JP2020098601A - Method and device for recording plurality of treatment plans for each medical video - Google Patents

Abstract

To provide a method and a device for recording a plurality of treatment plans for each medical video, in which one medical video data and a plurality of treatment plans related to the medical video data are grouped and managed.SOLUTION: A method for recording a plurality of treatment plans for each medical video can include the steps of: when a treatment plan establishment signal for a person to be treated is received, executing an interface for establishing a treatment plan to display the already-stored video data to a person to be treated; establishing a first treatment plan in the video data through addition of a first object; saving the first treatment plan by adding an index to the video data and the added first treatment plan; establishing at least one second treatment plan through addition of a second object to the video data; and saving at least one second treatment plan by adding the index to the video data and at least one second treatment data. This method is applicable to other embodiments.SELECTED DRAWING: Figure 4

Description

Detailed Description of the Invention

This application was supported by the Advanced Technology Center (ATC) Program, funded by the Ministry of Industry, Trade and Industry (MOTIE) of Korea (No. 10077361, dental diagnosis, treatment simulation, and PSI (surgery tailored to individual patient). Equipment) integrated system for design).

The present invention relates to a method and apparatus for recording a plurality of treatment plans for each medical image, and a method and apparatus for recording a plurality of treatment plans for each medical image for grouping and managing one medical image data and a plurality of treatment plans related to the medical image data. ..

Currently, medical devices in the market are configured to map and store one treatment plan on one medical image data. Therefore, when multiple treatment plans associated with one medical image data need to be established, the user repeatedly calls up the same previously stored medical image data each time he or she tries to establish a treatment plan. A treatment plan must be established in medical image data.

In this way, even if a treatment plan is established for the same medical image data, if the treatment plans are different, the trouble of having to separately store the treatment plan and the medical image data for each treatment plan occurs. However, there is a problem that it occupies a large storage space. In addition, when transmitting a treatment plan to an external device, since the medical image data mapped to each treatment plan must be transmitted together with the treatment plan, there is a problem that the transmission time is delayed.

Various embodiments of the present invention for solving the above-mentioned conventional problems include a method and apparatus for recording a plurality of treatment plans for each medical image, which can establish and manage a plurality of treatment plans associated with one medical image data. Is provided.

A method for recording a plurality of treatment plans for each medical image according to an embodiment of the present invention executes an interface for establishing a treatment plan when a treatment plan establishment signal for the subject is received, and executes the interface for the subject. Displaying the stored image data; establishing a first treatment plan by adding a first object to the image data; adding an index to the image data and the added first treatment plan; Storing a treatment plan, establishing at least one second treatment plan through adding a second object to the image data, and adding an index to the image data and the at least one second treatment plan to add the at least one second treatment plan. Characterized in that it comprises the step of saving the second treatment plan.

Also, when a transmission signal for the treatment plan is received, the image data associated with the index, the information about the first object included in the first treatment plan and the at least one second treatment plan are included. The method further comprises transmitting information about the second object.

Also, the step of establishing the first treatment plan may further include the step of grouping the first objects added to the image data.

Further, the step of establishing the second treatment plan may further include the step of grouping the second objects added to the image data.

In addition, when a confirmation signal for confirming the treatment plan for the subject is received, the first step of confirming the image data and the image data and the index added to the image data are performed. The method further comprises the step of invoking a treatment plan and said at least one second treatment plan.

And a step of receiving a change signal for at least one treatment plan of the first treatment plan and the at least one second treatment plan that are called, and changing an object included in the treatment plan based on the change signal. The method is further characterized by further including the step of storing the data.

The information about the first object and the information about the second object include a correction value, a correction ratio in the video data, IDs of the first object and the second object, an object type, a line thickness, At least one of text, text ratio, number of points, position of the first and second objects, rotation angle, scale, name, color, and index, and the object type includes straight line, angle, and many. At least one of a straight line, a polygon, a pen, a polygon, an ellipse, a curve, a neural tube, a text, an arrow, an image of an outline model for an implant, and an image of an outline model for a crown.

In addition, an apparatus for recording a plurality of treatment plans for each medical image according to an embodiment of the present invention is an interface that executes an interface for establishing a treatment plan when a treatment plan establishment signal for a subject is received. Unit, a video management unit that calls up the video data already stored by executing the interface and displays the video data through the interface, an object management unit that provides a plurality of objects to be added to the video data, and a plurality of objects added to the video data. Grouping in at least one group, establishing a treatment plan according to the number of the groups, and adding at least one index to the treatment plan management unit and the treatment plan management unit that adds an index to the treatment plan and the image data. It is characterized by including a video DB for storing the added video data and a memory including a treatment plan DB for storing the index by adding the index to the treatment plan.

The treatment plan management unit may further include, when the transmission signal for the treatment plan is received, the information about the objects included in each of the groups and the image data, through the communication unit. It is characterized in that it is transmitted to the device.

In addition, the treatment plan management unit confirms the video data with a confirmation signal for confirming the treatment plan, confirms the index added to the video data, and confirms the objects included in each of the groups. It is characterized by calling by group.

The treatment plan management unit may change and save the object according to a change signal for changing the called object.

