Motorola Corporation

William J Macko

Gregory L Cannon

Gregory W Fuller

Robert D Fennell

Thomas V D'Amico

Nancy E Mondrosch

Mark H Rackin

Victor Jensen

John Joseph Cady

Norman Eugene Schultz

Carl Raymond Steinbach

Nicholas Petrakos

Morris A Moore

Gregg E Rasor

Robert K Lockhart, Jr

Craig S Wallace

Robert H Bass

Nancy Mondrosch Cannon

Nichola B Hosack

Richard A Hill

Greg Cannon

Edward H Robinson

Jill L Theobald

A communication device (100) whose operations are synchronized to a stored appointment book (117). The communication device (100) comprises a controller (116) programmed to accept and store an appointment book (117) including information representing daily appointments and configuration information (119) specifying actions to be performed by the communication device with respect to the daily appointments. The controller monitors the appointment book in real time and perform actions saynchronized to the appointment book (117).

Communication device controlled by appointment information stored

A selective call messaging peripheral (100) capable of receiving at least one message and communicating it to an electronic information processing device (200) comprises a microcontroller (105) including a processor (106) for executing a microcode program that controls operation of the peripheral and a receiver (103) that operates to receive and demodulate an information signal to provide a recovered information signal including an address signal and the message. A correlator (109) compares the recovered address signal with a predetermined address and generates an address detection, indicating selection of the peripheral. A PCMCIA memory only interface (119) communicates notification of address detection to the electronic information processing device (200), and in response to a message read command received from the electronic information processing device (200), the microcontroller (105) configures the Personal Computer Memory Card Interface Association (PCMCIA) interface (119) to permit the electronic information processing device (200) to read the message from the peripheral (100).

Selective call receiver with computer interface message notification

A selective call messaging peripheral (100) capable of receiving at least one message and communicating the at least one message to an electronic information processing device (200). An information signal is received and demodulated to provide a recovered information signal including an address signal and at least one message. A correlator (109) generates a detection indicating selection of the selective call messaging peripheral when the recovered address is substantially equivalent to a predetermined address. In response to selection of the selective call messaging peripheral (100), a PCMCIA communication interface (119) communicates the at least one message between the selective call messaging peripheral (100) and the electronic information processing device (200).

Selective call receiver with computer interface

A selective call messaging peripheral (100) capable of receiving at least one message and communicating it to an electronic information processing device (200) comprises a microcontroller (105) including a processor (106) for executing a microcode program that controls operation of the peripheral and a receiver (103) that operates to receive and demodulate an information signal to provide a recovered information signal including an address signal and the message. A correlator (109) compares the recovered address signal with a predetermined address and generates an address detection indicating selection of the peripheral. A Personal Computer Memory Card Interface Association (PCMCIA) memory only interface (119) communicates notification of address detection to the electronic information processing device (200), and in response to a message read command received from the electronic information processing device (200), the microcontroller (105) configures the PCMCIA interface (119) to permit the electronic information processing device (200) to read the message from the peripheral (100).

A messaging peripheral (100) includes a processor (106) for executing a microcode program that controls operation of the messaging peripheral (100), and a PCMCIA memory only interface (119) that allows communication of communication of at least one message and a user selectable password between an electronic information processing device (200) and the messaging peripheral (100). The PCMCIA memory only interface couples to a secure memory access interface that is controlled by the processor (106). The secure memory access interface (703) allows the electronic information processing device (200) to access the at least one message when a memory protection mode is selected and the processor (106) receives a user entered password and performs a correlation between the user entered password and the user selectable password.

Messaging peripheral with secure message data function

A selective call receiver (130) receives radio transmitted messages and stores the received messages such that the messages may be simultaneously accessed from that memory by another device. The selective call receiver comprises an antenna (202) for receiving the transmitted messages, the antenna (202) being coupled to a receiver module (204) for recovering the messages. A decoder (206) is coupled for receiving the messages from the receiver module (204). A controller (212) is coupled for determining whether the recovered message is addressed to the selective call receiver (130). A dual port RAM (208) is coupled to the controller (212) via a first address and data bus for storing the messages addressed to the selective call receiver (130), and the dual port RAM (208) has a second address and data bus for providing simultaneous access to another device.

