Abstract: Configurable buttons for electronic devices such as portable electronic devices are provided. A configurable button may have a button member that moves relative to a device housing when it is desired to activate a switch. The button may have an associated touch sensor. The touch sensor may detect when a user's finger touches a particular portion of the button member. Contact with only this portion of the button member is generally inadvertent, so an actuator may be used to prevent or otherwise restrict motion of the button relative to a device housing. This prevents inadvertent activation of the button when a user is manipulating portions of an electronic device such as clip or lid, but does not intend to depress the button.

Abstract: Configurable buttons for electronic devices such as portable electronic devices are provided. A configurable button may have a button member that moves relative to a device housing when it is desired to activate a switch. The button may have an associated touch sensor. The touch sensor may detect when a user's finger touches a particular portion of the button member. Contact with only this portion of the button member is generally inadvertent, so an actuator may be used to prevent or otherwise restrict motion of the button relative to a device housing. This prevents inadvertent activation of the button when a user is manipulating portions of an electronic device such as clip or lid, but does not intend to depress the button.

Abstract: Compact input devices formed on flexible substrates are disclosed. The input devices may be formed using three or more conducting layers. By including three or more conducting layers, the diameter of the input device may be minimized. In addition, to improve the flexibility of portions of the input device mounted, some portions of the input device may be made to have fewer layers than other portions of the input device.

Abstract: Compact input devices formed on flexible substrates are disclosed. The input devices may be formed using three or more conducting layers. By including three or more conducting layers, the diameter of the input device may be minimized. In addition, to improve the flexibility of portions of the input device mounted, some portions of the input device may be made to have fewer layers than other portions of the input device.

Abstract: Compact input devices formed on flexible substrates are disclosed. The input devices may be formed using three or more conducting layers. By including three or more conducting layers, the diameter of the input device may be minimized. In addition, to improve the flexibility of portions of the input device mounted, some portions of the input device may be made to have fewer layers than other portions of the input device.

Abstract: Selection button isolation arrangements for use with electronic devices are presented including: a selection pad forming a substantially planar surface disposed about a first axis, the selection pad having a pad top surface, the pad top surface configured to receive a user input, the selection pad configured to actuate a number of switches; a selection button substantially co-located with and disposed about the first axis for actuating a selection button switch, the selection button configured to receive a user input; and an annular isolation ring disposed about the first axis having a standoff for mechanically isolating the selection button such that the selection button switch is not actuated by the first user input. In some embodiments, the user input indicators are selected from the group consisting of: a menu selection, a play selection, a pause selection, a forward search selection, a backward search selection, and a stop selection.

Abstract: Configurable buttons for electronic devices such as portable electronic devices are provided. A configurable button may have a button member that moves relative to a device housing when it is desired to activate a switch. The button may have an associated touch sensor. The touch sensor may detect when a user's finger touches a particular portion of the button member. Contact with only this portion of the button member is generally inadvertent, so an actuator may be used to prevent or otherwise restrict motion of the button relative to a device housing. This prevents inadvertent activation of the button when a user is manipulating portions of an electronic device such as clip or lid, but does not intend to depress the button.

Abstract: Scrolling input arrangements are presented including: a flexible membrane; a number of capacitive sensors mechanically integrated with the flexible membrane, the capacitive sensors radially disposed with respect to a first axis that is perpendicular with respect to the flexible membrane; an integrated circuit mechanically coupled with the flexible membrane and electronically coupled with the capacitive sensors, the integrated circuit configured to process a number of electronic signals from the capacitive sensors to provide a scrolling function; and a connection region on the flexible membrane for electronically coupling the scrolling input arrangement with an electronic device.

Abstract: Parallel stacking mid-frame structural supports for use with a portable electronic device are presented including: a first side member; a second side member disposed substantially parallel to the first side member, the first member and the second member each configured with; a support feature for providing structural support when an applied load exceeding a predetermined threshold is exerted on the portable electronic device, and an attachment feature; a third side member mechanically contiguous with and disposed substantially perpendicular to the first side member; and a fourth side member mechanically contiguous with and disposed substantially perpendicular to the first side member. In some embodiments, the mid-frame structural support also includes: a first number of rib supports for supporting a printed circuit board (PCB), and a second number of rib supports for supporting the PCB. In some embodiments, the predetermined threshold is approximately 800 grams.

Abstract: Compact input devices formed on flexible substrates are disclosed. The input devices may be formed using three or more conducting layers. By including three or more conducting layers, the diameter of the input device may be minimized. In addition, to improve the flexibility of portions of the input device mounted, some portions of the input device may be made to have fewer layers than other portions of the input device.

Abstract: Selection button isolation arrangements for use with electronic devices are presented including: a selection pad forming a substantially planar surface disposed about a first axis, the selection pad having a pad top surface, the pad top surface configured to receive a user input, the selection pad configured to actuate a number of switches; a selection button substantially co-located with and disposed about the first axis for actuating a selection button switch, the selection button configured to receive a user input; and an annular isolation ring disposed about the first axis having a standoff for mechanically isolating the selection button such that the selection button switch is not actuated by the first user input. In some embodiments, the user input indicators are selected from the group consisting of: a menu selection, a play selection, a pause selection, a forward search selection, a backward search selection, and a stop selection.

Abstract: Parallel stacking mid-frame structural supports for use with a portable electronic device are presented including: a first side member; a second side member disposed substantially parallel to the first side member, the first member and the second member each configured with; a support feature for providing structural support when an applied load exceeding a predetermined threshold is exerted on the portable electronic device, and an attachment feature; a third side member mechanically contiguous with and disposed substantially perpendicular to the first side member; and a fourth side member mechanically contiguous with and disposed substantially perpendicular to the first side member. In some embodiments, the mid-frame structural support also includes: a first number of rib supports for supporting a printed circuit board (PCB), and a second number of rib supports for supporting the PCB. In some embodiments, the predetermined threshold is approximately 800 grams.

Abstract: Scrolling input arrangements are presented including: a flexible membrane; a number of capacitive sensors mechanically integrated with the flexible membrane, the capacitive sensors radially disposed with respect to a first axis that is perpendicular with respect to the flexible membrane; an integrated circuit mechanically coupled with the flexible membrane and electronically coupled with the capacitive sensors, the integrated circuit configured to process a number of electronic signals from the capacitive sensors to provide a scrolling function; and a connection region on the flexible membrane for electronically coupling the scrolling input arrangement with an electronic device.