Dynamic Mouth Devices, L.l.c.

James Geduldig

Laura Bardach

Salvatore Napoli

Michael Swern

Salvatore Naopoli

An intra-oral device for weight management includes a carrier having a resiliently deformable protuberance on its outer surface. The protuberance may comprise a bite-pad having a height that varies along its length, with the apex being aligned with a first molar of a dental arch of the user. The protuberance may comprise a planar ridge structured and arranged to increase resistance to lateral movement of the user's jaw during a normal chewing cycle. Multiple resiliently deformable protuberances may include a bite-pad and a planar ridge on a buccal side of the bite-pad. Either or both of the bite-pad and planar ridge may be provided with an uneven, textured exterior surface. A method for promoting weight management may include positioning the carrier over an arch of teeth of the user instead of eating. The method may further include chewing on the carrier so as to deform the protuberance.

Method and apparatus for weight management utilizing an intra-oral device

The present invention relates to an intra-oral device including a carrier that has an outside wall, an inside wall and an occlusal wall connecting the outside wall to the inside wall. The carrier has at least one inset and at least one insert carrying a beneficial agent that is adapted to fit the inset, and the beneficial agent is capable of promoting weight loss. The intra-oral device is positioned in a user's mouth so that the intra-oral device is in contact with the user's cheeks, lips and/or tongue and the beneficial agent passes through the mucosal membrane of the user's mouth.

Intra-oral device for treating obesity

A dental device has a U-shaped carrier with at least one channel for embracing an arch of teeth. There are recessed insets in the channel. Discrete inserts carrying a beneficial agent can fit into the insets and release the agent gradually. The device may be used in a therapeutic application and as an athletic mouthguard. Temporary blanks may be initially fitted in the insets, while a portion of the mouthguard is softened before an arch of teeth is pressed into the channel to make a custom impression. The inserts possess different physical properties than the carrier and may be positioned and shaped to mechanically buffer teeth of the arch from mechanical shocks as well as release beneficial agents. The inserts may be replaced or refreshed to maintain the beneficial agent. A dental device having a core carrying a beneficial agent inside a liquid-permeable shell functions as an infant's teething device.

Therapeutic and protective dental device useful as an intra-oral delivery system

Teething device

A dental device has a U-shaped carrier with at least one channel for embracing an arch of teeth. The carrier has recessed insets in the channel. Discrete inserts carrying a beneficial agent can fit into the insets and release the agent gradually. The device may be used in a therapeutic application and as an athletic mouthguard. Temporary blanks may be initially fitted in the insets while a portion of the mouthguard is softened before an arch of teeth is pressed into the channel to make a custom impression. The inserts possess different physical properties than the carrier and may be positioned and shaped to mechanically buffer teeth of the arch from mechanical shocks as well as release beneficial agents. The inserts may be replaced or refreshed to maintain the beneficial agent. A dental device having a core carrying a beneficial agent inside a liquid-permeable shell functions as an infant's teething device.

A dental device has a U-shaped carrier with at least one channel for embracing an arch of teeth. The carrier has recessed insets in the channel. Discrete inserts carrying a beneficial agent can fit into the insets and release the agent gradually. When the device is used in a primarily therapeutic application, the inserts may be installed into all or less than all of the insets to form various insert patterns. Thus, different oral regions can be affected by different insert patterns. When the device is used as an athletic mouthguard, temporary blanks may be initially fitted in the insets, while a portion of the mouthguard is softened before an arch of teeth is pressed into the channel to make a custom impression. The inserts that are later installed in the insets possess different physical properties than the carrier and may be positioned and shaped to mechanically buffer teeth of the arch from mechanical shocks as well as release beneficial agents. The inserts may be replaced or refreshed to maintain the beneficial agent, which may be xylitol, remineralizing agents, moisturizing agents, desensitizing agents, flavoring agents, breath fresheners, chemical and biological indicators, nutraceuticals, antibiotics, probiotics, other medications and chemotherapeutics, or other agents.

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Boonton, NJ, United States of America

James Geduldig