The information about the object includes a correction value in the video data, a correction ratio, an ID of the object, an object type, a line thickness, a text, a text ratio, the number of points, a position of the object, a rotation angle, The object type includes a scale, a name, a hue, and at least one of the indexes, and the object type is a straight line, an angle, a plurality of straight lines, a polygon, a pen, a polygon, an ellipse, a curve, a neural tube, a text, an arrow, or an outline for an implant. At least one of an image about a model and an image about a contour model for a crown is included.

As described above, the method and apparatus for recording a plurality of treatment plans for each medical image according to the present invention establishes and manages a plurality of treatment plans associated with one piece of medical image data so that the treatments associated with the same medical image data are treated. The annoyance of having to map and save each plan separately can be eliminated, and there is an effect that the storage space can be minimized.

Further, when transmitting a treatment plan to an external device, by selecting only the treatment plan to be transmitted from a plurality of treatment plans mapped to one medical image data and transmitting the medical image data together, This has the effect of minimizing the delay in transmission time.

3 is a diagram showing a main configuration of an apparatus for recording a plurality of treatment plans associated with medical image data according to an embodiment of the present invention. 6 is a flowchart illustrating a method of recording a plurality of treatment plans associated with medical image data according to an exemplary embodiment of the present invention. 6 is a flowchart illustrating a method of recording a plurality of treatment plans associated with medical image data according to an exemplary embodiment of the present invention. FIG. 6 is a screen view illustrating a method of recording a first treatment plan associated with medical image data according to an exemplary embodiment of the present invention. FIG. 6 is a screen view illustrating a method of recording a second treatment plan associated with medical image data according to an exemplary embodiment of the present invention. FIG. 6 is an exemplary diagram for explaining a data structure according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the accompanying drawings. At this time, the same components are denoted by the same reference numerals as much as possible in the attached drawings. Detailed descriptions of known functions and configurations that may obscure the subject matter of the present invention will be omitted.

FIG. 1 is a diagram showing a main configuration of an apparatus for recording a plurality of treatment plans associated with medical image data according to an embodiment of the present invention.

Referring to FIG. 1, a device according to the present invention (100, hereinafter referred to as an electronic device 100) may include a communication unit 110, an input unit 120, a display unit 130, a memory 140, and a control unit 150. The electronic device 100 is an electronic device used by a practitioner (hereinafter referred to as a user) who intends to perform a practitioner, and may be an electronic device such as a tablet PC, a computer, or a laptop.

The communication unit 110 performs communication with an external device (not shown). In addition, the communication unit 110 communicates with an image acquisition device (not shown) located outside the electronic device 100, and communicates with a main server (not shown). At this time, the electronic device 100 transmits the medical image data (hereinafter, referred to as image data) and the treatment plan to the external device through the main server. To this end, the communication unit 110 includes 5G (fifth generation mobile telecommunication), LTE-A (long term evolution-advanced), LTE (long termination evolution), and WCDMA (registered trademark) (wideband ibidition coded). It is possible to perform wireless communication such as Fi (wireless fidelity). In addition, the communication unit 210 can perform wired communication such as USB (universal serial bus), HDMI (registered trademark) (high definition multimedia interface), and DVI (digital video interactive) cable.

The input unit 120 generates input data corresponding to an input by a user of the electronic device 100. The input unit 120 includes a key pad, a dome switch, a touch panel, a jog shuttle, a sensor, a touch key, and a menu button. Including etc.

The display unit 130 displays display data according to the operation of the electronic device 100. In particular, the display unit 130 displays a screen based on execution and operation of an application, a web page, etc. for establishing a treatment plan for a subject. To this end, the display unit 130 includes a liquid crystal display (LCD), a light emitting diode (LED) display, an organic light emitting diode (OLED) display, and a micro electro mechanical system (MEMS). systems) and electronic paper displays. The display unit 130 may be combined with the input unit 120 and implemented as a touch screen.

The memory 140 stores the operation program of the electronic device 100. The memory 140 can store an installation file such as an application for establishing a treatment plan for a subject and a connection address such as a web page. The memory 140 may store an algorithm capable of measuring a length, a width, an angle, a depth, etc. of a region where an object is added to image data, depending on an object tool. Also, the memory 140 may store an algorithm for image processing of image data. The memory 140 may store image objects for implants and crowns to be added to the image data. In addition, the memory 140 includes a video DB 141 that stores video data for a subject and can store an index by adding the index to the video data when the index is added. The memory 140 includes a treatment plan DB 142 for storing the treatment plan established in association with the image data. At this time, the image data may be two-dimensional medical image data such as Ceph which is a pixel type image, an image of Panorama type, an image obtained by IO Sensor, an image obtained through X-ray, and an image of Volume type. , Voxel format images, images acquired by CT imaging, images acquired by MRI imaging, images acquired by ultrasonic imaging, etc., and may be three-dimensional medical image data.

