A three-dimensional mobile orthodontic demonstration model

Abstract

The invention relates to a three-dimension moving tooth orthodontics demonstration model, including a simulation pedestal, a tooth model and a pedestal. The tooth model is attached on the simulation pedestal through magnetism. The tooth orthodontics demonstration model achieves a three-dimension orthodontics demonstration process, so that the patient can fully know about self condition and the diagnosis and treatment scheme and the doctor can conveniently demonstrate the orthodontics process and the expected result for the patient, thereby achieving important clinic value for promoting doctor-patient communication, establishing a harmonious doctor-patient relation, and increasing the satisfaction of the patient; and the tooth orthodontics demonstration model also can well help the student majored in stomatology to learn and understand the whole process of orthodontics diagnosis and treatment and can enable the student to deeply understand the orthodontic scheme design, the treatment process and the expection result of different malocclusion, so that the teaching can be made easily by doing half the work.

Description

Technical field: [0001] The invention relates to a three-dimensionally movable tooth orthodontic demonstration model, which belongs to the technical field of oral cavity teaching appliances. Background technique: [0002] Dental malformations include abnormal dental arch shape and tooth arrangement, and abnormal occlusal relationship between the upper and lower dental arches, such as dentition crowding, deep overbite, deep overlay, crossbite ("underbite"), bimaxillary protrusion, opening and closing, etc. . [0003] In the teaching of orthodontics, the existing methods for demonstrating the correction process and orthodontic treatment results are usually two-dimensional picture display, text introduction and case reports, but these demonstration methods cannot vividly demonstrate the correction process and orthodontic treatment results . [0004] Tooth placement experiments can simulate the outcome of orthodontic treatment. The tooth arrangement experiment is to rearrange...

AI Technical Summary

Problems solved by technology

The existing tooth arrangement experiments using plaster models cannot help students majoring in stomatology learn and understand the whole process of orthodontic diagnosis and treatment

[0006] In short, in the clinical work of orthodontics, patients want to fully understand their condition and diagnosis and treatment plan, and doctors want to show patients the orthodontic process and expected results are not easy to achieve

This is not conducive to the establishment of effective communication between doctors and patients, reduces the satisfaction of patients, and has brought many negative effects on clinical treatment work.

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