KR100850347B1 - Integrated Medical Diagnosis System and Method - Google Patents

Abstract

An integrated medical diagnosis system and a method thereof are provided to perform a cervical cancer diagnosis mode and a video embryo diagnosis mode with one system by analyzing cervical and embryo image data received from a client system, and enabling a patient to check a diagnosis result directly in a webpage. A server system(30) provides diagnosis webpages for cervical cancer and ultrasonic image diagnosis modes, and includes application and webpage driving modules(31,33), a storing part(35) storing image data, and a diagnosis result. A client system includes a photo module(19) obtaining cervical image data from a medical camera in the cervical cancer diagnosis mode, and an ultrasonic module(21) obtaining ultrasonic video data from an ultrasonic diagnosis device in the ultrasonic image diagnosis mode. A reading system(50) includes a diagnosis unit(51) receiving and reading the image data of a patient by connecting to the diagnosis webpage, and a recorder(53) recording the diagnosis result to the diagnosis webpage, and transmits the diagnosis result to the server system. A checking system(70) includes a result checker(71) providing the diagnosis result to the patient by connecting to each diagnosis webpage.

Description

System and Method for Integration Medical Diagnosis

The present invention relates to an integrated medical diagnosis system and method, and more particularly, to an integrated medical system for reading image data of cervix and fetus requested by a referral system through a reading system in a reading system to provide reading results to a referral system and a verification system. A diagnostic system and method.

In general, cervical cancer screening is performed by a simple cervical Pap smear test that can be performed in most private obstetrics and gynecology, cervical magnification method to enlarge the cervix to read the abnormality of cervical cancer.

However, in the case of Pap smear, there are problems of false positive (false positive) and false negative (false negative). At this time, the false negative (僞 陰性) patients are abnormal, but the cervical cytology test shows a normal result, it can have a serious effect on the patient. For this reason, cervical magnification is widely used, and cervical magnification is requested by a clinic to request a picture of the cervix taken by a gynecologist to a cervical cancer test center by courier service or postal mail. How to provide. Therefore, a problem that takes more than a week for the patient to confirm the diagnosis results.

In addition, the patient had to go to the gynecologist every time to check the diagnosis result and to confirm the diagnosis of the cervix, and after confirming the diagnosis result, the patient could not be examined in a timely manner due to forgetting the scheduled date of examination provided by the gynecologist. The problem arises.

In addition, the gynecology department does not only perform a cervical cancer test but also performs an ultrasound test to check the health of the mother and the fetus. To this end, at present, the obstetrics and gynecology equipment for acquiring cervical photo image data and the equipment for acquiring the ultrasound image is provided. However, since the volume of equipment occupies a lot of space, there is a problem in the efficient use of space, and the necessity of an integrated medical diagnosis system that can be performed by integrating cervical cancer examination and ultrasound imaging examination is emerging.

In order to solve these conventional problems, it is an object of the present invention to provide an integrated medical diagnosis system and method for transmitting the photographic image data of the cervix obtained in the request system to the reading system via the Internet.

Another object of the present invention is to provide an integrated medical diagnosis system and method for transmitting an ultrasound image obtained in a referral system to a reading system via the Internet.

It is still another object of the present invention to provide an integrated medical diagnosis system and method for allowing a patient to directly access a web page and directly check a diagnosis result.

It is still another object of the present invention to provide an integrated medical diagnosis system and method that can transmit a scheduled medical examination date to a patient in a text message.

Still another object of the present invention is to provide an integrated medical diagnosis system and method capable of performing a cervical cancer diagnosis mode of a patient and an ultrasound image diagnosis mode of a fetus in one integrated system.

In order to achieve these objects, the integrated medical diagnostic system according to the present invention allocates each web page corresponding to at least two diagnostic modes, and provides a server system including an application for providing the diagnostic mode, provided by the server system. At least one requesting system for transmitting to the server system and obtaining the image data corresponding to the diagnostic mode selected by the application, and accessing the web page to display the image data transmitted from the server system. At least one reading system for reading and inputting a diagnosis result of the image data into the web page and transmitting the image data to the server system; and providing the diagnosis result transmitted from the server system by accessing the web page. Provided to patients who are At least one identification system.

In addition, in the integrated medical diagnosis method according to the present invention, the requesting system activates an application providing each diagnostic mode corresponding to at least two web pages, and the requesting system selects one of the at least two diagnostic modes. Select and enter the selected diagnostic mode, input patient information, and transmit image data of the patient to the server system, the server system stores the patient information and image data, and the reading system enters the diagnostic mode. Accessing a corresponding web page, reading image data stored in the server system, inputting a diagnosis result into the web page, and transmitting the image data to the server system; and the requesting system accesses a web page corresponding to the diagnosis mode. Check the diagnosis result and ask the patient about the diagnosis result. Providing a character message, the patient is adapted to check through the system comprising the step of confirming the diagnosis results by connecting to the web page.

As described above, the present invention transmits the photographic image data of the cervix obtained by the referral system to the reading system through the Internet, thereby offsetting the inconvenience of providing the examination of the cervix to the examination center by courier service or mail. There is.

In addition, the present invention can offset the hassle of having to go to the hospital to confirm the diagnosis results by directly accessing the web page to check the diagnosis result of the patient, and reduce the time required to confirm the diagnosis result. It can be effective.

In addition, the present invention has the effect of eliminating the problem that you do not receive medical treatment by forgetting the scheduled date of regular check-ups, such as by sending a text message to the patient in the scheduled checkup of the patient to manage through a record such as a memo.

In addition, the present invention has the effect of solving the conventional inefficient use of the space by performing the diagnosis of cervical cancer and ultrasound imaging of the fetus in one integrated system.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In describing the embodiments, descriptions of technical contents that are well known in the art to which the present invention pertains and are not directly related to the present invention are omitted. This is to more clearly communicate without obscure the core of the present invention by omitting unnecessary description.

An application used in an embodiment of the present invention is an application program provided by the server system to the requesting system. Application refers to an application that provides each mode integrally to be performed by selecting a cervical cancer diagnosis mode, ultrasound video diagnosis mode, patient information management mode, fetal photo viewing mode, etc. in the referral system. The application provides the server system with information generated in the selected mode among the requesting systems.