The control unit 150 establishes a plurality of treatment plans in one piece of image data based on the image data of the subject and changes at least one treatment plan among the plurality of established treatment plans. In addition, the control unit 150 transmits the established treatment plan to an external device (for example, a terminal used in a laboratory). To this end, the control unit 150 may include an interface unit 151, a video management unit 152, an object management unit 153, and a treatment plan management unit 154. The image data, which is a basis for establishing a treatment plan, is image data acquired by an image acquisition unit (not shown) included in the electronic device 100, or an image acquisition device located outside the electronic device 100. The video data acquired by

More specifically, when a signal for establishing a treatment plan for the subject is received from the input unit 120, the interface unit 151 calls an interface for establishing a treatment plan and causes the display unit 130 to display a main screen. Is displayed. At this time, the interface means a user interface that a user can confirm through execution and operation of an application, a web page, etc. for establishing a treatment plan. The interface unit 151 appropriately supplies the control signal received through the input unit 120 to the image management unit 152, the object management unit 153, the treatment plan management unit 154, etc. to perform the operation corresponding to the control signal.

The interface unit 151 requests the object management unit 153 to call an object tool when displaying the main screen on the display unit 130. The object management unit 153 calls a plurality of object tools that can be added to the video data and establish a treatment plan, and displays them on a part of the main screen.

When the interface unit 151 receives a call signal for calling the video data for the subject from the input unit 120, the interface unit 151 provides the call signal to the video management unit 152, and the video management unit 152 stores the call signal in the memory 140 based on the call signal. The included image DB 141 is searched. The video management unit 152 calls the video data associated with the subject corresponding to the calling signal from the video DB 141 and displays it on the main screen. At this time, the call signal may include the name of the subject or the patient number.

The interface unit 151 provides the treatment plan management unit 154 with at least one tool selected from the plurality of object tools through the input unit 120. At this time, the plurality of object tools are tools that can input a treatment plan by using an object in a portion in need of treatment from the image data displayed on the main screen. Can be done. The two-dimensional object tool is an input tool capable of inputting a polycon, such as a quadrangle or a circle, having a defined shape in at least a part of image data, and a line corresponding to a user's input, and at least a part of the image data. It may include a memo tool for entering text, measuring tools for length measurement, angle measurement, depth measurement and width measurement. In addition, the 3D object tool may include an input tool for inputting an implant, a crown, CAD data, Scan data, or the like to at least a part of the image data.

The treatment plan management unit 154 establishes a treatment plan based on the objects added to the video data. The treatment plan management unit 154 stores the established treatment plan in the memory 140. At this time, the treatment plan management unit 154 can establish a plurality of treatment plans for one image data. More specifically, the treatment plan management unit 154 uses a measurement tool for measuring the angle of a specific tooth selected in a state where the image data of the inside of the oral cavity of the subject is displayed on the main screen. When arranged in the department, the treatment plan management unit 154 can confirm that the measurement tool is added to the image data as the first object. In addition, the treatment plan management unit 154 can confirm the angle of the specific tooth to which the measuring tool is added and display the angle on the upper part of the measuring tool.

Then, the treatment plan management unit 154 confirms information about the first object. At this time, information about the object includes a correction value, a correction ratio, an object ID, an object type, a line thickness, a text, a text ratio, the number of points, a position of the object, a rotation angle, a scale in the image data. Includes at least one of name, hue, and index, and object types include line, angle, multiple lines, polygon, pen, polygon, ellipse, curve, neural tube, text, arrow, outline model for implant. It may include at least one of an image and an image of a contour model for the crown. When the measuring tool for measuring the length is added to the image data, the treatment plan management unit 154 groups the angle measuring tool and the length measuring tool as the first object to generate the first group. The treatment plan management unit 154 confirms the first group as the first treatment plan and adds the first index to the first treatment plan and the image data.

Further, when the implant plan is selected from the object tools and the object for the implant is placed in a part of the image data, the treatment plan management unit 154 displays the image data for the inside of the oral cavity of the subject on the main screen. The treatment plan management unit 154 confirms that the object for the implant is added to the image data as the second object. Then, the treatment plan management unit 154 confirms the information about the second object. When the object for the crown is added to the image data, the treatment plan management unit 154 groups the object for the implant and the object for the crown as the second object to generate the second group. The treatment plan management unit 154 confirms the second group as the second treatment plan, and adds the second index to the second treatment plan and the image data.

When the completion signal of the treatment plan is received, the treatment plan management unit 154 adds the first index and the second index to the image data and stores it in the image DB 141. The treatment plan management unit 154 includes a first group generated by at least one first object to which a first index is added, and a second group generated by at least one second object to which a second index is added. , Can be stored in the treatment plan DB 142. At this time, the first group and the second group may include information about objects included in each group.

Further, when the confirmation signal for confirming the stored treatment plan is received from the input unit 120, the interface unit 151 provides the treatment plan management unit 154 with the confirmation signal. At this time, the confirmation signal may include the name of the subject or the patient number. The treatment plan management unit 154 calls the image data and the treatment plan for the subject corresponding to the confirmation signal from the memory 140 and displays them on the display unit 130. For example, the treatment plan management unit 154 calls one image data corresponding to the confirmation signal from the image DB 141. If the first index and the second index are added to the called video data, the treatment plan management unit 154 determines the first group and the first index to which the first index and the second index are added from the treatment plan DB 142. Call 2 groups. At this time, the first group includes at least one first object and information about the first object, and the second group includes at least one second object and information about the second object. The treatment plan management unit 154 may add the first object, which is the first treatment plan, to the image data called based on the information about the first object and display the image data on the display unit 130.

