TW201329900A - Composite personal health care system and method of operation for the same - Google Patents

Abstract

The invention related to a composite personal health care system and a method for operating the system is disclosed. A main serving system is provided for members to process the personal healthy data by a kernel operating program. The members may build their personal data through a web-enabled user interface. The data includes self-keying in basic data, healthy information through questionnaire, signals transmitted from terminal equipment, and external environmental parameters. An anamnesis module of the kernel operating program is used to receive the personal data for providing further inquiry and advice. Furthermore, multiple sub-serving systems can be provided to link to the main system for allowing the members to have nearby hospital health-care service and expert's suggestion much conveniently.

Description

Composite personal health care system and method of operation

The invention relates to a composite personal health care system and a method for operating the same, in particular to a health care system and a method for operating the online consultation and recommendation of members based on the member's health information by using the network information method.

In the traditional concept of health care, when you encounter a physical abnormality or when you have a disease, you should consult a doctor or an expert. When you are in a doctor's consultation, you usually ask the patient's current physical condition or refer to the patient in the hospital. The medical record is used to judge the problems that may be encountered at present, and further, the physical state of the patient is obtained through some instruments or physiological tests, and finally the diagnosis can be made through the information that can be obtained at hand.

Most websites that have medical information on the Internet are mostly answering questions. Users ask questions through the webpage, and then doctors or experts provide answers. These questions can be used to create a database of medical consultations, which will be similar in the future. Inquire about the illness and get a preliminary health consultation.

More sophisticated techniques can provide the necessary information for medical treatment and even the effect of early warning through the detection of some portable instruments, such as the action multi-channel electrocardiograph and the early stage of myocardial infarction disclosed in the Republic of China Patent No. M403322. The early warning system (announced on 2011/05/11) provides the user with the opportunity to wear the user's location and abnormal ECG signal when the central electrogram measurement device detects the user's abnormal ECG signal. It is transmitted to the remote server of the hospital through the wireless communication module, so as to notify the medical staff and obtain medical first aid.

However, the current medical system is aimed at the treatment of diseases. The establishment of self-health-related data before the onset of disease, the tracking of preventive examinations after the usual, and the tracking after the treatment of the disease are rarely focused.

In order to provide a convenient consultation and complete health advice for users, patients and family members, the present invention proposes a composite personal health care system and a method for its operation, which can integrate user information through network technology. Physiological status, living habits, and integration with external environmental data provide a personalized health information that provides medical staff with complete and immediate diagnostic data reference.

According to an embodiment of the invention, the composite personal health care system mainly provides a main servo system and links the stored resources to one or more sub-servo systems through the network, for example, in medical institutions, pharmacies, etc., people often receive medical services. The location has a sub-servo system, or a sub-servo system is set up in the unit that sells related products or services, and is connected to the main servo system through the network, and the main servo system obtains the health information provided by the public, and is processed to provide complete information. Consulting services and advice.

In the embodiment of the hardware device, the main servo system has at least a memory for storing a core operating program, a central processing unit for executing a core operating program, a communication module for connecting to the network, and a database for recording a plurality of member materials. The core operating program is mainly used for processing the received information, and includes a data processing module for processing data signals generated by the core operating program, and an interface servo module for processing and displaying the user interface established by the core operating program. The core operating program accesses the database library module, the member management module, and the sub-servo system management module of the connected sub-servo system. The system further includes a health data management module, a questionnaire module, and a medical record module for processing member data, which are processed by the core operating program.

The above data processing module will integrate the data signals generated by the member management module, health data management module, questionnaire module and medical record module contained in the database to provide a personalized health information.

The main servo system can also connect one or more sub-servo systems through the network, and each sub-servo system has at least a sub-memory for storing the work program of the sub-server system, a sub-CPU for executing the work program, and a sub-CPU for executing the work network. Sub-communication module. The operating program is a program for the sub-servo system to process internal data and link the main servo system data, including a sub-data processing module for processing data signals, a sub-interface servo module for providing a user interface, and processing and communication with the main servo system. The main servo system connection module of the signal.

Since the sub-servo system can be located in the nearest medical institution, it can provide more convenient membership services and provide medical reference, including the sub-servo system connected to the member management module of the main servo system. Member management module and expert interface module for consulting interface.

The above member health information includes the abnormal information of the basic data and timing tracking that the member fills in and stores in the memory provided by the main servo system. The questionnaire module presents one or more web pages established through the internal servo system of the main servo system. A questionnaire form is filled in by each member after logging in to the main servo system or the sub-servo system.

In addition to providing members with their own information, the system also updates and processes health information based on questionnaires, updated medical records, receiving instrument return signals, and external environmental parameters to provide consulting services and health advice.

The core operating program in the main servo system further includes an instrument signal receiving module for processing the remote instrument signal and an external parameter receiving module for obtaining the external environment signal. The data processing module then integrates the data signals generated by the instrument signal receiving module and the external parameter receiving module contained in the database to provide further personalized health information.

