80 results about "Oral cavity structure" patented technology

The invention relates to the technical field of computer image processing, in particular to an oral cavity three-dimensional model construction and tooth occlusion feature analysis method. The method comprises the following steps: carrying out imaging scanning processing and three-dimensional model construction on an oral cavity structure of a patient to generate an oral cavity internal structure three-dimensional space model; performing tooth segmentation and tooth feature analysis on the oral cavity internal structure three-dimensional space model, and performing inter-tooth contact evaluation analysis to obtain oral cavity inter-tooth arrangement contact condition data; performing tooth occlusal point positioning analysis and tooth occlusal surface connection division on the oral cavity internal structure three-dimensional space model to generate an oral cavity tooth occlusal connection surface; and performing tooth occlusion characteristic analysis on the oral tooth occlusion connection surface to obtain a tooth occlusion surface parallelism and a tooth occlusion surface contour shape, and performing tooth occlusion adjustment processing to generate an oral tooth occlusion surface adjustment scheme. According to the invention, rapid reconstruction of an oral cavity structure and accurate analysis of tooth occlusion characteristics can be realized.

The invention discloses a dental restoration customization system combining 3D printing with digital modeling, and particularly relates to the technical field of digital modeling, the dental restoration customization system comprises an oral cavity scanning module, a data fusion module, an occlusion mechanical analysis module, a restoration optimization module, a 3D printing module and a feedback monitoring module, the digital model is generated and transmitted to the data fusion module, the data fusion module integrates oral cavity scanning, medical records and dental data to form a personalized oral cavity digital model, and the occlusion mechanical analysis module collects occlusion data, analyzes stress distribution and feeds back the stress distribution to the prosthesis optimization module. The dental restoration optimization module adjusts the design of the restoration according to the oral cavity structure and the occlusion relationship of the patient, the 3D printing module performs high-precision printing according to the optimization design to generate a personalized dental restoration, and the feedback monitoring module monitors the comfort of the restoration through a pressure sensor and feeds back a result to the restoration optimization module for real-time adjustment. And the optimal performance and comfort of the prosthesis are ensured.

An intraoral scanner having a tomographic imaging function includes an OCT body configured to obtain an internal cross-sectional image of an oral structure; an OCT scan probe configured to irradiate the layer measurement light emitted from the OCT body onto the oral structure and transfer the reflected light to the OCT body; and a control / processing unit configured to control the OCT body, take a tomographic image of the oral structure, obtain two or more two-dimensional cross-sectional images, extract an internal crack area for the respective two-dimensional cross-sectional images, calculate cross-sectional position information of the internal crack, then arrange the position information of the internal crack obtained from the respective two-dimensional cross-sectional images in positions where the respective two-dimensional cross-sectional images have been obtained, and obtain three-dimensional shape information of the internal crack.

The inventive concept provides a mouthpiece for treating skin, in which a retaining ligament, a blood vessel, and a fiber tissue of a deep skin portion may be used as electrical passages, and which is manufactured in accordance with an oral cavity structure of a patient, and a skin treating apparatus including the mouthpiece for treating skin. The mouthpiece for treating skin includes an impression body disposed in an oral cavity of a user, and a first electrode unit disposed in the impression body, wherein the first electrode unit electrically interacts with a second electrode unit disposed outside the oral cavity of the user, and the impression body has a shape corresponding to a structure of the oral cavity of the user.

The utility model provides a handheld double-water-tank oral irrigator, which relates to the technical field of oral cavity cleaning and comprises a nozzle, a nozzle connector is sleeved in the nozzle, an upper cover transparent part is sleeved on the outer surface of the nozzle connector, and a nozzle electroplating part is fixedly mounted at the bottom end of the nozzle connector. By arranging the nozzle, the nozzle interface, the upper cover transparent part, the nozzle electroplating part, the top cover, the nozzle buckle, the USB, the USB plug, the USB bracket, the USB pad, the battery, the UV lamp bracket and the like, the problem that the nozzle and the machine body cannot be bent is solved, the wrist does not need to be excessively twisted or the posture of the head does not need to be changed in the using process of the equipment, and the use is convenient. According to the technical scheme, difficulty and discomfort of a user in operation are avoided, meanwhile, for some users with special oral cavity structures or irregular tooth arrangement, the device can adapt to unique conditions of the oral cavity, cleaning dead corners are avoided, food residues and dental plaque are effectively removed, and convenience, comfort and reasonability of the device are improved.

