12 results about "Dental bridges" patented technology

The invention discloses a digital dental implant bridge and false tooth and false tooth automatic adaptation and production system based on CBCT (cone beam computed tomography) and oral scanning data and a control method thereof, which are used for realizing automatic design, adaptation and production of a dental implant bridge and false teeth and false teeth and fusing the CBCT data and the oral scanning data to generate a three-dimensional oral cavity digital model. An automatic modeling technology based on deep learning is used for analyzing the occlusion relation, the adjacent tooth form and the implant angle of a patient, and an implant tooth bridge and false teeth are automatically designed to obtain a three-dimensional model of the prosthesis. A computer vision technology or a three-dimensional scanning technology is adopted to detect the consistency of the size and shape of a produced finished product and the three-dimensional model; and digital try-on is performed through an augmented reality (AR) technology, so that rapid adjustment of various parameters of the product is realized.

A template for positioning perforations to be made in dams, characterized by standardized markings for well-aligned dental arches and a curved millimeter ruler to customize the position for perforations in irregular dental arches, as well as coordinate lines and midlines, which allow tooth segmentation to be performed to position the perforation. This template allows for varying positions and distances when making perforations in latex and silicone (synthetic) dams, facilitating its use in patients with irregularly aligned dental arches. It can also be used on dams of different thicknesses (thin, medium, and thick), especially since it facilitates varying the distances and positions of the perforations.

A computer-implemented method and system for dental bridge reconstructions include receiving an order for a plurality of single dental units for reconstruction, receiving a 3D virtual model of each jaw of a patient's dentition, and providing virtual reconstructions of the plurality of single dental units as part of a virtual dental bridge.

The present disclosure relates to a prosthesis data generation method. The prosthesis data generation method comprises the steps of: obtaining first data associated with a first prosthesis configured to be disposed in an oral cavity; obtaining second data associated with a second prosthesis configured to be adjacent to the first prosthesis; generating third data, associated with a connector connected to the first prosthesis and the second prosthesis, on the basis of the first data and the second data; generating fourth data, associated with a bridge to which the first prosthesis, the second prosthesis, and the connector are connected, on the basis of the first data, the second data, and the third data, the fourth data including first fourth data associated with the first prosthesis, second fourth data associated with the second prosthesis, and third fourth data associated with the connector; and regenerating the fourth data so that each of the first fourth data and the second fourth data are closed surface data.

The present technology relates to devices, methods and systems for scanning the oral cavity, in particular for dental applications; and for providing 3-dimensional (3D) data that makes it easier for a dental professional to scan the oral cavity of a patient, without the need for extensive training in specialized equipment and software systems. A system or method herein can include a visual display, in which a generated 3D scan model is overlaid over a 3D template model, such that a user can look at it and be guided by it during the scanning process. Such devices, methods and systems can help a dental professional in any dental procedure, for example, to develop a dental treatment such as orthodontics, fitting a prosthesis such as a crown or bridge, or treating a cavity. The technology also relates to methods of scanning the oral cavity of a patient.

A motion adjustment prediction system is described. A scan of a dentition is performed to generate a digital dental model from which a position and orientation of each tooth in the upper and lower dental arches of the dentition is determined with respect to each other tooth. A dentition motion assessment is performed to capture motion data representing a movement of the dental arches relative to each other. A dental treatment plan with dentition adjustment is determined based on the scan and the dentition motion assessment. The dentition adjustment can include a restoration preparation, such as a crown or a bridge, or can include an orthodontic alignment. A motion adjustment is predicted based on the dentition adjustment, and the dental treatment plan is modified based on the predicted motion adjustment.

