KR102273922B1 - Method and apparatus for recodring of a plurality of treatment plan each of medical image - Google Patents

Abstract

The present invention relates to a method and apparatus for recording a plurality of treatment plans for each medical image, and when a treatment plan establishment signal for a recipient is received, executing an interface for establishing a treatment plan to display pre-stored image data for the recipient; Establishing a first treatment plan by adding a first object to the image data, storing the first treatment plan by adding an index to the image data and the added first treatment plan, through adding a second object to the image data It may include the steps of establishing at least one second treatment plan and storing the at least one second treatment plan by adding an index to the image data and the at least one second treatment plan. It is possible.

Description

Method and apparatus for recording multiple treatment plans for each medical image {METHOD AND APPARATUS FOR RECODRING OF A PLURALITY OF TREATMENT PLAN EACH OF MEDICAL IMAGE}

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 by grouping and managing one medical image data and a plurality of treatment plans related to the medical image data. is about

Currently, medical devices on the market are configured in the form of mapping and storing one treatment plan to one medical image data. Therefore, when it is necessary to establish a plurality of treatment plans related to one medical image data, the user repeatedly calls the same pre-stored medical image data whenever he wants to establish a treatment plan, and sets the treatment plan to the called medical image data. should be established

As such, if the treatment plans are different even when treatment plans are established on the same medical image data, the inconvenience of mapping the treatment plan and the medical image data for each treatment plan and storing them separately occurs, and a problem that takes up a lot of storage space occurs. do. In addition, when a treatment plan is to be transmitted to an external device, since medical image data mapped to each treatment plan must be transmitted together with the treatment plan, the transmission time is delayed.

KR2015-0070980 10

Various embodiments of the present invention for solving these conventional problems are to provide a method and apparatus for recording a plurality of treatment plans for each medical image, capable of establishing and managing a plurality of treatment plans related to one piece of medical image data.

In the method of recording a plurality of treatment plans for each medical image according to an embodiment of the present invention, when a treatment plan establishment signal for a subject is received, an interface for establishing the treatment plan is executed to display pre-stored image data for the subject. establishing a first treatment plan by adding a first object to the image data; storing the first treatment plan by adding an index to the image data and the added first treatment plan; establishing at least one second treatment plan by adding a second object to data; and storing the at least one second treatment plan by adding an index to the image data and the at least one second treatment plan. characterized by including.

In addition, when a transmission signal for a treatment plan is received, the image data related to the index, information on the first object included in the first treatment plan, and the second information included in the at least one second treatment plan It characterized in that it further comprises the step of transmitting information about the object.

In addition, the step of establishing the first treatment plan, characterized in that it further comprises the step of grouping the first object added to the image data.

In addition, the step of establishing the second treatment plan, characterized in that it further comprises the step of grouping the second object added to the image data.

In addition, when a confirmation signal for confirming the treatment plan for the subject is received, confirming the image data and checking the image data and the index added to the image data to determine the first treatment plan and the at least one It characterized in that it further comprises the step of calling the second treatment plan of.

In addition, receiving a change signal for at least one treatment plan among the called first treatment plan and the at least one second treatment plan, changing and storing an object included in the treatment plan based on the change signal It is characterized in that it further comprises a step.

In addition, the information on the first object and the information on the second object includes the information on the first object and the information on the second object, the correction value, correction ratio, and the first object in the image data. ID, object type, line thickness, text, text ratio, number of points, positions of the first object and the second object, rotation angle, scale, name, color, and index of the second object of the object and the second object. Including, wherein the object type is a straight line, an angle, a plurality of straight lines, polygons, pens, polygons, ellipses, curves, neural tubes, texts, arrows, images for the external model of the implant and the image of the external model for the crown It is characterized in that it includes at least one.

In addition, the apparatus for recording a plurality of treatment plans for each medical image according to an embodiment of the present invention includes an interface unit that executes an interface for establishing the treatment plan when a treatment plan establishment signal for a recipient is received, the interface execution An image management unit that calls pre-stored image data according to the method and displays it through the interface, an object management unit that provides a plurality of objects to be added to the image data, and groups the plurality of objects added to the image data into at least one group, a treatment plan management unit that establishes a treatment plan for each number of groups and adds an index to the treatment plan and the image data, and an image DB that stores image data to which at least one index is added by the treatment plan management unit; It is characterized in that it comprises a memory including a treatment plan DB for storing the index by adding the treatment plan.

In addition, further comprising a communication unit, wherein the treatment plan management unit, when a transmission signal for the treatment plan is received, the information on the object included in each group and the image data to an external device through the communication unit to transmit characterized in that

In addition, the treatment plan management unit checks the image data according to the confirmation signal for confirming the treatment plan, and calls the object included in each group by group by checking the index added to the image data characterized in that

In addition, the treatment plan management unit is characterized in that the object is changed and stored according to a change signal for changing the called object.

