Dme Corporation

Michael J Brookman

Dean T Brady

Eric M Hiner

Jose Franco-Vila

Jose Franco Vila

A small child and infant restraint device is disclosed which can be used with an existing seat of a transportation member such as an aircraft passenger seat. The restraint device includes a base member connected to a back panel by a hinge member. A seat pan provides a seating surface for the child or infant. A seat belt path is defined between the seat pan and the base member for disposal across the base member of a seat belt associated with the existing passenger seat, for attaching the restraint device to the existing passenger seat. The restraint device can be utilized in a forward facing configuration or in an aft facing configuration. The forward facing configuration is utilized with small children and toddlers, while the aft facing configuration is utilized with infants and small children without sufficient neck development. When the device is not in use, the back panel is folded down towards the base member to form a relatively thin stowable assembly where it can be properly stored.

Aircraft seat child restraint device

An improved oral/nasal mask-hood is provided for protection of individuals in the event of fire or smoke exposure. When attached to a supplemental supply of oxygen the mask-hood also provides hypoxia protection to individuals exposed to decompression as in some aircraft incidents. The mask-hood employs a five stage filtering process for converting toxic atmospheric air to breathable fresh air. The hood covers the wearer's head, neck and shoulder area. A neck seal is provided inside the hood for preventing gases from locating within the hood and irritating the wearer's eyes. A transparent member is located on the hood adjacent the wearer's line of sight to provide visibility during the emergency. The hood-mask device, as assembled, is small enough to retrofit into the space provided for the present decompression mask alone.

Protective hood and oral/nasal mask

The instant invention is a respiratory system for use on aircraft or similar compartments to temporarily prevent asphxiation and suffocation due to the presence of smoke, toxic gases and/or noxious gases resulting from aircraft fire or similar such. The respiratory system consists of a small dropout package containing a protective hood for deployment to enclose the head of the passenger to improve the passenger's vision in the smoke, a protective breathing mask for enclosing the mouth and nose of the passenger in order to provide breathable air and a dual air supply system. The respiratory system provides a connection to a fresh, breathable air supply from the aircraft's emergency air source and provides a chemical air purifier preferably including a wet scrubbing system for purifing cabin air of contaminants to supply additional breathable air. The respiratory system is disengageable from the aircraft's emergency air source for evacuation.

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Fort Lauderdale, FL, United States of America

Michael J Brookman