240 results about "Orthodontic Brace" patented technology

Detection of placement of dental aligners in patient mouth on teeth for indication of wearing compliance. Described herein are apparatuses and methods for detecting wearing, including compliance, and for reliably transferring data, by wired or wireless direct or indirect communication of electronic compliance information to a smartphone. Also described herein are dental appliances that can detect physiological parameters related to respiration and sleep. Also described herein are aligner cases that enable NFC communication with electronic compliance indicator (ECI) devices and Bluetooth communication with smartphones.

Apparatuses, systems, and methods for treating oral functions are shown and described. An orthotic dental system for treating oral functions includes an upper dentition orthotic, a lower dentition orthotic, and an articulator system. The articulator system extends between the upper and lower dentition orthotics and can have at least one rigid connector pivotally coupled to the upper dentition orthotic and the lower dentition orthotic. A spacer can be positioned and configured to spatially separate the upper dentition orthotic and the lower dentition orthotic a desired minimum distance. The orthotic dental system can improve various types of oral functions.

A method and apparatus for bonding orthodontic appliances such as brackets, buccal tubes and the like to a patient's teeth includes the use of an array of solid state light emitters adapted for placement and activation in the oral cavity. When activated, the light emitters are operable to direct light toward a number of appliances simultaneously, so that photocurable bonding material located between the appliances and the teeth begins to harden. Optionally, the apparatus comprises an indirect bonding placement device that functions to precisely place the appliances on certain preselected locations of the teeth as desired by the practitioner.

An orthodontic appliance in one aspect for a maxillary second molar tooth is pre-adjusted to provide a distal offset that is in the range of about 6 degrees to about 10 degrees and a torque that is greater in a negative direction than about −15 degrees. In another aspect, an orthodontic appliance for a molar tooth has a buccal wall with a recess, and a notch is located in the recess for facilitating positioning the appliance on the tooth.

An orthodontic brace includes a set of appliances that are connected to respective teeth of the patient. At least some of the appliances include a latch that is operable to release an archwire from the appliance whenever the force exerted by the archwire exceeds a certain value. This value is higher for appliances connected to certain teeth than the value associated with appliances connected to other teeth, in accordance with the particular malocclusion encountered. The brace is constructed to ensure that the goals of the treatment program are carried out in an efficient manner while reducing the likelihood of inadvertent release of the archwire during the course of treatment.

An archwire assembly comprises an archwire with a crimpable sleeve adapted to slidably move along the archwire so as to be positioned between two adjacent brackets of orthodontic braces. The archwire assembly further includes a stop applied to the archwire and adapted to limit the movement of the sleeve along the archwire. The stop may include removable stops where the sleeve is movable along the archwire between the stops. The removable stops may be movable along the archwire with the application of a sufficient force. The stop may also include a friction-creating substance applied to either the sleeve or the archwire such that it takes a sufficient force to move the sleeve along the archwire. The stop may also include a partially crimped sleeve applied to the archwire such that it takes a sufficient force to move the sleeve along the archwire.

A method of oral treatment comprises passing a flow of a gas mixture from a pressure vessel containing the gas mixture through a generator of non-thermal plasma; applying a partially ionising electrical potential to the flow of the gas mixture in the plasma generator, and thereby forming a non-thermal gaseous plasma in the gas mixture, and causing the flow of the gas mixture downstream of the plasma generator to perform the oral treatment. The gas mixture comprises (a) a noble gas selected from helium and argon and mixtures thereof, and (b) an additive gas selected from water vapour, air, oxygen, nitrogen, hydrogen, carbon monoxide, carbon dioxide, nitrous oxide and nitric oxide and mixtures of any two or more thereof. The additive gas forms up to 1% by volume of the gas mixture. The oral treatment may be the cosmetic whitening of teeth, the non-clinical cleaning of teeth or the in situ cleaning of orthodontic braces, amongst others.

The invention relates to a complete dentition full denture finished product resin tooth, which comprises an upper denture, a lower denture, an upper dentition and a lower dentition, wherein the upper dentition is fixedly connected with the upper denture; the lower dentition is fixedly connected with the lower denture; and the upper dentition and the lower dentition are engaged with each other and are integral dentitions respectively. According to the complete dentition full denture finished product resin tooth, during arrangement of teeth and wearing, the upper dentition and the lower dentition are quickly and centrally engaged, so that the arrangement efficiency of the teeth is increased, the difference in tooth arrangement level of technicians is reduced, and the aims of guaranteeing wide close contact, reducing the clinical occlusal adjustment time and shortening the treatment time of patients are fulfilled. Each tooth is arranged according to an inclination angle in the tooth arrangement standard and positional relation of each dental cusp and an occlusal plane; the upper dentition and the lower dentition are matched teeth and are centrally engaged without error basically; the chair-side occlusal adjustment time of the full denture is reduced; the treatment time is shortened; and the comfort and the satisfaction of patients are improved.