Each of the sub-servo systems connected to the main servo system may be installed in each medical institution, and the sub-member management modules of the sub-servo systems are connected to the member management module of the main servo system; members of the core operating system of the main servo system are provided. Data, questionnaires, medical records, instrument signals and external parameters can be provided to the sub-servo systems authorized by each member.

The application of the personal health care system established by the above-mentioned main servo system and sub-servo system will realize the establishment of personalized health information, in which the member information will be received through the main servo system or the sub-service system, and the content includes at least members. Health information, questionnaire data and medical records.

Then the main servo system can establish or update the member's member database according to the member's information. The main servo system can authorize a medical institution to access and establish new medical and medical materials through the expert interface module of the sub-servo system, which will be updated after the consultation. Member's member database.

According to the questionnaire, the questionnaire module of the main servo system receives a new questionnaire data through the sub-servo system, and the system updates the member's member database, and then analyzes the member's health information, questionnaire data and medical record data, and finally generates a humanized Health information.

This personalized health information can continue to provide medical staff, experts to provide complete health care services, or to provide further advice.

In view of the fact that the general medical institutions provide diagnosis and treatment for patients based on some current symptoms, verbal inquiry and interpretation of some equipment information, such diagnosis may ignore the history of the patient itself, and may even ignore the patient. The daily life, living environment and other factors, so the diagnosis can not really solve the problem, but only to alleviate the current symptoms. Therefore, in order to provide a convenient consultation and complete health advice for users, patients, and family members, the present invention proposes a comprehensive medical consultation and suggestion combination that utilizes information technology to integrate information of various patients. Personal health care systems and methods of operation can provide complete medical consultation services by integrating basic information, medical records, questionnaire content, and even instrument and external environmental information to provide medical staff or expert reference.

Moreover, through the integration of the composite personal health care system of the present invention, and providing subsystems for medical institutions, it is also possible to provide complete patient information, including medical records of different hospitals, thereby enabling medical personnel to obtain With complete information, patients can get better medical services.

In one embodiment, the medical record may be a medical record generated by a member of the hospital in addition to the medical record generated by the hospital. The medical record may be independently selected by the member of the medical record, and the medical record may be provided by the member, and may provide a reference for medical treatment. For example, through the health care system to establish a personal medical record, it is convenient for the physician (or expert) to refer to the relevant information at the time of medical treatment, that is, the information that the doctor wants to consult the patient at the time of the consultation. Relevant information can be printed and deleted, including basic information and related charts, uploaded data and related charts.

The composite personal health care system proposed by the invention is built on a network technology, and the system provides a public cloud platform, and uses the erection subsystem to receive multiple enterprise or regional cloud systems, and the system stores members through the network, including general People, medical institutions, pharmacies, company lines, etc., or subsystems can be set up in units that sell related products or services, such as kindergartens, health food companies, and catering catering companies, and all members can log in to the cloud system. The members include general members, expert members, and different management rights, providing a comprehensive and comprehensive health consultation service, especially for tracking after treatment, after service, and after purchasing products.

For an embodiment of the composite personal care system, reference may be made to the system schematic shown in FIG.

The figure shows a main servo system formed by the main server 101 and the database 103 at one end, and is provided in the cloud to provide data related to each subsystem, and is connected to a plurality of sub-servo systems through the network 10, regardless of the size, as long as the connection main servo is added. The units of the system can obtain the health information of the members through the authorization of the members.

For example, the example shown in the figure includes a first sub-server 122 connected to the first place 12, and the first place 12 can be a small medical institution such as a clinic or a pharmacy, or sell related products. Or the service unit; the main servo system may further connect the second sub-server 142 in the second place 14 shown in the figure, and the second place 14 may be a medical institution such as a hospital. In the embodiment of the composite personal health care system of the present invention, in addition to providing various health information of patients acquired by various medical institutions, the company number or organization can be extended, and the company or organization can be provided to understand the health status of each employee.

The main servo system provides a complete composite personal health care service, and each sub-servo system can provide personal health services related to its members, employees or specific users. For example, the first location 12 shown in the figure can recruit individual members, and the member connects to the first sub-server 122 in the first location 12 via the network connection 108 via the network connection 108, at the first sub-server 122. The user interface is provided for operation, such as filling in member information through a webpage, updating a member database, filling out a questionnaire, and uploading various kinds of materials related to health care; the second place 14 can also establish its own member information, and the member uses the terminal device 143, 144, 145 The network connection 109 is connected to the second sub-server 142 for operation.

The member information of the above various sub-servo systems will be managed by the main servo system, and a personalized health care database will be established. When the member conducts medical consultation or health consultation in another place, another place can also obtain the completeness of the member through authorization. data.

