returned to the service platform 30 through the first terminal 10 after the doctor confirms, and the service platform 30 saves the extracted feature information to the corresponding position in the health file.

In this embodiment, the computer network technology is combined with the doctor-patient interaction to form a health management system for doctor-patient interaction, and a remote service for doctor-patient interaction is realized, and the doctor-patient interaction is not restricted by time and place, and the doctor-patient can be contacted and interacted at any time.

The patient platform information of the patient collected by the second terminal 20 and the first terminal 10, the medical information related to the patient's health, the guidance advice given by the doctor to the patient, and the evaluation result of the doctor's condition on the patient's condition are obtained by the service platform 30 of the present embodiment. And automatically form a complete and dynamic electronic health record on the service platform 30, the doctor can more fully grasp the health status of the patient, and the patient can timely and fully understand his health status and the quality of the doctor's service. In this embodiment, the process of doctor-patient service and the management of health files are integrated into a platform for doctor-patient interaction, which can reduce the number of times patients go to and from the hospital, save time, improve medical efficiency, and improve service quality.

In a preferred embodiment, as shown in FIG. 5, based on the embodiment of FIG. 1 above, the online management system based on health management further includes a physical examination device 40:

The physical examination device 40 is configured to collect physiological data of the patient; after establishing a wireless connection with the second terminal 20, transmitting the physiological data to the second terminal 20, for the second terminal 20 to perform the physiological The data is sent to the first terminal 10, and the service platform 30 can also obtain the part of the physiological data and form part of the health file;

In this embodiment, the physical examination device 40 may be wearable or non-wearable. The physical examination device 40 has a wireless communication module, such as a Bluetooth module or an infrared module. The physical examination device 40 detects the physiological data of the patient, and the physiological data includes It is not limited to the body temperature data, the pulse data, the blood glucose data, the blood pressure data, and the like, and then establishes a wireless connection with the second terminal 20 by using the wireless module, and transmits the detected physiological data to the second terminal 20, and the second terminal 20 sets the physiological data. Sending to the first terminal 10, the doctor can view the physiological data of the patient on the first terminal 10, and can provide feedback information to the patient in combination with the physiological data, the health record of the patient, and the patient information. The doctor-patient interaction system of the embodiment combined with the physical examination device 40 can improve the practicability of the doctor-patient interaction system and improve the service quality.

In a preferred embodiment, based on the embodiment of FIG. 1 above, the second terminal 20 of the present embodiment is further configured to acquire personal information of the patient, and send the personal information to the first terminal 10; The service platform 30 is further configured to generate an initial health file based on the patient's personal information and store it.

In this embodiment, when the patient seeks medical treatment through the doctor-patient interaction system for the first time, the second terminal 20 transmits the personal information of the patient to the first terminal 10, and the first terminal 10 receives the personal information of the patient and displays the service platform. 30 Generate an initial health record based on personal information and store it. In the subsequent medical visit, the doctor can download the patient's initial health record directly from the service platform 30, and continuously update as the patient seeks medical treatment. When the patient's health record is first generated, valuable data, such as positive signs, abnormal data, and negative signs associated with the first diagnosis, automatically generate a medical record summary to facilitate interaction with the patient in the future or For diagnosis, refer to the medical record summary.

In this embodiment, a complete and dynamic electronic health record is automatically formed on the service platform 30, and the doctor can more comprehensively grasp the health status of the patient, and the patient can timely and fully understand his or her health condition and the quality of service of the doctor.

In a preferred embodiment, on the basis of the embodiment of FIG. 1 above, the patient can also download the health file from the service platform 30 through the second terminal 20 and display it for the patient to view at any time, and the doctor can also pass the first terminal. 10 Download the health file from the service platform 30 and display it for viewing and reference by the doctor.

In addition, the service platform 30 can also perform statistics and classification on the health records of different patients, and establish a health database for subsequent inquiry or research.

