Spectrum monitoring system before dental implantation

Abstract

The invention provides a spectrum monitoring system before dental implantation. The system overcomes the current situation that the bone quality of different people cannot be known before a tooth implantation operation in the prior art. By arranging a light source fixing structure of an inverted conical cylindrical structure and a fixing arm rotatably connected with the light source fixing structure, a sliding groove and a sliding block are symmetrically arranged on a fixing base of a light source, the relative position of the light source in the light source fixing structure and the light source fixing structure in the light source incident direction can be adjusted, the intensity of incident light passing through an optical splitter can be changed by adjusting the relative position of the light source in the light source fixing structure, exciting light with different wavelengths can be obtained by adjusting the incident direction of the light source, the exciting light with different wavelengths can be used for generating high-quality optical signals for shot objects with different bone quality in the oral cavity, the bone quality current situation of different people can be known before the operation, which is very important for bone combination after implant rooting and sprouting and before a tooth implantation operation, and the bone combination effect is optimized whilethe bone combination time is shortened.

Description

Technical field [0001] The invention belongs to the field of oral and maxillofacial repair medical instruments, and specifically relates to a pre-planting spectrum monitoring system in the stomatology department. Background technique [0002] Compared with movable dentures and porcelain bridges, dental implant surgery is recognized as the first choice for restoration of missing teeth in the dental medicine field. Because dental implants can almost restore the same chewing function as real teeth. As we all know, in all types of missing teeth, full-mouth missing teeth are the most harmful to the human body. In addition, it is very difficult to make complete dentures for patients with complete and missing teeth with poor bone conditions, especially for patients with low and flat alveolar ridges. Dental implants have many advantages, not only the appearance is lifelike, but also the abutment is strong and stable, which can maximize the recovery of normal chewing function; it is com...

AI Technical Summary

Problems solved by technology

Because of this, traditional dental implants are difficult to achieve if you are a little older, weak in constitution, have severe periodontitis, and have too many missing teeth.

[0004] The application with the application number CN201710154703.3 discloses a method for generating description information of human orthopedic implant guides, and establishes a third three-dimensional image of the surgical site and its adjacent human tissues based on the generated medical image scan data. According to the information provided by the generated third three-dimensional model, the implantation of screws is facilitated. Although the generation of image data by X-rays for surgical treatment is a relatively mature and convenient existing technology, in the specific surgical process, especially when it involves the head During the precise operation of the head, the patient is generally unconscious and the head is fixed, but in the process of dental implants, due to local anesthesia, the dentist’s activity is large, and the implanted person is awake and cannot be fixed. There is a situation where a relative three-dimensional model is established to guide the operation. At the same time, the image data generated by X-rays cannot accurately analyze the patient's bone quality and other data, and the simple position guidance does not have a guiding role in the process of osseointegration.

[0005] The application document with the application number CN201711093035.4 discloses an optical visualization pedicle puncture system, which includes a guide needle channel into which a guide needle can be inserted and an illumination imaging channel, which are set independently of each other. The above optical system does not use traditional X-ray Fluoroscopy and CT navigation can realize the summary of the screw placement process and provide accurate position guidance to help establish the pedicle channel. However, it is difficult to penetrate the skin and flesh tissue of the human body simply by using a CMOS imaging system. The screw body generally needs to be implanted at a certain depth in the human body. The fixation of the crown can only be achieved, so the above-mentioned optical visualization system cannot fundamentally help the implementation of the operation.

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