CN101772968A

CN101772968A - Methods and apparatus for use in processing disconnected emergency calls and other communications involving mobile communication devices and the remote monitoring thereof

Info

Publication number: CN101772968A
Application number: CN200880101843A
Authority: CN
Inventors: 梅尤兰·维贾亚拿单; 努沙德·纳克维; 英格·W·韦格尔
Original assignee: Research in Motion Ltd
Current assignee: Ot Patent Trusteeship Co ltd; BlackBerry Ltd
Priority date: 2007-06-08
Filing date: 2008-06-06
Publication date: 2010-07-07
Anticipated expiration: 2028-06-06
Also published as: KR101262618B1; KR20120139843A; WO2008148213A4; WO2008148213A1; CA2689320C; KR101302239B1; JP2010530664A; JP2013219784A; CA2689320A1; CN101772968B; KR101222824B1; KR20120073332A; KR20100029121A

Abstract

Methods and apparatus for use in processing disconnected emergency calls and other communications involving mobile communication devices, as well as the remote monitoring of such mobile communication devices, are disclosed. In one illustrative example, an emergency call with a public safety answering point entity is established by a mobile communication device via a wireless communication network. If the emergency call is disconnected, the mobile device monitors to receive an incoming call message for a continued emergency call from the public safety answering point entity. In response to receiving such incoming call message, the mobile device refrains from producing an audible alert and automatically answers the continued emergency call from the public safety answering point entity without detecting any manual answer signal via its user interface. In one specific approach, the mobile device answers the call automatically if the incoming call message is received within a time period following the disconnection and a data indication of the incoming call message indicates that the message is for the continued emergency call or automatic answering. Otherwise, if the incoming call message is received outside of the time period following the disconnection, or if the data indication fails to indicate that the incoming call message is for the continued emergency call or the automatic answering, the mobile device refrains from automatically answering the call associated with the incoming call message.

Description

Disconnect urgent call communicate by letter with other method and apparatus that uses in handling and the remote monitoring of described mobile communication equipment to what relate to mobile communication equipment

Technical field

Disclosure relate generally to is communicated by letter with other to the urgent call of disconnection of the mobile communication equipment operated in cordless communication network and is handled, and also relates to the remote monitoring of described mobile communication equipment.

Background technology

For mobile communication equipment, wireless service provider is being developed expection and is being improved the technology that ability is sought in location in the enhancement mode 911 (E-911) under the requirement of Federal Communications Committee (FCC), so that the exact position of the mobile device that relates in the urgent call is positioned.

FCC is carrying out E-911 stage by stage.Stage 0 is basic 911 processes, in these basic 911 processes wireless emergency call is sent to suitable public safety answering point (PSAP).Even the caller is not the subscriber of wireless service provider, wireless service provider also must mail to PSAP with calling.In the stage 1, FCC requires to show the telephone number of the mobile device relevant with each wireless emergency call, and this allows PSAP operator's callback under situation about disconnecting.In stage 2 (terminal stage), FCC requires mobile device to have the GPS function, so that transmit latitude and longitude information more specifically during wireless emergency call.Locating information must be accurately in 50-300 rice.

Need to mobile communication equipment disconnect the method and apparatus that urgent call is communicated by letter and handled with other, and the remote monitoring of described equipment is so that these and other enhancing in the cordless communication network.

Summary of the invention

This paper has described mobile device is disconnected urgent call communicate by letter with other method and apparatus that uses in handling and the remote monitoring of described mobile communication equipment.In an illustrative embodiment, mobile communication equipment is via the urgent call of cordless communication network foundation with public safety answering point entity.If this urgent call disconnects, then mobile device is monitored to receive the incoming call message from the continuation urgent call of this public safety answering point entity.In response to receiving this incoming call message, mobile device stops and produces audible alarm and automatic-answering back device and do not detect any manual answering signal via user interface from the continuation urgent call of public safety answering point entity.In a concrete grammar, if this message of data indication indication of receiving incoming calling message and this incoming call message is at continuing urgent call or automatic-answering back device in the time period after disconnecting, then mobile device automatic-answering back device should calling.Otherwise, if receive this incoming call message beyond this time period after disconnecting, if perhaps described data indication fails to indicate this incoming call message at continuing urgent call or automatic-answering back device, then the mobile device prevention is carried out automatic-answering back device to the calling that is associated with this incoming call message.

Description of drawings

Fig. 1 is the block diagram of communication system, and this communication system comprises and is used for the mobile communication equipment that communicates via cordless communication network;

Fig. 2 is the more detailed example of the mobile communication equipment that uses in the wireless network of Fig. 1;

Fig. 3 be by mobile communication equipment (as, the mobile communication equipment of describing with reference to Fig. 1-2) use to communicate by letter with other flow chart of the method handled of urgent call;

Fig. 4 is the flow chart of the method handled of the urgency communication to mobile communication equipment (as, the mobile communication equipment of describing among Fig. 1-2) that uses in cordless communication network (as, the cordless communication network of Fig. 1);

Fig. 5 is that the illustrative of incoming call message is described, and described incoming call message is at one or more have the data indication in the multidata section, and described data indication indication incoming call message is at continuation urgent call or the automatic-answering back device undertaken by mobile communication equipment;

Fig. 6 is that the illustrative of the memory of mobile communication equipment is described, can in described memory, store the programmable data indication, the indication of described programmable data is used at can listening answer-mode or silent answer pattern to the incoming call setting of this mobile communication equipment, and/or at the incoming call to this mobile communication equipment manual answer mode or autoanswer mode is set;

Fig. 7 is the functional block diagram of mobile communication equipment, Fig. 7 has illustrated the function that is associated with the hand-held set call mode and the speaker-phone call mode of mobile communication equipment, can based on one in the incoming call message or more the data in the multidata section indicate and control this function;

Fig. 8 a and 8b are the end views of one type the mobile communication equipment that can use in technology of the present disclosure, and such mobile communication equipment has open position, and (Fig. 8 a) and make position (Fig. 8 b); And

Fig. 9 is the call flow diagram that operable connection features at once in the urgent call at the GSM/GPRS network of the present disclosure is handled has been described.

Embodiment

This paper has described and has disconnected communicate by letter with other method and apparatus that uses in handling and to the remote monitoring of described mobile communication equipment of urgent call to what relate to mobile communication equipment.In an illustrated examples, mobile communication equipment is via the urgent call of cordless communication network foundation with public safety answering point entity.If this urgent call disconnects, then mobile device is monitored to receive the incoming call message at the continuation urgent call from public safety answering point entity.In response to receiving this incoming call message, mobile device stops and produces audible alarm and automatic-answering back device and do not detect any manual answering signal via its user interface from the continuation urgent call of public safety answering point entity.In a concrete grammar, if this message of data indication indication that receives this incoming call message and this incoming call message in the time period after disconnecting is at continuing urgent call or automatic-answering back device, then mobile device automatic-answering back device should be called out.Otherwise, if receive this incoming call message outside this time period after disconnecting, if perhaps the data indication fails to indicate this incoming call message at continuing urgent call or automatic-answering back device, then the mobile device prevention is carried out automatic-answering back device to the calling that is associated with this incoming call message.

For operable basic network framework is described, Fig. 1 shows the block diagram of communication system 100, and communication system 100 comprises the mobile radio station (MS) 102 (example of mobile communication equipment) that communicates via cordless communication network 104.Mobile radio station 102 preferably includes visual display unit 112, keyboard 114 and one possible or more auxiliary user interfaces (UI) 116, they each all be coupled to controller 106.Controller 106 also is coupled to radio frequency (RF) transceiver circuit 108 and antenna 110.Typically, controller 106 is presented as CPU (CPU), the operating system in described CPU (CPU) the run memory assembly (not shown).Controller 106 will usually be controlled the integrated operation of mobile radio station 102, and the signal processing operations relevant with communication function carried out in RF transceiver circuit 108 typically.Controller 106 be connected with device display 112 interfaces the information that receives with demonstration, institute's canned data, user's input, or the like.Provide keyboard 114 with input usually be used in mobile radio station 102 storage data, be used for importing to wireless network 104 information transmitted, the telephone number of calling calling, the order that will on mobile radio station 102, carry out and possible other or different user, wherein said keyboard 114 can be telephong type keypad or full word alphameric keyboard.