The invention discloses a dental cast generation method and a nonvolatile storage medium. The method comprises the steps that a first abutment tooth model and an initial tooth model are obtained, the initial tooth model is a tooth model simulating a complete oral cavity structure, and the first abutment tooth model is a model simulating a tooth structure to be repaired; a tool model is determined, the tool model comprises a slot model and / or a second abutment model, the slot model is used for determining a non-segmentation model, the volume of the second abutment model is larger than that of the first abutment model, and the second abutment model is used for determining a segmentation model; the initial dental model and the tool model are subjected to Boolean subtraction operation, a target dental model is obtained, and the target dental model comprises a segmentation model and / or a non-segmentation model. According to the method, the technical problems that the types of models processed by an existing repair model generation method are few, and the model precision is low are solved.

The utility model relates to a 3D anti-spit tongue grating which comprises a 3D printed connecting rod, a retention piece and a tongue body limiting piece, and the tongue body limiting piece is installed on the connecting rod and used for limiting a tongue body; the retention piece is arranged on the connecting rod and is connected with teeth for fixing the tongue body limiting piece; the connecting rod and the tongue body limiting piece are matched with the inner wall of the oral cavity in shape and size and are attached to the inner wall of the oral cavity; the tongue-vomiting-preventing tongue grating is manufactured through the 3D printing technology, personalized customization can be conducted according to the oral cavity structure of a wearer, the structure is small and exquisite, the tongue grating can be well attached to a dental crown and teeth, and therefore the foreign body sensation of the wearer is reduced, and the influence of the tongue grating on other oral cavity activities of the wearer is relieved.

The invention provides an oral cavity structure information recognition optimization method combined with 3D modeling, and relates to the technical field of image recognition, and the method comprises the steps: scanning a target oral cavity to obtain target image information, and converting the target image information into triangular mesh information; introducing a predetermined modeling mechanism to perform modeling analysis on the triangular mesh information to obtain a three-dimensional model; performing gridding processing on the three-dimensional model to obtain a grid set, and extracting a first grid in the grid set; performing multi-dimensional feature collection on the first grid to obtain a feature set, and activating an oral cavity structure recognition model to analyze the feature set to obtain a focus judgment result; and according to the corresponding relationship between the first grid and the focus discrimination result, establishing an identification visual graph of the target oral cavity, thereby solving the technical problem that the focus area cannot be accurately identified due to the precision limitation of the existing oral cavity structure scanning technology in obtaining the oral cavity three-dimensional data, and realizing the purpose of accurately identifying the focus area by combining high-precision 3D modeling and a deep learning algorithm. And the identification efficiency and accuracy of the focus area in the oral cavity are improved.

The utility model discloses an oral medical auxiliary instrument which is suitable for oral surgery, repair and orthodontic treatment. The instrument comprises two arc-shaped expansion plates which are symmetrical to each other, the lips of a patient can be expanded through a positioning groove and a rotating mechanism, and the operation visual field is expanded. Connecting seats are fixed to the upper expansion plate and the lower expansion plate respectively, and the distance between the expansion plates is adjusted through a rotating seat so as to adapt to oral cavity structures of different patients. The expansion length of the instrument is adjusted through the insertion structure, and the positioning toothed bar is matched with the positioning toothed hole, so that the expansion plate is accurately positioned, and looseness in the operation process is prevented. The thread structure and the limiting device provide extra stability, and it is ensured that the instrument is kept fixed during use. Auxiliary devices for fixing the saliva pump are arranged on the two sides of the instrument, and the interior of the oral cavity is kept clean and dry. According to the design, the operation process is simplified, the accuracy of operation and the comfort level of a patient are improved, and the device is suitable for various complex oral medical operations and has high clinical application value.

The utility model belongs to the field of medical instruments, particularly relates to a special oropharyngeal airway for a gastroscope and a fixing device, and provides the following scheme aiming at the problems that various existing airway opening methods and tools are limited under certain conditions and the use of gastroscopy is influenced: the special oropharyngeal airway comprises a first oral cavity airway and a second oral cavity airway, the oral cavity ventilation device is simple in structure and convenient to assemble, a doctor can rapidly install and fix the oral cavity ventilation device for a patient, the operation difficulty and workload of the doctor are reduced, meanwhile, materials and structural design adopted by the oral cavity ventilation device are relatively simple, the manufacturing cost is low, and the oral cavity ventilation device is suitable for popularization and application. Therefore, the gastroscope has high cost performance and good adaptability and stability, is suitable for patients of different age groups and oral cavity structures, improves the comfort and safety of gastroscopy, reduces the occurrence rate of complications, and has wide application range and popularization value.

