Abstract: The present invention involves the use of nanoporous carbons derived from partially or fully demetalized metal carbides in personal protection equipment for the irreversible absorption/adsorption of both broad and specific targeted gases. These materials have been specifically processed to provide enhanced effective loadings against specific harmful volatile organic compounds.

Abstract: A wireless switch control panel may control supply of current to a plurality of outlets. Control may be exercised to adjust current levels and may be for standard AC voltages including 110 VAC and 220 VAC. A system including such a wireless switch panel may include a hub which coordinates communication among components including one or more wireless switch panels, optional sensors, and wireless electronic devices such as smartphones or tablets.

Abstract: A multi-mode interference (MMI) device includes a substrate layer, a core layer deposited on the substrate layer for propagating an optical signal, and a cladding layer deposited on the core layer for guiding the optical signal. The core layer includes a core section suitable for propagating multiple optical signals having different wavelengths. The core section includes a shifting segment for uniquely shifting phases of the multiple optical signals. The shifting segment includes at least one or a combination of sections having different effective refractive index, a tilted segment, a curved section, and waveguides with variations in width, thickness or effective refractive index.

Abstract: The present invention involves the use of nanoporous carbons derived from partially or fully demetalized metal carbides in personal protection equipment for the irreversible absorption/adsorption of both broad and specific targeted gases. These materials have been specifically processed to provide enhanced effective loadings against specific harmful volatile organic compounds.

Abstract: User interface state (UI) information (such as UI control values) are stored and revived when the user navigates and returns to an application. When an instance of a page is created, the page registers with a tombstone list and indicates which page state information on the page is to be stored and revived when a user navigates away from the application. When the user provides an input indicating navigation away from the application, the application accesses the tombstone list and stores the UI page state information. UI page state information is stored in a page state dictionary data structure that corresponds to the current instance of the page. Then, when the user navigates back to the application, the application accesses the page state dictionary and restores the values of the UI page state information so that the user interface display is in the same state as when the user navigated away from the application.

Abstract: User interface state (UI) information (such as UI control values) are stored and revived when the user navigates and returns to an application. When an instance of a page is created, the page registers with a tombstone list and indicates which page state information on the page is to be stored and revived when a user navigates away from the application. When the user provides an input indicating navigation away from the application, the application accesses the tombstone list and stores the UI page state information. UI page state information is stored in a page state dictionary data structure that corresponds to the current instance of the page. Then, when the user navigates back to the application, the application accesses the page state dictionary and restores the values of the UI page state information so that the user interface display is in the same state as when the user navigated away from the application.

Abstract: A method includes routing, through a social network enabled router at a location of a business entity, an Internet connection request from a data processing device of a customer of the business entity at the location thereof to a web interface requiring the customer to log in with a social network identifier thereof. The method also includes redirecting, on the data processing device, the customer to another web interface requiring intervention on part of the customer by way of endorsement of the business entity on a social network through the another web interface following the customer logging into the web interface. Further, the method includes permitting, through the social network enabled router, the customer free Internet access at the location of the business entity through the data processing device solely after the customer endorsement of the business entity on the social network through the another web interface.

Abstract: User interface state (UI) information (such as UI control values) are stored and revived when the user navigates and returns to an application. When an instance of a page is created, the page registers with a tombstone list and indicates which page state information on the page is to be stored and revived when a user navigates away from the application. When the user provides an input indicating navigation away from the application, the application accesses the tombstone list and stores the UI page state information. UI page state information is stored in a page state dictionary data structure that corresponds to the current instance of the page. Then, when the user navigates back to the application, the application accesses the page state dictionary and restores the values of the UI page state information so that the user interface display is in the same state as when the user navigated away from the application.

Abstract: A mobile platform for providing a mixed reality experience to a user via a mobile communications device of the user, the platform including an image capturing module to capture images of an item in a first scene, the item having at least one marker; a communications module to transmit the captured images to a server, and to receive images in a second scene from the server providing a mixed reality experience to the user. In addition, the second scene is generated by retrieving multimedia content associated with an identified marker, and superimposing the associated multimedia content over the first scene in a relative position to the identified marker.

Abstract: A marketing platform for providing a mixed reality experience to a user via a mobile communications device of the user, the platform including an image capturing module to capture images of an item in a first scene, the item having at least one advertising marker, a communications module to transmit the captured images to a server, and to receive images in a second scene from the server providing a mixed reality experience to the user. In addition, the second scene is generated by retrieving multimedia content associated with an identified advertising marker, and superimposing the associated multimedia content over the first scene in a relative position to the identified marker. Furthermore the associated multimedia content corresponds to a predetermined advertisement for goods or services.