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David C Allis

from Pensacola, FL

David Allis Phones & Addresses

  • 1080 Black Walnut Trl, Pensacola, FL 32514 (334) 671-7182
  • 104 Berkeley Way, Dothan, AL 36305 (334) 671-7182
  • 215 Zenith Rd, Dothan, AL 36303
  • 22 E Chadwick Cir, Dothan, AL 36305
  • 2111 St Andrews Dr, Cantonment, FL 32533 (850) 968-9661
  • Tulsa, OK
  • Gulf Breeze, FL
  • Shreveport, LA

Specialities

Buyer's Agent • Listing Agent

Resumes

Resumes

David Allis Photo 1

Owner

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Location:
Dothan, AL
Industry:
Consumer Goods
Work:
Organize Today
Owner

Dunbarton Corporation Jan 1999 - Sep 2010
Director Research and Development
Education:
University of South Florida 1995 - 2003
Master of Science, Masters, Management
The University of Tulsa 1985 - 1988
Skills:
Product Development
Lean Manufacturing
Strategic Planning
Manufacturing
David Allis Photo 2

David Allis

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David Allis Photo 3

David Allis

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Business Records

Name / Title
Company / Classification
Phones & Addresses
David Allis
Manager
Ryder Dedicated Logistics
Trucking Operator-Nonlocal
868 Murray Rd, Dothan, AL 36303

Publications

Us Patents

Wind-Resistant Sectional Overhead Door

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US Patent:
6463988, Oct 15, 2002
Filed:
Jul 14, 2000
Appl. No.:
09/616565
Inventors:
Willis J. Mullet - Pensacola Beach FL
Allen C. McDowell - Gulf Breeze FL
David C. Allis - Cantonment FL
Assignee:
Wayne-Dalton Corp. - Mt. Hope OH
International Classification:
E05D 1516
US Classification:
160201, 160209
Abstract:
A wind-resistant sectional overhead door ( ) selectively moveable between an open position and a closed position relative to a door opening defined by spaced vertical jambs ( ) and a horizontal header ( ) extending therebetween including, a plurality of elongate horizontal panels ( ) pivotally connected at the top and bottom edges ( ) of adjacent of the panels, roller tracks ( ) mounted on the vertical jambs to either side of the door, roller shafts ( ) mounted at the ends of the panels, guide rollers ( ) carried by the roller shafts and engaging the roller tracks, and restraining members ( ) for limiting axial movement of the roller shafts, whereby the roller shafts and the panels are tension-loaded when the door is in the closed position to prevent buckling of the panels under applied wind forces. The restraining members may be replaced by or supplemented with tension rod assemblies ( ). The performance of the door may be enhanced by utilizing header lock mechanisms ( ), beam assemblies , and bottom cleat assemblies.

Door Frame With Adjustable Gusset System

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US Patent:
6588155, Jul 8, 2003
Filed:
Jul 20, 2001
Appl. No.:
09/910627
Inventors:
Robert J. Theune - Dothan AL
Blake S. Seymour - Dothan AL
Oscar E. Hughes - Hartford AL
Wendell E. Floyd - Dothan AL
James R. Linville - Dothan AL
David C. Allis - Dothan AL
Assignee:
Dunbarton Corporation - Dothan AL
International Classification:
E06B 120
US Classification:
49504, 49505, 522041
Abstract:
A door frame and gusset system for adjustably attaching a strike plate to a door frame. The door frame includes an emboss indentation having slots and tabs. The tabs engage and align a gusset mounted on the back side of the door frame opposite the strike plate. The gusset has threaded holes for engaging screws which attach the strike plate to the gusset through the slots in the emboss indentation. The gusset also has slots which engage the tabs to allow the gusset to move horizontally with respect to the frame and prevent vertical movement of the gusset with respect to the frame. The slots in the emboss indentation allow relative movement of the gusset and strike plate with respect to the door frame to adjust the position of the strike plate. A separate dust box may also be incorporated between the gusset and the door frame. In addition, integral gusset and dust box assembly may be used in connection with the door frame and gusset system.

