John Edward Wolter, 7976 W Bay Rd, Freedom, NH 03836

2020015, May 21, 2020

Jan 27, 2020

16/752774

- Cleveland OH, US
Timothy Wojciechowski - Westlake OH, US
Thomas E. Lash - Chardon OH, US
Sundar Manickam - Avon Lake OH, US
John D. Wolter - Berea OH, US
John Buan - Maple Grove MN, US

A61M 1/00
A61F 13/02
A61F 13/00

A negative pressure device includes a drape, a wicking element, a sealing element, a reactor, a chamber and an air permeable liquid impervious element. The drape includes an opening and is made from a flexible material that inhibits passage of liquid and air through the drape other than through the opening. The wicking element is covered by the drape. The sealing element surrounds the wicking element and cooperates with the drape to define an enclosed volume covered by the drape and surrounded by the sealing element. Air within the enclosed volume is inhibited from exiting the enclosed volume other than through the opening. The reactor is configured to react with a gas found in air to consume the gas. The chamber is in fluid communication with the reactor and the enclosed volume via the opening. The chamber is configured to maintain a predefined chamber volume while the gas is being consumed from the enclosed volume.

2019009, Mar 28, 2019

Nov 26, 2018

16/199839

- Cleveland OH, US
Timothy Wojciechowski - Westlake OH, US
Thomas E. Lash - Chardon OH, US
Sundar Manickam - Avon Lake OH, US
John D. Wolter - Berea OH, US
John Buan - Maple Grove MN, US

A61M 1/00
A61F 13/00
A61F 13/02

A negative pressure device includes a drape, a wicking element, a sealing element, a reactor, a chamber and an air permeable liquid impervious element. The drape includes an opening and is made from a flexible material that inhibits passage of liquid and air through the drape other than through the opening. The wicking element is covered by the drape. The sealing element surrounds the wicking element and cooperates with the drape to define an enclosed volume covered by the drape and surrounded by the sealing element. Air within the enclosed volume is inhibited from exiting the enclosed volume other than through the opening. The reactor is configured to react with a gas found in air to consume the gas. The chamber is in fluid communication with the reactor and the enclosed volume via the opening. The chamber is configured to maintain a predefined chamber volume while the gas is being consumed from the enclosed volume.

2019005, Feb 21, 2019

Oct 23, 2018

16/167968

- Farmington CT, US
William T. Cousins - Glastonbury CT, US
Thomas G. Tillman - West Hartford CT, US
David J. Arend - Cleveland OH, US
John D. Wolter - Cleveland OH, US

B64C 21/04
B64D 33/02
B64D 27/20
B64C 39/10
B64C 1/16
B64D 29/04

A hybrid wing aircraft has an engine embedded into a body of the hybrid wing aircraft. The embedded engine has a fan that is received within a nacelle. The body of the aircraft provides a boundary layer over a circumferential portion of a fan. A system delivers additional air to correct fan stability issues raised by the boundary layer.

2016012, May 5, 2016

Mar 11, 2014

14/203735

- Hartford CT, US
William T. Cousins - Glastonbury CT, US
Thomas G. Tillman - West Hartford CT, US
David J. Arend - Cleveland OH, US
John D. Wolter - Cleveland OH, US

UNITED TECHNOLOGIES CORPORATION - Hartford CT

B64C 21/04
B64C 1/16
B64D 29/04
B64C 39/10

A hybrid wing aircraft has an engine embedded into a body of the hybrid wing aircraft. The embedded engine has a fan that is received within a nacelle. The body of the aircraft provides a boundary layer over a circumferential portion of a fan. A system delivers additional air to correct fan stability issues raised by the boundary layer.