Forgues
Allison M. Forgues, Medford, MA US
Patent application number | Description | Published |
---|---|---|
20160057571 | GEO-FENCED PREMIUM CONTENT - A method includes receiving, via a network, first location information associated with a location of a mobile user device; determining that the first location information corresponds to a first area that is within a perimeter of one or more geo-fenced locations associated with a service provider; identifying media content associated with the one or more geo-fenced locations; obtaining an identifier associated with the mobile user device; determining whether user-specific criteria is associated with the identifier; providing, by the service provider and while the mobile user device is located within the perimeter, access to the identified media content responsive to determining that no user-specific criteria is associated with the identifier; applying, responsive to determining that user-specific criteria is associated with the identifier, the user-specific criteria to the identified media content to generate personalized media content; and providing, by the service provider, access to the personalized media content while the mobile user device is present within the perimeter. | 02-25-2016 |
20160078030 | MOBILE DEVICE SMART MEDIA FILTERING - A mobile device receives media files, and automatically tags each of the media files with tags, comprising data or meta-data, based on: 1) other mobile users proximate to the mobile device, 2) a current location of the mobile device, 3) facial recognition analysis applied to each of the first media files, 4) subject or content recognition analysis applied to each of the first media files, 5) a current date, and/or 6) a usage history associated with each of the first media files. The mobile device stores the tagged media files, and receives a user request to search the media files. The mobile device searches the tags, responsive to the user request, to generate a filtered set of media files, and presents the filtered set of media files to a user of the mobile device. | 03-17-2016 |
Bruce Forgues, Paris FR
Patent application number | Description | Published |
---|---|---|
20130210398 | TRANSMITTING INFORMATION - The present invention relates to the transmission of push information to a handset. Before pushing a page to the handset, it is checked that the page belongs to the same service as the page currently display. If the page to be pushed belongs to a different service, it is not pushed. The risk of disruption to the original service is thereby reduced. Checking is preferably done by a gateway to which the handset is connected. The gateway can store details of the page last transmitted to the handset in order to facilitate the check. | 08-15-2013 |
Eric Forgues, Bures-Sur-Yvette FR
Patent application number | Description | Published |
---|---|---|
20140092708 | PLURAL-DEPTH BURIED SEISMIC SENSORS ACQUISITION SYSTEM AND METHOD - A system for collecting seismic data includes plural seismic sensors. The seismic sensors are buried underground. In one application, a first set of seismic sensors are buried at a first depth and a second set of seismic sensors are buried at a second depth. In another application, the sensors alternate along a line, one sensor from the first set and a next sensor from a second set. In still another application, the sensors are randomly distributed below the ground. | 04-03-2014 |
20140107930 | PLURAL DEPTH SEISMIC SOURCE SPREAD METHOD AND SYSTEM - A method for acquiring and improving seismic data includes activating a first seismic source located below a geophysical surface at a first depth and a second seismic source located below the geophysical surface at a second depth, wherein the second depth is below the first depth, acquiring seismic data with a seismic receiver in conjunction with activating the first seismic source and the second seismic source, and aligning primary reflections within the seismic data to provide improved seismic data. The method may also include determining changes to the regions below the second depth by comparing improved seismic data corresponding to a first acquisition event with improved seismic data corresponding to a second acquisition event. A corresponding system is also disclosed herein. | 04-17-2014 |
20140126326 | METHOD AND SEISMIC VIBRATOR GUIDANCE SYSTEM BASED ON A FIELD ACQUIRED TRAJECTORY - A method for improving a 4-dimensional (4D) repeatability by modifying a given path to be followed by a source during a seismic survey. The method includes receiving the given path at a control device associated with a vehicle that caries the source; following the given path during a first seismic survey that is a baseline survey for the 4D seismic survey; deviating from the given path to follow a new path when encountering an obstacle on the given path; and updating the given path, based on the new path, to obtain an updated given path when a deviation condition is met. | 05-08-2014 |
20140177386 | VOLUMETRIC AND NON-VOLUMETRIC SOURCES-BASED SEISMIC SURVEY AND METHOD - A seismic survey system for surveying a subsurface. The system includes a volumetric land source buried underground for generating P-waves; a non-volumetric land source buried underground for generating P- and S-waves; plural receivers distributed about the volumetric and non-volumetric land sources and configured to record seismic signals corresponding to the P- and S-waves; and a controller connected to the volumetric land source and the non-volumetric land source and configured to shot them in a given pattern. | 06-26-2014 |