The web page is used throughout the information constituting a web page in which the requesting system (client) and the confirmation system (patient) can view the diagnosis results and the reading system (reader) can input the diagnosis results. In this case, the information means all information that can provide a menu constituting a web page, an image constituting the web page, data provided on the web page, etc. to the client, the reader, and the patient.

Image data used in the embodiment of the present invention refers to cervical photo image data and ultrasound image data. In addition, the patient is used by integrating the patient providing the cervical picture image data to the client for the diagnosis of cervical cancer and the mother providing the client with ultrasound video data for the ultrasound image diagnosis of the fetus.

Integrated Medical Diagnosis System

1 is a block diagram showing the main configuration of the integrated medical diagnostic system according to an embodiment of the present invention.

Referring to FIG. 1, the integrated medical diagnosis system 100 includes a request system 10, a server system 30, a reading system 50, and a verification system 70. The cervical photographic image data or the ultrasound image data photographed by the request system 10 is transmitted to the server system 30, and the reading system 50 receives each image data from the server system 30. Thereafter, when the reading system 50 reads each image data and provides the diagnosis result to the server system 30, the requesting system 10 and the confirmation system 70 receive the diagnosis result from the server system 30 to confirm it. do. At this time, the request system 10 and the server system 30, the server system 30 and the reading system 50, the server system 30 and the confirmation system 70 is the diagnosis result for the image data, image data through the Internet Send / receive As another example, when the request system 10, the server system 30 and the reading system 50 are concentrated in one place such as a general hospital, the request system 10 and the server system 30 and the reading system 50 may be connected to a dedicated line instead of the Internet. In addition, the referral system may be provided to several hospitals, the reading system may be provided to several readers, and the confirmation system may be provided to several patients.

Request System

The requesting system 10 applies an application provided by the server system 30, acquires image data corresponding to a diagnostic mode selected from at least two diagnostic modes provided by the application, and transmits the image data to the server system 30. The client's system. To this end, the request system 10 includes an input / output unit 11, a communication unit 13, a control unit 15, a memory unit 17, a photo module 19, and an ultrasonic module 21.

The input / output unit 11 includes an input device and a display device. The input device detects an input from the client as a keyboard, a mouse, etc., generates a signal corresponding to the input, and provides the input to the controller 15. The display device is an LCD monitor or the like and displays an application that provides at least two diagnostic modes and displays cervical image data of the patient, ultrasound image of the fetus, and patient information. The display device displays a diagnosis result for each image data. The input / output unit 11 may include an output device including a printer capable of outputting image data and various data displayed on a screen of the display device.

When the request system 10 generates a signal for acquiring cervical photographic image data of a patient or a signal for acquiring ultrasound image data of a fetus at an input apparatus according to an input of a client (eg, a doctor), the input apparatus generates the input apparatus. The received signal to the controller 15. In addition, the input device provides the control unit 15 with the scheduled date of scheduled examination of the patient input from the client in accordance with the diagnosis result transmitted from the server system 30.

The communication unit 13 provides the text message mapped to the diagnosis result of the image data and the scheduled date of the patient's regular examination as a text message to the portable terminal of the patient. That is, when the text message is sent to the wireless communication base station through the communication unit 13, the wireless communication base station transmits the text message to the portable terminal of the patient. The communication unit 13 transmits patient information and image data to the server system 30, and receives a diagnosis result from the server system 30. The communication unit transmits / receives information and various data with the server system 30. It communicates with the Internet for this purpose.

When the domain or web page address corresponding to the web page is input from the input / output unit 11, the controller 15 controls the communication unit 13 to access the input web page. The controller 15 controls the communication unit 13 to request login approval to a web page when an ID and a password are input from the client through the input device.

When the control unit 15 receives a signal for activating a medical camera (not shown) or an ultrasonic diagnostic device (not shown) from the input device, the control unit 15 activates the medical camera or the ultrasonic diagnostic device so as to correspond to the received signal. Activate the corresponding photo module 19 or the ultrasonic module 21.

The control unit 15 controls the communication unit 13 to transmit the cervical photo image data or the ultrasound image data of the fetus obtained from the medical camera or the ultrasonic diagnostic apparatus to the server system 30. The controller 15 controls the communication unit 13 to transmit the patient's personal information, the patient's birth history, and the patient's examination history input to the server system 30 through the input device.

The control unit 15 receives a diagnosis result for the patient who has requested the diagnosis to the server system 30 through the Internet from the server system 30 and provides the result to the display device, and the diagnosis confirmed from the messages stored in the message DB 171. The message mapped to the result is selected and provided to the communication unit 13.

The memory unit 17 stores the patient information input from the input device under the control of the controller 15, and stores the image data obtained from the medical camera or the ultrasound diagnostic apparatus and edited by the photo module 19 or the ultrasound module 21. Save it. In addition, the memory unit 17 is configured to include a message DB 171 for storing a text message to be transmitted to the patient. The message DB 171 stores a message corresponding to a signal input from the input apparatus under the control of the controller 15. That is, the message DB 171 maps to a diagnosis result that can be transmitted from the server system 30 by a signal input from an input device and stores an arbitrary message.

The photo module 19 converts an analog image of the cervix obtained from a medical camera (not shown) into digital image data and provides the converted digital image data to the controller 15. The photo module 19 adjusts the color of specific portions of the digital image data according to the input of the input device to filter the fine blood vessels of the cervix to be well expressed, and to edit the brightness and sharpness of the digital image data. To perform. Thereafter, the photo module 19 provides the controller 15 with the final photographic image data for which editing is completed for reading. In addition, the photo module 19 controls zooming in / out of the medical camera, screen capture, etc. according to the input of the input device, and controls the medical camera to acquire cervical photo image data.

The ultrasound module 21 provides an ultrasound image of a fetus obtained from an ultrasound diagnostic apparatus (not shown) to the controller 15. The ultrasound module 21 controls the ultrasound diagnosis apparatus to obtain an ultrasound video, capture the obtained ultrasound video, or edit the ultrasound video according to an input of an input device. The ultrasound module 21 provides the acquired ultrasound video and edited edited video data to the controller 15.

