Abstract:
The present invention is an add-on device for mobile devices and a messaging method. The present invention harnesses the broadcast rapid ability of a pager and combines it with the advanced processing location and graphic abilities of a mobile device. The add-on device of the invention connects to the mobile device in order to transfer messages to a vast number of users, rapidly in real time, reliably and without dependence on the cellular network.
Abstract:
A wireless communication network comprising a plurality of paging controllers capable of communication with a plurality of base stations within a coverage area of the network, wherein at least one of the plurality of paging controllers is capable of, if a mobile station within a paging area requests to enter idle mode, assigning a temporary paging identification to the mobile station, and transmitting the temporary paging identification to a base station in communication with the mobile station, wherein the temporary paging identification is used by the base station to determine an index of a paging opportunity or frame in a paging cycle to transmit a paging message for the mobile station.
Abstract:
A plurality of displaced paging systems can be controlled from a common paging facility via a computer network such as the Internet. Real-time streaming audio can be transmitted, via the network to one or more identified facilities and/or zones and broadcast thereinto.
Abstract:
A method for transmitting data from a telephone keypad (10) to an alphanumeric pager. Alphanumeric messages are entered directly from a telephone keypad (10). A first data stream entered by telephone keypad (10) is then generated using an encoding algorithm. The first data stream is then transmitted over the telecommunication system to a pager, where it is decoded, converted into a second data stream, and displayed on the pager.
Abstract:
A system for integrated data delivery in 9-1-1 calls for service application. Specifically, the invention describes a machine executed method to provide: 1) the ability to capture and utilize decoded caller data could be in the format of dual tone multifrequency, multifrequency, or frequency shift keying coding formats; 2) automatically interrogate one or more computer databases (200) using caller data (telephone number) as a search key; 3) integrate and format the caller information as it is returned by the database search - such information could include the address of the caller, the geopolitical jurisdiction information (e.g., the police, fire, or ambulance service responsible for a particular geographic area), and the ability to integrate this information plus any additional information provided by the calltaker (205); 4) automatically transmit the integrated data via a leased or a dial up telephone line to a radio common carrier (220) such a paging service for broadcast to the end-user.
Abstract:
A page stored in page storage (32) in a paging system is converted to a voice mail passage by voice mail converter (34) after a predetermined attempted delivery time. The paging system then connects to a voice mail system and the voice mail message is transmitted to, and stored in, the voice mail system. A voice mail notification message is then generated by voice mail notification generator (35) and stored in page storage (32) of the paging system.
Abstract:
A page receiving unit (75) is provided with a means for converting a received telephone number to audible DTMF output through a speaker (87) to be held proximate a telephone mouthpiece (23) to dial a callback to the telephone number. The unit has a user-operable selector (89) for initiating the DTMF output. In some embodiments voice-synthesis is provided, in others a visual display (79) is provided, and in other embodiments a display is combined with voice-synthesis output. Embodiments are also provided comprising an ability to receive, store, and playback alphanumeric messages.
Abstract:
An aural annunciator circuit for a radio receiver and a radio transceiver incorporating such. The annunciator circuit is operative to generate an aural signal when a signal is transmitted to the receiver in a manner analogous to telephonic ringer circuitry of conventional telephonic apparatus (606). The aural signal is of a signal level of a relatively high magnitude when the receiver in which the aural annunciator circuit is embodied is configured in a closed configuration and the aural signal is of a relatively low magnitude when the receiver is configured in an open configuration (618).
Abstract:
The invention relates to a method and to a system for supporting communication for a first user (U) who desires to be able to communicate with second foreign users (F) in an environment in which communication can take place via several different telecommunication networks (N1-N3). The first user in each telecommunication network has an address (D-ID) which is used by the foreign users when making a call. The invention is characterized in that calls which use this address (D-ID) instead of being terminated by the user are terminated by an intermediary (ES). The intermediary (ES) communicates as the receiving party to the calling party, in accodance with predetermined instructions given by the first user (U). The intermediary (ES) either performs a predetermined procedure or establishes communication with the first user in accordance with the instructions given. The user is therewith afforded the possibility of taking a dynamic position with regard to how each cal shall be dealt with.
Abstract translation:本发明涉及一种用于支持通信的第一用户(U)的通信方法和系统,所述第一用户(U)希望能够在通过若干不同的电信网络进行通信的环境中与第二外国用户(F)通信 N 3)。 每个电信网络中的第一用户具有在进行呼叫时被外国用户使用的地址(D-ID)。 本发明的特征在于,使用该地址(D-ID)而不是由用户终止的呼叫由中介(ES)终止。 根据第一用户(U)给出的预定指令,中介(ES)作为接收方与主叫方进行通信。 中介(ES)根据给出的指示执行预定的过程或建立与第一用户的通信。 因此,用户可以就每个卡片的处理方式采取动态的位置。
Abstract:
Communication between first (38, 40 or 42) and second (38, 40 or 42) portable radiotelephone transceivers is provided in a radiotelephone communication system by generating a paging message (500-512) in response to the first transceiver (38, 40 or 42) registering with a first telepoint base station (32, 34 or 36). The paging message (500-512) is directed to the second transceiver (38, 40 or 42) for which communication is requested, and identifies the first telepoint base station (32, 34 or 36) and the first transceiver (38, 40 or 42). Upon receiving the paging message (500-512), the second transceiver (38, 40 or 42) registers with a second telepoint base station (32, 34 or 36), downloading the information identifying the first telepoint base station (32, 34 or 36) and the first transceiver (38, 40 or 42). The second telepoint base station (32, 34 or 36) establishes communication with the first telepoint base station (32, 34 or 36), after which the first telepoint base station (32, 34 or 36) requests registration of the first transceiver (38, 40 or 42) to complete the communication between first (38, 40 or 42) and second (38, 40 or 42) transceivers.