KR100932195B1 - Method and system of managing medical image data - Google Patents

Abstract

PURPOSE: A medical image data processing method and a system thereof are provided to efficiently manage medical activity by defining a user field for medical information in image data not including annotation and providing information for a doctor or a patient. CONSTITUTION: Encoded medical image data including first-fourth field and a user field is received from a server(S50). The user field includes medical information and the fourth field includes an image file. The received medical image data is decoded(S51). The medical information is extracted from the user field of the decoded medical image data(S52). The image file of the decoded medical image data and the medical information extracted the decoded medical image data are displayed in a screen(S53).

Description

Method and system of managing medical image data

The present invention relates to a technique for processing an image taken by a capsule endoscope, and in particular, while generating a medical image data including an image file and basic medical information of an image taken by a human body capsule endoscope, the medical image data of the client A medical image data processing method and system for processing in a server environment and a communication environment between clients.

Endoscopy is an implantable medical device originally designed to observe organs that cannot be seen directly without surgery or autopsy.

However, endoscopy is due to the pain and discomfort associated with the test, many patients have to avoid the endoscopy and receive medication instead. In particular, endoscopes have been used for many diagnosis and examinations, but because of the size and stiffness of the catheter, it has caused various inconveniences to patients and medical staff.

Accordingly, in recent years, capsule type endoscopes have been developed to supplement various disadvantages of endoscopes, and have been used to diagnose various diseases in the medical field.

Capsule type endoscope, or capsule endoscope, is a capsule sized endoscope that can be swallowed through the oral cavity of the human body and moved according to the peristalsis of the digestive system, which is one of the body cavities of the human body, before the image is taken. Transmitted video information to an external device through wireless communication.

These capsule endoscopes do not require anesthesia, there is no nausea, and it is possible to take pictures of the small intestine that could not be taken with the conventional general endoscope, and thus has the advantage of enabling a more accurate medical diagnosis.

The capsule endoscope is very small and takes tens of thousands of subjects while moving according to the peristalsis of the digestive system in the human body for 8 to 10 hours. Endoscopy devices, including capsule endoscopes, are the basic configuration of the receiver and workstation.

The receiver wirelessly receives and stores an image captured by the capsule endoscope. The workstation is connected to the receiver to read image data stored in the receiver. And the workstation includes a monitor for displaying an image of the read image data.

The doctor diagnoses the patient through the images shown on the monitor. In particular, the workstation includes software for diagnosing a patient, and accordingly, the doctor uses the software to read an image viewed in units of frames, and diagnoses the presence of a disease and suspicious findings.

Diagnostic results for the patient are stored on the workstation, which stores the stored diagnostic results in annotated form.

Image data is displayed in units of frames. The image data has meta data including file name, size (byte), type, resolution, and creation time (shooting time), and has a data field including image files in formats such as JPEG, TIFF, and PNG. However, the conventional image data does not include basic medical information before the diagnosis result by the doctor, that is, the addition of the annotation.

On the other hand, in recent years, there is a demand for a technology for integrated management by exchanging image data including an image captured by the capsule endoscope via a network. That is, an operating system of a client-server environment in which a workstation accesses a server through a network such as the Internet and uploads image data or downloads necessary image data from a server is required. In addition, a system configuration for exchanging image data between workstations is required.

In the case of establishing a client-server environment or a communication environment between the clients as described above, the image data before adding the annotation does not include any medical information, and thus does not respond more flexibly to various requirements of the user. There was this. By way of example, conventional image data has not defined any fields to contain medical information prior to annotation addition. Accordingly, in the case of the second client receiving the image data without an annotation added from any first client, the second client did not know any information about the image data, but only the formal meta information of the image data, namely, file name, Only the size (byte), type, resolution, and time of creation (time of recording) were known, but no information about the doctor or patient was known.

In addition, in order to establish a client-server environment or a communication environment between clients, a technology for data encryption is also required.

