John M Baxley

US Patent:

6511516, Jan 28, 2003

Filed:

Feb 23, 2000

Appl. No.:

09/511275

Inventors:

Lonnie G. Johnson - Atlanta GA
Richard Breitkopf - Atlanta GA
John Baxley - Dunwoody GA

Assignee:

Johnson Research Development Co., Inc. - Smyrna GA

International Classification:

H01M 600

US Classification:

296231, 296235, 42923195, 429162, 427250, 42725523

Abstract:

A method of producing a layer of lithiated material is provided wherein a mixture of Li(acac) and Co (acac) is dissolved in an aqueous solvent to produce a solution. The solution is deposited upon a substrate by atomizing the solution, passing the atomized solution into a heated gas stream so as to vaporize the solution, and directing the vaporized solution onto a substrate.

US Patent:

6986838, Jan 17, 2006

Filed:

Aug 13, 2004

Appl. No.:

10/918250

Inventors:

Davorin Babic - Marietta GA, US
John M. Baxley - Marietta GA, US
Paul D. Browne - Atlanta GA, US

Assignee:

Johnson Research & Development Co., Inc. - Atlanta GA

International Classification:

C25D 5/34

US Classification:

205210, 205215, 205221, 205223, 205233, 205291, 205324, 205326

Abstract:

A nanomachined and micromachined electrode () is disclosed that is produced by providing a layer of aluminum () positioned upon a conductive substrate (), anodizing the layer of aluminum to produce a layer of aluminum oxide () having an array of pores (), depositing a sacrificial metal () within the pores of the aluminum oxide layer, etching the aluminum oxide layer so as to leave an array of sacrificial metal rods (), depositing a layer of electrode material () between the array of sacrificial metal rods, and etching the sacrificial metal rods so that a layer of copper remains having an array of pores () where the sacrificial metal rods had existed. The layer of copper is the electrode ().

US Patent:

20120097704, Apr 26, 2012

Filed:

Oct 25, 2010

Appl. No.:

12/910964

Inventors:

Lonnie G. Johnson - Atlanta GA, US
John M. Baxley - Atlanta GA, US

Assignee:

JOHNSON RESEARCH AND DEVELOPMENT COMPANY, INC. - Atlanta GA

International Classification:

A63H 3/18
G01F 11/00
B65D 88/54

US Classification:

222 79, 222333, 222390

Abstract:

A toy water gun has an energizable linear-drive piston mechanism selectively operable between anterior translational movement and posterior translational movement. The mechanism drives a piston assembly including a piston head within a piston housing to pressurize a piston chamber for impelling fluid therefrom. A discharge structure is in fluid-flow communication with the piston chamber. The mechanism includes a reversible, electric motor and an actuator switch for selectively actuating the reversible, electric motor.

US Patent:

60638990, May 16, 2000

Filed:

Jun 15, 1998

Appl. No.:

9/094824

Inventors:

Lonnie Johnson - Smyrna GA
John M. Baxley - Dunwoody GA
Timothy J. Stachoviak - Waunakee WI

Assignee:

Johnson Manufacturing LLC - Smyrna GA

International Classification:

C08F 600

US Classification:

528482

Abstract:

An apparatus and method for extracting plasticizer from polymer structures includes, in one embodiment, a vacuum chamber, a heating member and a condenser, the plasticizer being vaporized from the polymer structure by a combination of low temperature and heat, and in another embodiment, an evaporation chamber, a conveyer belt, and a plasticizer removal system, the plasticizer removal system including a duct having mounted therein a heating member, a fan and a condenser so that plasticizer may be extracted by forced air convection.

US Patent:

62234498, May 1, 2001

Filed:

Nov 18, 1999

Appl. No.:

9/442470

Inventors:

Lonnie G. Johnson - Atlanta GA
John M. Baxley - Dunwoody GA
Scott Shankle - Powder Springs GA
Jeffrey Shane Matthews - Atlanta GA

Assignee:

Johnson Research & Development Company, Inc. - Smyrna GA

International Classification:

F26B 1900

US Classification:

34 62

Abstract:

An apparatus for extracting plasticizer from polymer structures includes, in one embodiment, a evacuation chamber, a heat source and a cooling chamber are all coupled to a conduit having a motorized fan for cycling gases through the components. The plasticizer is evaporated within the evacuation chamber by the heat source and entrained in a gaseous stream passing through the evacuation chamber. The plasticizer enriched gases are then passed through the cooling chamber wherein the plasticizer is condensed prior to being cycled back to the evacuation chamber. A gas heater aid in maintaining a constant gas flow temperature within the evacuation chamber.