The present invention also provides an interaction method for the above-mentioned health management-based online doctor-patient interaction system. As shown in FIG. 6, in an embodiment, the interaction method includes:

Step S101: The first terminal interacts with the second terminal, and the first terminal sends the prompt information prompting the patient to enter the patient information through the information obtaining interface, and displays the obtained patient information;

Step S102, the second terminal interacts with the first terminal, and the second terminal receives patient information entered by the patient on the input interface according to the prompt information;

In this embodiment, the first terminal and the second terminal may be a computer or a mobile phone, etc.; the first terminal is a doctor client, and the second terminal is a patient client.

The patient inputs his/her own account through the second terminal, and the second terminal logs into the doctor-patient interaction system of the service platform through the account, and the patient clicks on the doctor-patient interaction system to enter the input interface. As shown in FIG. 2, the input interface displayed by the second terminal includes: "My Health File", "Contact Doctor", "Upload Data" and other buttons.

After entering the input interface, the patient waits for the response of the first terminal when clicking the "contact doctor" button on the input interface, and after the first terminal responds, the patient can interact with the doctor through the second terminal and the first terminal.

After entering the account of the first terminal, the doctor logs in to the doctor-patient interaction system of the service platform and enters the information acquisition interface. As shown in FIG. 3, the information acquisition interface displayed on the first terminal includes a “search engine” and a “patient list”. The health file and the "contact patient" button. The first terminal sends a prompt message prompting the patient to enter the patient information to the second terminal, and receives and displays the patient information acquired from the second terminal.

In this embodiment, in the interaction process, the first terminal sends the prompt information to the second terminal through the information acquisition interface for interacting with the second terminal, so as to prompt the user to input the corresponding patient information; the second terminal receives the first terminal. The sent prompt information is displayed on the input interface, the patient inputs the corresponding patient information according to the prompt information, and the second terminal receives the patient information that the patient responds and displays. The manner in which the second terminal acquires patient information of the patient includes, but is not limited to, text, voice, video, and scanning, for example, the patient and the doctor describe the discomfort and report to the doctor through text, voice, and video. The patient can also send data such as medical information pictures to the doctor by scanning, etc., by submitting his or her own questions or requests to the doctor.

In this embodiment, the prompt information is information input by the doctor through the information acquisition interface of the first terminal, or information preset in the first terminal, and when interacting with the second terminal, according to a preset sequence and time The interval is sent to the second terminal. For example, when the doctor randomly asks the patient about the age and occupation, the doctor can input the message “What is your age?” and “What is your occupation?” through the information acquisition interface of the first terminal; of course, the doctor can also Enter multiple questions in the prompt information, such as entering "your name, age, occupation" in a prompt message, and the patient inputs in order when answering; in this embodiment, it may also be pre-predicted in the first terminal. The prompt message is automatically sent in the preset order, for example, "What is your name?", "What is your age?", "What is your occupation?", etc., in order. Tip message. At the same time, the time interval for sending the prompt information needs to be set to ensure that the user has sufficient time to answer the question corresponding to the previous prompt information, and the time interval can be set to 30s or 1 minute.

The service platform can directly obtain the prompt information of the first terminal and the patient information of the second terminal through the doctor-patient interaction system, and extract the feature corresponding to the keyword in the patient information according to the keyword of the prompt information. Information, adding the feature information to a location in the patient's health file corresponding to the keyword and saving. For example, the prompt information is “How old is your age”, and the keyword in the prompt information is “age”, so when the feature information is extracted, the information including the number in the patient information is extracted as the feature information; or The prompt message is “What is your occupation?”, the keyword in the prompt information is “occupation”, and when the feature information is extracted, the information related to the occupation in the patient information is extracted as the feature information; When multiple keywords are included, when the feature information is extracted, the corresponding feature information may be extracted in the order of the keywords, for example, the prompt information is “your name, age, occupation”, and the keyword of the prompt information is “name” , age, occupation", in the extracted feature information, the information related to the name in the patient information, the information including the number, and the information related to the occupation are extracted as the feature information in order.