The medical activities carried out by members in different places will be integrated and managed by the system. Each member can register personal data and store medical and medical history in the database. This information can be provided to medical institutions, doctors and experts as health consultation. Basic information, establish a platform for family physicians, health consultation, medical diagnosis reference, and build membership health indicators through the presentation of charts.

Reference may then be made to Figure 2 of the composite personal care system of the present invention shown in Figure 2. In this example, a member uses a terminal device 29 (such as a computer or a mobile phone) to connect to the sub-server 24 via the Internet. The sub-server 24 provides a web page 28, fills in the data, questionnaires and maintenance through the web page 28, and provides some information inquiry. Related embodiments can be referred to the description of Figures 8-1 through 8-9 herein.

In this example, the sub-server 24 is provided with a sub-database 26, which can store the health information of the member, and the other embodiment is mainly a cloud database, and the local end can maintain the database.

The sub-server 24 is connected to the main server 22 via the network 20, and the main server 22 obtains the member information, including the information updated by the member in other places, and the main server 22 can integrate the member information. In this example, the main server 22 and the sub-server 24 can obtain the signal of the external environment. As shown in the figure, a monitoring station 23 is displayed. The monitoring data can be obtained by the government or the private unit at the monitoring station 23 where the member belongs. Information such as temperature, humidity, etc. can obtain environmental parameters such as annual changes in the environment, climate change, air pressure, noise, air pollution indicators, sunshine, airborne particles, oxygen content, and radiation values. These parameters may be different for people of different ages and genders. The health care system proposed by the present invention will be able to obtain information from the monitoring station 23 and integrate the parameters of the environment in which these members are located as a reference for health consultation.

The membership information obtained by the personal health care system mainly comes from the basic information filled out by the members themselves, the medical information that is regularly updated, the physical status obtained through the questionnaire, the environmental data obtained through the monitoring station, and various physiological data obtained by various instruments. .

In addition, if the living environment of the member includes some environmental facilities that may be polluted, such as a base station, a gas station, and a factory, in one embodiment, the pollution data of the environmental facility pollutants and the environment may be obtained by the monitoring station 23.

FIG. 3 is a schematic diagram showing the source of peripheral signals of the composite health care system of the present invention. In this example, only a hand-held physiological detecting device 30 can be used to periodically obtain physiological signals of the body, such as pulse, blood pressure, blood sugar, etc., or to detect the air, temperature, and environment of the surrounding environment. Humidity and other data; may also include self-test data generated by detection tools, such as saliva, urine, exhalation, body fluid screening test paper, fecal occult blood test strips, urine test strips, related drug test strips, etc.; The user can identify the information of the input or related interface implantation, for example, through the detection device set on the mobile phone, the computer, the toilet, and the mirror to interpret the relevant physiological information, and then upload it after being judged. The signals obtained by the physiological detection device 30 will be wired and transmitted to the server 32. The signals will be combined with the personal identification information of the physiological detection device 30, and the relevant data will be recorded in the personal database 34.

In addition to the above-mentioned personal physiological data obtained by using the portable apparatus, the present invention does not exclude signals of other medical instruments, such as sphygmomanometers, thermometers, blood lipid meters, large medical instruments, etc., and can provide immediate health through a connected cloud server. data. The signals of various types of instruments can be automatically or manually transmitted to the server 32. The personal health data is recorded by the database 34, and the data is sent out to achieve the purpose of health monitoring.

For the various data signals received by the composite personal health care system of the present invention, reference may be made to the schematic diagram of the embodiment of FIG. 4, except that the data is entered by the member himself, and the system further refers to the questionnaire, updates the medical record data, receives the instrument return signal, and Update and process health information in environmental parameters and other information to provide consulting services and health advice.

The figure shows the possibility that the database 40 of the server end receives a variety of external signals. After logging in to the server, the member can obtain various data or signals through the webpage, the mobile phone program (APP), or the specific signal transmission. . The member health information obtained by the system includes the filling of the website provided by the main servo system and the completion of the questionnaire. After being stored in the memory, it can be used as a time tracking member status.

If the member can type the member health information 401 through the webpage provided by the system, including the member's gender, age, medical history, living position, living habits, work environment and other basic information; the system can obtain the status of the member through the questionnaire data 403, such as the timing basis The member's data is filtered out by appropriate questionnaires. The assessment and analysis of the answers to the questionnaires can be used to understand the status of the members. The database 40 can also obtain the hospital medical records 405. Such materials can be established by the general members themselves, or by medical treatment. The relevant units are established and imported into the database 40. Moreover, the information can be obtained from the authorized representatives of medical institutions, members and members, and the information in different places can be integrated through the means of remittance and remittance.

According to the additional functions of the system, members can wear instruments that detect physiological conditions, thereby obtaining continuous instrument signals 407, such as speech (tone), blood pressure, blood sugar, pulse, breathing, pollution factors of the environment, and other data. It provides system storage and analysis. It can also obtain more complex physiological data by means of large instruments. These signals can be transmitted to the server through transmission technology.