An object of the present invention has been made in view of the above points, by generating a medical image data including the image file and basic medical information of the image taken by the human body capsule endoscope to create a client-server environment or communication environment between clients To provide a method and system for processing medical image data that can flexibly cope with various requirements of a user even in the case of building a network.

Still another object of the present invention is to include medical information in the image data itself without an annotation, and to apply the encryption technology to secure the medical image when establishing a client-server environment or a communication environment between clients. It is to provide a data processing method and system.

A feature of the medical image data processing method according to the present invention for achieving the above object is a method of processing the encoded medical image data by the client terminal, the first field indicating the start of the image file, a user including medical information The encoding comprising a field, a second field indicating the start of the user field, a third field indicating the length of the user field, and a fourth field including the header field and the image file for reconfirmation of the user field Receiving the medical image data from the server, extracting medical information from the decoded medical image data, and reproducing the image file of the decoded medical image data and the extracted medical information on a screen. .

A feature of the medical image data processing system according to the present invention for achieving the above objects is a first field indicating the start of an image file, a user field containing medical information, a second field indicating the start of the user field, A server for holding encoded medical image data including a third field indicating a length of a user field, a header field for reconfirmation of the user field, and a fourth field including the image file; A receiver for receiving encoded medical image data, a decoder for decoding medical image data received by the receiver, an extractor for extracting medical information from the medical image data decoded by the decoder, and medical information extracted from the extractor. Image file of the decoded medical image data while playing on the screen It would be configured to include a client terminal having an image data viewer (Viewer) playing on the screen.

Preferably, the image data viewer reproduces the medical information and the image file on the screen through a graphical user interface (GUI), wherein the graphical user interface is configured to display at least one image frame according to the reproduction of the image file. 1. A display window, a second display window displaying text of corresponding medical information according to the reproduction of the extracted medical information, and an image frame displayed on the first display window are selected to group at least one image frame. A third display window and a fourth display window for displaying a server list including a plurality of servers together with the server may be configured. The graphic user interface may further include an ergonomic location map indicating a location of an image frame displayed on the first display window and an audio file included in the extracted medical information. The tool may further comprise an audio player.

Preferably, the medical terminal receives medical image data including water marking information for digital rights management from a client terminal as peer-to-peer, and the medical image included in the received medical image data. Another client terminal may simultaneously play the information and the image file on the screen.

Preferably, the client terminal or the other client terminal may include a generator for inputting an annotation of an image file reproduced on the screen.

The graphic user interface may display the plurality of image frames by dividing the plurality of image frames on the first display window, and enlarge the image frames on the first display window as one of the displayed image frames is selected. Can be. The user field may further include a region into which an annotation of an image file reproduced on the screen is inserted.

Preferably, the client terminal is a generator for inserting the medical information into the medical image data including the image file taken by the human body capsule endoscope, and the medical image data is inserted into the medical information encoded by the generator The encoder may further include a transmitter for uploading the encoded medical image data to the server.

Preferably, the human body-type capsule endoscope for generating and transmitting an image signal in the human body, and a receiver for receiving and storing the image signal transmitted from the capsule endoscope as an image file, the image signal is the capsule endoscope is a human body It is generated by photographing the inside of the digestive tract moving along the internal digestive organ, the capsule endoscope continuously transmits the generated video signal using the human body as a conductor, the client terminal is connected to the receiver and stored Can read image files.

According to the present invention, when establishing a client-server environment or a communication environment between clients by defining a user field that can include medical information in the image data itself without an annotation, information about a doctor or a patient can be obtained. This enables efficient operation of medical practice. For example, a second client that receives image data without an annotation added from any first client may obtain basic medical information necessary for diagnosis from a user field of the corresponding image data.

In addition, since the medical image data of various patients can be stored in a database on the server, it is easy to access the authenticated users to provide convenience when diagnosing a patient, and to facilitate the sharing or exchange of medical information for a specific patient.

In addition, the present invention enables data organization and standardization by flexibly defining a user field (EXMIF) of image data including not only basic medical information but also an annotation corresponding to a result of a later diagnosis of a doctor, without large change of an existing format.