In addition, the treatment plan management unit 154 receives the selection signal for another treatment plan, for example, the second treatment plan, and displays the second treatment plan in the image data called based on the information about the second object. Two objects can be added and displayed on the display unit 130.

When the change signal for the treatment plan is received from the input unit 120, the treatment plan management unit 154 changes the treatment plan according to the change signal and updates and stores the changed treatment plan in the treatment plan DB 142. For example, the treatment plan management unit 154 changes the position of the object formed in the implant image when the position of the implant image is changed in order to change the position to implant the implant from the second object that is the second treatment plan. Can be updated and stored in the treatment plan DB 142.

When the interface unit 151 receives the transmission signal for transmitting the established treatment plan and the changed treatment plan from the input unit 120 to the external device, the interface unit 151 provides the transmission signal to the treatment plan management unit 154. The treatment plan management unit 154 can extract the image data stored in the memory 140 and all the treatment plans established in the image data. That is, since the first index and the second index are added to the video data in which the treatment plan is established, the treatment plan management unit 154 determines that the first treatment plan and the first index to which the first index and the second index have been added. All 2 treatment plans are extracted from the treatment plan DB 142. The treatment plan management unit 154 transmits the information about the first object included in the extracted first treatment plan and the information about the second object included in the second treatment plan to an external device together with one image data. To do. As described above, since the information about the object is formed by simple data, it is possible to increase the speed when transmitting the treatment plan to the external device and prevent the load delay at the external device receiving the treatment plan. There is.

In addition, although the embodiment of the present invention describes that the video data is stored in the video DB 141, the present invention is not limited to this, and the video data may be stored in the main server. In this way, when the image data is stored in the main server, the electronic device 100 may call the image data from the main server to establish a treatment plan.

FIG. 2 is a flowchart illustrating a method of recording a plurality of treatment plans associated with medical image data according to an exemplary embodiment of the present invention.

Referring to FIG. 2, in step 201, the interface unit 151 confirms whether or not the establishment signal for establishing a treatment plan for the subject is received from the input unit 120. When the establishment signal is received as a result of the confirmation in step 201, the interface unit 151 calls an interface for establishing a treatment plan and displays the main screen on the display unit 130 in step 203. At the request of the interface unit 151, the object management unit 153 calls up a plurality of object tools that can be added to the image data and establish a treatment plan, and displays them on a part of the main screen. At this time, the interface means a user interface that can provide a user with a screen for executing and operating an application, a web page, etc. for establishing a treatment plan. The interface unit 151 appropriately supplies the control signal received through the input unit 120 to the image management unit 152, the object management unit 153, the treatment plan management unit 154, etc. to perform the operation corresponding to the control signal. On the contrary, as a result of the confirmation in step 201, if the establishment signal is not received, the interface unit 151 can wait for reception of the establishment signal.

In operation 205, the interface unit 151 performs operation 207 when a call signal for calling the image data for the subject is received from the input unit 120, and waits to receive the call signal when the call signal is not received. In operation 207, the interface unit 151 provides the call signal to the image management unit 152, and the image management unit 152 searches the image DB 141 included in the memory 140 based on the call signal. The video management unit 152 calls the video data associated with the subject corresponding to the calling signal from the video DB 141 and displays it on the main screen.

In operation 209, the interface unit 151 establishes a treatment plan based on a selection signal for at least one of the plurality of object tools received through the input unit 120. The interface unit 151 provides the treatment plan management unit 154 with at least one tool selected from the plurality of object tools. The treatment plan management unit 154 establishes a treatment plan based on the objects added to the video data. In step 211, the interface unit 151 performs step 213 when a treatment plan establishment completion signal for the image data is received from the input unit 120, and returns to step 209 to establish the treatment plan establishment signal when the establishment completion signal is not received. Can be carried out continuously. In step 213, the treatment plan management unit 154 stores the established treatment plan in the memory 140. At this time, the treatment plan management unit 154 can establish a plurality of treatment plans for one image data.

More specifically, the treatment plan management unit 154 adds at least one tool among the object tools selected by the input unit 120 to the image data. For example, in the treatment plan management unit 154, a measurement tool for measuring the angle of the selected specific tooth is arranged in a part of the image data while the image data of the inside of the oral cavity of the subject is displayed on the main screen. Then, the treatment plan management unit 154 can confirm that the measurement tool has been added to the image data as the first object. In addition, the treatment plan management unit 154 can confirm the angle of the specific tooth to which the measuring tool is added and display the angle on the upper part of the measuring tool.

Then, the treatment plan management unit 154 confirms information about the first object. At this time, the information about the object includes the correction value, the correction ratio, the object ID, the object type, the line thickness, the text, the text ratio, the number of points, the position of the object, the rotation angle, the scale in the video data. It may include at least one of name, color and index. The object type is at least one of a straight line, an angle, a number of straight lines, a polygon, a pen, a polygon, an ellipse, a curve, a neural tube, text, an arrow, an image of an outline model for an implant, and an image of an outline model for a crown. Can be included. When a measurement tool for measuring the length is added to the image data, the treatment plan management unit 154 groups the angle measurement tool and the length measurement tool as the first object to generate the first group. The treatment plan management unit 154 confirms the first group as the first treatment plan and adds the first index to the first treatment plan and the image data.

