WO2017061658A1

WO2017061658A1 - Remote medical information communication method and system using mobile communication terminal

Info

Publication number: WO2017061658A1
Application number: PCT/KR2015/012195
Authority: WO
Inventors: 정진식
Original assignee: 정진식
Priority date: 2015-10-08
Filing date: 2015-11-13
Publication date: 2017-04-13
Also published as: KR20170041987A

Abstract

In order to provide a medical consultation service in real time without temporal and spatial restrictions and improve the accuracy of information exchange and communication during a medical consultation process, the present invention provides a remote medical information communication method using a mobile communication terminal, the method comprising: a first step in which a 3D symptom-inputted human body model corresponding to consultation recipient data is output, when a consultation request mode is activated on a consultation recipient terminal connected to a base server and a network; a second step in which the symptom location and symptom data on the output 3D symptom-inputted human body model are input, and 3D coordinates of the symptom location are calculated; a third step in which a consultant terminal connected to the base server and the network is matched to the consultation recipient terminal, and the consultation recipient data and the 3D coordinates, and the symptom data are transmitted to the matched consultant terminal; and a fourth step in which a 3D symptom-outputting human body model corresponding to the consultation recipient data is outputted to the matched consultant terminal, and the symptom location is restored and displayed on the output 3D symptom-outputting human body model according to the 3D coordinates.

Description

Telemedicine information communication method and system using mobile communication terminal

The present invention relates to a method and a system for remote medical information communication, and more particularly, to a method and a system for remote medical information communication using a mobile communication terminal which improves the accuracy of information exchange and communication in a remote medical consultation process.

With the development of modern medicine, the quality of medical services has been improved due to the accumulation of scientific and systematic information on the human body and diseases, and the benefits have been popularized and the overall national health level has been greatly improved. In addition, advances in information and communication have made information retrieval and real-time remote communication popular through the Internet.

As a result of the development of information and communication and the improvement of medical standards, even if the patient does not visit the hospital directly, the remote medical consultations of the early stages of receiving counseling or consulting about the symptoms of the disease through the Internet are now performed. have. By developing technologies to advance early-stage telemedicine services, which are now at their basic level, they can increase the level of health care services and expand their coverage more efficiently.

On the other hand, the first subjective information from a patient in the process of doctors diagnosing, prescribing and treating a disease is the starting point of medical practice, which is the most important determinant in the process of accurate and proper treatment.

However, in medical consultations using the Internet, it is not usually a reliable exchange of information such as specific and authentic body position as in actual face-to-face consultation, but only general questions and answers of general illnesses are performed.

In other words, the initial accurate and detailed diagnosis based on the detailed symptoms is the most important factor in the entire treatment process, but in the existing medical consultation through the Internet, only fragmentary questions are exchanged with each other. For this reason, there is a problem that only general and general counseling is possible due to inaccurate and abstract communication such as description of the condition depending on the patient's intuition and the patient's own background knowledge.

Accordingly, it was difficult for a counselor, such as a doctor, to make a medical judgment such as selection and treatment of a test method linked to accurate diagnosis and diagnosis. For this reason, there was a fear that excessive time and money in the diagnosis process due to overtest or misdiagnosis, or the early detection of the disease may be missed, causing the worsening of the disease.

In order to solve the above problems, the present invention is to provide a remote medical information communication method and system using a mobile communication terminal that improves the accuracy of information exchange and communication in real time without limitation of time and place.

In order to solve the above problems, the present invention provides a first step of outputting a three-dimensional symptom input human body model corresponding to the consultant data when the consultation request mode of the consultant terminal connected to the base server network is activated; A second step in which a symptom location and symptom data are input to the output three-dimensional symptom input human model, and three-dimensional coordinates of the symptom location are calculated; A third step of matching a counselor terminal network connected to the base server with the counselor terminal, wherein the counselor data, the three-dimensional coordinates, and the symptom data are transmitted to the matched counselor terminal; And a fourth step of outputting a 3D symptom output human body model corresponding to the consultant data to the matched counselor terminal, and restoring and displaying the symptom position on the output 3D symptom output human model according to the 3D coordinates. It provides a remote medical information communication method using a mobile communication terminal comprising.

