Abstract: Usage of televisions or other media devices is controlled, including controlling access to content on such devices. Access to multimedia content is controlled. Multimedia content to be accessed is identified, a viewer of the content is identified, data for the identified viewer that specifies a usage quota associated with the viewer and a usage rate associated with the viewer for the content is accessed, and the content to the viewer based on the usage quota and usage rate data is provided.

Abstract: Embodiments include a system and method of controlling usage of televisions or other media devices, including controlling access to content on such devices. For example, one embodiment includes a method of controlling access to multimedia content. The method includes identifying multimedia content to be accessed, identifying a viewer of the content, accessing data for the identified viewer that specifies a usage quota associated with the viewer and a usage rate associated with the viewer for the content, and providing the content to the viewer based on the usage quota and usage rate data.

Abstract: A method and system for controlling settings for an electronic device, is provided. One implementation involves detecting access to audio/visual content using the device, identifying a theme associated with the content, retrieving a set of device settings associated with the identified theme, and dynamically applying the retrieved settings to the device during access to the content.

Abstract: Provided are the high tensile nonmagnetic stainless steel wire for an low loss overhead electric conductor, the low loss overhead electric conductor using the high tensile nonmagnetic stainless steel wire as its core, and a manufacturing method of them respectively. The high tensile nonmagnetic stainless steel wire reduces a core loss and eddy current loss and minimizes effective electric resistance of the conductor by using the nonmagnetic stainless steel wire, that is a non-magnetic material, rather than a high carbon steel wire, that is a strong magnetic material. In addition, an overall power transmission loss is minimized by strengthening the tensile strength of and reducing a sectional area of the steel wire, making an aluminium-welded layer thicker, and increasing the sectional area of an aluminium conductor.