System and method for customizing combined orthodontics for children in full-personalized manner

Abstract

The invention provides a systematic method for full-personalized customization of combined orthodontics for children, and the systematic method comprises the steps: obtaining oral cavity three-dimensional data, facial and jaw photos and oral cavity image data of a patient through a digital device, and customizing a personalized diagnosis and treatment scheme of combined orthodontics based on the chief complaint of the patient, according to the system and the method, one or more combined correction schemes including traditional bracket correction, bracket-free invisible correction, customized function correction and other correction schemes are autonomously matched, and the system and the method are put forward on the basis of full-personalized customization; according to the specific conditions of each child, such as tooth arrangement, jaw bone shape and growth speed, a personalized correction plan is made, and personalized customization of combined orthodontics for children is scientifically implemented, so that the treatment accuracy and efficiency can be improved, the diagnosis and treatment period can be greatly shortened, and the method has outstanding advantages in links such as clinical diagnosis, scheme design and further visit monitoring.

Description

Technical Field

[0001] The present invention relates to the technical field of orthodontic appliances, and particularly to a system and method for fully personalized customized combined orthodontics for children. Background Art

[0002] Orthodontics is aimed at dental malocclusions Deformities, applying mechanical orthodontic forces and moments to teeth by using orthodontic appliances, adjusting the balance and coordination among facial bones, teeth and maxillofacial muscles, and after a period of orthodontic treatment, the facial shape can be improved, the dental arch can be aligned, and the masticatory efficiency can be enhanced.

[0003] Early correction of dental malocclusions in children Is to timely detect the morphological structure and functional abnormalities of the dentofacial region at different developmental stages of the dentofacial region, at the initial stage of the occurrence and development of dental malocclusions Deformities, through reasonable and effective intervention, excluding the adverse interference of oral and systemic related environmental factors on the development of the dentofacial region, and at the same time reducing the severity and complexity of dental malocclusions Deformities, and obtaining the treatment effects of coordinated aesthetics and functional health of the dentofacial region with twice the result with half the effort.

[0004] Early correction methods for dental malocclusions in children Are diverse. Removable appliances, space maintainers, fixed bracket appliances, local fixed multi-bracket appliances, invisible appliances, and muscle and function assistive trainers are all options for early orthodontic appliances for children. When selecting an orthodontic appliance for early correction of children, the balance between the wearing comfort of the appliance and the orthodontic efficiency, and the balance principle between the effectiveness of early correction and the magnitude of orthodontic benefits should be followed.

[0005] In traditional orthodontic systems, doctors will choose fixed correction or invisible correction for treatment clinically according to the specific conditions of patients. However, due to the respective determined indications of fixed correction and invisible correction, a single orthodontic method often cannot well solve all problems of patients, resulting in too long a treatment period, too high a cost, or not meeting the treatment requirements of patients, and even causing medical disputes.

[0006] To solve the above problems, it is necessary to provide a system and method for fully personalized customized combined orthodontics for children to solve the above technical problems. Summary of the Invention

[0007] To solve the above technical problems, the present invention provides a system and method for fully personalized customized combined orthodontics for children, including the following steps:

[0008] 1) Obtain the oral three-dimensional data, facial and jaw photos, and oral imaging materials of the patient, as well as the hard and soft tissue information and the jaw position relationship of the patient through digital devices;

[0009] 2) Customize a personalized diagnosis and treatment plan for combined orthodontics based on the patient's chief complaint, and determine the type, quantity, time, etc. of the orthodontic appliances required for the diagnosis and treatment plan;

[0010] 3) Independently match one or more combined orthodontic treatment plans including orthodontic treatment with traditional brackets, invisible orthodontic treatment without brackets, customized functional orthodontic treatment, etc.;

[0011] 4) Provide the patient with an oral home detection device, which will remotely feedback the patient's correction status and completion degree. Through intelligent analysis in the system background, guide the patient to autonomously complete the precise switching between orthodontic appliances;

[0012] 5) Visually display the orthodontic treatment process of the fully personalized customized children's combined orthodontics. The orthodontic treatment process includes the acquisition of the patient's oral data, the combined correction plan, the orthodontic model, and the switching plan of the combined correction plan.

