Abstract: A jaw thrust appliance is disclosed. The jaw thrust appliance includes an adjustable slidable bottom movably attached to the bottom portion of the inverted U-shaped base, and an ergonomic thumb piece disposed directly underneath the adjustable slidable bottom, the adjustable slidable bottom and the ergonomic thumb piece are attached together and move as a single unit when pushed horizontally. The inverted U-shaped base includes a flat elongated front facing, a padded back facing, a plurality of raised inverted U-shaped belt loops, and an indicia. The flat elongated front facing is adapted to be curved inward to accommodate the shape of a user's face. The jaw thrust appliance also includes an ergonomic thumb piece disposed directly underneath the adjustable slidable bottom.

Abstract: Disclosed herein are system and method embodiments to implement a validation of an SfM map. An embodiment operates by receiving a motion-generated map corresponding to a digital image, generating a first depth map, wherein the first depth map comprises depth information for one or more triangulated points located within the motion generated image. The embodiment further receives a light detection and ranging (lidar) generated point cloud including at least a portion of the one or more triangulated points, splats the lidar point cloud proximate to the portion of the one or more triangulated points and generates a second depth map for the portion and identifies an incorrect triangulated point, of the one or more triangulated points, based on comparing the first depth information to the second depth information. The incorrect triangulated points may be removed from the SfM map or marked with a low degree of confidence.

Abstract: Disclosed herein are system and method embodiments to implement a validation of an SfM map. An embodiment operates by receiving a motion-generated map corresponding to a digital image, generating a first depth map, wherein the first depth map comprises depth information for one or more triangulated points located within the motion generated image. The embodiment further receives a light detection and ranging (lidar) generated point cloud including at least a portion of the one or more triangulated points, splats the lidar point cloud proximate to the portion of the one or more triangulated points and generates a second depth map for the portion and identifies an incorrect triangulated point, of the one or more triangulated points, based on comparing the first depth information to the second depth information. The incorrect triangulated points may be removed from the SfM map or marked with a low degree of confidence.

Abstract: An extra-oral medical device is disclosed for treating respiratory conditions and maintaining an open airway. The device comprises a pair of jaw thrusters that affix to a headgear appliance encircling or otherwise attaching around a user's head. The thrusters include a pair of pads that attach to the headgear via two adjustable ear surrounds and place a forward load against the angle of a user's mandible. The forward load forces the mandible and the tongue forward, displacing the tongue from the posterior oropharynx and performing a jaw thrust maneuver for airway management. The device is adapted for medical and personal use, wherein the headgear can be worn while sleeping to treat sleep apnea, excessive snoring and other respiratory disorders, or alternatively may be used by medical professionals to maintain an open airway during a procedure or medical emergency.

Abstract: An extra-oral medical device is disclosed for treating respiratory conditions and maintaining an open airway. The device comprises a pair of jaw thrusters that affix to a headgear appliance encircling or otherwise attaching around a user's head. The thrusters include a pair of pads that attach to the headgear via two adjustable ear surrounds and place a forward load against the angle of a user's mandible. The forward load forces the mandible and the tongue forward, displacing the tongue from the posterior oropharynx and performing a jaw thrust maneuver for airway management. The device is adapted for medical and personal use, wherein the headgear can be worn while sleeping to treat sleep apnea, excessive snoring and other respiratory disorders, or alternatively may be used by medical professionals to maintain an open airway during a procedure or medical emergency.