Mobile radio station 102 sends signals of communication and receives signal of communication from wireless network 104 to wireless network 104 on Radio Link via antenna 110.RF transceiver circuit 108 is carried out the similar function of base station controller 128 (describing after a while) with wireless network 104, comprises for example modulating/demodulating and possible coding/decoding and encrypt/decrypt.It will be apparent for a person skilled in the art that RF transceiver circuit 108 will be suitable for the ad hoc wireless networks that mobile radio station 102 will be operated therein.When mobile radio station 102 is complete operation, typically only when network sends, just opening the RF transmitter of this RF transceiver circuit 108, otherwise the RF transmitter of cutting out this RF transceiver circuit 108 is to preserve resource when the RF of RF transceiver circuit 108 transmitter.Similarly, typically periodically close the RF receiver of RF transceiver circuit 108 to preserve electric power, till received signal or information during the time cycle of needs (if necessary) in appointment.

Mobile radio station 102 comprises the battery interface 122 that is used to hold or more rechargeable batteries 124.The circuit of battery 124 in mobile radio station 102 provides electric power, and battery interface 122 provides machinery for battery 124 and is electrically connected.Battery interface 122 is coupled to adjuster 126, and 126 pairs of electric power to equipment of this adjuster are regulated.Mobile radio station 102 also use memory module 120 (as, subscriber identity module (SIM) or removable user identity module (R-UIM)) operate, this memory module 120 is connected to or inserts mobile radio station 102 at interface 118 places.In the present embodiment, memory module 120 is SIM.SIM 120 is used to identify the end user (perhaps subscriber) of mobile radio station 102 and makes device personalityization.Under the situation that does not have SIM 120, mobile radio station terminal incomplete operation is used for the communication by wireless network 104.By inserting SIM120 to mobile radio station 102, the end user can visit arbitrary or all services that he orders.SIM 120 generally includes processor and is used for the memory of stored information.Because SIM 120 is coupled to SIM interface 118, so SIM 120 is coupled to controller 106 by order wire 144.In order to identify the subscriber, SIM 120 comprises some customer parameters, as, international mobile subscriber sign (IMSI).The advantage of using SIM120 is that the end user needn't be by any single one physical mobile radio station binding.SIM 120 can also store the additional user information at mobile radio station, comprises agenda (perhaps calendar) information and nearest call information.Alternative as to SIM or R-UIM, mobile radio station 102 can be operated based on configuration data, and described configuration data is to be programmed in the nonvolatile memory of mobile radio station 102 by the service provider.

Mobile radio station 102 can be made of single unit, as, data communications equipment, cell phone, have data and voice communication capability multi-functional communications equipment, have the PDA(Personal Digital Assistant) of radio communication function or incorporated the computer of internal modem into.Preferably, mobile radio station 102 is little portable handset unit, and this portable handset unit has the shell (for example little plastic casing) that holds or carry circuit described herein and assembly.Alternatively, mobile radio station 102 can be the multimode unit that comprises a plurality of independent assemblies, includes but not limited to be coupled to the computer or the miscellaneous equipment of radio modem.Particularly, for example in the mobile radio station block diagram of Fig. 1, RF transceiver circuit 108 and antenna 110 can be embodied as the radio modem unit in the port that can insert on the laptop computer.In this case, this laptop computer can comprise display 112, keyboard 114 and one or how auxiliary UI116.Controller 106 can be presented as the CPU of computer or the independent CPU in the modulator-demod.Also anticipate, generally can not carry out the computer of radio communication or miscellaneous equipment and go for being connected to and control effectively single unit the RF transceiver circuit 108 and the antenna 110 of (as, in above-described those single units one).Notice that as what describe after a while about the mobile radio station 202 of Fig. 2, mobile radio station 102 can have more specifically to be realized.

Mobile radio station 102 communicates in wireless network 104 and by wireless network 104, and this wireless network 104 can be a cellular telecommunication network for example.In the embodiment in figure 1, come configuring wireless network 104 according to GPRS (GPRS) and global system for mobile communications (GSM) technology.Coming according to the GSM/GPRS technology under the situation of configuring wireless network 104, network and terminal can also be moved according to enhancing data rate (EDGE) or the enhancing GPRS (EGPRS) at GSM evolution.Yet, can use the network architecture and the communication protocol of any adequate types.For example, can come configuring wireless network 104 according to code division multiple access (CDMA) technology.As another example, this network can strengthen network (Integrated Dispatch Enhanced Network) (iDEN) based on integrated dispatch, and this integrated dispatch strengthens high power capacity digital main line (trunked) radio system that network provides integrated voice and data, services.

In this GSM/GPRS environment, wireless network 104 comprises base station controller (BSC) 128, mobile switching centre (MSC) 130, signal transduction system 7 (SS7) network 140, attaching position register (HLR) 138, IP network 134, remote user authentication dial-up service (RADIUS) server 136, service universal packet wireless business affair (GPRS) support node (SGSN) 131 and the Gateway GPRS Support Node (GGSN) 132 with a plurality of tower station (figure 1 illustrates one of them) that are associated.MSC 130 is coupled to BSC 128 and is coupled to landline (landline) network 142 (as, PSTN (PSTN)).SGSN 131 is coupled to BSC 128 and is coupled to GGSN 132, and GGSN 132 is coupled to public or private data network 144 (as, internet).HLR 138 is coupled to MSC 130, SGSN 131 and GGSN 132.SS7 network 140 is communicatively coupled to landline network 142, landline network 142 can with mobile radio station 102 and other calling party (as, calling party 150 (for example, landline telephone or other mobile radio station) or EC 152) link to each other.On the other hand, IP network 134 is communicatively coupled to internet 144.Radius server 136 is responsible for carrying out authentication, the relevant function of authorization and accounting (AAA) with packet data service, and can be called aaa server.

BSC 128 and tower station thereof can be called (fixing) transceiver apparatus.This transceiver apparatus covers for the particular coverage that generally is called " sub-district " provides wireless network.Transceiver apparatus sends signal of communication via the mobile radio station of tower station in its sub-district and receives signal of communication from the mobile radio station in its sub-district.Transceiver apparatus is generally carried out for example modulation and functions such as possible coding and/or encryption according to specific (normally predetermined) communication protocol and parameter to the signal that will transfer to mobile radio station under the control of its controller.Similarly, transceiver apparatus any signal of communication that the mobile radio station 102 in its sub-district is received carries out demodulation and possible decoding and deciphering (if necessary).Communication protocol and parameter can be because of network different.For example, network can adopt the modulation scheme different with other network and at the frequency enterprising line operate different with other network.

Radio Link shown in the communication system 100 of Fig. 1 is illustrated between wireless network 104 and the mobile radio station 102 one of using or more multichannel (typically, different radio frequency (RF) channel) and related protocol.Typically because overall bandwidth limits and the limited battery electric quantity of mobile radio station 102, the RF channel is the restricted resource that must preserve.It will be understood by those skilled in the art that wireless network can comprise up to a hundred sub-districts according to required universe network coverage in actual applications, each sub-district provides service by tower station (that is, perhaps (station sector) distinguished at the station).All associated components can be connected with the router (not shown) by a plurality of switches, and are controlled by a plurality of network controllers.

For all mobile radio stations 102 of registering with Virtual network operator, in HLR 138, store permanent data (as, mobile radio station 102 users' profile) and ephemeral data (as, the current location of mobile radio station 102).Carrying out in the situation of audio call to mobile radio station 102, inquiry HLR138 is to determine the current location of mobile radio station 102.The data that the visitor location register of MSC 130 (VLR) is responsible for one group of band of position and is stored current those mobile radio stations in the zone that this VLR was responsible for.This comprises from HLR 138 and transfers to VLR for the part of the permanent moving station number certificate of fast access more.Yet the VLR of MSC 130 can also assign and store local data, as, temporary mark.Alternatively, VLR that can enhanced MSC 130 is to coordinate GPRS and non-GPRS service and function (for example, to the paging of the circuit-switched call that can carry out more efficiently via SGSN131, and the GPRS of combination and the renewal of non-GPRS position) more efficiently.