In addition, the information on the object includes a correction value in the image data, correction rate, ID of the object, object type, line thickness, text, text ratio, number of points, position of the object, rotation angle, scale, name , a color and at least one of the index, 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, an image for an appearance model for an implant, and It is characterized in that it includes at least one of the images for the external model of the crown.

As described above, in the method and apparatus for recording a plurality of treatment plans for each medical image of the present invention, by establishing and managing a plurality of treatment plans related to one medical image data, each treatment plan related to the same medical image data is mapped separately It is possible to eliminate the hassle of storing and to minimize the storage space.

In addition, when a treatment plan is transmitted to an external device, only a treatment plan to be transmitted from among a plurality of treatment plans mapped to one medical image data is selected and the medical image data is transmitted together to minimize the transmission time delay. It works.

1 is a diagram illustrating a main configuration of an apparatus for recording a plurality of treatment plans related to medical image data according to an embodiment of the present invention.
2 is a flowchart illustrating a method of recording a plurality of treatment plans related to medical image data according to an embodiment of the present invention.
3 is a flowchart illustrating a method of recording a plurality of treatment plans related to medical image data according to an embodiment of the present invention.
4 is an exemplary screen view for explaining a method of recording a first treatment plan related to medical image data according to an embodiment of the present invention.
5 is an exemplary screen view for explaining a method of recording a second treatment plan related to medical image data according to an embodiment of the present invention.
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. In this case, it should be noted that in the accompanying drawings, the same components are indicated by the same reference numerals as possible. In addition, detailed descriptions of well-known functions and configurations that may obscure the gist of the present invention will be omitted.

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

Referring to FIG. 1 , a device 100 (hereinafter, referred to as an electronic device 100 ) according to the present invention includes a communication unit 110 , an input unit 120 , a display unit 130 , a memory 140 , and a control unit 150 . may include The electronic device 100 is an electronic device used by an operator (hereinafter, referred to as a user) who intends to treat a subject, 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). In this case, the electronic device 100 transmits medical image data (hereinafter, referred to as image data) and a treatment plan to an external device through the main server. To this end, the communication unit 110 is 5G (fifth generation mobile telecommunication), LTE-A (long term evolution-advanced), LTE (long term evolution), WCDMA (wideband code division multiple access) and wifi (wireless fidelity) such as Wireless communication can be performed. Also, the communication unit 210 may perform wired communication such as a universal serial bus (USB), a high definition multimedia interface (HDMI), a digital video interactive (DVI) cable, and the like.

The input unit 120 generates input data in response to a user input 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. button), 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 according to the execution and operation of an application, a web page, etc. for establishing a treatment plan for the recipient. 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) displays and electronic paper displays. The display unit 130 may be combined with the input unit 120 to be implemented as a touch screen.

The memory 140 stores operation programs of the electronic device 100 . The memory 140 may store an installation file such as an application for establishing a treatment plan for a recipient, or may store an access address such as a web page. When an object is added to image data by object tools, the memory 140 may store an algorithm capable of measuring the length, width, angle, depth, etc. of the region to which the object is added, and an algorithm for image processing of image data. can be saved. The memory 140 may store image objects for implants and crowns to be added to image data. In addition, the memory 140 stores image data for the subject, and when an index is added, an image DB 141 that can be stored by adding an index to the image data, and a treatment plan established in relation to the image data. It includes a treatment plan DB 142 for storing. At this time, the image data may be two-dimensional medical image data such as a pixel format image, Ceph, Panorama format image, an image acquired from an IO sensor, an image acquired through X-ray, etc., a volume format image, Voxel format may be 3D medical image data such as an image of , an image acquired through CT imaging, an image acquired through MRI imaging, or an image acquired through ultrasound imaging.

The controller 150 establishes a plurality of treatment plans in one image data based on the image data of the recipient and changes at least one treatment plan among the established plurality of treatment plans. In addition, the control unit 150 transmits the established treatment plan to an external device (eg, a terminal used in a laboratory, etc.). To this end, the control unit 150 may include an interface unit 151 , an image 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) provided in the electronic device 100 , or acquired by an image acquisition device located outside the electronic device 100 . image data.

More specifically, the interface unit 151 displays the main screen on the display unit 130 by calling the interface for establishing a treatment plan when the establishment signal for establishing a treatment plan for the subject is received from the input unit 120 . In this case, the interface means a user interface that the user can check through the execution and operation of an application, a web page, etc. for establishing a treatment plan. The interface unit 151 appropriately provides the control signal received through the input unit 120 to the image management unit 152 , the object management unit 153 , and the treatment plan management unit 154 to perform an operation corresponding to the control signal. .

