Abstract: An electronic device and corresponding method provide haptic feedback to a user. The electronic device includes a rigid input surface, a piezoelectric element directly attached to the rigid input surface, sensors disposed adjacent to the rigid input surface for sensing when the user selects various portions of the rigid input surface, the sensors providing electrical signals indicative of the selected portions, and a controller that receives the electrical signals from the sensors, and in response thereto causes drive signals to be provided to the piezoelectric element causing deformation of the piezoelectric element and bending of the rigid input surface, wherein the bending of the rigid input surface provides haptic feedback to the user in response to the user selecting of the rigid input surface.

Abstract: This invention is a wireless communication device (100) including a first housing (220) with a housing support (250) and a second housing (120) positioned about the housing support, or a portion thereof, so that the second housing may rotate around the housing support. Also, the second housing (120) includes a circular portion (122) positioned about the housing support (250) and an extending portion (124) extending from the circular portion. When the device (100) is in a closed position (110), the circular and extending portions (122 & 124) of the second housing (120) are adjacent to the first housing (220). When the device (100) is in an opened position (210), the circular portion (122) is adjacent to the first housing (220) and the extending portion (124) is away from the first housing. In addition, the second housing (120) may have multiple position relative to the first housing (220) in which each position activates a particular function of the device (100).

Abstract: This invention is a wireless communication device (100) including a first housing (220) with a housing support (250) and a second housing (120) positioned about the housing support, or a portion thereof, so that the second housing may rotate around the housing support. Also, the second housing (120) includes a circular portion (122) positioned about the housing support (250) and an extending portion (124) extending from the circular portion. When the device (100) is in a closed position (110), the circular and extending portions (122 & 124) of the second housing (120) are adjacent to the first housing (220). When the device (100) is in an opened position (210), the circular portion (122) is adjacent to the first housing (220) and the extending portion (124) is away from the first housing. In addition, the second housing (120) may have multiple position relative to the first housing (220) in which each position activates a particular function of the device (100).

Abstract: This invention is a wireless communication device (100) including a first housing (220) with a housing support (250) and a second housing (120) positioned about the housing support, or a portion thereof, so that the second housing may rotate around the housing support. Also, the second housing (120) includes a circular portion (122) positioned about the housing support (250) and an extending portion (124) extending from the circular portion. When the device (100) is in a closed position (110), the circular and extending portions (122 & 124) of the second housing (120) are adjacent to the first housing (220). When the device (100) is in an opened position (210), the circular portion (122) is adjacent to the first housing (220) and the extending portion (124) is away from the first housing. In addition, the second housing (120) may have multiple position relative to the first housing (220) in which each position activates a particular function of the device (100).

Abstract: A cellular telephone holster includes a holster section formed to accept a cellular telephone. A clip portion is rotatably attached to the holster section and formed to have a circular opening with at least one detent along an inner perimeter of the opening. A spring system is coupled to the holster section and includes a substantially incompressible piston and a compressible material separate from and coupled to the substantially incompressible piston. The circular opening is sized to fit around the spring system. The holster section is formed to have at least one protrusion, and the substantially incompressible piston and the compressible material are insertable against the protrusion, whereby the at least one protrusion contributes to holding the substantially incompressible piston and the compressible material in place relative to the holster section.