Server system

The server system 30 may include an application driving module 31, a web page driving module 33, and a storage unit 35. The server system 30 includes an application that allocates each web page corresponding to at least two diagnostic modes and provides the requesting system 10 with at least two diagnostic modes. More specifically, the server system 30 allocates a web page for confirming the diagnosis result of the cervix and a web page for confirming the ultrasound image diagnosis result and receives the cervical photographic image data and the ultrasound image data from the request system 10. Receive and transmit to the reading system 50. The server system 30 transmits the diagnosis result for the cervical picture image data received from the reading system 50 and the diagnosis result for the ultrasound video data to the requesting system 10 and the confirmation system 70.

The application drive module 31 provides an application to the requesting system 10 and generates an ID and password to be used in the application. The application may be configured in a form that is applied by performing an installation (install) in the request system (10). In addition, the application generates a web access code for checking the ultrasound video in the confirmation system (70). In this case, the application drive module 31 preferably includes not only cervical cancer diagnosis mode, ultrasound image diagnosis mode, but also patient information management mode and fetal photo management mode. The patient information management mode is a mode for managing the patient information corresponding to the cervical cancer diagnosis mode and the ultrasound image diagnosis mode, and the fetal photo management mode can manage the ultrasound image of the fetus corresponding to the ultrasound image. Mode.

The web page driving module 33 generates an ID and a password to be used in the web page, respectively, and provides them to the requesting system 10 and the reading system 50, and the requesting system 10, reading system 50, and confirmation system 70. ) Provides the information requested. That is, the web page driving module 33 provides the requesting system 10 and the confirmation system 70 with the patient information stored in the storage unit 35, the diagnosis result for the image data, and the image data, respectively. The web page driving module 33 determines whether the ID and password inputted from the requesting system 10, the reading system 50, and the verification system 70 are an ID and password suitable for logging in to a web page, and goes to each web page. Do a login.

The storage unit 35 stores information including patient information provided from the request system 10, image data, and diagnostic results provided from the reading system 50. To this end, the storage unit 35 may include a patient DB 351, a diagnostic data DB 352, a photo DB 353, an ultrasound DB 354, and a reader DB 355.

The patient DB 351 stores patient information provided by the referral system 10. In this case, the patient information refers to personal information such as a patient's name and resident registration number.

The diagnosis data DB 352 stores the diagnosis results of the image data provided from the reading system 50 and all the diagnosis histories such as the patient's test history and childbirth history.

The photograph DB 353 stores photographic image data about the cervix of the patient obtained by the medical camera and edited by the photograph module 19.

The ultrasound DB 354 stores the ultrasound image of the fetus, the image data captured by the ultrasound module 21, and the edited image data edited from the captured image data, which are acquired by the ultrasound module 21 after being acquired by the ultrasound diagnostic apparatus.

The reader DB 355 stores a list of readers capable of reading image data.

At this time, the respective data stored in the patient DB 351, the diagnostic data DB 352, the photo DB 353, the ultrasound DB 354 is mapped and stored based on the patient information stored in the patient DB 351. desirable.

Inspection system

The reading system 50 includes a diagnostic performing section 51 and a recording section 53 for reading the image data and inputting the diagnostic result into a web page. The reading system 50 provides the image data to the reader and transmits the diagnosis result of the image data input by the reader to the server system 30. That is, the web page is accessed to provide the reader with the image data transmitted from the server system 30, and the reader reads the image data. When the reader inputs the diagnosis result for the image data into the web page, the reading system 50 transmits the diagnosis result to the server system 30. The reading system 50 is a system used by the reader, and may be a computer or the like.

When the diagnostic unit 51 controls a communication unit (not shown) to access a web page provided by the server system 30, the diagnostic unit 51 is read from the patient DB 351 of the server system 30. The waiting list of the patient waiting for the transmitted diagnosis is displayed on a display device (not shown). The diagnosis performing unit 51 displays image data corresponding to the selected patient on the display device when a selection signal for any of the patients waiting to be diagnosed is received from the input device (not shown). The reader then reads the image data displayed on the display device.

When the recording unit 53 inputs the diagnosis result read by the reader to the web page through the input device, the recording unit 53 provides the input diagnosis result to the diagnosis performing unit 51, and the diagnostic performing unit 51 provides the diagnosis result. Control the communication unit to transmit to the server system (30).

Confirmation system

The confirmation system 70 includes a result confirmation unit 71 for confirming the diagnosis result recorded in the reading system 50. The identification system 70 is a system used by a patient, and may be a computer, a portable terminal, or the like. The confirmation system 70 accesses a web page, receives a diagnosis result from the server system 30, and displays the result on a display device (not shown). The patient checks the diagnosis result of the displayed image data. The result confirming unit 71 accesses a web page by controlling a communication unit (not shown), and the result confirming unit 71 displays an ID and password for a cervical cancer diagnosis mode inputted from a patient through an input device (not shown). It is provided to the server system 30 to access a web page. Thereafter, the result confirming unit 71 displays the cervical cancer diagnosis result on the display device. In addition, the result confirming unit 71 accesses a web page corresponding to the ultrasound video diagnosis mode with an ID, a password and a web access code for the ultrasound video diagnosis mode, and then displays an ultrasound image of the fetus provided from the server system 30. On the display, the mother checks the diagnosis result on her ultrasound image.

Integrated Medical Diagnosis Method

2 is a flow chart showing the main flow of the integrated medical diagnostic method according to an embodiment of the present invention. 7A to 7E illustrate screen examples of screens of a request system for acquiring patient information and image data according to an exemplary embodiment of the present invention. 8A to 8C are screen exemplary views showing screens of a request system for checking a diagnosis result of a patient according to an exemplary embodiment of the present invention. 9A to 9D are screen exemplary views showing screens of a reading system for diagnosing image data of a patient according to an exemplary embodiment of the present invention. For reference, the detailed description according to an embodiment of the present invention will be described in the order of the request system and server system, the reading system and server system, the confirmation system and server system for the convenience of description.

2 and 7A to 9D, in operation S201, the web page driving module 33 of the server system 30 is connected to the request system 10, the reading system 50, and the verification system 70 through the Internet. Assign web pages for accessible cervical cancer diagnosis mode and ultrasound image diagnosis mode respectively. When the request system 10 accesses the server system 30 to request an application in operation S203, the application driving module 31 of the server system 30 may assign the cervical cancer allocated by the web page driving module 33 in operation S205. Extract the application that provides the diagnosis mode and the ultrasound image diagnosis mode. In operation S207, the server system 30 provides the application extracted from the application driving module 31 to the requesting system 10 through a communication unit (not shown). In operation S209, the application driving module 31 provides the requesting system 10. Create an ID and password for your application. Subsequently, in step S211, the communication unit of the server system 30 transmits the ID and password of the requesting system 10 generated in step S209 to the requesting system 10 through the Internet.

