Abstract: A radio selective calling apparatus includes a control section for receiving message information containing message data indicating a message from a base station. When a processing designation code for designating contents of processing for the message data is contained in the message information, the control section performs the processing designated by the processing designation code.

Abstract: A two-way messaging system (20) for message redundancy reduction includes a two-way messaging terminal (24) and at least one two-way messaging device (22). The two-way messaging terminal (24) sends a reduced messaging signal to the receiving two-way messaging device (23) in response to receiving from the sending two-way messaging device (21) a redundancy reduced signal (92) including codes representative of one or more message components to be displayed by the receiving two-way messaging device (23) as part of a message. The receiving two-way messaging device (23) responds to the reduced messaging signal by displaying the message with the message components represented by the codes received in the reduced messaging signal.

Abstract: A radio selective call receiver includes a receiving section, a recognizing section, an alarm section and a control section. The receiving section receives a radio signal. The recognizing section detects a message and a selective call number from the received radio signal, and recognizes selectively a reception time of the message as a latest reception time based on a kind of the selective call number. The alarm section generates an alarm in response to an alarm instruction. The control section compares at a comparison timing, a time difference between a current time and the latest reception time and a predetermined time period, and selectively outputs the alarm instruction to the alarm section based on the comparing result.

Abstract: According to the invention, a method for paging from a pagor to a pager is disclosed. In one step, a page is sent wirelessly to the pager and received from the pagor. After determining that the pagee has not responded to the page for a predetermined time period, the page is converted to a message and a message-waiting indicator is activated.

Abstract: A radio paging receiver with a message display function according to the present invention can display and memorize two or more messages. The radio paging receiver with a message display function comprises a message control unit. The message control unit includes first and second character tables and a message memory. The first and second character tables are for displaying the messages with first and second character types, respectively. The messages stored in the message memory are displayed on the display window in either one of a multiple message display mode or a single message display mode. The message control unit displays the reception messages with the characters of either the first or second character type when the multiple message display mode is selected. When the single message display mode is selected, then only one of the messages is displayed on the window with the characters of the other of the first or second character type.

Abstract: A method and apparatus for receiving postponing reception of data by a pager during an airline flight. A pager is registered prior to the beginning of an airline flight. A data collector monitors for data directed to the pager. Responsive to detecting data directed to the pager, the data is stored. Responsive to a termination of the airline flight, the data is transmitted to the pager at the destination by a transmitter.

Abstract: A data display radio pager of the present invention receives a paging signal including an address number and a message following the address number. If the address number is identical with an address number assigned to the pager, a CPU (Central Processing Unit) writes the message in a RAM (Random Access Memory) while displaying it on an LCD (Liquid Crystal Display). When the user of the pager operates a read switch, the CPU accesses the RAM to display the message stored therein on the LCD. If a receipt interrupt occurs when the CPU is reading the message out of the RAM, the CPU displays both the message stored and an incoming message on the LCD.

Abstract: Message retrieval methods and devices allow for the remote retrieval of caller identity delivery (“CID”) information or messages stored in telephones, telephone answering devices (“TAD”) and the like through the use of dual-tone, multi-frequency (“DTMF”) signals.

Abstract: An apparatus and a control system to communicate with a portable wireless communication device to act as an electronic account book. The system comprises: an information providing dealer to provide a personal bank savings; an information transmission dealer to define the mailbox of a wireless receiving device and to transmit service information from the information providing dealer; a wireless receiving device, such as an electronic account book, to receive formatted information from different information providing dealers, and for checking the authority by its own machine code. When the user of the wireless receiving device asks for a function service, the information providing dealer will communicate with the information transmission dealer and store the related data of the wireless receiving device.

Abstract: In a radio communication apparatus, on the receipt of a radio signal via an antenna, an address number included in the radio signal is compared with an address number stored in the apparatus beforehand. If the two address numbers compare equal, a message processing section 4 converts a message signal following the address number to characters to be displayed and thereby produces message data. The message data are written to a message storage 7. Further, the message data are compared with an original message stored in a replacement message information storage 5 beforehand. If the message data includes the original message, then a portion of the message data corresponding to the original message is replaced with a substitute message. The replaced message data appear on a display 8. At the same time, an alert section 9 alerts the user of the apparatus to the call incoming.