When the interface unit 151 displays the main screen on the display unit 130 , the interface unit 151 requests the object management unit 153 to call the object tool. The object management unit 153 calls a plurality of object tools capable of establishing a treatment plan in addition to the image data and displays them on a part of the main screen.

The interface unit 151 provides a call signal to the image management unit 152 when a call signal for calling image data for the subject is received from the input unit 120, and the image management unit 152 provides a memory ( 140), the image DB 141 included in the search is performed. The image management unit 152 calls the image data related to the subject corresponding to the call signal from the image DB 141 and displays it on the main screen. In this case, the call signal may include the name of the recipient or the patient number.

When at least one tool among a plurality of object tools is selected through the input unit 120 , the interface unit 151 provides it to the treatment plan management unit 154 . In this case, the plurality of object tools is a tool that can input a treatment plan by using an object in a portion requiring treatment among the image data displayed on the main screen, and may be composed of two-dimensional and three-dimensional object tools. The two-dimensional object tool inputs a polygon such as a rectangle or a circle having a predetermined shape to at least a part of image data, an input tool that can input a line corresponding to a user's input, and inputs text into at least a part of image data It may include a memo tool that can do this, a measuring tool for measuring length, measuring angle, measuring depth, and measuring width. In addition, the 3D object tool may include an input tool for inputting implants, crowns, CAD data, scan data, etc. to at least a part of the image data.

The treatment plan management unit 154 establishes a treatment plan based on the object added to the image data. The treatment plan management unit 154 stores the established treatment plan in the memory 140 . In this case, the treatment plan management unit 154 may establish a plurality of treatment plans for one image data. More specifically, the treatment plan management unit 154 is a treatment plan management unit 154 when a measuring tool for measuring the angle of a selected specific tooth is placed in a part of the image data in a state where the image data for the inside of the mouth of the recipient is displayed on the main screen. ) can confirm that the measurement tool is added to the image data as the first object. In addition, the treatment plan management unit 154 may check the angle of the specific tooth to which the measuring tool is added, and display it in text on the upper part of the measuring tool. Then, the treatment plan management unit 154 checks the information on the first object. In this case, the information on the object includes correction values, correction ratios, object IDs, object types, line thicknesses, texts, text ratios, number of points, positions of the objects, rotation angles, scales, names, colors and including 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, an image for an appearance model for an implant, and an appearance for a crown At least one of the images for the model may be included. When the 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 into a first object to create a first group. The treatment plan management unit 154 identifies the first group as the first treatment plan, and adds a first index to the first treatment plan and image data.

In addition, the treatment plan management unit 154 is the treatment plan management unit 154 when an implant is selected from among the object tools and an implant object is placed in a part of the image data while the image data for the inside of the patient's oral cavity is displayed on the main screen. ) confirms that the object for the implant is added to the image data as the second object. Then, the treatment plan management unit 154 checks the information on the second object. When the object for the crown is added to the image data, the treatment plan management unit 154 creates a second group by grouping the object for the implant and the object for the crown into a second object. The treatment plan management unit 154 identifies the second group as the second treatment plan, and adds a second index to the second treatment plan and image data.

When the treatment plan completion signal is received, the treatment plan management unit 154 adds a first index and a second index to the image data and stores the data in the image DB 141, and at least one first object to which the first index is added. The first group created as , and the second group created as at least one second object to which the second index is added may be stored in the treatment plan DB 142 . In this case, the first group and the second group may include information on objects included in each group.

Also, when a confirmation signal for confirming the stored treatment plan is received from the input unit 120 , the interface unit 151 provides it to the treatment plan management unit 154 . In this case, the confirmation signal may include the name of the recipient or the patient number. The treatment plan management unit 154 calls the image data and the treatment plan for the recipient 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 image data, the treatment plan management unit 154 selects the first group and the second group to which the first index and the second index are added from the treatment plan DB 142 . call In this case, the first group includes at least one first object and information on the first object, and the second group includes at least one second object and information on the second object. The treatment plan management unit 154 may add a first object that is a first treatment plan to the image data called based on the information on the first object and display it on the display unit 130 .

In addition, when a selection signal for another treatment plan, for example, a second treatment plan is received, the treatment plan management unit 154 adds a second object that is a second treatment plan to the image data called based on the information on the second object. It may be displayed on the display unit 130 .