Subsequently, in step S213, the request system 10 applies the ID and password transmitted in step S209 to the application provided from the server system 30 in step S207. As described above, steps S201 to S213 are processes that are performed when the requesting system 10 applies an application for the first time. That is, after applying (ie, installing) the application to the requesting system 10, all of the above processes may be omitted and the process may proceed from step S215.

Subsequently, in step S215, the request system 10 activates an application. At this time, when the application is activated, a screen as shown in FIG. 7A is displayed on the display device of the request system 10.

In operation S217, the requesting system 10 selects a mode provided by the application, and the application displays a screen corresponding to the selected mode on the display device. This may be represented as shown in FIGS. 7B to 7E. 7D and 7E illustrating the patient information management mode and the fetal photo management mode will be described in detail with reference to FIG. 3.

When the request system 10 selects the cervical cancer diagnosis mode or the ultrasound video diagnosis mode in step S217, the request system 10 receives patient information from the input device in step S219. That is, when the selection signal for the cervical cancer diagnosis mode is selected from the input device of the request system 10, the information of the patient to be diagnosed with the cervical cancer is input, and when the selection signal for the ultrasound imaging mode is selected, the ultrasound image is selected. Information about the patient (mother) to be diagnosed is entered.

Subsequently, in step S221, the request system 10 acquires image data of the patient through the photo module 19 or the ultrasound module 21. In more detail, if the diagnostic mode selected in step S217 is cervical cancer diagnosis mode, the medical camera is activated to obtain cervical image data for the patient. In addition, if the selected diagnosis mode is an ultrasound video diagnosis mode, the ultrasound diagnosis apparatus is activated to obtain ultrasound video data of the mother.

Subsequently, in step S223, the request system 10 transmits the patient information input in step S219 and the image data obtained in step S221 to the server system 30. In operation S225, the server system 30 stores the transmitted patient information and image data in the patient DB 351 and the photo DB 353 of the storage unit 35 or the patient DB 351 and the ultrasound DB 354, respectively. . In operation S227, the web page driving module 33 of the server system 30 recognizes the ID and password of the patient from the patient information received from the request system 10. That is, it is preferable to recognize the name of the patient as an ID and to recognize the seven digits after the patient's social security number as a password.

Subsequently, in step S229, the request system 10 selects and accesses one web page from the web pages allocated in step S201. That is, to confirm the diagnosis result of the cervix, the web page corresponding to the cervical cancer diagnosis mode is accessed, and to confirm the diagnosis result of the ultrasound image, the web page corresponding to the ultrasound image diagnosis mode is connected. Subsequently, in step S231, the request system 10 enters an ID and password into the connected web page and logs in to the web page in step S233. The screen logged into the web page is shown in FIG. 8A. In this case, the ID and password for the web page may be the same as the ID and password generated in the server system 30 in step S209, or may be newly generated while performing a member subscription to the web page in the requesting system 10.

Subsequently, in step S235, the request system 10 receives a diagnosis result for the image data from the server system 30, and in step S237, the request system 10 performs confirmation of the received diagnosis result. At this time, the server system 30 checks the ID of the referral system 10, and extracts the patient requested by the referral system 10 from the patient DB 351. Then, the diagnostic data corresponding to the extracted patient is extracted from the diagnostic data DB 352 and provided to the request system 10. This may be represented as shown in FIGS. 8B and 8C. That is, if a diagnosis is selected from the list shown in FIG. 8B, the detailed screen of the diagnosis result stored in the diagnosis data DB 325 may be checked as shown in FIG. 8C.

Subsequently, in step S239, the request system 10 creates a message for the diagnosis result, and in step S261, the request system 10 transmits the text message to the patient's portable terminal.

Subsequently, in step S241, the reading system 50 accesses a web page provided by the server system 30. In operation S243, the server system 30 generates an ID and a password for the reading system 50, and in operation S245, the server system 30 transmits the generated ID and password to the reading system 50. As another example, the reading system 50 may generate an ID and password while registering for a web page. Subsequently, in step S247, the reading system 50 inputs the received ID and password into the web page, and in step S249, the reading system 50 logs in to the web page. At this time, when the login is completed, the screen as shown in FIG. 9A is displayed on the display device (not shown) of the reading system 50.

In operation S251, the server system 30 reads the patient information and image data stored in the patient DB 351, the photo DB 353, and the ultrasound DB 354 of the storage unit 35 in step S225. To send. In step S253, the reader using the reading system 50 reads the transmitted image data and reads the image data. In this case, the screen on which the reader reads the image data may be displayed as shown in FIGS. 9B to 9C. Here, FIG. 9B shows a list of patients waiting to be diagnosed, and FIG. 9C shows a screen displaying patient information and image data when a patient to be diagnosed is selected among waiting patients. In addition, when the diagnosis data is input after the image data is read, a diagnosis completion list as shown in FIG. 9D is displayed.

Thereafter, in step S255, the reading system 50 transmits the diagnostic result input from the reader to the server system 30 in step S257.

In operation S259, the server system 30 stores the transmitted diagnosis result in the diagnosis data DB 352 of the storage unit 35. In operation S235, the server system 30 sends the diagnosis result to the requesting system 10. send.

Subsequently, when the patient using the confirmation system 70 receives a text message informing the diagnosis result from the requesting system 10, in step S263, the patient provides a web provided by the server system 30 using the confirmation system 70. Access the page. In operation S265, the confirmation system 70 inputs the ID and password recognized by the server system 30 in a web page in operation S227. In this case, the ID and password are preferably 7 digits after the patient name and the social security number of the patient, respectively. Subsequently, when the confirmation system 70 completes the login to the web page provided by the server system 30 in step S267, the server system 30 determines the diagnosis corresponding to the ID of the patient with the confirmation system 70 in step S269. The result is extracted from the diagnostic data DB 352 and transmitted. Subsequently, in operation S271, the confirmation system 70 may confirm the diagnosis result transmitted from the server system 30.