The independent position that Serving GPRS Support Node (SGSN) 131 and MSC 130 are in identical classification levels and keep tracking mobile station.SGSN 131 also carries out safety function and access control.Gateway GPRS Support Node (GGSN) 132 provide with the interworking of external packet-switched and via IP-based GPRS backbone network and SGSN (as, SGSN 131) link to each other.SGSN 131 carries out authentication and password setting process based on algorithm, key and the standard identical with existing GSM.In routine operation, can spontaneously carry out cell selecting or carry out cell selecting by mobile radio station 102, to select specific cell by transceiver apparatus indication mobile radio station 102.When another sub-district of mobile radio station 102 reselection procedure or cell set when (being called Routing Area (routingarea)), mobile radio station 102 notice wireless networks 104.

In order to visit the GPRS service, mobile radio station 102 at first " adheres to " by the so-called GPRS of execution makes wireless network 104 know the existence of this mobile radio station 102.This operation has been set up the logical links between mobile radio station 102 and the SGSN 131 and has been made mobile radio station 102 can be used for receiving for example via the paging of SGSN, the notice of incoming call GPRS data or the SMS message on the GPRS.In order to send and receive the GPRS data, mobile radio station 102 is assisted to activate it and is wanted the packet data address used.This operation makes GGSN 132 know mobile radio station 102; After this can begin interconnected with outer data network.Can use for example encapsulation and tunnel effect between mobile radio station 102 and outer data network, to transmit user data pellucidly.Packet is equipped with the GPRS customizing messages, transmits described packet between mobile radio station 102 and GGSN 132.

Wireless network 104 comprises the position trace component of the position that is used for tracking mobile station.Use the gps satellite of conventional gps system 154 to obtain the positional information of mobile radio station based on global positioning system (GPS) technology.In Typical Disposition, gps system 154 comprises per ten two (12) hours around the earth 24 (24) individual gps satellites once.In the disclosure, mobile radio station 102 obtains GPS information based on the signal that receives from gps system 154, and uses the location server 190 in the wireless network 104 to measure and obtain its position.Location server 190 links to each other with MSC130 and/or IP network 134, and can comprise so-called position determination entity (PDE).PDE is coupled to gps receiver 192, and this gps receiver 192 is used for received signal and gps system 154 information transmitted are decoded.Notice that mobile radio station 102 can use the identical RF transceiver 108 (perhaps by sharing its at least a portion) that is used for typical voice communications versus data communications to receive GPS information from gps system 154 and location server 190.Thereby, in mobile radio station 102, do not need to use the GPS information of independent gps receiver reception from gps system 154.Alternatively, in mobile radio station 102, can use the GPS information of independent gps receiver reception from gps system 154.

In the location technology at enhancement mode 911 (E911) of current employing, assistant GPS (A-GPS) is one of solution.This GPS technology has been described in the standard criterion document such as TIA/EIA/IS-801-1.A location technology will be described.During the audio call that relates to mobile radio station 102, can obtain real-time GPS positional information and send it to receiving entity.In order to obtain the GPS positional information, gps system 154 and location server 190 operations of mobile radio station 102 in wireless network 104.Routinely, mobile radio station 102 obtains GPS collection auxiliary data and uses this data to carry out " GPS fixes ".Concerning GPS was fixing, mobile radio station 102 was tuned to its gps receiver the gps signal frequency of gps system 154.During GPS was fixing, mobile radio station 102 was carried out GPS pseudorange (pseudorange) based on the gps signal that receives from gps system 154 and is measured.In certain moment during audio call, mobile radio station 102 sends the GPS pseudo range data to location server 190, and location server 190 obtains the position of mobile radio station 102 based on this pseudo range data.Location server/PDE 190 can be sent to this positional information receiving entity (for example, public safety answering point or PSAP) and/or mobile radio station 102.If received by mobile radio station, then mobile radio station 102 can be sent to receiving entity (for example, PSAP) with this positional information.

Fig. 2 is the detailed diagram of preferred mobile communication equipment or mobile radio station (MS) 202.Mobile radio station 202 preferably has the bi-directional communication device of voice and high-level data communication capacity (comprising the ability that communicates with other computer system) at least.According to the function that mobile radio station 202 provides, mobile radio station 202 can be called data-message and transmit equipment, bidirection pager, cell phone, wireless the Internet appliance or data communications equipment (having or do not have telephone capability) with data-message transmission capacity.Mobile radio station 202 can with a plurality of base transceiver systems 200 in its geographical coverage area in any one communicate.As below describing in detail by Fig. 3 and 4, mobile radio station 202 is selected or helps to select this mobile radio station 202 to communicate with which base transceiver systems 200.

Usually mobile radio station 202 will be incorporated communication subsystem 211 into, communication subsystem 211 comprises receiver 212, transmitter 214 and the assembly that is associated, as, one or more (preferably embedded or built-in) antenna element 216 and 218, local oscillator (LO) 213 and the processing module such as digital signal processor (DSP) 220.Communication subsystem 211 is similar with RF transceiver circuit 108 and antenna 110 shown in Figure 1.For the technical field of communication personnel apparently, the specific design of communication subsystem 211 depends on the communication network that mobile radio station 202 will use.

Mobile radio station 202 can send and receiving communication signal on network after finishing required network registry or activation.Antenna 216 is inputed to receiver 212 by the signal that network receives, and receiver 212 can be carried out general receiver function, as, the simulation in signal amplification, down-conversion, filtering, channel selection etc. and the example shown in Figure 2 is to numeral (A/D) conversion.The A/D conversion of received signal allows more complicated communication function, as, demodulation and the decoding in DSP 220, carried out.In a similar fashion, the signal that transmit is handled, comprised the modulation and the coding that are for example undertaken by DSP 220.The signal that these DSP are handled input to transmitter 214 with carry out numeral to simulate (D/A) conversion, up-conversion, filtering, amplification and via antenna 218 in transmitted over communications networks.DSP 220 is process communication signals not only, and the control of receiver and transmitter also is provided.For example, can utilize the automatic gaining controling algorithm of in DSP 220, realizing to control the gain that the signal of communication in receiver 212 and the transmitter 214 is used adaptively.

Network insertion is relevant with the subscriber or the user of mobile radio station 202, therefore mobile radio station 202 need memory module 262 (as, subscriber identity module or " SIM " card or removable user identity module (R-UIM)) insert or be connected to the interface 264 of mobile radio station 202, so that in network, operate.Alternatively, the service provider can utilize configuration data that the part of nonvolatile memory or flash memories 224 is programmed, and makes mobile radio station 202 to operate in network.Because mobile radio station 202 is portable hand-held battery supply sets, so mobile radio station 202 also comprises the battery interface 254 that is used to hold or more rechargeable batteries 256.This battery 256 most of or whole circuit in mobile radio station 202 provide electric power, and battery interface 254 is connected with electronics for battery provides machinery.Battery interface 254 coupling most all circuit provides the adjuster (not shown among Fig. 2) of electric power.

Mobile radio station 202 comprises the microprocessor 238 (being a realization of the controller 106 of Fig. 1) of control mobile radio station 202 integrated operations.This control comprises calling of the present disclosure or communication feature.Carry out by communication subsystem 211 and to comprise the communication function of data and voice communication at least.Microprocessor 238 also carries out alternately with the optional equipment subsystem, as, display 222, flash memories 224, random-access memory (ram) 226, auxiliary I/O (I/O) subsystem 228, serial port 230, keyboard 232, loud speaker 234, microphone 236, short-range communication subsystem 240 and general any miscellaneous equipment subsystem in the appointment of 242 places.Some subsystem executive communication correlation functions in the subsystem shown in Figure 2, and its subsystem can provide function on " resident " or the equipment.Especially, for example some subsystems (as, keyboard 232 and display 222) both can be used for communication-related functions (as, input of text messages with in transmitted over communications networks) can be used for again device-resident functions (as, calculator or task list).The operating system software that storage is used by microprocessor 238 in permanent storage (as, flash memories 224) preferably, this permanent storage is read-only memory (ROM) or similar memory element (not shown) alternatively.It will be understood by those skilled in the art that operating system, specific device applications or its part can be loaded on provisionally volatile storage (as, RAM 226) in.