Theinvention discloses an invisible mandibular advancement orthotic method and an invisible orthotic apparatus based on same. The invisible mandibular advancement orthotic method comprise the following steps of acquiring related conditions of to-be-treated teeth; determining a target advancement position of a maxilla and a target advancement position of a mandible; according to a target distance of mandibular advancement relative to maxilla advancement, advancing the mandible from an initial position of the mandible to the target position of the mandible through a plurality of steps; according to tooth arrangement conditions, adjusting and controlling each tooth in an tooth arch in a three-dimensional direction including a horizontal direction, a vertical direction and a sagittal direction; determining a target position to which a first molar of the maxilla moves to according to a target distance of mandible advancement; and moving the first molar of the maxilla from an initial position to the target position. The invisible orthotic apparatus comprises an invisible orthotic three-dimensional dental brace, a mandibular advancement slant tooth fit pad, and an anterior tooth press down auxiliary guide board. The invisible mandibular advancement orthotic method and the invisible orthotic apparatus based on the method can advance the mandible and push distal molar movement simultaneously, and improves the orthotic efficiency of angle class II malocclusion cases.

A set of orthodontic brackets is constructed according to preferred parameters of a Deviation Index in order to provide an orthodontic brace that facilitates movement of teeth to ideal positions. The brace also helps eliminate the need to manually bend the archwire during the final stages of treatment such that chair time is reduced.

The present disclosure relates to a dental image processing protocol for the design of dental aligners. Specifically, the dental image processing protocol aids in the determination of tooth movements during realignment, based on an initial position and a final position, and on characteristics of the periodontal environment. Therefore, planned tooth movements reflect both crown movement and root movement within biological structures of the alveolar process.

The invention relates to a customized jig for an orthodontic appliance, to an assembly formed by the jig, a base and a bracket, and to the associated design methods. The customized jig is used to install a bracket-bearing base on a tooth, said base forming part of an orthodontic appliance. The invention is characterized in that: the jig is a cap that covers the tooth, covering the free edge thereof and at least portions of the front and rear surfaces of same; and the shape of the jig is such that it matches that of the base in at least one portion of at least one of the edges thereof. The invention also relates to an assembly formed by a customized base bearing a bracket and a customized jig of the type mentioned above, and to methods for designing one such jig.

The invention relates to a teeth orthodontic material. On the basis of the total weight of the orthodontic material, the orthodontic material includes, by weight: A) 50-99.7% of polyethylene glycol terephthalate-1,4-cyclohexanedimethanol ester; B) 0-40% of polycarbonate, C) 0-20% of a thermoplastic polyurethane elastomer; and D) 0.3-5% of nano silicon dioxide, the sum of percentage contents of the components is 100 wt%. The teeth orthodontic material has excellent transparent performance, is excellent in mechanical and chemical performances, satisfies sanitary grade, especially is low enough in water absorption rate (or saliva absorption rate) and stress relaxation rate. The invention also relates to preparation of the teeth orthodontic material and an application of the material for preparing a teeth orthodontic device which preferably is dental braces.

A system for organizing dental aligners for a subject includes a plurality of dental aligners configured to move the subject's teeth at different steps of an orthodontic treatment and one or more connectors (including frangible connectors) configured to connect a plurality of dental aligners in an order that is consistent with the sequence in which the dental aligners are to be used by the subject in the orthodontic treatment.

The invention discloses a set of multifunctional intelligent invisible orthodontic braces and a making method thereof. The set of multifunctional intelligent invisible orthodontic braces comprises an upper brace, a lower brace and chips, wherein the upper brace and the lower brace each comprise an inner soft layer and an outer hard layer; the inner soft layers fit to the peripheries of teeth; the outer hard layers cover the outer side faces of the inner soft layers; the chips are arranged on the outer side faces of the outer hard layers or between the inner soft layers and the outer hard layers; and monitors, which are used for detecting wearing time length, are arranged in the chips. The set of the multifunctional intelligent invisible orthodontic braces that the inner soft layers are arranged in the outer hard layers has the advantages that the set of braces is of a double-layer structure which is soft inside and hard outside, so that a better fitting performance with teeth is guaranteed and adsorption force of the braces to the teeth is enhanced; by virtue of the inner soft layers which can take a cushioning effect for occlusion of upper and lower teeth, the braces can be protected from getting damaged easily; by virtue of the inner soft layers which are elastic, the braces can be worn conveniently; by virtue of the built-in chips which have a monitoring function, wearing duration of a patient can be monitored; and through the elastic inner soft layers, abrasion between the teeth and the braces can be effectively reduced, so that service life of the braces is prolonged.

An orthodontic brace includes a set of orthodontic brackets for a dental arch that comprises at least one central incisor bracket, one lateral incisor bracket, and one cuspid bracket. Each bracket of the set lacks occlusal tiewings. Without occlusal tiewings, interferences with opposing teeth are substantially reduced and patient comfort, hygiene, and bracket aesthetics are enhanced.

A method of manufacturing an orthodontic appliance may include molding a plurality of green bodies in plurality of molds and coupling the green bodies so as to form an intermediate green body. The orthodontic appliance may be an orthodontic bracket body. The plurality of green bodies may be molded so as to be devoid of any undercut formations. Coupling the plurality of green bodies may form the intermediate green body to include at least one undercut formation. An orthodontic bracket may include an undercut formation not capable of being formed in a single shot molding process and not formed through post-formation processes. The undercut formation may include a guiding track and/or a retaining recess configured to receive a portion of the ligating member. The ligating member may include a flexible ligating portion that overlies the archwire slot and a relatively rigid main body portion.