WO2019047364A1 - 交互式远程中医辅助诊疗信息系统及其信息交互方法 - Google Patents

交互式远程中医辅助诊疗信息系统及其信息交互方法 Download PDF

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Publication number
WO2019047364A1
WO2019047364A1 PCT/CN2017/110475 CN2017110475W WO2019047364A1 WO 2019047364 A1 WO2019047364 A1 WO 2019047364A1 CN 2017110475 W CN2017110475 W CN 2017110475W WO 2019047364 A1 WO2019047364 A1 WO 2019047364A1
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Prior art keywords
information
patient
doctor
smart terminal
medical
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PCT/CN2017/110475
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English (en)
French (fr)
Inventor
张贯京
葛新科
高伟明
张红治
陈琦
周亮
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深圳市前海安测信息技术有限公司
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Publication of WO2019047364A1 publication Critical patent/WO2019047364A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/01—Protocols
    • H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L63/00—Network architectures or network communication protocols for network security
    • H04L63/08—Network architectures or network communication protocols for network security for authentication of entities
    • H04L63/0815—Network architectures or network communication protocols for network security for authentication of entities providing single-sign-on or federations

Definitions

  • the present invention relates to the field of information interaction technologies, and in particular, to an interactive remote TCM auxiliary medical information system and an information interaction method thereof.
  • the main object of the present invention is to provide an Internet-based interactive remote TCM auxiliary medical information system and an information interaction method thereof, aiming at solving the technical problem that the prior art cannot realize remote assisted Chinese medicine diagnosis through the Internet.
  • the main objective of the present invention is to provide an interactive remote Chinese medicine auxiliary medical information system, including an intelligent terminal, a Chinese medicine physical sign collecting device, a telemedicine server, and a doctor workstation, and the intelligent terminal communicates with a Chinese medicine physical sign collecting device through a communication network.
  • the smart terminal is also connected to the remote through the communication network
  • the medical server is communicatively connected, and the telemedicine server is further connected to the doctor workstation through a communication network, wherein:
  • the smart terminal is configured to receive account information of the patient, and send a telemedicine request to the telemedicine server after verifying that the account information of the patient is correct;
  • the telemedicine server is configured to receive the telemedicine request and query all doctor workstations, and select one of the doctor workstations whose working state is idle to assign it to the smart terminal;
  • the smart terminal is further configured to establish a communication connection with a doctor workstation allocated by the remote medical server.
  • the smart terminal is further configured to collect audio and video information of the patient, and receive the TCM physical sign information of the patient collected by the TCM physical sign collection device, and send the audio and video information of the patient and the TCM physical sign information to the doctor workstation;
  • the doctor workstation is further configured to send the audio and video information of the doctor to the smart terminal;
  • the smart terminal is further configured to receive audio and video information of the doctor sent by the doctor workstation; and broadcast the audio and video information of the received doctor through the smart terminal;
  • the doctor workstation is configured to receive medical diagnosis information of the patient according to the audio and video information of the patient and the physical medicine physical condition information, and send the medical treatment information to the smart terminal;
  • the smart terminal is further configured to receive the medical treatment information of the patient sent by the doctor workstation, and display the medical treatment result display interface.
  • the smart terminal is further configured to encrypt audio and video information and TCM physical information of the patient, and send the encrypted audio and video information of the patient and the TCM physical information to the doctor workstation.
  • the doctor workstation is further configured to decrypt audio and video information and TCM physical information of the patient
  • the interactive remote Chinese medicine auxiliary medical information system further includes a printing device, and the smart terminal is communicably connected to the printing device through a communication network,
  • the smart terminal is further configured to generate a diagnosis result form according to the diagnosis and treatment information of the patient and send the result to the printing device for printing;
  • the printing device is configured to print the medical treatment result table.
  • the TCM physical sign information includes tongue diagnosis information, pulse diagnosis information, and facial examination information.
  • the present invention also provides an interactive remote TCM-assisted diagnosis and treatment information interaction method, which is operated in an interactive remote TCM-assisted diagnosis and treatment information system, and the interactive remote TCM-assisted diagnosis and treatment information system includes an intelligent terminal and a TCM physical collection device.
  • the telemedicine server and the doctor workstation, the intelligent terminal is communicably connected to the TCM physical collection device through a communication network, and the intelligent terminal is further connected to the remote medical server through a communication network, and the remote medical server is also connected to the doctor workstation through the communication network.
  • the communication connection, the interactive remote Chinese medicine auxiliary medical information interaction method comprises the steps of:
  • the smart terminal receives the account information of the patient, and logs in after verifying that the account information of the patient is correct, and sends a telemedicine request to the telemedicine server;
  • the telemedicine server receives the telemedicine request and queries all doctor workstations, and selects one of the doctor workstations whose working status is idle to assign it to the smart terminal;
  • the smart terminal establishes a communication connection with the doctor workstation allocated by the remote medical server, and receives the medical treatment information sent by the doctor workstation;
  • the intelligent terminal collects audio and video information of the patient and receives the TCM physical sign information of the patient collected by the TCM physical sign collection device, and sends the audio and video information of the patient and the TCM physical sign information to the doctor workstation.
  • the doctor workstation sends the doctor's audio and video information to the smart terminal;
  • the smart terminal receives the audio and video information of the doctor sent by the doctor workstation; and broadcasts the received audio and video information of the doctor through the smart terminal;
  • the doctor workstation receives the patient's medical treatment information based on the patient's audio and video information and the Chinese medicine physical signs information, and sends the medical treatment information to the smart terminal;
  • the intelligent terminal receives the medical treatment information of the patient sent by the doctor workstation, and displays the medical treatment result display interface.
  • the intelligent terminal After collecting the audio and video information of the patient and receiving the TCM physical signs information of the patient collected by the TCM physical collection device, the intelligent terminal encrypts the audio and video information of the patient and the TCM physical signs information, and encrypts the patient's Audio and video information and TCM physical signs information are sent to the doctor workstation.
  • the interactive remote Chinese medicine auxiliary medical information interaction method further comprises the steps of:
  • the doctor workstation decrypts the patient's audio and video information and TCM physical signs information.
  • the interactive remote Chinese medicine auxiliary medical information system further includes a printing device, and the intelligent terminal The terminal is communicatively connected to the printing device through a communication network, and the interactive remote Chinese medicine auxiliary medical information interaction method further comprises the steps of:
  • the smart terminal generates a medical treatment result form according to the medical treatment information of the patient and sends it to the printing device to print [0033]
  • the printing device prints the medical treatment result table.
  • the TCM physical sign information includes tongue diagnosis information, pulse diagnosis information, and facial examination information.
  • the embodiment of the present invention establishes a communication connection with a doctor workstation assigned by the telemedicine server, and acquires audio and video information of the patient and TCM physical signs information and sends the information to the doctor workstation, and the doctor base of the doctor workstation
  • the patient's audio and video information and TCM physical signs information make diagnosis and treatment information for patients, which improves the accuracy of remote Chinese medicine diagnosis and treatment and enhances the patient experience.
  • FIG. 1 is a schematic structural diagram of a preferred embodiment of an interactive remote Chinese medicine auxiliary medical information system according to the present invention
  • FIG. 2 is a flow chart of a preferred embodiment of an interactive remote Chinese medicine auxiliary medical information interaction method according to the present invention
  • [0038] 3 is a flow chart of another preferred embodiment of the interactive remote Chinese medicine auxiliary medical treatment information interaction method of the present invention
  • FIG. 1 is a schematic structural diagram of a preferred embodiment of an interactive remote Chinese medicine auxiliary medical information system according to the present invention.
  • the interactive remote Chinese medicine auxiliary medical information system 10 includes intelligence.
  • Terminal 1 TCM sign collection device 3, telemedicine server 4, doctor workstation 5.
  • the number of the smart terminals 1 may be one or more.
  • the smart terminal 1 is communicatively connected to the Chinese medicine physical sign collecting device 3 via the communication network 2, and the smart terminal 1 is also communicably connected to the remote medical server 4 via the communication network 2, and the remote medical server 4 also communicates with the doctor workstation through the communication network 2. 5 communication connection.
