KR102041888B1 - Dental care system - Google Patents

Abstract

Embodiment of the present invention comprises an oral cavity information detection device for detecting at least one of the dental information, maxillary and mandibular information, facial information of the individual; An oral information management server configured to receive and manage oral information generated from the oral cavity information detection device and personal information of the individual; And an external server that transmits a request signal to the oral cavity information management server and receives at least one of the oral cavity information and the personal information from the oral cavity information management server in response thereto.

Description

Oral Care System {DENTAL CARE SYSTEM}

The present invention relates to an oral care system and to an oral care system that can utilize oral information detected from a subject having a permanent tooth.

Dental medical devices are steadily growing as people become more aware of the importance of oral hygiene, with an aging population, disease rates, and technological advances. In addition, interest in dental aesthetics is increasing, and various treatments or medical devices for improving beauty and aesthetic appearance of teeth and teeth are being developed, rather than treatment for specific dental diseases.

Representative medical devices include a radiation device or an oral scanner which is a medical device for scanning. A medical device for scanning is a device that can acquire image data by scanning the oral structure for diagnosis or treatment of a human oral cavity.

Scanning medical devices are expensive equipment, take a lot of time and money to acquire the image data, and special qualification or professional knowledge is required for the proper use of the device, so anyone can easily acquire the image data using the scanning medical device. It is not something you can do. Therefore, it is important not only to use the image data acquired from the medical device for scanning, but to limit the utilization of the acquired image data rather than to use it only in a limited range of patient diagnosis, future treatment plan or prosthetic use. Is getting.

Korean Patent Publication No. 10-2011-0125421

An embodiment of the present invention is to provide an oral care system that can utilize the individual oral information.

Embodiment of the present invention comprises an oral cavity information detection device for detecting at least one of the dental information, maxillary and mandibular information, facial information of the individual; An oral information management server configured to receive and manage first oral information generated from the oral cavity information detecting device and personal information of the individual; And generating three-dimensional model production data corresponding to the first oral cavity information based on the first oral cavity information received from the oral cavity information management server to produce a prosthesis corresponding to the first oral cavity information, and the first oral cavity information. It may provide an oral care system comprising; an external server for performing any one of the search for the second stored oral information that matches the first oral cavity information and the previously stored third oral information.

The oral cavity information management server may include an oral cavity characteristic information database storing the oral cavity characteristic information of the individual, and the oral cavity information management server updates the first oral cavity information on the basis of the oral cavity characteristic information. An oral care system that transmits first oral cavity information to the external server may be provided.

In addition, the oral cavity information management server includes an oral cavity characteristic information database storing the oral cavity characteristic information of the individual, the oral cavity information management server transmits the oral cavity characteristic information and the first oral cavity information to the external server, The external server updates the first oral cavity information based on the oral cavity characteristic information, and the external server generates three-dimensional model production data corresponding to the updated first oral cavity information, and the updated first oral cavity information Producing a prosthesis corresponding to the second to retrieve the pre-stored second oral information matching the first oral cavity information and compare any one of the updated first oral cavity information and the pre-stored third oral cavity information

Oral care systems may be provided.

In addition, the external server includes a CAD / CAM-based tooth design management server and the artifact production server, the oral cavity information management server transmits the first oral cavity information and the predetermined three-dimensional model production information to the tooth design management server The dental design management server may generate three-dimensional model production data including at least one of a milling strip and a three-dimensional printing strip based on the received first oral cavity information and the three-dimensional model production information, and generate the three-dimensional model production data to the artifact manufacturing server. The 3D model manufacturing data may be transmitted, and the artifact manufacturing server may provide an oral care system for manufacturing an artifact based on the milling strip and / or the 3D printing strip.

In addition, the external server includes an identity management server, the identity management server receives the unidentified oral information of the unidentified from the oral cavity information detection device, the identity management server is the oral information and unidentified oral information of the unidentified identity The request signal is transmitted to the oral cavity information management server, and the oral cavity information management server searches for oral cavity information matching the oral cavity information of the unidentified person in response to the identification oral cavity information request signal, and is matched with the retrieved oral cavity information. Oral care system for transmitting personal information to the identity management server may be provided.

In addition, the external server includes an identity management server, the oral cavity information management server transmits the identification confirmation oral information including oral information and personal information received from the oral cavity information detecting device to the identity management server, The identity management server stores the identification confirmation oral information, and when the identification management server receives the oral information of the unidentified person from the oral information detection device, the oral cavity matching the oral information of the unidentified person from the stored identity verification oral information is stored. An oral care system may be provided for retrieving personal information corresponding to the information.

In addition, the external server includes an identity management server, the identity management server receives the facial information of the criminal suspect, the identity management server receives the received facial information and identity information request signal for identification of the criminal suspect An oral information management server, wherein the oral information management server searches for oral information matching the face information of the criminal suspect in response to the oral information request signal and includes personal information matching the searched oral information. An oral care system may be provided to transmit confirmation oral information to the identity management server.

