Kurt Salloux

20120084032, Apr 5, 2012

Dec 9, 2011

13/316253

John McHardy - Oxnard CA, US
Paul Nicholas Chatt - , US
Kurt Salloux - Woodside CA, US
Stanley Chait - New York NY, US

G01R 31/36

702 63

A temperature is measured for each terminal of the battery unit. The magnitude and sign of a temperature differential is calculated from the temperatures. The temperature differential is then correlated to a deteriorating condition of the battery unit.

20120105066, May 3, 2012

Oct 28, 2011

13/284788

Donald Marvin - San Jose CA, US
John McHardy - Oxnard CA, US
Kurt Salloux - Woodside CA, US

G01R 31/36
H03L 5/00

324426, 327307

DC offsets introduced in battery testing equipment are automatically compensated for using complementary current-mode servo feedback. An op amp receives and amplifies a response signal, while also introducing internal errors manifested in the amplified response signal. A correction circuitry coupled to receive the amplified response signal and comprising a balanced circuit with a positive input correction device and a negative input correction device to remove the DC bias. The correction circuitry further comprises an error sensing device to correct for the internal errors introduced by the op amp.

20210273234, Sep 2, 2021

Feb 4, 2021

17/167822

- Bozeman MT, US
Adam Weisenstein - Bozeman MT, US
Kurt Salloux - Livingston MT, US

H01M 4/70
H01M 4/66
H01M 4/62

An electrode includes a current collector, a metal shell in direct contact with and encapsulating the current collector, green dendritic columnar growths extending out of the metal shell and having protrusions thereon, and active material in contact with the metal shell and having embedded therein the green dendritic columnar growths. The protrusions penetrate the active material to form a mechanical retainer that prevents delamination of the active material from the metal shell and define localized regions of increased current density during operation of the electrode that promote deposition of the active material first on the protrusions and then on areas of the green dendritic columnar growths adjacent to the protrusions such that the active material electrochemically adheres to the green dendritic columnar growths and the protrusions enlarge during repeated charge and discharge cycling of the electrode.

20150219723, Aug 6, 2015

Feb 25, 2014

14/189428

Donald H. Marvin - San Jose CA, US
Oswaldo Torres - San Jose CA, US
Derek Ziemian - Mountain View CA, US
Kurt Salloux - Palo Alto CA, US

G01R 31/36

A battery monitoring system includes a central monitoring system and a set of individual battery selectors. The central monitoring system is electrically connected to the battery selectors and each of the battery selectors is connected to one or more batteries. In operation, commands are sent from the central monitoring system to the individual battery selectors so as to turn one on at a time. When the battery selector is on, test and response signals can be communicated between the one or more batteries connected to the battery selector and the central monitoring system. In some embodiments, the batteries include a reference circuit configured for calibration of battery tests.