The invention relates to the technical field of oral medical technologies, in particular to an augmented reality periodontal treatment navigation system which comprises a data acquisition module used for acquiring preoperative CBCT (cone beam computed tomography) data, intraoperative image data and surgical instrument space pose data of an oral cavity of a patient; the data processing module is used for preprocessing the intraoperative image data; the organization identification module is used for constructing a semantic segmentation network based on a U-Net + + architecture; the safety range determining module is used for calculating a three-dimensional equidistant surface of an operation safety range; the augmented reality fusion module is used for generating a virtual-real fusion navigation image; the navigation display module is used for providing instrument path guide lines; and the intelligent feedback module is used for triggering early warning and vibration feedback. According to the method, the tissue type and the lesion boundary are accurately recognized through reconstruction of the oral cavity structure model and the U-Net + + semantic segmentation network, accurate positioning of the lesion area and scientific definition of the safety boundary are achieved, incomplete treatment or excessive treatment is effectively avoided, and the risk that healthy tissue is accidentally injured is reduced.

1. The name of the design product: mouth bite. 2. The use of the design product: in the treatment of head and neck tumors, used to fix the oral structure. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: combination state diagram.

The invention discloses an oral cavity structure information generation method and system, a storage medium and an oral cavity instrument.The oral cavity structure information generation method comprises the steps that first data information is obtained, and the first data information is used for establishing an oral cavity three-dimensional model; and when the first data information does not meet the condition of establishing the oral cavity three-dimensional model, obtaining oral cavity image data corresponding to the first data information, and supplementing missing oral cavity features in the oral cavity three-dimensional model according to the oral cavity image data to obtain the oral cavity structure information. According to the oral cavity structure information generation method provided by the invention, logic can be simplified, data integrity and accuracy can be improved, and more intuitive and accurate structure information can be obtained.

The present invention relates to the technical field of auxiliary diagnosis of oral diseases, and discloses an auxiliary diagnosis system for oral diseases based on big data. The system collects oral images of patients through X-rays, and calculates oral density values, oral color depth values, oral structure characteristic values, area values ​​of oral lesions and boundary values ​​of oral lesions based on the oral image data, and trains a deep learning model using the above-mentioned calculated values ​​as input parameters, and calculates the degree value of the patient's oral lesion through the deep learning model. The auxiliary diagnosis module generates different diagnostic analysis reports based on the size of the patient's oral lesion degree value, and the result report module transmits the generated diagnostic analysis report to the doctor's work computer screen, so as to assist doctors in improving the accuracy of disease diagnosis through multi-parameter calculation of oral image pictures.

Disclosed is a task management method for generating an intraoral model. The task management method comprises the steps of: performing a first task of acquiring scan data including a plurality of scan frames for an oral structure; performing a second task of acquiring the pose of an intraoral scanner on the basis of the plurality of scan frames; performing a third task of generating a 3D model representing the oral structure on the basis of the plurality of scan frames and the pose of the intraoral scanner; and performing a fourth task of optimizing the 3D model, wherein the third task and the fourth task may be performed in parallel or sequentially.

The application relates to the technical field of dental instruments, in particular to an intelligent bite pad integrated with an opening device and a rubber dam clamp, which comprises a rubber dam clamp, the rubber dam clamp comprises two clamping arms and an elastic arc bow, the two clamping arms are connected through the arc bow, a first bite part is arranged on one side of the clamping arms close to the arc bow, a connecting shell is fixedly arranged on the top of the first bite part, a connecting port is arranged on the side, away from the first bite part, of the connecting shell, a second bite part is movably arranged on the connecting shell, an adjusting assembly for adjusting the distance between the first bite part and the second bite part is arranged in the connecting port, and bite grooves are arranged on the sides, away from each other, of the first bite part and the second bite part. During oral treatment, the rubber dam cloth is used to separate the diseased tooth from other oral structures, the diseased tooth is isolated, the patient bites the first bite part and the second bite part, the oral cavity of the patient is supported, and the comfort of the patient is improved.

