KR20100002386A

KR20100002386A - System and method for consulting non-faced teeth reform/correction of deformity and recording medium

Info

Publication number: KR20100002386A
Application number: KR1020080062254A
Authority: KR
Inventors: 이한나
Original assignee: 이한나
Priority date: 2008-06-30
Filing date: 2008-06-30
Publication date: 2010-01-07

Abstract

PURPOSE: A dental orthodontics/consultation, a system thereof and a recording media for the same for previously confirming dental orthodontics/consultation result are provided to perform orthodontics/consultation through online. CONSTITUTION: A server receives teeth state condition information through a communications channel(800). A teeth state data about the received teeth state conditional information is extracted from the storage media(805). The server transmits the teeth state data to a client terminal. The transmitted teeth state data is outputted through correction/reform consultant interface outputted from the client terminal(815).

Description

System and Method for Consulting Non-faced Teeth Reform / Correction of Deformity and Recording Medium}

1 is a diagram illustrating a non-face-to-face orthodontic / molding consultation system through quantified dental condition conditions in accordance with an embodiment of the present invention.

2 is a diagram illustrating a quantified non-face-to-face orthodontic / molding counseling system according to one embodiment of the present invention.

FIG. 3 is a diagram illustrating displaying the protrusion / normal / inclusion of a tooth for quantitative non-face facing orthodontic / molding consultation in accordance with an embodiment of the present invention.

Figure 4 is a diagram illustrating the display of the height of the upper / lower direction of the tooth for non-face-to-face orthodontic correction / molding consultation quantified according to the method of the present invention.

5 is a diagram illustrating the display of tooth color for non-face-to-face orthodontic / shaping consultation quantified according to the practice of the present invention.

FIG. 6 is a diagram illustrating the display of the gum state for non-face-to-face orthodontic / molding consultation quantified according to an embodiment of the present invention.

FIG. 7 is a diagram illustrating a process of registering tooth condition condition information for quantified non-face-to-face tooth correction / molding consultation according to one embodiment of the present invention.

8 is a diagram illustrating a process of providing dental state data (or an image) corresponding to a quantified dental state condition according to an exemplary embodiment of the present invention.

FIG. 9 illustrates a process for providing dental correction / shaping data (or images) corresponding to quantified dental condition conditions in accordance with one embodiment of the present invention.

FIG. 10 illustrates a quantified non-face-to-face orthodontic / molding consultation system according to another embodiment of the present invention.

FIG. 11 is a diagram illustrating a process of registering tooth condition condition information for quantified non-face-to-face orthodontic / molding consultation according to another exemplary embodiment of the present invention.

12 is a diagram illustrating a process of providing dental state data (or an image) corresponding to a quantified dental state condition according to another exemplary embodiment of the present invention.

FIG. 13 is a view illustrating a process of providing orthodontic / molding data (or image) for each orthodontic / molding procedure corresponding to a quantified dental condition condition according to another exemplary embodiment of the present invention.

100: client terminal 105: interface providing means

110: information receiving means 115: tooth condition check means

120: means for providing tooth condition 125: means for confirming the result of tooth correction / molding prediction

130: means for providing teeth correction / molding prediction results 140: storage medium

The present invention assigns a predetermined number to the N (N> 2) upper teeth and M (M> 2) lower teeth exposed when the oral opening, and the N numbered upper teeth and M lower teeth A symbol indicating whether a tooth number is assigned to at least one of the N upper teeth and the M lower teeth and a protrusion / normal / inclusion of the tooth corresponding to the tooth number under the condition of being arranged in a line according to a preset tooth curvature ( Or a dental orthodontic / molding counseling interface including a tooth arrangement selection interface displayed on the terminal as a terminal, and protruding / normal / incorporation of at least one of N upper teeth and M lower teeth from the terminal. Receiving tooth condition condition information including tooth arrangement information indicated by a symbol (or letter), and N upper teeth and M lower teeth are preset tooth curvature Generating tooth state data (or an image) indicating a tooth state corresponding to the tooth state condition information in a line arranged condition and providing the generated tooth state data (or image) to the terminal. It relates to a non-face-to-face orthodontic / cosmetic consultation method comprising.

With the continuous development of information and communication technology, the patient is provided with a questionnaire including a questionnaire for a plurality of questionnaire items online, and the patient is diagnosed remotely by answering the questionnaire of the questionnaire, and a simple prescription is provided. In the case of treatable diseases, an internet-based telemedicine system for remote prescription is proposed.

The above-mentioned internet-based telemedicine system can check the symptoms that appear in the patient without using a separate medical device (or through a simple personal medical device). In the case where the findings cannot be displayed only by the symptoms appearing in the patient, it is a general form to provide a medical appointment service for interlocking a visit to a medical institution.

On the other hand, in the dental field, such as orthodontics / plastic surgery, the conventional Internet because the orthodontics / plastic surgery is not intended to treat the disease, but to resolve complaints and complexes of cosmetic and anatomical patients Questionnaires in the form of questionnaires, such as based telemedicine systems, include problems that are difficult to convey to patients with various cosmetic and anatomical complaints and complexes.

In particular, it is more difficult to ask patients who have no knowledge of dentistry to express their complaints and complexes about their dental condition in sentences. Interviews with specialists can only express cosmetic and anatomical complaints and complexes about their teeth.

However, the above-mentioned visit counseling includes a problem that the consultation itself is expensive, and also includes a problem in which a patient without knowledge of dentistry cannot accurately understand even the counseling information from a specialist. It involves the problem of having to pay orthodontize and orthodontize and rely solely on the opinion of a specialist.

An object of the present invention for solving the above problems, including at least one tooth arrangement, tooth color, gum state of the N (N> 2) upper teeth and M (M> 2) lower teeth exposed during oral opening Tooth state condition information (or image) generated by registering the tooth condition condition information quantifying the tooth condition condition (or extracted from a storage medium storing the tooth condition data (or image)) based on the quantified tooth condition condition information Interface providing means for providing a dental orthodontic / cosmetic consultation interface for outputting to the terminal, information receiving means for receiving the dental condition condition information registered through the orthodontic / cosmetic consultation interface from the terminal, and the dental condition condition information From a storage medium for generating (or storing) dental condition condition data (or images) corresponding to It is to provide a non-face-to-face dental correction / molding consultation system having a tooth state check means for extracting) and a tooth state providing means for providing the tooth state condition data (or image) to the terminal.

In the non-face-to-face orthodontic / molding consultation method according to the present invention, a predetermined number is assigned to N (N> 2) upper teeth and M (M> 2) lower teeth exposed during oral opening, and the number is given. Teeth corresponding to the tooth number and the tooth number assigned to at least one of the N upper teeth and the M lower teeth in a condition that N upper teeth and M lower teeth are arranged in a line according to a preset tooth curvature And a dental orthodontic / molding counseling interface comprising a tooth arrangement selection interface indicating whether or not protruding / normal / inclusion in relation to the terminal is a symbol, or one of N upper teeth and M lower teeth from the terminal. Receiving tooth condition condition information including tooth arrangement information indicating whether the protrusion / normal / inclusion of the abnormal teeth is represented by a symbol (or a letter); Generating tooth state data (or an image) indicating a tooth state corresponding to the tooth state condition information under conditions in which M lower teeth are arranged in a line according to a preset tooth curvature, and generating the tooth state data (or And providing an image) to the terminal.

On the other hand, the non-face-to-face orthodontic treatment / molding consultation method according to the present invention, the predetermined number is assigned to the N (N> 2) upper teeth and M (M> 2) lower teeth exposed during oral opening, Corresponds to the tooth number and the tooth number assigned to at least one of the N upper teeth and the M lower teeth under the condition that N upper teeth and M lower teeth which are given are arranged in a line according to a preset tooth curvature Step to orthodontic / molding consultation interface including a tooth array selection interface for indicating whether the protruding / normal / indentation for the tooth to be represented by a symbol (or a letter) to the terminal, N upper teeth and M lower teeth from the terminal Receiving tooth condition condition information including tooth arrangement information in which symbols (or letters) indicate protruding / normal / inclusion of at least one of the teeth; Tooth condition data corresponding to the tooth condition condition information received from a storage medium storing tooth condition data (or an image) for each tooth condition condition in a condition in which the teeth and M lower teeth are arranged in a line according to a preset tooth curvature ( Or an image) and providing the identified tooth state data (or an image) to the terminal.

In the non-face-to-face orthodontic / molding consultation method according to the present invention, the orthodontic / molding consultation interface may include tooth color information indicating colors of the N upper teeth and the M lower teeth in letters (or symbols). One tooth color selection interface for inputting (or selecting) and a gum state selection interface for inputting (or selecting) gum state information for displaying the gum state of the N upper teeth and the M lower teeth in letters (or symbols). It is characterized in that the above further comprises.

In the non-face-to-face orthodontic / molding consultation method according to the present invention, when the tooth color selection interface is further included in the orthodontic / molding consultation interface, colors for the N upper teeth and the M lower teeth from the terminal are determined. And receiving tooth condition condition information further comprising tooth color information represented by a letter (or a symbol).

In the non-face-to-face orthodontic / molding consultation method according to the present invention, when the gum state selection interface is further included in the orthodontic / molding consultation interface, the gum state of the N upper teeth and the M lower teeth from the terminal is determined. Characterized in that it further comprises the step of receiving the dental condition information further comprising gum state information to display (or symbols).

In the non-face-to-face orthodontic treatment method according to the present invention, a plurality of dental state data (or images) is stored in association with orthodontic / molding data (or images) corresponding to the result of orthodontic / molding for the dental state. Identifying the dental correction / molding data (or image) corresponding to the dental condition data (or image) from the storage medium; and providing the identified dental correction / molding data (or image) to the terminal. Characterized in that made.

In the non-face-to-face orthodontic / molding consultation method according to the present invention, the tooth arrangement information, the tooth number information given to the N upper teeth and M lower teeth and whether the protrusion / normal / inclusion for each tooth number Protrusion / normal / inclusion indication information quantified and displayed as '+' / '0' / '-', and the degree of protrusion / inclusion for each tooth is proportional to the distance (or angle) from the tooth curvature. '+' / '-' Is associated with numbers-'+ 1', '+2', '+3', '-1', '-2', '-3'- It is done.

In the non-face-to-face orthodontic / molding consultation method according to the present invention, the tooth arrangement information is a symbol representing the tooth number information given to the N upper teeth and the M lower teeth and the height of the upper and lower directions for each tooth number. Quantified by (or letter) and marked as 'U' for upwardly spaced and 'L' for spaced downwards in proportion to the distance from the standard height for each tooth. Characterized by the number (eg, 'U1', 'U2', 'U3', 'L1', 'L2', 'L3' associated with the symbol (or letter) is characterized in that the display.

In the non-face-to-face orthodontic / molding counseling method according to the present invention, the tooth color information is a color of the N upper teeth and M lower teeth, NY-natural yellow teeth, YY-colored yellow teeth- , Color mismatch of PC-prosthesis, tooth discoloration due to BB tooth decay, TC-antibiotic pigmentation, WS-spot or smeared tooth, NV bruised tooth (GA), GA-wear, anorexia One or more multiple dental caries and abrasions, RC-old resin treatment, ST-tartar and exogenous pigmentation, HL-striped teeth, EH-enamel insufficiency, CA-yellow exposure with cervical wear It is characterized by comprising.

In the non-face-to-face orthodontic / molding counseling method according to the present invention, the gum state information includes ag-front spider-, tg-total spider-, pg- for the gum state of the N upper teeth and the M lower teeth. Protruding gums, rg-gum inflammation, ig-irregular gum lines, bg-black gums, dg-off gums, and pg-prosthetic black gums.

On the other hand, it includes a computer-readable recording medium, characterized in that for recording the program for executing the above-described non-face-to-face orthodontics / molding consultation method.

On the other hand, the non-face-to-face orthodontics / molding consultation system according to the present invention, the tooth arrangement, tooth color, gum state of the N (N> 2) upper teeth and M (M> 2) lower teeth exposed during oral opening Registered tooth condition condition information quantifying tooth condition conditions including one or more, and tooth condition data generated based on the quantified tooth condition condition information (or extracted from a storage medium storing tooth condition data (or an image)) Interface providing means for providing a dental orthodontic / molding consultation interface for outputting (or an image) to the terminal, information receiving means for receiving dental condition condition information registered through the orthodontic / molding consultation interface from the terminal; Generates dental condition condition data (or images) corresponding to the dental condition condition information (or stores the dental condition data (or images) The extraction from the medium) and the means for state check tooth dental status condition data (or images) is characterized in that the teeth formed by having a condition providing means for providing to the mobile station.

Hereinafter, with reference to the accompanying drawings and description will be described in detail the operating principle of the preferred embodiment of the present invention. However, the drawings and the following description shown below are for the preferred method among various methods for effectively explaining the features of the present invention, the present invention is not limited only to the drawings and description below. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description will be omitted. Terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users or operators. Therefore, the definition should be made based on the contents throughout the present invention.

In addition, preferred embodiments of the present invention to be carried out below are provided in each system functional configuration to efficiently describe the technical components constituting the present invention, or system functions that are commonly provided in the technical field to which the present invention belongs. The configuration will be omitted, and described mainly on the functional configuration to be additionally provided for the present invention. If those skilled in the art to which the present invention pertains, it will be able to easily understand the function of the components that are conventionally used among the omitted functional configuration not shown below, and also the configuration omitted as described above The relationship between the elements and the components added for the present invention will also be clearly understood.

In addition, the following examples will be used to appropriately modify, integrate, or separate the terminology so that those skilled in the art to which the present invention pertains may clearly understand the present invention. The present invention is by no means limited thereto. In other words, each means constituting the present invention is a server (or terminal) provided on the system shown in the following embodiments, or a predetermined functional configuration provided in at least one or more servers (or terminals), or at least It may be an association of at least two or more functional components provided in one or more servers (or terminals). In addition, the server (or terminal) shown in the following embodiment is shown to include at least two or more functional components for achieving the technical features of the present invention for convenience, the functional component shown in the server (or terminal) Matched with the above-described means may be provided in two or more different servers (or terminals) according to the role and function of each functional component and the corresponding server (or terminal) operator (or operator), whereby the present invention is not limited No.

As a result, the technical spirit of the present invention is determined by the claims, and the following examples are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention pertains. It is only.

1 illustrates a non-face-to-face orthodontic / molding consultation system with quantified dental condition conditions in accordance with an embodiment of the present invention.

In more detail, FIG. 1 illustrates that the client terminal 100 registers dental condition condition information quantifying one or more tooth arrangement information, tooth color information, and gum state information necessary for orthodontic / molding consultation, and then quantified through the client terminal 100. The present invention relates to a system configuration for checking and providing dental correction / molding data (or images) corresponding to dental correction / molding results based on tooth arrangement information, tooth color information, and gum state information, and providing them to the client terminal 100. Those skilled in the art to which the invention pertains, various implementation methods for the non-face-to-face orthodontic correction / molding consultation system through the quantified tooth arrangement, tooth color, gum state by referring to and / or modifying the present Figure 1 (Eg, some implementations may be omitted, subdivided, or combined). It is made to include all the implementation methods previously inferred, the technical features are not limited only to the implementation method shown in FIG.