The system can also obtain the external environment signal 409. These signals can be obtained by setting up or monitoring specific environmental information by national units or civil organizations, such as obtaining the temperature and humidity distribution at a specific time or a period of time in the environment. Possible information such as air quality, pressure, climate, and climate change; in addition, the living environment or workplace of the member will form an external environmental signal 409, which can assist in medical consultation. As shown in the figure, through the analysis process 42 to integrate various types of data and signals, comprehensive information provides further personalized health information, can provide experts, medical personnel or provide relevant industries for customer service use, including tracking customers according to service issues. Then, in the recommended process 44, the member's complete consulting services and recommendations are provided.

Figure 5 is a block diagram showing one embodiment of a servo system of the composite personal care system of the present invention.

The composite personal health care system is mainly divided into a main servo system 50 that provides the entire system service, and a sub-servo system 52 that can set up various medical institutions, pharmacies, organizations, company lines, and related products or services. The personal care system can conveniently serve members in specific areas through the sub-servo system 52, and also assists various medical or organizational units to provide member consultation and advice services using the composite personal health care system proposed by the present invention. Moreover, each sub-servo system 52 of the composite personal health care system can share resources through cloud technology, and members can be authorized to provide information to specific objects.

The main servo system 50 is a main system formed by a computer system, and includes a central processing unit 501 of a data processing center and a memory 502 for temporarily storing data, and a core operating program 505 for storing various data processing in the memory 502, which is connected to the central unit. The processor 501 includes a communication module 503 that connects to the network and a database 504 that records a plurality of member materials.

After the core processor 505 is executed by the central processing unit 501, various functions provided by the system of the present invention are executed. The function module implemented by the software or hardware in the core operating program 505 includes data processing for processing the data signals generated by the core operating program 505. The module 551, the data processing module 551 connects and processes the data signals of other functional modules, and is connected to the data processing and communication capabilities of the main servo system 50.

The core operating program 505 includes an interface servo module 552 for processing and displaying a user interface established by the core operating program 505, such as establishing a web interface for communicating with members through the interface servo module 552.

The core operating program 505 includes a database module 553. The module 553 is an interface module for providing a core operating program 505 to access the database 504, and can output the member health information of the processed database 504.

The member management module 554 provides a system for processing member information, including member login, identity identification, member relatives management, member authority management, membership authorization, and association with each sub-servo system 52. Among them, member relatives provide members to join other relative members of the system, and the system provides a complete integration function, allowing parents to manage the health information of underage teenagers or other relatives. The system can also obtain family disease medical services through the association between members and relatives. Membership rights can be divided into general members, expert members, managers, and so on.

In the core operating program 505 of the main servo system 50, the main servo system 50 can contact each sub-servo system 52 through the sub-servo management module 555 to establish a connection between the main servo system 50 and one or more sub-servo systems 52. The main servo system 50 transmits or receives the data generated by the sub-servo system 52 through the sub-servo management module 555.

The core operating program 505 includes a health data management module 556 coupled to the data processing module 551 for processing the member health information received by the core operating program 505 through the interface servo module 552. These health care materials are data received through webpages or other software interfaces, and may also include various data signals as described in FIG. Moreover, through the health data management module 556, the member health information may include abnormal information of the basic data and timing tracking that the member fills in and stores in the memory 502 through the webpage provided by the main servo system 50 or the sub-servo system 52.

The questionnaire module 557 presents one or more questionnaire forms for the webpage interface established by the internal server servo module 552 of the main servo system 50. The questionnaire module 557 can be provided with a plurality of preset questionnaire formats, and each member can log in to the main After the servo system 50 or the sub-servo system 52 is filled in, the questionnaire can be designed to obtain the living habits, working environment, and physical state of the members, and then the members should pay attention to the matters that the members should pay attention to in order to provide appropriate suggestions. At the beginning of the questionnaire module 557, the health information of each member is selected as one or more questionnaires for the member, and the core operating program 505 presents the questionnaire form through the interface servo module 552, and receives the questionnaire completed by the member. Questionnaire data. The design of various questionnaires will have certain purposes, such as obtaining members' daily work schedules, eating habits, whether the work environment is polluted, and the surrounding environment. It can be provided through questionnaires and weighted analysis, together with other health care materials. More complete consulting services and advice.

For example, the type of questionnaire is like the interface of the same health form consultation, which can provide forms for users to fill in, including basic information such as height, weight, birth, gender, occupation, etc., and provide forms to fill in physical conditions, including blood pressure and cholesterol. Physiological signals such as blood sugar. The form fills in the habits and work schedules for health indicators. The health database needs to update the medical records to establish a personal health chart and provide a reference for physicians.