Telemedicine information communication method and system using a mobile communication terminal of the present invention provides the following effects through the above solution means.

First, as the client terminal and the counselor terminal are network-connected and matched through the base server, medical counseling without limitation of the position and counseling time of the counselor may be provided. Through this, access to the service is improved, thereby preventing the worsening of the condition and enabling the consultation without burden for the mild symptoms, thereby improving the efficiency and convenience of the medical service.

Second, as the 3D symptom input human body model of the counselor terminal and the 3D symptom output human body model of the counselor terminal share the same coordinate system, the symptom location input to the counselor terminal is extracted as 3D coordinates and the counselor terminal Can be displayed correctly in the restoration. Through this, the reliability and safety of the consultation can be improved through the accurate delivery of the symptom location.

Third, the 3D symptom input human body model is set through modeling parameters set according to the sex, weight, height, age, etc. of the counselor data, and the direction and size of the 3D symptom input human body model output according to the physical characteristics of the counselor are touched. According to the conversion display, the location of the symptom of the consultant can be input precisely and accurately.

Figure 1a and 1b is a block diagram showing a remote medical information communication system using a mobile communication terminal according to an embodiment of the present invention.

2 is a flow chart showing a method for remote medical information communication using a mobile communication terminal according to an embodiment of the present invention.

Figure 3 is an exemplary view showing the output process of the three-dimensional symptom input human model in the remote medical information communication method using a mobile communication terminal according to an embodiment of the present invention.

4A, 4B and 4C are exemplary views illustrating a procedure of inputting symptom data using a three-dimensional symptom input human body model in a remote medical information communication method using a mobile communication terminal according to an embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a method and system for remote medical information communication using a mobile communication terminal according to an embodiment of the present invention.

1A and 1B are block diagrams illustrating a remote medical information communication system using a mobile communication terminal according to an embodiment of the present invention, and FIG. 2 is a remote medical information communication using a mobile communication terminal according to an embodiment of the present invention. 3 is an exemplary view illustrating a process of outputting a 3D symptom input human model in a remote medical information communication method using a mobile communication terminal according to an embodiment of the present invention, and FIGS. 4A, 4B and FIG. 4c is an exemplary diagram illustrating a procedure of inputting symptom data using a 3D symptom input human body model in a remote medical information communication method using a mobile communication terminal according to an embodiment of the present invention.

As shown in FIGS. 1A to 4C, the telemedicine information communication system 100 using the mobile communication terminal includes a counselor terminal 10, a counselor terminal 20, and a base server 30.

Here, the mobile communication terminal refers to a device that can be portable, such as a smartphone, PDA, notebook computer, etc., but can be connected to the network using wired or wireless communication. Of course, the counselor terminal 10 and the counselor terminal 20 may be provided as the mobile communication terminal.

On the other hand, the client terminal 10 outputs a three-dimensional symptom input human body model 6 corresponding to the client data. The symptom location and symptom data are input to the output three-dimensional symptom input human body model 6, and three-dimensional coordinates of the input symptom position are calculated. In this case, the symptom data refers to text data describing details of symptoms corresponding to the symptom location, and may be stored in match with the calculated 3D coordinates.

The counselor terminal 20 receives the counselor data, the 3D coordinates, and the symptom data from the counselor terminal 10. The 3D symptom output human body model is output according to the consultant data, and the symptom position is restored and displayed on the output 3D symptom output human body model according to the 3D coordinates.

Here, the three-dimensional symptom output human body model is provided to have the same coordinate system as the three-dimensional symptom input human body model 6 that is output to the patient terminal 10. The symptom location may be restored and displayed at the same location as the client terminal 10 through the received 3D coordinates. In this case, it is preferable that the symptom data matching the three-dimensional coordinates is displayed at each symptom position.

In addition, the base server 30 matches the counselor terminal 10 with the counselor terminal 20 connected to a network. In this case, the matched counselor terminal 10 and the counselor terminal 20 may be connected through a wired call, a text message, a chat service, and the like.