Referring to FIG. 1, the non-face-to-face orthodontic / molding counseling system may include protruding / normal / indentation of N (N> 2) upper teeth and M (M> 2) lower teeth with a predetermined number. Is a symbol (or letter), and the tooth arrangement information to display the degree of protrusion / inclusion further comprising a number associated with the symbol (or letter), the color of the N upper teeth and M lower teeth One or more tooth condition condition information including tooth color information represented by a letter (or symbol), gum state information indicating the state of the gums of the N upper teeth and the M lower teeth by a letter (or symbol); Links and stores the tooth state data (or image) for each tooth condition condition information, and stores the tooth correction / molding data (or image) corresponding to the result of the tooth correction / molding for each tooth condition condition information. The storage medium 140 for further storing in association with one or more of the N upper teeth and the M lower teeth under conditions in which the N upper teeth and the M lower teeth are arranged in a line according to a set tooth curvature. A tooth for displaying (or selecting) the protruding / normal / indentation of the tooth, and the tooth arrangement information for indicating the protruding / inclusion degree further including a number associated with the symbol (or the character). An array selection interface, a tooth color selection interface for inputting (or selecting) tooth color information displaying (or symbols) the colors for the N upper teeth and the M lower teeth, the N upper teeth and the M lower teeth A tooth comprising one or more gum state selection interfaces for entering (or selecting) gum state information representing textual (or symbolic) gum state for the tooth. Interface providing means 105 for providing a correction / molding consultation interface to the client terminal 100, tooth arrangement information, tooth color information, gum state for N upper teeth and M lower teeth from the client terminal 100 Information receiving means (110) for receiving tooth condition condition information including one or more information, and generating tooth condition condition data (or images) corresponding to the tooth condition condition information (or storing tooth condition data (or images) Tooth condition checking means 115 for extracting from the storage medium 140 and tooth condition providing means 120 for providing the tooth condition condition data (or an image) to the client terminal 100. And the orthodontic / molding data (or image) associated with the received dental condition condition information in association with the storage medium 140. The reduction is further made by further comprising the orthodontic / molding prediction result confirming means 125 and the orthodontic / molding prediction result providing means 130 for providing the confirmed orthodontic / molding data (or image) to the terminal. The means may be a component provided in one server, or each independent server form, or two or more means may be implemented in one server form.

2 illustrates a quantified non-face-to-face orthodontic / molding consultation system according to one embodiment of the invention.

In more detail, FIG. 2 illustrates that when the client terminal 100 having one or more browser programs is connected to the dental consultation server 200 using a Hyper-Text Transfer Protocol (HTTP) compatible protocol, the dental consultation server 200 may be used. To generate (or extract) a web page that includes an orthodontic / plastic counseling interface that includes one or more of the tooth array selection interface, the tooth color selection interface, and the gum condition selection interface for quantitative non-face-to-face orthodontic consultation. Provided to the client terminal 100, the dental terminal condition information including one or more of the tooth arrangement information, tooth color information, gum state information quantified through the orthodontic / cosmetic consultation interface in the client terminal 100 input (Or select) to transmit, the dental consultation server 200 to the quantified dental condition conditions This is a system configuration for checking and providing dental correction / molding data (or images) corresponding to a result of a tooth correction / molding to the client terminal 100. Those skilled in the art to which the present invention pertains By referring to and / or modifying FIG. 2, various implementation methods for the quantified non-face-to-face orthodontic / molding counseling system construction may be inferred, but the present invention includes all the implementation methods inferred. It is not limited only to the implementation method shown in 2.

Referring to FIG. 2 according to an embodiment of the present invention, the quantified non-face-to-face orthodontic / molding consultation system includes a client terminal 100 having one or more browser programs and connected to a communication network through the browser program; Is connected to the client terminal 100 through the communication network, when the client terminal 100 is connected through the communication network, tooth array selection interface, tooth color selection interface, for the quantified non-face-to-face orthodontic correction / molding consultation, Produces (or extracts) a web page including a dental correction / molding consultation interface including one or more gum state selection interfaces and provides the same to the client terminal 100, and the dental correction / molding in the client terminal 100. Quantified tooth alignment information, tooth color information, and gum condition information through the consultation interface When the dental condition condition information including one or more is input (or selected) and transmitted, the client terminal (or image) checks the dental correction / molding data (or image) corresponding to the dental correction / molding result for the quantified dental condition condition. It characterized in that it comprises a dental consultation server 200 provided to 100.

However, in FIG. 2, the dental consultation server 200 is illustrated as one server for convenience. However, the present invention is not limited thereto, and the dental consultation server 200 may have two or more components for each component. It is possible to be implemented in the form of a server group, the present invention is characterized in that it comprises all the possible inference method.

The client terminal 100 is a wired communication network based on TCP / IP (for example, Asymmetric Digital Subscriber Line (ADSL) / Very High-data Rate Digital Subscriber Line (VDSL), cable communication network). A mobile communication terminal comprising at least one wired terminal including a desktop computer or a notebook computer connected to the dental consultation server 200 or connected to a code division multiple access (CDMA) based mobile communication network, or IEEE At least one wireless terminal (not shown) including at least one or more portable Internet terminals connected to the 802.16x-based high-speed wireless Internet, or two-way communication through any one of the wired or wireless communication network Write down a TV device (not shown) that includes at least one IP-TV, digital TV, or DMB. It characterized in that it comprises one or more, and through the communication network for the quantified non-face-to-face orthodontic correction / molding consultation including a tooth arrangement selection interface, tooth color selection interface, gum state selection interface one or more And a browser program for receiving and outputting a web page including a consultation interface.

Those skilled in the art to which the present invention pertains, since they will be familiar with the technical features of the client terminal 100, a detailed description thereof will be omitted for convenience.

According to an embodiment of the present invention, the dental consultation server 200 includes webpage operation data including one or more webpage sources and web contents for generating (or extracting) a webpage to be provided to the client terminal 100. And a database for storing the database, wherein the database is provided in a database management system (DBMS) associated with the dental consultation server 200.

According to an exemplary embodiment of the present invention, the webpage source included in the webpage operation data may include one or more tag strings for generating a webpage to be provided from the dental consultation server 200 to the client terminal 100. Or a combination of tag strings), one or more scripts to be included in the web page, and one or more information contents corresponding to the web page contents. In this case, the web page provided to the client terminal 100 includes the It is preferably generated by combining tag strings (or combinations of tag strings).

According to another exemplary embodiment of the present invention, the webpage source included in the webpage operation data may include a web document source file corresponding to a webpage to be provided to the client terminal 100 from the dental consultation server 200. For example, a web document source file including one or more tag strings and scripts and information contents corresponding to the web page contents) may be included. In this case, the web pages provided to the client terminal 100 may include one or more web pages. Web document source files (e.g., web pages without frames, one web document source file, or, for web pages consisting of two or more frames, one frame web document source file and two or more web documents corresponding to each frame) Source file).

In addition, when the web content included in the webpage operation data includes a tag string linking one or more contents (for example, text content, image content, sound content, and multimedia content) among tag strings included in the webpage. And one or more text contents, image contents, sound contents, and multimedia contents corresponding to a tag string linking the contents.

According to the present invention, the dental consultation server 200, the predetermined number is assigned to the N (N> 2) upper teeth and M (M> 2) lower teeth exposed when the patient opens the mouth, the number Denotes a symbol (or letter) whether or not the protrusions / normal / inclusions of the N upper teeth and the M lower teeth given by the symbol are further included, and the degree of protrusion / inclusion further includes a number associated with the symbol (or letter). The tooth arrangement information to be displayed, the tooth color information to display the color of the N upper teeth and M lower teeth in letters (or symbols), the gum state for the N upper teeth and M lower teeth At least one dental condition condition information including the gum condition information indicated by the symbol) and the tooth condition data (or image) for each tooth condition condition information are stored in association with each other. And a storage medium 140 for further linking and storing the dental correction / molding data (or image) corresponding to the dental correction / molding result for the dental correction / molding result, or interworking with the storage medium 140 through a communication network. .

Herein, the tooth arrangement information of the tooth condition condition information includes teeth number information assigned to the N upper teeth and the M lower teeth, and whether the protrusion / normal / inclusion of each tooth number is '+' / '0'. It is preferable to include projection / normal / embedded indication information quantified by / '-', and other symbols (or letters) may be used instead of '+' / '0' / '-'. Is to be made clear.

In addition, the tooth arrangement information, the distance (or the angle) from the predetermined tooth curvature (or tooth curvature selected through the tooth curvature selection interface) to the degree of protrusion / inclusion of the N upper teeth and M lower teeth Quantify by a number associated with '+' / '-' (e.g., '+1', '+2', '+3', '-1', '-2', '-3', etc.) It is preferable to display it.

In addition, the tooth arrangement information is displayed by the symbol (or letter) the height of the upper / lower direction of the teeth with respect to the tooth number information provided to the N upper teeth and M lower teeth (eg The 'U' symbol, and the spaced apart in the downward direction is preferably represented by the 'L' symbol, it is preferable to further comprise the height display information to use a variety of symbols (or letters) according to the intention of those skilled in the art. Do.

In addition, the tooth arrangement information, the number of heights for the N upper teeth and M lower teeth in proportion to the distance from the reference height for each tooth in proportion to the number (for example, a letter) associated with the symbol (or 'U1' ',' U2 ',' U3 ',' L1 ',' L2 ',' L3 ') is preferably displayed.

The tooth color information of the tooth condition condition information, natural yellow teeth "NY", severely colored yellow teeth "YY", color mismatch of the prosthesis "PC", tooth discoloration due to tooth decay "BB", antibiotic coloring Silver "TC", spots or stained teeth "WS", bruised teeth (silent teeth) "NV", multiple teeth caries and wear caused by anorexia "GA", old resin treatment "RC", tartar And exogenous pigmentation as "ST", horizontal stripes with "HL", enamel dysplasia as "EH", cervical wear, yellow exposure as "CA", etc. In addition, according to the intention of those skilled in the art, the character (or symbol) indicating the tooth color can be used in various modifications, and it will be apparent that the present invention includes all the modified tooth color information.

The gum state information of the tooth condition condition information, the front spider "ag", the overall spider "tg", gum protrusion "pg", gum inflammation "rg", irregular gum line "ig", black gum "bg", off gums are "dg", prosthetic black gums are "pg" and two lowercase initial letters are preferably quantified and displayed through two lowercase initials. Characters (or symbols) to be displayed can be used in various modifications, it will be apparent that the present invention includes all the modified tooth color information.

The orthodontic / molding data (or image) may be a vector data or drawing of N upper teeth and M lower tooth states corresponding to the quantified tooth arrangement information, tooth color information, and gum state information. ) Or a photographic image of teeth matched with (or similar to) N upper teeth and M lower teeth corresponding to the quantified tooth arrangement information, tooth color information, and gum state information. Do.

The orthodontic / molding data (or image) may include orthodontic teeth corresponding to a result of correcting / molding N upper teeth and M lower teeth corresponding to the quantified tooth arrangement information, tooth color information, and gum state information. It is preferred to include post-molding data (or images).

According to one embodiment of the invention, the tooth correction / molding data (or image) is a tooth arrangement corresponding to the result of the correction / molding of the N upper teeth and M lower teeth corresponding to the confirmed tooth condition condition information It is preferable that the information, tooth color information, and gum state information are included on the two-dimensional plane or three-dimensional coordinates.

According to another exemplary embodiment of the present invention, the orthodontic / molding data (or image) corrects / forms a patient's teeth including N upper teeth and M lower teeth corresponding to the identified dental condition condition information. It is preferable to include the image (or photo) content photographed afterwards.

Referring to FIG. 2, the dental consultation server 200 provides a web page to the client terminal 100 using an HTTP compatible protocol corresponding to the communication network, or provides a web page provided to the client terminal 100. And a web interface unit 205 for connecting and managing a web interface for receiving various information input (or selected) from the client terminal 100 based on the GET / POST method.

When the client terminal 100 is a wired terminal in which a communication channel is connected through a TCP / IP-based wired communication network according to an embodiment of the present invention, the web interface unit 205 may communicate with the client terminal 100 and TCP / IP. A communication channel is connected and managed through a base HTTP protocol, and a Hyper-Text Markup Language (HTML) compatible document (eg, * .htm, * .asp, * .xml) to the client terminal 100 through the communication channel. It is preferable to interface so that a web page of a type is provided or to receive information input from the client terminal 100 in a GET / POST manner.

Referring to FIG. 2, when the dental consultation server 200 accesses the dental consultation server 200 from the client terminal 100 through the web interface unit 205 (or requests for orthodontics / molding consultation), A web page operating unit 210 (or web page operating unit) for generating (or extracting) a web page to be provided to the client terminal 100 based on the web page operating data, and the web page operating unit 210. Orthodontic / molding consultation interface including one or more of a tooth arrangement selection interface, a tooth color selection interface, and a gum state selection interface for the quantified non-face-to-face orthodontic / shaping consultation on the generated (or extracted) web page Interface providing unit 215 (or interface providing means 105) comprising a, characterized in that the web page operation unit 210 is the web in In conjunction with the interface unit 205 is characterized in that processing to be provided to the client terminal 100. The web pages the generated (or extracted).

When the client terminal 100 accesses the dental consultation server 200 through the web interface unit 205 or requests the dental correction / molding consultation from the dental consultation server 200, the webpage operation unit 210 confirms a web page link to be provided to the client terminal 100 in response to a connection of the dental consultation server 200 (or an orthodontic / molding consultation request), and checks the identified web from the webpage operation data. Identify a web page source and web content for generating (or extracting) a web page corresponding to a page link, and generate a web page to be provided to the client terminal 100 using the checked web page source and web content. (Or extraction).

When the web page operation unit 210 generates (or extracts) a web page to be provided to the client terminal 100, the generated (or extracted) web page is a web page for the orthodontic / molding consultation The interface providing unit 215 is connected to the webpage operating unit 210 for the quantitative non-face-to-face orthodontic correction / molding consultation on the webpage tooth selection interface, tooth color selection interface, gum state selection interface It characterized in that the processing to be provided to the client terminal 100, including the orthodontic / cosmetic consultation interface comprising one or more.

According to an embodiment of the present invention, the orthodontic / molding consultation interface inputs tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information through one or more form forms or flashes. It is preferable to include at least one tooth array selection interface, tooth color selection interface, gum state selection interface for (or selection), exposed teeth to the N upper teeth exposed in front when opening the mouth according to the intention of those skilled in the art A tooth curvature selection interface for selecting a tooth curvature for the upper teeth based on the number and the type of tooth exposure, and a tooth curvature for the lower teeth based on the number of exposed teeth for the M lower teeth and the tooth exposure form It is preferable that it further comprises.

Those skilled in the art to which the present invention pertains, inputting (or selecting) dental state condition information including one or more of the tooth arrangement information, tooth color information, and gum state information in the client terminal 100. Since it will be familiar with the technical features of the foam form or flash for, the detailed description of the foam form corresponding to the orthodontic / molding consultation interface in FIG. 2 will be omitted for convenience.

