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Maillart

Jean-Luc Maillart, Bouc Bel Air FR

Patent application numberDescriptionPublished
20100133435DEVICE FOR THE REMOTE OPTICAL DETECTION OF GAS - An remote optical gas detection device comprising a detection housing (06-03-2010

Marc Maillart, Sunnyvale, CA US

Patent application numberDescriptionPublished
20110145005METHOD AND SYSTEM FOR AUTOMATIC BUSINESS CONTENT DISCOVERY - A system and method for automatic business content discovery are described. In various embodiments, a system includes modules to bind business terms to data validation rules and search data sources for data matching data validation rules. In various embodiments, the system binds matching data to data validation rules. In various embodiments, a user interface is provided for creating and managing business terms and data validation rules. In various embodiments, a method for profiling and monitoring data via graphical controls is presented.06-16-2011

Marc Maillart, Paris FR

Patent application numberDescriptionPublished
20130080197EVALUATING A TRUST VALUE OF A DATA REPORT FROM A DATA PROCESSING TOOL - Various embodiments of systems and methods for evaluating a trust value for a report are disclosed herein. The method includes obtaining (03-28-2013

Patrick Maillart, La Murette FR

Patent application numberDescriptionPublished
20110278462METHOD FOR PUTTING A COOLED INFRARED DETECTOR INTO OPERATION - In an infrared detector provided with a photodiode, when the temperature of the photodiode is lowered to its operating temperature, the photodiode is forward biased. During forward biasing of the photodiode, injection of a majority carrier current takes place through the photodiode. The majority carriers mask a part of the defects of the photodiode. The acquisition phase is then performed by reverse biasing the photodiode.11-17-2011
20120223404DETECTION MATRIX WITH IMPROVED BIASING CONDITIONS AND FABRICATION METHOD - The detection device includes a semiconductor substrate of a first conductivity type. A matrix of photodiodes organized along a first organization axis is formed on the substrate. Each photodiode is at least partially formed in the substrate. A peripheral biasing ring is formed around the photodiode matrix. The biasing ring is connected to a bias voltage generator. An electrically conducting contact is connected to the substrate and arranged between two photodiodes on the first organization axis. The distance separating the contact from each of the two photodiodes is equal to the distance separating two adjacent photodiodes along the first organization axis. The contact is connected to the bias voltage generator.09-06-2012