In addition, the treatment plan management unit 154 treats when the implant is selected from the object tools and the implant is placed in a part of the image data while the image data of the inside of the oral cavity of the subject is displayed on the main screen. The plan management unit 154 confirms that the implant has been added to the image data as the second object. Then, the treatment plan management unit 154 confirms the information about the second object. When the object for the crown is added to the image data, the treatment plan management unit 154 groups the object for the implant and the object for the crown as the second object to generate the second group. The treatment plan management unit 154 confirms the second group as the second treatment plan, and adds the second index to the second treatment plan and the image data.

When the completion signal of the treatment plan is received, the treatment plan management unit 154 adds the first index and the second index to the image data and stores it in the image DB 141. The treatment plan management unit 154 stores the first group created by at least one first object to which the first index is added and the second group created by at least one second object to which the second index is added. It can be stored in the treatment plan DB 142. At this time, the first group and the second group may include information about objects included in each group.

In operation 215, the interface unit 151 performs operation 217 when a transmission signal for transmitting the established treatment plan to the external device (not shown) is received from the input unit 120, and operation 219 if the transmission signal is not received. Carry out. In operation 217, the interface unit 151 may provide a transmission signal to the treatment plan management unit 154, and the treatment plan management unit 154 may extract the treatment plan stored in the memory 140 and transmit the treatment plan to the external device through the communication unit 110. At this time, the treatment plan management unit 154 can extract all the treatment plans established in one image data. That is, since the first index and the second index are added to the video data in which the treatment plan is established, the treatment plan management unit 154 sets the first index and the second index to which the first index and the second index are added. All the treatment plans are extracted from the treatment plan DB 142. The treatment plan management unit 154 transmits the information about the first object included in the extracted first treatment plan and the information about the second object included in the second treatment plan to the external device together with one image data. .. As described above, since the information about the object is formed by simple data, the external device can speed up the transmission of the treatment plan, and the effect of preventing the load delay in the external device receiving the treatment plan can be achieved. is there.

In addition, in the embodiment of the present invention, the electronic device 100 transmits the treatment plan to the external device by way of example, but the present invention is not limited thereto. The electronic device 100 may transmit the treatment plan to a main server (not shown) connected to the electronic device 100. At this time, the main server may store the image data stored in the image DB 141 of the memory 140. The main server may extract the image data related to the treatment plan received through the index and transmit the extracted image data and the treatment plan to a transmission server (not shown). The main server may transmit the image data and the treatment plan to the transmission server after masking the personal information of the subject or deleting the personal information when transmitting the treatment plan to the transmission server. In addition, the main server can generate a URL address or the like for confirming the video data and the treatment plan using a QR code (registered trademark) or the like and transmit the generated URL address to the transmission server. The transmission server may transmit the image data and the treatment plan received from the main server to an external device, or may transmit a QR code (registered trademark) or the like to the external device.

In step 219, the interface unit 151 confirms whether or not the end signal for the treatment plan establishment is received from the input unit 120. When the end signal is received as a result of the confirmation in step 219, the interface unit 151 ends the execution of the application for establishing the treatment plan, the web page, and the like. On the contrary, if the end signal is not received, the controller 150 may return to step 209 to re-execute the operation.

FIG. 3 is a flowchart illustrating a method of recording a plurality of treatment plans associated with medical image data according to an exemplary embodiment of the present invention.

Referring to FIG. 3, when the confirmation signal for confirming the stored treatment plan is received from the input unit 120 in operation 301, the interface unit 151 provides the treatment plan management unit 154 with the confirmation signal. If the reception of the confirmation signal is confirmed, the treatment plan management unit 154 performs step 303, and if the reception of the confirmation signal is not confirmed, the treatment plan management unit 154 waits for the confirmation signal. At this time, the confirmation signal may be the name of the subject or the patient number.

In step 303, the treatment plan management unit 154 calls the image data and the treatment plan for the subject corresponding to the confirmation signal from the memory 140, and in step 305, the treatment plan management unit 154 displays the called image data and the treatment plan in the display unit 130. To display. For example, the treatment plan management unit 154 calls one image data corresponding to the confirmation signal from the image DB 141. If the first index and the second index are added to the called video data, the treatment plan management unit 154 determines the first group and the first index to which the first index and the second index are added from the treatment plan DB 142. Call 2 groups. At this time, the first group includes at least one first object and information about the first object, and the second group includes at least one second object and information about the second object. The treatment plan management unit 154 may add the first object, which is the first treatment plan, to the image data called based on the information about the first object and display the image data on the display unit 130.

In step 307, the treatment plan management unit 154 performs step 309 when a selection signal for another treatment plan, for example, the second treatment plan is received. At step 309, the treatment plan management unit 154 switches the screen to the second treatment plan corresponding to the selection signal and displays it on the display unit 130. That is, when the selection signal for the second group is received, the treatment plan management unit 154 sets the second treatment plan, which is the second treatment plan, to the image data called based on the information about the second object included in the second group. Objects can be added and displayed on the display unit 130. At this time, the image data displayed in step 305 may be maintained, and the first object, which is the first treatment plan, may be converted into the second object, which is the second treatment plan, according to the selection signal and displayed. On the contrary, in step 307, the treatment plan management unit 154 performs step 311 if the selection signal is not received.