  • the smart terminal 1 includes, but is not limited to, a display screen, a processor, a memory, a voice collector, a voice player, a camera, etc., for transmitting a telemedicine request to the telemedicine server 4, and collecting a patient's voice.
  • the video information and the TCM physical sign information of the patient collected by the TCM physical collection device 3 are received, and the audio and video information of the patient and the TCM physical signs information are transmitted to the doctor workstation 5.
  • the smart terminal 1 further includes a wired communication interface or a wireless communication interface, and is used for data communication between the smart terminal 1 and the TCM physical collection device 3, the telemedicine server 4, and the doctor workstation 5, and the TCM physical collection device 3 can collect the data.
  • the obtained TCM physical sign information is sent to the smart terminal 1 through the communication network 2, and the telemedicine server 4 can assign the doctor workstation 5 to the patient upon receiving the telemedicine request of the patient, and the doctor workstation 5 receives the medical treatment, and according to the received The patient's audio and video information and the patient's TCM physical signs information make medical information.
  • the communication network 2 may be a wired communication network or a wireless communication network.
  • the communication network 2 is preferably a wireless communication network, including but not limited to, a GSM network, a GPRS network, a CDMA network, a TD-SCDMA network, a WiMAX network, a TD-LTE network, an FDD-LTE network, and the like. transporting network.
  • the TCM vital sign collection device 3 may be a device for collecting TCM signs, such as: a pulse meter, a face consultation instrument, and a tongue diagnosis instrument.
  • the TCM vital sign collection device 3 is preferably a TCM four diagnostic device.
  • the telemedicine server 4 may be a cloud server connected to the smart terminal 1 and the doctor workstation 5 via a communication network.
  • the doctor workstation 5 is a server or a computer installed in a hospital or a medical management institution.
  • the doctor workstation 5 can be a plurality.
  • the smart terminal 1 includes, but is not limited to, a communication unit, a storage unit, and a processing unit.
  • the communication unit is a wireless communication interface with remote wireless communication function, for example, supports GSM, GPRS, WCDMA, CDMA, TD-SCDMA, WiMAX, TD-LTE, FDD-LTE, etc. Communication interface of the technology.
  • the storage unit may be a read only storage unit ROM, an electrically erasable storage unit EEPROM, a flash storage unit FLASH or a solid hard disk.
  • the processing unit may be a central processing unit (CPU), a microcontroller (MCU), a data processing chip, or an information processing unit having a data processing function.
  • CPU central processing unit
  • MCU microcontroller
  • data processing chip or an information processing unit having a data processing function.
  • the smart terminal 1 is configured to receive account information of a patient, log in after verifying that the patient's account information is correct, and send a telemedicine request to the telemedicine server 4.
  • the smart terminal 1 is configured to acquire account information of a patient.
  • the patient's account information includes, but is not limited to, the patient's name, ID number, and login password.
  • the patient's account information may also include the patient's date of birth, gender, social security account number, and the like. If the patient first uses the interactive telemedicine-assisted medical information system 10, the smart terminal 1 receives the patient's account information entered by the patient at the patient registration information collection interface, and creates a patient account.
  • the patient registration information collection interface displays the patient's account information input field. After the patient inputs the corresponding information in the account information input field and confirms, the smart terminal 1 creates an account for the patient. If the patient has already registered in the interactive telemedicine assisted medical information system 10, it is only necessary to log in on the patient login information collection interface based on the previously created patient account information. In this embodiment, all interfaces are generated by the interactive remote TCM-assisted medical information system 10 and displayed on the smart terminal 1 for the patient to input patient information (GUI).
  • the smart terminal 1 is further configured to send a telemedicine request to the telemedicine server 4 after verifying that the patient's account information is correct.
  • the telemedicine server 4 is configured to receive the telemedicine request and query all the doctor workstations 5, and select one of the doctor workstations whose working state is idle to assign it to the smart terminal 1.
  • the telemedicine request includes the account information of the patient and the IP address of the smart terminal 1.
  • the telemedicine server 4 receives the request and queries a plurality of doctor workstations 5 connected through the communication network 2, and selects one of the doctor workstations 5 whose working state is idle to assign it to the smart terminal 1.
  • the telemedicine server 4 transmits the IP address of the smart terminal 1 to the doctor workstation 5, and acquires the ID and IP address of the doctor workstation 5.
  • the telemedicine server 4 sends a waiting message to the smart terminal 1, and when the working state of the doctor workstation 5 is idle, Assigned to the smart terminal 1.
  • the smart terminal 1 is further configured to establish communication with the doctor workstation 5 allocated by the telemedicine server 4 Connecting, and receiving the medical treatment information sent by the doctor workstation 5.
  • the telemedicine server 4 transmits the ID and IP address of the doctor workstation 5 assigned to the smart terminal 1 to the smart terminal 1, the smart terminal 1 according to the ID and IP address of the doctor workstation 5
  • the doctor workstation 5 initiates a connection request, and after the doctor workstation 5 makes a connection request, establishes a communication connection with the doctor workstation 5.
  • the doctor workstation 5 sends the receiving medical treatment information to the smart terminal 1, and the smart terminal 1 receives the medical treatment information sent by the doctor workstation 5.
  • the smart terminal 1 is further configured to collect audio and video information of the patient, and receive the TCM physical sign information of the patient collected by the TCM physical collection device 3, and send the audio and video information of the patient and the TCM physical sign information to the doctor.
  • Workstation 5 The patient describes the symptoms to the doctor of the doctor workstation 5 by voice and video, and the intelligent terminal 1 collects the audio and video information of the patient.
  • symptoms include, but are not limited to, past medical history and physiological manifestations.
  • the past medical history may be a disease that the patient has suffered, such as diabetes, heart disease, cancer, and the like.
  • the physiological manifestations may be manifestations of symptoms, sleep conditions, cold and heat tolerance, eating conditions, pain conditions, and defecation.
  • the smart terminal 1 is further configured to receive the TCM physical sign information of the patient collected by the TCM vital sign collection device 3.
  • the TCM physical signs information includes tongue diagnosis information, pulse diagnosis information, and facial examination information.
  • the tongue diagnosis information may be a tongue image of the patient collected by the TCM signage collecting device 3, or may be an analysis result of the tongue image of the collected patient by the TCM body sign collecting device 3.
  • the pulse diagnosis information may be a patient pulse waveform collected by the TCM vital sign collection device 3, or may be an analysis result of the collected patient pulse waveform by the TCM vital sign acquisition device 3.
  • the face consultation information may be a facial image of the patient collected by the TCM vital sign collection device 3, and the face consultation information may also be an analysis result of the face image of the patient collected by the TCM sign collection device 3.
  • the TCM collection device 3 transmits the TCM vital signs information of the patient to the intelligent terminal 1.
  • the smart terminal 1 transmits audio and video information of the patient and TCM physical signs information to the doctor workstation 5.
  • the doctor workstation 5 is further configured to transmit the audio and video information of the doctor to the smart terminal 1.
  • the doctor of the doctor workstation 5 analyzes the patient's disease according to the received audio and video information of the patient and the Chinese medicine physical signs information, and interacts with the patient through voice and video, and the doctor workstation 5 collects the audio and video information of the doctor.
  • the doctor of the doctor workstation 5 analyzes the patient's disease according to the received audio and video information of the patient and the Chinese medicine physical signs information, and interacts with the patient through voice and video, and the doctor workstation 5 collects the audio and video information of the doctor.
  • the smart terminal 1 is further configured to receive audio and video information of the doctor sent by the doctor workstation 5, and broadcast the received audio and video information of the doctor through the smart terminal 1 to facilitate the patient and the doctor workstation 5 Doctor Student interaction.
  • the doctor workstation 5 is configured to receive medical diagnosis information of the patient according to the audio and video information of the patient and the physical medicine physical condition information, and send the medical treatment information to the smart terminal 1.