In addition, the external server includes an insurance management server, the insurance management server receiving the insurance subscription request transmits the oral information request signal for insurance including personal information of the insurance subscriber to the oral information management server, the oral information In response, the management server may provide an oral care system for transmitting insurance oral information including oral information matching the personal information of the insured subscriber to the insurance management server.

The external server may include an insurance management server, and the insurance management server that receives the insurance payment request from the oral cavity information of the insured and the oral cavity information management server, which are received and stored from the oral cavity information management server at the time of insurance subscription. It is also possible to provide an oral care system that compares the received oral information to determine whether the insurance payment processing subject.

In addition, the external server includes a medical institution server, the medical institution server transmits the patient's personal information to the oral cavity information management server, the oral cavity information management server retrieves the oral cavity information matching the personal information of the patient It may also provide an oral care system for transmitting to the medical institution server.

In addition, the oral cavity information detection apparatus may provide an oral care system, characterized in that the three-dimensional oral scanner to measure from single tooth to full arch.

Embodiments of the present invention can provide an oral care system that can store people's natural oral information.

In addition, embodiments of the present invention, even if there is a tooth damage, tooth loss, tooth dropout, gum damage, maxillary or mandibular damage, oral structure deformation due to various causes such as accident or natural wear, oral information of the individual It is possible to prompt treatment of the damaged area and to enable precise restoration.

In addition, the embodiment of the present invention can accurately and quickly identify the identity of the unidentified person by using the oral information of the individual who has a large number of feature points due to the complicated structure without a large degree of deformation even in a long time.

In addition, the embodiment of the present invention to enable the rapid insurance process proceeds using the oral information of the individual in the insurance subscription and insurance payment processing.

In addition, the embodiment of the present invention enables to produce three-dimensional model data or artifacts even when there is no or lack of specialized knowledge required to generate the three-dimensional model.

1 is a block diagram of an oral care system according to an embodiment of the present invention.
2 is a block diagram of an oral cavity information management server.
3A to 3C illustrate various embodiments when the oral cavity information detection apparatus is an oral cavity scanner.
Figure 4 is a block diagram showing a database on the oral cavity information storage device.
5 is a block diagram of a tooth design management server.
6 and 7 are flowcharts of the operation of the tooth design management server.
8 is a block diagram of a configuration of an identity management server.
9 and 10 are flowcharts of operations of the identity management server.
11 is a block diagram of an insurance management server.
12 and 13 are flowcharts of operations of the insurance management server.
14 is a flowchart of operation between the medical institution server and the oral care system.

As the invention allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the written description. Effects and features of the present invention, and methods of achieving them will be apparent with reference to the embodiments described below in detail together with the drawings. However, the present invention is not limited to the embodiments disclosed below but may be implemented in various forms. In the following embodiments, the terms first, second, etc. are used for the purpose of distinguishing one component from other components rather than a restrictive meaning. Also, the singular forms “a”, “an” and “the” include plural forms unless the context clearly indicates otherwise. In addition, the terms including or have means that the features or components described in the specification are present, and does not preclude the possibility of adding one or more other features or components. In addition, in the drawings, components may be exaggerated or reduced in size for convenience of description. For example, the size and thickness of each component shown in the drawings are arbitrarily shown for convenience of description, and thus the present invention is not necessarily limited to the illustrated.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings, and the same or corresponding components will be denoted by the same reference numerals, and redundant description thereof will be omitted. .

1 is a block diagram of an oral care system according to an embodiment of the present invention, Figure 2 is a block diagram of an oral information management server. 3A to 3C illustrate various embodiments when the oral cavity information detecting apparatus is an oral scanner.

1 and 2, the oral care system 1 according to the exemplary embodiment of the present invention may include an oral cavity information detecting apparatus 10 and an oral cavity information management server 100.

The oral cavity information detecting apparatus 10 may be a device held by a private or public institution, a medical institution, a treatment institution, or an artificial body producing institution having a predetermined requirement for detecting oral cavity information, and the oral cavity information management server 100. The server may be a server located in the possession or other place where the oral cavity information detecting apparatus 10 is located, and may transmit and receive information through the network between them. The oral cavity information generated from the plurality of oral cavity information detecting apparatuses 10 may be integratedly managed by the oral cavity information management server 100.

The oral cavity information detected by the oral cavity information detecting apparatus 10 may be stored in the oral cavity information management server 100 through a network.

The oral cavity information management server 100 may include the oral cavity information storage device 110, the at least one processor 190, the plurality of presentation devices 191, and the mouth, which are at least one memory device connected to the bus 100a and the bus 100a. It may include the / output port 192, the input device 120 and the output device 130, the communication device 140 and the power supply (194). The oral cavity information storage device 110 may include a hard disk, a volatile memory, a buffer, and the like. The processor 190 may control overall data communication of the oral cavity information management server 100. The presentation device 191 may include a graphics card, a monitor device, and a display device. The input / output port 192 may provide a connection of peripheral devices such as a digital camera, a printer, a microphone, a speaker, an external storage device, and the like. The input / output devices 120 and 130 may be a mouse, a touch pad, a keyboard, a digital camera, a printer, a speaker, an external storage device, or the like. The power supply device 194 may provide power for operating the oral cavity information management server 100.