When the treatment plan change signal is received from the input unit 120 , the treatment plan management unit 154 changes the treatment plan according to the change signal, updates the changed treatment plan in the treatment plan DB 142 and stores it. For example, the treatment plan management unit 154, when the position of the object formed of the implant image is moved to change the position at which the implant is to be placed among the second object that is the second treatment plan, information on the moved position is transferred to the treatment plan DB ( 142) can be updated and stored.

When a transmission signal for transmitting the established treatment plan and the changed treatment plan to the external device is received from the input unit 120 , the interface unit 151 provides the transmission signal to the treatment plan management unit 154 . The treatment plan management unit 154 may extract image data stored in the memory 140 and all treatment plans established in the image data. That is, since the first index and the second index are added to the image data in which the treatment plan is established, the treatment plan management unit 154 treats the first treatment plan and the second treatment plan to which the first index and the second index are added. All are extracted from the plan DB (142). The treatment plan management unit 154 transmits information on the first object included in the extracted first treatment plan and information on the second object included in the second treatment plan together with one image data to an external device. In this way, since the information on the object consists of simple data, it is possible to speed up the transmission of the treatment plan to the external device and to prevent the load delay in the external device receiving the treatment plan.

In addition, although it is described that the image data is stored in the image DB 141 in the embodiment of the present invention, the present invention is not necessarily limited thereto, and the image data may be stored in the main server. As such, when the image data is stored in the main server, the electronic device 100 may establish a treatment plan by calling the image data from the main server.

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

Referring to FIG. 2 , in step 201 , the interface unit 151 checks whether an establishment signal for establishing a treatment plan for a recipient is received from the input unit 120 . As a result of checking in step 201 , when the establishment signal is received, in step 203 , the interface unit 151 calls an interface for establishing a treatment plan and displays the main screen on the display unit 130 . The object management unit 153 calls a plurality of object tools capable of establishing a treatment plan in addition to the image data at the request of the interface unit 151 and displays them on a part of the main screen. In this case, the interface means a user interface that can provide a user with a screen according to the execution and operation of an application, a web page, etc. for establishing a treatment plan. The interface unit 151 appropriately provides the control signal received through the input unit 120 to the image management unit 152 , the object management unit 153 , and the treatment plan management unit 154 to perform an operation corresponding to the control signal. . Conversely, as a result of checking in step 201, if the establishment signal is not received, the interface unit 151 may wait for the reception of the establishment signal.

In step 205 , the interface unit 151 receives a call signal for calling the image data for the subject from the input unit 120 , performs step 207 , and if the call signal is not received, waits for the reception of the call signal. In step 207 , the interface unit 151 provides a 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 image management unit 152 calls the image data related to the subject corresponding to the call signal from the image DB 141 and displays it on the main screen.

In step 209 , the interface unit 151 establishes a treatment plan based on a selection signal for at least one tool among a plurality of object tools received through the input unit 120 . When at least one tool among the plurality of object tools is selected, the interface unit 151 provides it to the treatment plan management unit 154 . The treatment plan management unit 154 establishes a treatment plan based on the object added to the image data. In step 211, the interface unit 151 performs step 213 when a signal of completion of establishment of a treatment plan for image data is received from the input unit 120, and returns to step 209 when a signal of completion of establishment is not received to establish a treatment plan. can be performed continuously. In step 213 , the treatment plan management unit 154 stores the established treatment plan in the memory 140 . In this case, the treatment plan management unit 154 may 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, when the treatment plan management unit 154 is placed in a part of the image data a measuring tool for measuring the angle of a selected specific tooth in a state where the image data for the inside of the mouth of the recipient is displayed on the main screen, the treatment plan management unit 154 is It can be confirmed that the measuring tool is added to the image data as the first object. In addition, the treatment plan management unit 154 may check the angle of the specific tooth to which the measuring tool is added, and display it in text on the upper part of the measuring tool. Then, the treatment plan management unit 154 checks the information on the first object. At this time, the information on the object includes the correction value, correction ratio, object ID, object type, line thickness, text, text ratio, number of points, object position, rotation angle, scale, name, color and index in the image data. Including at least one of, the object type is a straight line, an angle, a plurality of straight lines, polygons, pens, polygons, ellipses, curves, neural tubes, texts, arrows, images for appearance models for implants, and appearance models for crowns It may include at least one of the images for When a measuring tool for measuring length is added to the image data, the treatment plan management unit 154 groups the angle measuring tool and the length measuring tool into a first object to create a first group. The treatment plan management unit 154 identifies the first group as the first treatment plan, and adds a first index to the first treatment plan and image data.