Abstract: An information display device can be structured as an electronic book which has a first screen and a second screen made of liquid crystal with a memory effect. A dry battery can be used as its power source section. The remaining electric power of the battery is detected by measuring the voltage, and immediately before the remaining electric power becomes a minimum voltage necessary for erasure of the screens, the first and second screens are reset so that the images displayed thereon can be erased.

Abstract: A selective call system comprising a primary station (10) and a plurality of secondary stations (12), such as paging receivers, has provision for the primary station sending to a predetermined secondary station a qualifying call from which data, for example loyalty points, can be determined and credited to the user of a secondary station. In one embodiment, the primary station (10) receives the data and compiles a point-to-point qualifying call which includes a field containing the data and the identity code of the predetermined secondary station. Optionally, a security field and a checksum may also be included in the qualifying call compiled. The addressed secondary station (12) decodes the received qualifying call and determines the data which is stored in a non-volatile store (48) which accumulates the items of the data. The user of the secondary station is able to display the data held in the non-volatile store (48) on the secondary station's own display panel (42).

Abstract: There is provided a radio signal selective-calling receiver including (a) a display screen on which information are to be displayed, (b) a first memory for storing therein the information in the form of letters, and (c) a controller which, when the information is contained in a received signal, stores the information in the first memory and displays the information on the display screen in the form of a combination of letters and pictures, and which, when the information is not contained in a received signal, reads the information out of the first memory, converts the information into a combination of letters and pictures which combination can be displayed in one line on the display screen, and displays the thus converted combination of letters and pictures on the display screen.

Abstract: A paging transceiver and method for selectively paging provides a page to a paging transceiver but does not automatically provide an associated message. The paging transceiver receives the page and alerts the user that information is waiting and provides an identifier for the information. The user can then download or otherwise act on the information at a time and at a place convenient to the user. The paging system conserves air time and the paging transceiver conserves memory by not automatically receiving the associated information. The paging transceiver can receive transmissions during off-peak hours and has a timer which can be programmed so that information is delivered at a desired time. The paging transceiver allows a user to erase information stored at the paging transceiver and corresponding information stored at a remote system. When information is erased, the paging transceiver preferably keeps the identifier in memory and does not write over the message.

Abstract: A method for delivering an audio and/or video message to an individual. The method includes the steps of: receiving the message; detecting the presence of an individual; and if an individual is detected, delivering the message to the individual. Preferably, the message is recorded when received and associated with either a group of individuals, such as a family, or a particular individual whose facial image data is stored in a memory. If a facial recognition system detects someone from the group of individuals or the particular individual, the message is delivered to the individual by way of a video monitor and/or speaker. The method also preferably locates an individual who is associated with a message in a room in a structure and delivers the message to the room in which the individual is located.

Abstract: A selective call radio receiver with an external connection function, includes a connection section, a normal message storage section, a transfer message storage section and a control section. The connection section is connected with an external unit. The normal message storage section stores normal messages and the transfer message storage section stores transfer messages. The control section classifies a reception message into the normal message and the transfer message based on a header data of the reception message to store in one of the normal message storage section and the transfer message storage section in accordance with the classification. Also, the control section transfers the transfer messages from the transfer message storage section to the external unit through the connection section in response to a transfer instruction.

Abstract: A radio selective calling receiver includes a storage 105 storing a plurality of frequencies each corresponding to a particular area in which a service is available. A synchronized frequency storage 112 stores, frequency by frequency, the numbers of times of synchronization set up at consecutive sampling times together with the sampling times. When frequency search begins, a receipt frequency control 110 sequentially searches the frequencies in accordance with the number of times of synchronization set up at a sampling time closest to the time at which the search has begun. The receiver is capable reducing a period of time necessary for a frequency search without forcing the user of the receiver to perform any special setting operation. This reduces the probability of missing a call meant for the receiver and saves power to be allocated to frequency search.