The tooth array selection interface may be configured to assign a predetermined number to the N (N> 2) upper teeth and M (M> 2) lower teeth exposed when the oral opening is opened, and the N upper teeth and the M lower teeth Whether the protrusion / normal / inclusion of one or more of the N upper teeth and the M lower teeth is arranged in a line arranged according to each set tooth curvature (or tooth curvature selected through the tooth curvature selection interface). Or letters) (e.g., '+' / '0' / '-'), and the degree of protrusion / inclusion is associated with the symbol (or letter) (e.g., +1 ',' +2 ', And a form form (or flash) corresponding to the user interface for inputting (or selecting) the tooth array information further including '+3', '-1', '-2', and '-3'). Preferably, the N upper teeth and M children Displaying the height of the up / down direction of one or more of the lower teeth as a symbol (or letter) (e.g., spaced upward direction is indicated by the 'U' symbol, spaced downward direction is denoted by the 'L' symbol) And a number associated with the symbol (or letter) (e.g., 'U1', 'U2', 'U3', 'L1', 'L2) in proportion to the distance from the height relative to each tooth. It is preferable to include a form form (or flash) corresponding to a user interface for further inputting (or selecting) the tooth arrangement information, which further includes 'L3').

According to an embodiment of the present invention, the tooth arrangement selection interface may include the input (or selection) of the tooth arrangement information when the tooth arrangement information is input (or selected) for at least one of the N upper teeth and the M lower teeth. It is preferable to further include a function for generating (or received from the dental consultation server 200) and outputting dental state data (or an image) indicating the anatomical tooth arrangement for.

The tooth color selection interface is a form form (or flash) corresponding to a user interface for inputting (or selecting) tooth color information indicating colors (or symbols) for the N upper teeth and the M lower teeth. It is preferable to comprise a.

According to an embodiment of the present invention, the tooth color selection interface may include the input (or selected) color of the teeth when the tooth color information is input (or selected) for the N upper teeth and the M lower teeth. It is preferable to further include a function for generating (or received from the dental consultation server 200) and outputs the tooth state data (or image) displayed on the teeth arranged according to.

The gum state selection interface may include a form form (or flash) corresponding to a user interface for inputting (or selecting) gum state information for displaying the gum state of the N upper teeth and the M lower teeth in letters (or symbols). It is preferable to comprise).

According to the method of the present invention, the gum state selection interface is configured to input the tooth state information (or selection) for the N state teeth of the N upper teeth and the M lower teeth. It is preferable to further include a function for generating (or received from the dental consultation server 200) and outputs the dental state data (or images) displayed in association with the teeth arranged according to.

According to the exemplary embodiment of the present invention, the interface providing unit 215 may expose the number of teeth exposed to the N upper teeth exposed at the front when opening the mouth before providing the tooth arrangement selection interface to the client terminal 100. And a plurality of upper tooth structure examples including a tooth exposure form, selecting one of the plurality of upper tooth structure examples shown above to select a tooth curvature for the upper tooth, and exposing teeth for M lower teeth. The client terminal displays a tooth curvature selection interface for displaying a plurality of lower tooth structure examples including a number and a tooth exposure form, and selecting a tooth curvature for the lower tooth by selecting any one of the displayed plurality of lower tooth structure examples. Provided to (100) to input (or select through the tooth array selection interface) It is desirable to select a tooth curvature for the tooth arrangement information.

According to another exemplary embodiment of the present invention, the interface providing unit 215 selects the tooth curvature for the N upper teeth on the tooth array selection interface when the tooth array selection interface is provided to the client terminal 100. And providing a tooth curvature selection interface for selecting tooth curvatures for the M lower teeth to select the tooth curvature for the tooth arrangement information input (or selected) through the tooth array selection interface. .

According to the exemplary embodiment of the present invention, the interface providing unit 215 may include a dental orthodontic / plastic counseling interface integrating the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface in one interface screen. It is preferable that the operation unit 210 is included in a web page generated (or extracted) and provided to the client terminal 100.

According to another exemplary embodiment of the present invention, the interface providing unit 215 may be configured to provide the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface according to a preset interface providing order (or procedure). It is preferable to include in the web page generated (or extracted) by the 210 to the client terminal 100.

According to another exemplary embodiment of the present invention, the interface providing unit 215 may integrate one or two or more interfaces among the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface or provide a preset interface providing order ( Or in accordance with the procedure), the web page operation unit 210 is included in the web page generated (or extracted) and provided to the client terminal 100.

The client terminal 100 provided with the web page including the orthodontic / molding counseling interface may include: tooth alignment information and tooth color information for the quantified non-face-to-face orthodontic / molding consultation through the orthodontic / molding consultation interface. And inputting (or selecting) tooth condition condition information including one or more gum state information, and the tooth condition including one or more of the input (or selected) tooth arrangement information, tooth color information, and gum state information. Characterized by the condition information is transmitted to the dental consultation server 200 via a GET / POST method.

Referring to FIG. 2, the dental consultation server 200 includes at least one tooth arrangement information, tooth color information, and gum state information at the client terminal 100 through the orthodontic / molding consultation interface. When the information is input (or selected) and transmitted, the information receiver 220 receives the tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information in association with the web interface unit 205. (Or information receiving means 110) and the tooth arrangement information matched with the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, gum state information in association with the storage medium 140, And an information checking unit 225 (or information checking means) for confirming tooth condition condition information including at least one of tooth color information and gum state information. It characterized.

The client terminal 100 transmits (or selects) dental state condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information through the tooth correction / molding consultation interface, and then transmits it through a GET / POST method. In this case, the information receiving unit 220 may be connected with the web interface unit 205 to receive tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information.

Herein, the tooth arrangement information includes tooth number information assigned to the N upper teeth and the M lower teeth, and whether the protrusion / normal / inclusion of each tooth number is '+' / '0' / '-'. It is preferable to include projection / normal / embedded display information to be quantified and it is clear that other symbols (or letters) may be used in place of the '+' / '0' / '-'.

The tooth color information is natural yellowish tooth "NY", severely yellowish tooth "YY", color mismatch of prosthesis "PC", tooth discoloration due to tooth decay "BB", antibiotic coloration "TC" , "WS" for spots or stains, "NV" for bruised teeth, "GA" for abrasion, anorexia, "GA" for abrasion, "RC" for old resin treatment, "RC" for tartar and exogenous pigmentation "ST", the horizontal stripe teeth "HL", enamel dysplasia "EH", cervical wear, yellow partial exposure "CA", etc. It is desirable to quantify and display by two initial capital letters. According to the intention, the letter (or symbol) indicating the tooth color can be variously used, and it will be apparent that the present invention includes all the modified tooth color information.

The gum condition information, the front spider "ag", the overall spider "tg", gum protrusion "pg", gum inflammation "rg", irregular gum line "ig", black gum "bg", turned off It is preferable to quantify and display the two lowercase initials through two lowercase initials, such as "dg" for gums and "pg" for black gums due to prostheses. Symbol) can be used in various modifications, and it will be apparent that the present invention includes all the modified tooth color information.

When the tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information is received through the information receiving unit 220, the information checking unit 225 stores a plurality of information stored in the storage medium 140. Among the tooth condition condition information of the tooth condition condition information received by the information receiving unit 220, the tooth condition condition information matching the tooth condition condition information including one or more information including the tooth color information, gum state information It is done.

According to the exemplary embodiment of the present invention, the information checking unit 225 matches the quantified tooth arrangement information received through the information receiving unit 220 among the plurality of tooth condition condition information stored in the storage medium 140 and It is preferable to check the tooth condition condition information including the tooth arrangement information, the tooth color information, and the gum state information, which matches the quantified tooth color information and coincides with the quantified gum state information.

According to another exemplary embodiment of the present invention, the information confirming unit 225 is a quantified tooth arrangement information and schedule received through the information receiving unit 220 of the plurality of tooth condition condition information stored in the storage medium 140 It is preferable to check the tooth condition condition information including the tooth arrangement information, the tooth color information, and the gum state information that is matched within a range and coincides with the quantified gum state information.

According to another exemplary embodiment of the present invention, the information checking unit 225 may include tooth arrangement information, tooth color information, included in the tooth condition condition information, among a plurality of tooth condition condition information stored in the storage medium 140. The respective quantification items of the gum state information and the quantification items of the tooth arrangement information, the tooth color information, and the gum state information included in the tooth condition condition information received through the information receiving unit 220 are compared for each item, and the compared quantification It is preferable to check the dental condition condition information that the matching item among the items is most matched.

Referring to FIG. 2 according to an embodiment of the present invention, the dental consultation server 200 includes one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 225. When the tooth condition condition information including at least one tooth arrangement information, tooth color information, and gum state information matched with the tooth condition condition information is confirmed, data indicating an anatomical tooth arrangement state corresponding to the tooth arrangement information, Dental state data (or images) including one or more data indicating a color corresponding to the tooth color information on the anatomical tooth arrangement, and data indicating a gum state corresponding to the gum state information in association with the anatomical tooth arrangement Tooth state generating unit 230 (or tooth state checking means 115) and the generated tooth state data (or image) Characterized in that the teeth formed by having a state provider 240 (or teeth status providing unit 120) to which the orthodontic / output interface to the forming counseling transmitted to the client terminal 100.

One or more tooth arrangement information, tooth color information, and gum state information matched with the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 225. When the tooth condition condition information is confirmed, the tooth state generating unit 230 displays an anatomical tooth arrangement of the tooth arrangement information among the N upper teeth and the M lower teeth on a two-dimensional plane or three-dimensional coordinates. Generate dental condition data (or image).

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 225 When the tooth state condition information including the above is confirmed, the tooth state generating unit 230 displays the color corresponding to the tooth color information in the anatomical tooth arrangement for the N upper teeth and the M lower teeth. And generating data (or images).

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 225 When the tooth condition condition information including the above is confirmed, the tooth state generating unit 230 displays the gum state corresponding to the gum state information in association with the anatomical tooth arrangement of the N upper teeth and the M lower teeth. To generate the dental state data (or an image).

According to the exemplary embodiment of the present invention, the tooth state data (or image) generated by the tooth state generating unit 230 includes vector data or drawing data corresponding to the tooth state condition information. It is preferable to make it.

When tooth state data (or an image) is generated through the tooth state generator 230, the tooth state provider 240 transmits the generated tooth state data (or image) to the client terminal 100. Characterized in that it is processed to be output through the orthodontic / cosmetic consultation interface output to the client terminal 100, whereby the client is the input information (or selected) through the orthodontic / cosmetic consultation interface The anatomical tooth arrangement state, the tooth color and the gum state corresponding to the present state can be checked to match how much.

According to another embodiment of the present invention, the data indicating an anatomical tooth arrangement state corresponding to the tooth arrangement information on the orthodontic / molding consultation interface, and displaying a color corresponding to the tooth color information on the anatomical tooth arrangement When the tooth state generating unit includes a function of outputting tooth state data (or an image) including one or more data indicating the gum state corresponding to the gum state information in association with the anatomical tooth arrangement. 230 may generate the tooth state data (or an image), and the tooth state provider 240 may omit the generated tooth state data (or the image) to the client terminal 100. The present invention is not limited thereby.

Referring to FIG. 2 according to another exemplary embodiment of the present invention, the dental counseling server 200 may include one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 225. When the tooth condition condition information including at least one of the tooth arrangement information, the tooth color information, and the gum state information matched with the tooth condition condition information is included, the tooth state associated with the tooth condition condition information from the storage medium 140 is determined. Tooth correction by transmitting the tooth state extracting unit 235 (or tooth state checking means 115) and the extracted tooth state data (or image) to the client terminal 100 to extract data (or image) It is characterized in that it comprises a tooth state providing unit 240 (or tooth state providing unit 120) to output to the molding consultation interface.

One or more tooth arrangement information, tooth color information, and gum state information matched with the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 225. When the tooth condition condition information is confirmed, the tooth state extracting unit 235 performs a two-dimensional plane or anatomical tooth arrangement on the tooth arrangement information of the N upper teeth and the M lower teeth from the storage medium 140. It is characterized by extracting the dental state data (or image) displayed on the three-dimensional coordinates, or including a photographic image.

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 225 When the tooth condition condition information including the above is confirmed, the tooth state extracting unit 235 anatomically displays the colors corresponding to the tooth color information from the storage medium 140 for the N upper teeth and the M lower teeth. It is characterized in that the extraction of the tooth state data (or image) displayed on the tooth arrangement.

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 225 When the tooth condition condition information including the above is confirmed, the tooth state extracting unit 235 anatomically analyzes the gum state corresponding to the gum state information from the storage medium 140 for the N upper teeth and the M lower teeth. And extracting tooth state data (or images) displayed in association with the red tooth array.

According to the exemplary embodiment of the present invention, the tooth state data (or image) generated by the tooth state generating unit 230 may include vector data or drawing data corresponding to the tooth state condition information. It is preferably made, or comprises a tooth photographic image.

When tooth state data (or an image) is extracted through the tooth state extractor 235, the tooth state provider 240 transmits the extracted tooth state data (or image) to the client terminal 100. Characterized in that it is processed to be output through the orthodontic / cosmetic consultation interface output to the client terminal 100, whereby the client is the input information (or selected) through the orthodontic / cosmetic consultation interface The anatomical tooth arrangement state, the tooth color and the gum state corresponding to the present state can be checked to match how much.

According to another embodiment of the present invention, the data indicating an anatomical tooth arrangement state corresponding to the tooth arrangement information on the orthodontic / molding consultation interface, and displaying a color corresponding to the tooth color information on the anatomical tooth arrangement When the tooth state generating unit includes a function of outputting tooth state data (or an image) including one or more data indicating the gum state corresponding to the gum state information in association with the anatomical tooth arrangement. 230 may generate the tooth state data (or an image), and the tooth state provider 240 may omit the generated tooth state data (or the image) to the client terminal 100. Thereby, this invention is not limited.

Referring to FIG. 2, the dental consultation server 200 is matched with dental condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 225. When the tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information is confirmed, the teeth correction / molding data (or the image) associated with the tooth condition condition information confirmed in connection with the storage medium 140 The orthodontic / molding prediction result confirming unit 245 (or the orthodontic / molding prediction result confirming means 125) for confirming the identification and the corrected orthodontic / molding data (or image) of the client terminal 100 It is characterized in that it comprises a dental correction / molding prediction result providing unit 250 (or dental correction / molding prediction result providing means 130) to be provided.

One or more tooth arrangement information, tooth color information, and gum state information matched with the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 225. When the dental condition condition information is confirmed, the dental correction / molding prediction result confirming unit 245 is connected to the storage medium 140 or one or more dental correction / molding data associated with the confirmed dental condition condition information (or Image).

Here, the teeth correction / molding data (or an image) may include teeth corresponding to a result of correcting / molding N upper teeth and M lower teeth corresponding to the quantified tooth arrangement information, tooth color information, and gum state information. It is preferred to include data (or images) after calibration / molding.