In addition, the treatment plan management unit 154, when the image data for the inside of the recipient's oral cavity is displayed on the main screen, an implant is selected among the object tools, and the implant is placed in a part of the image data, the treatment plan management unit 154 is the implant It is confirmed that is added to the image data as the second object. Then, the treatment plan management unit 154 checks the information on the second object. When the object for the crown is added to the image data, the treatment plan management unit 154 creates a second group by grouping the object for the implant and the object for the crown into a second object. The treatment plan management unit 154 identifies the second group as the second treatment plan, and adds a second index to the second treatment plan and image data.

When the treatment plan completion signal is received, the treatment plan management unit 154 adds a first index and a second index to the image data and stores the data in the image DB 141, and at least one first object to which the first index is added. The first group created as , and the second group created as at least one second object to which the second index is added may be stored in the treatment plan DB 142 . In this case, the first group and the second group may include information on objects included in each group.

In step 215, the interface unit 151 performs step 217 when a transmission signal for transmitting the established treatment plan to an external device (not shown) is received from the input unit 120, and performs step 219 when the transmission signal is not received. do. In step 217 , the interface unit 151 provides the transmission signal to the treatment plan management unit 154 , and the treatment plan management unit 154 extracts the treatment plan stored in the memory 140 and transmits it to an external device through the communication unit 110 . can In this case, the treatment plan management unit 154 may extract all treatment plans established in one image data. That is, since the first index and the second index are added to the image data in which the treatment plan is established, the treatment plan management unit 154 treats the first treatment plan and the second treatment plan to which the first index and the second index are added. All are extracted from the plan DB (142). The treatment plan management unit 154 transmits information on the first object included in the extracted first treatment plan and information on the second object included in the second treatment plan together with one image data to an external device. In this way, since the information on the object consists of simple data, it is possible to speed up the transmission of the treatment plan to the external device and to prevent the load delay in the external device receiving the treatment plan.

In addition, in the exemplary embodiment of the present invention, the electronic device 100 transmits the treatment plan to the external device as an example, but the present invention is not limited thereto. The electronic device 100 may transmit a treatment plan to a main server (not shown) connected to the electronic device 100 . In this case, the main server may store the image data stored in the image DB 141 of the memory 140 . The main server may extract image data related to the treatment plan received through the index, and transmit the extracted image data and treatment plan to a delivery server (not shown). The main server may transmit the image data and treatment plan to the delivery server after masking or deleting the personal information about the person being treated when delivering the image data and treatment plan. In addition, the main server may generate a URL address for checking the image data and the treatment plan as a QR code and transmit it to the delivery server. The delivery server may transmit the image data and treatment plan received from the main server to an external device, or transmit a QR code or the like to an external device.

In step 219 , the interface unit 151 checks whether or not a termination signal for establishing a treatment plan is received from the input unit 120 . As a result of the confirmation in step 219, when the end signal is received, the interface unit 151 terminates execution of an application, a web page, etc. for establishing a treatment plan. Conversely, if the end signal is not received, the controller 150 may return to step 209 to re-perform the above operations.

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

Referring to FIG. 3 , when a confirmation signal for confirming the stored treatment plan is received from the input unit 120 in step 301 , the interface unit 151 provides it to the treatment plan management unit 154 . When 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, it waits for the reception of the confirmation signal. In this case, the confirmation signal may be the name of the recipient or the patient number.

In step 303, the treatment plan management unit 154 calls the image data and 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 treatment plan on the display unit. (130) is indicated. 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 image data, the treatment plan management unit 154 selects the first group and the second group to which the first index and the second index are added from the treatment plan DB 142 . call In this case, the first group includes at least one first object and information on the first object, and the second group includes at least one second object and information on the second object. The treatment plan management unit 154 may add a first object that is a first treatment plan to the image data called based on the information on the first object and display it 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, a second treatment plan is received. In 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 a selection signal for the second group is received, the treatment plan management unit 154 adds a second object that is a second treatment plan to the image data called based on the information on the second object included in the second group. to be displayed on the display unit 130 . In this case, the image data displayed in step 305 may be maintained as it is, and the first object that is the first treatment plan may be converted into the second object that is the second treatment plan according to the selection signal and displayed. Conversely, 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 checks whether a 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 , updates and stores the changed treatment plan in the treatment plan DB 142 . For example, the treatment plan management unit 154, when the position of the object formed of the implant image is moved to change the position at which the implant is to be placed among the second object, which is the second treatment plan, information on the moved position to the treatment plan DB ( 142) can be updated and stored.

In step 315, the treatment plan management unit 154 performs step 317 when a transmission signal for transmitting the confirmed or changed treatment plan to an external device (not shown) is received, and goes to step 307 if the transmission signal is not received. The operation may be re-performed by regression. In this case, since steps 315 and 317 have been described in steps 215 and 217 of FIG. 2 , a detailed description thereof will be omitted.

