Novel rhinoplasty method

Abstract

The invention provides a novel rhinoplasty method which comprises the following steps: model building: recognizing a human face and extracting a nose model to carry out nose prosthesis model building optimization, and generating a nose prosthesis model; formulating an operation plan, determining a specific operation plan through physical examination analysis, the operation plan, data analysis and the like, and establishing an operation emergency plan; making preoperative preparation: performing necessary preoperative preparation such as safety measure protection, nasal prosthesis manufacturing, nasal cavity cleaning and the like; performing an operation according to the operation scheme; and performing postoperative nursing: disinfecting and sterilizing the surgical wound and covering the skin of the wound. Compared with the prior art, the rhinoplasty frame body has the advantages that the rhinoplasty frame body is more convenient to manufacture, the possibility of nose perforation after an operation is reduced, and exclusion or postoperative syndromes cannot be generated; meanwhile, nose prosthesis modeling can better meet the requirements of customers, and a customer can be matched with a doctor to manufacture the most satisfactory nose prosthesis, so the satisfaction degree is improved, and the operation requirements of the doctor are reduced.

Description

technical field [0001] The invention relates to the technical field of plastic surgery, in particular to a novel nose augmentation method. Background technique [0002] Rhinoplasty is an act of adjusting or reconstructing the appearance of the nose. The main appeal is to make the nose more beautiful. It is often used to solve some nasal trauma caused by accidents, or the nasal shape is not beautiful due to congenital defects. [0003] In the prior art, surgical rhinoplasty requires the production of prostheses, which require high precision and high cost, and the materials are integrated with the human body, making it difficult to dismantle them. Silicone-like artificial materials are likely to affect the nasal bone and The growth of nasal cartilage and the long-term friction between the implant and the tip of the nose will cause the tip of the nose in contact with the implant to become thinner or even perforated. Contents of the invention [0004] The technical problem to...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, surgical rhinoplasty requires the production of prostheses, which require high precision and high cost, and the materials are integrated with the human body, making it difficult to dismantle them. Silicone-like artificial materials are likely to affect the nasal bone and The growth of nasal cartilage, at the same time, due to the long-term friction between the implant and the tip of the nose, it will cause the tip of the nose in contact with the implant to become thinner or even perforated

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