  • the doctor of the doctor workstation 5 diagnoses the patient's disease based on the received audio and video information of the patient and the Chinese medicine physical signs information, and fills in the medical treatment information and sends it to the smart terminal 1.
  • the medical information includes, but is not limited to, diagnostic results, medication information, and medical advice.
  • the smart terminal 1 is further configured to receive the medical treatment information of the patient sent by the doctor workstation 5, and display the information on the medical result display interface.
  • the interactive remote Chinese medicine auxiliary medical information system 10 further includes a printing device 6, and the smart terminal 1 is communicably connected to the printing device 6 via a communication network 2:
  • the smart terminal 1 is further configured to generate a medical treatment result form according to the medical treatment information of the patient and send it to the printing device 6 for printing.
  • the smart terminal 1 is configured to generate a medical treatment result form based on the medical treatment information of the patient and send it to the printing device 6 for printing.
  • the patient triggers the "print" button on the diagnosis result display interface of the smart terminal 1
  • the smart terminal 1 generates a diagnosis result form based on the medical treatment information of the patient and sends it to the printing device 6 for printing.
  • the format of the medical treatment result table is preset in the smart terminal 1.
  • the printing device 6 is configured to print the medical treatment result table.
  • the smart terminal 1 of the interactive remote Chinese medicine auxiliary medical information system 10 is further configured to encrypt audio and video information and TCM physical information of a patient, and encrypt the patient.
  • the audio and video information and the TCM physical signs information are sent to the doctor workstation 5.
  • the smart terminal 1 encrypts audio and video information and TCM physical information of the patient through an encryption algorithm, and the encryption algorithm may be a symmetric encryption algorithm and an asymmetric encryption algorithm.
  • the encryption algorithm is preset in the smart terminal 1.
  • the smart terminal 1 is further configured to send the encrypted audio and video information of the patient and the TCM physical signs information to the doctor workstation 5.
  • the doctor workstation 5 is further configured to decrypt the audio and video information of the patient and the TCM physical sign information.
  • the doctor workstation 5 also decrypts the received audio and video information of the patient and the TCM physical information by a decryption algorithm, which may be a symmetric decryption algorithm and an asymmetric decryption algorithm.
  • the decryption algorithm is preset in the doctor workstation 5.
  • the encryption algorithm and the decryption algorithm are paired.
  • the embodiment of the present invention is built by a doctor workstation assigned to a remote medical server.
  • the communication connection is obtained, and the audio and video information of the patient and the information of the Chinese medicine are obtained and sent to the doctor workstation.
  • the doctor of the doctor workstation makes medical information based on the patient's audio and video information and the Chinese medicine physical information, thereby improving the accuracy of the remote Chinese medicine diagnosis and treatment. , improve the patient experience.
  • the interactive remote Chinese medicine auxiliary medical information interaction method is applied to the interactive remote Chinese medicine auxiliary medical information system 10, and the interactive remote Chinese medicine auxiliary medical information system 10 includes an intelligent terminal 1 and a Chinese medicine physical collection device. 3.
  • the telemedicine server 4 and the doctor workstation 5, the smart terminal 1 is communicatively connected to the TCM physical collection device 3 via the communication network 2, and the intelligent terminal 1 is also communicably connected to the telemedicine server 4 via the communication network 2, the remote The medical server is also communicatively coupled to the physician workstation 5 via the communication network 2.
  • the method includes the following steps:
  • Step S1 the smart terminal 1 receives the account information of the patient, logs in after verifying that the account information of the patient is correct, and sends a telemedicine request to the telemedicine server 4.
  • the smart terminal 1 is configured to acquire account information of a patient.
  • the patient's account information includes, but is not limited to, the patient's name, ID number, and login password.
  • the patient's account information may also include the patient's date of birth, gender, social security account number, and the like. If the patient first uses the interactive telemedicine-assisted medical information system 10, the smart terminal 1 receives the patient's account information entered by the patient at the patient registration information collection interface, and creates a patient account.
  • the patient registration information collection interface displays the patient's account information input field. After the patient inputs the corresponding information in the account information input field and confirms, the smart terminal 1 creates an account for the patient. If the patient has already registered in the interactive telemedicine assisted medical information system 10, it is only necessary to log in on the patient login information collection interface based on the previously created patient account information. In this embodiment, all interfaces are generated by the interactive remote TCM-assisted medical information system 10 and displayed on the smart terminal 1 for the patient to input patient information (GUI).
  • the smart terminal 1 is further configured to send a telemedicine request to the telemedicine server 4 after verifying that the patient's account information is correct.
  • Step S12 the telemedicine server 4 receives the telemedicine request and queries all the doctor workstations 5, and selects one of the doctor workstations whose working state is idle to assign 5 to the smart terminal 1.
  • the telemedicine request includes the account information of the patient and the IP address of the smart terminal 1.
  • the telemedicine server 4 receives the request and queries a plurality of doctor workstations 5 connected via the communication network 2, and selects one of the doctor workstations 5 whose working state is idle to assign it to the smart terminal 1.
  • the telemedicine service The device 4 transmits the IP address of the smart terminal 1 to the doctor workstation 5, and acquires the ID and IP address of the doctor workstation 5.
  • the telemedicine server 4 sends a waiting message to the smart terminal 1, and when the working state of the doctor workstation 5 is idle, Assigned to the smart terminal 1.
  • Step S13 The smart terminal 1 establishes a communication connection with the doctor workstation 5 assigned by the remote medical server 4, and receives the medical treatment information sent by the doctor workstation 5.
  • the telemedicine server 4 transmits the ID and IP address of the doctor workstation 5 assigned to the smart terminal 1 to the smart terminal 1, the smart terminal 1 according to the ID and IP address of the doctor workstation 5
  • the doctor workstation 5 initiates a connection request, and after the doctor workstation 5 makes a connection request, establishes a communication connection with the doctor workstation 5.
  • the doctor workstation 5 sends the medical treatment information to the smart terminal 1, and the smart terminal 1 receives the medical treatment information sent by the doctor workstation 5.
  • Step S14 the smart terminal 1 collects audio and video information of the patient and receives the TCM physical sign information of the patient collected by the TCM physical collection device 3, and sends the audio and video information of the patient and the TCM physical signs information to the doctor.
  • Workstation 5 The patient describes the symptoms to the doctor of the doctor workstation 5 by voice and video, and the smart terminal 1 collects the audio and video information of the patient.
  • symptoms include, but are not limited to, past medical history and physiological manifestations.
  • the past medical history may be a disease that the patient has had, such as diabetes, heart disease, cancer, and the like.
  • the physiological manifestations may be manifestations of symptoms, sleep conditions, cold and heat tolerance, eating conditions, pain conditions, and defecation.
  • the smart terminal 1 is further configured to receive the TCM physical sign information of the patient collected by the TCM vital sign collection device 3.
  • the TCM physical signs information includes tongue diagnosis information, pulse diagnosis information, and facial examination information.
  • the tongue diagnosis information may be a tongue image of the patient collected by the TCM signage collecting device 3, or may be an analysis result of the tongue image of the collected patient by the TCM body sign collecting device 3.
  • the pulse diagnosis information may be a patient pulse waveform collected by the TCM vital sign collection device 3, or may be an analysis result of the collected patient pulse waveform by the TCM vital sign acquisition device 3.
  • the face consultation information may be a facial image of the patient collected by the TCM vital sign collection device 3, and the face consultation information may also be an analysis result of the face image of the patient collected by the TCM sign collection device 3.
  • the TCM collection device 3 transmits the TCM vital signs information of the patient to the intelligent terminal 1.
  • the smart terminal 1 transmits audio and video information of the patient and TCM physical signs information to the doctor workstation 5.
  • Step S15 the doctor workstation 5 sends the audio and video information of the doctor to the smart terminal 1.
  • the doctor of the doctor workstation 5 analyzes the patient's disease according to the received audio and video information of the patient and the Chinese medicine physical signs information, and interacts with the patient through voice and video, and the doctor workstation 5 collects the doctor's audio and video information and sends it to the clinic.
  • the smart terminal 1 is described.