For example, when the counseling request is received from the counselor terminal 10, the base server 30 searches for a counselor terminal 20 capable of counseling according to the time at which the reception is made. In this case, it is preferable that the counselor terminal 20 refers to a mobile communication terminal such as a on-call doctor of a hospital registered in the base server 30.

In addition, the base server 30 may transmit a message indicating that a consultation request has been received to the counselor terminal 20. When the response to the transmitted message is received, the base server 30 matches the counselor terminal 10.

In detail, referring to FIG. 1B, the patient terminal 10 includes a display unit 1, a touch sensing unit 2, a storage unit 5, a three-dimensional coordinate calculation unit 3, and a communication unit 4. .

Here, the display unit 1 is provided with an LCD panel, etc. to output a three-dimensional symptom input human body model corresponding to the patient data, the touch sensing unit for detecting a touch signal in front of the display unit 1 (2) is provided.

At this time, the symptom location and symptom data may be input to the 3D symptom input human model through the touch signal of the touch sensing unit 2. In addition, the three-dimensional coordinate calculation unit 3 may calculate the three-dimensional coordinates of the input symptom position.

Here, the three-dimensional coordinates of the symptom location are stored in the storage unit 5 by matching with the symptom data corresponding to the symptom location. The 3D coordinates, the symptom data, and the consultant data may be transmitted to the counselor terminal 20 through the communication unit 4. In this case, the communication unit 4 may be provided as a wired or wireless communication device such as 3G / 4G / Wifi or Lan.

On the other hand, the counselor terminal 20 may be provided in the same structure as the counselor terminal 10. In this case, the communication unit of the counselor terminal 20 may receive the consultant data, the three-dimensional coordinates, and the symptom data.

The 3D symptom output human body model is output to the display unit through the received counselor data. The 3D coordinate calculation unit of the counselor terminal 20 may restore and display the symptom location on the output 3D symptom output human model through the received 3D coordinates. In this case, the symptom data corresponding to each of the symptom data is displayed on the restored and displayed symptom position so that the counselor can easily recognize the symptom of the counseled person.

Here, the counselor terminal 10 and the counselor terminal 20 are network-connected with the base server 30 through respective communication units, and network connections of various structures such as one-to-one, many-to-many, one-to-many, many-to-one, etc. are possible. Do. In this case, the counselor terminal 20 may be provided to be connected to the base server through a predetermined authentication process to determine whether medical knowledge or appropriate medical knowledge is acquired.

When the medical consultation is charged, the base server 30 may request input of personal identification information, medical insurance, payment information, etc. for payment of the cost when the client terminal 10 is connected to the network. .

On the other hand, referring to Figure 2, the remote medical information communication method using the mobile communication terminal may be made of the following process.

First, the consultation request mode of the client terminal 10 connected to the base server 30 is activated (s10). In detail, the remote medical counseling application provided as a separate app is executed in the counselor terminal or the counselor terminal is connected to the homepage of the base server 30 through an operation operation in a program such as Internet Explorer, Facebook, Line, KakaoTalk, etc. As a result, the consultation request mode may be activated.

3, when the consultation request mode is activated (s10), the 3D symptom input human model 6 corresponding to the consultant data is output to the display unit 1 of the consultant terminal 10 ( s30).

Here, the consultant data preferably includes at least one of sex, weight, height, age, family history, symptom history, and treatment history. In detail, the symptom history refers to the past history of the onset or the number of symptoms of the same symptom as the current symptom, and the treatment history refers to the history of the taking of drugs or the presence of allergies and the development and treatment of other diseases.

In detail, when the consultation request mode is activated (s10), the step of inputting at least one of the counselor's sex, weight, height, age, family history, symptom history, and treatment history into the consultant data is performed.

Of course, the input of the consultant data includes activation of a separate input window so that the consultant data is directly input by the consultant or loaded with the consultant data set in the storage unit 5.

For example, the consultant data may be input during the membership registration or application download process for the base server 30 homepage and stored in the storage unit 5 of the consultant terminal 10. To this end, it is also possible to activate the input window for inputting the consultant data with the activation of the consultation request mode (s10).

