Shane R.
Shane R. Burckhard, Sanger, TX US
Patent application number | Description | Published |
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20150034299 | WELL PACKER WITH SHOCK DISSIPATION FOR SETTING MECHANISM - A packer assembly can include a setting mechanism with a shock dissipation device that deforms and thereby dissipates shock produced by the setting mechanism. A method of constructing a packer assembly can include assembling a setting mechanism by releasably securing a piston of the setting mechanism, the piston displacing in response to a predetermined pressure differential being applied across the piston, and positioning a shock dissipation device with the piston, the shock dissipation device dissipating shock produced by displacement of the piston when the predetermined pressure differential is applied. Another packer assembly can include a setting mechanism which outwardly extends a seal element and/or a gripping device, the setting mechanism including a shock dissipation device which deforms and thereby dissipates shock produced by the setting mechanism, and the shock dissipation device including a generally tubular member having multiple openings formed through a wall of the tubular member. | 02-05-2015 |
20150034300 | WELL PACKER WITH NONROTATING MANDREL LOCK DEVICE - A method of constructing a packer assembly can include installing a body lock ring on a mandrel, and then outwardly surrounding the body lock ring with a structure displaceable relative to the mandrel by a setting mechanism. A packer assembly can include a setting mechanism which displaces a structure relative to a mandrel, and a mandrel lock device which permits one way displacement of the structure relative to the mandrel, the mandrel lock device including a body lock ring and a bias sleeve which urges the body lock ring into gripping engagement with the mandrel, the bias sleeve and the structure being separate elements of the packer assembly. The bias sleeve can be secured against rotation relative to the mandrel while the structure is rotatable relative to the mandrel. | 02-05-2015 |
Shane R. Johnson, Chandler, AZ US
Patent application number | Description | Published |
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20150155420 | OPTICAL DEVICE BASED ON BISMUTH-CONTAINING III-V COMPOUND MULTILAYER SEMICONDUCTORS - Optical devices based on bismuth-containing III-V compound semiconductor materials are disclosed. The optical device includes an optically active pseudomorphic superlattice formed on a substrate. The superlattice includes alternating InAsSb | 06-04-2015 |
Shane R. Konsella, Boise, ID US
Patent application number | Description | Published |
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20090303522 | SYSTEMS AND METHODS FOR SELECTIVELY PRINTING USING A NETWORKED PRINTER - The present disclosure is directed to selective printing of a print job based on the printing capabilities of a networked printer. Print jobs can be sent to a print server and sorted based on various printing requirements. The print jobs can then be sent to printers capable of printing the print characteristics. | 12-10-2009 |
Shane R. Konsella, Star, ID US
Patent application number | Description | Published |
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20120110151 | Web application usage of accessory device directly connected to electronic device in non-networked manner - An accessory device is directly connected in a non-networked manner to an electronic device. The accessory device is to be used by a web application running on a computing device connected to the electronic device over a network. The accessory device has a shared context or an owned context. The shared context specifies that usage of the accessory device is shared among the web application and one or more other web applications. The owned context specifies that the usage of the accessory device is exclusive to the web application and not to any other web application. | 05-03-2012 |
Shane R. Vallen, Copley, OH US
Patent application number | Description | Published |
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20130327625 | Magnetic Float Switch - Embodiments of the invention provide a float switch with a float housing having a magnetically-activated, hermetically-sealed reed switch secured within an interior cavity in a first orientation and a permanent magnet positioned in a second orientation. The permanent magnet is movable within a chamber in the interior cavity between a first activation position and a second non-activation position. For connection to a pump, electrical conductors extend from the float housing at one end and are electrically coupled to the reed switch. | 12-12-2013 |