Other

Richard L Arden

John Mott Goodman

Ryan L Goosen

Airway assist device (AAD) is provided. The device includes an upper AAD component and a lower AAD component. The upper AAD component includes and upper tooth guide connected to an upper plate. The upper AAD component further includes an upper force receiving plate. The AAD also includes a lower AAD component. The lower AAD component includes a lower tooth guide connected to a lower plate. The lower AAD component further includes a lower force receiving plate. The upper and lower AAD components are connected in a way that allows relative movement between the two components between a neutral position and a plurality of extended positions to protrude and distract a patient's mandible. A ratchet mechanism inhibits movement of the lower plate from any extended position. The ratchet mechanism may be manually disengaged to allow the lower AAD component to return to the neutral position. The lower AAD component includes a chin guide. The chin guide includes a chin support member that is engageable with a patient's chin.

Airway assist device and method

An airway assist device (AAD) is provided. The device includes an upper AAD component and a lower AAD component. The upper AAD component includes and upper tooth guide connected to an upper plate having a pair of depending legs. The upper AAD component further includes an upper force receiving plate. The AAD also includes a lower AAD component. The lower AAD component includes a lower tooth guide connected to a lower plate. The lower AAD component further includes a lower force receiving plate. The upper and lower AAD components are connected in a way that allows relative longitudinal movement between the two components between a neutral position and a plurality of extended positions. A ratchet mechanism inhibits movement of the lower plate from any extended position toward the neutral position. The ratchet mechanism may be manually disengaged to allow the lower AAD component to return to the neutral position. An oxygen delivery housing may be connected to the upper plate to distribute oxygen.

A mandibular subluxation device (MSD) is provided. The device includes an upper MSD component and a lower MSD component. The upper MSD component includes and upper tooth guide connected to an upper plate having a pair of depending legs. The upper MSD component further includes an upper force receiving plate. The MSD also includes a lower MSD component. The lower MSD component includes a lower tooth guide connected to a lower plate. The lower MSD component further includes a lower force receiving plate. The upper and lower MSD components are connected in a way that allows relative longitudinal movement between the two components between a neutral position and a plurality of extended positions. A ratchet mechanism inhibits movement of the lower plate from any extended position toward the neutral position. The ratchet mechanism may be manually disengaged to allow the lower MSD component to return to the neutral position.

Growing community of inventors

Farmington Hills, MI, United States of America

Richard L Arden