[0013] Preferably, the steps of obtaining the patient's oral three-dimensional data information through a digital device include: directly scanning the patient's dentition in the patient's mouth with a three-dimensional scanner to obtain oral information, or making an oral plaster model of the patient by using an oral impression made of materials such as alginate or silicone rubber, and then obtaining the patient's oral information through a three-dimensional scanner. Collect the patient's facial and jaw photos through a camera or mobile phone. The facial and jaw photos include the patient's frontal image, frontal smiling image, 45-degree side image, 90-degree side image, intraoral frontal occlusion image, intraoral upper / lower jaw image, 45-degree left / right side occlusion image, 90-degree left / right side occlusion image. Among them, the imaging data includes panoramic tomogram and lateral cephalometric radiograph.

[0014] Preferably, the steps of customizing a personalized diagnosis and treatment plan for combined orthodontics based on the patient's chief complaint include: after the clinical designer imports the patient's oral information into professional design software, according to the patient's chief complaint, perform digital tooth separation and tooth arrangement through the professional design software to obtain a three-dimensional model of the target dentition required by the patient, adjust the tooth position and jaw relationship, customize a personalized diagnosis and treatment plan for combined orthodontics, and determine the type, quantity, time, etc. of the orthodontic appliances required for the diagnosis and treatment plan.

[0015] Preferably, the steps of independently matching one or more combined orthodontic treatment plans include: perform digital tooth separation and tooth arrangement through professional designers and design software to obtain a three-dimensional model of the target dentition required by the patient, determine the treatment plan, divide the complete treatment process into several correction stages, and adopt different correction plans for each stage to achieve different correction goals. The correction plan can include combined orthodontic treatment plans such as orthodontic treatment with traditional brackets, invisible orthodontic treatment without brackets, customized functional orthodontic treatment, etc.

[0016] Preferably, the system method of the present invention provides a home oral detection device for patients, which will remotely feedback the current situation and completion degree of the patients' orthodontics. Through intelligent analysis of the system background, the efficient switching between adjacent orthodontic stages is realized. The steps of guiding the patients to autonomously complete the precise switching between various orthodontic appliances include: the patients upload oral data through the home oral detection device, and the oral data feedbacks the current situation and completion degree of the patients' orthodontics. The background system, through intelligent data analysis, compares the oral data with the target position of this orthodontic stage and the starting position of the next stage, and quickly adjusts the plan of the next stage according to the comparison result to ensure the switching plan of the orthodontic plan.

[0017] Compared with the existing technologies, the present invention provides a system method for fully personalized customized combined orthodontics for children, which has the following beneficial effects:

[0018] The system method of the present invention is proposed based on the basis of full personalization. According to the specific situation of each child, such as tooth arrangement, jaw shape and growth rate, a personalized orthodontic plan is formulated. Scientific implementation of fully personalized customized combined orthodontics for children can improve the accuracy and efficiency of treatment. This will greatly shorten the diagnosis and treatment cycle. The system method of fully personalized customized combined orthodontics for children has outstanding advantages in clinical diagnosis, treatment plan design, follow-up visit monitoring and other links. Brief Description of the Drawings

[0019] Figure 1 It is the overall flowchart of the present invention. Detailed Embodiments

[0020] Please refer to Figure 1 The present invention discloses a system method for fully personalized customized combined orthodontics for children, including the following steps:

[0021] 1) Obtain the three-dimensional oral data, facial and jaw photos and oral imaging materials of the patient through digital devices, including hard and soft tissue information and the jaw position relationship of the patient. The steps of obtaining the three-dimensional oral data information of the patient through digital devices include: directly scanning the patient's dentition in the patient's mouth using a three-dimensional scanner to obtain oral information. Alternatively, after making an oral impression of the patient using materials such as alginate or silicone rubber to make an oral plaster model of the patient, obtain the patient's oral information through a three-dimensional scanner. Collect the facial and jaw photos of the patient through a camera or mobile phone. The facial and jaw photos include the patient's front view, front smiling view, 45-degree side view, 90-degree side view, intraoral front occlusion view, intraoral upper / lower jaw view, 45-degree left / right occlusion view, 90-degree left / right occlusion view. Collect the oral imaging materials of the patient based on CT. The imaging materials include panoramic tomogram and cephalometric lateral radiograph.

