Multi-tooth implanting locking joint system

Abstract

The invention provides a multi-tooth implanting locking joint system, and belongs to the field of dental medical instruments. The multi-tooth implanting locking joint system comprises a locking jointbody, wherein the left side of the locking joint body is provided with a pipeline cover, the right side of the locking joint body is provided with a motor cover, the rear side of the locking joint body is provided with a rear cover, the front side of the locking joint body is provided with at most three horizontally arranged water inflow / outflow insertion grooves, the locking joint body is internally provided with a water supply system and a water return system, the water supply system and the water return system are both communicated with the water inflow / outflow insertion grooves, the rear side of the locking joint body is provided with a motor groove, the motor groove is internally provided with a locking motor, each water inflow / outflow insertion groove comprises two external joints, and each external joint comprises two water supply holes in the lower portion and two water return holes in the upper side. The power supply control of a dental drilling device and the power conversioncontrol of multi-tooth drilling can be greatly improved.

Description

Technical field [0001] The invention relates to the technical field of dental medical equipment, in particular to a multi-tooth implant locking system. Background technique [0002] Artificial dental implant technology has been widely used in oral treatment. In artificial dental implant technology, high-speed rotation of the drill is usually required, and the temperature of the alveolar bone during the dental implantation process cannot exceed 42 degrees, otherwise the bone tissue will be destroyed, and the effect of the implant and the surrounding bone tissue can not grow into one body; At present, oral implant jaws are drilled by a motor-driven drill bit, and the dentist’s hand-held drill is used. In traditional dental implant surgery, the doctor’s hand-held implant machine artificially controls the drill feed. The feeling of the hand during the hole is used to determine the feed speed and strength. There is a high error rate in human operation. In case of error, not only will...

AI Technical Summary

Problems solved by technology

In the artificial dental implant technology, the drill bit usually needs to be rotated at high speed, and during the dental implant process, the temperature of the drilled alveolar bone should not exceed 42 degrees, otherwise the bone tissue will be destroyed, and the effect of growing the implant and the surrounding bone tissue cannot be achieved; At present, the jaw drilling for dental implants is drilled by a motor-driven drill, and the drill is held by the dentist. In traditional dental implant surgery, the doctor holds the implanter to artificially control the drilling feed. Experienced dentists can use the drill The feeling of the hand when drilling is used to determine the information such as feed speed and strength. There is a high error rate in human operation. In case of a mistake, it will not only bring a more painful treatment experience to the patient, but may also cause bone damage due to excessive drilling temperature. The tissue is irreversibly damaged, affecting the therapeutic effect;

[0003] In terms of occupied space, the current hand-held electric drilling device, the motor is behind the drill, and needs to be very close, so the motor is in the patient's mouth during treatment, so the treatment equipment already occupies a lot of space, but it still needs to be provided. Dentists leave a large observation space, so patients need to open their mouths, which is a poor experience;

[0004] In terms of cooling, the internal cooling hole of the existing internal cooling drill bit is pierced at the top of the drill bit. This kind of internal cooling hole is pierced at the top of the drill bit. When in use, it faces the bone being drilled and receives axial pressure. It is easy for the cooling hole to be blocked, which affects the normal discharge of the coolant and reduces the cooling effect. Moreover, because the cooling hole is opened on the top of the drill bit, the cutting edge of the drill bit is damaged, which reduces the cutting effect of the drill bit and increases the cutting force, thereby increasing the drill bone. The high cutting heat makes it difficult for the dentist to grasp the feeding force, resulting in slow drilling and even damage to the surrounding bone tissue, which affects the effect of dental implants;

[0005] In order to solve the above problems, it is best to use a non-manual hand-held intraoral installation and a non-motor-driven water-driven drilling device for drilling. However, ordinary water pumps and other devices cannot adapt to the precise speed, feedback and multiple in dental drilling. The reversing drive required in the simultaneous drilling of two teeth requires a special multi-tooth implant locking system for dental drilling.

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