Henderson

Andrew Henderson, Malmo SE

Patent application number	Description	Published
20090160781	LATERAL PRESSURE SENSORS FOR TOUCH SCREENS - An interactive touch screen and method of manipulating an image on an interactive touch screen. The device includes a user interface screen, an interactive image in the user interface screen, at least one pressure sensor positioned adjacent a periphery of the user interface screen, and a pressure sensitive widget responsive to pressure in a direction of said at least one pressure sensor for manipulating the image in a direction of applied pressure. The method includes providing at least one pressure sensor adjacent a periphery of the interactive touch screen, providing a widget in the interactive touch screen without obscuring the image, applying directional pressure to the widget for activating at least one sensor and without sliding the widget in the interactive touch screen, and moving the image in a direction of applied pressure.	06-25-2009

Patent application number	Description	Published
20110246918	METHODS, SYSTEMS AND COMPUTER PROGRAM PRODUCTS FOR ARRANGING A PLURALITY OF ICONS ON A TOUCH SENSITIVE DISPLAY - Systems and methods of arranging a plurality of icons on a touch sensitive display device of a computing device include receiving contact information from the touch sensitive display device indicating a first and a second one of the plurality of icons have been moved until they touch each other on the touch sensitive display device. A new folder is automatically created responsive to the received contact information indicating the first and second icons have been moved until they touch. The new folder includes stored resources of the computing device associated with the first and the second icons. The first and second icons are replaced on the touch sensitive display device with a new icon associated with the new folder.	10-06-2011

Patent application number	Description	Published
20110158874	Gas Separation Process - A process for the separation of carbon dioxide from gas mixtures is disclosed in which a metal oxide sorbent, which is used to capture and release carbon dioxide, is recycled. The process incorporates the regeneration of the carbon dioxide capture capacity of the metal oxide to maintain a high capture capacity over many cycles. The regeneration involves hydrating the metal oxide and then heating the resulting metal hydroxide under a gas atmosphere that is effective to suppress the dehydration of the hydroxide so that dehydration occurs at an elevated temperature. The regeneration may also be used independently from the carbon dioxide separation process to produce, from a metal hydroxide, a metal oxide having an enhanced resistance to attrition and fragmentation.	06-30-2011