When the orthodontic / molding prediction result confirming unit 245 confirms the orthodontic / molding data (or image), the orthodontic / molding prediction result providing unit 250 determines the confirmed orthodontic / molding data ( Or an image) is transmitted to the client terminal 100 so that the client outputs the image to the client terminal 100 so that the client can correct the state of his / her current tooth through the tooth correction / molding data (or image). Predictable, the dentist will consult the client about the correction / shaping of the client's teeth based on the tooth condition data (or image) and the orthodontic / shaping data (or image).

3 is a diagram illustrating the display of protrusions / normals / inclusions of a tooth for quantitative non-facing orthodontic / molding consultation in accordance with an embodiment of the present invention.

In more detail, FIG. 3 illustrates an example of displaying protrusion / normal / inclusion of a tooth through a tooth arrangement selection interface provided to the client terminal 100 in the dental consultation server 200 system shown in FIG. Specifically, 13 teeth of the upper teeth are embedded, and 43 teeth of the lower teeth protrude.

Those skilled in the art to which the present invention pertains may refer to and / or modify this drawing to infer various implementation methods for the present invention, but the present invention includes all the implementation methods inferred above. The technical features are not limited only to the implementation method illustrated in FIG. 3.

Referring to FIG. 3, the tooth arrangement selection interface assigns a predetermined number to N (N> 2) upper teeth and M (M> 2) lower teeth exposed during oral opening, and the N upper teeth and Protruding / normal / for one or more of the N upper teeth and M lower teeth under conditions in which the M lower teeth are arranged in line according to the set tooth curvature (or tooth curvature selected through the tooth curvature selection interface) The degree of protrusion / inclusion is indicated by a symbol (or character) indicating whether it is included, or by adding a number associated with the symbol (or character) to the symbol (or character) indicating whether the protrusion / normal / inclusion is included. It characterized in that the display, and the type of the symbols (or letters) and the degree of protrusion / indentation means that vary means according to the intention of those skilled in the art to practice the present invention It bayida put out obviously possible to implement the.

According to an embodiment of the present invention, the tooth arrangement selection interface includes an information input interface for directly inputting a number (or a letter) indicating the tooth number and whether the protrusion / normal / inclusion is included and a number indicating the protrusion / inclusion degree. Or an information-selective interface for selecting the tooth number and a symbol (or letter) indicating whether it is protruding / normal / indentation and a number indicating the degree of protrusion / inclusion (for example, the tooth number is N upper teeth and M lower teeth) Is selected directly from the interface displayed, and whether the selected tooth number is projected / normal / embedded is selected through a combo box, and the degree of protrusion / embedded is selected through a combo box (or progress bar), or A hybrid interface in which the information input interface and the selective interface are mixed (eg, included in the tooth arrangement selection interface). Each tooth number is assigned to an image, and any one of a symbol (or letter) indicating whether it is protruding / normal / inclusion and an interface for directly inputting a number indicating the degree of protrusion / incorporation) is included in each tooth number. It is preferable.

According to the method of the present invention, the tooth arrangement information input (or selected) through the tooth arrangement selection interface includes tooth number information assigned to the N upper teeth and the M lower teeth, and protrusions for the respective tooth numbers. It is preferable to include the projection / normal / inclusion indication information to quantify / display whether or not / normal / inclusion as '+' / '0' / '-', instead of the '+' / '0' / '-' It is clear that other symbols (or letters) may be used in the.

Here, the number indicating the distance (or angle) from the tooth curvature, preferably indicating the step of the distance (or angle) from the tooth curvature, the degree of protrusion / indentation is a separate for treatment Since it is not measured by a tool but by the client himself to indicate the degree of protrusion / inclusion for consultation, the number '0' if the client itself is in the proper position to indicate the degree of protrusion / inclusion without a separate tool. To enter (or select), enter (or select) the number '1' if it is slightly or slightly overhanging by the client itself, and if the third party feels that it is projecting / intrusive. It allows you to enter (or select) the number '2' and make sure that the third party is able to extrude / intrude, as well as this in the client's own complex. When it is possible that the number "3" to enter (or select).

FIG. 3 (a) shows that the upper teeth 13 and the lower teeth 43 are in proper positions, and the protruding / normal / embedding indication information is indicated by '0'.

3 (b) shows that the upper tooth 13 is embedded and the lower tooth 43 is protruded, and the protruding / normal / indentation display information of the upper tooth 13 is represented by '-', and the lower tooth 43 Protrusion / normal / inclusion indication information is indicated by '+', and the protrusion / inclusion degree of the upper tooth 13 is slightly or slightly impregnated by the client himself, so the number '1' is displayed, and the lower tooth 43 protrusion / inclusion is displayed. The degree of intrusion is also slightly or slightly intrusive to the client's own feeling and is indicated by the number '1'.

(C) of FIG. 3 shows that the upper tooth 13 is embedded and the lower tooth 43 is protruded, and the protruding / normal / inclusion indication information of the upper tooth 13 is represented by '-', and the lower tooth 43 Protrusion / normal / inclusion indication information is displayed as '+', and the protrusion / inclusion degree of the upper tooth 13 is displayed by the third party so that the user can feel the intrusion. The degree of intrusion is also indicated by the number '2' because the third party feels that it can be clearly perceived.

3 (d) shows that the upper tooth 13 is embedded and the lower tooth 43 is protruded, and the protruding / normal / embedding indication information of the upper tooth 13 is represented by '-', and the lower tooth 43 The protrusion / normal / inclusion indication information is indicated by '+', and the protrusion / inclusion degree of the upper tooth 13 is felt by a third party so that the protrusion can be clearly sensed, and since this acts as a client's own complex, the number ' 3 'is displayed, and the degree of protrusion / indentation of the lower tooth 43 is also felt by the third party, and the number' 3 'is displayed because it acts as the client's own complex.

4 is a diagram illustrating the display of the height of the teeth in the up and down direction for the non-face-to-face orthodontic correction / molding consultation quantified according to the practice of the present invention.

In more detail, FIG. 4 illustrates an example of displaying the height of the teeth in the up / down direction through the tooth arrangement selection interface provided to the client terminal 100 in the dental consultation server 200 system shown in FIG. Specifically, it illustrates that the 23rd of the upper teeth are spaced apart in the upward direction.

Those skilled in the art to which the present invention pertains may refer to and / or modify this drawing to infer various implementation methods for the present invention, but the present invention includes all the implementation methods inferred above. The technical features are not limited only to the implementation method illustrated in FIG. 4.

Referring to FIG. 4, the tooth arrangement selection interface assigns a predetermined number to the N (N> 2) upper teeth and the M (M> 2) lower teeth exposed when the oral opening is opened. Up / down direction for one or more of the N upper teeth and M lower teeth under conditions in which M lower teeth are arranged in a line according to a set tooth curvature (or tooth curvature selected through the tooth curvature selection interface) The height is displayed through a symbol (or a letter), or a symbol (or a letter) indicating the height of the up / down direction is added to a number associated with the symbol (or a letter) to display the height. The steps of the height and meaning of the type and number of the symbols (or letters) are variously modified according to the intention of those skilled in the art to carry out the present invention. It bayida put out obviously is possible.

According to an embodiment of the present invention, the tooth arrangement selection interface may include an information input interface for directly inputting a number (or a letter) indicating the tooth number and the height of the up / down direction and a number indicating the height of the tooth, or the Information-selective interface for selecting a number (or letter) indicating tooth number and up / down elevation, and a number indicating height. For example, the tooth number is directly from the interface showing N upper teeth and M lower teeth. Select, and the height of the selected tooth number in the up / down direction is selected through a combo box, and the height is selected through a combo box (or a progress bar)), or the information input interface and the optional interface. Blended interfaces (e.g., tooth images included in the tooth array selection interface) It group comprising any one of a number assigned to the teeth, and the symbols (or characters), and interfaces for entering a figure indicating the degree of height) indicating the up / down direction of the height of each tooth number is preferred.

According to the exemplary embodiment of the present invention, the tooth arrangement information input (or selected) through the tooth arrangement selection interface may be provided in the up / down direction of the teeth with respect to the tooth number information given to the N upper teeth and the M lower teeth. Displaying the height as a symbol (or a letter) (for example, the spaced in the upward direction is indicated by the 'U' symbol, the spaced in the downward direction is preferably represented by the 'L' symbol, various symbols according to the intention of those skilled in the art (Or letters) available) preferably further includes height display information.

Here, the number indicating the distance (or angle) from the tooth curvature, preferably indicating the stage of the distance (or angle) from the tooth curvature, the height is a separate tool for treatment It is not a measurement, but a client to indicate the height of the height for counseling, so if no teeth, the client enters the number '0' if each tooth is in the proper position to indicate the height. Have the client enter (or select) the number '1' if the client himself feels slightly or slightly different, or enter (or select) the number '2' if the height is definitely different to the third party. For example, the third party can certainly feel the difference between the heights and heights, and if it acts as a client's own complex, It is possible to enter (or select) the child '3'.

4 (a) shows that the upper teeth 23 and the lower teeth 23 are at appropriate positions, and the height display information is displayed as '0'.

4 (b) shows that the upper teeth 23 are spaced apart in the upward direction, and the height indication information of the upper teeth 23 is displayed as 'U', and the height of the upper teeth 23 is felt by the client himself. Because the numbers are slightly or slightly different, the number '1' is displayed.

(C) of FIG. 4 shows that the upper tooth 23 is spaced apart in the upward direction, and the height indication information of the upper tooth 23 is indicated by 'U', and the height indication information of the lower tooth 23 is indicated by '+'. The height of the upper tooth 23 is displayed as the number '2' because the height is different for the third person to feel.

4 (d) shows that the upper teeth 23 are spaced apart in the upward direction, and the height indication information of the upper teeth 23 is represented by 'U', and the height of the upper teeth 23 is lowered by the third party. Of course, you can feel the difference, and since this acts as the client's own complex, the number '3' is displayed.

5 is a diagram illustrating the display of tooth color for non-face-to-face orthodontic / molding consultation quantified according to the practice of the present invention.

In more detail, Figure 5 illustrates that the tooth color is displayed through the tooth color selection interface provided to the client terminal 100 in the dental consultation server 200 system shown in Figure 2, the present invention Those skilled in the art will be able to infer various embodiments of the present invention by referring to and / or modifying the present invention, but the present invention includes all the inferred embodiments thereof. The technical features are not limited only to the implementation method shown in FIG.

Referring to FIG. 5, the tooth color selection interface may input (or select) tooth color information indicating colors of the N upper teeth and the M lower teeth in letters (or symbols). It is apparent that the letters (or symbols) can be modified in various ways in accordance with the intention of those skilled in the art of practicing the present invention.

According to an embodiment of the present invention, the tooth color selection interface may include an information input interface for directly inputting colors for N upper teeth and M lower teeth as letters (or symbols), or N upper teeth and M teeth. It is preferable to include any one of an information selection interface for selecting a color for the lower teeth from a predetermined character (or symbol), or a hybrid interface in which the information input interface and the selection interface are mixed.

According to the exemplary embodiment of the present invention, the tooth color information input (or selected) through the tooth color selection interface may be “NY” for natural yellowish teeth, “YY” for highly yellowish teeth, and color mismatch of prostheses. PC "," BB "for tooth discoloration due to tooth decay," TC "for antibiotic pigmentation," WS "for spots and stains," NV "for bruised teeth (silent teeth), multiple caries due to abrasion, anorexia "GA" for abrasion, "RC" for old resin treatment, "ST" for tartar and exogenous pigmentation, "HL" for horizontal streaks, "EH" for enamel dysplasia, "CA" for cervical abrasion. It is preferable to quantify and display through two initial capital letters, such as ", etc., and the character (or symbol) indicating the tooth color can be variously modified and used according to the intention of a person skilled in the art. Include all tooth color information It is clear that this is done together.

Figure 6 illustrates the display of the gum condition for non-face-to-face orthodontic / molding consultation quantified according to the practice of the present invention.

In more detail, Figure 6 illustrates that the gum state is displayed through the gum state selection interface provided to the client terminal 100 in the dental consultation server 200 system shown in Figure 2, the present invention Those skilled in the art will be able to infer various embodiments of the present invention by referring to and / or modifying the present invention, but the present invention includes all the practiced methods inferred by the present invention. The technical features are not limited only to the implementation method shown in FIG.

Referring to FIG. 6, the gum state selection interface inputs (or selects) gum state information indicating a gum state of the N upper teeth and the M lower teeth in a letter (or symbol). It is apparent that the above characters (or symbols) can be embodied in various modifications according to the intention of those skilled in the art.

According to an embodiment of the present invention, the gum state selection interface may include an information input interface for directly inputting the gum state of N upper teeth and M lower teeth as a letter (or symbol), or N upper teeth and M It is preferable to include any one of an information-selective interface for selecting the gum state of the lower teeth of the dog from a predetermined character (or symbol), or a mixed interface in which the information input interface and the optional interface are mixed.

According to the method of the present invention, the gum state information input (or selected) through the gum state selection interface, the front spider "ag", the overall spider "tg", gum protrusion "pg", gum inflammation "rg", irregular gum line "ig", black gum "bg", off gum "dg", prosthetic black gum "pg", etc. It is preferable to display, and the character (or symbol) for displaying the tooth color can be variously used according to the intention of those skilled in the art, and the present invention clearly reveals that the modified tooth includes all the tooth color information. It is a bar.

7 is a diagram illustrating a process of registering tooth condition condition information for quantitative non-face-to-face orthodontic / molding consultation according to an embodiment of the present invention.

In more detail, in FIG. 7, the client terminal 100 having one or more browser programs is connected to the dental counseling server 200 illustrated in FIG. 2 using an HTTP compatible protocol, and then the dental counseling server 200 is connected. Dental status including one or more of the tooth arrangement information, tooth color information, and gum state information quantified through the orthodontic / molding consultation interface including one or more of the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface provided by The procedure for inputting (or selecting) condition information and transmitting the same to the dental consultation server 200. If a person of ordinary skill in the art belongs to the present invention, the present invention will be described with reference to FIG. Various implementations of the process of registering dental condition information for quantitative non-face-to-face orthodontic / molding consultation The method may be inferred, but the present invention includes all the inferred implementation methods, and is not limited to the implementation method shown in FIG.

Hereinafter, in FIG. 7, the client terminal 100 illustrated in FIG. 2 is referred to as a “terminal” for convenience, and the dental consultation server 200 is referred to as a “server” for convenience.

Referring to FIG. 7, the terminal accesses the server through a communication network, connects a communication channel through an HTTP compatible protocol (700), and transmits a webpage link to the server through the communication channel to display one or more webpages. Request 705, and correspondingly, the server generates (or extracts) a web page corresponding to the web page link (710).

If the webpage is not generated (or extracted) when the non-face-to-face orthodontic / molding consultation service is quantified through the webpage (715), the server sends the generated (or extracted) webpage to the communication channel. After transmitting to the terminal through the output 720, the terminal selects (or clicks) any one or more web page links included in the web page and transmits to the server.