  • Step S16 the smart terminal 1 receives the audio and video information of the doctor sent by the doctor workstation 5, and broadcasts the received audio and video information of the doctor through the smart terminal 1 to facilitate the patient and the doctor workstation 5 Doctor interaction.
  • Step S17 The doctor workstation 5 receives the medical treatment information of the patient according to the audio and video information of the patient and the Chinese medicine physical information, and sends the medical treatment information to the smart terminal 1.
  • the doctor of the doctor workstation 5 diagnoses the patient's disease based on the received audio and video information of the patient and the TCM physical signs information, and fills in the medical treatment information and sends it to the smart terminal 1.
  • the medical information includes, but is not limited to, diagnostic results, medication information, and medical advice.
  • Step S18 The smart terminal 1 further receives the medical treatment information of the patient sent by the doctor workstation 5, and displays the medical treatment result display interface.
  • the interactive remote Chinese medicine auxiliary medical information system 10 further includes a printing device 6, and the smart terminal 1 is communicably connected to the printing device 6 via a communication network 2, and the present invention is interactive.
  • the remote Chinese medicine auxiliary medical information interaction method further includes the steps of:
  • Step S19 the smart terminal 1 generates a diagnosis result form according to the medical treatment information of the patient and sends it to the printing device 6 for printing.
  • the smart terminal 1 is configured to generate a diagnosis result form based on the medical treatment information of the patient and send it to the printing device 6 for printing.
  • the patient triggers the "print" button on the diagnosis result display interface of the smart terminal 1
  • the smart terminal 1 generates a diagnosis result form based on the medical treatment information of the patient and sends it to the printing device 6 for printing.
  • the format of the medical treatment result table is preset in the smart terminal 1.
  • Step S20 the printing device 6 prints the medical treatment result table.
  • FIG. 3 is a flow chart of another preferred embodiment of the interactive remote TCM assisted diagnosis and treatment method of the present invention.
  • the interactive remote Chinese medicine auxiliary medical information system 10 of the present invention further replaces step S14 with step S14':
  • Step S14' after the intelligent terminal 1 collects the audio and video information of the patient and receives the TCM physical signs information of the patient collected by the TCM physical collection device, encrypts the audio and video information of the patient and the TCM physical signs information, and encrypts the patient.
  • the audio and video information and the TCM physical signs information are sent to the doctor workstation 5.
  • Said The step of the intelligent terminal 1 collecting the audio and video information of the patient and receiving the TCM physical sign information of the patient collected by the TCM sign collection device has been detailed in step S14, and details are not described herein again.
  • the smart terminal 1 encrypts audio and video information and TCM physical information of the patient, that is, the smart terminal 1 encrypts audio and video information and TCM physical information of the patient through an encryption algorithm, and the encryption algorithm may be a symmetric encryption algorithm. And asymmetric encryption algorithms.
  • the encryption algorithm is preset in the smart terminal 1.
  • the smart terminal 1 transmits the encrypted audio and video information of the patient and the TCM physical signs information to the doctor workstation 5.
