David J. Fannon
Engineering at Lovette Ln, Daphne, AL

2010004, Feb 25, 2010

Aug 19, 2008

12/193933

David J. Fannon - Daphne AL, US
Johnny R. Cahoon - Daphne AL, US

E04G 23/00, E04H 12/20

52146, 5274521

A network of straps is placed over a framed structure and roof decking and secured to the foundation. A tensional force is applied to the straps. The tensioned straps are then secured at strap crossing points, the roof decking, roof structural members and wall structural members. The method also provides special treatment for straps crossing apex ridges or valleys of the structure's roof. Additional framing blocks are included under the roof decking to accommodate fastening the straps to the primary structural members. The runner straps pass through slits cut into roof decking near where the sidewalls attach to the roof joists and rafters. An added framing member or supporting structural device is also installed above the top plate of the stud wall to support the roof decking as tension is applied to the straps. The method calls for determining standard strap spacing based on the design resistance required to counter external forces that could be encountered at the construction location. The straps are placed on all sides at the standard spacing. Special adjustments to the spacing are made to accommodate larger than standard spacing door, garage, and framed openings. The number and configuration of straps is dependent on Building Codes and engineered design guidelines. By securing the strap network to the structure under tension, the strap network provides a distributed resistance force throughout the entire structure greatly enhancing its strength against external winds, internal vacuums, and earthquakes. Suitable straps can be fabricated from range of materials and composites such as metallic and non-metallic banding, a combination of non-metallic banding with wire reinforcement, wire mesh or wire rope.

2011009, Apr 28, 2011

Oct 23, 2009

12/604831

David Jacob Fannon - Daphne AL, US
Gary Lee Demarsh - Slidell LA, US

F42B 1/02

102307

An expandable linear explosive shape charge positioner apparatus and method for deploying said apparatus for severing tubular members whereby a plurality of arc segment shape charge chambers are positioned along the same plane and adjacent to the interior walls of the tubular members and detonated to thereby severing the tubular members. The apparatus of the invention is adapted to be placed within a tubular member and includes a remotely extendible framework having remotely detonatable linear explosive shape charges enclosed therein. The apparatus is of a size such that when the framework is not extended, the apparatus passes through constrictions contained within the tubular members, and when extended, the framework is positioned transversely to the axis of the tubular member with the shape charges positioned adjacent the interior walls thereof. Shape charge chambers with angled ends are presented to provide overlap when the device is fully extended to better ensure complete separation of the tubular member at the discontinuities of the shape charges about the plane of severance.

8381627, Feb 26, 2013

Jul 23, 2012

13/555633

David Jacob Fannon - Daphne AL, US
Gary Lee De Marsh - Slidell LA, US

F42B 1/02

89 115, 102305, 102306, 102307

A method of severing tubular members using an expandable linear explosive shape charge positioner. The method involves placing a plurality of arc-shaped charge chambers along the same plane and adjacent to the interior walls of a tube. Simultaneous detonation of the charge chambers severs the tube along a common plane. The positioner is placed within a tubular member and includes a remotely extendible framework with linear explosive shape charges enclosed therein. When in the collapsed position, the apparatus passes through constrictions within the tubular members. When extended, the framework is positioned transversely to the axis of the tubular member with the shape charges positioned adjacent the interior walls thereof. Shape charge chambers with angled ends are presented to provide overlap when the device is fully extended to better ensure complete separation of the tubular member at the discontinuities of the shape charges about the plane of severance.

8490824, Jul 23, 2013

Nov 7, 2003

10/703653

David Fannon - Daphne AL, US

A47J 39/00, B65D 1/40

2205922, 220908, 220 6215

A garbage can for controlling an explosive charge generating an explosive force having an outer shell having vertical walls and a bottom; an inner shell attached to the bottom having vertical walls and a middle wall attached to the bottom between the outer shell and inner shell. A first layer of compressible material between the outer shell and middle shell and a second layer of compression material is between the middle shell and the inner shell. The compression material itself may different from one layer to the other. The walls and material are shaped to direct the explosive force upward.