Modular Closet Unit

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US Patent:
20110088332, Apr 21, 2011
Filed:
Oct 19, 2010
Appl. No.:
12/907114
Inventors:
David Allis - Dothan AL, US
Beverley Shelley - Dothan AL, US
William Bookman - Dothan AL, US
Chad Carver - Dothan AL, US
Randy Windham - Newville AL, US
Susan Jacobs - Headland AL, US
Oscar Hughes - Hartford AL, US
International Classification:
E04H 1/12
US Classification:
52 799
Abstract:
A modular closet unit comprising a structure of upright frame members connected between a floor and a ceiling of an occupied space, a horizontal track between the upright frame members, and bifold doors for closing the space between the upright frame members and between the horizontal track and the floor. The modular closet unit further includes fascia panels positioned above the bifold doors and side panels positioned at one or more ends of the modular closet unit.

Fishing Reel With Snap-Fit Reel Body

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US Patent:
51372274, Aug 11, 1992
Filed:
Oct 23, 1990
Appl. No.:
7/603960
Inventors:
David Allis - Tulsa OK
Thomas A. Pulliam - Broken Arrow OK
Assignee:
Zebco Corporation - Tulsa OK
International Classification:
A01K 8901
US Classification:
242311
Abstract:
A fishing reel having a reel body, a rear cover defining a receptacle for the reel body, a front cover, structure for releasably connecting the front and rear covers for maintaining the reel body captively within the rear cover receptacle, and structure for releasably connecting the reel body to one of the front and rear covers.

Wind-Resistant Sectional Overhead Door

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US Patent:
6112799, Sep 5, 2000
Filed:
May 19, 1998
Appl. No.:
9/081419
Inventors:
Willis J. Mullet - Pensacola Beach FL
Allen C. McDowell - Gulf Breeze FL
David C. Allis - Cantonment FL
Assignee:
Wayne-Dalton Corp. - Mt. Hope OH
International Classification:
E05D 1516
US Classification:
160201
Abstract:
A wind-resistant sectional overhead door (21) selectively moveable between an open position and a closed position relative to a door opening defined by spaced vertical jambs (23, 24) and a horizontal header (25) extending therebetween including, a plurality of elongate horizontal panels (40-43) pivotally connected at the top and bottom edges (48, 49) of adjacent of the panels, roller tracks (31, 32) mounted on the vertical jambs to either side of the door, roller shafts (65) mounted at the ends of the panels, guide rollers (66) carried by the roller shafts and engaging the roller tracks, and restraining members (70, 170) for limiting axial movement of the roller shafts, whereby the roller shafts and the panels are tension-loaded when the door is in the closed position to prevent buckling of the panels under applied wind forces. The restraining members may be replaced by or supplemented with tension rod assemblies (225, 325). The performance of the door may be enhanced by utilizing header lock mechanisms (95, 395), beam assemblies 285, and bottom cleat assemblies 290.

Anti-Reverse Actuator For A Spinning Reel

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US Patent:
49846655, Jan 15, 1991
Filed:
Dec 14, 1989
Appl. No.:
7/450517
Inventors:
David Allis - Tulsa OK
Assignee:
Zebco Corporation - Tulsa OK
International Classification:
A01K 8902
US Classification:
192 7
Abstract:
An anti-reverse actuator for a reel of the type having a line carrying spool, a crank assembly consisting of a crank shaft and a handle operable to rotate the crank shaft about an axis, structure responsive to rotation of the crank handle in a first direction for directing line onto the spool, a pawl mounted for movement between first and second positions, structure for blocking the pawl in the first and second positions, and structure on the crank assembly for engaging the pawl in the first position so that the pawl prevents rotation of the crank handle in a second direction opposite to the first direction and for allowing the crank handle to rotate oppositely to the first direction with the pawl in the second position. The anti-reverse actuator consists of a body with a friction generating surface, structure for mounting the body to the crank assembly in operative position so that the friction generating surface faces axially with respect to the crank shaft axis and the friction generating surface is in sliding frictional engagement with the crank assembly to thereby follow rotation of the crank handle in the first and second directions, and structure on the actuator for engaging the pawl and for moving the pawl from its second position to its first position as an incident of the crank handle rotating in the second direction and for moving the pawl from its first position to its second position as an incident of the crank handle rotating in the first direction. The friction generating surface develops, with the crank assembly, a predetermined frictional force which is overcome upon the pawl being blocked in the second position and a predetermined torque applied to the crank handle tending to rotate the crank handle in the first direction.
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