Intelligent tooth drilling method and system based on Internet of Things and readable storage medium

Abstract

The invention relates to an intelligent tooth drilling treatment method based on the Internet of Things. The method comprises the steps: determining the angle and direction of tooth drilling according to result information, and obtaining operation information; transmitting the operation information to the terminal; collecting coordinate points of each position of the teeth to obtain coordinate information; determining a drill bit moving track according to the coordinate information; and determining the drilling depth and width required by treatment according to the diagnosis information to obtain result information. According to people of different age groups, the tightness degrees of the teeth of the people are different, the server can determine the number of revolutions and the feeding degree of the drill bit according to the tightness degrees, so that in the treatment process, when the drill bit drills into the teeth, the teeth are prone to loosening due to the rotating speed and the feeding rate, and the poor treatment effect is achieved. The server determines the range of tooth decay by obtaining the oral cavity volume information of the patient, the server calculates the optimal moving track of the drill bit by combining the angle and direction of tooth drilling calculated by the server, and the drill bit moves according to the moving track.

Description

technical field [0001] The present invention relates to a method for intelligent dental drilling based on the Internet of Things, in particular to a method, system and readable storage medium for intelligent dental drilling based on the Internet of Things. Background technique [0002] Dental handpieces are important tools necessary for dentists to work. They are used to clean, cut, and grind teeth and corresponding bone tissues during dental treatment, dentures, and tooth extractions. Dental handpieces have developed from the ancient pedal wheel type to the most commonly used pneumatic belt cooling type, electric type, and more and more laser dental handpieces that have been put into clinical use in recent years. Various working principles and shapes are different. Due to the limitation of the oral environment, the dental handpiece has always had an important common problem, that is, the working area of ​​the dental handpiece cannot usually be operated and used under the di...

AI Technical Summary

Problems solved by technology

Even so, due to the angular position of the teeth themselves and the limited space in the oral cavity, in many cases, some smart devices, such as high-speed mobile phones, still need to drill the teeth manually, and can only adopt the mode of interval observation. Working under the doctor's blind sight, we can only rely on the doctor's feeling and experience to carry out very delicate dental operations

This often blind working state is not only not conducive to the operation of doctors, but also virtually increases the existence of medical risks

[0003] Therefore, in today's technical methods, most of them need to manually determine the rotation speed, feed speed, depth, width, angle, direction, high-speed mobile phone trajectory, etc. of the drill bit based on experience. This process is prone to accidents, such as every The looseness of the teeth of people of different age groups is inconsistent, and the degree of tightness of the patient's teeth may also easily affect the treatment process. The feeding speed of the dental high-speed drill intelligent equipment may also easily affect the treatment process.

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