Dual port memory communication for a radio frequency device and a

A radio receiver (110) for receiving messages from a plurality of sources includes a message database (252) for storing the messages and sources from which the messages originate and a processing unit (220) for determining whether each source has a status of anchored or unanchored. The processing unit (220) further flags last received messages from anchored sources to indicate that the last received messages are anchored messages which are to be deleted only after deletion of unanchored messages which are not flagged as anchored messages.

Method and apparatus for prioritizing deletion of received messages

A battery powered electronic device (105) for coupling to a host computer (205 ) comprises an interface (115) for transmitting data and an annunciator (340) for generating a sensible alert. The electronic device (105) further comprises interface monitoring circuitry (320) coupled to the interface (115) for determining an interface status as being active or inactive and voltage monitoring circuitry (360) coupled to a battery (355) for monitoring the battery voltage. Threshold detection circuitry (360) coupled to the voltage monitoring circuitry (360) detects that the battery voltage has exceeded a predetermined threshold voltage and generates a low battery signal in response thereto. A controller (320) receives the low battery signal and, in response thereto, provides a low battery indication to the interface (115) when the interface (115) has an active status and provides an activation signal to the annunciator (340) when the interface (115) has an inactive status.

Computer card having low battery indicator

A selective call receiver (100) for transmitting information to an external electronic device (208), such as a personal computer, includes a memory (125) for storing a predetermined status menu including at least one status category associated with internal status information of the selective call receiver (108). When the selective call receiver (100) is interactively coupled to the external electronic device (208) and receives a user-initiated status command therefrom, the predetermined status menu is retrieved from the memory (125) and transmitted to the external electronic device (208).

Method and apparatus for transmitting status information from a

A method in a radio communication device (110) for receiving a lengthy message comprises the steps of receiving an RF signal (300) comprising header information (310) and submessages (305), wherein each submessage (305) is a portion of the lengthy message, and comparing header information (310) corresponding to a submessage (305) with header information corresponding to previously stored submessages, If the header information (310) corresponding to the submessage (305) is not substantially equivalent to header information corresponding to at least one of the previously stored submessages, the submessage is stored in a memory (225). The method further comprises the step of combining the submessages (305), in response to the header information (310), to form the lengthy message.

Method and apparatus for combining submessages of a message to form the

A method and apparatus in a selective call receiver (100) choose and load a software driver program (124) into an external computer (302). The apparatus comprises a data interface (118) for coupling with the external computer (302) and a memory (122) containing pre-programmed data comprising a plurality of executable software driver programs (124). The apparatus further comprises a processor (108) coupled to the memory (122) and to the data interface (118) for controlling interactions between the memory (122) and the data interface (118). The method comprises the steps of: coupling (402) the data interface (118) to the external computer (302); receiving (404) in response a signal comprising an identifier from the external computer (302); accessing (406) the memory (122) to locate a software driver program (124) compatible with the external computer (302) identified by the identifier; and transmitting (412) to the external computer (302) the software driver program (124) in response to locating the software driver program (124).

Method and apparatus for loading a software program from a radio modem

A two-way communications system for use with a host computer includes a control unit, a base station and multiple radio/data terminal units. The control unit interfaces directly with the computer but uses a radio link to the portable units. Voice and data signals can be transmitted and data between units is decoded, sorted, stored, encoded, and sent to its destination in accordance with predetermined protocol in queue discipline. An extensive self-diagnostic system is included. An active redundancy arrangement switches between two control units/base stations on a regular schedule if both units are up, and instantaneously if the 'on' unit goes down.

Re-linked portable data terminal controller system

A base station encoder is connected to a decoder terminal and paging transmitter by means of a single voice-pair telephone line link. Automatic operations reduce operator fatigue and operating costs. Digital, tone-keyed gain controls automatically compensate for line losses. All dialing, including long distance and overseas calls, and station identification are done automatically.

Growing community of inventors

West Palm Beach, FL, United States of America

William J Macko