On the other hand, when generating (or extracting) the webpage, if the dental correction / molding consultation interface for the non-face-to-face orthodontic / molding consultation quantified through the webpage is provided to the terminal (715), the server generates the (or The extracted web page is processed to include a tooth alignment selection interface, a tooth alignment selection interface, a tooth color selection interface, and a gum state selection interface for the quantified non-face-to-face orthodontic correction / molding consultation (725) In operation 730, the web page including the orthodontic / molding consultation interface is transmitted to the terminal through the communication channel.

According to an embodiment of the present invention, the orthodontic / molding consultation interface inputs tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information through one or more form forms or flashes. It is preferable to include one or more tooth arrangement selection interface, tooth color selection interface, and gum state selection interface for (or selection), exposure to the N upper teeth exposed to the front when opening the mouth according to the intention of the skilled person A tooth curvature selection interface for selecting a tooth curvature for the upper tooth based on the number of teeth and the tooth exposure form, and for selecting a tooth curvature for the lower tooth based on the number of exposed teeth for the M lower teeth and the tooth exposure form. It is preferred to further comprise a.

Those skilled in the art to which the present invention pertains, inputting (or selecting) dental state condition information including one or more of the tooth arrangement information, tooth color information, and gum state information in the client terminal 100. Since it will be familiar with the technical features of the foam form or flash for, the detailed description of the foam form corresponding to the orthodontic / molding consultation interface in FIG. 7 will be omitted for convenience.

The tooth array selection interface may be configured to assign a predetermined number to the N (N> 2) upper teeth and M (M> 2) lower teeth exposed when the oral opening is opened, and the N upper teeth and the M lower teeth A symbol indicating whether protrusions / normal / inclusions of one or more of the N upper teeth and the M lower teeth are arranged in a line according to each set tooth curvature (or tooth curvature selected through the tooth curvature selection interface). Or letters) (e.g., '+' / '0' / '-'), and the degree of protrusion / inclusion is a number associated with the symbol (or letter) (e.g., +1 ',' +2 ', And a form form (or flash) corresponding to the user interface for inputting (or selecting) the tooth array information further including '+3', '-1', '-2', and '-3'). Preferably, the N upper teeth and M Displaying the height of the up / down direction of one or more of the lower teeth as a symbol (or letter) (e.g., spaced upward direction is indicated by the 'U' symbol, spaced downward direction is denoted by the 'L' symbol) And a number associated with the symbol (or letter) (e.g., 'U1', 'U2', 'U3', 'L1', 'L2) in proportion to the distance from the height relative to each tooth. It is preferable to include a form form (or flash) corresponding to a user interface for further inputting (or selecting) the tooth arrangement information, which further includes 'L3').

According to an embodiment of the present invention, the tooth arrangement selection interface may include the input (or selection) of the tooth arrangement information when the tooth arrangement information is input (or selected) for at least one of the N upper teeth and the M lower teeth. Preferably, the method further includes a function of generating (or receiving from a server) tooth state data (or an image) indicating an anatomical tooth arrangement for the apparatus.

The tooth color selection interface may include a form form (or flash) corresponding to a user interface for inputting (or selecting) tooth color information indicating a color (or a symbol) of the colors of the N upper teeth and the M lower teeth. It is preferable to comprise).

According to an embodiment of the present invention, the tooth color selection interface may include the input (or selected) color of the teeth when the tooth color information is input (or selected) for the N upper teeth and the M lower teeth. It is preferable to further include a function of generating (or receiving from the server) the tooth state data (or image) displayed on the teeth arranged according to.

According to the method of the present invention, the gum state selection interface is configured to input the tooth state information (or selection) for the N state teeth of the N upper teeth and the M lower teeth. According to the present invention, it is preferable to further include a function of generating (or receiving from a server) the tooth state data (or an image) displayed in association with the teeth arranged according to.

According to an exemplary embodiment of the present invention, the server may provide the number of exposed teeth and the tooth exposure form of the N upper teeth exposed at the front when opening the mouth before providing the tooth array selection interface to the client terminal 100. Displaying a plurality of upper tooth structure examples including, selecting any one of the plurality of upper tooth structure examples shown to select the tooth curvature for the upper teeth, the number of exposed teeth and the exposure form of the M lower teeth Display a plurality of lower tooth structure examples including a, and provides the client terminal 100 with a tooth curvature selection interface for selecting a tooth curvature for the lower teeth by selecting any one of the displayed plurality of lower tooth structure examples Dental arrangements input (or selected) via the tooth arrangement selection interface It is preferable to select the curvature of the tooth.

According to another exemplary embodiment of the present invention, when the server provides the tooth array selection interface to the client terminal 100, the server selects tooth curvatures for the N upper teeth on the tooth array selection interface, and M bottoms. It is preferable to further include a tooth curvature selection interface for selecting a tooth curvature for the tooth to select the tooth curvature for the tooth arrangement information input (or selected) through the tooth array selection interface.

According to an embodiment of the present invention, the server is a web that generates (or extracts) the orthodontic / molding consultation interface integrating the tooth arrangement selection interface, tooth color selection interface, and gum state selection interface into one interface screen. It is preferable to include in a page and provide it to the terminal.

According to another exemplary embodiment of the present invention, the server may include the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface in the generated (or extracted) web page according to a preset interface providing procedure (or procedure). It is preferable to provide to the terminal, including.

According to another exemplary embodiment of the present invention, the server integrates any one or two or more of the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface, or according to a preset interface providing order (or procedure). It is preferable to include in the generated (or extracted) web page to provide to the terminal.

Thereafter, the terminal includes a tooth state including at least one tooth arrangement information, tooth color information, and gum state information for the quantified non-face-to-face tooth correction / molding consultation through the tooth correction / molding consultation interface included in the webpage. Check whether the condition information is input (or selected) (735).

The tooth color information is natural yellowish tooth "NY", severely yellowish tooth "YY", color mismatch of prosthesis "PC", tooth discoloration due to tooth decay "BB", antibiotic coloration "TC", "WS" for spots and stains, "NV" for bruised teeth, "GA" for abrasion, anorexia, "GA" for wear, "RC" for old resin treatment, "RC" for tartar and exogenous pigmentation " ST ", horizontal stripes are" HL ", enamel dysplasia is" EH ", cervical abrasion, yellow area exposure" CA ", etc. It is desirable to quantitatively indicated by two initial capital letters, such as intention of the skilled person According to the character (or symbol) indicating the tooth color can be used in various modifications, it will be apparent that the present invention includes all the modified tooth color information.

If the terminal does not input (or select) dental condition condition information including at least one of tooth arrangement information, tooth color information, and gum state information for the quantified non-face-to-face orthodontic correction / molding consultation (740), the terminal Repeats the process of selecting (or clicking) any one or more webpage links included in the webpage and transmitting the same to the server.

On the other hand, if the dental condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information is input (or selected) for the quantified non-face-to-face orthodontic correction / molding consultation (740), the terminal The dental condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information input (or selected) through the orthodontic / molding consultation interface is transmitted to the server through the communication channel (745).

In more detail, FIG. 8 illustrates quantitated tooth arrangement information, tooth color information, and gum state input (or selected) through the tooth correction / molding consultation interface at the client terminal 100 through the process illustrated in FIG. When the dental condition condition information including one or more information is transmitted, the dental condition data corresponding to the received quantified tooth arrangement information, tooth color information, and gum state information is received by the dental consultation server 200 illustrated in FIG. Or an image) to provide to the client terminal 100, and a person having ordinary knowledge in the art to which the present invention pertains refers to and / or modifyes the figure 8 to quantify the dental state. Although various implementation methods for the process of providing the dental condition data (or image) corresponding to the condition may be inferred, the present invention Includes all exemplary method inferred group, it shall not be limited to the exemplary method shown in the figure 8.

For example, those skilled in the art to which the present invention pertains, quantified tooth arrangements input (or selected) through the orthodontic / cosmetic consultation interface to the orthodontic / cosmetic consultation interface with reference to FIG. The method of generating and outputting tooth state data (or images) corresponding to the information, the tooth color information, and the gum state information may be inferred, and it will be apparent that the present invention includes all the inferred implementation methods. It is.

Hereinafter, in FIG. 8, the client terminal 100 illustrated in FIG. 2 is referred to as a “terminal” for convenience, and the dental consultation server 200 is referred to as a “server” for convenience.

Referring to FIG. 8, at least one of quantitative tooth arrangement information, tooth color information, and gum state information inputted (or selected) through the dental correction / molding counseling interface at the terminal through the process illustrated in FIG. When the tooth condition condition information is transmitted, the server receives the tooth condition condition information including one or more of the quantified tooth arrangement information, tooth color information, and gum state information through a communication channel (800). A data indicating an anatomical tooth arrangement state corresponding to the arrangement information, data displaying a color corresponding to the tooth color information on the anatomical tooth arrangement, and a gum state corresponding to the gum state information; Generating dental state data (or images) including one or more of data displayed in association; In operation 805, tooth state data (or an image) associated with the received tooth state condition information is extracted from the storage medium 140 illustrated in FIG. 2.

When generating the tooth state data corresponding to the tooth condition condition information according to an embodiment of the present invention, the server anatomical tooth arrangement for the received tooth arrangement information of the N upper teeth and M lower teeth Tooth status data including vector data or drawing data indicating a 2D plane or 3D coordinates, and a color corresponding to the received tooth color information, the anatomical teeth of the N upper teeth and the M lower teeth. Tooth state data (or images) including vector data or drawing data to be displayed in an array, and a gum state corresponding to the received gum state information to be associated with anatomical tooth arrangements for the N upper teeth and M lower teeth Dental data, including vector data or drawing data To produce the paper) it is preferred.

According to another exemplary embodiment of the present invention, when the tooth state data corresponding to the tooth condition condition information is extracted from the storage medium 140 shown in FIG. 2, the server may store the N pieces of data from the storage medium 140. Receiving dental state data (or images) comprising vector data or drawing data or photographic images displaying anatomical tooth arrangements on the two-dimensional plane or three-dimensional coordinates of the upper and the lower M teeth among the lower teeth. Dental state data (or images) comprising vector data or drawing data or photographic images for displaying a color corresponding to the extracted tooth color information on the anatomical tooth arrangements for the N upper teeth and the M lower teeth, Dissecting the gum state corresponding to the gum state information for the N upper teeth and the M lower teeth It is preferable to extract the tooth dental condition data including vector data or drawing data or images indicating the arrangement and association (or image).

If tooth state data (or image) corresponding to the received tooth arrangement information, tooth color information, and gum state information is generated (or extracted) (810), the server may generate the generated tooth state data (or image). Transmitted to the client terminal 100 and processed to be output through the orthodontic / cosmetic consultation interface output to the client terminal 100 (815), whereby the client inputs through the orthodontic / cosmetic consultation interface ( Or an anatomical tooth arrangement state, a tooth color and a gum state corresponding to the tooth arrangement information being selected).

9 illustrates a process for providing orthodontic / molding data (or images) corresponding to quantified dental condition conditions in accordance with one embodiment of the present invention.

In more detail, FIG. 9 illustrates quantified tooth arrangement information, tooth color information, and gum state input (or selected) from the client terminal 100 through the tooth correction / molding consultation interface through the process illustrated in FIG. When the dental condition condition information including one or more information is transmitted, the dental correction / molding data (or the dental correction / molding data corresponding to the dental correction / molding result for the quantified dental condition condition is transmitted by the dental consultation server 200 illustrated in FIG. 2). Image) to provide the client terminal 100 to the client terminal 100, and a person having ordinary knowledge in the art to which the present invention pertains may refer to and / or modify this drawing 9 to quantify the dental condition condition. Various implementations may be inferred for the process of providing orthodontic / molding data (or images) corresponding to the present invention. Includes all exemplary method inferred group, it shall not be limited to the exemplary method shown in the figure 9.

Hereinafter, in FIG. 9, the client terminal 100 illustrated in FIG. 2 is referred to as a “terminal” for convenience, and the dental consultation server 200 is referred to as a “server” for convenience.

Referring to FIG. 9, the terminal includes one or more of quantified tooth arrangement information, tooth color information, and gum state information input (or selected) through the dental orthodontic / molding consultation interface through the process illustrated in FIG. 7. When the tooth condition condition information is transmitted, the server receives the tooth condition condition information including at least one of the quantified tooth arrangement information, tooth color information, and gum state information through a communication channel (900), and the storage medium ( Tooth condition condition information matched with the tooth condition condition information including one or more of the quantitative tooth arrangement information, tooth color information, and gum state information received through the information receiving unit 220 among the plurality of tooth condition condition information stored in 140 Check (905).

According to the exemplary embodiment of the present invention, the server matches the quantified tooth arrangement information received through the information receiver 220 among the plurality of tooth state condition information stored in the storage medium 140, and the quantified tooth It is preferable to check the tooth condition condition information including the tooth arrangement information, the tooth color information, and the gum state information which matches the color information and coincides with the quantified gum state information.

According to another exemplary embodiment of the present invention, the server is matched within a predetermined range with the quantified tooth arrangement information received through the information receiving unit 220 among the plurality of tooth condition condition information stored in the storage medium 140. It is preferable to check the tooth condition condition information including the tooth arrangement information, tooth color information, and gum state information consistent with the quantified gum state information.

According to another exemplary embodiment of the present invention, the server may include each of the tooth arrangement information, the tooth color information, and the gum state information included in the tooth condition condition information among the plurality of tooth condition condition information stored in the storage medium 140. A quantification item and each quantification item of tooth arrangement information, tooth color information, and gum state information included in the tooth condition condition information received through the information receiving unit 220 are compared for each item, and a matching item among the compared quantification items. It is desirable to confirm this most matching tooth condition condition information.

If the tooth condition condition information matching the quantified tooth condition condition information is confirmed from the storage medium 140 (910), the server is linked with the confirmed tooth condition condition information in connection with the storage medium 140. One or more dental orthodontic / shaping data (or images) that have been acquired (915).

If the dental correction / molding data (or image) associated with the confirmed dental condition condition information is confirmed from the storage medium 140 (920), the server stores the confirmed dental correction / molding data (or image). It is transmitted to the client terminal 100 and processed to be output (925), whereby the client can predict the state after correcting / molding his current teeth through the dental correction / shaping data (or image), The dentist will consult the client about the correction / shaping of the client's teeth based on the tooth condition data (or image) and the orthodontic / shaping data (or image).

10 illustrates a quantified non-face facing orthodontic / molding consultation system according to another embodiment of the present invention.

In more detail, in FIG. 10, when there are a plurality of dental correction / molding procedures for one tooth condition condition information, the dental correction is performed in the client terminal 100 like the dental correction / molding consultation system shown in FIG. 2. When the dental condition information including one or more of the quantitative tooth arrangement information, the tooth color information, and the gum state information is input (or selected) and transmitted through the molding counseling interface, the dental consultation server 1000 quantifies the tooth. A system for checking and providing at least one orthodontic / molding data (or image) for each orthodontic / molding treatment method corresponding to a result of orthodontic / molding procedure for each condition correction method for a condition condition and providing the same to the client terminal 100. As for the configuration, those skilled in the art to which the present invention pertains, refer to this drawing 10 and / or May be modified to infer various implementation methods for the quantified non-face-to-face orthodontic / molding consultation system configuration, but the present invention includes all the implementation methods inferred, limited to the implementation method shown in FIG. Not.

