Jeffrey A Denune

8016892, Sep 13, 2011

Mar 20, 2007

11/688402

James M. Colvin - Hilliard OH, US
Michael L. Haynes - Columbus OH, US
Christopher T. Kelley - Grandview Heights OH, US
Mark W. Ford - Jamestown OH, US
Mark W. Groves - Columbus OH, US
Jeffrey A. Denune - Galloway OH, US

The Ohio Willow Wood Company - Mount Sterling OH

A61F 2/48
A61F 2/78
A61F 2/60

623 24, 623 33

A prosthetic device and prosthetic assembly operative to evacuate an interior of a prosthetic socket, and control systems for use therewith. The prosthetic device and prosthetic assembly employ evacuation devices for evacuating the socket. The evacuation devices preferably include at least an electrically powered vacuum pump and a power source, and are adapted for mounting to a universal adapter that is installed to the distal end of a prosthetic socket. Associated control systems may be of various design and may employ wired or wireless communication. When wireless communication is employed, a hand held controller may be used to remotely control operation of the evacuation device.

20060282175, Dec 14, 2006

Jun 12, 2006

11/423632

Wilbur Haines - Indianapolis IN, US
James Colvin - Hilliard OH, US
Michael Haynes - Columbus OH, US
Christopher Kelley - Grandview Heights OH, US
Mark Ford - Jamestown OH, US
Mark Groves - Columbus OH, US
Jeffrey Denune - Galloway OH, US

A61F 2/62
A61F 2/70
A61F 2/80

623024000, 623034000, 623038000

Evacuation devices for evacuating the socket of a prosthetic limb, and prosthetic limb systems employing such vacuum devices. The evacuation devices each preferably include at least an electrically powered vacuum pump and a power source. Such evacuation devices can be attached at various locations on or in a prosthetic limb. Because the electrically powered pump does not require manual manipulation to create vacuum, it is substantially easier to use than a manual pump. Due to the small size and small power source required by such an electrically powered pump, an evacuation device may be readily incorporated into a prosthesis.

20080243266, Oct 2, 2008

Mar 20, 2008

12/052724

Michael L. Haynes - Bexley OH, US
James M. Colvin - Hillard OH, US
Christopher T. Kelley - Grandview Heights OH, US
Mark W. Ford - Jamestown OH, US
Mark W. Groves - Columbus OH, US
Jeffrey A. Denune - Galloway OH, US

The Ohio Willow Wood Company - Mount Sterling OH

A61F 2/80
A61F 2/48

623 34, 623 24, 623 38

Prosthetic devices having vacuum components operative to evacuate the interior of a prosthetic socket thereof, and control systems for use therewith. The evacuation devices preferably include at least an electrically powered vacuum pump and associated power source, and a vacuum accumulator connected to the vacuum pump. Associated control systems may be of various designs and may employ wired or wireless communication. Control of an evacuation device may be based on vacuum level, residual limb volume, residual limb motion, user activity level or other device parameters.

20090240344, Sep 24, 2009

Mar 19, 2009

12/407362

James M. Colvin - Hilliard OH, US
Christopher T. Kelley - Grandview Heights OH, US
Mark A. Groves - Columbus OH, US
Jeffrey A. Denune - Galloway OH, US

THE OHIO WILLOW WOOD COMPANY - Mount Sterling OH

A61F 2/80

623 36

A multi-layer prosthetic liner having an inner polymeric material layer surrounded by an outer polymeric material layer. The outer polymeric material layer is dissimilar to the inner polymeric material layer. A tying layer may reside between the inner polymeric material layer and the outer polymeric material layer. Any embodiment of the liner may be wholly or partially covered on its exterior with a material that exhibits low-friction and/or wicking characteristics.

20120004737, Jan 5, 2012

Sep 13, 2011

13/231690

James M. Colvin - Hilliard OH, US
Michael L. Haynes - Columbus OH, US
Christopher T. Kelley - Grandview Heights OH, US
Mark W. Ford - Jamestown OH, US
Mark W. Groves - Columbus OH, US
Jeffrey A. Denune - Galloway OH, US

THE OHIO WILLOW WOOD COMPANY - Mount Sterling OH

A61F 2/80

623 34

A prosthetic assembly operative to evacuate an interior of a prosthetic socket, and control systems for use therewith. The prosthetic assembly employs evacuation devices for evacuating the socket. The evacuation devices preferably include at least an electrically powered vacuum pump and a power source located within a housing. Associated control systems may be of various design and may employ wired or wireless communication. When wireless communication is employed, a hand held controller or other remote control device may be used to remotely control operation of the evacuation device.

20230065877, Mar 2, 2023

May 21, 2021

17/434575

- Indianapolis IN, US
Jeffrey A. DENUNE - Indianapolis IN, US
Chandan K. SEN - Indianapolis IN, US
Tyler CROCKETT - Massillon OH, US
Kristal BARRICK - Massillon OH, US
Tiffany WONSICK - Massillon OH, US

A61H 1/02
A61F 4/00

An orthopedic system wherein a patient's brain is operably coupled to an actuation assembly for voluntarily moving a brace/limb of the patient between a number of desirable positions. An orthopedic brace, or one of more components thereof, which can be utilized with the orthopedic system.

20170079811, Mar 23, 2017

Dec 2, 2016

15/367832

- Mount Sterling OH, US
James M. Colvin - Hilliard OH, US
Jeffrey A. Denune - Galloway OH, US
Lonnie L. Nolt - Washington Court House OH, US

The Ohio Willow Wood Company - Mount Sterling OH

A61F 2/78

Various systems and methods for removing perspiration from the interior of a donned polymeric prosthetic liner are disclosed.

20160250045, Sep 1, 2016

May 9, 2016

15/149636

- Mount Sterling OH, US
Michael L. Haynes - Columbus OH, US
Mark W. Ford - Jamestown OH, US
Mark W. Groves - Colubus OH, US
Jeffrey A. Denune - Galloway OH, US

A61F 2/80

According to the embodiments described herein, prosthetic devices can include a prosthetic socket, a vacuum passage, and an evacuation device. The interior of the prosthetic socket can be adapted to receive a residual limb. The vacuum passage can extend through the side wall of the prosthetic socket and into the interior of the prosthetic socket. The evacuation device can include an electrically powered vacuum pump contained within a housing. The housing can be attached to the side wall on the exterior of the prosthetic socket. The electrically powered vacuum pump can be in communication with the vacuum passage. The electrically powered vacuum pump can draw air from the interior of the prosthetic socket, while the residual limb is received within the interior of the prosthetic socket, to evacuate the prosthetic socket.