Meanwhile, the oral cavity information management server 100 does not have to include all the devices shown in the drawings in order to be implemented. In addition, although the blocks are separated by lines in FIG. 2, this is for clarity of each configuration, and in fact, the division of components may not be clear, and a plurality of devices may be represented by one device. Self-explanatory In addition, the technical content described in the oral cavity information management server 100 may be applied to the server to be described later, and detailed description thereof will be omitted.

As an example, when the oral information management server 100 is a computing device having a portability such as a tablet PC or a smartphone, the oral information management server 100 may be integrated with a digital camera, a speaker, a microphone, and the like as a peripheral device.

The oral cavity information management server 100 is stored in the oral cavity information storage device 110, the input device 120, the output device 130, the communication device 140 and the processor 190 in addition to the oral cavity information storage device 110 and The oral care program 4 executed by the processor 190 may be installed. The oral care program 4 may further include an oral information comparison unit 150 which is executed by the processor 190 and compares oral information with each other. In addition, the oral care program 4 further includes a payment information processing unit 160 that is executed by the processor 190 to process payment information and an information providing consent processing unit 170 for sharing personal information between servers. can do.

The oral cavity information detecting apparatus 10 may be an oral scanner which scans teeth in the oral cavity, and may be a radiographic apparatus, but is not limited thereto. Any device capable of photographing facial bone information, such as the structure of the jaw, may be any device and may be a device capable of photographing the face.

In the case where the oral cavity information detecting apparatus 10 is an oral scanner, for example, the oral cavity information detecting apparatus 10 may be an omnidirectional lens oral scanner having an omnidirectional lens having a specific angle of view according to a refractive index.

Therefore, the oral cavity information detection apparatus 10 may be a three-dimensional oral scanner capable of precisely measuring single teeth to full arches.

In detail, referring to FIG. 3A, the oral cavity information detection apparatus 10 may include an omnidirectional lens 11 for acquiring a 360 degree omnidirectional image of a specific angle of view and an image sensor 12 for receiving light received from the omnidirectional lens 11. ) And an auxiliary lens array unit 13 disposed between the omnidirectional lens 11 and the image sensor 12 to change a movement path of light and improve light efficiency.

The omnidirectional lens 11, the auxiliary lens array unit 13, and the image sensor 12 may be arranged side by side along the optical axis. The auxiliary lens array unit 13 may include at least one lens.

The image sensor 12 may convert light input through the photoelectric conversion element into an electrical signal.

As the oral cavity information detection apparatus 10 is configured as an omnidirectional lens capable of acquiring 360-degree omnidirectional images, the entire area of the subject is photographed at once, and when a three-dimensional model is generated therefrom, the three-dimensional model of the partial region of the subject is combined. It is possible to solve the error problem and the cumulative error due to the increase in the number of partial region 3D model generation and to minimize the time required for generating the 3D model of the entire subject.

In addition, referring to FIG. 3B, the oral cavity information detection apparatus 10 is disposed between the omnidirectional lens 11 and the auxiliary lens array unit 13 to change the movement path of the light received from the omnidirectional lens 11 to change the auxiliary lens array. It may further include a mirror unit 14 provided to the unit (13). In addition, the mirror unit 14 may be a planar mirror or a prism, but is not limited thereto. The mirror unit 14 may reflect light and may be configured to reflect light from the omnidirectional lens 11 in a predetermined path.

In addition, referring to FIG. 3C, the oral cavity information detecting apparatus 10 may further include a focal variable lens 15 for adjusting the focus of light received from the omnidirectional lens 11, and the focal variable lens 15 may be applied. The refractive index may be varied according to the voltage, or the focus may be adjusted while moving left and right along the optical axis by receiving a driving force from a driving means such as a motor. In addition, the focal variable lens 15 may be configured using a piezoelectric element, may be configured using a MEMS (Micro Electro Mechanical Systems) actuator, or may be composed of a liquid lens. As described above, since the oral cavity information detecting apparatus 10 includes the focal variable lens 15, auto focusing and depth measurement may be performed.

When the oral cavity information detecting apparatus 10 is a radiographic apparatus, the oral cavity information detecting apparatus 10 may be at least one of an intraoral imaging apparatus and an extraoral imaging apparatus according to a photographing method.

Radiography for intraoral imaging is an image acquisition device such as a film, digital sensor, or image plate, which can be placed in the mouth and irradiated with X-rays from the outside to acquire an image. Tissue structure (bone, gum) and periodontal disease information can be detected.