The invention discloses a periodontal treatment local medicine application device, and relates to the technical field of periodontal treatment, and the periodontal treatment local medicine application device comprises a medicine delivery unit which comprises a medicine bin, a feeding assembly and a medicine application assembly; the protection unit comprises a tooth support assembly and an adjusting assembly. The oral cavity of a patient can be supported, secondary damage caused by the fact that the patient closes the oral cavity due to stress is prevented, and the adjusting assembly allows the position and the angle of the tooth support to be flexibly adjusted according to the unique oral cavity structure and the treatment requirement of each patient so as to optimize the comfort and the effect in the treatment process. It can be guaranteed that the medicine can cover the whole affected part of the oral cavity without missing any part, and meanwhile the risks of excessive use of the medicine and cross infection are avoided.

The utility model discloses a gastric lavage device for preventing cannulas from being crunched, which relates to the technical field of medical instruments and comprises a stomach tube, the surface of the stomach tube is fixedly connected with an inflatable anti-bite component, the surface of the inflatable anti-bite component is fixedly connected with an oral cavity protection pad, the surface of the inflatable anti-bite component is fixedly connected with a connecting tube, and the connecting tube is fixedly connected with the connecting tube. An adjustable fixing device assembly is fixedly connected to the surface of the connecting tube, and a stomach tube fixing assembly is fixedly connected to the surface of the adjustable fixing device assembly; through the arrangement of the inflatable anti-biting assembly, medical staff can adjust the hardness and size by controlling the inflation amount so as to adapt to the oral cavity structures and requirements of different patients, can bear high pressure, prevents the stomach tube from being bitten, adapts to the occlusal force of different patients by adjusting the inflation amount, and is convenient to use through the arrangement of the pipeline fixing assembly. And the stomach tube can be firmly fixed at a proper position, so that the stomach tube is prevented from shifting due to the action of a patient.

The invention discloses a portable magnetic snore-ceasing device, and belongs to the technical field of snore-ceasing devices, the magnetic snore-ceasing device comprises a plurality of tooth socket pieces, the tooth socket pieces are distributed in two groups of mirror images, the two groups of tooth socket pieces arranged in the mirror images are arranged to be an upper tooth socket and a lower tooth socket, the tooth socket pieces are arranged in a fan-shaped structure, and the upper tooth socket piece and the lower tooth socket piece are arranged in a staggered mode. A through hole is formed in one side of the tooth socket part, a self-adaptive tooth socket adjusting assembly is arranged in the through hole and used for being attached to teeth and oral cavity structures of users with different tooth forms, and a lower jaw triggering support assembly is installed on the side, away from the tooth socket part, of the self-adaptive tooth socket adjusting assembly and used for self-adaptively adjusting the position of the lower jaw. The self-adaptive tooth socket adjusting assembly and the lower jaw triggering support assembly are adopted, under the flexible adjustment, dynamic adaptation and multiple action mechanisms, comfort is guaranteed, the treatment effect is improved, meanwhile, the device can adapt to the oral cavity conditions of different users, the production cost is reduced, and the snore problem of different degrees can be effectively solved.

The invention relates to the technical field of oral cavity image screening, in particular to an orthodontic effect model construction method and system based on three-dimensional reconstruction. A main image and an auxiliary image of an oral cavity structure are shot; obtaining an edge distance parameter value according to the position relationship between the shooting point of the secondary image and the interior of the oral cavity; obtaining an angle comprehensive value according to the edge distance parameter values of the shooting points of any two auxiliary images; according to the gray features and edge distribution in all the corresponding areas of the auxiliary images and the main image, the normal included angle between the auxiliary images and the overall gray features of the auxiliary images and the main image, the comprehensive score of the auxiliary images is obtained; screening the secondary images according to the comprehensive score to obtain a high-quality secondary image; and performing three-dimensional modeling. According to the method, the high-quality secondary image capable of performing information supplementation on the main image is selected, so that the model construction is accurately performed on the oral cavity structure of the patient.

