Abstract:
During a telephony session, a determination is made on a mobile computing device that one or more designated conditions exist by which radio interference generated from the mobile computing device is to be reduced. In response, a power state of a set of one or more components of the mobile computing device is lowered. This reduces radio interference from those components. The set of components are ancillary to the mobile computing device's ability to maintain the telephony session, so that the telephony session is not affected by the reduction of power to the components.
Abstract:
A handheld computer comprises a housing and a cover removably connected thereto by a universal hinge assembly. The universal hinge assembly includes a tubular member or arm having a proximal end fixedly (non-rotatably) secured to an edge of the cover and a distal end pivotally coupled to an edge of the cover. The pivotal coupling may comprise a ball and socket arrangement, a pin and slot arrangement, or any other type of coupling arrangement that enables universal pivoting movement and releasable attachment between the cover and the housing. The cover may include a cushion designed to abut a display screen mounted in the housing when the cover is in a closed position. A method of reconfiguring an encasement of a handheld computer having a cover releasably coupled thereto includes removing the first cover and replacing it with a second cover of a different type.
Abstract:
An embodiment of invention includes a handheld computer having a display. The display provides an output to a user-input. A housing includes a front panel that provides access to the display. A plurality of user-interactive mechanisms are provided on the housing. The user-input mechanisms include a first mechanism that is removably coupled to the housing.
Abstract:
A system and method for providing wireless services comprises a server configured to communicate over a plurality of different carrier networks with a plurality of mobile devices and to provide wireless services from a service provider to the plurality of mobile devices.
Abstract:
An audio signal is monitored to detect the presence of a call to action contained therein. Addressing information is automatically extracted from the call to action and stored on a storage medium. An electronic message responding to the call to action may be automatically prepared, or a contact field may be automatically populated for inclusion in a contact list. The audio signal may be digitized or obtained from a broadcast transmission, and the process may be performed by a mobile communication device, a central system, or a combination thereof.
Abstract:
A system and a method are disclosed for a data processing apparatus (200) is described which comprises a plurality of application programs (206, 210) configured to utilize an availability status of a user; and a presence engine (208). The presence engine (208) is configured to receive data representative of the availability status of the user and generate one or more representations of the received availability status suitable for one or more of the plurality of application programs (206, 210). The one or more representations of the received availability status are made available to the corresponding one or more of the plurality of application programs (206, 210).
Abstract:
On a device having keys with multiple values, a user may perform either an iterative directory filtering operation or a direct-dial operation, without specifying which of the operations is intended. The invention thereby allows the user to perform any of a number of different operations to specify a number to be dialed or to identify a directory record, without requiring the user to specify a mode. The invention determines which of the operations the user intends by analyzing the entered keystrokes, and activates the appropriate feedback and functionality for the determined operation. The invention further performs iterative directory filtering on multiple fields concurrently, including derived fields and combination fields.
Abstract:
To enable the peer-to-peer synchronization among multiple devices, each device in the peer network keeps track of the changes it makes to any shared data and also keeps track of its own knowledge of the changes made by other devices. When two or more peer devices communicate, they share with each other their information about any changes made to the shared data by them or by other devices. This allows the devices to synchronize with each other to the extent that each of the devices knows what changes have been made by it or by other devices in the peer network.