[0022] 2) Customize a personalized diagnosis and treatment plan for combined orthodontics based on the patient's chief complaint; and determine the type, quantity, time, etc. of the orthodontic appliances required for the diagnosis and treatment plan. The steps for customizing the personalized diagnosis and treatment plan for combined orthodontics include: After the clinical designer imports the patient's oral information into the professional design software, according to the patient's chief complaint, perform digital tooth separation and tooth arrangement through the professional design software to obtain a three-dimensional model of the target dentition required by the patient, adjust the tooth position and jaw relationship, customize the personalized diagnosis and treatment plan for combined orthodontics and determine the type, quantity, time, etc. of the orthodontic appliances required for the diagnosis and treatment plan.

[0023] 3) This system method will independently match one or more combined orthodontic treatment plans including orthodontic treatment with traditional brackets, invisible orthodontic treatment without brackets, customized functional orthodontic treatment, etc. Through professional designers and design software, perform digital tooth separation and tooth arrangement to obtain a three-dimensional model of the target dentition required by the patient, determine the treatment plan, divide the complete treatment process into several correction stages, adopt different correction plans for each stage to achieve different correction goals, and the correction plan can include combined orthodontic treatment plans such as orthodontic treatment with traditional brackets, invisible orthodontic treatment without brackets, customized functional orthodontic treatment, etc.

[0024] 4) This system method will provide the patient with an oral home detection device, which will remotely feedback the patient's correction status and completion degree. Through intelligent analysis of the system background, guide the patient to independently complete the precise switching between orthodontic appliances. The steps for guiding the patient to independently complete the precise switching between orthodontic appliances include: The patient uploads oral data through the oral home detection device, and the oral data feedbacks the patient's correction status and completion degree. The background system performs intelligent analysis on the data, compares the oral data with the target position of this correction stage and the starting position of the next stage, and quickly adjusts the plan for the next stage according to the comparison result to ensure the switching plan of the correction plan.

[0025] 5) Visually display the treatment process of fully personalized customized children's combined orthodontics, and the treatment process includes obtaining the patient's oral data, combined correction plan, orthodontic model, and switching plan of the combined correction plan.

[0026] The working principle and usage process of the present invention:

[0027] Directly scan the patient's dentition in the patient's mouth using a three-dimensional scanner to obtain oral information. Or, after making an oral impression of the patient using materials such as alginate or silicone rubber to make an oral plaster model of the patient, obtain the patient's oral information through a three-dimensional scanner. Collect the patient's facial and jaw photos through a camera or mobile phone. The facial and jaw photos include the patient's frontal image, frontal smiling image, 45-degree side image, 90-degree side image, intraoral frontal occlusion image, intraoral upper / lower jaw image, 45-degree left / right side occlusion image, 90-degree left / right side occlusion image. Based on CT, collect the patient's oral imaging data, and the imaging data includes panoramic tomogram and lateral cephalometric radiograph.

[0028] After clinical designers import the patient's oral information into professional design software, according to the patient's chief complaint, they perform digital tooth separation and tooth arrangement through the professional design software to obtain a three-dimensional model of the target dentition required by the patient, adjust the tooth position and jaw relationship, customize a personalized treatment plan for combined orthodontics, and determine the type, quantity, time, etc. of the orthodontic appliances required for the treatment plan.

[0029] Through professional designers and design software, digital tooth separation and tooth arrangement are carried out to obtain a three-dimensional model of the target dentition required by the patient, the orthodontic treatment plan is determined, the complete treatment process is divided into several correction stages, different correction plans are adopted in each stage to achieve different correction goals, and the correction plan can include multi-combined correction plans including traditional bracket orthodontics, bracketless invisible orthodontics, customized functional orthodontics and other orthodontic plans.

[0030] The patient uploads oral data through an oral home detection device. The oral data reflects the current status and completion degree of the patient's correction. The background system conducts intelligent data analysis, compares the oral data with the target position of this correction stage and the starting position of the next stage, and quickly adjusts the plan for the next stage according to the comparison results to ensure the switching plan of the correction plan.

