Ralph A. Petersen - West Allis WI, US Ross A. Henning - Colgate WI, US
Assignee:
Johnson Controls Technology Company - Holland MI
International Classification:
H01M 10/04 B05D 5/12
US Classification:
296235, 4271261, 4271265, 141 11
Abstract:
A method of making a battery plate includes mixing particles of tetrabasic lead sulfate with leady oxide to form a paste material. The particles have an average spherical particle diameter of less than 2. 5 micrometers. The method also includes providing at least a portion of the paste material on a battery grid curing the battery grid and paste material at a temperature of less than approximately 48 degrees Celsius to produce a battery plate having a cured paste thereon.
Computer System For Vehicle Battery Selection Based On Vehicle Operating Conditions
William Wruck - Whitefish Bay WI, US Ronald Miles - Whitefish Bay WI, US Ralph Petersen - West Allis WI, US Arlen Walker - Milwaukee WI, US
International Classification:
G06F017/00
US Classification:
700/090000, 707/102000, 700/236000
Abstract:
A computer system for vehicle battery selection based on vehicle operating conditions is disclosed. The computer system allows a user to obtain a prediction of vehicle battery service life when the user inputs a battery, a vehicle in which the battery will be installed and driving habits, and a geographic region in which the vehicle will be operated.
Ralph Petersen - West Allis WI, US Ross Henning - Colgate WI, US
International Classification:
H01B 1/06 C01G 21/20
US Classification:
252500000, 423559000
Abstract:
A method of making a battery plate includes mixing particles of tetrabasic lead sulfate with leady oxide to form a paste material. The particles having an average spherical particle diameter of less than approximately 2.5 micrometers. The method also includes providing at least a portion of the paste material on a battery grid curing the battery grid and paste material at a temperature of less than approximately 48 degrees Celsius to produce a battery plate having a cured paste thereon.
Carl D. Jahns - Franklin WI Peter J. Lex - Wauwatosa WI Ralph A. Petersen - West Allis WI
Assignee:
ZBB Technologies, Inc. - Wauwatosa WI
International Classification:
H01M 462
US Classification:
429210
Abstract:
A carbon coating including carbon particles having a predetermined size and BET surface area. The carbon coating is applied to electrodes used in batteries. The electrodes may include a nonconductive frame defining at least one aperture and at least one carbon plastic sheet which is borne by the frame and disposed in occluding relation relative to the aperture. The carbon coating is applied to one surface of the carbon plastic sheet.
Ralph A. Petersen - West Allis WI Conrad E. Weinlein - Mequon WI
Assignee:
Globe-Union Inc. - Milwaukee WI
International Classification:
H01M 488 H01M 456 H01B 106
US Classification:
2521821
Abstract:
A process for making a battery paste includes steps of forming an active material in an aqueous slurry, then dewatering the slurry to form a battery paste. In one described embodiment, a slurry containing one or more basic lead sulfates suitable for use as the active material in lead-acid battery electrodes is formed in a continuously stirred tank reactor (36). The slurry is withdrawn from the reactor (36) and fed to a belt press (67) which reduces the moisture content of the slurry to the desired level. Battery pastes produced according to the invention may be fed continuously to a paster (89) for mass production of positive and negative battery plates from grids (91).
High Performance Positive Electrode For A Lead-Acid Battery
Wen-Hong Kao - Brown Deer WI Norma K. Bullock - Pewaukee WI Ralph A. Petersen - West Allis WI
Assignee:
Globe-Union Inc. - Milwaukee WI
International Classification:
H01M 488
US Classification:
429228
Abstract:
An electrode suitable for use as a lead-acid battery plate is formed of a paste composition which enhances the performance of the plate. The paste composition includes a basic lead sulfate, a persulfate and water. The paste may also include lead oxide and fibers. An electrode according to the invention is characterized by good strength in combination with high power density, porosity and surface area.