In step 311, the treatment plan management unit 154 confirms whether or not the change signal for the treatment plan is received from the input unit 120. When the change signal is received in step 311, the treatment plan management unit 154 performs step 313, and when the change signal is not received, the treatment plan management unit 154 performs step 315. In step 313, the treatment plan management unit 154 changes the treatment plan according to the signal received from the input unit 120 and updates and stores the changed treatment plan in the treatment plan DB 142. For example, the treatment plan management unit 154 changes the position of the object formed in the implant image when the position of the implant image is changed in order to change the position to implant the implant from the second object that is the second treatment plan. Can be updated and stored in the treatment plan DB 142.

In operation 315, the treatment plan management unit 154 performs operation 317 when the transmission signal for transmitting the confirmed or changed treatment plan to the external device (not shown) is received, and the transmission signal is not received. Then, the operation can be performed again by returning to step 307. At this time, since steps 315 and 317 have been described as steps 215 and 217 of FIG. 2, a detailed description thereof will be omitted.

FIG. 4 is an exemplary view illustrating a method of recording a first treatment plan associated with medical image data according to an exemplary embodiment of the present invention. FIG. 5 is an exemplary screen illustrating a method of recording a second treatment plan associated with medical image data according to an exemplary embodiment of the present invention.

Referring to FIGS. 4 and 5, when an application for establishing a treatment plan, a web page, etc. are executed, main screens 400 and 500 are displayed on the display unit 130. At this time, the main screens 400 and 500 have image areas 410 and 510 for displaying image data, tool areas 420 and 520 for displaying tools for generating objects, and list areas 430 and 530 for displaying a list of selected objects. It is divided into. In addition, a list of established treatment plans 411, 511, 512 and tabs 412, 513 for adding treatment plans may be formed at the top of the image areas 410, 510, and at the top of the tool areas 420, 520. May be formed with export tabs 421, 521 for transmitting the established treatment plan to an external device (not shown). In the tool areas 420 and 520, a button for performing image processing by adjusting sharpness, hue inversion, brightness, etc. for the image data, a button for initializing the image processing, and rotating and inverting the image data. Button for measuring, a button for measuring the length, angle, depth and width of a part of the video data, a pen for inputting a line corresponding to the user's input to the video data, input from the input unit 120. Connect the start and end points to perform straight line input, arrow line input, curve input, rectangle input and ellipse input, a text button for inputting text to the video data, and a part of the video data. An object tool may be displayed that includes buttons for placing an object for the implant or an object for the crown and buttons for performing the displaying and hiding of objects added to the video data.

More specifically, when the user selects the plan addition tab 412, the interface unit 151 generates and activates the treatment plan 1 tab 411. The user inputs a calling signal including the name or patient number of the person who is going to establish a treatment plan through the input unit 120. The video management unit 152 calls the video data corresponding to the calling signal from the video data stored in the video DB 141 and displays it in the image area 410 as shown in FIG. At this time, the image data according to the present invention may be two-dimensional medical image data that is x-ray image data of the inside of the oral cavity of the subject.

The user can select a tool for measuring the length among the object tools displayed in the tool area 420 in order to establish the first treatment plan based on the image data of the subject. After selecting the tool, the user selects a start point and an end point in the lower jaw from the image data in order to measure the length of a specific position. The treatment plan management unit 154 calculates the lengths with respect to the selected start point and end point, displays them on the video data, and sets this as the 1a object 441.

Further, the user selects a reference point on the lower jaw to measure an angle at a specific position, and then selects a plurality of positions whose angles are to be measured with reference to the reference point. The treatment plan management unit 154 calculates an angle based on the selected reference point and a plurality of positions and displays it on the video data, and sets it as the 1b object 442.

Finally, the user selects multiple points to measure the length of a particular location on the upper jaw. The treatment plan management unit 154 calculates the length connecting the selected plurality of points, displays the calculated length on the video data, and sets this as the first c object 443. As described above, when the first object 440 is set, the list menu 430 formed at the lower end of the tool area 420 displays a distance menu, an angle menu, and a multi distance menu. The user can modify and delete the 1a object 441, the 1b object 442, and the 1c object 443 by using the respective menus.

In this way, when the 1a object 441, the 1b object 442, and the 1c object 443 are added to the video data, the treatment plan management unit 154 sets the 1a object 441, the 1b object 442, and the 1c object 443 as the first object. The first group is generated by grouping the objects 440. The treatment plan management unit 154 confirms the first group as the first treatment plan and adds the first index to the first treatment plan and the image data. The treatment plan management unit 154 adds the first index to the image data and stores it in the image DB 141, and stores the first treatment plan to which the first index has been added in the treatment plan DB 142. At this time, the treatment plan management unit 154 may store the information about the first object 440 included in the first treatment plan together.

As shown in FIG. 4, when the user selects the add plan tab 412 on the main screen 400 after the establishment of the first treatment plan, the treatment plan 1 tab, which is one of the treatment plan lists, as shown in FIG. A treatment plan 2 tab 512 may be additionally formed in the treatment plan list between the 511 and the add plan tab 513. At this time, the treatment plan 1 tab 511 and the plan addition tab 513 are the same as the treatment plan 1 tab 411 and the plan addition tab 412 of FIG. When the treatment plan 2 tab 512 is activated, the same image data as the image data displayed in the image region 410 of FIG. 4 is displayed in the image region 510.