Except the operation system function of microprocessor 238, microprocessor 238 also preferably enables to carry out the software application on the mobile radio station 202.Usually can during the manufacturing of mobile radio station 202 on mobile radio station 202 the set of applications installation and control basic device operations, predetermined, comprise at least data and voice communications applications (as, network is rebuild cube case).The advantageous applications that can be loaded on the mobile radio station 202 can be that personal information manager (PIM) is used, this application has the ability of organization and management and user-dependent data item, and described and user-dependent data item is such as but not limited to Email, calendar event, voice mail, appointment and task items.Naturally, one or more multi-memory to be stored on mobile radio station 202 and the SIM 256 be available so that the storage of pim data item and out of Memory.

PIM uses preferably has an ability that transmits and receive data via wireless network.In a preferred embodiment, utilize mobile radio station user corresponding data item that host computer system is stored and/or that be associated with mainframe computer system, via wireless network the pim data item is carried out seamlessly integrated, synchronous and renewal, thereby on mobile radio station 202, create mirrored host computer about this.This is the situation advantageous particularly of mobile radio station user's office computer systems for host computer system.Can also additional application be loaded on mobile radio station 202 by network, auxiliary I/O subsystem 228, serial port 230, short-range communication subsystem 240 or any subsystem 242 that other is fit to, and by the user with described additional application be installed in RAM 226 or preferably in the Nonvolatile memory devices (not shown) to carry out by microprocessor 238.Thisly improved the functional of mobile radio station 202 and can provide function on the equipment of enhancing, communication-related functions or the two all can using flexibility aspect the installation.For example, secure communication applications can make it possible to use mobile radio station 202 to carry out e-business capability and other such financial transaction.

In data communication mode, the received signal such as text message, email message, page download will be handled by communication subsystem 211, and be input to microprocessor 238.Microprocessor 238 will preferably further be handled this signal to export display 222 to or alternatively to export auxiliary I/O equipment 228 to.The user of mobile radio station 202 can also use keyboard 232 for example to write data item such as email message in conjunction with display 222 and possible auxiliary I/O equipment 228.The alphanumeric keyboard that keyboard 232 is preferably complete and/or the numeric keypad of phone type.Can be by communication subsystem 211 item that these are write in transmitted over communications networks.

For voice communication, the overall operation of mobile radio station 202 comes down to similar, and difference is to export received signal to loud speaker 234 and is generated the signal that is used to transmit by microphone 236.Can also on mobile radio station 202, realize alternative voice or audio frequency I/O subsystem, as, the speech message recording subsystem.Although preferably mainly finish voice or audio signal output by loud speaker 234, yet, can also use display 222 that the sign to calling party, the duration of audio call or the indication of other voice call related are provided as some examples.

Serial port 230 among Fig. 2 generally realizes in PDA(Personal Digital Assistant) type communication equipment, for this communication equipment and user's desktop computer synchronously for serial port 230 are optional but desirable assemblies.Serial port 230 makes the user preference is set and by information or software download being provided to mobile radio station 202 rather than expanding the ability of mobile radio station 202 by cordless communication network by external equipment or software application.Thereby can use alternative download path for example encryption key to be loaded on the mobile radio station 202, thereby safety means communication is provided by direct reliable and believable connection.

The short-range communication subsystem 240 of Fig. 2 is to provide the additional optional components of communicating by letter between mobile radio station 202 and different system or equipment, and described different system or equipment is similar equipment not necessarily.For example, subsystem 240 can comprise infrared equipment and circuit that is associated and assembly or comprise Bluetooth ^TMCommunication module is to provide and the communicating by letter of system of enabling similarly and equipment.Bluetooth ^TMIt is the registered trade mark of Bluetooth SIG.

Get back to Fig. 1, mobile radio station 102 can be operated the GPS positional information that is used for being provided for identifying to an entity of sending out request (for example, end call side 150 or urgent center 152) position of mobile radio station 102.For this reason, can in wireless network 104, use a kind of in several different technologies.For a kind of technology, mobile radio station 102 is asked regularly or periodically, is received and storage GPS navigation categorical data in memory during its idle mode of operation or feasible during the audio call.The GPS navigation categorical data can be " original " navigation data or the data that alternatively obtain from original navigation data, can comprise GPS ephemeris (ephemeris) supplemental characteristic and/or GPS year calendar (almanac) supplemental characteristic (" therefore, term " navigation type " data).Can be by wireless network from location server 190 or alternatively directly from gps system 154 or with this dual mode reception GPS navigation categorical data.Notice that location server/PDE 190 has used triangulation/trilateration process to obtain the rough position of mobile radio station 102, gather supplementary with the GPS that obtains mobile radio station 102.Alternatively, can use the longitude of available this base station from the broadcast that serving base station is provided and latitude rough position, gather supplementary with the GPS that obtains mobile radio station 102 as location server/PDE 190.

Subsequently, mobile radio station 102 is carried out the GPS process to obtain the GPS positional information.Particularly, the mobile radio station 102 GPS navigation categorical data that receives based on the last time and store in memory obtains GPS and gathers auxiliary data and/or sensitivity auxiliary data.GPS gather auxiliary data can comprise to suitably around gps satellite, Doppler frequency and the time delay window information data of labelling.The sensitivity auxiliary data comprises and will will carry out the prediction bit contents that the fixing moment of GPS is modulated to the GPS navigation data on the gps signal.Next, mobile radio station 102 makes that utilizing gps system 154 to carry out GPS fixes.During GPS is fixing, the GPS/ wireless receiver of mobile radio station 102 is tuned to the GPS frequency, to receive gps signal from gps system 154.Mobile radio station 102 obtains the gps measurement data that is associated with mobile radio station 102 based on the gps signal that receives from gps system 154.Gps measurement data can be or comprise the GPS pseudo range data.

For example, during audio call, keep the Traffic Channel between mobile radio station 102 and the wireless network 104, make and between the end user of mobile radio station 102 and end call side 150, to carry out mobile communication.End call side 150 is associated with the telephone number that the end user of mobile radio station 102 has selected.End call side 150 can be any ordinary call side (for example, end user's family, friend or colleague) or the EC that alternatively is associated with " 911 " or other emergency number (as, public safety answering point (or PSAP)).In certain moment during audio call, mobile radio station 102 makes to be measured according to the base station signal of wireless network 104.Obtain these measurement results and be not for the rough position of mobile radio station 102 is provided, but for the use that combines with pseudorange, improve positional precision when being not enough to when only available GPS pseudorange accurately determine the position.

Next, mobile radio station 102 makes the request that sends measurement data and determine at the position to location server or PDE 190.Can in response to from location server 190 or other request entity or by (for example, triggering) request that mobile radio station 102 is spontaneously made by the telephone number of dialing (as, emergency numbers " 911 "), carry out the transmission of gps measurement data.Next, location server/PDE 190 uses these data are calculated mobile radio station 102 based on triangulation/trilateration position.The positional information of mobile radio station 102 can be or comprise latitude, longitude and altitude information.Location server 190 can be under the situation that request is arranged or not have to ask directly be sent to end call side 150 with the positional information of the mobile radio station 102 that obtains.Alternatively, location server 190 can be sent to this positional information mobile radio station 102, and mobile radio station 102 can be sent to this positional information end call side 190.In alternative approach, be suitable for using under the situation of the own calculating location information of MS-only method at mobile radio station 102, do not need to come as mentioned above use location server/PDE 190.

Fig. 3 shows the flow chart of the illustrative method of being used by mobile communication equipment in handling urgency communication.This method can be used one or more multiprocessor, memory, user interface and wireless transceiver thereof (for example, referring to Fig. 1-2) are carried out in conjunction with above-mentioned related system assembly by mobile device.This method can also be implemented in the computer program, described computer program comprises that computer-readable medium (for example, memory or computer disk), storing in the described computer-readable medium can be by one of mobile device or the computer instruction carried out of multiprocessor (for example, microprocessor) more.