In addition, it satisfies the security requirements of encryption of medical image data, thereby ensuring stability in establishing a client-server environment or a communication environment between clients.

Other objects, features and advantages of the present invention will become apparent from the detailed description of the embodiments with reference to the accompanying drawings.

Hereinafter, with reference to the accompanying drawings illustrating the configuration and operation of the embodiment of the present invention, the configuration and operation of the present invention shown in the drawings and described by it will be described by at least one embodiment, By the technical spirit of the present invention described above and its core configuration and operation is not limited.

Hereinafter, various embodiments of the method and system for processing medical image data according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing the configuration of a medical image data processing system according to the present invention.

Referring to FIG. 1, the system of the present invention includes a server 10, a first client terminal 20, and a second client terminal 30 to establish a client-server environment and a communication environment between clients.

The server 10 holds encoded medical image data. Hereinafter, the medical image data may be described as EXMIF (Exchangeable Medical Information Format).

The first client terminal 20 or the second client terminal 30 downloads the medical image data from the server 10 and also uploads the medical image data to the server 10. However, in the following description, an example of implementing a client-server environment using the first client terminal 20 and the server 10 will be described, and the communication environment between the clients using the first client terminal 20 and the second client terminal 30 will be described. An example of implementing this is described.

Accordingly, the first client terminal 20 downloads the downlink processing blocks 21, 23, and 25 for downloading and processing the encoded medical image data from the server 10, and the uplink processing blocks for uploading the medical image data ( 22, 24, 26, 27). Then, the medical image data viewer 28 is provided.

The downstream processing blocks are a receiver 21 for receiving the medical image data encoded from the server 10, a decoder 23 for decoding the medical image data received at the receiver 21, and a medical image decoded at the decoder 23. And an extractor 25 for extracting medical information from the data.

The upstream processing blocks include a medical information generator 26 and a medical image inserted with medical information by the medical information generator 26 for inputting and inserting medical information into medical image data including an image file photographed by a human insert capsule endoscope. The encoder 24 encodes the data, and the transmitter 22 uploads the medical image data encoded by the encoder 24 to the server 10.

Meanwhile, the medical image data viewer 28 also reproduces the image file of the decoded medical image data on the screen while reproducing the medical information extracted by the extractor 25 on the screen.

The second client terminal 30 may also have the same configuration as the first client terminal 20 described above. However, in the present invention, it is described that the second client terminal 30 implements the communication environment between the first client terminal 20 and the clients. In FIG. 1, the second client terminal 30 is connected to the medical information generator 31. An example is provided with an annotation generator 32 and a medical image data viewer 33. The components 31, 32, and 33 provided in these second client terminals 30 have the same functions as the corresponding components 26, 27, and 28 of the first client terminal 20.

Accordingly, the second client terminal 30 receives the medical image data from the first client terminal 20 as peer-to-peer (P2P), and receives the medical information and image file included in the received medical image data. It has a configuration to play simultaneously on the screen.

Operation description for upstream processing block

The first client terminal 20 together with the capsule endoscope 40 and the receiver 50 shown in FIG. 6 constitutes a capsule endoscope device. 6 is a view showing an example of the configuration of the capsule endoscope, the receiver and the client terminal in the present invention. That is, the first client terminal 20 reads an image file stored in the receiver 50 as one workstation and displays it on the screen.

The capsule endoscope 40 is microscopic and shoots tens of thousands of subjects while moving according to the peristalsis of the digestive organs in the human body. In addition, the capsule endoscope 40 generates and transmits an image signal according to time-series photographing performed in the human body. In detail, the video signal is generated by capturing the inside of the digestive tract while the capsule endoscope 40 moves along the digestive tract in the human body, and the capsule endoscope 40 continuously transmits the video signal generated by using the human body as a conductor. .

The receiver 50 wirelessly receives and stores an image signal corresponding to an image captured by the capsule endoscope 40. In particular, the receiver 50 receives the video signal transmitted from the capsule endoscope 40 and stores it as an image file.