How to perform a diagnostic request

3 is a flowchart illustrating a method for performing a diagnosis request by a request system according to an exemplary embodiment of the present invention. 7A to 7E illustrate screen examples of screens of a request system for acquiring patient information and image data according to an exemplary embodiment of the present invention.

3 and 7A to 7E, in operation S301, the controller 15 of the requesting system 10 stores the application received from the server system 30 through the communication unit 13 in the memory unit 17. , The application is applied to the request system (10). Subsequently, in step S303, the controller 15 controls the communication unit 13 to receive the ID and password of the application from the server system 30, and in step S305, the controller 15 applies the received ID and password to the application. do.

In step S307, the controller 15 proceeds to step S309 if the login is successful in the application with the ID and password applied to the application, and if the login is not successful, the control unit 15 returns to step S305 to reapply the ID and password. If login to the application is successful, the controller 15 displays the application as shown by reference numeral 701 in FIG. 7A on the display device. At this time, in the application 701, reference numeral 703 is an icon for entering the cervical cancer diagnosis mode, reference numeral 705 is an icon for entering the ultrasound image diagnosis mode. In addition, reference numeral 707 denotes an icon for entering a patient information management mode for managing information on a patient, and reference numeral 709 denotes an icon for entering a fetal photo management mode for managing an ultrasound image of a fetus corresponding to an ultrasound image. to be.

In operation S309, the controller 15 enters a diagnosis mode or a management mode corresponding to the selection signal transmitted from the input device in the application displayed on the display device. That is, when the reference numeral 707 or 709, that is, the patient information management mode or the fetal photo management mode is selected in the application, the controller 15 proceeds to step S311 and displays FIG. 7D or 7E. In addition, when the reference numeral 703, that is, the cervical cancer diagnosis mode is selected in the application, the control unit 15 proceeds to step S313 to display a screen as shown in Figure 7b on the display device. When the ultrasound image diagnosis mode of reference numeral 705 is selected in the application, the process proceeds to step S315 to display the screen shown in FIG. 7C on the display device.

If the mode selected in step S309 is the patient information management mode, in step S311 the controller 15 displays FIG. 7D on the display device. Reference numeral 731 of FIG. 7D indicates a patient list requested for diagnosis by the reading system 50. The "Mode" field of 731 indicates whether the patient displayed in the patient list corresponds to a cervical cancer diagnosis mode. Identify if you are a patient. Reference number 733 is an area where a search option (name, age, social security number, acquisition date of cervical photo image data or ultrasound image data) of a patient to be searched can be set. Reference numeral 735 is an area indicating the past examination history of the patient and the birth history information of the patient, and reference number 737 is preferably an area indicating the delivery information for the patient recorded in the past. In this case, it is preferable that the patient list requesting diagnosis is a list stored in the memory unit 17 of the requesting system 10 or read from the patient DB 351 of the server system 30.

If the mode selected in step S309 is the fetal picture management mode, in step S311 the controller 15 displays FIG. 7E on the display device. Reference number 741 of FIG. 7E denotes a search area for searching the ultrasound image stored in the memory unit 17. Reference numeral 743 denotes an area for displaying maternal information about the selected ultrasound image among the stored ultrasound images. Reference numeral 745 denotes an area for displaying fetal information on the selected ultrasound image among the stored ultrasound images. Reference numeral 747 denotes an area for viewing image data including the stored ultrasound image. Reference numeral 749 denotes an area for previewing the stored ultrasound image, the image data capturing the ultrasound image, and the edited image data generated from the image data.

If the diagnosis mode selected in step S309 is the ultrasound image diagnosis mode, the controller 15 proceeds to step S315. If the screen shown in Figure 7c is displayed on the display device in step S315, the application generates a web access code for checking the ultrasound image in step S317 and the control unit 15 displays the web access code. Reference numeral 721 denotes an area in which moving image data is displayed when acquiring an ultrasound image, and reference numeral 723 denotes an area in which the generated web access code is displayed. In this case, the web access code is generated differently for each patient, and the sponsor preferably informs the generated web access code to the patient. Subsequently, the controller 15 proceeds to step S319.

In contrast, if the diagnosis mode selected in step S309 is the cervical cancer diagnosis mode, the control unit 15 proceeds to step S313. In operation S313, the screen as illustrated in FIG. 7B is displayed on the display device, and the operation proceeds to operation S319.

In operation S319, the controller 15 receives patient information from the input device. This is information input in the areas 713, 715, and 717 of FIG. 7B, and preferably corresponds to information about the patient's personality, the patient's birth history and the patient's test history, and the information delivered to the patient. Likewise, in FIG. 7C, reference numeral 725 denotes an area for inputting patient's information about the acquired ultrasound image, that is, mother's personal information, and 727 denotes an area for inputting the mother's birth history and the patient's test history. Reference numeral 729 denotes an area for the sponsor to input information corresponding to the delivery information for the patient to be delivered to the reader, a memo for the patient, and the like.

In addition, in step S321, the control unit 15 acquires the image data of the patient, according to the diagnostic mode obtains the image image data or ultrasound video data for the cervix. More specifically, the control unit 15 receives the image data obtained by the medical camera or the ultrasonic diagnostic apparatus after editing is completed in the photo module 19 or the ultrasonic module 21 to reference numeral 711 of FIG. 7B or reference numeral 721 of FIG. 7C. Display. In this case, a total of four photographic image data of the cervix may be acquired, and recording of video data of ultrasound may be performed and capture may be performed during recording. Thereafter, when the acquisition of the image data is completed, the controller 15 proceeds to step S323 to select a reader to read the acquired image data. At this time, the reader selection is performed by the server system 30 to read the reader stored in the reader DB 355 to the requesting system 10 and to read the image data from the reader list displayed on the display device of the requesting system 10. This is done by selecting a reader.

Subsequently, in step S325, the controller 15 controls the communication unit 13 to transmit the acquired image data, input patient information, and information on the selected reader to the server system 30. In step S327, the control unit 15 proceeds to step S335 when the completion of the transmission is detected, and proceeds to step S329 when it senses that the transmission fails due to external environmental factors (that is, power failure or Internet error, etc.).

In operation S329, the controller 15 displays a transmission failure message on the display device. In operation S331, the controller 15 stores the information on transmission failure in the memory unit 17. Thereafter, when the controller 15 detects that retransmission of the stored information is possible in step S333, the controller 15 performs retransmission and proceeds to step S335.