The utility model relates to false tooth bridge technical field discloses an easily connected and adjusted false tooth bridge, including gum, the inner wall top of gum is fixedly connected with bridge mechanism, bridge mechanism is used for connecting a plurality of false tooth, the outer wall top of bridge mechanism is fixedly connected with support mechanism, support mechanism is used for supporting fixed false tooth, the outer wall top of gum is fixedly connected with support subassembly, bridge mechanism includes positioning post, the inner wall top of gum is fixedly connected in positioning post, the outer wall middle part of positioning post is rotatably connected with connecting rod. In the utility model, false tooth bridge is composed of gum, bridge mechanism, support mechanism and support subassembly, in bridge mechanism, positioning post is fixed in gum inner wall, it is rotatably connected with connecting rod, can swing and adapt angle deviation, this bridge is applicable to multiple tooth loss repair and implant angle correction, reduces the operation difficulty, guarantees the connecting strength.

The utility model provides a bridge body structure for dental restoration and a dental restoration system, a dental bridge main body is configured to define a linear virtual distribution track, the dental bridge main body is provided with a plurality of tooth sleeve cavities and at least one cavitation cavity along the linear virtual distribution track, and each cavitation cavity is located between two adjacent tooth sleeve cavities. The number of the blocking assembly is at least one, the at least one cavitation cavity is provided with the blocking assembly, and the blocking assembly is configured to be used for isolating the cavitation cavity from the adjacent at least one tooth sleeve cavity. The block assembly can provide anchorage between the cavitation cavity and the adjacent tooth sleeve cavity, support adjacent teeth and avoid lodging of the teeth in the moving process, so that tooth malformation growth is effectively avoided, and influence on treatment expectation is avoided. Wherein the thickness, the position and the like of the dental bridge main body can be adjusted according to actual conditions, and additional treatment acting force is provided based on the adjustment of the position and the thickness of the dental bridge main body to help to expand or reduce an odontoprisis gap.

The utility model discloses a metal porcelain product polishing device with a replaceable polishing head, and relates to the technical field of metal porcelain product polishing. The polishing device comprises a polishing table, threaded hole blocks are fixedly connected to the left side and the right side of the top face of the polishing table, screw rods are in threaded connection to the inner walls of the two threaded hole blocks, clamping blocks are rotationally connected to the opposite ends of the two screw rods, and a storage battery is arranged on the right side in the polishing table; the right side of the top face of the grinding table is fixedly connected with an L-shaped containing hole plate, and a grinding machine body is arranged on the inner wall of the L-shaped containing hole plate. The dental crown or the dental bridge needing to be polished can be fixed, an operator does not need to hold the dental crown or the dental bridge by hand to polish the dental crown or the dental bridge, hands of the operator are prevented from being damaged by polishing, potential safety hazards are avoided, meanwhile, the operator can conveniently and rapidly replace the polishing head, the operator is prevented from manually loosening, replacing and screwing the polishing head, and the polishing efficiency is improved. And the workload of operators is reduced.

Methods and apparatus for securing a dental restoration prosthesis such as a bridge or crown implant, to the jaw of a patient are provided. A dental implant is inserted into the jaw and is secured to the jawbone by osteointegration. An abutment is connected with the implant. The dental prosthesis is fitted over the abutment. A screw is inserted through an opening in the prosthesis that engages threads on the abutment to secure the prosthesis to the jaw. A cavity is formed proximal of the head of the screw below the proximal surface of the prosthesis. A flowable, two-part dental impression material is injected into the cavity. The impression material reacts to form an elastomeric plug that fills the cavity and excludes particles and liquids from the cavity. The elastomeric plug is removable from the cavity to expose the head of the screw to allow the prosthesis to be removed for adjustment or repair. Once the adjustment or repair is complete, the prosthesis is reconnected with the abutment by reinserting and tightening the screw. The elastomeric plug is inserted back into the cavity.

Systems and methods for minimally invasive ortho-restorative treatment planning. One or more clinical and / or aesthetic aspects of an ortho-restorative treatment plan may be optimized. In some examples, the ortho-restorative treatment plan is optimized to minimize a tooth mass loss associated with adding or implementing a restorative feature in the ortho-restorative treatment plan. Examples of restorative features may include crowns, veneers, fillings, inlays, onlays, edge bonding, composites, implants, bridges and prosthetics. The methods may include computer modeling techniques. For example, a position of a digital restorative feature model may be optimized with respect to a digital tooth model of a patient's teeth to minimized tooth mass loss in the patient's teeth.