The first client terminal 20 is connected to the receiver 50 to read an image file stored in the receiver 50. The first client terminal 20 includes a generator for generating one medical image data from the image file read from the receiver 50. In particular, the first client terminal 20 generates medical image data by adding medical information to an image file read from the receiver 50 through the medical information generator 26.

The medical information generator 26 is a tool for inputting medical information including identification information of a device used for encoding medical image data, device user identification information, and identification information of the medical image data.

The identification information of the device includes a device manufacturer and a device name and version, the device user identification information includes a doctor's name and contact information, patient gender / age / body characteristics (height / body weight), and the medical image data. The identification information of includes the generation time of the image file according to the imaging of the body part, the photographed anatomical body part, the pathology, the diagnosis result, and the attributes (size and color) of the image file.

3 is a diagram illustrating an example of a screen configuration of a medical information generator in a client terminal according to the present invention, and illustrates an example of a medical information generator 26 displayed on a screen through a graphical user interface (GUI).

In the example of FIG. 3, the medical information generator 26 includes a version of medical image data to be generated as general information (EXMIF Version), a device name for generating medical image data, a country, It includes a function window for entering the ownership, hospital name, doctor name, and e-mail address. The medical information generator 26 also includes a function window for inputting patient sex / age / height / weight as patient information. The medical information generator 26 also provides a function window for inputting a reason for referral, an anatomical region, a disease name, and comments as diagnostic information. It includes.

As various medical information is input through the medical information generator 26, the encoder 24 generates medical image data including the input medical information. In this case, the generated medical image data is encoded medical image data, and the transmitter 22 uploads the encoded medical image data to the server 10. Accordingly, the server 10 stores the uploaded medical image data in the database (DB).

Meanwhile, the medical image data according to the present invention has the format shown in FIG.

2 is a diagram illustrating an example of a format of medical image data according to the present invention. The medical image data according to the present invention has a field into which image files of TIFF, PNG, etc. format are inserted in addition to JPEG, and also medical information is inserted. This includes fields that are

Specifically, referring to FIG. 2, the medical image data according to the present invention includes a first field (SOI: Start of Image) indicating the start of an image file in JPEG format and an end (EOI) field indicating the end of the image file. Image, and includes a user field (EXMIF) for inserting medical information between the two fields, and an image field (IMAGE DATA field) for inserting compressed data files. In FIG. 2, other fields COM, DQT, SOF, DHT, and SOS are not related to the core matters or operations of the present invention, and thus details thereof are omitted.

In particular, the user field EXMIF is also composed of fields as shown in Table 1 below.

TABLE 1

symbol Size (Byte) Explanation APP3 2 Area that marks the beginning of a user field (EXMIF) Data length 2 Area indicating the length of the medical information insertion area EXMIF header 7 Header area of medical information insertion area EXMIF data variable Medical information insertion area

When the area of the user field EXMIF is divided with reference to Table 1, a second field APP3 indicating the start of the user field EXMIF including medical information and a length indicating the length of the user field EXMIF 3 fields (Data length), a header field (EXMIF header) for reconfirmation of the user field (EXMIF), and the data field (EXMIF data) including the medical information. The medical information inserted into the data field may be at least one of a text and an audio file. Thus, although not shown, the medical information generator 26 may have a function for inputting information as audio.

The data field EXMIF data of the user field EXMIF may further include a region into which an annotation is inserted. This will be described in detail below.

In addition, the medical image data may further include a field including watermarking information for digital rights management and a field for encryption, which is for security when implementing a communication environment between clients.

As another example, the first client terminal 20 may generate and upload medical image data to the server 10 without inserting the above-described medical information.

Instead of generating the medical image data including the medical information after reading the image file stored in the receiver 50, the first client terminal 20 downloads the image data without the medical information inserted from the server 10. Medical image data including medical information may be generated.

Description of operation for downlink processing block

In the first client terminal 20, the receiver 21 receives encoded medical image data having the format as shown in FIG. 2 from the server 10.