Subsequently, when the control unit 15 receives an end signal for terminating the application from the input device in step S335, the application is terminated. If the end signal is not received, the control unit 15 returns to step S309 to repeat the above steps. Do it.

How to check the diagnosis result in the referral system

4 is a flowchart illustrating a method of confirming a diagnosis result provided by a reading system by a referral system according to an exemplary embodiment of the present invention. 8A to 8C are screen exemplary views showing screens of a request system for checking a diagnosis result of a patient according to an exemplary embodiment of the present invention. 8A to 8C illustrate screen examples of the cervical cancer diagnosis mode, but may be similarly applied to the ultrasound imaging mode.

4 and 8A to 8C, in operation S401, the controller 15 of the requesting system 10 controls the communication unit 13 to access a web page provided by the server system 30 through the Internet. In this case, the web page is one of a web page for confirming the diagnosis result for the cervical image data or a web page for confirming the diagnosis result for the ultrasound video data.

Subsequently, in step S403, the client inputs an ID and a password into a web page, and the controller 15 controls the communication unit 13 to transmit the input ID and password to the server system 30. In step S405, the control unit 15 proceeds to step S407 or returns to step S403 according to whether the login is successfully received from the server system 30 through the communication unit 13. If the control unit 15 recognizes that the login to the web page was not successful in step S405, the control unit 15 returns to step S403 to re-enter the ID and password. On the contrary, if it is recognized that the login is successful, a screen corresponding to the ID of the requester is displayed on the display device. That is, a screen as shown by reference numeral 801 of FIG. 8A is displayed on the display device.

In operation S407, the controller 15 checks the diagnosis result of the patient. More specifically, reference numeral 803 of 8a denotes a menu displayed when the request system 10 accesses a web page. When a selection signal for “test details” of reference number 803 occurs in the input device, a list of test details is displayed on the display device as shown in FIG. 8B, and the sponsor selects a patient whose diagnosis is completed from the test history list, and displays the diagnosis result of the patient. Check it. In this case, reference numeral 805 of FIG. 8B indicates a search box for searching for a patient by date of acquisition of cervical photo image data, a patient's name, a diagnosis result, and a resident registration number of the patient, and reference numeral 807 indicates a patient under diagnosis and diagnosis completed. Represents a list of patients. In addition, the state in which the treatment date is indicated as indicated by reference numeral 809 means a patient who has completed diagnosis. Subsequently, selecting any patient whose diagnosis has been completed from the test list displayed in 807 displays details about the selected patient as shown in FIG. 8C. In this case, reference numeral 811 of FIG. 8C denotes patient information about the selected patient, and reference numeral 813 denotes a diagnosis result of the patient input by the reader with respect to cervical photographic data of the selected patient. Reference numeral 815 denotes four photographic image data obtained in step S321 of FIG. 3, and when one of the displayed photographic image data is selected, it can be enlarged and confirmed. In addition, photographic image data can be printed and stored.

Subsequently, when the control unit 15 receives the scheduled routine checkup date according to the diagnosis result of the patient from the input device in step S409, the control unit 15 transmits the diagnosis result and the scheduled scheduled checkup date to the portable terminal of the patient in step S411. To control (13). In this case, the text message corresponding to the diagnosis result may be pre-stored in the message DB 171 of the memory unit 17, or may be prepared and stored in the message DB 171 at the point of time when the client confirms the diagnosis result. That is, a simple message mapped to a diagnosis result can be prepared in advance and easily selected and transmitted when the message is transmitted.

Subsequently, when the requester provides a signal for requesting the re-diagnosis of the patient to the control unit 15 in step S413, the control unit 15 requests the re-diagnosis to the reading system 50 in step S415.

If the requester provides a signal to the controller 15 to correct the patient's information through the input device in step S417, the controller 15 corrects the patient's information based on the signal input from the requestor in step S419, and corrects the signal. The memory unit 17 is updated with the information of the patient. In operation S421, when the controller 15 receives an end signal for the web page from the input device, the controller 15 terminates the web page displayed on the display device.

Although not shown in FIG. 4, a requester using a referral system can check cervical photo image data of different patients on one screen, and compare past and current cervical photo image data of the same patient on one screen. You can check it.

How to Read Diagnostic Data

5 is a flowchart illustrating a method of reading a diagnostic data provided from a requesting system by a reading system according to an exemplary embodiment of the present invention. 9A to 9D are screen views illustrating screens of a reading system for diagnosing cervical photo image data of a patient according to an exemplary embodiment of the present invention. 9A to 9D illustrate screen examples of the cervical cancer diagnosis mode, but may be similarly applied to the ultrasound imaging mode.

5 and 9A to 9D, in operation S501, the diagnostic performing unit 51 of the reading system 50 controls a communication unit (not shown) to provide a web page provided by the server system 30 through the Internet. Connect. In this case, the web page is one of a web page for performing a diagnosis on cervical photo image data or a web page for performing a diagnosis on ultrasound video data.

The diagnosis performing unit 51 connected to the web page displays the web page screen on the display device (not shown) in step S503. Subsequently, the diagnosis performing unit 51 determines whether the ID and password corresponding to the corresponding web page are allocated, and proceeds to step S507 if the ID and password are allocated, and if not, the server system (S505). 30) request the ID and password assignment and receive the ID and password.

Subsequently, in operation S507, the diagnostic unit 51 receives an ID and a password from an input device (not shown), and transmits the input ID and password to the server system 30. Subsequently, the diagnostic execution unit 51 proceeds to step S509 and receives from the server system 30 whether or not the login is successful due to the ID and password assigned to the input ID and password. If the login is not successful at step S509, the process returns to step S507 to re-enter the ID and password, and if the login is successful, proceeds to step S511. At this time, if the login is successful, a screen corresponding to the ID of the reader is displayed on the display device. That is, a screen as shown by reference numeral 901 of FIG. 9A is displayed on the display device.

Subsequently, if it is determined in step S511 that the diagnostic waiting list for selecting a patient waiting for diagnosis is selected, the diagnostic performing unit 51 proceeds to step S513 and displays a list of patients waiting for diagnosis as shown in FIG. 9B. That is, when the diagnosis performing unit 51 receives the selection signal for “diagnostic waiting” of reference numeral 903 from the input device in FIG. 9A, which is a screen corresponding to the ID of the reader, the diagnostic performing unit 51 performs the server in step S513. The patient waiting list read out from the system 30 is received and indicated as reference numeral 905 of FIG. 9B.

