1
John C Carson, Robert E DeCaro, Ying Hsu, Michael K Miyake: Stackable modules and multimodular assemblies. Irvine Sensors Corporation, Plante & Strauss, December 23, 1997: US05701233 (142 worldwide citation)

Stacked, multimodular circuit assemblies are provided which comprise stacked, resealable, modules containing electronic circuitry, each module having a plurality of electrically conductive, embedded through-vias between the upper and major surfaces thereof. The through-vias are contained within the ...


2
Haskell Shapiro, Robert E DeCaro: Electronic balancer for vehicle wheels. Royal, Warren A Sturm, April 25, 1978: US04085619 (22 worldwide citation)

This invention is directed to an off-the-vehicle type of wheel-tire balancer for vehicular wheels. A wheel and tire assembly which is to be balanced is disposed on a rotating shaft under the control of a signal responsive electronic control apparatus utilizing rotational velocity signals, rotational ...


3
Robert E DeCaro, Patrick N Dennehey, James W Everitt: Method of current matching in integrated circuits. Clare Micronix Integrated Systems, Knobbe Martens Olson & Bear, November 15, 2005: US06965360 (7 worldwide citation)

A method of providing balanced currents at locations in devices requiring accurate, matched and repeatable current sources, for example visual displays having arrays of light-emitting sources. In one embodiment, the method provides closely balanced currents flowing through column drivers located at ...


4
Christopher T Pinckney, Bret R Howe, Robert E DeCaro: Wireless computer communication apparatus, and related method. Novalog, Myers Dawes & Andras, September 12, 2000: US06119138 (5 worldwide citation)

An improved apparatus and method are provided for wireless communication with computers. The communication apparatus is integral with a removable by cover of a computer case and operatively connected to memory means associated with the case. By mounting or affixing the wireless communication device ...


5
Robert E DeCaro, Patrick N Dennehey, James W Everitt: System for current matching in integrated circuits. Clare Micronix Integrated Systems, Knobbe Martens Olson & Bear, July 4, 2006: US07071904 (3 worldwide citation)

A system for providing balanced currents at locations in devices requiring accurate, matched and repeatable current sources, for example visual displays having arrays of light-emitting sources. In one embodiment, the system provides closely balanced currents flowing through column drivers located at ...


6
Robert E DeCaro, Patrick N Dennehey, James W Everitt: Method of current matching in integrated circuits. Knobbe Martens Olson & Bear, November 14, 2002: US20020167507-A1

A method of providing balanced currents at locations in devices requiring accurate, matched and repeatable current sources, for example visual displays having arrays of light-emitting sources. In one embodiment, the method provides closely balanced currents flowing through column drivers located at ...


7
Robert E DeCaro, Patrick N Dennehey, James W Everitt: System for current matching in integrated circuits. Knobbe Martens Olson & Bear, November 14, 2002: US20020169571-A1

A system for providing balanced currents at locations in devices requiring accurate, matched and repeatable current sources, for example visual displays having arrays of light-emitting sources. In one embodiment, the system provides closely balanced currents flowing through column drivers located at ...