Usually, as mentioned above, the method for Fig. 3 relate to mobile device via wireless network that set up with urgent call public safety answering point (PSAP) entity.If urgent call disconnects, then mobile device is monitored to receive the incoming call message from the continuation urgent call of public safety answering point entity.In response to receiving this incoming call message, mobile device stop produce audible alarm and under the situation that does not detect any manual answering signal via its user interface automatic-answering back device from the continuation urgent call of public safety answering point entity.Therefore in continuing urgent call, obtained unavailable adequate information from initial urgent call.This information can comprise the geographical position that for example identifies mobile device, based on the positional information of GPS.In a concrete grammar, if this message of data indication indication that receives this incoming call message and this incoming call message in the time period after disconnecting is at continuing urgent call or automatic-answering back device, then mobile device automatic-answering back device should be called out.Receive this incoming call message outside this time period after disconnecting else if, if perhaps described data indication fails to indicate this incoming call message at continuing urgent call or automatic-answering back device, then the mobile device prevention is carried out automatic-answering back device to the calling that is associated with this incoming call message.

In begin block 300 beginning of Fig. 3, because the end user of mobile device may attempt carrying out audio call via cordless communication network, so mobile device is monitored its user interface to find user input signal (step 302 of Fig. 3).If processor detects call request (step 304 of Fig. 3) at audio call via user interface, then whether processor discerns this call request at urgent call (step 306 of Fig. 3).In order whether to discern this call request at urgent call, processor can discern this calling the predetermined codes that the user imported or selected (for example, 911 or similarly), with the corresponding predesignated subscriber of urgent call import selection (for example the user selects " emergency call " button or the icon that mobile device provides) or with mobile device sensor associated output signal (for example from mobile device " people falls down (man down) " signal).If this call request is at non-emergency call in step 306, then processor is carried out normal or conventional call establishment and the processing (step 308 of Fig. 3) at non-emergency call.

If as this call request of sign is at urgent call in step 306, then processor makes and to initiate urgent call (step 318 of Fig. 3) via wireless transceiver to the PSAP entity.In the moment of call setup, the ANI (ANI) or the caller-marking (calling part ID) that will be associated with mobile device are sent to PSAP entity (step 320 of Fig. 3).Ani information can be or comprise and the mobile logo that identifies this mobile device uniquely accords with corresponding number.The PSAP entity receives ani information and incoming call is made reply, and makes to set up and keep between mobile device and the PSAP entity urgent call (step 322 of Fig. 3) via wireless network.During calling out, mobile device is monitored to receive any location information request (for example, GPS position) (step 324 of Fig. 3) from the PSAP entity.If as the location information request that receives in step 324 sign, then processor makes and sends the corresponding positional information of using for the PSAP entity in the geographical position with mobile device.Can carry out this step at least in part by the technology of using Fig. 1 to describe.Alternatively, can spontaneously carry out the transmission (that is, after step 322, in step 324, not receiving under the situation of any request execution in step 326) of information by mobile radio station 102.Therefore the PSAP entity can obtain the geographical position of mobile device.

If conditions permit suitably transmits all necessary information during the urgent call between mobile device and the PSAP entity, make and suitably to handle this emergency.The example of adequate information comprise the end user of address, mobile device of geographical position (based on the geographical position of GPS), the position of mobile equipment of telephone number (ANI or calling part ID), the mobile radio station of mobile device and other relevant personnel name, help the end user to handle information of this emergency or the like.Yet this urgent call may hastily disconnect (step 328 of Fig. 3), makes suitably not transmit all relevant informations.This urgent call may disconnect with multitude of different ways.For example, mobile device may be under the covering that is in wireless network during the urgent call, but mobile device may be reset and be put (repositioned) or reorientation (relocated) subsequently, makes mobile device outside the coverage of wireless network, disconnects thereby cause calling out.As another example, urgent call may by the end user or the third party be casual or intentionally termination.

As described herein, use technology of the present disclosure, the PSAP entity can be to continue the form callback mobile device of urgent call.From this continuation urgent call of PSAP entity audio call that can be noiseless and/or automatic-answering back device.

If detect the disconnection of urgent call at step 328 processor of Fig. 3, then processor can be provided with and running timer (step 330 of Fig. 3).Mobile device can use this timer that is provided with in step 330 to limit from disconnecting the time period of beginning, and the PSAP entity can the callback mobile device in this time period.This time period is any position between 2-10 minute for example; Yet section can be suitable At All Other Times.

Processor will return with the user input signal (step 302) of supervisory user interface and via wireless transceiver monitoring incoming call message (step 310) then.In optimization technique, about step 302, processor is forbidden any calling that the end user attempts from mobile device via wireless network (any follow-up urgent call of being undertaken by the end user may except) in the time period that timer limits.After timer expired, processing will allow the end user to carry out the calling of attempting from this mobile device.

After disconnecting, during via the wireless transceiver monitoring message, can receive the incoming call message at audio call (step 312 of Fig. 3) that mails to mobile device in step 310.This incoming call message can at after disconnecting from the continuation urgent call of PSAP entity.ANI or calling part ID that the utilization of PSAP entity is associated with mobile device are carried out this continuation urgent call.If do not receive incoming call message in step 312, then processor continues supervisory user input signal and radio message in

step

302 and 310.

Yet if receive the incoming call message that mails to mobile device in step 312, whether processor is discerned this incoming call message is at needing mobile device to make (step 314 of Fig. 3) of the calling of noiseless and/or automatic-answering back device.In first embodiment that is associated with step 314, if receive the incoming call message from the calling of PSAP entity in the time period that timer limited that is provided with in step 330, then processor makes this incoming call of automatic-answering back device (step 332 of Fig. 3) under the situation that does not detect any manual answering signal via the user interface of mobile device.In addition, processor stops generation to be used for any audible alarm that this calling is reported to the police.Yet if receive this incoming call message outside the time period that timer limits, processor makes carries out normal or standard call process (step 316 of Fig. 3) at this incoming call.For the standard call process, processor typically makes and produces audible alarm with this incoming call of reporting to the police to the end user at the mobile device place, and need processor (for example to detect the manual answering signal via user interface, detect braking, the rotation of mobile device shell or the slip of key or button) so that this calling is replied.

In second embodiment that is associated with step 314, if it is to continue urgent call (promptly that incoming call message comprises this calling of indication, at noiseless and/or automatic-answering back device) data indications, then make this incoming call of automatic-answering back device under the situation that does not detect any manual answering signal via the user interface of mobile device at step 332 processor.In addition, processor stops generation to be used for this calling is carried out any audible alarm of alarm.Referring to following discussion about Fig. 5.Yet,, make at step 316 processor this incoming call carried out normal or standard call process if this data indication fails to indicate this calling at continuing urgent call or noiseless automatic-answering back device.Equally, in the standard call process, processor typically makes and produces audible alarm at the mobile device place to end user's this incoming call of reporting to the police, and needs processor to detect the manual answering signal so that this calling is replied via user interface.

In the 3rd embodiment that is associated with step 314, if receive incoming call message in the time period that the timer that is provided with limits in step 330 from the calling of PSAP entity, and this incoming call message comprises that this calling of indication is to continue urgent call (promptly, be used for noiseless and/or automatic-answering back device) data indications, then processor makes this incoming call of automatic-answering back device under the situation that does not detect any manual answering signal via the user interface of mobile device in step 332.In addition, processor stops generation to be used for calling is carried out any audible alarm of alarm.Yet; if outside the time period that timer limits, receive this incoming call message; perhaps the data indication fails to indicate this calling at continuing urgent call or noiseless automatic-answering back device, then makes at step 316 processor incoming call is carried out normal or standard call process.Thereby in the 3rd embodiment, the equipment of initiating automatic/silent answer not only depends on the time period but also depend on the data indicator variable.