The utility model relates to a brush head and a toothbrush. The brush head comprises a brush head body, a cleaning part and a transmission part. The brush head body is constructed to extend along a first axis and comprises a side wall for limiting an open cavity, and a supporting piece is formed on the side wall; the cleaning part can pivot relative to the brush head body; the cleaning part comprises a first cleaning unit and a second cleaning unit, and the second cleaning unit is configured to be pivotable; the transmission part comprises a first transmission piece and a second transmission piece. The toothbrush comprises a handheld part and a brush head, the brush head is configured to be mounted on the handheld part, and a cleaning part of the brush head is configured to vibrate relative to the handheld part. The brush head and the toothbrush provided by the utility model can adapt to oral cavity structures of different users through the pivotable characteristic of the cleaning part, and can effectively clean complex areas adjacent to teeth and gingiva, especially gingival sulcus and other places which are difficult to touch, so that the brush head can be better attached to the surfaces of the teeth and gingival lines; therefore, more comprehensive and thorough cleaning is realized.

The utility model discloses a novel universal opening angle spreader which comprises a guide rail and an adjusting part which are in sliding fit with each other, a first spreading frame is arranged at the end, away from the adjusting part, of the guide rail, a second spreading frame is arranged on the adjusting part, the lower end of the first spreading frame is connected with a first drag hook piece, and the lower end of the second spreading frame is connected with a second drag hook piece. The first distraction frame and the first drag hook piece are movably connected through a universal connecting assembly, the second distraction frame and the second drag hook piece are movably connected through a universal connecting assembly, so that the first drag hook piece and the second drag hook piece are driven by the universal connecting assemblies to achieve multi-angle adjustment, and at least one end of the guide rail is provided with a handle. An adjustable fixing mechanism is introduced, the guide rail and the adjusting part are matched for distance adjustment, the universal connecting assembly drives the drag hook piece to conduct multi-angle adjustment, a doctor can adjust the position and tension of the drag hook according to the oral cavity structure of a patient and the operation requirement, in addition, the illumination function is further integrated, a better operation view is provided for the doctor, and the operation efficiency is improved. And the use experience of the user can be better improved.

This utility model discloses an oral expander, relating to the field of oral expander technology. The technical solution includes a handle assembly with a limiting component inside. Two limiting components are located on the outside of the handle assembly, with a spring between them. The handle assembly includes a handle with a through groove inside, and a limiting groove inside the through groove. The limiting component includes a sliding plate with a spring telescopic rod on one side and a rack fixed on the other side. The beneficial effect of this oral expander is that the limiting component, composed of the sliding plate, spring telescopic rod, rack, and gear, can quickly release and lock the limiting state of the expander support assembly. Medical personnel only need to simply move the sliding plate to flexibly adjust the distance between the two oral expanders in conjunction with the elasticity of the spring, accurately adapting to the needs of patients with different oral structures, age groups, and conditions, significantly improving the versatility and practicality of the expander.

The utility model relates to a 3D printing U-shaped molar propelling device. The 3D printing U-shaped molar propelling device comprises a 3D printing retention part and a propelling mechanism, the retention piece is arranged on an abutment tooth and is used for fixing the propelling mechanism, and the propelling mechanism is positioned at an edentulous position and is used for providing support for adjacent teeth on two sides of the edentulous position. All the components can be printed and formed by adopting a 3D printing technology, personalized customization on-site processing can be performed according to the oral cavity structure of a wearer, the manufacturing speed is high, the number of times of re-consultation of the wearer is optimized, the propelling device can be tightly attached to the tooth surface, and therefore the foreign body sensation of the wearer is reduced while stable support between teeth is provided; the propelling mechanism is small and exquisite in structure and can be hidden between tooth gaps, so that the influence of the propelling device on other oral activities of the wearer is further reduced.

The invention discloses a molar pad model generation method and electronic equipment, the molar pad model generation method comprises the steps that oral cavity scanning data of a target object and movement parameters corresponding to the target object are acquired, the oral cavity scanning data comprise a tooth model, and the movement parameters comprise thickness parameters of a to-be-generated molar pad model; determining a tailored surface on the tooth model based on the oral scan data; carrying out equidistant movement treatment on the cutting surface according to the movement parameters to obtain an inner layer surface and an outer layer surface of the molar pad model; and sewing the inner layer surface and the outer layer surface to obtain the molar pad model. According to the method, the cutting surface is expanded according to the movement parameters to obtain the inner-layer surface and the outer-layer surface of the molar pad model, so that the molar pad model can be matched with the actual oral cavity structure of the target object, the individual requirements of the target object can be met, and the user experience is improved. Therefore, the use comfort of the molar pad subsequently manufactured based on the molar pad model is improved.