In this embodiment, when the service platform extracts the feature information, the legality of the input patient information is determined. If the feature information corresponding to the prompt information is not found in the patient information, the prompt information is sent again. For the patient to re-enter the patient information, or to indicate that the patient information is entered incorrectly. For example, if the prompt message is "Your age is what", and the relevant information containing the number is not found in the patient information, the patient information is considered to be illegal information.

In this embodiment, if the patient does not receive the prompt information sent by the first terminal before the patient inputs the patient information through the second terminal, the service platform determines that the patient information is invalid information, ignores the information, and does not extract the feature. information. In addition, if the doctor needs to obtain the personal information of the patient when interacting with the patient at a certain time, the request may be directly sent to the service platform, and the personal information of the patient at the time of registration may be obtained from the registration information of the service platform.

The "health file" in the information acquisition interface of the first terminal and the input interface of the second terminal include the condition description information, the diagnosis information, the use drug information, and the evaluation result of the diagnosis information in the patient's past medical history. Both the doctor and the patient can click on the “Health File” button to obtain the health record corresponding to the patient and display that the health file content is read-only and cannot be edited. As shown in Figure 4, the health file includes the patient's personal information, service records, data curves, and medical images. The service records of the health record include: description information of the patient's past medical history, diagnostic information, information on the use of drugs, and evaluation results of the diagnostic information. In this embodiment, when the patient's health record is first generated, valuable data, such as positive signs, abnormal data, and negative signs associated with the first diagnosis, are automatically generated to automatically generate a medical record summary to facilitate subsequent administration to the patient. Refer to the medical record summary when interacting or diagnosing it.

Among them, the personal information contains the patient's name, gender, age, occupation and other information data curves generated by the patient after uploading physiological data, including body temperature, pulse, blood glucose, blood pressure and other physiological data curves, etc., from the date of recording to the end of service Up to now, a plurality of different physiological data curves can be displayed on a physiological data curve interface, and in the physiological data curve interface, abnormal data such as not in the healthy range of the physiological data curve are distinguished to indicate a reminder, for example, in different colors or prominent The display is differentiated to remind, and the corresponding suggestion is given in the physiological data curve; in addition, if it is some physiological data curve of the patient's chronic disease, the patient is required to periodically upload the relevant physiological data to generate a physiological data curve, by analyzing the physiological Data curve and alert the patient when an abnormality occurs.

The service record includes the first record, that is, the subsequent service record. The first record is the health-related history and current health record that the doctor received for the first time, including personal growth history, family history, etc. The follow-up service record is the doctor. All records of the second and subsequent contact with the patient, including date, customer description, doctor evaluation, intervention plan, stage summary (monthly report), scroll up and down, keyword search.

The medical image is uploaded by the user through the second terminal, and the uploaded information includes an upload date, an inspection item, a picture attachment, and the like. For example, the patient takes a picture and clicks an upload button at the lower end of the contact doctor interface to transmit the medical image to the first terminal.

The doctor can interact with the patient through text, voice, video, etc., including answering the patient's questions based on the patient information, giving medication guidance to the patient, providing the best diet and exercise program, introducing TCM health knowledge, and helping the patient develop well. The habits of life and so on, thereby reducing the incidence of disease and promoting the recovery of already suffering from the disease.

Step S103: The service platform extracts feature information corresponding to the keyword in the patient information according to the keyword preset in the prompt information, and adds the feature information to the patient's health file and the The location of the keyword and save it.

In this embodiment, the service platform can directly obtain the prompt information of the first terminal and the patient information of the second terminal through the doctor-patient interaction system, and extract the patient information according to the keyword preset in the prompt information. The feature information corresponding to the keyword is added to the location of the patient's health file corresponding to the keyword and saved.

In addition, the service platform also extracts relevant evaluation results and guidance suggestions that the doctors feed back to the patient, and saves the extracted evaluation results and guiding suggestions to the corresponding positions in the health file.

Preferably, the service platform sends the extracted feature information and the information that the feature information is added to the corresponding location in the health file to the first terminal, and the doctor confirms, and the doctor can edit the received information. The corresponding content can be modified, added or deleted, and returned to the service platform through the first terminal after the doctor confirms, and the service platform saves the extracted feature information to the corresponding position in the health file.