20150109884 | DIPOLE SEISMIC SOURCE AND METHOD FOR ADJUSTING RADIATION PATTERN - A seismic survey system for surveying a subsurface. The system includes a dipole seismic source buried in a well and configured to generate P-waves having a first radiation pattern and to generate S-waves having a second radiation pattern; plural seismic sensors distributed about the dipole seismic source and configured to record seismic signals corresponding to the P- and S-waves; and a controller connected to the dipole seismic source and configured to drive it. A longitudinal axis of the dipole seismic source is inclined with an inclination angle (θ) relative to gravity. | 04-23-2015 |
Frances Ellen Forgues, Cumberland CA
Patent application number | Description | Published |
---|---|---|
20120055416 | Long-handled horse grooming tool - This is a tool for grooming livestock, horses in particular. This invention is comprised of a broom-head equipped with multiple flexible rake tines along its top edge, the tine heads facing 180 degrees opposite to the bristle ends. The broom-head is fitted with a threaded hole that allows a solid or telescoping handle to be attached. The telescoping handle is similar to handles found on commercially available floor mops. It can be extended or retracted longitudinally, and can be locked in place at any point along its length. The handle can be equipped with one or more grips to provide a comfortable, secure hand-hold for the user. The user selects the desired head (bristles or tines) by rotating the handle 180 degrees. | 03-08-2012 |
Gabriel Forgues, Greenfield Park CA
Patent application number | Description | Published |
---|---|---|
20150370778 | Syntactic Parser Assisted Semantic Rule Inference - Natural language understanding (NLU) engines perform better when they are trained with large amounts of data. However, a large amount of data is not always available. Embodiments of the present invention overcome this problem by generating annotated data for use in a NLU system. An example embodiment generates annotated data by parsing an input annotated phrase, generating a syntactic tree reflecting a grammatical structure of the parsed phrase, and generating one or more alternative versions of the input annotated phrase based on the syntactic tree. Alignment between expressions and corresponding annotations in the annotated phrase are preserved in the one or more alternative versions generated to ensure intention of the input annotated phrase is maintained. | 12-24-2015 |
Sylvain Forgues, Blainville CA
Patent application number | Description | Published |
---|---|---|
20100018272 | Peening apparatus and method - A method of peening a surface which comprises the steps of providing a rotary peening tool having at least one rotating flap mounted on the drive shaft which is rotatably driven, measuring the speed of the drive shaft, and controlling the speed of the drive shaft to maintain a desired level. A peening apparatus is also disclosed. | 01-28-2010 |
20110088921 | PNEUMATIC HAND TOOL ROTATIONAL SPEED CONTROL METHOD AND PORTABLE APPARATUS - The rotational speed of a pneumatic hand tool is adjusted in real time to maintain a selected speed level irrespective of exterior parameters affecting the performance of the tool. The apparatus is comprised of a rotational speed sensor installed directly on the tool, a digital microprocessor using control algorithms, and a valve to adjust the flow of air to the tool. | 04-21-2011 |
20120007748 | CONTROLLED ELECTRO-PNEUMATIC POWER TOOLS AND INTERACTIVE CONSUMABLE - A controlled electro-pneumatic power tool includes an electro-mechanical adjustable valve, a pneumatic motor and a rotational speed sensor connected to a microcontroller for the selection, monitoring and adjustement of the rotational speed in real time. The electro-pneumatic power tool may include input buttons, data ports to save data and a communication port to read/write data from an interactive consumable. The electo-pneumatic power tool may also include a battery and a generator as well as a variable speed transmission with flexible shaft and lightweight handpiece. Using the communication port, important data for the consumable, such as optimum rotation speed, optimum applied pressure and average usage time, can be transmitted to the controlled electro-pneumatic power tool. The controlled electro-pneumatic power tool can read and utilise the transmitted data to select, adjust and maintain the optimum process parameters for the consumable without any input from the operator person. Furthermore, the communicated data can be used to warn the operator person that the tool used is inadequate for the selected consumable, to caution the operator person if he is using the consumable inadequately and to advise him when the consumable should be replaced for safe operation. This will increase the safety of the operator person, improve the quality of the work performed with pneumatic power tools and limit potential damages to the parts being treated. | 01-12-2012 |