Then, the medical record module 558 is also coupled to the data processing module 551 for processing the medical record data of each member received by the main servo system 50. The medical records may come from different medical institutions and organizations, and the data may have a format difference. The medical record module 558 can obtain important information through image analysis and text recognition, and can also cooperate with manual scanning of files for archiving. After being processed by the medical record module 558, the members will be linked to their respective medical records, which can be displayed together when they are accessed by experts or medical personnel, and are one of the important information for health consultation.

Each of the above functional modules is an important component in the main servo system of the personal health care system of the present invention. The data processing module 551 integrates the member management module 554 and the health data management module 556 of each member in the database 504. The questionnaire module 557 and the medical record module 558 generate data signals to provide personalized health information.

Moreover, in addition to the functions provided by the above functional modules, the embodiment is further introduced into the instrument signal receiving module 559 and the external parameter receiving module 560 listed in the core operating program 505.

The instrument signal receiving module 559 can be coupled to the data processing module 551 for processing the remote instrument signal obtained by the main servo system 50 through the communication module 503, at least including the measurement by each member through one or more medical instruments. Physiological data. As shown in Figure 3 above, in addition to various physiological detection instruments, instrument data (automatically acquired or manually typed) from medical institutions can be received to provide a more complete health care database. The external parameter receiving module 560 is configured to process the main servo system 50 to obtain an external environmental signal through the communication module 503, as shown in the monitoring station 23 shown in FIG. 2, to obtain government environmental monitoring data or various domestic and foreign organizations for monitoring. Data, as a reference for assessing health status and medical advice. Therefore, the data processing module 551 integrates the data signals generated by the member signal receiving module 559 and the external parameter receiving module 560 of each member in the database 504.

The above-mentioned main servo system 50 is a platform that can operate and provide services separately in the composite personal health care system disclosed by the present invention, but can still provide services for each terminal unit to establish subsystems through network authorization, and thus the present invention The disclosed system is equally applicable to sub-servo system 52.

For the schematic diagram shown in FIG. 5, the main servo system 50 can connect (via the network) through the sub-servo management module 555 therein and receive various data signals from the sub-servo system 52. The sub-servo system 52 is also implemented by the computer system. . The sub-servo system 52 includes a sub-CPU 521 that executes a work program, and includes a sub-memory 522 of a work program stored on the end of the storage sub-servo system 52 electrically connected to the processor 521 and a sub-communication for connecting network resources. The module 523 can also be provided with a local-end database in a specific embodiment, which can be periodically synchronized with the database 504 in the main servo system 50.

The sub-work program 525 executed in the sub-servo system 52 also provides a plurality of software or hardware-implemented functional modules, including a sub-data processing module 581 that processes the data signals generated by the sub-operation program 525, and processes and displays the sub-jobs. The sub-interface servo module 582 of the user interface established by the program 525 is especially an interface generated by a webpage or other software.

The main servo system connection module 583 included in the sub-work program 525 is an interface module for each sub-servo system 52 and the main servo system 50, and then transmits the data signals generated by each member through the sub-servo system 52 to the main servo. System 50.

Next, the sub-member management module 584 is included, and each sub-servo system 52 is connected to the interface module of the member management module 554 of the main servo system 50. Further included is an expert interface module 585 for managing expert information registered by each sub-servo system 52 and providing a consultation interface. Moreover, the main servo system 50 will authorize a medical institution to access and establish new medical materials through the expert interface module 585 of the sub-servo system 52.

For example, a medical institution or other organization that joins the personal health care system may have a server connected to the main servo system of the present invention proposed in the cloud via a network, and the server will be loaded with the above sub-worker, wherein It includes a program for processing data, a web interface for providing a web interface, a program for managing members, and includes a program linked to the main servo system, and an expert consultation interface. After the member logs in to the server, the member information will also be built on the main servo system. When logging in, you can fill in the basic information of the member and related health information. The medical records generated by the member in this place will be registered to the personal health information. Medium and synchronized with the database of the main servo system. And from time to time, you will need to fill out a questionnaire to let the system obtain the various status of the members, so that appropriate health advice and advice can be made when needed in the future.

At the same time, members can wear instruments or instruments at home, transmit physiological data to the server at regular or when needed, and the server can also obtain some monitoring values of the member's environment, and present them to medical personnel through charts. Or an expert, you can make a complete health consultation.

The operation of the personal health care system described above can be referred to the flow shown in Fig. 6, in which one of the operational flow embodiments of the composite personal health care system of the present invention is described.

In step S601, the system provides a cloud-based website platform, establishes a main servo system 61, and connects the sub-servo system 62 through the network. The registered member will be able to fill in the data through the main servo system 61 or the sub-servo system 62. In step S603, the system will receive the member information, which may be the basic information 63, the questionnaire data 64 and the medical record data 65 as mentioned in the above embodiment. The self-entered data, the member health information obtained through the questionnaire, including the information returned by the terminal instrument and the external environmental parameters, and the member data received by the medical record module processing system of the core operating program.