The 3D symptom input human body model 6 is output to the display unit 1 of the counselor terminal 10 according to the consultant data loaded from the storage unit 5 or the consultant data input through the input window. Can be.

Of course, when there is a consultant data in the storage unit 5, an input window for checking whether or not to reenter the consultant data may be activated, and in the case of not wanting to re-enter the 3D symptom input human body using the stored consultant data. The model 6 can be output.

In detail, at the step of outputting the 3D symptom input human model after the consultant data is input (s20) (s30), at least one of sex, weight, height, and age of the consultant data is set as a modeling variable. And a predetermined modeling algorithm applied according to the modeling variable to set the three-dimensional symptom input human model 6.

In this case, the storage unit 5 of the client terminal 10 may be provided with three-dimensional vector information about the base human body model representing the body shape of a typical adult male. Here, the 3D vector information about the base human body model may be included in the remote medical consultation application and stored in the storage unit 5, and the storage unit 5 may be connected to the homepage of the base server 30. Can be downloaded to.

The modeling algorithm refers to an image processing program for converting a body shape such as size, volume, and silhouette of the base human body model according to gender, weight, height, age, and the like.

For example, when the consultant data is input, one or more of gender, weight, height, and age of the consultant included in the consultant data may be set as a modeling variable, and the set modeling variable may be applied to the modeling algorithm.

In this case, the base human body model may be converted into a shape corresponding to the subject data through the modeling algorithm, and the converted base human body model may be set as the 3D symptom input human body model and output to the display unit.

That is, the base human body model may be composed of a set of vectors having a three-dimensional direction and a length from one reference point, and the length of each vector divided according to the three-dimensional direction through the modeling algorithm is changed, thereby causing the three-dimensional symptom. It can be set as an input human body model.

Here, the modeling variable is most preferably set to all gender, weight, height, age, it is also possible to set to one or two, etc. to improve the operation speed, the modeling variable is the sex, weight, height of the counselor In addition, it is preferably stored in the consultant data with age and transmitted to the counselor terminal 20.

On the other hand, when the three-dimensional symptom input human body model 6 is output to the display unit 1 of the patient terminal 10 (s30), the symptom location and symptom data on the output three-dimensional symptom input human body model 6 Is input, the three-dimensional coordinates of the symptom location is calculated (s40).

Here, the medical information such as the symptom location and the symptom data may be input through the touch sensing unit 2 of the patient terminal 10, and the symptom data describes the details of the symptom corresponding to the symptom location. Contains one text data. In addition, the symptom data may be stored matched with the three-dimensional coordinates calculated from the symptom location. That is, it is preferable that one symptom data is connected to one three-dimensional coordinate and stored to form a pair.

2 to 3, the step S40 of inputting the symptom location and the symptom data into the output 3D symptom input human model 6 may include the 3D symptom input human model 6. And converting and displaying the image according to the input direction change and zoom in / out command.

That is, when the 3D symptom input human body model 6 is output (s30) to the display unit 1 of the client terminal 10, the touch drag input for changing the direction, the mulch touch interval change for the enlargement / reduction, etc. The command of may be input to the touch sensing unit (2). According to the input touch command, the direction and size of the 3D symptom input human model 6 may be converted and displayed on the display unit 1.

In this way, the three-dimensional symptom input human body model 6 is displayed according to the physical characteristics of the subject, the direction and size is converted according to the touch of the subject can be precisely and accurately inputted.

Of course, the output 3D symptom input human model (6) can be controlled through a separate menu window transparency, it is also possible to be provided such that the main blood vessels, organs, skeletons, etc. inside the human body as the transparency is controlled. Do.

At this time, referring to Figure 4a, in the step of inputting the symptom position, when a touch is input to the three-dimensional symptom input human model (6), the surface of the three-dimensional symptom input human model corresponding to the touch is the symptom It is preferred to be selected as the surface location of the location.

Here, the input touch is preferably understood to mean a double touch or a long touch which is distinguished from a touch drag for changing the direction and a multi touch for enlarging / reducing.

In detail, the counselor may select the symptom position by touching when the symptom position is confirmed by converting the direction and size of the 3D symptom input human model 6. In this case, the symptom position may be set through a surface position with respect to the three-dimensional symptom input human model 6 and a depth position representing a degree of depth from the surface position.