In the 4th embodiment that is associated with step 314, if receive incoming call message within the time period that the timer that is provided with limits in step 330 from the calling of PSAP entity, perhaps incoming call message comprises that this calling of indication is to continue urgent call (promptly, at noiseless and/or automatic-answering back device) data indications, then make this incoming call of automatic-answering back device under the situation that does not detect any manual answering signal via the user interface of mobile device at step 332 processor.In addition, processor stops generation to be used for this calling is carried out any audible alarm of alarm.Yet; if outside the time period that timer limits, receive this incoming call message; and the data indication fails to indicate this calling at continuing urgent call or noiseless automatic-answering back device, then makes at step 316 processor and carries out normal or standard call process at this incoming call.Thereby in the 4th embodiment, time period and data indicator variable are independently, and have advantageously provided the specific installation that is used to initiate automatic/silent answer.After step 332, should continue in mobile device automatic-answering back device under the situation of urgent call, mobile device will as step 322 indicated keep this continuation urgent call.Provide as flow chart, can come these steps of repetition as required.Continue urgent call and guarantee during the urgent call between mobile device and the PSAP entity, can suitably transmit the information that is necessary, make and suitably to deal with an urgent situation.

In a particular embodiment, the disconnection of urgent call is to be caused by the mobile device that situation outside the wireless network coverage takes place in step 328.After the situation, processor can identify the situation in the wireless network coverage that obtained outside the wireless network coverage that causes urgent call to disconnect.In response, processor makes to wireless network transmissions message.It is available once more to identify this mobile device that wireless network receives this message, and this message or corresponding message can be transferred into the PSAP entity to indicate mobile device available once more.After this, as the response to this message, the PSAP entity makes and continues urgent call to mobile device.

Fig. 5 shows the illustrative of incoming call message 502 and describes, this incoming call message 502 can have data indication 506, the indication 506 of described data is at one or more in the multidata section, whether indication incoming call message 502 is at the continuation urgent call (that is noiseless/automatic-answering back device) of mobile device.In this embodiment, incoming call message 502 is radio or air-interface information of broadcasting by control or paging channel on wireless network.According to environment or content, incoming call message 502 can be or be called beep-page message, call control message or call setup message.If data indication 506 is bit indications, for example can to indicate incoming call be to continue urgent call (promptly to bit " 1 ", calling at noiseless and/or automatic-answering back device), and bit " 0 " can to indicate incoming call be not to continue urgent call (that is, not at the calling of noiseless and/or automatic-answering back device).Incoming call message 506 also comprises other relevant information, as, identify the mobile logo symbol 504 of the mobile device that this incoming call will mail to uniquely.When message that monitoring is broadcasted, the processor of mobile device is operated so that the mobile logo symbol of mobile logo symbol 504 with himself storage compared, if coupling, then processor is carried out the action of describing about the step 314 of Fig. 3.

Notice, can also order mobile device voicelessly to reply this incoming call and do not produce the report to the police audible alarm of this calling to the end user at the identical data of automatic-answering back device indication 506.In alternative, use data indication 506 to indicate this incoming call to come automatic-answering back device by mobile device, indicate 506 different independent data to indicate with data to indicate whether voicelessly to reply this incoming call but be to use in the incoming call message.

Referring to Fig. 9, show the relevant portion of call flow diagram 900, in the call treatment of the present disclosure at the GSM/GPRS network so that the connection features at once that can use to be described.As describing in the GSM specification document, call flow diagram 900 is handled based on the GSM call control layer of mobile device.Notice that MNCC is the acronym that the mobile network calls out control, MMCC is the acronym that control is called out in mobile management.This processing can be undertaken by the step 312,314,316 and 320 of Fig. 3.Begin in step 904 (U9 MT CALL CONFIRMED), mobile device receives common non-emergency call in step 904, mobile device proceeds to step 906 (DR (ALERT)) after MNCC_ALERT_REQ, carry out step 908 (U7 CALL RECEIVED) then, after MNCC_SETUP_RESP, carry out step 910 (DR (CONN)) then, carry out step 912 (U8 CONNECTREQUEST) then.Yet, for continuing urgent call (perhaps noiseless/as to call out automatically), the step 902 (DR (CONN)) of handling process after step 904 (MTCALL CONFIRMED) proceeds directly to MNCC_SETUP_RESP carried out step 912 (U8 CONNECT REQUEST) then.Obviously, mobile device stops the step of carrying out at continuing urgent call (that is, noiseless/as to call out automatically) 906,908 and 910, but carries out MNCC_SETUP_RESP and step 902.This is through with about the discussion of Fig. 9.

Preferably, the calling of this mobile device is carried out automatically and/or silent answer, and with that can provide for mobile device and irrelevant by other programmable data indication of mobile device use.In order to illustrate, Fig. 6 is that the illustrative of the memory 602 of mobile device is described, and can store programmable data indication 604 and 606 in this memory 602.Programmable data indication 604 is used at the incoming call to mobile device audible alarm answer-mode or silent answer pattern being set, and programmable data indication 606 is used at the incoming call to mobile device manual answer mode or autoanswer mode being set.The part able to programme of programmable data indication 604 and 606 is that the end user can change these patterns when needed.The pattern of mobile device can be controlled and/or select to processor based on the user input signal that receives via the user input device of user interface.User input device can be or comprise for example one or more buttons or key of mobile device.In response to end user's locking key or key, processor can provide for example selection between the pattern or switching.Preferably, processor makes the graphic user interface (GUI) that provides in visual display unit or present, described graphic user interface comprise to be used for GUI button or the menu list that the end user selects between different mode.

Equally, the indication of the programmable data of Fig. 6 is used at the incoming call of mobile device audible alarm answer-mode or silent answer pattern being set.If the programmable data indication is the bit indication, then for example bit " 0 " can be indicated and will be used audible alarm answer-mode and bit " 1 " to use the silent answer pattern to incoming call by pointer at incoming call.Notice, can be used as the opposite bit definitions of alternative use or other bit configuration.For example, bit " 0 " can be indicated the equipment setting that will use at incoming call, and bit " 1 " can be indicated and will be used long-range silent answer control at incoming call.Typically, the incoming call message of normal calling voice being called out when processor receives to mobile device and audible alarm answer-mode when enabling, and processor makes and produces audible alarm with to this incoming call of end user's alarm via user interface.On the other hand, the incoming call message of normal calling voice being called out when processor receives to mobile device and silent answer pattern when enabling, processor stop via user interface produce be used for to this incoming call of end user's alarm any audible alarm.Yet, if programmable data indication 606 is set to enable the audible alarm answer-mode, but the incoming call message that calling voice is called out has the data indications (for example referring to Fig. 5) of replying at noiseless (automatically), and then processor still stops via the user interface generation and is used for any audible alarm to this incoming call of end user's alarm.For an example truth table logic of this function, referring to following table 1.

Indicate by the programmable data that the end user is provided with	Data indication from radio message	Consequent pattern
	Data indication from radio message	Consequent pattern	Audible alarm	There is not long-range silent answer control	Audible alarm

Indicate by the programmable data that the end user is provided with	Data indication from radio message	Consequent pattern
	Data indication from radio message	Consequent pattern	Audible alarm	Enable long-range silent answer	Silent answer
Silent alarm	There is not long-range silent answer control	Silent answer	Audible alarm	Enable long-range silent answer	Silent answer
Silent alarm	There is not long-range silent answer control	Silent answer	Silent alarm	Enable long-range silent answer	Silent answer

Table 1 is at the truth table logic of the warning mode of mobile device

On the other hand, the programmable data of Fig. 6 indication 604 is used to be provided with the manual answer mode or the autoanswer mode of mobile device.If the programmable data indication is the bit indication, then for example bit " 0 " can be indicated and will be used manual answer mode and bit " 1 " can indicate and will use autoanswer mode at incoming call at incoming call.Notice, can be used as the opposite bit definitions of alternative use or other bit configuration.For example, bit " 0 " can indicate the equipment setting and the bit " 1 " that will use at incoming call can indicate and will use remote auto to reply control at incoming call.Typically, the incoming call message of normal calling voice being called out when processor receives to mobile device and manual answer mode when enabling, and processor only just makes when the manual answering signal that detects via user interface by end user's input replys this calling voice calling.On the other hand, the incoming call message of normal calling voice being called out when processor receives to mobile device and autoanswer mode when enabling, and processor makes this calling voice of automatic-answering back device call out and do not detect any manual answering signal by end user's input via user interface.Yet, when programmable data indication 604 is set to enable manual answer mode, when but the incoming call message that is used for the calling voice calling has the data indication of replying at automatic (noiseless) (for example referring to Fig. 5), processor still makes this calling voice of automatic-answering back device call out and does not detect any manual answering signal that the end user imports via user interface.For an example truth table logic of this function, referring to following table 2.