  • the interactive remote Chinese medicine auxiliary medical information interaction method of the present invention further includes:
  • Step S21 the doctor workstation 5 decrypts the audio and video information of the patient and the TCM physical sign information.
  • the doctor workstation 5 also decrypts the received audio and video information and the TCM physical information of the patient through a decryption algorithm, which may be a symmetric decryption algorithm and an asymmetric decryption algorithm.
  • the decryption algorithm is preset in the doctor workstation 5.
  • the encryption algorithm and the decryption algorithm are paired.
  • the embodiment of the present invention establishes a communication connection with a doctor workstation assigned by the remote medical server, and acquires audio and video information of the patient and TCM physical signs information and sends the information to the doctor workstation, and the doctor base of the doctor workstation
  • the patient's audio and video information and TCM physical signs information make diagnosis and treatment information for patients, which improves the accuracy of remote Chinese medicine diagnosis and treatment and enhances the patient experience.
  • the embodiment of the present invention establishes a communication connection with a doctor workstation assigned by the telemedicine server, and acquires audio and video information of the patient and TCM physical signs information to be sent to the doctor workstation, and the doctor base of the doctor workstation
  • the patient's audio and video information and TCM physical signs information make diagnosis and treatment information for patients, which improves the accuracy of remote Chinese medicine diagnosis and treatment and enhances the patient experience.

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Abstract

本发明提供一种交互式远程中医辅助诊疗信息系统及其信息交互方法，该方法包括步骤：智能终端接收患者的账户信息，并发送远程医疗请求至远程医疗服务器；远程医疗服务器接收该远程医疗请求并选择工作状态为空闲的其中一个医生工作站将其分配给智能终端；智能终端与该医生工作站建立通信连接；智能终端接收患者的音视频信息以及接收中医体征采集设备采集的患者的中医体征信息，并发送至医生工作站；医生工作站将医生的音视频信息发送至智能终端，并依据患者的音视频信息和中医体征信息做出的该患者的诊疗信息，并发送至智能终端；智能终端接收医生工作站发送的该患者的诊疗信息并显示。实施本发明，提高了远程中医诊疗的准确性，提升用户体验。

Description

交互式远程中医辅助诊疗信息系统及其信息交互方法 技术领域
[0001] 本发明涉及信息交互技术领域， 尤其涉及一种交互式远程中医辅助诊疗信息系 统及其信息交互方法。
背景技术
[0002] 中医学是以阴阳五行作为理论基础， 将人体看成是气、 形、 神的统一体， 通过 "望闻问切"四诊合参的方法， 探求病因、 病性、 病位、 分析病机及人体内五脏六 腑、 经络关节、 气血津液的变化、 判断邪正消长， 进而得出病名， 归纳出证型 ， 以辨证论治原则， 制定治法， 使人体达到阴阳调和而康复。 在当代社会， 中 医在我国仍然是治疗疾病的常用手段之一。 但是， 我国幅员辽阔， 人口众多， 边远地区的病人由于当地的医疗条件比较落后， 在生病吋需要花费高昂的费用 外出就医， 没有条件外出就医的病人则耽误了诊疗， 给病人和家属造成了身心 上的痛苦。 远程诊疗可以使医生和病人之间建立起全新的联系， 使病人在原地 、 原医院即可接受远地医生的诊疗并在其指导下进行治疗， 可以节约医生和病 人大量吋间和金钱。 虽然现有技术有一些远程诊疗系统可以通过音视频交互实 现远程诊疗， 但是中医诊疗需要"望闻问切"， 医生受环境和音视频设备质量的限 制， 并不能准确获知患者的情况， 从而影响诊疗效果。
技术问题
[0003] 本发明的主要目的在于提供一种基于互联网的交互式远程中医辅助诊疗信息系 统及其信息交互方法， 旨在解决现有技术不能通过互联网实现远程辅助中医诊 疗的技术问题。
问题的解决方案
技术解决方案
[0004] 本发明的主要目的在于提供一种交互式远程中医辅助诊疗信息系统， 包括智能 终端、 中医体征采集设备、 远程医疗服务器、 医生工作站， 所述智能终端通过 通信网络与中医体征采集设备通信连接， 所述智能终端还通过通信网络与远程 医疗服务器通信连接， 所述远程医疗服务器还通过通信网络与医生工作站通信 连接， 其中：
[0005] 所述智能终端， 用于接收患者的账户信息， 并在验证患者的账户信息正确后发 送远程医疗请求至所述远程医疗服务器；
[0006] 所述远程医疗服务器， 用于接收该远程医疗请求并査询所有医生工作站， 选择 工作状态为空闲的其中一个医生工作站将其分配给所述智能终端；
[0007] 所述智能终端还用于与所述远程医疗服务器所分配的医生工作站建立通信连接
， 并接收所述医生工作站发送的接受诊疗信息；
[0008] 所述智能终端还用于采集患者的音视频信息以及接收中医体征采集设备采集的 患者的中医体征信息， 并将所述患者的音视频信息和中医体征信息发送至所述 医生工作站；
[0009] 所述医生工作站还用于将医生的音视频信息发送至所述智能终端；
[0010] 所述智能终端还用于接收所述医生工作站发送的医生的音视频信息； 以及将接 收的医生的音视频信息通过智能终端播出；
[0011] 所述医生工作站， 用于接收医生依据所述患者的音视频信息和中医体征信息做 出的该患者的诊疗信息， 并发送至所述智能终端；
[0012] 所述智能终端还用于接收所述医生工作站发送的该患者的诊疗信息， 并在诊疗 结果显示界面显示。
[0013] 优选地， 所述智能终端还用于对患者的音视频信息和中医体征信息进行加密， 以及将加密后的患者的音视频信息和中医体征信息发送至所述医生工作站。
[0014] 优选地， 所述医生工作站还用于对患者的音视频信息和中医体征信息进行解密
[0015] 优选地， 所述交互式远程中医辅助诊疗信息系统还包括打印装置， 所述智能终 端通过通信网络与所述打印装置通信连接，
[0016] 所述智能终端还用于依据该患者的诊疗信息生成诊疗结果表格并发送至所述打 印装置打印；
[0017] 所述打印装置， 用于打印所述诊疗结果表格。
[0018] 优选地， 所述中医体征信息包括舌诊信息、 脉诊信息、 面诊信息。 [0019] 本发明还提供了运行于交互式远程中医辅助诊疗信息交互方法， 运行于交互式 远程中医辅助诊疗信息系统中， 所述交互式远程中医辅助诊疗信息系统包括智 能终端、 中医体征采集设备、 远程医疗服务器、 医生工作站， 所述智能终端通 过通信网络与中医体征采集设备通信连接， 所述智能终端还通过通信网络与远 程医疗服务器通信连接， 所述远程医疗服务器还通过通信网络与医生工作站通 信连接， 所述交互式远程中医辅助诊疗信息交互方法包括步骤：