The decoder 23 decodes the medical image data received by the receiver 21, and the extractor 25 extracts the medical information from the user field EXMIF of the medical image data decoded by the decoder 23.

The medical image data viewer 28 reproduces the medical information extracted by the extractor 25 on the screen through a graphical user interface (GUI) and simultaneously reproduces the image file of the decoded medical image data on the same screen.

4A and 4B are diagrams illustrating an example of a configuration of a graphical user interface (GUI) according to an operation of an image data viewer in a client terminal according to the present invention. FIG. 4A and 4B illustrate an example of simultaneously displaying an image file along with medical information on one screen. will be.

As shown in FIGS. 4A and 4B, the graphical user interface (GUI) includes a plurality of display windows (110, 120, 130, 140, 190), an anatomical location map (150), an audio player (160), and many others. It is configured to include input windows (170, 180).

The first display window 110 displays at least one image frame according to the reproduction of the image file of the medical image data. 4A illustrates an example of displaying several image frames at the same time, and FIG. 4B illustrates an enlarged view of only one selected from several image frames.

In detail, the graphical user interface (GUI) may display a plurality of image frames by dividing the plurality of image frames on the first display window 110 as shown in FIG. 4A, and among the image frames displayed on the first display window 110. As one is selected, the corresponding image frame may be enlarged and displayed on the first display window 110 as illustrated in FIG. 4B.

The second display window 120 displays the text of the corresponding medical information according to the reproduction of the medical information extracted from the medical image data.

The third display window 130 groups and displays the selected at least one image frame as one of the image frames displayed on the first display window 110 is selected. The user may select and move at least one image frame to the third display window 130 by using a mouse drag and drop operation.

The fourth display window 140 displays a server list including a plurality of other servers together with a server to download medical image data.

An anatomical location map 150 represents the anatomical location of the image frame displayed on the first display window 110 of the entire image frame. That is, it indicates to which position the image frame displayed on the first display window 110 among the total amount photographed by the capsule endoscope 40.

The audio player 160 is an operation tool for audio output of the audio file included in the medical information when the medical information extracted from the medical image data includes the audio file.

-Describe communication between clients-

The first client terminal 20 transmits the medical image data to a peer-to-peer (P2P), and accordingly the second client terminal 30 receives the medical image data.

In particular, the first client terminal 20 transmits watermarking information for digital rights management and medical image data into which encryption information is inserted. Therefore, the second client terminal 30 is preferably an authenticated client that is guaranteed to receive the medical image data.

The second client terminal 30 decodes the received medical image data, extracts medical information inserted into the medical image data, and simultaneously reproduces the medical information and the image file included in the medical image data on the screen.

The second client terminal 30 includes an annotation generator 32 for inputting an annotation of an image file reproduced on the screen by referring to the medical information and image file reproduced on the screen. Of course, the first client terminal 20 also preferably includes an annotation generator 27 for input insertion of annotations.

The annotation generators 27 and 32 display a comment input window for performing annotation input to an image file on the screen. Can be stored. In particular, the annotations input through the annotation generators 27 and 32 are inserted into the user field EXMIF into which medical information is inserted. This is possible by further including a region in which an annotation of an image file reproduced on the screen is inserted in the sub data field of the user field EXMIF.

As a result, the annotation generated by the annotation generator 32 of the second client terminal 30 may include organ location information indicating which organ of the digestive organ is an image file reproduced on the screen, and the image file of which disease. The disease type information indicating whether the image is an image and the disease seriousness information indicating how severe the disease is in the case where the image file is an image representing one disease may be included.

The second client terminal 30 uploads the medical image data including the annotation in the user field EXMIF to the server 10.

Accordingly, the server 10 maintains a database of medical image data of various patients and downloads the medical image data when the authenticated client approaches the data, thereby sharing or exchanging medical information and diagnostic information for a specific patient. Make it possible.

FIG. 5 is a flowchart illustrating a medical image data processing procedure according to an embodiment of the present invention, in which a first client terminal processes encoded medical image data.