With the treatment plan 2 tab 512 activated, the user can add a total of 6 second objects 540 to the image data. For example, the user selects a tool for width measurement from the object tools displayed in the tool area 420 of FIG. 4 and sets a ROI (region of interest) for which the upper jaw of the image data is desired to measure width. .. When the ROI is set by the user, the treatment plan management unit 154 calculates the size of the ROI and adds it to the video data, and sets it as the 2a object 541. When the user selects the arrow line button among the object tools displayed in the tool area 520 to display the arrow on the ROI, the treatment plan management unit 154 displays the ROI displayed on the image data, that is, the second-a object 541. A heading arrow is added and this is set as the 2b object 542.

The user selects the curve button of the object tool displayed in the tool area 520 to select the position where the curve is added in order to display the portion of the image data that requires nerve treatment in the lower jaw. The treatment plan management unit 154 connects the positions selected by the user, adds a curve, and generates this as a second c object 543. The user selects the implant and crown buttons among the object tools displayed in the tool area 520 in order to display a position in the lower jaw of the image data where implant implantation and crown treatment are considered necessary. Select the position to perform the treatment. The treatment plan management unit 154 adds a 3D type implant image object and a crown image object to the position selected by the user, and sets these as the second d object 544 and the second e object 545.

Finally, the user selects a text button from the object tools displayed in the tool area 520 to add a memo at a position for implant implantation, and selects a position to add the text. The treatment plan management unit 154 adds the text input by the user to the position selected by the user and sets this as the second f object 546.

In this way, when the second object 540 is set, the ROI menu, the Arrow menu, the Never menu, the Implant menu, the Crown menu, and the Memo menu are displayed in the list area 530 formed at the lower end of the tool area 520. .. The user can modify and delete the second a object 541, the second b object 542, the second c object 543, the second d object 544, the second e object 545 and the second f object 546 by using the respective menus.

In this way, when the 2a object 541, the 2b object 542, the 2c object 543, the 2d object 544, the 2e object 545, and the 2f object 546 are added to the video data, the treatment plan management unit 154 sets the 2a object. The object 541, the second b object 542, the second c object 543, the second d object 544, the second e object 545 and the second f object 546 are grouped as a second object 540 to generate a second group. The treatment plan management unit 154 confirms the second group as the second treatment plan, and adds the second index to the second treatment plan and the image data. The treatment plan management unit 154 adds the second index to the image data and stores it in the image DB 141, and stores the second treatment plan to which the second index has been added in the treatment plan DB 142. At this time, the treatment plan management unit 154 may store the information about the second object 540 included in the second treatment plan together.

When the establishment of the first treatment plan and the second treatment plan is completed by adding the first object 440 and the second object 540, the user uses the export tabs 421 and 521 included in the main screens 400 and 500 to display the video data. , The first treatment plan and the second treatment plan can be provided to an external device. Since this has been described with reference to FIG. 2, a detailed description will be omitted.

FIG. 6 is an exemplary diagram illustrating a data structure according to an embodiment of the present invention.

Referring to FIG. 6, the image data and the treatment plan may be stored in the data structure as shown in FIG. 6A. The electronic device 100 adds an object related to implant implantation to the maxillary image when implant implantation is required for the 13th and 26th teeth of the upper jaw of the subject corresponding to the upper jaw image. The electronic device 100 groups the objects added to the 13th and 26th teeth as the first object and sets them as the first treatment plan. Then, the electronic apparatus 100 may store the data by adding the first index (index1) to the first treatment plan and the upper jaw image.

In addition, the electronic device 100 adds an object associated with the resin replacement to the upper jaw image if the 17th tooth of the subject's upper jaw corresponding to the upper jaw image needs to be replaced with the resin. The electronic device 100 groups the object added to the 17th tooth as the second object and sets it as the second treatment plan. Then, the electronic device 100 may add a second index (index2) to the second treatment plan and the upper jaw image to store the data.

Further, the electronic device 100 adds an object related to implant implantation to the lower jaw image if implant implantation is required for the 35th tooth of the lower jaw of the subject corresponding to the lower jaw image. The electronic device 100 groups the object added to the 17th tooth as the third object and sets it as the third treatment plan. Then, the electronic device 100 may store the data by adding the third index (index3) to the third treatment plan and the lower jaw image.

Through this, when the user selects Hong Gildong and the upper jaw image, the electronic device 100 confirms the index added to the upper jaw image. The electronic device 100 extracts the first treatment plan and the second treatment plan to which the first index (index1) and the second index (index2) added to the upper jaw image are added. The user can alternately confirm the first treatment plan and the second treatment plan from the list of treatment plans. Therefore, when the data structure is stored as shown in FIG. 6A, the user selects the name of the person to be treated and the type of image data and selects a plurality of treatment plans established in the corresponding image data. It can be confirmed collectively.

