Abstract:
An orthodontic bracket packaging kit and system includes a base tray, a plurality of pedestals for supporting individual orthodontic brackets, and a protective lid. The kit may also include a blister cover fitting over the orthodontic brackets, helping to hold them in place on top of the individual pedestals. The base tray may have an undulating profile defining a lower level and an upper level, along with a tongue raised towards the lower level. The upper level may be used for placement of maxillary brackets, while the lower level may hold mandibular brackets. The pedestals may be arranged along the base tray in a staggered, radial arc arrangement to facilitate manual retrieval of the brackets. The protective cover may be substantially opaque to curing light wavelengths to protect light curable adhesive pre-applied to the individual brackets.
Abstract:
A dental post analog includes an analog post body, and at least one of means for determining the depth of placement of the distal insertion portion, means for gripping the post body, or means for tethering the post body. The analog post body includes a distal insertion portion and a proximal portion that extends beyond the distal insertion portion. The distal insertion portion is configured for temporary insertion into a recess of a tooth, and at least approximately corresponds to the size, shape, and length of a permanent dental post. The post analog may be radiopaque. It may be disposable or autoclavable.
Abstract:
A delivery tip for dispensing a high viscosity composition (e.g., a fluoride varnish composition) includes a tip body and a fiber flocked enlarged wing element disposed near a distal delivery end of the tip body. The tip body includes a passageway extending between an inlet orifice at a proximal end and a delivery orifice at the distal delivery end. A ratio of the width of the enlarged wing element to an inside diameter of the delivery orifice is at least about 5:1, which controls flow of the fluoride varnish composition through the delivery orifice while also providing for a wide application width for easily brushing the composition onto a patient's tooth.
Abstract:
A dental kit for use in placing a dental post in a prepared recess (e.g., a root canal) of a person's tooth. The dental kit includes a finishing drill, a plurality of permanent dental posts, a dental post analog, and optionally, a starter drill. The kit also includes a container having an interior, means for suspending the kit components within the container, and a removable lid.
Abstract:
The present invention is directed to a dental bracket and associated kit used to attach a medicament-releasing pellet on a tooth. The kit is designed to provide slow release of fluoride or other medicament over a desired period of time. The medicament release kit includes a medicament-releasing pellet and a dental bracket. The bracket comprises a base and a socket configured to receive and retain the pellet at least partially therein. The device may be installed by a dental practitioner and remain attached to a patient's tooth for a few months or up to 20 years. The medicament-releasing pellet, designed to slowly release small quantities of fluoride or another medicament, may be replaced, for example, every 6 months to 2 years. Replacement of the medicament-releasing pellet may be performed at home or at a dentist's office.
Abstract:
A root canal is filled and/or sealed using a hydrophilic sealing composition, optionally in combination with other filling materials. The sealing composition may include one or more resins that promote adhesion to hydrophilic dental tissues: The composition may be introduced into the root canal using a narrow cannula coupled to a high pressure hydraulic delivery device. In the case where a chemical cure composition is used to seal the root canal, a chemical initiator can be used to cause the mixed composition to harden over time. Hardening of at least a portion of the composition can be accelerated by including a photoinitiator and irratiating the mixed composition with radiant energy (e.g., from a dental curing lamp).
Abstract:
A tray-shaped dental treatment device includes a moisture-resistant barrier layer having a front side wall and a bottom wall, and a dental treatment composition. In addition, the tray-shaped dental treatment device includes at least one of the following anatomical features to enhance the fit of the device: (1) the bottom wall includes a plurality of cuts positioned to help the bottom wall better conform to abrupt changes in the diameters of a person's teeth where the bicuspids and canines meet, or (2) the bottom wall includes at least one V-shaped or U-shaped indentation configured to be inserted into the depression typically found along the top surfaces of a person's molars, or (3) the front side wall and bottom wall include radii of curvature that account for typical flaring of a patient's incisors.
Abstract:
A light curing dental device is configured for curing light-curable compounds and includes a rechargeable power supply. The light curing device is configured to be received by and recharged by a recharging docking station that is connected with a dental hand piece holder tray. The recharging docking station may take the form of a dental hand piece holder. Some light curing devices can be recharged by electrical contact when they are placed within a recharging docking station. Some other light curing devices are water-tight and do not have exposed electrical contacts. These other light curing devices can be recharged by the recharging docking station through induction.
Abstract:
A dental device configured for curing light-curable compounds includes an extension portion conforming along a first axis, and a handle portion conforming along an intersecting axis, the axes forming an obtuse angle. An LED light source is disposed on the extension portion, and faces away from the obtuse angle, though rotatable embodiments allow for other configurations. The LED light source may include transilluminating lenses for filtering out undesired radiant energy. The dental device may include finger controls for controlling the emission of light from the LED light source of the dental device. A remote power supply connected with the dental device provides power to the dental device without increasing the size or weight of the dental device.
Abstract:
Gingival retraction cords are constructed from two or more strands that are interlocked to form a knitted, braided, woven, or twisted retraction cord. At least one strand is made from an absorbent material and another strand is made from a degradation-resistant material, such as nylon, polyester, fiberglass, or metal. The absorbent strands are impregnated with an active agent. The degradation-resistant strands resist degradation by the active agent. Alternatively, one or more strands are used to make the knit, weave, or braid and each strand is made from two or more different fibers. For example, one or more absorbent fibers and one or more synthetic fibers can be twisted to make a blended strand. The blended strands can be used to knit, braid, or weave a retraction cord. Because the degradation-resistant strands are part of the strand pattern, the retraction cords can be made sturdier without adversely affecting the cord's inherent deformation properties.