4 is an exemplary screen view for explaining a method of recording a first treatment plan related to medical image data according to an embodiment of the present invention. 5 is an exemplary screen view for explaining a method of recording a second treatment plan related to medical image data according to an embodiment of the present invention.

4 and 5 , when an application or a web page for establishing a treatment plan is executed, main screens 400 and 500 are displayed on the display unit 130 . In this case, the main screens 400 and 500 include image areas 410 and 510 for displaying image data, tool areas 420 and 520 for displaying tools for creating objects, and list areas for displaying a list of selected objects ( 430, 530). In addition, lists 411, 511, 512 of established treatment plans and tabs 412 and 513 for adding treatment plans may be formed on the image areas 410 and 510, and the tool area 420, Export tabs 421 and 521 for transmitting the established treatment plan to an external device (not shown) may be formed on the upper portion of the 520 . In the tool areas 420 and 520, a button for performing image processing by adjusting sharpness, color inversion, and brightness of the image data, a button for initializing image processing, a button for performing rotation and inversion of image data, A button for measuring the length, angle, depth and width of a part of the image data, a pen that can input a line corresponding to the user's input to the image data, and a straight line input by connecting the start and end points input from the input unit 120 , a button for performing arrow line input, curve input, square input, and ellipse input, a text button for inputting text in image data, a button for placing an object for implant or an object for crown in a part of image data, and An object tool including a button for displaying and hiding an object added to image data may be displayed.

More specifically, when the user selects the plan addition tab 412 , the interface unit 151 creates and activates the treatment plan 1 tab 411 . The user inputs a call signal including the name or patient number of a person to be operated on to establish a treatment plan through the input unit 120 . The image management unit 152 calls the image data corresponding to the call signal from among the image data stored in the image DB 141 and displays it in the image area 410 as shown in FIG. 4 . In this case, the image data in the present invention may be two-dimensional medical image data that is x-ray image data for the inside of the mouth of the recipient.

The user may select a tool for length measurement from among the object tools displayed in the tool area 420 in order to establish a first treatment plan based on the image data of the recipient. After selecting the tool, the user selects a starting point and an ending point to measure the length of a specific position on the mandible in the image data. The treatment plan management unit 154 calculates the lengths for the selected start and end points, displays them on the image data, and sets them as the 1a object 441 .

In addition, the user selects a reference point to measure the angle of a specific position on the mandible and selects a plurality of positions at which the angle is to be measured based on the reference point. The treatment plan management unit 154 calculates an angle based on the selected reference point and a plurality of positions, displays it on the image data, and sets it as the 1b object 442 .

Finally, the user selects a plurality of points to measure the length of a specific location in the maxilla. The treatment plan management unit 154 calculates a length connecting a plurality of selected points, displays it on the image data, and sets it as the 1c object 443 . As such, when the first object 440 is set, a distance menu, an angle menu, and a multi distance menu are displayed in the list area 430 formed at the bottom of the tool area 420 . The user may modify and delete the 1a object 441 , the 1b object 442 , and the 1c object 443 using each menu.

As such, when the 1a object 441 , the 1b object 442 , and the 1c object 443 are added to the image data, the treatment plan management unit 154 controls the 1a object 441 , the 1b object 442 and A first group is created by grouping the 1c object 443 into the first object 440 . The treatment plan management unit 154 identifies the first group as the first treatment plan, and adds a first index to the first treatment plan and image data. The treatment plan management unit 154 adds a 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 is added in the treatment plan DB 142 . In this case, the treatment plan management unit 154 may store information on the first objects 440 included in the first treatment plan together.

After the establishment of the first treatment plan is completed as shown in FIG. 4 , when the user selects the plan addition tab 412 on the main screen 400 , the treatment plan 1 tab 511 which is one of the treatment plan lists as shown in FIG. 5 . A treatment plan 2 tab 512 between the plan addition tab 513 and the plan addition tab 513 may be additionally formed as a treatment plan list. In this case, 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. 4 . When the treatment plan 2 tab 521 is activated, image data identical to the image data displayed in the image area 410 of FIG. 4 is displayed in the image area 510 .

In a state in which the treatment plan 2 tab 521 is activated, the user may add a total of six second objects 540 to the image data. For example, the user selects a tool for area measurement among the object tools displayed in the tool area 420 of FIG. 4 and sets an ROI (region of interest) desired for area measurement in the upper jaw of the image data. When the ROI is set by the user, the treatment plan management unit 154 calculates the area of the ROI, adds it to the image 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 in the ROI, the treatment plan management unit 154 selects the arrow pointing toward the ROI displayed in the image data, that is, the second a object 541. and set it as the 2b object 542 .