[0020] 智能终端接收患者的账户信息， 并在验证患者的账户信息正确后登录， 以及发 送远程医疗请求至所述远程医疗服务器；
[0021] 远程医疗服务器接收该远程医疗请求并査询所有医生工作站， 选择工作状态为 空闲的其中一个医生工作站将其分配给所述智能终端；
[0022] 智能终端与所述远程医疗服务器所分配的医生工作站建立通信连接， 并接收所 述医生工作站发送的接受诊疗信息；
[0023] 智能终端采集患者的音视频信息以及接收中医体征采集设备采集的患者的中医 体征信息， 并将所述患者的音视频信息和中医体征信息发送至所述医生工作站
[0024] 医生工作站将医生的音视频信息发送至所述智能终端；
[0025] 智能终端接收所述医生工作站发送的医生的音视频信息； 以及将接收的医生的 音视频信息通过智能终端播出；
[0026] 医生工作站接收医生依据所述患者的音视频信息和中医体征信息做出的该患者 的诊疗信息， 并发送至所述智能终端；
[0027] 智能终端接收所述医生工作站发送的该患者的诊疗信息， 并在诊疗结果显示界 面显示。
[0028] 优选地， 智能终端采集患者的音视频信息以及接收中医体征采集设备采集的患 者的中医体征信息后， 还对患者的音视频信息和中医体征信息进行加密， 以及 将加密后的患者的音视频信息和中医体征信息发送至所述医生工作站。
[0029] 优选地， 所述交互式远程中医辅助诊疗信息交互方法还包括步骤：
[0030] 医生工作站对患者的音视频信息和中医体征信息进行解密。
[0031] 优选地， 所述交互式远程中医辅助诊疗信息系统还包括打印装置， 所述智能终 端通过通信网络与所述打印装置通信连接， 所述交互式远程中医辅助诊疗信息 交互方法还包括步骤：
[0032] 智能终端依据该患者的诊疗信息生成诊疗结果表格并发送至所述打印装置打印 [0033] 打印装置打印所述诊疗结果表格。
[0034] 优选地， 所述中医体征信息包括舌诊信息、 脉诊信息、 面诊信息。
发明的有益效果
有益效果
[0035] 相较于现有技术， 本发明实施例通过与远程医疗服务器所分配的医生工作站建 立通信连接， 获取患者的音视频信息和中医体征信息发送至所述医生工作站， 医生工作站的医生依据患者的音视频信息和中医体征信息对患者做出诊疗信息 ， 提高了远程中医诊疗的准确性， 提升患者体验。
对附图的简要说明
附图说明
[0036] 图 1是本发明交互式远程中医辅助诊疗信息系统优选实施例的结构示意图； [0037] 图 2是本发明交互式远程中医辅助诊疗信息交互方法优选实施例的流程图； [0038] 图 3是本发明交互式远程中医辅助诊疗信息交互方法另一优选实施例的流程图
[0039] 本发明目的的实现、 功能特点及优点将结合实施例， 参照附图做进一步说明。
实施该发明的最佳实施例
本发明的最佳实施方式
[0040] 为更进一步阐述本发明为达成预定发明目的所采取的技术手段及功效， 以下结 合附图及较佳实施例， 对本发明的具体实施方式、 结构、 特征及其功效， 详细 说明如下。 应当理解， 此处所描述的具体实施例仅仅用以解释本发明， 并不用 于限定本发明。
[0041] 参照图 1所示， 图 1是本发明交互式远程中医辅助诊疗信息系统优选实施例的结 构示意图。 在本实施例中， 所述交互式远程中医辅助诊疗信息系统 10包括智能 终端 1、 中医体征采集设备 3、 远程医疗服务器 4、 医生工作站 5。 所述智能终端 1 的数量可以为一个或多个。 所述智能终端 1通过通信网络 2与中医体征采集设备 3 通信连接， 所述智能终端 1还通过通信网络 2与远程医疗服务器 4通信连接， 所述 远程医疗服务器 4还通过通信网络 2与医生工作站 5通信连接。
[0042] 所述智能终端 1包括但不限于显示屏、 处理器、 存储器、 语音收集器、 语音播 放器、 摄像头等， 用于发送远程医疗请求至所述远程医疗服务器 4， 以及采集患 者的音视频信息以及接收中医体征采集设备 3采集的患者的中医体征信息， 并将 所述患者的音视频信息和中医体征信息发送至所述医生工作站 5。 所述智能终端 1还包括有线通信接口或无线通信接口， 用于供智能终端 1与中医体征采集设备 3 、 远程医疗服务器 4、 医生工作站 5进行数据通信， 所述中医体征采集设备 3可以 将采集到的中医体征信息通过通信网络 2发送至智能终端 1， 所述远程医疗服务 器 4可以在接收到患者的远程医疗请求吋为患者分配医生工作站 5， 所述医生工 作站 5接受诊疗， 并依据接收的患者的音视频信息和患者的中医体征信息做出诊 疗信息。
[0043] 所述通信网络 2可以是有线通信网络或无线通信网络。 在本实施例中， 所述通 信网络 2优选为无线通信网络， 包括但不限于， GSM网络、 GPRS网络、 CDMA 网络、 TD-SCDMA网络、 WiMAX网络、 TD-LTE网络、 FDD-LTE网络等无线传 输网络。
[0044] 所述中医体征采集设备 3可以是为采集中医体征的设备， 例如： 脉搏仪、 面诊 仪、 舌诊仪。 在本实施例中， 所述中医体征采集设备 3优选为中医四诊仪。
[0045] 所述远程医疗服务器 4可以为云服务器， 通过通信网络与智能终端 1和医生工作 站 5连接。
[0046] 所述医生工作站 5为设置于医院或者医疗管理机构中的一台服务器、 电脑。 所 述医生工作站 5可以为多个。
[0047] 在本实施例中， 所述智能终端 1包括， 但不仅限于， 通信单元、 存储单元及处 理单元。
[0048] 所述通信单元为一种具有远程无线通讯功能的无线通讯接口， 例如， 支持 GSM 、 GPRS、 WCDMA、 CDMA、 TD-SCDMA、 WiMAX、 TD-LTE、 FDD-LTE等通 讯技术的通讯接口。
[0049] 所述存储单元可以为一种只读存储单元 ROM, 电可擦写存储单元 EEPROM、 快闪存储单元 FLASH或固体硬盘等。
[0050] 所述的处理单元可以为一种中央处理器 （Central Processing Unit, CPU) 、 微 控制器 （MCU) 、 数据处理芯片、 或者具有数据处理功能的信息处理单元。
[0051] 作为本发明的优选实施例， 所述智能终端 1， 用于接收患者的账户信息， 并在 验证患者的账户信息正确后登录， 以及发送远程医疗请求至所述远程医疗服务 器 4。 所述智能终端 1用于获取患者的账户信息。 所述患者的账户信息包括但不 限于患者的姓名、 身份证号码和登录密码。 所述患者的账户信息还可以包括患 者的出生日期、 性别、 社保账号等。 若患者第一次使用交互式远程中医辅助诊 疗信息系统 10， 则智能终端 1接收患者在患者注册信息采集界面输入的患者的账 户信息， 创建患者账户。 患者注册信息采集界面显示患者的账户信息输入栏， 患者在账户信息输入栏输入相应的信息并确认后， 所述智能终端 1为患者创建账 户。 如果患者已经在交互式远程中医辅助诊疗信息系统 10中注册， 则只需根据 之前创建的患者的账户信息在患者登录信息采集界面登录即可。 本实施例中， 所有界面都是由所述交互式远程中医辅助诊疗信息系统 10产生并显示在智能终 端 1上供患者输入患者信息的图形用户界面 （GUI) 。 所述智能终端 1还用于在验 证患者的账户信息正确后发送远程医疗请求至远程医疗服务器 4。
[0052] 所述远程医疗服务器 4用于接收该远程医疗请求并査询所有医生工作站 5， 选择 工作状态为空闲的其中一个医生工作站将 5其分配给所述智能终端 1。 所述远程 医疗请求中包含患者的账户信息和智能终端 1的 IP地址。 所述远程医疗服务器 4接 收该请求并査询通过通信网络 2连接的多个医生工作站 5， 选择工作状态为空闲 的其中一个医生工作站 5将其分配给所述智能终端 1。 所述远程医疗服务器 4将所 述智能终端 1的 IP地址发送给该医生工作站 5， 并获取该医生工作站 5的 ID和 IP地 址。 当所述远程医疗服务器 4连接的所有医生工作站 5的工作状态全部为忙碌吋 ， 所述远程医疗服务器 4发送等待消息至所述智能终端 1， 并在有医生工作站 5的 工作状态为空闲将其分配给所述智能终端 1。
[0053] 所述智能终端 1还用于与所述远程医疗服务器 4所分配的医生工作站 5建立通信 连接， 并接收所述医生工作站 5发送的接受诊疗信息。 所述远程医疗服务器 4将 分配给所述智能终端 1的医生工作站 5的 ID和 IP地址发送给所述智能终端 1， 所述 智能终端 1依据所述医生工作站 5的 ID和 IP地址向所述医生工作站 5发起连接请求 ， 在所述医生工作站 5通过连接请求后， 与所述医生工作站 5建立通信连接。 所 述医生工作站 5在与所述智能终端 1建立通信连接成功后， 发送接受诊疗信息给 所述智能终端 1， 所述智能终端 1接收所述医生工作站 5发送的接受诊疗信息。
[0054] 所述智能终端 1还用于采集患者的音视频信息以及接收中医体征采集设备 3采集 的患者的中医体征信息， 并将所述患者的音视频信息和中医体征信息发送至所 述医生工作站 5。 患者通过语音和视频向医生工作站 5的医生描述症状， 所述智 能终端 1采集患者的音视频信息。 所述症状包括但不限于既往病史和生理表现。 所述既往病史可以为患者曾经患过的疾病， 例如糖尿病、 心脏病、 癌症等。 所 述生理表现可以为病症表现、 睡眠情况、 冷热耐受情况、 饮食情况、 疼痛情况 和排便情况等。