Indicate by the programmable data that the end user is provided with	Data indication from radio message	Consequent pattern
	Data indication from radio message	Consequent pattern	Manual answering	No remote auto is replied control	Manual answering
Manual answering	Enabling remote auto replys	Automatic-answering back device	Manual answering	No remote auto is replied control	Manual answering
Manual answering	Enabling remote auto replys	Automatic-answering back device	Automatic-answering back device	No remote auto is replied control	Automatic-answering back device
Automatic-answering back device	Enabling remote auto replys	Automatic-answering back device	Automatic-answering back device	No remote auto is replied control	Automatic-answering back device

Table 2 is at the truth table logic of the answer-mode of mobile device

In another scene, the programmable data of Fig. 6 indication 606 is used at the incoming call of mobile device audible alarm answer-mode or silent answer pattern being set equally.Yet, when programmable data indication 606 is set to enable the audible alarm answer-mode, when but the incoming call message that calling voice is called out has at the data indication of noiseless and automatic-answering back device (for example, referring to Fig. 5), the processor prevention produces any audible alarm that is used for to this incoming call of end user's alarm via user interface, and make this calling of automatic-answering back device (that is, the equipment setting is capped).Yet as long as the incoming call message that calling voice is called out has the data indication that is provided with at there not being automatic/silent answer, the equipment setting just is used and is not covered by the indication of the data in the radio message.For an example truth table logic of this function, referring to following table 3.

Indicate by the programmable data that the end user is provided with	Data indication from radio message	Consequent pattern
	Data indication from radio message	Consequent pattern	Audible alarm	No remote auto/silent answer control	As the set manual answering of end user with audible alarm
Audible alarm	Enable remote auto/silent answer	Automatically/silent answer	Audible alarm	No remote auto/silent answer control	As the set manual answering of end user with audible alarm
Audible alarm	Enable remote auto/silent answer	Automatically/silent answer	Silent alarm	No remote auto/silent answer control	As the set manual answering of end user with silent alarm
Silent alarm	Enable remote auto/silent answer	Automatically/silent answer	Silent alarm	No remote auto/silent answer control	As the set manual answering of end user with silent alarm

Table 3 is at the truth table logic of the answer-mode of mobile device

Referring now to Fig. 4,, show the flow chart of the conventional method that being used for of using handle the urgency communication of mobile communication equipment in cordless communication network, this mobile communication equipment can be according to operating about the described method of Fig. 3.Can use one or more network processing units, memory and transceiver (for example referring to Fig. 1) in cordless communication network, to combine and carry out this method with described related system assembly.Can in the computer program that comprises computer-readable medium (for example memory or computer disk), embody at least a portion of this method, storage can be by one or the computer instruction carried out of multiprocessor (for example, microprocessor) more in described computer-readable medium.

Begin block 400 places at Fig. 4 begin, and wireless network is suitable for aiding between the mobile communication equipment that runs in the wireless network and public safety answering point (PSAP) entity sets up urgent call (step 402 of Fig. 4).During urgent call, wireless network can be discerned calling termination messages or the failure condition (for example, the outer situation of coverage) (step 404 of Fig. 4) that causes urgent call to disconnect.In certain moment after disconnecting, wireless network receives the message (step 406 of Fig. 4) by the continuation urgent call that initiate and mobile device of PSAP entity.ANI that receives in initial urgent call before PSAP uses or calling part ID information come to initiate to continue urgent call to mobile device.In response to receiving this message, wireless network produces and mails to the incoming call message of mobile device to transmit via wireless network.When producing this incoming call message, wireless network is at one of this incoming call message or more in the multidata section data indications (step 408 of Fig. 4) are set.This data indication is used for this calling of automatic-answering back device under the situation that does not detect the manual answering signal via its user interface of order mobile device.This data indication (perhaps another indication) can also be used for the order mobile device and stop generation to be used for continuing the audible alarm that alarm is carried out in urgent call.Afterwards, wireless network makes broadcasts incoming call message at this continuation urgent call via wireless network, to be received (step 410 of Fig. 4) by mobile device.Mobile device is replied this continuation urgent call in automatic and/or noiseless mode.

About other correlation technique of the present disclosure, notice, can disconnect urgent call as described herein in response to (regardless of still being to make) the intentional or involuntary behavior at mobile device place by the third party by the end user.When this disconnects generation,, between PSAP entity and mobile device, communicate otherwise can not or be difficult in any continuation urgent call unless use special technique.For example, possible mobile device drops, is removed or can't be touched by the user.As another example, the configuration of mobile device can not allow this continuation communication easily.

In order to further specify a kind of problem in back, Fig. 8 a and 8b show the end view of a configuration of mobile device, and this shell 802 of this mobile device provides open position, and (Fig. 8 a) and make position (Fig. 8 b).In the embodiment of Fig. 8 a-8b, shell 802 has first (top) housing parts 804 and second (bottom) housing parts 806, and they link to each other so that the open and close position to be provided by articulated mounting 808.For example, articulated mounting 808 can alternatively be used to provide the carriage or the pivoting point device of open and close position.In the embodiment of Fig. 8 a and 8b, first housing parts, 804 carrying displays 112 and loud speaker 234, the second housing parts 806 carrying keyboard 114 and microphones 236.The open position of Fig. 8 a exposes for use display 112, keyboard 114, loud speaker 234 and microphone 236, and the make position of Fig. 8 b covers display 112, keyboard 114, loud speaker 234 and microphone 236 and/or presents inactive display 112, keyboard 114, loud speaker 234 and microphone 236.In Fig. 8 b, apparently,,, continue communication in any continuation urgent call after the disconnection of urgent call otherwise can not or be difficult in unless then use special technique if mobile device is in the close position.

In order to address this problem, one type the mobile device that can use in these technology is configured to optionally provide hand-held set call mode and the speaker-phone call mode at audio call.Except conventional handset speaker and microphone, also provide speaker-phone transducer (for example speaker-phone transducer 810 of Fig. 8 a and 8b).As example among Fig. 8 and the 8b, can provide this speaker-phone transducer 810 at the outside or the offside of the shell that handset speaker 234 and microphone 236 are provided.

In order to further specify, Fig. 7 shows the block diagram of the function that is associated with the call mode of the audio call of mobile device.The call mode of mobile device comprises hand-held set call mode 702 and speaker-phone or " hands-free " call mode 704.Commutation circuit 706 can be coupled to and be controlled by the processor of mobile device, to switch between hand-held set call mode 702 and speaker-phone call mode 704.

For hand-held set call mode 702, handset speaker and microphone (comprising the circuit that it is associated) that processor is enabled mobile device via commutation circuit carry out listening and speaking to be respectively applied for the end user during audio call.When being activated, handset speaker/microphone and the circuit that is associated provide limited privately owned geographic range at the transmission of audio signals of audio call.In order during audio call, to communicate efficiently for 702 times at the hand-held set call mode, the end user holds portable terminal (for example portable handset equipment) and places it in end user's head next door, makes the adjacent and hand-held set microphone of handset speaker and end user's ear near end user's mouth.Otherwise the undercapacity of audio signal is so that audio signal is sent to the opposing party of end user and calling.