Abstract: The invention relates to a method and a wireless communication terminal (100) for handling location independent short messages. The terminal (100) comprises control means for handling receiving and/or transmitting a location independent short message over a cellular communication network (120). The short message comprises identification means. Also, the terminal (100) comprises display means (150) for presenting short messages to a user of the terminal (100), and one message folder (220) to place and/or store location independent short messages in. The folder (220) is provided on the display means (150), and having sorting means to select location independent short messages upon receiving/sending a location independent short message. The sorting means sorts a message automatically into the folder (220), when the identification means in the location independent short message is recognized by the sorting means.

Abstract: A selective call unit (SCU) (122) is used for receiving a sequence of interspersed message fragments (FIG. 4) belonging to a plurality of messages transmitted by a messaging system. The SCU (122) receives a message length command from the messaging system indicating a total message length of a message pending transmission from the messaging system. Each message fragment includes a message portion of the plurality of messages and information indicating the length of the message fragment. The SCU (122) then determines whether there is sufficient memory available for receiving the message according to the message length command. The SCU (122) reserves memory space equivalent to the total message length when the total message length is equal to or less than available memory space, and disallows reception of the message when the total message length is greater than available memory space.

Abstract: A radio selective calling receiver comprising a receiving for receiving the radio calling signal containing sending user information that allows the receiving user to identify the sending user and assign a priority level to the sending user, a plurality of types of notifying for notifying the receiving user of the received radio calling signal in different manners, a time counting for setting up and counting the current time and date, an information storing for setting up and storing notification state information and time information through information inputting and information displaying for the receiving user, the notification state information representing a receiving operation and a notifying operation of the radio calling signal, the time information representing a valid date range and a valid time range of the receiving operation and the notifying operation, and a controlling for searching, collating, searching, comparing and controlling the notifying operations corresponding to the searched notificat

Abstract: A pager which includes, in addition to a message receiving function, a data generation program responsive to an operation for generating and storing data in the memory; and optical communication circuit for generating and transmitting a first optical signal indicative of the message or the generated data in accordance with a data selection command to another pager and for directly receiving a second optical signal including second data from the other pager and outputting the received data; and a receiving control program for storing the received data in the memory in response to a receiving command. It may further comprise: an ID code generation program for generating a first ID code according to the data selection command; a data attaching program for attaching the ID code to the data to be transmitted to another pager. The received data is stored according to the received ID code. A light intensity changing circuit may change an intensity of the first optical signal.

Abstract: A communication apparatus of the present invention displays, in its stand-by state, particular callers' name belonging to a preset group and the latest messages respectively corresponding to particular callers' names continuously on a display 6. On the receipt of a radio signal, a message conversion section 12 converts it to a received message. A comparison and controller 5 determines whether or not the converted message includes any one of the particular callers' names registered previously at a RAM (Random Access Memory) 8. If the answer of this decision is positive, the latest message corresponding to the particular caller's name and also stored in the RAM 8 is updated. Thereafter, a group name to which the particular caller's name belongs, all of the particular callers' names belonging to the group and the latest messages respectively corresponding to all of the particular callers' names are displayed on the display 6.

Abstract: In a wireless apparatus, a receiving unit receives a wireless signal, extracts a call number and a reception data subsequent to the call number from the received signal. Also, the receiving unit generates a determination signal indicative of whether a message reception mode or an information reception mode is set for the call number. A data converting unit performs a data conversion to the reception data based on a data conversion format for the call number to produce a new data when the determination signal indicates the information reception mode. A control unit displays the new data on a display unit.

Abstract: A communication apparatus of the present invention includes a message storage 8 and an unconfirmed message number storage 9. When the apparatus receives a radio signal, a message contained in the radio signal is written to the message memory 8. At the same time, the number of unconfirmed messages stored in the unconfirmed message number storage 9 is incremented by 1 (one). An LCD (Liquid Crystal Display) 10 and an alert section 11 cooperate to alert the user of the apparatus to a call incoming. When the user presses a switch 5 in response to the alert, a CPU (Central Processing Unit) 7 determines that the user has confirmed the received message. At this time, the number of unconfirmed messages stored in the storage 9 is decremented by 1 and then displayed on the LCD 10. If the user does not press the switch 5 within a preselected period of time, then the CPU 7 determines that the received message has not been confirmed, and displays the number of unconfirmed messages stored in the storage 9 on the LCD 10.