Then, based on the above information, the personal health care database is created or updated (step S605), and the expert review can be provided as in step S607. If the new medical treatment data is continuously received (step S609), the database will be updated (step S611).

Steps further, as in S613, the system provides a filtered questionnaire according to the status of the member. The questionnaire includes some pre-set basic questionnaires, and the questionnaire is automatically selected according to the member's health information, such as the gender, age, medical record, and residence location of the member. The work environment and other variables are screened to obtain the status of members and users in their daily lives. After the member fills in, in step S615, the system will receive the new questionnaire data and update the database (step S617), after repeating the above process, and accumulating some member health information, experts or medical personnel will be able to integrate. Providing consultation and suggestion (step S619), the manner of generating the response can be various reminders, charts, suggestions, and the way of transmitting the message can be various ways of transmitting information such as emails, newsletters, and the like.

The purpose of the above process is to provide a convenient way to integrate various information with the network, based on the patient's basic information (gender, age, etc.), illness (current), medical history (history), living habits, work location, environmental impact (external Environmental and other possibilities, in conjunction with the instrument and questionnaire (to integrate various issues), can achieve a complete medical consultation.

After the health information of the member is fully established, the health care system will be able to provide monitoring functions according to the status of the member. For example, when monitoring all aspects of the signal to a certain level of danger, the cloud system will actively notify the medical unit, doctors, relatives and friends to provide timely Assistance, such as dispatching medical personnel, ambulances, telephone assistance, video and audio interaction.

Figure 7 then shows the second operational flow of the composite personal health care system of the present invention.

Similarly, in step S701, the system provides a website platform and receives the member user end connection (step S703), and the system can further locate the member's location (such as satellite, mobile phone, network positioning) with the positioning technology.

In step S705, the system receives various data signals at any time or at the same time, such as the instrument signal 71 obtained by the member or the large medical device, and the environmental signal 72 obtained by various pipes, and the database is updated in real time (step S707). The system receives the external environment signal and updates the database (step S711), and the new information contained in the database may be newly added medical information, including expert diagnosis content, prescription label and instrument, as described in step S709. Data signal; new information can also be obtained from the questionnaire system through the questionnaire system. The reception of various signals will be taken by the system actively or passively. After accumulating data for a period of time, subsequent analysis and consultation will have an effective basis.

Then, in step S713, the system analyzes the personal health care data and generates a response based on the above data (step S715). In the process of receiving signals in the process, in terms of questionnaires, instruments or other monitoring signals, the main servo system can continuously receive new data through the sub-servo system, update the database, and then analyze the member health data, questionnaire data and medical records. Finally, a personalized health information can be generated. This personalized health information can continue to provide medical staff, experts to provide complete health consultation services, or to provide further advice.

The above-mentioned main or subsystems will be able to communicate and interact with members through webpages, including filling in various information. Referring to Figures 8-1 to 8-9, a schematic diagram of a webpage embodiment of the composite personal health care system of the present invention is shown.

Figure 8-1 shows a health care server platform 81, which provides a web-type interface for members to read and fill in the information. The web page has an option area 811, and only some of the link functions are listed, such as the home page, data query, member area, Link information and other links. The content area 813 displays the content after clicking the link. In order to serve users in different countries and languages, the personal health care system can be a platform for multilingual services. The homepage can have different webpage links for different languages, or can be automatically converted to various languages according to requirements through the conversion function of the computer translation system. .

The web page shown in FIG. 8-2 has a data input page 82, which provides a field for members to fill in various information, wherein the data option 821 includes: basic information, tracking data, symptom records, health records, assistance materials, permission settings, Relatives, questionnaires, expert advice, others, etc. The data input area 823 is a field to be filled in each option, such as member ABC basic information: basic information, medical history records, habitual records, allergy history, drugs, and the like.

The webpage shown in FIG. 8-3 provides a user interface for filling in various health care materials, and the functional links of the various records are respectively presented in various fields. This embodiment only lists some functions, and the actual implementation is not limited to these. Various fields include health management records 83, symptom records 831, medical records 832 (including outpatient records, hospital records, emergency records), prescription records 833 (including dispensing prescription records, chronic prescription records), and health records 834 (including General health record, child preventive health record, adult health record, drug purchase record 835, medical record 836 (including blood pressure record, blood glucose record, blood lipid record, uric acid record).

The web page depicted in Figure 8-4 is a member profile input page 84, which may be a recorder 841, date 843, schedule 845 (sleep time, sleep status), and others. Dietary table 847 can be filled in with dietary time and instructions.

The web interface proposed in Figure 8-5 provides a simple way for members to fill in. Because the general health-related forms are complex and time-consuming, the invention specifically provides a check-out method using a simple interface to complete the filling. Complete the filling work.