The user selects a curve button among the object tools displayed in the tool area 520 in order to display a part in the mandible of the image data that needs nerve treatment, and selects a position to add a curve to. The treatment plan management unit 154 connects the positions selected by the user to add a curve and creates it as a 2c object 543 . The user selects the implant and crown button among the object tools displayed in the tool area 520 in order to display the position in the mandible of the image data that requires implant placement and crown treatment, and selects a position to perform implant and crown treatment do. The treatment plan management unit 154 adds a 3D type implant image object and a crown image object to a position selected by the user and sets them as a 2d object 544 and a 2e object 545 .

Finally, the user selects a text button among the object tools displayed in the tool area 520 to add a memo at a location for placing the implant, and selects a location to add text. The treatment plan management unit 154 adds the text input by the user to the position selected by the user and sets it as the 2f object 546 .

In this way, when the second object 540 is set, the ROI menu, the Arrow menu, the Nerve menu, the Implant menu, the Crown menu, and the Memo menu are displayed in the list area 530 formed at the bottom of the tool area 520 . The user can select the 2a object 541 , the 2b object 542 , the 2c object 543 , the 2d object 544 , the 2d object 545 , and the 2e object 546 by using each menu. You can edit and delete.

In this way, when the 2a object 541 , the 2b object 542 , the 2c object 543 , the 2d object 544 , the 2d object 545 , and the 2e object 546 are added to the image data, The treatment plan management unit 154 second object 541, 2b object 542, 2c object 543, 2d object 544, 2d object 545 and 2e object 546 second A second group is created by grouping the two objects 540 . The treatment plan management unit 154 identifies the second group as the second treatment plan, and adds a second index to the second treatment plan and image data. The treatment plan management unit 154 adds a 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 is added in the treatment plan DB 142 . In this case, the treatment plan management unit 154 may store information on the second objects 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 may use the export tabs 421 and 521 included in the main screens 410 and 510 . may be used to provide image data, a first treatment plan, and a second treatment plan to an external device. Since this has been described with reference to FIG. 2 , a detailed description thereof will be omitted.

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

Referring to FIG. 6 , image data and a treatment plan may be stored in a data structure of the form shown in FIG. 6A . The electronic device 100 adds an object related to implant placement to the maxillary image when implant placement is required on teeth 13 and 26 of the upper jaw of the recipient corresponding to the maxillary image. The electronic device 100 groups the objects added to the 13th tooth and the 26th tooth as the first object and sets it as the first treatment plan. The electronic device 100 may store data by adding a first index index1 to the first treatment plan and the maxillary image.

In addition, when a resin replacement is required for the 17th tooth among the upper jaw of the recipient corresponding to the maxillary image, the electronic device 100 adds an object related to the resin replacement to the maxillary image. The electronic device 100 groups the object added to the 17th tooth as a second object and sets it as a second treatment plan. In addition, the electronic device 100 may store data by adding a second index index2 to the second treatment plan and the maxillary image.

In addition, when implant placement is required in the 35th tooth among the mandibles of the mandible corresponding to the mandibular image, the electronic device 100 adds an object related to implant placement to the mandibular image. The electronic device 100 groups the object added to the 17th tooth as a third object and sets it as a third treatment plan. In addition, the electronic device 100 may store data by adding a third index 3 to the third treatment plan and the mandibular image.

Through this, when the user selects Gildong Hong and the maxillary image, the electronic device 100 checks the index added to the maxillary 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 maxillary image are added. The user may alternately check the first treatment plan and the second treatment plan in the list of treatment plans. Therefore, when stored in a data structure of the form shown in (a) of FIG. 6 , the user can select the name of the person to be treated and the type of image data to collectively check the plurality of treatment plans established in the image data. .

In addition, the image data and the treatment plan may be stored in a data structure of the form shown in (b) of FIG. The electronic device 100 adds an implant-related object to the maxillary image and the mandibular image when implant placement is required on the 13th and 26th teeth of the recipient's upper jaw and the 35th tooth of the recipient's mandible. The electronic device 100 groups the upper teeth 13th, 26th, and mandibular teeth 35 as a first object and sets them as a first treatment plan. In addition, the electronic device 100 may store data by adding a first index index1 to the first treatment plan, the maxillary image, and the mandibular image.

Also, when a resin replacement is required for the 17th tooth of the maxilla among the maxilla and the mandible of the recipient, the electronic device 100 adds an object related to the resin replacement to the maxillary image. The electronic device 100 groups the 17th tooth of the upper jaw as a second object and sets it as a second treatment plan. The electronic device 100 may store data by adding a second index index2 to the second treatment plan and the maxillary image. Through this, when the user selects implant placement as a treatment plan with Gildong Hong, 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 maxillary image and the mandibular image to which the first index index1 is added and display the extracted maxilla image on the display unit 130 . In this case, the electronic device 100 may divide one screen to simultaneously display the maxillary image and the mandibular image. Therefore, when stored in the data structure of the form shown in FIG. 6B, the user can select the name of the recipient and the treatment plan to check a plurality of image data for one treatment plan.