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 selective call radio apparatus includes an operation unit, a display unit, and a message storage unit for storing mail drop messages for respective mail drop selective call numbers. A control unit selects one of the mail drop selective call numbers through an operation of the operation unit, and reads out one of the mail drop messages corresponding to the specified mail drop selective call number from the message storage unit. Also, the control unit controls the display unit to display the read mail drop message based on an elapsed time from reception of the mail drop message.

Abstract: In a selective call receiver including a display and a message memory, when receiving a message including a schedule, it is checked whether a received schedule is overlapped with a stored schedule which has been stored in the memory. When the received schedule is overlapped with the stored schedule, a prompt mark indicating duplication is displayed on screen. Depending on a user's instruction, at least one schedule is selected from the received schedule and the stored schedule. When the received schedule is selected, the received schedule is registered into the memory while deleting the stored schedule from the memory.

Abstract: A message erasing method for a wireless communications device having a paging function, the method including a step of indicating received messages according to chronological order (on an LCD display); a step in which the user views the display and specifies the position of a message to be erased (by means of a jog dial); and a step of erasing all the messages received before the specified message (by means of a jog dial). By use of this method, the user can readily erase a plurality of unneeded messages.

Abstract: A radio selective calling receiver which has a telephone directory memory for storing telephone directory data constituted by a telephone number and a name and, upon receiving a message from a partner corresponding to the telephone number stored in the telephone directory memory, displays telephone directory data corresponding to the telephone number includes a unit for extracting the telephone number and the name from the received message and registering the telephone number and the name in the telephone directory memory as the telephone directory data.

Abstract: If a received signal includes a message signal following the address of the pager concerned, a decoder section decodes the message signal and a control section stores it in a memory section together with a reception time. At this time, the control section judges whether the message signal includes a sender identification code or a consecutive transmission code. If either code exists, the control section stores it in the memory section together with the message. The control section reads message data from the memory section, and a display control section controls a display section to display the message. If the message includes a sender identification code or a continuous transmission code, the control section searches for messages to be displayed together with the current message from among the other messages stored in the memory section, and the display control section controls the display section to display the found messages en bloc.

Abstract: In a selective call receiver, a plurality of received messages are stored onto a message memory until the message memory is full. The received messages have designated degrees, respectively, which are each designated by instructions of a user. When a new received message is received, an earlier received message having the lowest designated degree is retrieved among the received messages stored in the memory and then the new received message is written over the earlier received message having the lowest designated degree.

Abstract: A radio selective calling apparatus includes a control section for receiving message information containing message data indicating a message from a base station. When a processing designation code for designating contents of processing for the message data is contained in the message information, the control section performs the processing designated by the processing designation code.

Abstract: There is disclosed an improved message distribution system, for use in a wireless messaging system, that is capable of allowing a subscriber of the wireless messaging system to review stored wireless messages sent to the subscriber. The message distribution system comprises: 1) a first I/O interface capable of receiving a message retrieval request from the subscriber; and 2) a message retrieval controller coupled to the first I/O interface capable of determining an identity of the subscriber from identification data contained in the message retrieval request, retrieving a data record associated with the subscriber, the data record containing one or more of the stored wireless messages, and transferring to the subscriber one or more selected portions of at least one of the stored wireless messages.

Abstract: In a wireless apparatus, a receiving unit receives a wireless signal, extracts a call number and a reception data subsequent to the call number from the received signal. Also, the receiving unit generates a determination signal indicative of whether a message reception mode or an information reception mode is set for the call number. A data converting unit performs a data conversion to the reception data based on a data conversion format for the call number to produce a new data when the determination signal indicates the information reception mode. A control unit displays the new data on a display unit.