Referring to FIG. 10 according to an embodiment of the present invention, the quantified non-face-to-face orthodontic / molding consultation system includes a client terminal 100 having one or more browser programs and connected to a communication network through the browser program; Is connected to the client terminal 100 through the communication network, when the client terminal 100 is connected through the communication network, tooth array selection interface, tooth color selection interface, for the quantified non-face-to-face orthodontic correction / molding consultation, Produces (or extracts) a web page including an orthodontic / molding consultation interface including one or more gum state selection interfaces and provides the webpage to the client terminal 100, and the orthodontic / molding consultation on the client terminal 100. Quantified tooth arrangement information, tooth color information, and gum condition information through the interface When the dental condition condition information including one or more is input (or selected) and transmitted, at least one orthodontic / molding procedure corresponding to the results of the orthodontic / molding treatment method for the quantified dental condition conditions It is characterized in that it comprises a dental consultation server (1000) provided to the client terminal 100 to check the orthodontic / molding data (or image).

However, in FIG. 10, the dental consultation server 1000 is illustrated as being formed in one server form for convenience. However, the present invention is not limited thereto, and the dental consultation server 1000 may have two or more components for each component. It is possible to be implemented in the form of a server group, the present invention is characterized in that it comprises all the possible inference method.

The client terminal 100 is a wired communication network based on TCP / IP (for example, Asymmetric Digital Subscriber Line (ADSL) / Very High-data Rate Digital Subscriber Line (VDSL), cable communication network). A mobile communication terminal including at least one wired terminal including a desktop computer or a notebook computer connected to the dental consultation server 1000 or connected to a code division multiple access (CDMA) based mobile communication network, or IEEE At least one wireless terminal (not shown) including at least one or more portable Internet terminals connected to the 802.16x-based high-speed wireless Internet, or two-way communication through any one of the wired or wireless communication network Write down a TV device (not shown) that includes at least one IP-TV, digital TV, or DMB. It characterized in that it comprises one or more, and through the communication network for the quantified non-face-to-face orthodontic correction / molding consultation including a tooth arrangement selection interface, tooth color selection interface, gum state selection interface one or more And a browser program for receiving and outputting a web page including a consultation interface.

According to an embodiment of the present invention, the dental consultation server 1000 includes web page operation data including one or more web page sources and web contents for generating (or extracting) a web page to be provided to the client terminal 100. It is characterized in that it comprises a database for storing the database, characterized in that the database is provided in a Database Management System (DBMS) associated with the dental consultation server 1000.

According to an exemplary embodiment of the present invention, the webpage source included in the webpage operation data may include one or more tag strings for generating a webpage to be provided from the dental consultation server 1000 to the client terminal 100. Or a combination of tag strings), one or more scripts to be included in the web page, and one or more information contents corresponding to the web page contents. In this case, the web page provided to the client terminal 100 includes the It is preferably generated by combining tag strings (or combinations of tag strings).

According to another exemplary embodiment of the present invention, the webpage source included in the webpage operation data may include a web document source file corresponding to a webpage to be provided from the dental consultation server 1000 to the client terminal 100. For example, a web document source file including one or more tag strings and scripts and information contents corresponding to the web page contents) may be included. In this case, the web pages provided to the client terminal 100 may include one or more web pages. Web document source files (e.g., web pages without frames, one web document source file, or, for web pages consisting of two or more frames, one frame web document source file and two or more web documents corresponding to each frame) Source file).

According to the present invention, the dental consultation server 1000, the predetermined number is assigned to the N (N> 2) upper teeth and M (M> 2) lower teeth exposed when the patient opens the mouth, the number Denotes a symbol (or letter) whether or not the protrusions / normal / inclusions of the N upper teeth and the M lower teeth given by the symbol are further included, and the degree of protrusion / inclusion further includes a number associated with the symbol (or letter). The tooth arrangement information to be displayed, the tooth color information to display the color of the N upper teeth and M lower teeth in letters (or symbols), the gum state for the N upper teeth and M lower teeth At least one dental condition condition information including the gum condition information indicated by the symbol) and the tooth condition data (or image) for each tooth condition condition information are stored in association with each other. And a storage medium 140 for further linking and storing the dental correction / molding data (or image) corresponding to the dental correction / molding result for the dental correction / molding result, or interworking with the storage medium 140 through a communication network. .

Herein, the tooth arrangement information of the tooth condition condition information includes teeth number information assigned to the N upper teeth and the M lower teeth, and whether the protrusion / normal / inclusion of each tooth number is '+' / '0'. It is preferable to include protrusion / normal / embedded display information quantified and displayed as / '-', and other symbols (or letters) may be used instead of '+' / '0' / '-'. It is obvious.

The orthodontic / molding procedure information includes a procedure name (or procedure code) for one or more orthodontic / molding procedures that can be performed for orthodontic / molding for each tooth condition condition information, and the orthodontic / molding procedure Surgical features (e.g., cosmetic features, orthodontic features, dental features, etc. for orthodontic / plastic surgery), maturity to orthodontic / plastic surgery (e.g., more damage to the original tooth during orthodontic / plastic surgery) Less and more cosmetically, the more difficult the distinction between natural and orthodontic / molded teeth is, the higher the maturity is assessed), the cost of the procedure, and the cost of follow-up (eg, post-construction (or recovery) from damage to orthodontic / molded teeth. Cost), orthodontic / molded retention periods (strength for the corrected / molded teeth, discoloration) and the like.

According to the method of the present invention, the orthodontic / molding procedure information is characterized in that the procedure name (or procedure code) is different for each orthodontic / molding procedure, and the completeness of the orthodontic / molding procedure for each orthodontic / molding procedure (E.g. less damage to the original tooth during orthodontic / molding procedures, and the more difficult the distinction between natural and orthodontic / molded teeth is cosmetically evaluated, the higher the maturity) It is desirable to have one or more of the following: the cost of post reconstruction (or repair) due to orthodontic / molded tooth damage, or the period of orthodontic / molded maintenance (strength / discoloration for orthodontic / molded teeth).

The orthodontic / molding data (or image) corresponds to the quantified tooth arrangement information, tooth color information, and gum state information in response to a plurality of orthodontic / molding procedure methods corresponding to the orthodontic / molding procedure information, respectively. It is preferable to include the data (or image) after orthodontics / molding for each orthodontic / molding procedure corresponding to the result of the correction / molding of the N upper teeth and M lower teeth.

According to the exemplary embodiment of the present invention, some of the orthodontic / molding procedure methods corresponding to the orthodontic / molding procedure information may be applied to a good tooth in which the quantified tooth arrangement, tooth color, and gum state are included within a predetermined range. For one or more of the completeness, procedure cost, follow-up cost, or maintenance period for the corrected / molded teeth is excellent, while for the teeth that the quantified tooth arrangement, tooth color, gum condition is out of a certain range There may be a treatment method in which one or more of the completeness, the treatment cost, the after-care cost, and the maintenance period of the correction / molding for the corrected / molded teeth are inferior. Or image) is the completeness of the corrected / molded teeth, the procedure for the quantified tooth arrangement, tooth color, and gum condition. For, after orthodontic / molding for a follow-up costs, the calibration / molding treatment becomes one or more of the calibration / molding sustain period poor tooth is desirable to omit the data (or image).

Referring to FIG. 10, the dental consultation server 1000 provides a web page to the client terminal 100 using an HTTP compatible protocol corresponding to the communication network, or provides a web page provided to the client terminal 100. And a web interface unit 1005 for connecting and managing a web interface for receiving various information input (or selected) inputted from the client terminal 100 based on the GET / POST method.

When the client terminal 100 is a wired terminal in which a communication channel is connected through a TCP / IP-based wired communication network according to an embodiment of the present invention, the web interface unit 1005 may be connected to the client terminal 100 and TCP / IP. A communication channel is connected and managed through a base HTTP protocol, and a Hyper-Text Markup Language (HTML) compatible document (eg, * .htm, * .asp, * .xml) to the client terminal 100 through the communication channel. It is preferable to interface so that a web page of a type is provided or to receive information input from the client terminal 100 in a GET / POST manner.

Referring to FIG. 10, when the dental consultation server 1000 is connected to the dental consultation server 1000 through the web interface unit 1005 from the client terminal 100 (or a dental correction / molding consultation request), A web page operating unit 1010 (or web page operating unit) for generating (or extracting) a web page to be provided to the client terminal 100 based on web page operating data, and the web page operating unit 1010; And a dental orthodontic / plastic consultation interface including one or more of a tooth arrangement selection interface, a tooth color selection interface, and a gum state selection interface for the quantified non-face-to-face orthodontic / molding consultation on the generated web page in association. And an interface providing unit 1015 (or an interface providing unit 105) including the web page operating unit 1010. In connection with the interface unit 1005, the generated web page (or extraction) is characterized in that processing to be provided to the client terminal 100.

When the client terminal 100 accesses the dental consultation server 1000 through the web interface unit 1005 or requests the dental correction / molding consultation from the dental consultation server 1000, the webpage operation unit 1010 confirms a web page link to be provided to the client terminal 100 in response to the dental consultation server 1000 connection (or a dental orthodontic / plastic consultation request), and checks the identified web from the webpage operation data. Identify a web page source and web content for generating (or extracting) a web page corresponding to a page link, and generate a web page to be provided to the client terminal 100 using the checked web page source and web content. (Or extraction).

When the web page operation unit 1010 generates (or extracts) a web page to be provided to the client terminal 100, the generated (or extracted) web page is a web page for the orthodontic / molding consultation The interface providing unit 1015 is connected to the webpage operating unit 1010 to arrange the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface for the quantified non-face-to-face orthodontic / molding consultation on the webpage. It characterized in that the processing to be provided to the client terminal 100, including the orthodontic / cosmetic consultation interface comprising one or more.

Those skilled in the art to which the present invention pertains, inputting (or selecting) dental state condition information including one or more of the tooth arrangement information, tooth color information, and gum state information in the client terminal 100. Since it will be familiar with the technical features of the foam form or flash for, the detailed description of the foam form corresponding to the orthodontic / molding consultation interface in FIG. 10 will be omitted for convenience.

The tooth array selection interface may be configured to assign a predetermined number to the N (N> 2) upper teeth and M (M> 2) lower teeth exposed when the oral opening is opened, and the N upper teeth and the M lower teeth Whether the protrusion / normal / inclusion of one or more of the N upper teeth and the M lower teeth is arranged in a line arranged according to each set tooth curvature (or tooth curvature selected through the tooth curvature selection interface). Or letters) (e.g., '+' / '0' / '-'), and the degree of protrusion / inclusion is associated with the symbol (or letter) (e.g., +1 ',' +2 ', And a form form (or flash) corresponding to the user interface for inputting (or selecting) the tooth array information further including '+3', '-1', '-2', and '-3'). Preferably, the N upper teeth and M children Displaying the height of the up / down direction of one or more of the lower teeth as a symbol (or letter) (e.g., spaced upward direction is indicated by the 'U' symbol, spaced downward direction is denoted by the 'L' symbol) And the number associated with the symbol (or letter) in proportion to the separation distance from the reference height for each tooth (eg, 'U1', 'U2', 'U3', 'L1', 'L2'). It is preferable to include a form form (or flash) corresponding to a user interface for further inputting (or selecting) the tooth arrangement information, which further includes 'L3').

According to an embodiment of the present invention, the tooth arrangement selection interface may include the input (or selection) of the tooth arrangement information when the tooth arrangement information is input (or selected) for at least one of the N upper teeth and the M lower teeth. Preferably, the apparatus further includes a function of generating (or receiving from the dental consultation server 1000) and outputting dental state data (or an image) indicating an anatomical tooth arrangement.

According to an embodiment of the present invention, the tooth color selection interface may include the input (or selected) color of the teeth when the tooth color information is input (or selected) for the N upper teeth and the M lower teeth. It is preferable to further include a function for generating (or received from the dental consultation server 1000) and outputs the tooth state data (or image) displayed on the teeth arranged according to.

According to the method of the present invention, the gum state selection interface is configured to input the tooth state information (or selection) for the N state teeth of the N upper teeth and the M lower teeth. In accordance with the present invention, it is preferable to further include a function of generating (or receiving from the dental consultation server 1000) a tooth state data (or an image) displayed in association with the teeth arranged accordingly.

According to the exemplary embodiment of the present invention, the interface providing unit 1015 may expose the number of teeth exposed to the N upper teeth exposed at the front when opening the mouth before providing the tooth arrangement selection interface to the client terminal 100. And a plurality of upper tooth structure examples including a tooth exposure form, selecting one of the plurality of upper tooth structure examples shown above to select a tooth curvature for the upper tooth, and exposing teeth for M lower teeth. The client terminal displays a tooth curvature selection interface for displaying a plurality of lower tooth structure examples including a number and a tooth exposure form, and selecting a tooth curvature for the lower tooth by selecting any one of the displayed plurality of lower tooth structure examples. Provided by 100 and input (or wired through the tooth array selection interface) ) It is preferred to be selected so that the tooth curvature on the tooth arrangement information.

According to another exemplary embodiment of the present invention, the interface providing unit 1015 selects the tooth curvature for the N upper teeth on the tooth array selection interface when the tooth array selection interface is provided to the client terminal 100. And providing a tooth curvature selection interface for selecting tooth curvatures for the M lower teeth to select the tooth curvature for the tooth arrangement information input (or selected) through the tooth array selection interface. .

According to an exemplary embodiment of the present invention, the interface providing unit 1015 may include a dental orthodontic / plastic counseling interface integrating the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface in one interface screen. It is preferable that the operation unit 1010 is included in a web page generated (or extracted) and provided to the client terminal 100.

According to another exemplary embodiment of the present disclosure, the interface providing unit 1015 may include the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface according to a preset interface providing procedure (or procedure). It is preferable to include the web page generated (or extracted) by the 1010 and provide the same to the client terminal 100.

According to another exemplary embodiment of the present disclosure, the interface providing unit 1015 may integrate one or two or more interfaces among the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface or provide a preset interface providing order ( Or a procedure) and include it in the web page generated (or extracted) by the web page operation unit 1010 and provide the same to the client terminal 100.

The client terminal 100 provided with the web page including the orthodontic / molding counseling interface may include: tooth alignment information and tooth color information for the quantified non-face-to-face orthodontic / molding consultation through the orthodontic / molding consultation interface. And inputting (or selecting) tooth condition condition information including one or more gum state information, and the tooth condition including one or more of the input (or selected) tooth arrangement information, tooth color information, and gum state information. Characterized in that the condition information is transmitted to the dental consultation server 1000 through a GET / POST method.