The invention discloses an oral cavity residual tooth crown reduction digital guide plate and a preparation method, and belongs to the technical field of oral medicine. The guide plate comprises a base plate used for covering and being embedded in a dental arch, a connecting piece is installed on the base plate, and a reset retention piece used for retention during reset of residual teeth is arranged on the connecting piece. When the guide plate is prepared, firstly, data information is collected, and dentition information, image information and face information of a patient are collected; modeling: performing virtual reconstruction on the oral cavity structure of the patient; and manufacturing a guide plate again, designing a digital guide plate according to the acquired data information and the virtual oral cavity structure, and manufacturing the digital guide plate. According to the invention, the residual tooth crown can be accurately guided to reset, and the reset angle, direction and depth of the residual tooth are ensured to be accurate; by utilizing personalized three-dimensional data of a patient, the guide plate can provide clear positioning and an accurate reduction path for residual dental crown directional reduction, and the technical problem that the residual dental crown directional reduction is high in requirement on an operator due to the fact that traditional residual dental crown directional reduction depends on experience of the operator is solved.

The utility model relates to an animal oral cavity examination spreader, including rectangular frame, the outer surface of both ends of rectangular frame is slidably installed first sliding block, the middle end of rectangular frame is provided with two groups of guide rod, the outer surface of two groups of guide rod is slidably installed second sliding block, one side fixed mounting of first sliding block has the connecting block, and the connecting block is rotationally arranged with screw rod on second sliding block, the outer surface of screw rod is equipped with movable plate, and one end of movable plate is provided with two groups of limit plate, and the link plate is rotationally arranged between two groups of limit plate, and the utility model discloses through sliding first sliding block and second sliding block, can fine adjustment movable plate's position, makes the spreader to be able to closely adhere and adapt to the oral cavity structure of different size and shape of animal.

This invention relates to the field of intelligent diagnostic technology for oral medical imaging, specifically an intelligent auxiliary diagnostic system for oral diseases integrating multimodal imaging. The system includes: a data receiving module that receives intraoral optical photographs, cone-beam CT, and oral and maxillofacial MRI; an image analysis module that automatically delineates and segments the optical photographs to generate two-dimensional structural maps with tooth position markers, reconstructs a three-dimensional jawbone from CBCT and extracts root canal structures to generate a model containing bone density and root canal parameters, and enhances soft tissue from MRI and identifies inflammatory areas to generate a model showing muscles, blood vessels, nerves, and inflammatory boundaries; a multimodal fusion module that uses spatial registration and feature fusion to construct a unified digital model; and an intelligent diagnostic module that calls a pre-trained model for analysis and reasoning to generate a disease list and quantitative parameters. Through differentiated image processing and multimodal fusion, the system achieves a panoramic presentation of oral structure and lesions, enhancing the comprehensiveness of disease identification. This invention can improve the accuracy and efficiency of intelligent auxiliary diagnosis of oral diseases.

The utility model relates to a kind of for oral cavity cancer postoperative saliva's collection device, including liquid collection component, negative pressure ball, liquid collection bag and drainage component, liquid collection component is adapted to the oral cavity of user, it includes first flexible mouthguard and second flexible mouthguard arranged in upper and lower and the liquid suction part being set between them, liquid suction part side is provided with liquid outlet, the top of negative pressure ball is provided with liquid inlet and vent with liquid outlet intercommunication, its bottom is provided with drain, drainage component is set between negative pressure ball and liquid collection bag, it includes first cylinder and elastic part, can be under the gravity of saliva Automatic switch. The device can efficiently collect saliva, realize automatic drainage, pressure stability, adapt to postoperative oral cavity structure, improve patient convenience and security, reduce medical care burden.

The manufacturing method of a transparent orthodontic device using a 3D printer according to the present invention is a manufacturing method of a transparent orthodontic device performed using a computer, and includes: (A) a step of scanning a patient's oral structure to generate and store data regarding the shape thereof; (B) a step of displaying the patient's oral structure based on the stored data; and (C) a step of setting correction details for the displayed oral structure. In step (C), the teeth to be corrected are selected, correction values regarding the amount of rotation and the amount of movement thereof are input, the scale of the orthodontic device is set, and further, a step of partially differentiating and inputting the thickness of the transparent orthodontic device is included.