On the other hand, the embodiments of the present invention disclosed in the present specification and drawings are merely presented as specific examples to easily explain the technical contents of the present invention and help the understanding of the present invention, and are not intended to limit the scope of the present invention. That is, it will be apparent to those of ordinary skill in the art to which the present invention pertains that other modified examples can be implemented based on the technical spirit of the present invention.

Claims (12)

displaying, by the electronic device, pre-stored image data for the subject by executing an interface for establishing the treatment plan when a signal for establishing a treatment plan for the subject is received;
establishing, by the electronic device, a first treatment plan by adding a first object to the image data;
storing, by the electronic device, the first treatment plan by adding an index to the image data and the first treatment plan;
establishing, by the electronic device, at least one second treatment plan by adding a second object to the image data; and
storing, by the electronic device, the at least one second treatment plan by adding an index to the image data and the at least one second treatment plan;
A method of recording a plurality of treatment plans for each medical image, comprising: According to claim 1,
When the electronic device receives the transmission signal for the treatment plan, the image data related to the index, information on the first object included in the first treatment plan, and the at least one second treatment plan transmitting information on the second object;
A plurality of treatment plan recording method for each medical image, characterized in that it further comprises. 3. The method of claim 2,
The step of establishing the first treatment plan,
grouping the first object added to the image data;
A plurality of treatment plan recording method for each medical image, characterized in that it further comprises. 4. The method of claim 3,
The step of establishing the second treatment plan,
grouping the second object added to the image data;
A plurality of treatment plan recording method for each medical image, characterized in that it further comprises. 5. The method of claim 4,
checking, by the electronic device, the image data when a confirmation signal for confirming the treatment plan for the subject is received; and
calling the first treatment plan and the at least one second treatment plan by checking the image data and the index added to the image data;
A plurality of treatment plan recording method for each medical image, characterized in that it further comprises. 6. The method of claim 5,
receiving, by the electronic device, a change signal for at least one treatment plan among the called first treatment plan and the at least one second treatment plan; and
changing, by the electronic device, the object included in the treatment plan based on the change signal and storing the changed object;
A plurality of treatment plan recording method for each medical image, characterized in that it further comprises. 3. The method of claim 2,
The information on the first object and the information on the second object,
Correction value, correction ratio, ID of the first object and the second object in the image data, object type, line thickness, text, text ratio, number of points, positions of the first object and the second object, including at least one of a rotation angle, a scale, a name, a color, and the index,
The object type is
Characterized in that it comprises at least one of 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, an image for the appearance model for the implant, and an image for the appearance model for the crown A method of recording multiple treatment plans for each medical image. an interface unit for executing an interface for establishing the treatment plan when a treatment plan establishment signal for the subject is received;
an image management unit that calls pre-stored image data according to the execution of the interface and displays it through the interface;
an object management unit that provides a plurality of objects to be added to the image data;
a treatment plan management unit for grouping a plurality of objects added to the image data into at least one group, establishing a treatment plan for each number of groups, and adding an index to the treatment plan and the image data; and
a memory including an image DB for storing image data to which at least one index is added by the treatment plan management unit, and a treatment plan DB for storing the index added to the treatment plan;
A device for recording a plurality of treatment plans for each medical image, comprising: 9. The method of claim 8,
communication department;
further comprising,
The treatment plan management unit,
When the transmission signal for the treatment plan is received, the information on the object included in each group and the image data are transmitted to an external device through the communication unit. Recording a plurality of treatment plans for each medical image Device. 10. The method of claim 9,
The treatment plan management unit,
Check the image data according to a confirmation signal for confirming the treatment plan, check the index added to the image data, and call the object included in each group for each group A device for recording multiple treatment plans. 11. The method of claim 10,
The treatment plan management unit,
An apparatus for recording a plurality of treatment plans for each medical image, characterized in that the object is changed and stored according to a change signal for changing the called object. 10. The method of claim 9,
Information about the object is
At least one of a correction value in the image data, correction rate, ID of the object, object type, line thickness, text, text ratio, number of points, position of the object, rotation angle, scale, name, color, and the index including,
The object type is
Characterized in that it comprises at least one of 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, an image for the appearance model for the implant, and an image for the appearance model for the crown A device that records multiple treatment plans for each medical image.

Images