For example, when the consultant double touches or long touches a part of the 3D symptom input human body model 6, the surface of the 3D symptom input human body model of the touch input part may be selected as a surface position. .

At this time, the selection point 12 is displayed at the selected surface position, and the peripheral portion of the selection point 12 is enlarged and displayed, but the surface selection mode for adjusting the selected surface position may be activated. In this case, when the surface selection mode is activated, the set value of the touch signal may be switched, and the touch drag for rotating the 3D symptom input human model 6 may be set as a signal for finely adjusting the surface position.

For example, when the surface selection mode is activated, the surface position selected by the long touch or the double touch is enlarged and displayed, and the tag-bar for adjusting the selected surface position along the upper and side portions of the enlarged portion 6a. The

surface selector

7, 8 of the type can be activated.

In this case, the touch points of the bars of the display unit or the

surface selector

7 and 9 may be touched and dragged so that the selection point 12 may be finely positioned in the left and right directions, and the touch point may directly touch one point of the display unit. It is also possible to adjust the position. At this time, it is more preferable that the diameter of the selection point 12 is reduced / enlarged so as to indicate a range in which symptoms occur.

In addition, after adjusting the left and right and up and down directions of the selection point 12, the surface position setting of the symptom position may be completed by pressing the button 13 or the like after being activated at the lower portion of the enlarged portion 6a. Accordingly, the surface position representing the symptom position can be selected in more detail.

In this case, referring to FIG. 4A, when the surface position is selected in the step of inputting the symptom position, a depth position is selected from the surface position along the waterline direction toward the inside of the human body model, and the selected depth position and surface It is preferable that the symptom position is set according to the position and three-dimensional coordinates are calculated.

In this case, when the surface position is selected, a cross section corresponding to the water direction, that is, the depth direction toward the inside of the human body model is displayed from the surface position, and the depth selection mode for receiving the depth position may be activated.

In this case, the depth selection mode means that the set value of the touch signal is switched, and a separate depth selector may be activated with the change of the set value.

First, when the set value of the touch signal is switched, a double touch or a long touch for selecting the surface position may be set as a signal for setting the depth position in the previous step, and the multi-touch interval adjustment for zooming in / out of the screen is performed. It is also possible to set the signal to set the depth position.

That is, when the surface position is selected, the depth position may be set according to the time at which the touch signal is detected or the spacing between the touches after the multi-touch.

In this case, it is preferable that one side of the display unit is partitioned to display a cross section in the direction of the surface, and the depth position set according to the touch input is displayed on the cross section so that the symptom location can be input more accurately.

Of course, referring to FIG. 4B, a separate depth selector may be activated in the depth selection mode. At this time, the touch drag in the left and right or up and down direction may be set as a signal for setting the depth position.

In detail, when the surface position is selected, a cross section in the depth direction corresponding to the selected surface position, that is, a cross section 6b of the enlarged portion 6a may be displayed on the display unit. In addition, a tag-bar type depth selector 9 may be activated to receive the depth position along the displayed cross-section 6b.

Here, the depth direction is preferably understood to mean the direction of repair from the surface position toward the inside of the human body model. In this case, the depth position of the symptom position may be adjusted by touching and dragging the bar or the display unit of the depth selection unit 9, or the detailed depth position may be adjusted by directly touching one point of the display unit.

When the depth position is selected, three-dimensional coordinates representing the symptom position in the coordinate system in which the three-dimensional symptom input human model is expressed may be calculated through the surface position selected in the previous step and the depth position selected in the subsequent step. .

Accordingly, the symptom position of the consultant can be set from the surface to the depth position as well as the surface position of the three-dimensional symptom input human body model 6, and the surface position and depth through each selection unit (7, 8, 9). Since the position can be finely adjusted, the symptom location can be entered very accurately.

4C, when the symptom location is input to the three-dimensional symptom input human body model 6, the detail input unit 11 corresponding to the symptom location is displayed. Preferably, the three-dimensional coordinates calculated from the symptom location are matched with the symptom data input to the detail input unit 11 and stored.

