Wethington
Brian Wethington, Portland, OR US
Patent application number | Description | Published |
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20130192102 | IRONING BOARD APPARATUS AND METHODS - An ironing board apparatus comprising a primary ironing board component comprising a first surface suitable for ironing fabrics; and a secondary ironing board component comprising a second surface suitable for ironing fabrics, wherein the secondary ironing board component is rotatably attached to the primary ironing board component, and wherein the secondary ironing board component lies in a different but parallel plane than the primary ironing board component. Another aspect comprises an ironing board apparatus comprising a primary ironing board component comprising a first surface suitable for ironing fabrics; and secondary ironing board component comprising a second surface suitable for ironing fabrics, wherein the secondary ironing board component is rotatably attached to the primary ironing board component, and wherein the secondary ironing board component lies in a same plane as the primary ironing board component when the secondary ironing board component is in a closed position. | 08-01-2013 |
Glenn Wethington, Oakland, KY US
Patent application number | Description | Published |
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20150060707 | ELECTRO-HYDRAULIC ACTUATOR - This present invention relates to a remote electro-hydraulic actuator for actuating of mechanical devices, such as a valve in an internal combustion exhaust pipe. The actuator includes a multi-vane rotational assembly that flows the working fluid through strategically sized flow channels within the structure of the rotational assembly. The size of the holes are sized to help the stability of the valve and can also be provided with pressure check valves or reed valves to dampen the rotation of the valve and reduce any instabilities due to pulsations driven back via the output shaft. | 03-05-2015 |
Kevin Lee Wethington, Salt Lake City, UT US
Patent application number | Description | Published |
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20140053250 | Access to Web Application via a Mobile Computing Device - Technology is described for allowing access to a web application using a mobile computing device. The method can include obtaining a secure user identifier associated with the mobile computing device as confirmed by a secure wireless network. A hardware device identifier can be retrieved from the mobile computing device. Physical location coordinates can be identified for the mobile computing device. The user identification, hardware device identifier and the physical location can be sent to a web server. Another operation can be enabling access to the web application based on the secure user identifier, a hardware device identifier and correct physical location coordinates as defined by the web application. | 02-20-2014 |
Stephen Wethington, Sarasota, FL US
Patent application number | Description | Published |
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20100262848 | POWER CONSUMPTION MANAGEMENT IN A NETWORK DEVICE - A method includes buffering an initial amount of data of a data set transmitted from a MAC. When an amount of time for data associated with the data set to fill a PHY buffer approaches an amount of time for the far-end PHY to transition from the second far-end PHY power state to the first far-end PHY power state, buffering a remaining amount of data of the data set transmitted from the MAC and transmitting the data to a far-end PHY after the far-end PHY transitions between a second and first far-end PHY power state. When the amount of time for data associated with the data set to fill the buffer exceeds the amount of time for the far-end PHY to transition from the second to the first far-end PHY power state, transmitting a data delay indicator to the MAC to preempt the MAC from transmitting the remaining amount of data. | 10-14-2010 |
20120269070 | POWER CONSUMPTION MANAGEMENT IN A NETWORK DEVICE - A method includes buffering an initial amount of data of a data set transmitted from a MAC. When an amount of time for data associated with the data set to fill a PHY buffer approaches an amount of time for a far-end PHY to transition from a second far-end PHY power mode to a first far-end PHY power state, a remaining amount of data of the data set transmitted from the MAC is buffered and the data is transmitted to the far-end PHY after it transitions to the first far-end PHY power state. When the amount of time for data associated with the data set to fill the buffer exceeds the amount of time for the far-end PHY to transition to the first far-end PHY power state, a data delay indicator is transmitted to the MAC to preempt the MAC from transmitting the remaining amount of data. | 10-25-2012 |