This example is shown as an abnormal status page 85. The interface used can avoid the trouble of traditional hospitals requiring patients to enter or dictate various conditions. List all possible abnormal state selection items 851, such as: systemic symptoms, head and face problems, eye problems. , ear problems, nose problems, throat, sound problems, oral problems, dental problems, neck problems, tongue problems, shoulder and back problems, breast problems, chest problems, anal problems, urination problems, defecation problems, limb problems, skin problems , nail problems, male reproductive system, female reproductive system, respiratory problems, digestive problems, pain problems, wound problems, etc. After selecting one of them, the relevant symptoms are listed below for members to check.

Figure 8-6 shows an example of the implementation of the questionnaire page 86. The questionnaire 861 will be selected according to the member's health information, and will be submitted to the member according to the purpose, and will be filled out by the member. The data will be collated, analyzed, and combined with the member's health information. The questionnaire in this example is titled Sleep, so the questions will be centered on the topic of sleep, as shown.

Figure 8-7 shows the unit subnet link page 87 set by some sub-servo systems provided by the system, which lists multiple reference subnets, such as the subnet data table 871 shown, which can be displayed after clicking Electronic map 873.

Through the integration of the above various data, the personal health care system will provide charts for members and members' relatives to refer to. It can also be used by experts or medical personnel. Figure 8-8 shows one of the examples of personal health record page 88, which records Member ABC added blood pressure record, blood pressure record table 881 expressed blood pressure data.

Figure 8-9 provides the recommended information of the member ABC after the above data is integrated, but the actual implementation is not limited to these contents, and the illustrations are for reference only. The figure shows a suggested data page 89, and a related recommendation data sheet 891.

In summary, the composite personal health care system and operation method proposed by the present invention utilizes the architecture of the main servo system and the sub-servo system to provide a complete medical consultation network and service for the terminal members, and can integrate various data signals and positions belonging to the member. Medical information to establish personal health information belonging to the member, which will be used as a reference for future health advice and advice.

However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent structural changes that are made by using the specification and the contents of the present invention are equally included in the present invention. Within the scope, it is combined with Chen Ming.

10. . . network

101. . . Master server

103. . . database

12. . . First place

14. . . Second place

122. . . First child server

142. . . Second subserver

108,109. . . Network connection

123,124,125,143,144,145. . . Terminal device

20. . . network

twenty two. . . Master server

twenty four. . . Subserver

26. . . Subdatabase

28. . . Web page

29. . . Terminal device

twenty three. . . Monitoring station

30. . . Physiological detection device

32. . . server

34. . . database

40. . . database

42. . . Analysis process

44. . . Recommended process

401. . . Member Health Information

403. . . Questionnaire information

405. . . Hospital medical record information

407. . . Instrument signal

409. . . External environment signal

50. . . Main servo system

52. . . Sub servo system

501. . . CPU

502. . . Memory

503. . . Communication module

504. . . database

505. . . Core operating program

551. . . Data processing module

552. . . Interface servo module

553. . . Database module

554. . . Member management module

555. . . Sub-servo management module

556. . . Health data management module

557. . . Questionnaire module

558. . . Medical record module

559. . . Instrument signal receiving module

560. . . External parameter receiving module

52. . . Sub servo system

521. . . Sub-CPU

522. . . Memory

523. . . Sub communication module

525. . . Subprogram

581. . . Sub data processing module

582. . . Sub-interface servo module

583. . . Main servo system connection module

584. . . Sub-member management module

585. . . Expert interface module

61. . . Main servo system

62. . . Sub servo system

63. . . basic information

64. . . Questionnaire information

65. . . Medical record information

71. . . Instrument signal

72. . . Environmental signal

81. . . Health care servo platform

811. . . Option area

813. . . Content area

82. . . Data entry page

821. . . Data option

823. . . Data entry area

83. . . Health management record

831. . . Symptom record

832. . . Medical record

833. . . Prescription record

834. . . Health record

835. . . Drug purchase record

836. . . Medical record

84. . . Member profile page

841. . . recorder

843. . . date

845. . . schedule

847. . . Diet table

85. . . Exception status page

851. . . Abnormal status selection item

86. . . Questionnaire page

861. . . Questionnaire

87. . . Subnet link page

871. . . Subnet data sheet

873. . . digital map

88. . . Personal health record page

881. . . Blood pressure record

89. . . Suggestion profile page

891. . . Suggestion data sheet

Step S601~S619 One of the system operation processes

Step S701~S715 System Operation Process 2

1 is a schematic view of a composite personal health care system of the present invention;

2 is a second schematic view of the composite personal health care system of the present invention;

3 is a schematic diagram showing the source of peripheral signals of the composite personal health care system of the present invention;

4 is a schematic diagram showing an embodiment of a data signal of the composite personal health care system of the present invention;

5 is a schematic view showing an embodiment of a servo system of the composite personal health care system of the present invention;

Figure 6 shows a flow describing one of the operational processes of the composite personal health care system of the present invention;

Figure 7 shows a flow describing the operational flow of the composite personal health care system of the present invention;

Figures 8-1 through 8-9 show schematic diagrams of webpage embodiments of the composite personal care system of the present invention.

