Gremillion
Daniel R. Gremillion, Fairview, TX US
Patent application number | Description | Published |
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20110184709 | Interactive Simulations on a Handheld Calculator - Methods for interactive simulation using a handheld calculator are provided. One method for interactive simulation includes receiving, by the handheld calculator, experiment data from a data source collecting the experiment data as an experiment is conducted, and using a portion of the experiment data to drive behavior of a simulation of the experiment executing on the handheld calculator. Another method for interactive simulation includes executing a simulation of an experiment on the handheld calculator, and sending, by the handheld calculator, experiment control data generated by the simulation to a data source operatively connected to the experiment, wherein the data source uses the experiment control data to control the experiment. | 07-28-2011 |
Daniel Richard Gremillion, Fairview, TX US
Patent application number | Description | Published |
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20090115782 | Display of Analytic Objects and Geometric Objects - A method and system for simultaneously displaying and manipulating analytic objects and geometric objects on a display is provided. The display includes a coordinate system, such as an x-axis and a y-axis, on which an analytic object is shown. The display also includes a geometric object that is independent of the coordinate system. The scaling of the coordinate system may be altered and the analytic objects are automatically resized accordingly. The analytic objects and the geometric objects may share one or more common points. In this event, the position of the geometric objects may be changed to maintain the relative position and/or shape of the geometric object. | 05-07-2009 |
20120173970 | Automatic Translation of Visual Information Between a Handheld Calculator and a Computer System - Methods for generating a publication view of a handheld calculator document is provided. One method includes assigning a first page of a document to a first cell of a sheet in a publication view, wherein the sheet is logically divided into a plurality of cells arranged in a grid, and wherein the first page includes at least one application executable on a handheld calculator, formatting the first cell responsive to user-specified format changes, and saving the publication view of the document, wherein formatting information for the first cell is saved in association with the document. Another method includes opening a document in a publication view, wherein pages of the document are automatically assigned to cells in a grid in a sheet, formatting cells responsive to user-specified format changes, and saving the publication view of the document, wherein formatting information for the cells is saved in association with the document. | 07-05-2012 |
Kevin L. Gremillion, Prairieville, LA US
Patent application number | Description | Published |
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20140332342 | CLEANABLE DIVERTER - A cleanable shoe-type diverter belt having narrow translatable pushers forming article-diverting shoes. Cam followers on the shoes below the pushers follow guides under the belt along an upper carryway run to translate the shoes along one or more transverse tracks across the width of the belt. Monolithic diverters support the belt on the carryway run and direct the shoes along different paths. Pusher returns in a lower returnway run guide diverted pushers back to a home position. | 11-13-2014 |
Mark Gremillion, Baton Rouge, LA US
Patent application number | Description | Published |
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20090118557 | Dehydrogenation of alkyl aromatics - Dehydrogenation of a reactor system of one or more vertically oriented flow reactors equipped with a system for introducing a catalyst extender into the inlet of the reactor. A vertically oriented radial flow reactor comprises inner and outer reactor tubes having perforated wall members extending longitudily of the reactor and defining an annulus containing a dehydrogenation catalyst. A supply line to the reactor is equipped with a rotation vane. An injection nozzle comprising a coaxial flow tube extends into the supply line downstream of the vane. The coaxial flow tube has an interior chamber and an annular chamber surrounding the interior chamber and extending into the supply line along with the interior chamber. The interior chamber is connected to a catalyst extender source and the annular chamber is connected to a source of a carrier gas which is effective to disperse the extender within feedstock flowing into the reactor. | 05-07-2009 |
20110245561 | Dehydrogenation of Alkyl Aromatics - Dehydrogenation of a reactor system of one or more vertically oriented flow reactors equipped with a system for introducing a catalyst extender into the inlet of the reactor. A vertically oriented radial flow reactor comprises inner and outer reactor tubes having perforated wall members extending longitudily of the reactor and defining an annulus containing a dehydrogenation catalyst. A supply line to the reactor is equipped with a rotation vane. An injection nozzle comprising a coaxial flow tube extends into the supply line downstream of the vane. The coaxial flow tube has an interior chamber and an annular chamber surrounding the interior chamber and extending into the supply line along with the interior chamber. The interior chamber is connected to a catalyst extender source and the annular chamber is connected to a source of a carrier gas which is effective to disperse the extender within feedstock flowing into the reactor. | 10-06-2011 |
Timothy G. Gremillion, Knoxville, TN US
Patent application number | Description | Published |
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20110127413 | Systems and Methods for Calibrating Time Alignment For A Positron Emission Tomography (PET) System - A representative positron emission tomography (PET) calibration system includes a PET scanner having a ring detector, a phantom that is placed at approximately the center of the ring detector, and a time alignment calibration manager that is coupled to the PET scanner. The time alignment calibration manager detects coincidence events from the phantom, calculates position of time of flight events from the ring detector based on the detected coincidence events, and calculates time offsets for the ring detector using a mean value calculation based on the calculated position of the time of flight events. | 06-02-2011 |