In this embodiment, the computer network technology is combined with the doctor-patient interaction to form a health management system for doctor-patient interaction, and a remote service for doctor-patient interaction is realized, and the doctor-patient interaction is not limited by time and place, and the doctor-patient can be contacted and interacted at any time;

In this embodiment, the collected information of the patient's patient, the medical information related to the patient's health, the guidance advice given by the doctor to the patient, the doctor's evaluation result of the patient's condition, and the like are provided on the service platform by the first terminal and the second terminal. Automatically form a complete and dynamic electronic health record, the doctor can more fully grasp the health of the patient, and the patient can timely and fully understand their health status and the quality of the doctor's service. In this embodiment, the process of doctor-patient service and the management of health files are integrated into a platform for doctor-patient interaction, which can reduce the number of times patients go to and from the hospital, save time, improve medical efficiency, and improve service quality.

In a preferred embodiment, based on the foregoing embodiment of FIG. 6, the interaction method further includes: the physical examination device collects physiological data of the patient; and after establishing a wireless connection with the second terminal, transmitting the physiological data. And the second terminal is configured to send the physiological data to the first terminal, and the service platform may also acquire the part of the physiological data and form part of the health file.

In this embodiment, the physical examination device may be wearable or non-wearable. The physical examination device has a wireless communication module, such as a Bluetooth module or an infrared module, and the physical examination data is used to detect the physiological data of the patient, and the physiological data includes but is not limited to the body temperature. The data, the pulse data, the blood glucose data, the blood pressure data, and the like, and then establish a wireless connection with the second terminal by using the wireless module, and send the detected physiological data to the second terminal, where the second terminal sends the physiological data to the first At the terminal, the doctor can view the physiological data of the patient on the first terminal, and can provide feedback information to the patient in combination with the physiological data, the patient's health file, and the patient information. The doctor-patient interaction system of the embodiment combined with the physical examination equipment can improve the practicability of the doctor-patient interaction system and improve the service quality.

In a preferred embodiment, before the step S101, the interaction method further includes: the second terminal acquiring personal information of the patient, and transmitting the personal information to the first terminal; the service platform is based on the patient Personal information generates an initial health record and stores it.

In this embodiment, when the patient seeks medical treatment through the doctor-patient interaction system for the first time, the patient sends personal information of the patient to the first terminal through the second terminal, and the first terminal receives the personal information of the patient and displays the service platform according to the personal information. Generate an initial health file and store it. In the follow-up visit, the doctor can download the patient's initial health record directly from the service platform and continuously update as the patient seeks medical treatment. When the patient's health record is first generated, valuable data, such as positive signs, abnormal data, and negative signs associated with the first diagnosis, automatically generate a medical record summary to facilitate interaction with the patient in the future or For diagnosis, refer to the medical record summary.

In this embodiment, in each subsequent medical treatment, the patient automatically generates valuable medical records, such as positive signs, abnormal data, and negative signs associated with the first diagnosis, to automatically generate a medical record summary for the patient and Consult or refer to the doctor.

In this embodiment, a complete and dynamic electronic health record is automatically formed on the service platform, and the doctor can comprehensively grasp the health status of the patient, and the patient can timely and fully understand his or her health condition and the quality of the doctor's service.

In a preferred embodiment, the patient can also download the health file from the service platform through the second terminal and display it for the patient to view at any time. The doctor can also download the health file from the service platform through the first terminal and display it for the doctor to view. And reference.