In addition, the radiographic apparatus for extraoral imaging may be referred to collectively as an external device, may be a computer tomography (CT), the skull or facial area difficult to shoot with the intraoral imaging device Information about the whole can be detected.

In addition, the oral cavity information detection apparatus 10 may be a panoramic image device, and the panoramic image device focuses on the arch and shoots using an X-ray generating device and an image acquisition device that rotates around the head. Dental arch) can be used to determine the structure and relationships and lesions of the entire tooth.

Figure 4 is a block diagram showing a database on the oral cavity information storage device.

1 and 4, the oral cavity information storage device 110 of the oral cavity information management server 100 includes a tooth information database 101, a maxillary and mandibular information database 102, and a facial information database 103. And a personal information database 104.

The dental information database 101 may include oral information detected by the oral cavity information detecting apparatus 10.

The maxillary and mandibular information database 102 may include maxillary and mandibular information detected from the oral cavity information detection apparatus 10.

The facial information database 103 may include facial information detected from the oral cavity information detecting apparatus 10.

For example, the image photographed by the oral scanner may be set to be stored in the tooth information database 101, and the image photographed by the radiographic apparatus may be stored in the maxillary and mandibular information database 102, and a general photographing apparatus. The captured image may be stored in the facial information database 103. However, the information stored in the above-described databases is not limited to the suggested name, but may vary according to a manager's setting method.

The personal information database 104 detects the information stored in the tooth information database 101, the maxillary and mandibular information database 102, and the facial information database 103, and the personal information on the object to be detected and the detection object. Poetry may include age information about the individual.

The detected viewpoint information here may include all of the respective viewpoint information detected when the oral cavity information of the subject is detected multiple times. In addition, the personal information may include gender, contact information of the subject and consent information for utilizing personal information.

In addition, the oral cavity information storage device 110 of the oral cavity information management server 100 may further include an oral cavity characteristic information database 105.

The oral cavity characteristic information database 105 may include oral care characteristic information of the subject. For example, if a subject has a bruising habit, information on the habit of retaining the bruising habit of the subject, information on the degree of discoloration over time in consideration of the characteristics of the subject's teeth, the extraction of wisdom teeth (third molar), the presence of wisdom teeth out of the gum Information about factors that change the color of the tooth or the tooth itself according to the wear of the tooth over time, such as the growth rate of the information gum, may be stored in the oral characteristic information database 105. In addition, the information contained in the oral characteristics information database 105 is an oral objective for the subjects inputted by the oral cavity information management server 100 provided by the technician with a professional knowledge about the oral cavity, such as a dentist It can also be status information.

The oral cavity information detecting apparatus 10 may photograph the oral structure of the subject. Here, the age of the subject may be classified based on the permanent teeth. For example, it can be divided into 8-year-old to 10-year-old surgeon who formed the permanent teeth of the incisor and lateral incisors, 10- to 12-year-old who formed the torch, 12-year-old or older molar, and all permanent teeth. This is to use the oral cavity information of the subject detected at the time when the permanent teeth are formed for a long time rather than the removal that is removed over time, so that the detection information can be utilized even after a time elapses from the time of detection.

In addition, the oral cavity information detecting apparatus 10 may detect the maxillary and mandibular imaging information of the operator, facial bone structure information and facial imaging information of the oral cavity and the oral cavity.

The information detected from the oral cavity information detecting apparatus 10 is transmitted to the oral cavity information management server 100, and the oral cavity information management server 100 may be stored in different databases for each type of received information, The user's personal information and oral characteristic information can be stored. In this case, the personal information and the oral characteristic information of the operator may be information input through the input device 120 or may be information transmitted from an external computing device through the communication device 140.

As such, the oral cavity information management server 100 may store the oral information of the individual people. Therefore, if there are various causes such as accidents or natural wear, tooth damage, tooth loss, tooth dropout, gum damage, maxillary or mandibular damage, oral structure deformation, etc. It can be used to treat damaged areas or to make artificial objects such as artificial teeth and joints.

In addition, the original oral information of the individual may be used for the purpose of inquiring the identity of the criminal.

The oral cavity information management server 100 may provide information corresponding to the request information to the external server 2 according to a request of the external server 2. In this case, the information providing consent processing unit 170 of the oral cavity information management server 100 may provide information providing consent request information to the subject through the communication device 140. In this case, when the subject transmits the information providing consent request signal to the terminal 3 held by the subject, and the subject responds to the consent, the oral cavity information management server 100 finally transmits the mouth information of the subject to the external server 2. Can be.

In addition, when the subjects agree in advance according to the type and range of oral cavity information provided, the oral cavity information management server 100 once again provides the oral cavity information to the external server 2 without having to receive a consent response from the subject. You may.

In addition, the payment information processing unit 160 of the oral cavity information management server 100 may transmit the cost information determined based on the type and range of information provided to the external server 2. In this case, when the external server 2 having received the cost information agrees to the cost information, the oral cavity information management server 100 may transmit the oral cavity information to the external server 2.