Referring to FIG. 10, the dental counseling server 1000 may include at least one tooth arrangement information, tooth color information, and gum state information at the client terminal 100 through the teeth correction / molding consultation interface. When the information is input (or selected) and transmitted, the information receiving unit 1020 receives the tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information in association with the web interface unit 1005. (Or information receiving means 110) and the tooth arrangement information matched with the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, gum state information in association with the storage medium 140, And an information checking unit 1025 (or information checking means) for confirming tooth condition condition information including at least one of tooth color information and gum state information. It is characterized by.

The client terminal 100 transmits (or selects) dental state condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information through the tooth correction / molding consultation interface, and then transmits it through a GET / POST method. The information receiving unit 1020 may be configured to receive tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information in association with the web interface unit 1005.

When the tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information is received through the information receiving unit 1020, the information checking unit 1025 stores a plurality of information stored in the storage medium 140. Among the dental condition condition information of the information receiving unit 1020 characterized in that to determine the tooth condition condition information matched with the tooth condition condition information including at least one of the quantified tooth arrangement information, tooth color information, gum state information It is done.

According to the exemplary embodiment of the present invention, the information checking unit 1025 matches the quantified tooth arrangement information received through the information receiving unit 1020 among the plurality of tooth condition condition information stored in the storage medium 140. It is preferable to check the tooth condition condition information including the tooth arrangement information, the tooth color information, and the gum state information, which matches the quantified tooth color information and coincides with the quantified gum state information.

According to another exemplary embodiment of the present invention, the information confirming unit 1025 is a quantified tooth arrangement information and schedule received through the information receiving unit 1020 of a plurality of tooth condition condition information stored in the storage medium 140. It is preferable to check the tooth condition condition information including the tooth arrangement information, the tooth color information, and the gum state information that is matched within a range and coincides with the quantified gum state information.

According to another exemplary embodiment of the present invention, the information checking unit 1025 may include tooth arrangement information, tooth color information, included in the tooth condition condition information, among a plurality of tooth condition condition information stored in the storage medium 140. Each quantification item of the gum state information and each of the quantification items of the tooth arrangement information, tooth color information, gum state information included in the tooth condition condition information received through the information receiving unit 1020 by item and compare the quantification It is preferable to check the dental condition condition information that the matching item among the items is most matched.

Referring to FIG. 10 according to an embodiment of the present invention, the dental consultation server 1000 includes one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 1025. When the tooth condition condition information including at least one tooth arrangement information, tooth color information, and gum state information matched with the tooth condition condition information is confirmed, data indicating an anatomical tooth arrangement state corresponding to the tooth arrangement information, Dental state data (or images) including one or more data indicating a color corresponding to the tooth color information on the anatomical tooth arrangement, and data indicating a gum state corresponding to the gum state information in association with the anatomical tooth arrangement Tooth state generating unit 1030 (or tooth state checking means 115) and the generated tooth state data (or already ) It characterized in that obtained by having a (dental status providing unit 1040 (or tooth state providing means (120 to which the orthodontic / output interface, and transmits it to the forming consultation 100))) to the client terminal.

One or more tooth arrangement information, tooth color information, and gum state information matching the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 1025. When the tooth condition condition information is included, the tooth state generating unit 1030 displays an anatomical tooth arrangement for tooth arrangement information among the N upper teeth and the M lower teeth on a two-dimensional plane or three-dimensional coordinates. To generate the dental state data (or an image).

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 1025 When the tooth condition condition information including the above is confirmed, the tooth state generating unit 1030 displays the color corresponding to the tooth color information in the anatomical tooth arrangement for the N upper teeth and the M lower teeth. And generating data (or images).

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 1025 When the tooth condition condition information including the above is confirmed, the tooth state generating unit 1030 displays the gum state corresponding to the gum state information in association with the anatomical tooth arrangement of the N upper teeth and the M lower teeth. To generate the dental state data (or an image).

According to the exemplary embodiment of the present invention, the tooth state data (or image) generated by the tooth state generating unit 1030 may include vector data or drawing data corresponding to the tooth state condition information. It is preferable to make.

When tooth state data (or an image) is generated through the tooth state generating unit 1030, the tooth state providing unit 1040 transmits the generated tooth state data (or image) to the client terminal 100. Characterized in that it is processed to be output through the orthodontic / cosmetic consultation interface output to the client terminal 100, whereby the client is the input information (or selected) through the orthodontic / cosmetic consultation interface The anatomical tooth arrangement state, the tooth color and the gum state corresponding to the present state can be checked to match how much.

According to another embodiment of the present invention, the data indicating an anatomical tooth arrangement state corresponding to the tooth arrangement information on the orthodontic / molding consultation interface, and displaying a color corresponding to the tooth color information on the anatomical tooth arrangement When the tooth state generating unit includes a function of outputting tooth state data (or an image) including one or more data indicating the gum state corresponding to the gum state information in association with the anatomical tooth arrangement. 1030 may generate the tooth state data (or image), and the tooth state providing unit 1040 may be omitted to transmit the generated tooth state data (or image) to the client terminal 100, Thereby, this invention is not limited.

Referring to FIG. 10 according to another exemplary embodiment of the present invention, the dental consultation server 1000 may include one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 1025. When the tooth condition condition information including at least one of the tooth arrangement information, the tooth color information, and the gum state information matched with the tooth condition condition information is included, the tooth state associated with the tooth condition condition information from the storage medium 140 is determined. Tooth correction by transmitting the tooth state extracting unit 1035 (or tooth state checking means 115) for extracting data (or images) and the extracted tooth state data (or image) to the client terminal 100. It is characterized in that it comprises a tooth state providing unit 1040 (or tooth state providing means 120) to output to the molding consultation interface.

One or more tooth arrangement information, tooth color information, and gum state information matched with the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 1025. When the tooth condition condition information is confirmed, the tooth state extracting unit 1035 performs a two-dimensional plane or anatomical tooth arrangement on the tooth arrangement information of the N upper teeth and the M lower teeth from the storage medium 140. It is characterized by extracting the dental state data (or image) displayed on the three-dimensional coordinates, or including a photographic image.

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 1025 When the tooth condition condition information including the above is confirmed, the tooth state extracting unit 1035 anatomically displays the color corresponding to the tooth color information from the storage medium 140 for the N upper teeth and the M lower teeth. It is characterized in that the extraction of the tooth state data (or image) displayed on the tooth arrangement.

In addition, the tooth arrangement information, tooth color information, gum state information matching the tooth condition information including one or more of the received tooth arrangement information, tooth color information, gum state information through the information check unit 1025 When the tooth condition condition information including the above is confirmed, the tooth state extracting unit 1035 analyzes the gum state corresponding to the gum state information from the storage medium 140 for the N upper teeth and the M lower teeth. And extracting tooth state data (or images) displayed in association with the red tooth array.

According to the exemplary embodiment of the present invention, the dental state data (or image) generated by the dental state generating unit 1030 includes vector data or drawing data corresponding to the dental state condition information. It is preferably made or by including a dental photographic image.

When tooth state data (or an image) is extracted through the tooth state extracting unit 1035, the tooth state providing unit 1040 transmits the extracted tooth state data (or image) to the client terminal 100. Characterized in that it is processed to be output through the orthodontic / cosmetic consultation interface output to the client terminal 100, whereby the client is the input information (or selected) through the orthodontic / cosmetic consultation interface The anatomical tooth arrangement state, the tooth color and the gum state corresponding to the present state can be checked to match how much.

Referring to FIG. 10, the dental consultation server 1000 is matched with the dental condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 1025. When the tooth condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information is confirmed, the tooth correction / molding procedure information and each of the tooth condition condition information identified in connection with the storage medium 140 and each Orthodontic / molding prediction result confirming unit 1045 (or orthodontic / molding prediction result confirming means 125) for confirming orthodontic / molding data (or image) for each orthodontic / molding procedure; Read orthodontic / molding procedure information corresponding to orthodontic / molding data (or images) for each surgical procedure. Orthodontic / molding prediction result recommendation unit 1050 (or orthodontic / molding prediction result recommending means) for recommending the orthodontic / molding data (or image) according to one or more recommendation criteria during the mold maintenance period; Orthodontic / molding prediction result providing unit 1055 (or orthodontic / molding prediction result providing unit 130) providing one or more orthodontic / molding data (or images) recommended for each client terminal 100 to the client terminal 100; It is characterized by comprising.

One or more tooth arrangement information, tooth color information, and gum state information matched with the tooth condition condition information including one or more of the received tooth arrangement information, tooth color information, and gum state information through the information checking unit 1025. When the dental condition condition information is confirmed, the dental correction / molding prediction result confirming unit 1045 is connected with the storage medium 140 and one or more dental correction / molding procedure information associated with the confirmed dental condition condition information. It is characterized by checking the dental correction / molding data (or image) for each orthodontic / molding procedure.

Here, the tooth correction / molding data (or an image) may include the quantified tooth arrangement information, tooth color information, and gum state information corresponding to a plurality of tooth correction / molding procedure methods corresponding to the tooth correction / molding procedure information, respectively. It is preferable to include data (or an image) after orthodontic / molding for each orthodontic / molding procedure corresponding to the result of correcting / molding the N upper teeth and the M lower teeth corresponding to.

When the at least one orthodontic / molding procedure information and the orthodontic / molding data (or image) for each orthodontic / molding procedure are confirmed through the orthodontic / molding prediction result confirming unit 1045, the orthodontic / molding prediction result The recommendation unit 1050 recommends one or more of quantified tooth arrangement, tooth color, and completeness of the corrected / molded teeth, procedure cost, post-care cost, and corrective / molded maintenance period included in the dental condition condition information. It is characterized by recommending one or more orthodontic / molding data (or images) according to the criteria.

According to the implementation method of the present invention, the tooth correction / molding prediction result recommending unit 1050 recommends the completeness of the corrected / molded teeth for the quantified tooth arrangement, tooth color, and gum state included in the tooth condition condition information. It is desirable to arrange and recommend one or more orthodontic / molding data (or images) in the order of excellent maturity as a reference.

Alternatively, the orthodontic / molding prediction result recommendation unit 1050 performs the procedure on the basis of the treatment cost of the corrected / molded tooth for the quantified tooth arrangement, tooth color, and gum state included in the dental condition condition information. It is desirable to arrange and recommend one or more orthodontic / molding data (or images) in a low cost order.

Alternatively, the orthodontic / molding prediction result recommendation unit 1050 is based on the post-care costs of the corrected / molded teeth for the quantified tooth arrangement, tooth color, and gum state included in the dental condition condition information, based on the recommendation criteria. It is desirable to sort and recommend one or more orthodontic / molding data (or images) in order of low cost of post-care.

Alternatively, the orthodontic / molding prediction result recommender 1050 uses the quantified tooth arrangement, tooth color, and gum condition / correction / molding maintenance period of the dental condition included in the dental condition condition information as a recommendation standard. Therefore, it is preferable to arrange and recommend one or more dental correction / molding data (or images) in the order of longest correction / molding maintenance period.

When the orthodontic / molding data (or image) is recommended through the orthodontic / molding prediction result recommendation unit 1050 according to the recommendation criteria, the orthodontic / molding prediction result providing unit 1055 may recommend one or more of the recommended ones. It is characterized in that the tooth correction / molding data (or image) to be transmitted to the client terminal 100 to be output, whereby the client through the tooth correction / molding data (or image) each of the current teeth It is possible to compare and predict the condition and advantages / disadvantages of orthodontics / molding according to the orthodontic / molding method, and the dentist can determine the dental condition data (or image) and the orthodontic / molding data for each orthodontic / molding procedure. Coordinating / molding of the client's teeth is consulted based on (or image).

11 is a diagram illustrating a process of registering tooth condition condition information for quantified non-face-to-face orthodontic / molding consultation according to another embodiment of the present invention.

In more detail, in FIG. 11, the client terminal 100 having one or more browser programs is connected to the dental counseling server 1000 illustrated in FIG. 10 by using an HTTP compatible protocol, and then the dental counseling server 1000 is provided. Dental status including one or more of the tooth arrangement information, tooth color information, and gum state information quantified through the orthodontic / molding consultation interface including one or more of the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface provided by The procedure for inputting (or selecting) condition information and transmitting the same to the dental consultation server 1000. If a person of ordinary skill in the art belongs to the present invention, the present invention will be described with reference to FIG. Various procedures for registering dental condition information for quantified non-face-to-face orthodontic / plastic shaping consultation Although the implementation method may be inferred, the present invention includes all the implementation methods inferred above and is not limited to the implementation method shown in FIG.

Hereinafter, in FIG. 11, the client terminal 100 illustrated in FIG. 10 is referred to as a “terminal” for convenience, and the dental consultation server 1000 is referred to as a “server” for convenience.

Referring to FIG. 11, the terminal accesses the server through a communication network to connect a communication channel through an HTTP compatible protocol (1100), and transmits a webpage link to the server through the communication channel to display one or more webpages. Request (1105), and correspondingly, the server generates (or extracts) a webpage corresponding to the webpage link (1110).

If the webpage is not generated (or extracted) when the non-face-to-face orthodontic / molding consultation service is quantified through the webpage (1115), the server may generate the generated (or extracted) webpage in the communication channel. After transmitting to the terminal through the output (1120), the terminal repeats the process of selecting (or clicking) any one or more of the web page links included in the web page to the server.

On the other hand, when generating (or extracting) the webpage, if the dental correction / molding counseling interface for the non-face-to-face orthodontic / plastic counseling quantified through the webpage is provided to the terminal (1115), the server generates (or And (1125) to include the orthodontic / molding consultation interface including one or more of the tooth arrangement selection interface, the tooth color selection interface, and the gum state selection interface for the quantified non-face-to-face orthodontic / shaping consultation on the extracted web page (1125). In operation 1130, the web page including the orthodontic / plastic consultation interface is transmitted to the terminal through the communication channel.

Those skilled in the art to which the present invention pertains, inputting (or selecting) dental state condition information including one or more of the tooth arrangement information, tooth color information, and gum state information in the client terminal 100. Since it will be familiar with the technical features of the foam form or flash for, the detailed description of the foam form corresponding to the orthodontic / molding consultation interface in FIG. 11 will be omitted for convenience.

According to an embodiment of the present invention, the tooth arrangement selection interface may include the input (or selection) of the tooth arrangement information upon inputting (or selecting) tooth arrangement information for one or more of the N upper teeth and the M lower teeth. It is preferable to further include a function of generating (or receiving from a server) tooth state data (or an image) indicating an anatomical tooth arrangement for information.

Thereafter, the terminal includes a tooth state including at least one tooth arrangement information, tooth color information, and gum state information for the quantified non-face-to-face tooth correction / molding consultation through the tooth correction / molding consultation interface included in the webpage. Check whether the condition information is input (or selected) (1135).

If the terminal does not input (or select) dental condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information for the quantified non-face-to-face orthodontic correction / molding consultation (1140), the terminal Repeats the process of selecting (or clicking) any one or more webpage links included in the webpage and transmitting the same to the server.

On the other hand, if the terminal condition information including one or more of the tooth arrangement information, tooth color information, and gum state information is input (or selected) for the quantified non-face-to-face orthodontic correction / molding consultation (1140), the terminal The dental condition condition information including one or more of the tooth arrangement information, the tooth color information, and the gum state information input (or selected) through the dental correction / molding consultation interface is transmitted to the server through the communication channel (1145).