For example, when the symptom location is selected, a detailed content input unit 11 in a frame format for inputting a detailed description of the symptom is displayed. When the inside of the frame of the details input unit 11 is touched, the display unit is displayed. At the bottom of (1), the keypad input unit may be activated to input text data.

The input text data may be set as the symptom data matched with the calculated 3D coordinates and stored in the storage unit 5 of the client terminal 10. In this case, the symptom position and the symptom data may be input to a plurality of places, and the symptom data may be stored in one-to-one correspondence with three-dimensional coordinates of each symptom position.

In addition, the process of selecting the symptom location and inputting the symptom data may be repeatedly performed until all symptoms are input by inputting a completion button 14 or the like activated at the bottom of the display unit 1 when the symptom data is input. have.

On the other hand, when the input of the symptom is completed (s50), the counselor terminal 20 connected to the base server 30 is matched with the counselor terminal 10 (s60).

In detail, the base server 30 includes a database of a plurality of registered counselor terminals 30, and each counselor terminal may be registered in the database by passing a predetermined authentication process. In this case, the counselor terminal matched with the counselor terminal may be further disclosed to induce more responsible counseling by revealing the real name. Here, the personal identification information of the client terminal is preferably not provided to the counselor unless requested by the client.

When the counselor terminal 10 and the counselor terminal 20 match (s60), the counseling correspondence mode of the matched counselor terminal 20 is activated (s70), and the counselor data and the three-dimensional coordinates, the Symptom data is transmitted to the matched counselor terminal 20 (s80).

In this case, the counseling response mode is activated (s70) when the remote medical counseling application is executed in the counselor terminal 20, or the counselor terminal 20 uses a program such as Explorer, Line, Facebook, KakaoTalk, or the like. It is connected to the home page of the base server (30).

Then, the 3D symptom output human body model corresponding to the received counselor data is output to the counselor terminal 20 (s90), and the symptom position is displayed on the output 3D symptom human body model according to the 3D coordinates. The restoration is displayed (s100).

The step of outputting the 3D symptom output human body model to the counselor terminal 20 may include setting the 3D symptom output human body model by applying the modeling algorithm according to the modeling variable.

In detail, the counselor terminal 20 is provided with the same base human body model and modeling algorithm as the counselor terminal 10. The image operation control unit of the counselor terminal 20 converts the base human body model to have the same size, volume, and silhouette as the three-dimensional symptom input human body model by using modeling variables included in the consultant data. Can be set as a model.

Accordingly, the 3D symptom output human body model and the 3D symptom input human body model may have the same coordinate system.

And, through the three-dimensional coordinates received from the counselor terminal 10, the symptom position of the counselor is the same as the position input to the counselor terminal 10 on the 3D symptom output human model of the counselor terminal 20. Can be restored and displayed. In this case, the symptom location may be displayed together with the symptom data matched through 3D coordinates, and the symptom data matched when the symptom location is touched may be displayed in association.

Of course, the 3D symptom output human body model output to the counselor terminal 20 may be converted and displayed according to a touch input corresponding to a direction change and an enlargement / reduction command input to the counselor terminal.

In addition, the output three-dimensional symptom output human model may be adjusted through a separate menu window, and may be provided so that the main blood vessels, organs, skeleton, etc. inside the human body as the transparency is adjusted.

In addition, the counselor checks the counselor data such as the sex, weight, height, age, family history, symptom history, and treatment history of the counselor together with the symptom location and symptom data displayed on the 3D symptom output human model. s110).

As such, the counselor terminal 10 and the counselor terminal 20 may be connected through a network to provide medical consultation in real time without limiting the counselor's location and counseling time. Therefore, the accessibility of the service is improved to prevent the deterioration of the condition, and can be a burden-free consultation even for mild symptoms can be improved efficiency and convenience of medical services.

In other words, consultation can be carried out without any personal or mild symptoms without exposure to private life, so medical expenses can be reduced by early detection and treatment of diseases. In addition, the medical delivery system can be improved by minimizing unnecessary visits to hospitals / emergency rooms and the risk of infection and preventing waste of medical personnel.