Meanwhile, the external server 2 may be any one of the tooth design management server 300, the identity management server 500, the insurance management server 700, or the medical institution server 900, but is not limited thereto. .

5 is a block diagram of a tooth design management server. 6 and 7 are flowcharts of the operation of the tooth design management server.

1, 5 and 6, the oral care system 1 may further include a tooth design management server 300.

The dental design management server 300 may include, but is not limited to, a CAD or CAM based data conversion apparatus, and may include any device that can convert the image data into 3D model data of the subject using image data. Can be.

The tooth design management server 300 may include a tooth design storage device 310, a communication device 340, and a processor 390.

The tooth design management server 300 may transmit a request signal to the oral cavity information management server 100 through the communication device 340 to receive the oral cavity production information from the oral cavity information management server 100. The request signal may include personal information. The oral cavity information management server 100 responsive to the request signal retrieves the stored oral cavity information based on the received personal information and reads the oral cavity information matching the personal information. The oral cavity information management server 100 may transmit the oral cavity production information including the read oral cavity information to the tooth design management server 300. In addition, the processor 390 of the tooth design management server 300 may generate individual upper and lower face and face integrated information by synthesizing these images as well as individual image information of each of the received dental image, the oral structure image, and the facial image. . In addition, the oral cavity information management server 100, if the time of receiving the request signal from the tooth design management server 300 and the time of storing the stored oral information is more than a predetermined period, not only the oral information for production but also oral information And the oral cavity characteristic information stored in the oral cavity characteristic information database 105 may also be transmitted to the tooth design management server 300.

In addition, in another aspect, the processor 390 is based on the production oral information received from the oral information management server 100, the three-dimensional model for each of the dental image, oral structure image and facial image and the upper and lower jaw face You can also create a three-dimensional model.

In addition, the processor 390 stores the oral cavity information of the subject on the personal information database 104, that is, the oral cavity information detection timing and current time information of the subject through the oral cavity information detecting apparatus 10, and the oral cavity information management server 100. Updated maxillary facial integration information and / or updated maxillary facial facial three-dimensional model based on the oral cavity characteristic information received from the maxillary facial integration information and / or maxillary facial facial three-dimensional model It can be stored in the tooth design storage device (310).

For example, when the oral cavity information of the subject is detected using the oral cavity information detecting apparatus 10 three years ago from the present, the processor 390 may change the degree of discoloration of the current tooth and the tooth based on the oral cavity characteristic information of the subject. Considering the information on the degree of wear of the upper and lower face integrated information and the upper and lower face integrated information and the upper and lower face integrated three-dimensional model can be generated. In addition, the information about the degree of discoloration of teeth and the degree of wear of teeth may be determined according to the statistics of tooth discoloration and tooth wear in consideration of the characteristics of teeth and the strength of teeth.

The oral care system 1 according to the embodiment of the present invention may be applied to a place where education on technology or information related to 3D model generation is required.

For example, referring to FIG. 7, the oral cavity information of the subject may be detected through the oral cavity information detecting apparatus 10 provided at the first location, and the detected oral cavity information and the 3D model manufacturing information may be located at the first location. Or it may be transmitted to the oral cavity information management server 100 located in an external second place. Here, the first place may be a place where a practitioner capable of dental treatment and / or dental treatment, such as a dentist or a dental nurse, may work, or a place where a person who can process artificial teeth, such as a dental technician, may work. However, it is not limited thereto.

In addition, the tooth design management server 300 located in the second place or the third place different from the second place transmits a request signal for receiving the oral information for production to the oral information management server 100, and the tooth design management server ( 300 may receive the oral cavity production information and the 3D model production information from the oral cavity information management server 100. The tooth design management server 300 may generate 3D model production data based on the received oral cavity production information and 3D model production information.

In addition, the tooth design management server 300 transmits the milling strip and / or three-dimensional printing strip to the artifact manufacturing apparatus 30 provided in the first place or the third place or a fourth place different from the third place, The artifact manufacturing apparatus 30 manufactures an artifact, which is a three-dimensional model of the scan object of the oral cavity information detecting apparatus 10, based on the received milling strip and / or three-dimensional printing strip, and the artifact is an oral cavity information detecting apparatus on-line. 10 may be provided to the first place provided.

The artifact manufacturing apparatus 30 may include at least one of a milling apparatus for receiving a milling strip and manufacturing an artifact, and a three-dimensional printer receiving a three-dimensional printing strip and manufacturing an artifact.

Even if the self-oral information detection device 10 and the artificial dental artifact manufacturing device 30 that have predetermined qualifications such as a doctor or a dental technician are freely available, they are required to generate three-dimensional model production data of the scan target. If you do not have or lack knowledge (or if you do not have high technical knowledge in the creation of artifacts, even if you have the knowledge to generate precise 3D modeling data), you can use the accurate 3D modeling data (or precise artifacts). Difficult to create However, an embodiment of the present invention enables to produce accurate three-dimensional model production data on the tooth design management server 300 of the person having the professional knowledge necessary for generating the three-dimensional model production data of the scan object, or expertise in the production of artifacts The artificial tooth can be manufactured on the artificial tooth artifact manufacturing apparatus 30 having a person.