12 illustrates a process of providing dental state data (or an image) corresponding to quantified dental state conditions according to another embodiment of the present invention.

In more detail, FIG. 12 illustrates quantified tooth arrangement information, tooth color information, and gum state input (or selected) through the tooth correction / molding consultation interface at the client terminal 100 through the process illustrated in FIG. When the dental condition condition information including one or more information is transmitted, the dental condition data corresponding to the received quantified tooth arrangement information, tooth color information, and gum state information is received by the dental consultation server 1000 illustrated in FIG. 10. Or an image) to provide to the client terminal 100, and a person having ordinary skill in the art to which the present invention pertains refers to and / or modifyes the drawing 12 to quantify the dental state. Various implementation methods for the process of providing the dental condition data (or image) corresponding to the condition may be inferred, but the present invention It includes all embodiments in which the inference method, shall not be limited to the exemplary method shown in the figure 12.

For example, a person having ordinary knowledge in the art to which the present invention pertains, quantified tooth arrangements inputted (or selected) through the orthodontic / molding consultation interface to the orthodontic / molding consultation interface with reference to FIG. 12. It is possible to infer a method of generating and outputting tooth state data (or an image) corresponding to the information, tooth color information, and gum state information, and it is apparent that the present invention includes all the inferred implementation methods. It is a bar.

Hereinafter, in FIG. 12, the client terminal 100 shown in FIG. 10 is referred to as a “terminal” for convenience, and the dental consultation server 1000 is referred to as a “server” for convenience.

Referring to FIG. 12, the terminal includes one or more of quantified tooth arrangement information, tooth color information, and gum state information input (or selected) through the dental orthodontic / molding consultation interface through the process illustrated in FIG. 11. When the dental condition condition information is transmitted, the server receives the dental condition condition information including one or more of the quantified tooth arrangement information, tooth color information, and gum state information through a communication channel (1200), and the quantified tooth A data indicating an anatomical tooth arrangement state corresponding to the arrangement information, data displaying a color corresponding to the tooth color information on the anatomical tooth arrangement, and a gum state corresponding to the gum state information; Generating dental state data (or images) including one or more of data displayed in association; In operation 1205, tooth state data (or an image) associated with the received tooth state condition information is extracted from the storage medium 140 illustrated in FIG. 10.

According to another exemplary embodiment of the present invention, when the tooth state data corresponding to the tooth condition condition information is extracted from the storage medium 140 shown in FIG. 10, the server may store the N pieces of data from the storage medium 140. Receiving dental state data (or images) comprising vector data or drawing data or photographic images displaying anatomical tooth arrangements on the two-dimensional plane or three-dimensional coordinates of the upper and the lower M teeth among the lower teeth. Dental state data (or images) comprising vector data or drawing data or photographic images for displaying a color corresponding to the extracted tooth color information on the anatomical tooth arrangements for the N upper teeth and the M lower teeth, Dissecting the gum state corresponding to the gum state information for the N upper teeth and the M lower teeth It is preferable to extract tooth state data (or images) including vector data or drawing data or photographic images displayed in association with the dental tooth arrangement.

If tooth state data (or an image) corresponding to the received tooth arrangement information, tooth color information, and gum state information is generated (or extracted) (1210), the server may generate the generated tooth state data (or image). It is transmitted to the client terminal 100 and processed to be output through the dental correction / molding consultation interface output to the client terminal 100 (1215), whereby the client inputs (or The anatomical tooth arrangement state, the tooth color and the gum state corresponding to the tooth arrangement information being selected) can be checked to match with the current tooth state.

FIG. 13 illustrates a process of providing orthodontic / molding data (or an image) for each orthodontic / molding procedure corresponding to a quantified dental condition condition according to another exemplary embodiment of the present invention.

In more detail, FIG. 13 illustrates quantitative tooth arrangement information, tooth color information, and gum state input (or selected) through the process of the client terminal 100 through the orthodontic / molding consultation interface through the process illustrated in FIG. When the dental condition condition information including one or more information is transmitted, dental correction / molding-specific dental correction corresponding to the result of the tooth correction / molding for the quantified dental condition condition is performed in the dental consultation server 1000 illustrated in FIG. 10. Check the dental data (or images) and determine orthodontic / molded by the corrected or modified tooth according to one or more of the recommended criteria of completeness of the corrected / molded tooth, procedure cost, follow-up cost, and maintenance / molding period As a process for recommending data (or image) to the client terminal 100, the present invention is commonly known in the art. One having an equation may be able to infer various implementation methods for the process of providing orthodontic / molding data (or images) corresponding to the quantified dental condition conditions by referring to and / or modifying this drawing 13, The present invention includes all the implementation methods inferred above and is not limited to the implementation method shown in FIG.

Hereinafter, in FIG. 13, the client terminal 100 illustrated in FIG. 10 is referred to as a “terminal” for convenience, and the dental consultation server 1000 is referred to as a “server” for convenience.

Referring to FIG. 13, the terminal includes one or more of quantified tooth arrangement information, tooth color information, and gum state information input (or selected) through the dental correction / molding consultation interface through the process illustrated in FIG. 11. When the tooth condition condition information is transmitted, the server receives the tooth condition condition information including one or more of the quantified tooth arrangement information, tooth color information, and gum state information through a communication channel (1300), and the storage medium ( Tooth condition condition information matched with the tooth condition condition information including one or more of quantitative tooth arrangement information, tooth color information, and gum condition information received through the information receiving unit 1020 among the plurality of tooth condition condition information stored in 140. Check (1305).

According to the exemplary embodiment of the present invention, the server matches the quantified tooth arrangement information received through the information receiving unit 1020 among the plurality of tooth state condition information stored in the storage medium 140, and the quantified tooth It is preferable to check the tooth condition condition information including the tooth arrangement information, the tooth color information, and the gum state information which matches the color information and coincides with the quantified gum state information.

According to another exemplary embodiment of the present invention, the server is matched within a predetermined range with the quantified tooth arrangement information received through the information receiver 1020 of the plurality of tooth condition condition information stored in the storage medium 140. It is preferable to check the tooth condition condition information including the tooth arrangement information, tooth color information, and gum state information consistent with the quantified gum state information.

According to another exemplary embodiment of the present invention, the server may include each of the tooth arrangement information, the tooth color information, and the gum state information included in the tooth condition condition information among the plurality of tooth condition condition information stored in the storage medium 140. A quantification item and each quantification item of tooth arrangement information, tooth color information, and gum state information included in the tooth condition condition information received through the information receiving unit 1020 are compared for each item, and a matching item among the compared quantification items. It is desirable to confirm this most matching tooth condition condition information.

If the tooth condition condition information matching the quantified tooth condition condition information is identified from the storage medium 140 (1310), the server is linked with the confirmed tooth condition condition information in connection with the storage medium 140. At least one orthodontic / molding procedure information and dental correction / molding data (or images) for each orthodontic / molding procedure are checked (1310).

If the at least one orthodontic / molding procedure information and the orthodontic / molding data (or image) for each orthodontic / molding procedure are identified from the storage medium 140 (1320), The server according to the recommendation criteria of one or more of the quantitative tooth arrangement, tooth color, the completeness of the corrected / molded tooth, the treatment cost, the post-care costs, the correction / molding maintenance period included in the tooth condition condition information One or more orthodontic / shaping data (or images) are recommended (1325).

According to the implementation method of the present invention, the server according to the excellent order of the completeness on the basis of the completeness of the corrected / molded tooth for the quantified tooth arrangement, tooth color, gum state included in the tooth condition condition information It is desirable to align and recommend one or more orthodontic / shaping data (or images).

Alternatively, the server corrects one or more teeth according to the order in which the procedure costs are inexpensive based on a recommendation criterion based on the treatment cost of the corrected / molded teeth for the quantified tooth arrangement, tooth color, and gum state included in the tooth condition condition information. It is desirable to arrange and recommend molding data (or images).

Alternatively, the server may include one or more of the post-care costs in a low-cost order based on a recommendation criterion based on the quantified tooth arrangement, the tooth color, and the corrected / molded teeth for the gum state included in the tooth condition condition information. It is desirable to align and recommend orthodontic / shaping data (or images).

Alternatively, the server may order the correction / molding maintenance periods based on the quantified tooth arrangement, the tooth color, and the correction / molding maintenance period of the molded tooth, which are included in the dental condition condition information, based on the recommendation criteria. It is desirable to align and recommend one or more orthodontic / shaping data (or images) accordingly.

Thereafter, the server transmits the recommended one or more dental orthodontic / molding data (or an image) to the client terminal 100 to be output (1330), whereby the client corrects the dental orthodontic tooth. / Shaping data (or images) allows you to compare and predict the status and strengths and weaknesses of your current teeth after each of the orthodontic / shaping procedures, and the dentist can help you ) And the correction / molding of the client's teeth based on the teeth correction / molding data (or image) for each tooth correction / molding procedure.

According to the present invention, the quantified dental conditions after quantifying the dental conditions including one or more of the arrangement, tooth color, gum condition necessary for orthodontic treatment / plastic consultation in a form that can be understood by patients without knowledge of dentistry By enrolling online, patients who have no knowledge of dentistry can benefit from non-face-to-face orthodontic / plastic surgery consultations online.

According to the present invention, the current tooth condition of the patient is checked based on the dental condition including one or more of the quantitative tooth arrangement, the tooth color, and the gum state, and the patient's dental correction through the comparative analysis of the quantified dental condition. By accurately predicting the molding result and providing it to the patient, the patient has the advantage of confirming accurate dental correction / molding result in advance by simply registering the dental condition according to the interface provided online.

Claims

Preset numbers are assigned to N (N> 2) upper teeth and M (M> 2) lower teeth exposed during oral opening, and the numbered N upper teeth and M lower teeth are preset teeth A symbol (or letter) indicating the tooth number assigned to at least one of the N upper teeth and the M lower teeth and the protruding / normal / inclusion of the tooth corresponding to the tooth number under conditions arranged in a line according to curvature. Step to the orthodontic / cosmetic consultation interface including a tooth array selection interface to be displayed as a terminal;

Receiving tooth state condition information including tooth arrangement information indicating whether the protrusions / normal / inclusions of at least one of N upper teeth and M lower teeth are represented by symbols (or letters) from the terminal;

Generating tooth state data (or an image) indicating a tooth state corresponding to the tooth condition condition information under conditions in which N upper teeth and M lower teeth are arranged in a line according to a preset tooth curvature; And

And providing the generated tooth state data (or an image) to the terminal.

Teeth matching the received tooth condition condition information from a storage medium storing tooth condition data (or image) for each tooth condition condition under conditions in which N upper teeth and M lower teeth are arranged in a line according to a preset tooth curvature Extracting state data (or images); And

And providing the identified tooth state data (or an image) to the terminal.

The method of claim 1 or 2, wherein the orthodontic / molding consultation interface comprises:

Tooth color selection interface for inputting (or selecting) tooth color information representing the colors of the N upper teeth and the M lower teeth in letters (or symbols); gums for the N upper teeth and M lower teeth And at least one gum state selection interface for inputting (or selecting) gum state information indicating a state as a letter (or a symbol).

The method according to claim 1 or 2,

When the tooth color selection interface further includes the tooth color selection interface,

And receiving tooth state condition information further comprising tooth color information indicating colors of the N upper teeth and the M lower teeth in letters (or symbols) from the terminal. How to consult face-to-face orthodontics.

The method according to claim 1 or 2,

When the gum state selection interface is further included in the orthodontic / molding consultation interface,

And receiving tooth state condition information from the terminal further comprising gum state information indicating the gum state of the N upper teeth and the M lower teeth in letters (or symbols). Non-face-to-face orthodontic / molding consultation.

The method according to claim 1 or 2,

Corresponding to the tooth state data (or image) from a storage medium storing a plurality of tooth state data (or images) and the tooth correction / molding data (or images) corresponding to the tooth correction / molding results for the tooth state. Confirming the orthodontic / shaping data (or image) being performed; And

And providing the identified orthodontic / molding data (or image) to the terminal.

The method of claim 1 or 2, wherein the tooth arrangement information,

Protrusion / normal / inclusion to quantify and display the tooth number information assigned to the N upper teeth and the M lower teeth and whether the protrusion / normal / inclusion for each tooth number is '+' / '0' / '-' A number-'+ 1', '+2' associated with '+' / '-', including display information, and the degree of protrusion / inclusion for each tooth proportional to the distance (or angle) from the tooth curvature , '+3', '-1', '-2', '-3'- non-face to face orthodontic correction / molding consultation method characterized in that the display.

The method of claim 1 or 2, wherein the tooth arrangement information,

The number of teeth assigned to the N upper teeth and the M lower teeth and the up / down height for each tooth number are quantified by a symbol (or a letter), and the ones spaced in the indication-up direction are indicated by 'U'. In the downward direction, the number of heights indicated by 'L' is proportional to the distance from the height of each tooth relative to the symbol (or letter) (eg, 'U1', 'U2', 'U3', 'L1', 'L2', 'L3') is a non-face-to-face orthodontic correction / molding consultation method characterized in that the quantitative display.

The method of claim 4, wherein the tooth color information,

The colors of the N upper teeth and the M lower teeth are NY-natural yellow teeth, YY-colored yellow teeth, PC-prosthesis color mismatch, BB-tooth discoloration-, TC-antibiotics. Pigmentation-, WS-spots or stained teeth-, NV- bruised teeth (silent teeth)-, GA- wear, multiple dental caries and wear due to anorexia, RC- old resin treatment-, ST- tartar and exogenous pigmentation- , HL-striped tooth-, EH-enamel insufficiency-, CA- cervical wear, yellow partial exposure-one or more non-face-to-face orthodontics / cosmetic counseling method characterized in that it comprises.

The method of claim 5, wherein the gum state information,

The gum condition for the N upper teeth and the M lower teeth is ag-front spider-, tg-global spider-, pg-gum protrusion-, rg-gum inflammation-, ig-irregular gum line-, bg-black gum -, dg-off gums-, pg- black gums due to prosthetics-non-face-to-face orthodontics / cosmetic consultation method characterized in that it comprises one or more.

A computer-readable recording medium having recorded thereon a program for executing the method of claim 1 or 2.

Registers dental condition information that quantifies the dental condition including one or more of the arrangement, tooth color, and gum condition of N (N> 2) upper teeth and M (M> 2) lower teeth exposed during oral opening. And a dental orthodontic / molding consultation interface for outputting dental state data (or images) generated (or extracted from a storage medium storing dental state data (or images)) based on the quantified dental state condition information. Interface providing means for providing;

Information receiving means for receiving tooth condition condition information registered from the terminal through the orthodontic / molding consultation interface;

Tooth condition checking means for generating (or extracting) tooth condition condition data (or an image) corresponding to the tooth condition condition information (or extracting from a storage medium storing tooth condition data (or an image)); And

And a tooth state providing means for providing the tooth state condition data (or an image) to the terminal.