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Jordy
Christian Jordy, St Louis De Montferrand FR
| Patent application number | Description | Published |
|---|---|---|
| 20100270497 | ACTIVE MATERIAL COMPOSITION FOR THE NEGATIVE ELECTRODE OF A LITHIUM-ION ACCUMULATOR - An alloy comprising tin, silicon and carbon, and containing a crystalline M-Sn phase, M being an inert metal. | 10-28-2010 |
Dustin Jordy, Cypress, TX US
| Patent application number | Description | Published |
|---|---|---|
| 20100096127 | FLOW REGULATOR ASSEMBLY - A system for and method of supplying an injection fluid to a well assembly so that the injection fluid flows at a substantially constant flow rate. The fluid can be injected at a single site in the well assembly or multiple sites. A flow control regulator is included that attaches to the well assembly and provides a self adjusting flow control for the fluid being injected. The regulator includes a slidable floating sleeve having an orifice through which the fluid flows. The sleeve includes an inlet port that can register with a fluid supply port to allow the injection fluid to make its way into the sleeve. The fluid exits the sleeve through the orifice to generate a pressure differential across the orifice that in turn exerts a sliding force onto the sleeve. Moving the sleeve misaligns the inlet port and fluid supply port thereby throttling flow through the regulator to a predetermined flow rate. | 04-22-2010 |
George Jordy, Hopewell Junction, NY US
| Patent application number | Description | Published |
|---|---|---|
| 20090033433 | Circuits, Systems, and Methods for a Voltage Controlled Oscillator with Coarse, Fine, and Center Tuning - Circuits, systems, and methods for generating a variable oscillator output. The circuits generally comprise a capacitor configured to receive first and second currents of a first polarity (e.g., charging currents) and a third current of a second polarity opposite to the first polarity (e.g., a discharge current). The circuit further comprises a first circuit configured to receive a bias input, a second circuit configured to receive a coarse control input, and a third circuit configured to receive a fine control input. The first circuit is further configured to provide the first current in response to the bias input. The second circuit is further configured to provide the second current in response to the coarse control input, such that the second current generally has a magnitude of from zero to a multiple of the magnitude of the first current. The third circuit is further configured to provide the third current when the capacitor has a voltage that passes a threshold voltage determined by the fine control input. The present invention advantageously provides for producing a variable oscillator output over a broad range with the coarse control input, while also having low gain with the fine control input. The present invention is also advantageously suitable for standard integrated circuit manufacturing processes because the bias input can be adjusted to compensate for process variations. | 02-05-2009 |