Abstract: An embodiment of a device in accordance with the present invention is adapted to be positioned at least partially in a mouth of a user to reduce resistance of air flow in the oral pharyngeal region and to improve anatomic and functional relationships of the oral pharyngeal structure. The device comprises a base unit adapted to be removably mounted on a lower jaw of the mouth, a pair of tongue positioner guides, each tongue positioner guide connected at a proximal end to the base unit, and a pair of tongue positioners, each connected with a distal end of a corresponding tongue positioner guide. The tongue positioner guides each comprise a bendable material so that the pair of tongue positioners are repositionable relative to the base unit.

Abstract: An embodiment of a device in accordance with the present invention is adapted to be positioned at least partially in a mouth of a user to reduce resistance of air flow in the oral pharyngeal region and to improve anatomic and functional relationships of the oral pharyngeal structure. The device comprises a base unit adapted to be removably mounted on a lower jaw of the mouth, a pair of tongue positioner guides, each tongue positioner guide connected at a proximal end to the base unit, and a pair of tongue positioners, each connected with a distal end of a corresponding tongue positioner guide. The tongue positioner guides each comprise a bendable material so that the pair of tongue positioners are repositionable relative to the base unit.

Abstract: An embodiment of a device in accordance with the present invention is adapted to be positioned at least partially in a mouth of a user to reduce resistance of air flow in the oral pharyngeal region and to improve anatomic and functional relationships of the oral pharyngeal structure. The device comprises a base unit adapted to be removably mounted on a lower jaw of the mouth, a pair of tongue positioner guides, each tongue positioner guide connected at a proximal end to the base unit, and a pair of tongue positioners, each connected with a distal end of a corresponding tongue positioner guide. When the base unit is mounted on the lower jaw, the tongue positioners are adapted to be arranged beneath a tongue of the mouth so that the tongue is urged against a soft palette of the mouth to thereby reduce resistance of air flow in the oral pharyngeal region and improve anatomic and functional relationships of the oral pharyngeal structure.

Abstract: An embodiment of a device in accordance with the present invention is adapted to be positioned at least partially in a mouth of a user to reduce resistance of air flow in the oral pharyngeal region and to improve anatomic and functional relationships of the oral pharyngeal structure. The device comprises a base unit adapted to be removably mounted on a lower jaw of the mouth, a pair of tongue positioner guides, each tongue positioner guide connected at a proximal end to the base unit, and a pair of tongue positioners, each connected with a distal end of a corresponding tongue positioner guide. When the base unit is mounted on the lower jaw, the tongue positioners are adapted to be arranged beneath a tongue of the mouth so that the tongue is urged against a soft palette of the mouth to thereby reduce resistance of air flow in the oral pharyngeal region and improve anatomic and functional relationships of the oral pharyngeal structure.

Abstract: A mouth guard seated at least partially on an upper jaw of a user to reduce resistance of air flow in a nasal channel of the user comprises a flange positionable between the upper jaw and an associated upper lip such that the flange extends above a gum line of the upper jaw. A chamber within the flange includes a valve for adjusting the volume of the chamber so that pressure applied by the flange to the upper lip is adjustable to affect dilation of the nasal channel resulting from such pressure, thereby allowing the user to selectably reduce resistance of air flow in the nasal channel.

Abstract: A dental device comprises an intraoral nasal dilator and a mandibular repositioner working synergistically as an anti-snoring device. The device has a lower segment of thermoplastic material which is formed to fit over the lower teeth and is connected to an upper section of molded material extending between the upper jaw and the upper lip by a wire connector. The wire connector has mechanisms allowing adjustment of the lower jaw positioning. A wire extension with acrylic pads at end is bonded in the midline of the flange and extends out so that the pads stretch the tissue of the lip and lateral nasal walls preventing collapse during respiration while the anterior repositioning of the lower jaw maintains opening of the posterior pharyngeal airway during sleep functioning as an anti-snoring device. Additional applications of the intraoral nasal dilator include incorporation into sports mouth guards using a variety of materials.