So even if you don't know how to create a 3D model that requires considerable professional knowledge and long experience or are currently in training, you can customize the 3D model of the scanned object. Can be used as a resource for education.

8 is a block diagram of the configuration of the identity management server. 9 and 10 are flowcharts illustrating operations of the identity management server.

1, 2, 8, and 9, the oral care system 1 may include an identity management server 500.

The identity management server 500 may be a server provided by an institution capable of identifying and managing the identity of a person who has a certain qualification requirement and does not identify an identity.

In another aspect, the identity management server 500 is responsible for defending the lives / property and rights of the people and for conducting criminal investigations, arrests of suspects, etc. in order to maintain public well-being / order. For example, it may be a server provided by a police station or a prosecution service.

The oral cavity information detecting apparatus 10 may detect oral cavity information of a person whose identity is not confirmed. The identity management server 500 receives oral information of the unidentified person from the oral cavity information detecting apparatus 10 through the communication device 540. The identity management server 500 transmits the oral cavity information and the identification request signal of the unidentified identity to the oral cavity information management server 100. The oral cavity information management server 100 detects oral information that matches the oral cavity information of the unidentified person through a data comparison process between the oral cavity information of the unidentified person and the previously stored oral information in response to the received request signal. . The oral cavity information management server 100 may transmit the detected oral identification information to the identity management server 500.

That is, the oral cavity information comparison unit 150 of the oral cavity information management server 100 compares the oral cavity information stored in the database with the oral cavity information of the unidentified person, and detects the oral cavity information having a matching rate or more than a preset value, and the detected oral cavity Personal information corresponding to the information can be detected.

That is, when the oral cavity information comparison unit 150 detects the oral cavity information corresponding to the oral information of the unidentified person, the oral cavity information and the personal information of the subject corresponding to the oral cavity information may be transmitted to the identity management server 500. have.

In addition, when the oral cavity information comparison unit 150 first compares the oral cavity information of the unidentified person and the stored oral cavity information with each other and detects the first oral cavity information having a matching ratio of more than a predetermined value, the oral cavity on the oral cavity characteristic information database 105 The first oral cavity information may be updated based on the characteristic information, and the updated first oral cavity information may be compared with the oral cavity information of the unidentified person once again.

In detail, the oral cavity information comparator 150 receives oral cavity information from the oral cavity information detecting apparatus 10 (or a point in time when the oral cavity information detecting apparatus detects the oral cavity information) and the period of time until the present point in time. The oral cavity information reflecting the characteristics over time may be generated by updating the first oral cavity information by reflecting the change in the first oral cavity information. The oral cavity information comparison unit 150 may secondarily compare the updated first oral cavity information with the oral cavity information of the unidentified person received from the identity management server 500. The oral cavity information comparison unit 150 displays the first oral cavity information and the personal information of the subject corresponding to the first oral cavity information when the coincidence rate is higher than the coincidence rate in the first comparison. 500 may be sent.

The unidentified person here may be a person who is found as a variant and whose identity is not confirmed, or may be unidentified due to various accidents and unidentified.

In this way, by detecting the oral cavity information of the person whose identity is not confirmed, by comparing the data stored in the oral cavity information management server 100 by utilizing the personal information of the person having the oral cavity information can quickly identify the identity of the unidentified.

As described above, the identity management server 500 may be a method of requesting information to the oral information management server 100 whenever identity verification is required, but is not limited thereto. The identity management server 500 may identify the identity. Oral information may be received and stored from the oral cavity information management server 100 in advance for the purpose.

In more detail, referring to FIG. 10, the oral information management server 100 may provide the identification management oral information including the oral information and the personal information to the identity management server 500. When the oral cavity information is changed, the oral cavity information management server 100 may provide the identity management server 500 with updated oral identification schedule oral information including the changed oral cavity information.

The identity management information storage device 510 of the identity management server 500 may classify and store the received information by person and reception time, and the oral cavity information request signal for identifying the oral cavity including the oral information of the unidentified identity is later oral information. When received from the detection device 10, the identity comparison unit 520 compares the identification confirmation oral information stored in the identification management information storage device 510 with the received identification unidentified oral information to each other, thereby identifying the identity of the unidentified person. Can be identified. Since the comparison process is as described above in the comparison process in the oral cavity information management server 100, a detailed description thereof will be omitted.

In this way, the subject stores his oral information detected during the medical treatment or treatment process in the oral information management server 100, and can be used for identification later, thereby making it difficult to identify himself or herself due to an unexpected accident. You can be prepared.

