Michael Arthur Bohnet, 572770 Mansway Dr, Herndon, VA 20171

7305912, Dec 11, 2007

Dec 30, 2004

11/027755

Shyke Goldstein - Gaithersburg MD, US
Michael Raleigh - Alexandria VA, US
Michael Bohnet - Herndon VA, US
James Galambos - Alexandria VA, US
Mark Machina - Alexandria VA, US

BAE Systems Advanced Technologies, Inc. - Nashua NH

F41F 1/00

89 9, 89 8

An electrothermal gun uses an apparatus for generating high gas pressure. The apparatus includes a receiver having a combustion chamber for holding a propellant which produces a gas component and a particle component when the propellant undergoes an exothermic chemical reaction, and a flow passageway positioned downstream of the combustion chamber. An ignition mechanism causes the propellant contained in the combustion chamber to undergo the exothermic chemical reaction. A separator in the flow passageway substantially separates the particle component from the gas component in the flow passageway. The gun includes a barrel connected to the receiver and communicating with the flow passageway. By substantially stopping the particle component, namely metal oxide, from reaching the barrel, wear on the barrel is reduced.

8272327, Sep 25, 2012

Oct 22, 2009

12/604018

Mark H. Machina - Leesburg VA, US
Michael Raleigh - Alexandria VA, US
Kristopher P. Mount - Falls Church VA, US
Kenneth W. Mitchell - Fredericksburg VA, US
Michael A. Bohnet - Herndon VA, US

BAE Systems Information and Electronic Systems Integration Inc. - Nashua NH

F42B 10/06

102473

A system for firing multiple projectiles in a parallel or diverging manner is provided. The system can comprise tail-end portions of projectiles that add structure to a cartridge, provide for efficient combustion, allow projectiles to transition from a straight configuration in the cartridge to a splayed configuration in a chamber, and ensure complete evacuation of the chamber. The system can include a tail-end portion of a particular projectile with openings that distribute energy from combustion of an ignition charge, facilitating firing of multiple projectiles. A tail-end portion of a projectile can include a ball joint upon which the body portion of the projectile moves causing an angle between the body portion and the tail-end portion. A space can exist in the body portion adjacent to the ball joint to allow off-center shifting of the body portion with respect to the ball joint.

8430029, Apr 30, 2013

Jan 31, 2008

12/023320

Michael A. Bohnet - Herndon VA, US
Yeshayahu S. Goldstein - Gaitherburg MD, US
Mark H. Machina - Leesburg VA, US
Kristopher P. Mount - Falls Church VA, US
Kenneth W. Mitchell - Fredericksburg VA, US

BAE Systems Information and Electronic Systems Integration Inc. - Nashua NH

F42C 19/06

102216, 102206

An inertial delay mechanism for use in an explosive projectile is provided. The delay mechanism consists of an inertial delay fuse that is precise, doesn't require sensitive primary explosives and doesn't utilize electronic circuitry. The inertial delay fuse includes a free sliding charge element that strikes an anvil located opposite to the sliding charge element. A delay gap is provided between the sliding charge element and the anvil. Upon impact, the sliding charge element slides forward and impacts the anvil, thereby inducing a shock wave in an initiator charge that subsequently results in detonation of main charges. The design is mechanically simple and robust enough to withstand severe g-loading forces that occur during firing and penetration of a projectile.

8430036, Apr 30, 2013

Aug 15, 2012

13/585868

Mark H. Machina - Leesburg VA, US
Michael Raleigh - Alexandria VA, US
Kristopher P. Mount - Falls Church VA, US
Kenneth W. Mitchell - Fredericksburg VA, US
Michael A. Bohnet - Herndon VA, US

BAE Systems Information and Electronic Systems Integration Inc. - Nashua NH

F42B 5/03

102473

A system for firing multiple projectiles in a parallel or diverging manner is provided. The system can comprise tail-end portions of projectiles that add structure to a cartridge, provide for efficient combustion, allow projectiles to transition from a straight configuration in the cartridge to a splayed configuration in a chamber, and ensure complete evacuation of the chamber. The system can include a tail-end portion of a particular projectile with openings that distribute energy from combustion of an ignition charge, facilitating firing of multiple projectiles. A tail-end portion of a projectile can include a ball joint upon which the body portion of the projectile moves causing an angle between the body portion and the tail-end portion. A space can exist in the body portion adjacent to the ball joint to allow off-center shifting of the body portion with respect to the ball joint.

2005015, Jul 14, 2005

Aug 26, 2003

10/648841

Michael Raleigh - Alexandria VA, US
James Galambos - Alexandria VA, US
Michael Bohnet - Herndon VA, US

G01V001/04

181119000

A non-explosive acoustic source utilizes the combustion of aluminum and water to generate an acoustic pulse. The operation of the non-explosive acoustic source relies on a water/aluminum reaction to generate a burst pressure. The source may be deployed as a single charge or as one element of a multiple charge array and is configurable to explode at variable depths with variable energy levels. The inherent safety of the non-explosive acoustic source obviates the necessity for auxiliary safety features or procedures to protect against inadvertent explosion. As a result, the non-explosive acoustic source facilitates the implementation of sonic detection systems and reduces the operational costs associated with such systems.