[0055] 所述智能终端 1还用于接收中医体征采集设备 3采集的患者的中医体征信息。 所 述中医体征信息包括舌诊信息、 脉诊信息、 面诊信息。 所述舌诊信息可以是中 医体征采集设备 3采集的患者的舌部图像， 也可以是中医体征采集设备 3对采集 的患者的舌部图像的分析结果。 所述脉诊信息可以是中医体征采集设备 3采集的 患者脉搏波形， 也可以是中医体征采集设备 3对采集的患者脉搏波形的分析结果 。 所述面诊信息可以是中医体征采集设备 3采集的患者的面部图像， 所述面诊信 息还可以是中医体征采集设备 3采集的患者的面部图像的分析结果。 所述中医体 征采集设备 3在采集了患者的中医体征信息后传输给所述智能终端 1。 所述智能 终端 1将患者的音视频信息和中医体征信息发送至所述医生工作站 5。
[0056] 所述医生工作站 5还用于将医生的音视频信息发送至所述智能终端 1。 所述医生 工作站 5的医生依据接收到的患者的音视频信息和中医体征信息对患者的疾病做 出分析， 并通过语音、 视频与患者进行交互， 所述医生工作站 5采集医生的音视 频信息发送至所述智能终端 1。
[0057] 所述智能终端 1还用于接收所述医生工作站 5发送的医生的音视频信息， 以及将 接收的医生的音视频信息通过智能终 1播出， 便于患者与所述医生工作站 5的医 生交互。
[0058] 所述医生工作站 5， 用于接收医生依据所述患者的音视频信息和中医体征信息 做出的该患者的诊疗信息， 并发送至所述智能终端 1。 所述医生工作站 5的医生 依据接收到的患者的音视频信息和中医体征信息对患者的疾病做出诊断， 并填 写诊疗信息发送至所述智能终端 1。 所述诊疗信息包括但不限于诊断结果、 用药 信息和医嘱。
[0059] 所述智能终端 1还用于接收所述医生工作站 5发送的该患者的诊疗信息， 并在诊 疗结果显示界面显示。
[0060] 作为本发明的优选实施例， 所述交互式远程中医辅助诊疗信息系统 10还包括打 印装置 6， 所述智能终端 1通过通信网络 2与所述打印装置 6通信连接：
[0061] 所述智能终端 1还用于依据该患者的诊疗信息生成诊疗结果表格并发送至所述 打印装置 6打印。 所述智能终端 1用于依据该患者的诊疗信息生成诊疗结果表格 并发送至打印装置 6打印。 当患者触发所述智能终端 1诊疗结果显示界面上的"打 印"按钮吋， 所述智能终端 1依据该患者的诊疗信息生成诊疗结果表格并发送至打 印装置 6打印。 所述诊疗结果表格的格式预设于所述智能终端 1中。
[0062] 所述打印装置 6， 用于打印所述诊疗结果表格。
[0063] 作为本发明的优选实施例， 所述交互式远程中医辅助诊疗信息系统 10的所述智 能终端 1还用于对患者的音视频信息和中医体征信息进行加密， 以及将加密后的 患者的音视频信息和中医体征信息发送至所述医生工作站 5。 所述智能终端 1通 过加密算法对患者的音视频信息和中医体征信息进行加密， 所述加密算法可以 为对称性加密算法和非对称性加密算法。 所述加密算法预设于所述智能终端 1中 。 所述智能终端 1还用于将加密后的患者的音视频信息和中医体征信息发送至所 述医生工作站 5。
[0064] 所述医生工作站 5还用于对患者的音视频信息和中医体征信息进行解密。 所述 医生工作站 5还通过解密算法对接收的患者的音视频信息和中医体征信息进行解 密， 所述解密算法可以为对称性解密算法和非对称性解密算法。 所述解密算法 预设于所述医生工作站 5中。 所述加密算法和解密算法配对使用。
[0065] 相较于现有技术， 本发明实施例通过与远程医疗服务器所分配的医生工作站建 立通信连接， 获取患者的音视频信息和中医体征信息发送至所述医生工作站， 医生工作站的医生依据患者的音视频信息和中医体征信息对患者做出诊疗信息 ， 提高了远程中医诊疗的准确性， 提升患者体验。
[0066] 参照图 2所示， 是本发明交互式远程中医辅助诊疗信息交互方法的优选实施例 的流程图。 在本实施例中， 所述交互式远程中医辅助诊疗信息交互方法应用于 交互式远程中医辅助诊疗信息系统 10中， 所述交互式远程中医辅助诊疗信息系 统 10包括智能终端 1、 中医体征采集设备 3、 远程医疗服务器 4、 医生工作站 5， 所述智能终端 1通过通信网络 2与中医体征采集设备 3通信连接， 所述智能终端 1 还通过通信网络 2与远程医疗服务器 4通信连接， 所述远程医疗服务器还通过通 信网络 2与医生工作站 5通信连接。 结合图 1所示， 该方法包括以下步骤：
[0067] 步骤 Sl l， 所述智能终端 1接收患者的账户信息， 并在验证患者的账户信息正确 后登录， 以及发送远程医疗请求至所述远程医疗服务器 4。 作为本发明的优选实 施例， 所述智能终端 1用于获取患者的账户信息。 所述患者的账户信息包括但不 限于患者的姓名、 身份证号码和登录密码。 所述患者的账户信息还可以包括患 者的出生日期、 性别、 社保账号等。 若患者第一次使用交互式远程中医辅助诊 疗信息系统 10， 则智能终端 1接收患者在患者注册信息采集界面输入的患者的账 户信息， 创建患者账户。 患者注册信息采集界面显示患者的账户信息输入栏， 患者在账户信息输入栏输入相应的信息并确认后， 所述智能终端 1为患者创建账 户。 如果患者已经在交互式远程中医辅助诊疗信息系统 10中注册， 则只需根据 之前创建的患者的账户信息在患者登录信息采集界面登录即可。 本实施例中， 所有界面都是由所述交互式远程中医辅助诊疗信息系统 10产生并显示在智能终 端 1上供患者输入患者信息的图形用户界面 （GUI) 。 所述智能终端 1还用于在验 证患者的账户信息正确后发送远程医疗请求至远程医疗服务器 4。
[0068] 步骤 S12， 所述远程医疗服务器 4接收该远程医疗请求并査询所有医生工作站 5 ， 选择工作状态为空闲的其中一个医生工作站将 5其分配给所述智能终端 1。 所 述远程医疗请求中包含患者的账户信息和智能终端 1的 IP地址。 所述远程医疗服 务器 4接收该请求并査询通过通信网络 2连接的多个医生工作站 5， 选择工作状态 为空闲的其中一个医生工作站 5将其分配给所述智能终端 1。 所述远程医疗服务 器 4将所述智能终端 1的 IP地址发送给该医生工作站 5， 并获取该医生工作站 5的 ID 和 IP地址。 当所述远程医疗服务器 4连接的所有医生工作站 5的工作状态全部为忙 碌吋， 所述远程医疗服务器 4发送等待消息至所述智能终端 1， 并在有医生工作 站 5的工作状态为空闲将其分配给所述智能终端 1。
[0069] 步骤 S13， 所述智能终端 1与所述远程医疗服务器 4所分配的医生工作站 5建立通 信连接， 并接收所述医生工作站 5发送的接受诊疗信息。 所述远程医疗服务器 4 将分配给所述智能终端 1的医生工作站 5的 ID和 IP地址发送给所述智能终端 1， 所 述智能终端 1依据所述医生工作站 5的 ID和 IP地址向所述医生工作站 5发起连接请 求， 在所述医生工作站 5通过连接请求后， 与所述医生工作站 5建立通信连接。 所述医生工作站 5在与所述智能终端 1建立通信连接成功后， 发送接受诊疗信息 给所述智能终端 1， 所述智能终端 1接收所述医生工作站 5发送的接受诊疗信息。
[0070] 步骤 S14， 所述智能终端 1采集患者的音视频信息以及接收中医体征采集设备 3 采集的患者的中医体征信息， 并将所述患者的音视频信息和中医体征信息发送 至所述医生工作站 5。 患者通过语音和视频向医生工作站 5的医生描述症状， 所 述智能终端 1采集患者的音视频信息。 所述症状包括但不限于既往病史和生理表 现。 所述既往病史可以为患者曾经患过的疾病， 例如糖尿病、 心脏病、 癌症等 。 所述生理表现可以为病症表现、 睡眠情况、 冷热耐受情况、 饮食情况、 疼痛 情况和排便情况等。
[0071] 所述智能终端 1还用于接收中医体征采集设备 3采集的患者的中医体征信息。 所 述中医体征信息包括舌诊信息、 脉诊信息、 面诊信息。 所述舌诊信息可以是中 医体征采集设备 3采集的患者的舌部图像， 也可以是中医体征采集设备 3对采集 的患者的舌部图像的分析结果。 所述脉诊信息可以是中医体征采集设备 3采集的 患者脉搏波形， 也可以是中医体征采集设备 3对采集的患者脉搏波形的分析结果 。 所述面诊信息可以是中医体征采集设备 3采集的患者的面部图像， 所述面诊信 息还可以是中医体征采集设备 3采集的患者的面部图像的分析结果。 所述中医体 征采集设备 3在采集了患者的中医体征信息后传输给所述智能终端 1。 所述智能 终端 1将患者的音视频信息和中医体征信息发送至所述医生工作站 5。
[0072] 步骤 S15， 所述医生工作站 5将医生的音视频信息发送至所述智能终端 1。 所述 医生工作站 5的医生依据接收到的患者的音视频信息和中医体征信息对患者的疾 病做出分析， 并通过语音、 视频与患者进行交互， 所述医生工作站 5采集医生的 音视频信息发送至所述智能终端 1。
[0073] 步骤 S16， 所述智能终端 1接收所述医生工作站 5发送的医生的音视频信息， 以 及将接收的医生的音视频信息通过智能终 1播出， 便于患者与所述医生工作站 5 的医生交互。