Subsequently, in the state where the list of patients waiting for diagnosis is displayed, the diagnostic performing unit 51 proceeds to step S515 to diagnose a state of patients waiting for diagnosis. More specifically, when the diagnosis performing unit 51 receives the selection signal for any patient among the waiting patients from the input device, as shown in FIG. 9C, the patient information and the picture image data corresponding to the patient are received from the server system 30. Display on the display. Because of this, unlike the prior art, which can be confirmed only by downloading the photo image data, it is possible to directly receive and confirm the image through the Internet without receiving a download, thereby reducing the time consumed when checking the photo image data. The reader then reads the displayed photographic image data.

Subsequently, the diagnostic execution unit 51 calls the recording unit 53 to display a screen of reference numeral 909 for recording the diagnosis result on the display device. In this case, when any photo image data is selected from the at least one photo image data displayed at 907, the selected photo image data may be enlarged and displayed. The screen 909 may display a diagnosis result frequently recorded by the reader. (Not shown). If none of the diagnosis results indicated in 909 are mapped to the read result of the patient, the reader inputs a new diagnosis result and stores it in the storage unit. Also, the diagnosis result selected or input at 909 is indicated by reference numeral 911. In addition, the reader can check the patient's past examination history and diagnosis results.

On the contrary, if the diagnosis waiting list is not selected in step S511, the process proceeds to step S521. If the diagnosis performing unit 51 determines that the diagnosis completion list is selected in step S521, the process proceeds to step S523. It is displayed as That is, when the diagnosis performing unit 51 receives the selection signal for "diagnosis completed" of reference numeral 903 from the input device in FIG. 9A, which is a screen corresponding to the ID of the reader, the diagnostic performing unit 51 in step S523 is connected to the server. A diagnosis list of patients read out from the system 30 is received and displayed as shown by reference numeral 913 of FIG. 9D.

Subsequently, after the diagnosis completion list of reference number 913 is displayed, in step S525, the diagnosis performing unit 51 determines whether the selection signal for the patient whose rediagnosis is indicated as described in step 913 from the input device is received, and then in step S523 or S527. Proceed to If the patient whose re-diagnosis is displayed is selected, the reader performs the diagnosis of the patient in step S515 and proceeds to step S517 in step S527. At this time, if the patient is not selected to display the re-diagnosis diagnosis performing unit 51 proceeds to step S521. In addition, in FIG. 9D, the reader may search the diagnosis completion list by the name of the patient, the name of the client, the date of request for diagnosis, the date of diagnosis processing, and the like.

On the contrary, if the diagnosis completion list is not selected in step S521, the diagnostic performing unit 51 proceeds to step S529 to perform a corresponding function. The corresponding function in step S529 refers to the functions of the bulletin board and the archives.

Subsequently, in operation S517, the diagnostic unit 51 stores the diagnosis result and the reader's findings described in the above steps in the storage unit, and in operation S519, the diagnostic unit 51 transmits the stored data to the server system 30. Control the communication unit.

In operation S531, the diagnosis performing unit 51 determines whether an end of the web page is selected from the input device. If the end is selected, the diagnostic execution unit 51 ends the web page displayed on the display device. If the termination is not selected, the diagnostic execution unit 51 returns to step S511 and repeats the above steps.

How to check the diagnosis result in the verification system

6 is a flowchart illustrating a method of confirming a diagnosis result by a confirmation system according to an exemplary embodiment of the present invention.

Referring to FIG. 6, in operation S601, the result confirming unit 71 of the confirmation system 70 controls a communication unit (not shown) to access a web page provided by the server system 30 through the Internet. In operation S603, the result confirming unit 71 determines whether the accessed web page is a web page for the cervical cancer diagnosis mode or a web page for the ultrasound video diagnosis mode. As a result of the determination in step S603, the accessed web page proceeds to step S605 of the web page corresponding to the cervical cancer diagnosis mode, and the step goes to step S613 of the web page corresponding to the ultrasound video diagnosis mode.

In operation S605, the result confirming unit 71 receives an ID and a password from an input device (not shown). In operation S607, the result confirming unit 71 determines whether the user logs in to the web page. At this time, the ID and password is preferably an ID and password recognized by the server system 30 in step S227 of FIG. That is, the patient's name is the ID, and the seven digits after the patient's social security number are the password.

If the login to the web page is successful in step S607, the result confirming unit 71 proceeds to step S609 and displays the cervical cancer image and the image data of the cervix of the patient transmitted from the server system 30. In this case, the diagnosis result of the patient is preferably a diagnosis result stored in the storage unit 35 of the server system 30 in step S235 of FIG. On the contrary, if the login fails, the result confirming unit 71 returns to step S605 to re-enter the ID and password. Subsequently, upon receiving a signal for terminating the web page corresponding to the cervical cancer diagnosis mode in operation S611, the result confirming unit 71 ends the web page for the cervical cancer diagnosis mode.

Subsequently, in step S613, the result checking unit 71 receives an ID, a password, and a web access code from the input device, and proceeds to step S615. In this case, the ID and password are preferably an ID and password recognized by the server system 30 in step S227 of FIG. 2, and the web access code is a web access code generated from an application in step S317 of FIG. 3. In addition, step S615 is the same as step S607, and in step S617 result check unit 71 displays the diagnosis results for the fetus and mother.

Thereafter, when the result confirming unit 71 receives the selection signal for the moving picture of the fetus from the input device in step S619, the result checking unit 71 proceeds to step S621. In operation S621, the result confirming unit 71 determines whether there is a video player capable of playing the fetal video in the confirmation system 70.

As a result of the determination in step S621, if there is a video player, the result checking unit 71 proceeds to step S625 to play the selected video. If the video player does not exist, proceeds to step S623 to download the video player from the server system 30. After that, install the video player. In operation S625, the result confirming unit 71 plays the video selected in operation S619. More specifically, the result confirming unit 71 displays the ultrasound image data of the fetus, the still image data of capturing the moving image, and the edited image data of editing the still image data on the display device. In addition, it displays albums collected by the date of acquisition of the video data of the fetus.

