Oral implant with wings

Abstract

The invention discloses an oral implant having wing. The oral implant comprises an implantation material, the implantation material is a hollow shell with two opened ends, the external thread is arranged at the central section at the side surface of the implantation material, an annular basic bench is fixed at an upper opened end of the implantation material, the chutes are oppositely arranged at the inner side surface of the lower end of the implantation material, the oral implant has a simple structure, a traditional cylindrical implantation material is used for integral body support, the external thread realizes stable occlusion with alveolar bone, a wing plate is arranged at the outside of the upper end of the implantation material, the contact area of the alveolar bone and the wing plate is increased, the chute is convenient for consilience with the alveolar bone after growth, the longitudinal stability is guaranteed, the total length of the implantation material is reduced, the transverse stability of the implantation material is realized by a stabilization sheet, contraction of the implantation material is realized, and the implantation of the implantation material is not influenced, contact and compressing of the implantation material and nerve at the bottom of the alveolar bone is greatly reduced, a healing period is shortened, the occupation space is small, the oral implant is suitable for weak root of the alveolar bone for the patients, and the implantation and the dismounting are convenient.

Description

technical field [0001] The invention relates to the technical field of oral cavity treatment, in particular to an oral cavity implant with wings. Background technique [0002] At present, dental implant surgery has been fully applied and developed clinically as an effective method for treating and repairing tooth defects or missing teeth. It is often necessary to use various surgical bone augmentation techniques to improve the success rate of implant surgery, especially in the posterior maxillary region, because of the existence of the maxillary sinus, an important physiological structure, in order to avoid the perforation of the sinus floor mucosa during implant surgery. Due to the complications caused by this problem, the maxillary sinus lifting technique came into being. This technique has enabled many patients with insufficient available bone height to be successfully implanted due to the close distance between the maxillary sinus floor and the alveolar crest of the eden...

AI Technical Summary

Problems solved by technology

[0002] At present, dental implant surgery has been fully applied and developed clinically as an effective method for treating and repairing tooth defects or missing teeth. It is often necessary to use various surgical bone augmentation techniques to improve the success rate of implant surgery, especially in the posterior maxillary region, because of the existence of the maxillary sinus, an important physiological structure, in order to avoid the perforation of the sinus floor mucosa during implant surgery. Due to the complications caused by this problem, the maxillary sinus lifting technique came into being. This technique has enabled many patients with insufficient available bone height to be successfully implanted due to the close distance between the maxillary sinus floor and the alveolar crest of the edentulous area. However, the existing columnar implants will directly compress a large area of ​​alveolar bone nerve during implantation, and the healing period is long. At the same time, for patients with weak alveolar bone roots, columnar implants cannot be stably implanted

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