Referring to FIG. 5, the receiver 21 of the first client terminal 20 receives encoded medical image data from the server 10 (S50). In detail, the first client terminal 20 provides a server list through the screen, and connects to the selected server 10 as one is selected from the server list. Subsequently, medical image data is received from the selected server. The received medical image data includes, as described above, a field indicating the start of an image file (SOI), a field indicating the end of an image file (EOI), a user field for inserting medical information (EXMIF), and a compressed image. And a field for inserting compressed data. In particular, the user field EXMIF is a field APP3 indicating the start of the user field EXMIF containing medical information, a data length indicating the length of the user field EXMIF, and a user field EXMIF. It includes a header field (EXMIF header), a data field containing medical information (EXMIF data).

The decoder 23 of the first client terminal 20 decodes the received medical image data (S51).

The extractor 25 of the first client terminal 20 extracts medical information from the decoded medical image data (S52).

Subsequently, the medical image data viewer 28 of the first client terminal 20 simultaneously reproduces the image file of the decoded medical image data and the medical information extracted by the extractor 25 on the screen (S53). Here, the image file includes a plurality of image frames, and the graphical user interface (GUI) displays the plurality of images in units of frames on the corresponding display window.

For example, the medical image data viewer 28 may divide and display a plurality of image frames on a screen and display the same. As one of the plurality of reproduced image frames is selected, the medical image data viewer 28 enlarges and reproduces the selected image frame on the screen. I can display it.

Subsequently, an annotation inputted according to the operation of the annotation generator 27 is inserted into a user field EXMIF of the medical image data, and in detail, a sub data field, and the first client terminal 20 The transmitter 22 uploads the medical information and the medical image data into which the image file and the annotation are both inserted to the server 10.

As another example, the transmitter 22 of the first client terminal 20 further includes watermarking information and encryption information for digital rights management in the medical image data into which the medical information and the image file are inserted. Peer-to-peer (P2P) may be transmitted to the second client terminal 30.

In the present invention, the medical information inserted into the user field EXMIF corresponds to the meta information of the medical image data along with basic information including a file name, size (byte), type, resolution, and creation time (shooting time). As a result, the medical information generator 26 and the encoder 24 included in the first client terminal 20 generate medical image data so that the medical information is processed as meta information.

While the preferred embodiments of the present invention have been described so far, those skilled in the art may implement the present invention in a modified form without departing from the essential characteristics of the present invention.

Therefore, the embodiments of the present invention described herein are to be considered in descriptive sense only and not for purposes of limitation, and the scope of the present invention is shown in the appended claims rather than the foregoing description, and all differences within the scope are equivalent to the present invention. Should be interpreted as being included in the

1 is a block diagram showing the configuration of a medical image data processing system according to the present invention.

2 is a view showing an example of a medical image data format according to the present invention.

3 is a view showing a screen configuration example of a medical information generator in a client terminal according to the present invention.

4A and 4B are diagrams illustrating an example of a configuration of a graphical user interface (GUI) according to an operation of an image data viewer in a client terminal according to the present invention.

5 is a flow chart of a processing procedure of medical image data according to the present invention.

6 is a view showing an example of the configuration of the capsule endoscope, the receiver and the client terminal in the present invention.

* Description of the drawing symbols *

10: server 20: client terminal

21: receiver 22: transmitter

23: decoder 24: encoder

25: Extractor 26: Medical Information Generator

27: Annotation Generator 28: Medical Image Data Viewer

30: other client terminal

40: capsule endoscope 50: receiver

Claims (20)