Furthermore, the 3D symptom input human body model 6 of the counselor terminal 10 and the 3D symptom output human body model of the counselor terminal 20 are provided to share the same coordinate system. In this way, since the symptom position input to the counselor terminal 10 may be extracted and displayed on the counselor terminal in 3D coordinates, the reliability and safety of counseling may be improved through accurate transmission of the symptom position.

In addition, since accurate diagnosis of the disease is possible without direct face-to-face contact using the mobile communication terminal, infection and transmission of the infectious disease can be minimized, thereby improving safety and efficiency of the medical health service.

In other words, it is possible to promptly and accurately diagnose infectious diseases with serious risks that may endanger the entire nation such as MERS. As a result, measures such as treatment and quarantine can be carried out at an early stage, thus contributing to improving the safety of the national health and defense system.

Here, the consultation process (s110) may be made through a real-time chat service or a wired call. The counseling method may be one-to-one in which one counselor is matched with one counselor, or one-to-many method where a plurality of counselors are matched with one counselor.

At this time, the symptom is displayed on the three-dimensional symptom output human model (s100) and the consultation proceeds (s110), where the consultation position is input to any one of the three-dimensional symptom input human model and the three-dimensional symptom output human model. If so, it is preferable to include the step of displaying the consultation position is linked to the other.

In detail, when the counselor terminal 20 and the counselor terminal 10 are matched and the consultation proceeds, the counselor has the same coordinate system through the 3D symptom output human model, and the counselor has the same coordinate system through the 3D symptom input human model. You can share images.

In this case, the counselor may input a counseling location in which the linked symptom may be generated according to the symptom of the symptom separately from the symptom location into the 3D symptom output human model. As the input counseling position is displayed in conjunction with the 3D symptom input human model 6 of the counselor terminal 10, it is possible to accurately ask whether the symptom is linked. In addition, the counselor can easily recognize the location of the linked symptom and answer it accurately, so that consultation with accuracy similar to actual face-to-face care is possible.

Of course, the counseling position is calculated in the same 3D coordinates as the symptom position and may be transmitted from the counselor terminal to the counselor terminal, and the recently input counseling position is preferably displayed as a highlighted image distinguished from the symptom position. Here, it is preferable to understand that the word displayed as the highlighted image is displayed in a form different from the symptom position such as a displayed color or a blinking / enlargement.

In addition, when the 3D symptom output human body model and the 3D symptom input human body model are provided to be able to adjust transparency, the transparency control command input to the counselor terminal may be transmitted to the counselor terminal. The transparency of the 3D symptom input human model of the client terminal may be adjusted according to the transparency applied to the 3D symptom output human model.

Accordingly, the counselor can add an anatomical description of the inside and outside of the human body by adjusting the transparency of each human body model in the counseling process, and more detailed counseling and diagnosis can be provided to the counselor.

On the other hand, when the consultation process (s110) is terminated and the matching of the counselor terminal and the counselor terminal is terminated (s120), the consultation history maintenance confirmation unit for selecting the storage and deletion of the consultation history is displayed on the counselor terminal (10). When a storage command is input to the counseling history maintaining unit, personal identification information of the counselor terminal 10 may be transmitted to the counselor terminal 20.

In detail, the base server 30 may collect personal identification information, medical insurance information, payment information, etc. for the client terminal 10 to provide a paid medical service. Here, the personal identification information is preferably understood to mean the date of birth, name, etc. used for the identification of the individual in the general hospital treatment.

At this time, the base server 30 transmits the personal identification information to the counselor terminal when a storage command is input to the counseling history maintenance check unit of the counselor terminal 10, and stores the information on the counselor to request a follow-up counselor for the counselor. Priority matching with the stored counselor may be performed.

When a delete command is input to the counseling history maintaining unit, matching details and counseling records of the counselor terminal 10 and the counselor terminal 20 are deleted. In addition, a delete command for counseling details such as transmitted counselor data, 3D coordinates, symptom data, and real-time conversation contents may be transmitted to the counselor terminal 20.