In addition, the service platform can also organize and sort out the health records of different patients and establish a health database for subsequent inquiry or research.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Claims (15)

1. An online doctor-patient interaction system based on health management, wherein the health management-based online doctor-patient interaction system comprises a first terminal, a second terminal, and a service platform, wherein:

   The first terminal interacts with the second terminal, and is configured to send prompt information for prompting the patient to enter the patient information through the information obtaining interface, and display the acquired patient information;

   The second terminal interacts with the first terminal, and is configured to receive patient information entered by the patient on the input interface according to the prompt information;

   The service platform is configured to extract feature information corresponding to the keyword in the patient information according to a keyword preset in the prompt information, and add the feature information to a health file of a patient and The location corresponding to the keyword is saved.
2. The health management-based online doctor-patient interaction system according to claim 1, wherein

   The first terminal is further configured to feed back, to the second terminal, an evaluation result and a guiding suggestion for the patient's condition according to the patient information;

   The service platform is further configured to extract the evaluation result and the guiding suggestion and save it to the patient's health file.
3. The health management-based online doctor-patient interaction system according to claim 1, wherein the service platform is further configured to:

   Determining the legality of the patient information when extracting the feature information corresponding to the keyword in the patient information;

   When the patient information is legal, the extracted feature information is added to the location corresponding to the keyword in the health file of the patient and saved; otherwise, the service platform sends the prompt information to the second terminal again. The patient may re-enter the patient information or prompt the patient information to be entered incorrectly.
4. The health management-based online doctor-patient interaction system according to claim 1, wherein the first terminal and the second terminal interact by means of text, voice, and video.
5. The health management-based online doctor-patient interaction system according to claim 1, wherein

   The service platform is further configured to return the content corresponding to the added feature information to the first terminal;

   The first terminal is further configured to receive content corresponding to the feature information returned by the service platform, and confirm the foregoing.
6. The health management-based online doctor-patient interaction system according to claim 1, wherein

   The service platform is also used for statistical and classified management of health records of different patients, and a health database is established.
7. The health management-based online doctor-patient interaction system according to claim 1, wherein

   The first terminal and the second terminal are further configured to acquire and display a health file of the patient after logging in to the service platform.
8. The health management-based online doctor-patient interaction system according to claim 1, wherein

   The health management-based online doctor-patient interaction system further includes a physical examination device for collecting physiological data of the patient, and after establishing a wireless connection with the second terminal, transmitting the physiological data to the a second terminal, wherein the second terminal sends the physiological data to the first terminal; the service platform is further configured to save the physiological data to a health file of the patient.
9. An interaction method for applying the health management-based online doctor-patient interaction system according to claim 1, wherein the interaction method comprises:

   The first terminal interacts with the second terminal, and the first terminal sends the prompt information prompting the patient to enter the patient information through the information obtaining interface, and displays the obtained patient information;

   The second terminal interacts with the first terminal, and the second terminal receives patient information entered by the patient on the input interface according to the prompt information;

   The service platform extracts feature information corresponding to the keyword in the patient information according to the keyword preset in the prompt information, and adds the feature information to the health record of the patient corresponding to the keyword Location and save.
10. The interaction method according to claim 9, wherein the interaction method further comprises:

    The first terminal feeds back the evaluation result and the guiding suggestion for the patient's condition to the second terminal according to the patient information;

    The service platform extracts the evaluation results and guidance suggestions and saves them to the patient's health file.
11. The interaction method according to claim 9, wherein the service platform determines the legality of the patient information when extracting feature information corresponding to the keyword in the patient information;

    When the patient information is legal, the extracted feature information is added to a location in the patient's health file corresponding to the keyword and saved;

    Otherwise, the service platform sends a prompt message to the second terminal for the patient to re-enter the patient information, or prompts that the patient information is input incorrectly.
12. The interaction method according to claim 9, wherein the first terminal and the second terminal interact by means of text, voice, and video.
13. The interaction method according to claim 9, wherein the interaction method further comprises:

    Returning, by the service platform, the content corresponding to the added feature information to the first terminal;

    The first terminal receives the content corresponding to the feature information returned by the service platform, and confirms the content.
14. The interaction method according to claim 9, wherein the interaction method further comprises:

    The service platform performs statistical and classified management on health records of different patients, and establishes a health database.
15. The interaction method according to claim 9, wherein the interaction method further comprises:

    The first terminal and the second terminal acquire the health file of the patient and display it after logging in to the service platform.