Subsequently, when the result confirming unit 71 receives a signal for terminating the web page for the ultrasound image diagnosis mode from the input device in operation S627, the result checking unit 71 ends the web page for the ultrasound image diagnosis mode. .

In addition, as described in step S409 of FIG. 4, it is described that the patient's scheduled examination is input by the requester in the request system 10, but the server system 30 is calculated from the last examination date of the patient received in the request system 10. In the reading system 50, the reader may set the value according to the diagnosis result.

So far, the integrated medical diagnosis system and method according to the present invention have been described through examples. In the present specification and drawings, preferred embodiments of the present invention have been disclosed, and although specific terms have been used, these are merely used in a general sense to easily explain the technical contents of the present invention and to help the understanding of the present invention. It is not intended to limit the scope of. It will be apparent to those skilled in the art that other modifications based on the technical idea of the present invention can be carried out in addition to the embodiments disclosed herein.

1 is a block diagram showing the main configuration of the integrated medical diagnostic system according to an embodiment of the present invention

2 is a flow chart showing the main flow of the integrated medical diagnosis according to an embodiment of the present invention

3 is a flowchart illustrating a method in which a request system performs a diagnostic request according to an embodiment of the present invention.

4 is a flowchart illustrating a method of confirming a diagnosis result provided by a reading system by a referral system according to an exemplary embodiment of the present invention.

5 is a flowchart illustrating a method of reading a diagnostic data provided from a requesting system by a reading system according to an exemplary embodiment of the present invention.

6 is a flowchart illustrating a method of confirming a diagnosis result by a confirmation system according to an exemplary embodiment of the present invention.

7A to 7E are screen examples showing screens of a request system for acquiring patient information and image data according to an embodiment of the present invention.

8a to 8c is a screen example showing a screen of the request system for checking the diagnosis result of the patient according to an embodiment of the present invention

9A to 9D are screen views showing screens of a reading system for diagnosing image data of a patient according to an embodiment of the present invention.

Claims (13)

Allocating respective web pages corresponding to the cervical cancer diagnosis mode and the ultrasound image diagnosis mode, generating an ID and password to be used in the application including the diagnosis mode, and generating a web access code to be used in the ultrasound image diagnosis mode. A drive module, a web page drive module for generating an ID and a password to be used in the web page, and storing patient information, respective image data corresponding to cervical cancer diagnosis mode and ultrasound image diagnosis mode, and diagnosis results of the image data. A server system including a storage; When the application provided by the server system is applied and the cervical cancer diagnosis mode is selected in the application, the medical camera is activated to obtain cervical cancer photo image data corresponding to the cervical cancer diagnosis mode from the medical camera, and the obtained uterus Photo module for editing the cervical photo image data, and when the ultrasound image diagnosis mode is selected, by activating the ultrasound diagnostic device to obtain ultrasound image data corresponding to the ultrasound image diagnosis mode from the ultrasound diagnostic device, and capture the obtained ultrasound image data Ultrasonic module for editing the ultrasound video data by performing the operation, and access to the web page corresponding to each diagnostic mode with the ID and password generated by the web page driving module to read the image data and the diagnosis result table An input / output unit including a display device and an input device for inputting a message for the diagnosis result, a message DB for storing the message input from the input device, a message stored in the message DB by checking a diagnosis result of a patient A control unit for extracting a message mapped to the diagnosis result, and a communication unit for providing a text message to the patient through the communication network, the at least one transmitting each image data to the server system. Referral system; Access the web page corresponding to each diagnosis mode assigned by the server system with the ID and password generated by the web page driving module to receive the image data of the patient corresponding to the connected web page and read the image data. At least one reading system including a diagnosis performing unit and a recording unit for recording a diagnosis result of the read-out image data on the web page, and transmitting the diagnosis result recorded on the web page to a server system; Access the web page corresponding to the cervical cancer diagnosis mode with the ID and password generated by the web page driving module, or web corresponding to the ultrasound video diagnosis mode with the ID and password generated by the web page driving module and the web access code. At least one identification system including a result confirming unit accessing a page and providing the diagnosis result transmitted to the server system to a patient who is a provider of the image data; Integrated medical diagnostic system comprising a. delete delete The method of claim 1, The storage unit A patient DB for storing patient information provided by the referral system; A diagnostic data DB for storing a diagnosis result for the image data provided by the reading system; A photo DB for storing photo image data provided from the photo module of the request system; An ultrasonic DB for storing video data provided from the ultrasonic module of the request system; A reader DB for storing at least one reading system for reading out the image data in the requesting system; Integrated medical diagnostic system, characterized in that it further comprises. delete delete delete The server system generates the ID and password used in the cervical cancer diagnosis mode, generates the ID and password used in the ultrasound video diagnosis mode and the web access code for the patient to check the ultrasound image. Transmitting an application providing a diagnosis mode to a requesting system; Activating, by the referral system, an application providing a cervical cancer diagnosis mode and an ultrasound video diagnosis mode; When the cervical cancer diagnosis mode is selected in the referral system, the cervical cancer diagnosis mode is entered, patient information is input, the medical camera is activated to obtain image data of the patient, and when the ultrasound image diagnosis mode is selected, the ultrasound video diagnosis mode. Entering patient information and activating an ultrasound diagnostic apparatus to obtain image data of the patient and transmitting the same to a server system; Storing, by the server system, the transmitted patient information and image data; When the reading system accesses the web page corresponding to the diagnosis mode in which the image data is to be read, the user accesses the web page corresponding to the cervical cancer and ultrasound image diagnosis mode using the ID and password generated by the server system to access the server system. Reading stored image data, inputting a diagnosis result into the accessed web page, and transmitting the result to the server system; Checking, by the requesting system, a web page corresponding to cervical cancer and ultrasound image diagnosis mode using the generated ID and password, and confirming the diagnosis result and providing a text message about the diagnosis result to the patient; When the confirmation system accesses the web page corresponding to the diagnosis mode for which the diagnosis result is to be checked, the diagnosis result is checked by accessing the web page corresponding to the cervical cancer diagnosis mode using the ID and password generated by the server system. Accessing a web page corresponding to an ultrasound video diagnosis mode with an ID, a password, and a web access code, checking the diagnosis result, and receiving an input signal for viewing a video of the fetus; Integrated medical diagnostic method comprising a. delete delete delete delete delete

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