[0074] 步骤 S17， 所述医生工作站 5接收医生依据所述患者的音视频信息和中医体征信 息做出的该患者的诊疗信息， 并发送至所述智能终端 1。 所述医生工作站 5的医 生依据接收到的患者的音视频信息和中医体征信息对患者的疾病做出诊断， 并 填写诊疗信息发送至所述智能终端 1。 所述诊疗信息包括但不限于诊断结果、 用 药信息和医嘱。
[0075] 步骤 S18， 所述智能终端 1还接收所述医生工作站 5发送的该患者的诊疗信息， 并在诊疗结果显示界面显示。
[0076] 作为本发明的优选实施例， 所述交互式远程中医辅助诊疗信息系统 10还包括打 印装置 6， 所述智能终端 1通过通信网络 2与所述打印装置 6通信连接， 本发明交 互式远程中医辅助诊疗信息交互方法还包括步骤：
[0077] 步骤 S19， 所述智能终端 1依据该患者的诊疗信息生成诊疗结果表格并发送至所 述打印装置 6打印。 所述智能终端 1用于依据该患者的诊疗信息生成诊疗结果表 格并发送至打印装置 6打印。 当患者触发所述智能终端 1诊疗结果显示界面上的" 打印"按钮吋， 所述智能终端 1依据该患者的诊疗信息生成诊疗结果表格并发送至 打印装置 6打印。 所述诊疗结果表格的格式预设于所述智能终端 1中。
[0078] 步骤 S20， 所述打印装置 6打印所述诊疗结果表格。
[0079] 参照图 3所示， 图 3是本发明交互式远程中医辅助诊疗方法的另一优选实施例的 流程图。 本实施例相较于上一实施例， 本发明所述交互式远程中医辅助诊疗信 息系统 10还用步骤 S14'替代步骤 S14:
[0080] 步骤 S14'， 智能终端 1采集患者的音视频信息以及接收中医体征采集设备采集 的患者的中医体征信息后， 对患者的音视频信息和中医体征信息进行加密， 以 及将加密后的患者的音视频信息和中医体征信息发送至所述医生工作站 5。 所述 智能终端 1采集患者的音视频信息以及接收中医体征采集设备采集的患者的中医 体征信息的步骤已在步骤 S14中详述， 在此不再赘述。 所述智能终端 1对患者的 音视频信息和中医体征信息进行加密， 即所述智能终端 1通过加密算法对患者的 音视频信息和中医体征信息进行加密， 所述加密算法可以为对称性加密算法和 非对称性加密算法。 所述加密算法预设于所述智能终端 1中。 所述智能终端 1将 加密后的患者的音视频信息和中医体征信息发送至所述医生工作站 5。
[0081] 本实施例相较于上一实施例， 本发明交互式远程中医辅助诊疗信息交互方法还 包括：
[0082] 步骤 S21， 所述医生工作站 5对患者的音视频信息和中医体征信息进行解密。 所 述医生工作站 5还通过解密算法对接收的患者的音视频信息和中医体征信息进行 解密， 所述解密算法可以为对称性解密算法和非对称性解密算法。 所述解密算 法预设于所述医生工作站 5中。 所述加密算法和解密算法配对使用。
[0083] 相较于现有技术， 本发明实施例通过与远程医疗服务器所分配的医生工作站建 立通信连接， 获取患者的音视频信息和中医体征信息发送至所述医生工作站， 医生工作站的医生依据患者的音视频信息和中医体征信息对患者做出诊疗信息 ， 提高了远程中医诊疗的准确性， 提升患者体验。
[0084] 应当理解， 本发明实施例中的步骤的执行先后顺序不做限定， 依据患者的实际 交互情况执行。
[0085] 以上仅为本发明的优选实施例， 并非因此限制本发明的专利范围， 凡是利用本 发明说明书及附图内容所作的等效结构或等效流程变换， 或直接或间接运用在 其他相关的技术领域， 均同理包括在本发明的专利保护范围内。
工业实用性
[0086] 相较于现有技术， 本发明实施例通过与远程医疗服务器所分配的医生工作站建 立通信连接， 获取患者的音视频信息和中医体征信息发送至所述医生工作站， 医生工作站的医生依据患者的音视频信息和中医体征信息对患者做出诊疗信息 ， 提高了远程中医诊疗的准确性， 提升患者体验。

Claims

权利要求书
[权利要求 1] 一种交互式远程中医辅助诊疗信息系统， 包括智能终端、 中医体征采 集设备、 远程医疗服务器、 医生工作站， 所述智能终端通过通信网络 与中医体征采集设备通信连接， 所述智能终端还通过通信网络与远程 医疗服务器通信连接， 所述远程医疗服务器还通过通信网络与医生工 作站通信连接， 其特征在于： 所述智能终端， 用于接收患者的账户信 息， 并在验证患者的账户信息正确后发送远程医疗请求至所述远程医 疗服务器； 所述远程医疗服务器， 用于接收该远程医疗请求并査询所 有医生工作站， 选择工作状态为空闲的其中一个医生工作站将其分配 给所述智能终端； 所述智能终端还用于与所述远程医疗服务器所分配 的医生工作站建立通信连接， 并接收所述医生工作站发送的接受诊疗 信息； 所述智能终端还用于采集患者的音视频信息以及接收中医体征 采集设备采集的患者的中医体征信息， 并将所述患者的音视频信息和 中医体征信息发送至所述医生工作站； 所述医生工作站还用于将医生 的音视频信息发送至所述智能终端； 所述智能终端还用于接收所述医 生工作站发送的医生的音视频信息； 以及将接收的医生的音视频信息 通过智能终端播出； 所述医生工作站， 用于接收医生依据所述患者的 音视频信息和中医体征信息做出的该患者的诊疗信息， 并发送至所述 智能终端； 所述智能终端还用于接收所述医生工作站发送的该患者的 诊疗信息， 并在诊疗结果显示界面显示。
[权利要求 2] 如权利要求 1所述的交互式远程中医辅助诊疗信息系统， 其特征在于
， 所述智能终端还用于对患者的音视频信息和中医体征信息进行加 密， 以及将加密后的患者的音视频信息和中医体征信息发送至所述医 生工作站。
[权利要求 3] 如权利要求 2所述的交互式远程中医辅助诊疗信息系统， 其特征在于
， 所述医生工作站还用于对患者的音视频信息和中医体征信息 进行解密。
[权利要求 4] 如权利要求 1-3任一项所述的交互式远程中医辅助诊疗信息系统， 所 述交互式远程中医辅助诊疗信息系统还包括打印装置， 所述智能终端 通过通信网络与所述打印装置通信连接， 其特征在于： 所述智能终端 还用于依据该患者的诊疗信息生成诊疗结果表格并发送至所述打印装 置打印； 所述打印装置， 用于打印所述诊疗结果表格。
[权利要求 5] 如权利要求 4所述的交互式远程中医辅助诊疗信息系统， 其特征在于
， 所述中医体征信息包括舌诊信息、 脉诊信息、 面诊信息。
[权利要求 6] —种交互式远程中医辅助诊疗信息交互方法， 运行于交互式远程中医 辅助诊疗信息系统中， 所述交互式远程中医辅助诊疗信息系统包括智 能终端、 中医体征采集设备、 远程医疗服务器、 医生工作站， 所述智 能终端通过通信网络与中医体征采集设备通信连接， 所述智能终端还 通过通信网络与远程医疗服务器通信连接， 所述远程医疗服务器还通 过通信网络与医生工作站通信连接， 其特征在于， 所述交互式远程中 医辅助诊疗信息交互方法包括步骤： 智能终端接收患者的账户信息， 并在验证患者的账户信息正确后登录， 以及发送远程医疗请求至所述 远程医疗服务器； 远程医疗服务器接收该远程医疗请求并査询所有 医生工作站， 选择工作状态为空闲的其中一个医生工作站将其分配给 所述智能终端； 智能终端与所述远程医疗服务器所分配的医生工作站 建立通信连接， 并接收所述医生工作站发送的接受诊疗信息； 智能终 端采集患者的音视频信息以及接收中医体征采集设备采集的患者的中 医体征信息， 并将所述患者的音视频信息和中医体征信息发送至所述 医生工作站； 医生工作站将医生的音视频信息发送至所述智能终端； 智能终端接收所述医生工作站发送的医生的音视频信息； 以及将接收 的医生的音视频信息通过智能终端播出； 医生工作站接收医生依据所 述患者的音视频信息和中医体征信息做出的该患者的诊疗信息， 并发 送至所述智能终端； 智能终端接收所述医生工作站发送的该患者的诊 疗信息， 并在诊疗结果显示界面显示。
[权利要求 7] 如权利要求 6所述的交互式远程中医辅助诊疗信息交互方法， 其特征 在于， 智能终端采集患者的音视频信息以及接收中医体征采集设备采 集的患者的中医体征信息后， 还对患者的音视频信息和中医体征信息 进行加密， 以及将加密后的患者的音视频信息和中医体征信息发送至 所述医生工作站。
[权利要求 8] 如权利要求 7所述的交互式远程中医辅助诊疗信息交互方法， 其特征 在于， 所述交互式远程中医辅助诊疗信息交互方法还包括步骤： 医生 工作站对患者的音视频信息和中医体征信息进行解密。
[权利要求 9] 如权利要求 6-8任一项所述的交互式远程中医辅助诊疗信息交互方法
， 其特征在于， 所述交互式远程中医辅助诊疗信息系统还包括打印装 置， 所述智能终端通过通信网络与所述打印装置通信连接， 所述交互 式远程中医辅助诊疗信息交互方法还包括步骤： 智能终端依据该患者 的诊疗信息生成诊疗结果表格并发送至所述打印装置打印； 打印装置 打印所述诊疗结果表格。
[权利要求 10] 如权利要求 9所述的交互式远程中医辅助诊疗信息交互方法， 其特征 在于， 所述中医体征信息包括舌诊信息、 脉诊信息、 面诊信息。
PCT/CN2017/110475 2017-09-08 2017-11-10 交互式远程中医辅助诊疗信息系统及其信息交互方法 WO2019047364A1 (zh)

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