In addition, in the case of the oral structure, the degree of deformation is not large despite the long time, the oral structure is very complicated, there are many individual oral singularities and there is a lot of characteristics that can be compared accordingly there is a part of the unidentified oral part of the oral cavity Even oral information can be compared to ensure rapid and accurate identification.

In another aspect, the identity management server 500 through the communication device 540, oral information of the suspect suspects needing identification from the oral cavity information detection device 10, the shooting information, including the image of the mouth or mouth surrounding, montage Receives facial information including information, and transmits the facial information and identification information request signal for identification of the crime suspect to the oral information management server 100, the oral information management server 100 in response to the request signal The identification oral cavity information detected through the data comparison process may be transmitted to the identity management server 500.

That is, the oral information comparison unit 150 of the oral information management server 100 compares the information stored on the database with the facial information of the suspect suspect and selects the oral information of the subject and the personal information of the subject having a matching rate equal to or greater than a preset value. can do.

That is, when the oral cavity information comparison unit 150 detects oral information of the subject that matches the facial information of the criminal suspect, the identity management server 500 includes oral identification information including the corresponding oral cavity information and the personal information of the subject. Can be sent to.

In addition, when the oral cavity information comparison unit 150 detects the oral cavity information having a coincidence rate greater than or equal to the facial information of the criminal suspect, the oral cavity information is detected based on the oral cavity characteristic information on the oral cavity characteristic information database 105. Reflects oral information that reflects the changes in oral characteristics according to the time point and the current point of time, and generates oral information for identification, and compares it with facial information of the suspect, and the comparison result shows that the match rate is higher than the match rate in the first comparison. In this case, the oral identification information including the oral information of the subject and the personal information of the subject may be transmitted to the identity management server 500.

As such, by detecting facial information of a criminal suspect whose personal information is not specified and comparing the data stored in the oral information management server 100, the personal information of the criminal suspect is quickly utilized by utilizing the personal information of the person having the relevant oral information. I can figure it out. 11 is a block diagram of an insurance management server, and FIGS. 12 and 13 are flowcharts of operations of the insurance management server.

1, 2, 11 and 12, the oral care system 1 may include an insurance management server 700.

When the insurance management server 700 receives an insurance subscription request from an insurance subscriber, the insurance management server 700 may transmit an insurance oral information request signal including the insurance subscriber's personal information to the oral information management server 100. In addition, the processor 190 of the oral cavity information management server 100 searches for the personal information in the personal information database 104 that matches the information of the specific individual in response to the insurance oral information request signal, and matches the retrieved personal information. The oral cavity information is searched in the tooth information database 101 or the oral cavity characteristic information matching the retrieved personal information is searched in the oral cavity characteristic information database 105 and the insurance management server generates insurance oral information including the searched information. 700, the insurance management server 700 may store the received oral insurance information in the insurance oral information storage device 710.

In addition, referring to Figure 13, the insurance payment processing unit 720 of the insurance management server 700 is primarily for insurance, when the insurance payment request is received from a specific individual who has subscribed to the insurance according to oral diseases or accidents, etc. Insurance oral information stored in the oral information storage device 710 may be detected to compare the current oral state and the insurance oral information at the time of the insurance subscription to determine whether the insurance payment is subject to payment. When the processing target is to transmit the oral information request signal for insurance including the personal information of the specific individual who requested the second insurance payment to the oral cavity information management server 100. The insurance management server 700 receives the insurance mouth information from the mouth information management server 100. In addition, the insurance management server 700, if there is oral information detected in the received insurance oral information from the time of receiving the insurance oral information at the time of the insurance coverage before the time of occurrence of an event, such as insurance related accidents and the corresponding oral information and The current oral condition information can be compared to determine whether to be covered by insurance.

That is, if the individual has a history of detecting oral information after the time of enrollment for insurance or treatment before the event related to insurance, it can be determined whether the insurance is finally covered.

In addition, when the insurance management server 700 receives insurance oral information with oral information detected after the event-related event occurs, the received information and insurance oral information at the time of joining the insurance are compared with each other for insurance. You can also determine whether you are eligible for payment.

According to an exemplary embodiment of the present invention, a person who wants to purchase insurance for damage or illness of an oral structure may provide oral information stored in the oral information management server 100 to an insurance company, thereby detecting additional oral information for insurance. There is an advantage that can be omitted. In addition, the insurer can check the oral information at the time of the insurance, it is possible to quickly determine the legality of the insurance payment by using this as a comparison data when applying for insurance payment.

14 is a flowchart illustrating the operation between the medical institution server and the oral care system.

1, 2 and 14, the oral care system 1 may include a medical institution server 900.

The medical institution server 900 may transmit the personal information of the patient to the oral information management server 100, and the processor 190 of the oral information management server 100 may transmit the personal information that matches the received patient information to the personal information. Search in the database 104, the dental information matching the retrieved personal information in the tooth information database 101 or oral characteristic information matching the retrieved personal information in the oral cavity characteristic information database 105, The retrieved information may be read and transmitted to the medical institution server 900.

