Abstract: Techniques are disclosed for providing a scrapbooking function in electronic computing devices. The user can engage the scrapbooking function with a content sampling command that engages a scrapbook creation mode which virtually rips a digital content sample from a content source. The digital content sample may be displayed to the user with a torn edge, as if it had been physically torn from a magazine or catalogue. The content sampling command may be, for example, a swipe gesture, an S-gesture, or selecting a scrapbook UI control feature. The user may save the sampled content into a new scrapbook or save it to an existing scrapbook. The user may also engage the scrapbooking function by entering a scrapbook viewing mode which allows the user to view and edit existing scrapbooks. The content sample may include all encrypted data present in the digital content from which it is sampled.

Abstract: Techniques are disclosed for lighting displays such as those associated with electrophoretic display (EPD) devices such as e-readers or any other display technologies or applications. In an embodiment, an EPD device is provided with a number of internal LEDs or other suitable light source generally disposed along at least a portion of the display perimeter. The light can be activated in situations where the available ambient light is inadequate for viewing the display. Light from the light source is distributed across the display, and in some embodiments can be adjusted to provide a desired degree of brightness. The light can be turned on or off via an existing single press-button or otherwise tactile, physical user interface that serves multiple functions. This user interface can be readily found and engaged by the user without the benefit of sight.

Abstract: In embodiments of content control based on data link context, a portable electronic device (102) detects when communicatively linked to a media rendering device (114) via a data link (122). The portable electronic device (102) can then determine whether the data link (122) was previously utilized to communicatively link the portable electronic device (102) to the media rendering device (114). The portable electronic device (102) can then initiate a media control selection menu (128) for display on the portable electronic device (102) if the data link (122) was not previously utilized. Alternatively, the portable electronic device (102) can initiate a media control interface (126) for display on the portable electronic device (102) if the data link (122) was previously utilized, where the media control interface (126) is implemented for user-selection to control media content (106) that is rendered by the media rendering device (114).

Abstract: An embodiment of a user interface of an electronic device is configured to display user interface elements along a timeline. Each displayed user interface element is associated with an event that is characterized by one or more event attributes. The event attributes include a temporal attribute (e.g., a date and/or time). Each user interface element is relatively positioned along the timeline based on its temporal attribute, and each user interface element is displayed with a visual representation of a set of its associated event attributes. The displayed set of event attributes for a particular user interface element is determined based on a position of the user interface element along the timeline and/or a spatial zoom level at the time. The spatial zoom level and/or position along the timeline of each user interface element may be modified based on user inputs.