A method for processing encoded medical image data by a client terminal, A first field indicating the start of an image file, a user field containing medical information, a second field indicating the start of the user field, a third field indicating the length of the user field, and a header field for reconfirmation of the user field And receiving the encoded medical image data including a fourth field including the image file from a server. Decoding the received medical image data; Extracting the medical information from the user field of the decoded medical image data; And reproducing the image file of the decoded medical image data and the extracted medical information on a screen. The method of claim 1, wherein the receiving of the encoded medical image data comprises: Providing a server list through the screen; Connecting to the server selected from the server list; And receiving the medical image data from the server. delete The method of claim 1, wherein the user field includes the medical information including at least one of a text and an audio file, and the user field includes a region into which an annotation of a reproduced image file is inserted on the screen. Medical image data processing method characterized in that. The method of claim 1, wherein the image file comprises a plurality of image frames. The medical image data processing method according to claim 5, wherein the plurality of image frames are reproduced by dividing the plurality of image frames on the screen, and the image frames are enlarged and reproduced as one of the reproduced image frames is selected. The method of claim 1, wherein the medical information, And identification information of the device used for encoding the medical image data, the device user identification information, and identification information of the medical image data. The medical image data processing method of claim 1, further comprising: transmitting, by the client terminal, the encoded medical image data to another client terminal. The method of claim 8, wherein the encoded medical image data includes watermarking information and encryption information for digital rights management. The display apparatus of claim 1, wherein the at least one image frame is displayed on a first display window of the screen according to the reproduction of the image file, and the text of the corresponding medical information is displayed on the second display window according to the reproduction of the extracted medical information. And outputting an audio file of the medical information through an audio player. And moving and copying any one of the image frames displayed on the first display window to a third display window for grouping at least one image frame. A first field indicating the start of an image file, a user field containing medical information, a second field indicating the start of the user field, a third field indicating the length of the user field, and a header field for reconfirmation of the user field And a server for holding encoded medical image data including a fourth field including the image file. A receiver for receiving the encoded medical image data from the server, a decoder for decoding the medical image data received at the receiver, an extractor for extracting the medical information from the user field of the medical image data decoded at the decoder; And a client terminal including an image data viewer for reproducing the image file of the decoded medical image data on the screen while reproducing the medical information extracted by the extractor on the screen. Data processing system. The method of claim 11, wherein the image data viewer is to reproduce the medical information and image files on the screen through a graphical user interface (GUI), The graphical user interface includes a first display window displaying at least one image frame according to the reproduction of the image file, a second display window displaying text of corresponding medical information according to the reproduction of the extracted medical information, and the first display window. And a third display window for grouping at least one image frame by selecting any one of the image frames displayed on the display window, and a fourth display window for displaying a server list including a plurality of servers together with the server. Medical image data processing system characterized in that. The method of claim 12, wherein the graphical user interface, An anatomical location map indicating the position of the image frame displayed on the first display window among the entire image frames, and an audio player as an operation tool for voice outputting the audio file included in the extracted medical information. Medical image data processing system, characterized in that configured. The method of claim 11, wherein the medical image data including watermarking information and encryption information for digital rights management is received from the client terminal as a peer-to-peer, and the received medical image is received. And another client terminal which simultaneously reproduces the medical information and the image file included in the data on the screen. The method of claim 11 or 14, wherein the client terminal or the other client terminal, And a generator for inputting and inserting annotations for the reproduced image file on the screen. delete The method of claim 12, wherein the graphical user interface, The plurality of image frames are displayed by dividing the plurality of image frames on the first display window, and as the selected one of the displayed image frames is selected, the image frame is enlarged and displayed on the first display window. . The method of claim 12, wherein the user field is And an area in which an annotation for the reproduced image file is inserted on the screen. The method of claim 11, wherein the client terminal, A generator for inputting and inserting the medical information into the medical image data including the image file photographed by the human implantable capsule endoscope; an encoder for encoding the medical image data into which the medical information is inserted; And a transmitter for uploading medical image data to the server. The method of claim 11, wherein Further comprising a human body capsule endoscope for generating and transmitting an image signal in the human body, and a receiver for receiving the image signal transmitted from the capsule endoscope and storing it as an image file, The video signal is generated by capturing the inside of the digestive system while the capsule endoscope moves along the digestive system in the human body, and the capsule endoscope continuously transmits the generated video signal using the human body as a conductor, and the client And a terminal is connected to the receiver to read the stored image file.

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