The medical institution server 900 may treat the oral cavity of the patient by utilizing the clinical information of the patient detected by the oral cavity information detection apparatus 10. For example, the clinical information of the patient detected from the oral cavity information detection device 10 may be used to prevent serious medical accidents related to the implant, such as penetrating the maxillary sinus during implantation of the maxillary teeth or damaging the neural tube during implantation of the mandibular teeth. .

In addition, the oral cavity information management server 100 may provide clinical information to the medical institution server 900 according to the type and range of information requested from the medical institution server 900, the oral cavity information management server 100. The payment information processing unit 160 may transmit the cost information determined based on the type and range of information provided to the medical institution server 900.

According to an embodiment of the present invention, by providing the patient's natural oral information stored in the oral information management server 100 to the medical institution having the medical institution server 900, it is possible to increase the recovery rate of the damaged part through the treatment, the information stored in advance As a result, the complex process of rescanning the accident site of the patient after the accident and generating it as a 3D model can be omitted.

In the detailed description of the present invention described above with reference to the preferred embodiment of the present invention, those skilled in the art or those skilled in the art having ordinary knowledge of the present invention described in the claims to be described later It will be understood that various modifications and variations can be made in the present invention without departing from the spirit and scope of the art. Therefore, the technical scope of the present invention should not be limited to the contents described in the detailed description of the specification but should be defined by the claims.

Oral Care System (1)
External server (2)
Terminal (3)
Oral Care Program (4)
Oral Information Detection Device (10)
Oral Information Management Server (100)
Bus 100a
Oral Information Storage Device (110)
Input device 120
Output device 130
Communication device 140
Oral Information Comparison Department (150)
Billing information processing unit 160
Information provision consent processing unit 170
Processor 190
Presentation device (191)
Input / Output Port (192)
Power Supply (194)
Tooth Information Database (101)
Maxillary and Mandibular Information Database (102)
Facial Information Database (103)
Personal Information Database (104)
Oral Characteristic Information Database (105)
Tooth Design Management Server (300)
Tooth Design Storage Device (310)
Communication device (340)
Processor (390)
Artifact Making Device (30)
Identity Management Server (500)
Identity Management Information Storage Device (510)
Identity Comparison Division (520)
Communication Device (540)
Insurance Management Server (700)
Oral Information Storage Device for Insurance (710)
Insurance payment processing unit 720
Communication device 740
Medical institution server (900)

Claims (11)

An oral information detection device for detecting tooth information, maxillary and mandibular information, and facial information before oral injury of an individual;
The first oral cavity information generated from the oral cavity information detecting apparatus, the personal information of the individual, and the factors that change the tooth itself of the individual over time by the characteristics of the oral cavity of the individual and the characteristics of the individual's teeth. An oral information management server configured to receive and manage oral care characteristic information including information; And
Generating the upper and lower face 3D model data of the individual by requesting the oral cavity information management server and converting the received first oral cavity information into CAD and CAM based data;
Receiving the oral care characteristic information from the oral cavity information management server when the time when the first oral cavity information is detected and the time when the oral cavity information management server receives the request differ by more than a predetermined period;
Based on the oral care characteristic information, the upper and lower jaw face corrected by reflecting the change in the characteristic of the first oral cavity information according to the elapsed time from the time of detecting the first oral cavity information to the current time point in the upper and lower face 3D model data. Generate three-dimensional model data
And an external server for manufacturing the damaged oral prosthesis of the individual corresponding to the corrected upper and lower jaw facial three-dimensional model data.
The oral cavity information management server stores the first oral cavity information
Oral Care System. According to claim 1,
The oral cavity information management server includes an oral cavity characteristic information database storing the oral care characteristic information,
The oral cavity information management server updates the first oral cavity information on the basis of the oral care characteristic information, and transmits the updated first oral cavity information to the external server.
Oral Care System. According to claim 1,
The oral cavity information management server includes an oral cavity characteristic information database storing the oral care characteristic information,
The oral cavity information management server transmits the oral care characteristic information and the first oral cavity information to the external server,
The external server updates the first oral cavity information based on the oral care characteristic information.
Oral Care System. According to claim 1,
The external server includes a CAD / CAM-based tooth design management server and the artifact manufacturing server,
The oral cavity information management server transmits the first oral cavity information and preset 3D model production information to the tooth design management server,
The dental design management server generates three-dimensional model manufacturing data including at least one of a milling strip and a three-dimensional printing strip based on the received first oral cavity information and the three-dimensional model manufacturing information, and transmits the three-dimensional model manufacturing data to the artifact manufacturing server. Transfer dimensional modeling data,
The artifact manufacturing server manufactures an artifact based on the milling strip and / or the three-dimensional printing strip.
Oral Care System. delete delete delete delete delete delete According to claim 1,
The oral cavity information detection apparatus includes a three-dimensional oral scanner for measuring from a single tooth to a full arch
Oral Care System.

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