Accordingly, when the counselor desires, the counselor can confirm the counselor through the personal identification information and the stored counseling history, thereby enabling continuous and stable medical counseling. In addition, when the counselor does not want the counseling is conducted through the counselor data, three-dimensional coordinates, symptom data that includes general body information without additional personal identification information, personal information can be protected.

As described above, the present invention is not limited to the above-described embodiments, but may be modified and implemented by those skilled in the art without departing from the scope of the claims of the present invention. Such modifications are within the scope of the present invention.

The present invention provides a remote medical information communication method using a mobile communication terminal can be used in industrial fields that need to accurately and efficiently communicate medical information from a remote location.

Claims

A first step of outputting a three-dimensional symptom input human body model corresponding to the consultant data when the consultation request mode of the consultant terminal networked to the base server is activated;

A second step in which a symptom location and symptom data are input to the output three-dimensional symptom input human model, and three-dimensional coordinates of the symptom location are calculated;

A third step of matching a counselor terminal network connected to the base server with the counselor terminal, wherein the counselor data, the three-dimensional coordinates, and the symptom data are transmitted to the matched counselor terminal; And

And a fourth step of outputting a 3D symptom output human body model corresponding to the consultant data to the matched counselor terminal, and restoring and displaying the symptom location on the output 3D symptom output human model according to the 3D coordinates. Telemedicine information communication method using a mobile communication terminal.
The method of claim 1,

In the second step,

When a touch is input to the 3D symptom input human body model, the surface of the 3D symptom input human body model corresponding to the touch is selected as the surface position of the symptom location. .
The method of claim 2,

In the second step,

When the surface position is selected, the depth position is selected from the surface position along the waterline direction toward the inside of the human body model, and the symptom position is set according to the selected depth position and the surface position to calculate the three-dimensional coordinates. Telemedicine information communication method using a mobile communication terminal characterized in that.
The method of claim 3, wherein

In the second step,

When the surface position is selected, a cross section in a depth direction corresponding to the selected surface position is displayed, and a depth selection mode for receiving the depth position is activated.
The method of claim 1,

The first step,

At least one of the counselor's gender, weight, height, age, family history, symptom history, and treatment history is input to the counselor data, and at least one of the counselor's gender, weight, height, and age is a modeling variable. And setting the 3D symptom input human body model by applying a predetermined modeling algorithm according to the modeling variable.

The fourth step is

And applying the modeling algorithm according to the modeling variable to set the three-dimensional symptom output human body model.
The method of claim 1,

The second step is

And displaying the converted three-dimensional symptom input human body model according to the input direction change and enlargement / reduction commands.
The method of claim 1,

The fourth step is

When the counseling position is selected and input to any one of the three-dimensional symptom input human body model and the three-dimensional symptom output human body model, the counseling position is displayed in conjunction with the other one, characterized in that the mobile communication terminal Telemedicine communication method.
The method of claim 1,

The fourth step is

When the matching between the counselor terminal and the counselor terminal is ended, displaying a counseling history maintenance confirmation unit for selecting to store and delete counseling history on the counselor terminal;

And transmitting the personal identification information of the counselor terminal to the counselor terminal when a storage command is input to the counseling history maintenance confirmation unit.
A display unit configured to output a 3D symptom input human body model corresponding to the consultant data;

A touch input unit for receiving symptom location and symptom data into the output 3D symptom input human model;

A three-dimensional coordinate calculation unit for calculating a three-dimensional coordinate of the input symptom position;

A storage unit for storing the calculated 3D coordinates and the symptom data; And

And a communication unit for transmitting the consultant data, the calculated three-dimensional coordinates, and the symptom data.
A patient terminal outputting a 3D symptom input human body model corresponding to the consultant data, receiving a symptom position and symptom data into the output 3D symptom input human model, and calculating 3D coordinates of the input symptom position;

Receiving the consultant data, the 3D coordinates, and the symptom data from the consultant terminal, outputting a 3D symptom output human body model according to the consultant data, and outputting the 3D symptom output human body model according to the 3D coordinates Counselor terminal for restoring the symptom location; And

A remote medical information communication system using a mobile communication terminal comprising a base server for matching the counselor terminal to the networked counselor terminal.