20. . . network

twenty two. . . Master server

twenty four. . . Subserver

26. . . Subdatabase

28. . . Web page

29. . . Terminal device

twenty three. . . Monitoring station

Claims (10)

A composite personal health care system comprising: a main servo system having at least one memory for storing a core operating program, a central processing unit for executing the core operating program, a communication module for connecting to the network, and a plurality of recordings A core database of member data, wherein the core operating program stored in the memory comprises: a data processing module for processing data signals generated by the core operating program; and an interface servo module coupled to the data processing module For processing and displaying the user interface established by the core operating program; a database module coupled to the data processing module for accessing the interface module of the database for the core operating program; a member management module a group connected to the data processing module for processing member data; a child servo system management module coupled to the data processing module for establishing a connection between the main servo system and one or more sub-servo systems, And processing data data generated by the one or more sub-servo systems; a health data management module coupled to the data processing module for processing the The member's health information received by the interface server is connected to the data processing module for establishing a questionnaire form, and the core operating program presents the questionnaire form through the interface servo module. And receiving the questionnaire data; a medical record module is coupled to the data processing module for processing the medical record data of each member received by the main servo system; wherein the data processing module integrates the members in the database The member management module, the health data management module, the questionnaire module and the data signal generated by the medical record module provide a personalized health information. The composite personal health care system of claim 1, wherein the one or more sub-servo systems are connected to the main servo system via a network, and each sub-servo system has at least one sub-operation for storing the sub-servo system end. a sub-memory of the program, a sub-processor executing the sub-program and a sub-communication module for connecting to the network, wherein the sub-program includes: a sub-process for processing the data signal generated by the sub-worker a data processing module; a sub-interface servo module coupled to the sub-data processing module for processing and displaying a user interface established by the sub-program; a main servo system connection module coupled to the sub-data The processing module transmits a data signal generated by each member through the sub-servo system to the main servo system for the sub-servo system and the interface module of the main servo system data; a sub-member management module is connected to the a sub-data processing module, wherein each sub-servo system is connected to an interface module of the member management module of the main servo system; and an expert interface module is coupled to The sub-data processing module is configured to manage expert information registered by each sub-servo system and provide a consultation interface. The composite personal health care system of claim 1, wherein the member health information includes an abnormal condition of the basic information and timing tracking that the member fills in and stores in the memory through the webpage provided by the main servo system. The composite personal health care system as described in claim 1, wherein the questionnaire module presents one or more questionnaire forms through a webpage interface established by the interface servo module in the main servo system, and each member logs in to the main Fill in the servo system or the sub-servo system. The composite personal health care system as described in claim 1, wherein the core operating program further comprises: an instrument signal receiving module coupled to the data processing module for processing the main servo system through the communication module The remote instrument signal obtained; and an external parameter receiving module coupled to the data processing module for processing the external servo signal obtained by the main servo system through the communication module; wherein the data processing module is further The personalized health information is provided by the data signals generated by the instrument signal receiving module and the external parameter receiving module contained in the database. The composite personal health care system of claim 5, wherein the data signal received by the instrument signal receiving module includes at least physiological data measured by each member through one or more medical instruments; the external parameter The data signals received by the receiving module include at least the pollution data, temperature, humidity and climate of the environment in which each member is located. The composite personal health care system according to claim 1, wherein each sub-servo system is disposed in each medical institution, and the sub-member management module of each sub-servo system is connected to the member management mode of the main servo system. The member information, the questionnaire, the medical record, the instrument signal and the external parameters provided by the core operating system of the main servo system are provided to the sub-serving system authorized by each member. A composite personal health care system operating method for a composite personal health care system established by a primary servo system and one or more sub-servo systems, comprising: receiving a member profile through the primary servo system or the sub-servo system, at least Including the member's health information, questionnaire data and medical record information; the main servo system establishes or updates the member's member database according to the member data; the main servo system authorizes a medical treatment through one of the sub-servo system expert interface modules The institution accesses and establishes new medical and medical materials; updates the member's member database; the questionnaire module of the main servo system receives a new questionnaire data through the sub-servo system; updates the member's member database; analyzes the Member health information, questionnaire data and medical record information of the member in the member database; and generate a personalized health information. The method for operating a composite personal health care system as described in claim 8 wherein the new medical treatment information includes expert diagnosis content, prescription label and instrument data signal. The method for operating a composite personal health care system as described in claim 8 wherein the member information is further included by one member of the main servo system through one or more medical instruments. The measured physiological data further includes an environmental signal received by an external parameter receiving module in the main servo system.