[0031] Compared with the prior art, this system formulates a personalized correction plan according to the specific situation of each child, such as tooth arrangement, jaw shape and growth rate. Scientific implementation of personalized customized combined orthodontics for children can improve the accuracy and efficiency of treatment. This will greatly shorten the treatment cycle. The systematic method of fully personalized customized combined orthodontics for children has outstanding advantages in clinical diagnosis, treatment plan design, follow-up visit monitoring and other links.

[0032] The above is only a preferred specific embodiment of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present invention, according to the technical solution of the present invention and its inventive concept, makes equivalent replacements or changes, and should be covered by the protection scope of the present invention.

Claims

1. A system and method for fully personalized customized orthodontics for children, characterized in that It includes the following steps: 1) Obtain the three-dimensional oral data, facial and jaw photos, and oral imaging materials of the patient, including hard and soft tissue information and the patient's jaw relationship through digital devices; 2) Customize an individualized treatment plan for combined orthodontics based on the patient's chief complaint, and determine the type, quantity, time, etc. of the orthodontic appliances required for the treatment plan; 3) Independently match one or more combined orthodontic treatment plans including orthodontic treatment with traditional brackets, bracketless invisible orthodontic treatment, customized functional orthodontic treatment, etc.; 4) Provide the patient with an oral home detection device, which will remotely feedback the patient's orthodontic status and completion degree. Through intelligent analysis in the system background, guide the patient to independently complete the precise switching between orthodontic appliances; 5) Visually display the orthodontic treatment process of the fully individualized customized combined orthodontics for children, and the orthodontic treatment process includes patient oral data acquisition, combined orthodontic treatment plan, orthodontic model, and switching plan of the combined orthodontic treatment plan.

2. A system method for fully personalized customized orthodontics for children according to claim 1, characterized in that The step of obtaining the three-dimensional oral data information of the patient through digital devices includes: directly scanning the patient's dentition with a three-dimensional scanner in the patient's mouth to obtain oral information, or making an oral plaster model of the patient using oral impression materials such as alginate or silicone rubber, and then obtaining the patient's oral information through a three-dimensional scanner. Collect the patient's facial and jaw photos with a camera or mobile phone. The facial and jaw photos include the patient's frontal view, frontal smiling view, 45-degree side view, 90-degree side view, intraoral frontal occlusion view, intraoral upper / lower jaw view, 45-degree left / right side occlusion view, 90-degree left / right side occlusion view. The imaging materials include panoramic tomogram and lateral cephalogram.

3. A system method for fully personalized customized children's combined orthodontics according to claim 1, characterized in that, The step of customizing an individualized treatment plan for combined orthodontics based on the patient's chief complaint includes: After clinical designers import the patient's oral information into professional design software, according to the patient's chief complaint, perform digital tooth separation and tooth arrangement through the professional design software to obtain a three-dimensional model of the target dentition required by the patient, adjust the tooth position and jaw relationship, customize an individualized treatment plan for combined orthodontics, and determine the type, quantity, time, etc. of the orthodontic appliances required for the treatment plan.

4. A system method for fully personalized customized orthodontics for children according to claim 1, characterized in that The step of independently matching one or more combined orthodontic treatment plans includes: Perform digital tooth separation and tooth arrangement through professional designers and design software to obtain a three-dimensional model of the target dentition required by the patient, determine the treatment plan, divide the complete treatment process into several orthodontic stages, and adopt different orthodontic treatment plans for each stage to achieve different orthodontic goals. The orthodontic treatment plans can include combined orthodontic treatment plans such as orthodontic treatment with traditional brackets, bracketless invisible orthodontic treatment, customized functional orthodontic treatment, etc.

5. A system method for fully personalized customized children's combined orthodontics according to claim 1, characterized in that, The step of providing the patient with an oral home detection device in this system method, which will remotely feedback the patient's orthodontic status and completion degree, and through intelligent analysis in the system background, realize the efficient switching between adjacent orthodontic stages and guide the patient to independently complete the precise switching between orthodontic appliances includes: The patient uploads oral data through the oral home detection device, and the oral data feedbacks the patient's orthodontic status and completion degree. The background system performs intelligent analysis on the data, compares the oral data with the target position of this orthodontic stage and the starting position of the next stage, and quickly adjusts the plan of the next stage according to the comparison result to ensure the switching plan of the orthodontic treatment plan.

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