Also, the image data and the treatment plan may be stored in a data structure having a form as shown in FIG. If the electronic device 100 requires implant implantation in the 13th and 26th teeth of the upper jaw of the subject and the 35th tooth of the lower jaw of the subject, the electronic device 100 relates to implant implantation in the upper jaw image and the lower jaw image. Add the object you made. The electronic device 100 groups the 13th and 26th teeth of the upper jaw and the 35th tooth of the lower jaw as the first object and sets them as the first treatment plan. Then, the electronic device 100 may store the data by adding the first index (index1) to the first treatment plan, the upper jaw image and the lower jaw image.

In addition, the electronic device 100 adds an object related to the resin replacement to the upper jaw image when the resin needs to be replaced for the upper 17th tooth of the upper jaw and the lower jaw of the subject. The electronic device 100 groups the 17th tooth of the upper jaw as the second object and sets it as the second treatment plan. Then, the electronic apparatus 100 may store the data by adding the second index (index2) to the second treatment plan and the upper jaw image. Through this, when the user selects implant placement as a treatment plan with Hong Gildong, the electronic device 100 confirms that the index added to the implant placement is the first index (index1). The electronic device 100 may extract the upper jaw image and the lower jaw image to which the first index (index1) is added and display the images on the display unit 130. At this time, the electronic device 100 may divide one screen to display the upper jaw image and the lower jaw image at the same time. Therefore, when the data structure is stored as shown in FIG. 6B, the user may select the name of the patient and the treatment plan to check a plurality of image data for one treatment plan. it can.

On the other hand, the embodiments of the present invention disclosed in the present specification and the drawings are merely specific examples in order to easily explain the technical contents of the present invention and help understanding of the present invention. It is not meant to limit the scope. That is, it is obvious to those having ordinary knowledge in the technical field to which the present invention belongs that other modified examples based on the technical idea of the present invention can be implemented.

Claims (12)

Receiving a treatment plan establishment signal for the subject, executing an interface for establishing the treatment plan and displaying the stored image data for the subject;
Establishing a first treatment plan by adding a first object to the image data;
Adding an index to the image data and the added first treatment plan to store the first treatment plan;
Establishing at least one second treatment plan by adding a second object to the image data; and adding an index to the image data and the at least one second treatment plan to determine the at least one second treatment plan. A step of storing; Multiple treatment plan recording method for each medical image. Upon receipt of a transmission signal for the treatment plan, the image data associated with the index, information about the first object included in the first treatment plan and included in the at least one second treatment plan. The method of claim 1, further comprising: transmitting information about the second object. The step of establishing the first treatment plan comprises:
The method according to claim 2, further comprising: grouping the first objects added to the image data. The step of establishing the second treatment plan comprises:
The method according to claim 3, further comprising grouping the second objects added to the image data. When a confirmation signal for confirming the treatment plan for the subject is received,
Further comprising: confirming the image data; and confirming the image data and the index added to the image data to call the first treatment plan and the at least one second treatment plan. The plurality of treatment plan recording methods according to medical images according to claim 4. Receiving a change signal for at least one treatment plan of the called first treatment plan and the at least one second treatment plan; and changing an object included in the treatment plan based on the change signal The method for recording a plurality of treatment plans according to medical images according to claim 5, further comprising: The information about the first object and the information about the second object are
Correction value, correction ratio, ID of the first object and the second object, object type, line thickness, text, text ratio, number of points, the first object and the second object in the video data Position, rotation angle, scale, name, hue and at least one of the indices,
The object type is
Include at least one of a straight line, an angle, a number of straight lines, a polygon, a pen, a polygon, an ellipse, a curve, a neural tube, text, an arrow, an image of an outline model for an implant, and an image of an outline model for a crown. The method for recording a plurality of treatment plans for each medical image according to claim 2. An interface unit that executes an interface for establishing the treatment plan when a treatment plan establishment signal for the subject is received;
An image management unit that calls up the image data already stored by executing the interface and displays the image data through the interface.
An object management unit that provides a plurality of objects to be added to the video data;
A treatment plan management unit that groups a plurality of objects added to the image data into at least one group, establishes a treatment plan according to the number of the groups, and adds an index to the treatment plan and the image data; A medical image, comprising: an image DB storing image data to which at least one index has been added by the plan management unit; and a memory including a treatment plan DB storing the index added to the treatment plan. A device that records different treatment plans. A communication unit;
The treatment plan management unit,
9. The method of claim 8, wherein when the transmission signal for the treatment plan is received, the information about the objects included in each of the groups and the image data are transmitted to an external device through the communication unit. A device that records multiple treatment plans for each medical image. The treatment plan management unit,
The image data is confirmed by a confirmation signal for confirming the treatment plan, the index added to the image data is confirmed, and the objects included in each group are called for each group. An apparatus for recording a plurality of treatment plans for each medical image according to claim 9. The treatment plan management unit,
The apparatus for recording a plurality of treatment plans for each medical image according to claim 10, wherein the object is changed and saved according to a change signal for changing the called object. Information about the object is
Correction value in image data, correction ratio, object ID, object type, line thickness, text, text ratio, number of points, position of object, rotation angle, scale, name, color and index Including at least one of
The object type is
Include at least one of a straight line, an angle, a number of straight lines, a polygon, a pen, a polygon, an ellipse, a curve, a neural tube, text, an arrow, an image of an outline model for an implant, and an image of an outline model for a crown. The apparatus for recording a plurality of treatment plans for each medical image according to claim 9.