Abstract: A method for enhancing data wipeoff by predicting future navigation data. Data wipeoff using predicted future navigation data reduces or eliminates incomplete data wipeoff, thereby enhancing GPS receiver sensitivity and reducing acquisition times. Predicting future navigation data involves receiving navigation data and using the received navigation data to generate predicted future navigation data, wherein the predicted future navigation data should be approximately identical to navigation data received at a future time. The predicted future navigation data is subsequently used to perform data wipeoff.

Abstract: A method for receiving and processing an incoming message in a wireless messaging terminal is disclosed. In particular, the method includes providing a receiver which receives the message and a memory for storing the message. The method further includes matching the message with a pre-recorded voice prompt stored in the memory and retrieving the voice prompt from the memory. In addition, the method includes playing the voice prompt as an audible alert signal through an audio output device.

Abstract: A system and method of transmitting customized voice messages from a first voice messaging device to a second voice messaging device over a messaging network. A customized voice message is initially transmitted from a first voice messaging device to a second voice messaging device over the messaging network, including a first base station. The first base station assigns a unique code for that customized voice message, and then transmits that customized voice message and unique code over the messaging network to the second voice messaging device, the latter of which stores the customized voice message and the unique code associated with it. The first base station also stores the unique code in memory.

Abstract: A rotary switch with direction-of-rotation output includes a thumbwheel (12), a first reduced-diameter ratchet wheel (14), a second reduced-diameter ratchet wheel (16), and a mounting shaft (18) upon which the thumbwheel (12), ratchet wheel (14), and ratchet wheel (16) are mounted in side-by-side frictionally engaged relationship. The ratchet wheel (14) and the ratchet wheel (16) cooperate with respective pawls (24)(30) so that the ratchet wheel (14) is constrained for rotation in one direction only about the shaft (18), and the ratchet wheel (16) is constrained for rotation in the other direction only about the shaft (18). The thumbwheel (12) is in frictional engagement with the ratchet wheel (14) and the ratchet wheel (16) so that rotation of the thumbwheel (12) will cause one of the two ratchet wheels to rotate.

Abstract: A voice scratchpad implemented in a wireless telephone allows the user to record important information gathered during a phone conversation. The wireless telephone includes signal processing means and memory means for recording at least one message or memo which is spoken over the telephone. The telephone also includes controls for initiating the recording of such a memo and for retrieving and replaying the memo. Indexing may be included which allows the system to record and replay a plurality of memos. The user of the phone can thus record important information in a memo on the voice scratchpad without the need for paper or the concentration and effort required for writing.

Abstract: A two way messaging terminal includes a transmitter and a receiver. A voice message is encoded using a CODEC after which the resulting data is compressed in non-real time prior to transmission. On receipt the compressed message is first decompressed in non-real time prior to decoding and playing back.

Abstract: A method for receiving and processing an incoming message in a wireless messaging terminal. The method includes providing a receiver which receives the message and a memory for storing the message. The method further includes matching the message with a pre-recorded voice prompt stored in the memory and retrieving the voice prompt from the memory. In addition, the method includes playing the voice prompt as an audible alert signal through an audio output device.

Abstract: A method for receiving and processing an incoming message in a wireless messaging terminal. The method includes providing a receiver which receives the message and a memory for storing the message. The method further includes matching the message with a pre-recorded voice prompt stored in the memory and retrieving the voice prompt from the memory. In addition, the method includes playing the voice prompt as an audible alert signal through an audio output device.

Abstract: A telephone handset and remote controller apparatus for transmitting information such as phone numbers and addresses for storing in a messaging device. The telephone handset and remote controller apparatus includes a housing and a plurality of actuators disposed on the housing for allowing information to be input into memory in the telephone handset and remote controller apparatus and to allow control of the operation of the telephone handset and remote controller apparatus.

Abstract: A telephone apparatus having a plurality of dedicated keys, a plurality of changeable keys each having at least one respective dedicated function associated therewith, and a display for displaying a plurality of lines of data. The telephone apparatus is adapted to perform a plurality of main functions including so-called menu, message, pad and book functions. Each of such main functions may be directly accessed by depressing only one of the keys. Further, the telephone apparatus enables messages, including voicemail and text data messages, to be received and stored therein. Messages or responses to received messages may be produced and transmitted from the telephone apparatus.

Abstract: A two-way voice messaging terminal for communicating with a receiving terminal which may or may not be capable of reproducing a voice message transmitted from the voice messaging terminal. A voice message is digitally encoded and stored in a memory. A receiving terminal selection unit connected to the first memory preferably allows for the selection of the receiving terminal(s) to which the voice message is to be transmitted. The receiving terminal selection unit then receives the stored, digitally encoded voice message and determines whether the selected receiving terminal(s) is(are) capable of reproducing the voice message. If the receiving terminal(s) can reproduce the voice message, the voice message is transmitted to the selected receiving terminal(s). If the terminal(s) is(are) not capable of reproducing the voice message, the voice message is converted into a text message in a speech-to-text converter in the voice messaging terminal and then transmitted to the selected receiving terminal(s).

Abstract: A wrist-worn paging receiver provides an incoming message alarm by contacting the wrist of the user by the use of rotating cam lobes that reside inside the paging receiver and that are separated from actual contact with the user's skin by a thin, flexible membrane. Various alarm modes are provided by controlling the ratio of the period of rotation to period of rest of the cam lobes mounted on a cam shaft that is driven by an electric motor inside the paging receiver.

Abstract: A remote alarm apparatus is described. A transmitter is communicatively coupled to a primary communications device. The transmitter broadcasts a notification signal in response to a primary communications device alert. The notification signal is a phase modulated, radio frequency signal. A remote alarm indicator provides remote notification of the primary communications device alert. The remote alarm indicator includes a radio frequency receiver for receiving the notification signal, an alarm indicator, a decoder, a battery, and a switch. The decoder provides a signal to the alarm indicator corresponding to whether the notification signal has been received by the radio frequency receiver. The switch is coupled to permit deactivation of the alarm indicator. The battery provides power to the radio frequency receiver, the alarm indicator, and the decoder.