For speaker-phone call mode 704, processor is enabled the alternative transducer (loud speaker/microphone) (comprising the circuit that it is associated) of mobile device via commutation circuit 706, carries out listening and speaking for the end user during audio call.Notice and speaker-phone call mode 704 can be called or alternatively be called " hands-free " call mode.When being activated, speaker-phone transducer and the circuit that is associated provide wideer broadcasting geo scope to transmit the audio signal of audio call.In order to communicate for 704 times at the speaker-phone call mode during audio call, the end user is placed on suitable distance (for example within 0.5-1.5 rice or between them) with mobile device, is handed or is placed on the suitable surface by the end user.In speaker-phone call mode 704, the audio signal of audio call has the opposing party that enough intensity fully is sent to end user and calling, and and the range-independence between mobile device and the end user.

Processor can be based on the call mode of controlling and/or select mobile device from the input 710 of the user input device of user interface.This user input device can be or comprise for example one or more buttons or key of mobile device.In response to end user's locking key or key, processor can be in the selection or the switching that are provided at during the audio call between hand-held set call mode 702 and the speaker-phone call mode 704.Thereby processor can detect from the manual speaker-phone activation signal end user, that be used to activate speaker-phone call mode 704 via user interface.Preferably, processor makes and provides on visual display unit or present graphic user interface (GUI), and this graphic user interface comprises that GUI button or menu list select between hand-held set call mode 702 and speaker-phone call mode 704 for the end user.

In addition or alternatively, processor can 712 come the call mode (referring to for example Fig. 5) of controlling mobile equipment based on input, described input 712 with from one of the incoming call message of PSAP entity or more the data in the multidata section indicate corresponding.If the data indication is the bit indication, then for example, bit " 0 " can be indicated and will be used hand-held set call mode 702, and bit " 1 " can be indicated and will be used speaker-phone call mode 704.Notice and can be used as the opposite bit definitions of alternative use or other bit configuration.For example, bit " 0 " can be indicated and will be used the equipment setting that is used for preference pattern 702 or 704, and bit " 1 " can be indicated and will be used the speaker-phone call mode 704 (that is, the equipment setting is capped) that is used for the remote speaker phone and enables.Except the indication of this data is provided at incoming call message or alternative as it, can during calling out, any appropriate message that is sent to mobile device from the PSAP entity, provide this data indication (promptly, in calling is carried out, be received in the data indication of setting up in the message that sends after the Traffic Channel).

If use input 710 (that is, the user imports selection) simultaneously and import the call mode that 712 (that is, the data indication in the radio message) all are used to select mobile device, then can provide logic 708.Can in mobile device, provide logic 708 with the hardware of processor controls or the form of software.Shown in the example of Fig. 7, logic 708 can be OR-gate or its function equivalent.Preferably, logic 708 can be suitable for operating according to the truth table that provides in the following table 4:

User input signal from user input device	Data indication from radio message	Consequent call mode
User input signal from user input device	Data indication from radio message	Consequent call mode	Hand-held set	No remote speaker phone control	Hand-held set
Hand-held set	Enable the remote speaker phone	Speaker-phone	Hand-held set	No remote speaker phone control	Hand-held set
Hand-held set	Enable the remote speaker phone	Speaker-phone	Speaker-phone	No remote speaker phone control	Speaker-phone
Speaker-phone	Enable the remote speaker phone	Speaker-phone	Speaker-phone	No remote speaker phone control	Speaker-phone

Table 4 is at the truth table logic of call mode

Although example is provided, yet can use the logic of any adequate types to select the call mode of mobile device.

Thereby, although mobile device may drop during urgent call, be removed or can't be touched by the user, yet by using the control of speaker-phone call mode, continuation communication between PSAP entity and mobile device effectively (for example can still be, the PSAP entity can be heard the end user at least, perhaps instructs the end user at least or communicates by letter with the end user).When the mobile device configuration did not allow to continue communication, continuing communication still was possible (for example referring to the discussion relevant with 8b with Fig. 8 a).

In alternative, can initiate the automatic-answering back device of the data indication in using radio message and the Long-distance Control and the selection at the mobile device place under the call mode by PSAP or other third party's entity, and any urgent call of being carried out with the end user maybe any disconnection of this calling have nothing to do.The calling that this entity carries out mobile device can only be noiseless or secret stealth call (as mentioned above, enabling or do not enabling under the situation of speaker-phone call mode), this stealth call is need not carry out in response to the mobile initiation urgent call of any disconnection.For example, relate to illegally (unlawful) or illegal (illicit) behavior, can carry out noiseless or stealth call to this mobile device from entity in response to the end user who identifies mobile device.Do not disconnect owing to do not exist in this embodiment to move the calling of initiating or call out, therefore in this alternative, do not use timer in the mobile device at the time period after disconnecting.Otherwise employed technology can be identical or similar with above-mentioned those technology.Alternatively, receive signal or the message of initiating from mobile device (urgent or non-emergent) in response to entity, can carry out this noiseless or secret calling (enabling as mentioned above, or do not enabling under the situation of speaker-phone call mode) to mobile device from entity.Preferably, this message is emergency message, this emergency message can be end user's short-text message (for example, Short Message Service or SMS message) or Email (e-mail) message of receiving via the user interface of mobile device and sending via wireless network for example.Employing can be urgent or non-emergent message with this message detection about the step 306 of Fig. 3 and the technology of describing is identical or similar techniques (that is, detect predetermined codes or predesignated subscriber and import selection).In this certain candidate embodiment, can adopt and identical or similar mode of time period after urgent call disconnects, come in mobile device, to use timer at the time period after initial movable initiation signal or message.

Thereby, use at mobile communication equipment, to the alternative approach of handling via the incoming call of cordless communication network in, the step of method comprises: monitor to receive the incoming call message at incoming call via cordless communication network; Receive one of this incoming call message or the more data indication in the multidata section; If this this incoming call message of data indication indication is at noiseless automatic-answering back device, then: stop the audible alarm that is used for incoming call is carried out alarm in the generation of mobile communication equipment place; And make and under the situation that does not detect the manual answering signal, automatically reply this incoming call by mobile communication equipment via the user interface of mobile communication equipment; Otherwise, if the data indication fails to indicate this incoming call message at noiseless automatic-answering back device, then: stop to make under the situation that does not detect the manual answering signal by this incoming call of mobile communication equipment automatic-answering back device; And, make this incoming call is replied in response to detect the manual answering signal via user interface.

According to main religious doctrine of the present disclosure, described and disconnect the method and apparatus that urgent call is communicated by letter and handled with other what relate to mobile communication equipment.In an illustrative embodiment, mobile communication equipment is via the urgent call of cordless communication network foundation with public safety answering point entity.If urgent call disconnects, then mobile device is monitored to receive the incoming call message at the continuation urgent call from public safety answering point entity.In response to receiving this incoming call message, mobile device stops and produces audible alarm and automatically reply continuation urgent call from public safety answering point entity under the situation that does not detect any manual answering signal via its user interface.In a concrete grammar, if this message of data indication indication that receives this incoming call message and this incoming call message in the time period after disconnecting is at continuing urgent call or automatic-answering back device, then mobile device automatic-answering back device should be called out.Otherwise, if receive this incoming call message outside this time period after disconnecting, if perhaps the data indication fails to indicate this incoming call message at continuing urgent call or automatic-answering back device, then the mobile device prevention is carried out automatic-answering back device to the calling that is associated with incoming call message.

By being applicable to that another illustrative method that the mobile communication equipment that communicates via cordless communication network uses comprises: have one or the message of the data indication in the multidata section more receiving on the cordless communication network; If the data indication indication from this message will be used the speaker-phone call mode, the speaker-phone call mode of then enabling mobile communication equipment is to carry out audio call; Otherwise if will enable the hand-held set call mode from the data indication indication of this message, the hand-held set call mode of then enabling mobile communication equipment is to carry out audio call.This method can also be included in not user interface via mobile communication equipment and detect and make the audio call of mobile communication equipment automatic-answering back device from third party's entity under the situation of manual answering signal.

Although have illustrated and described the preferred embodiments of the present invention, be not limited to this yet should understand the present invention.Do not breaking away under the prerequisite of the spirit and scope of the present invention as defined by the appended claims, those skilled in the art can make many modifications, change, modification, replace and be equal to.

Claims (according to the modification of the 19th of treaty)

One kind that use by mobile communication equipment, the calling voice via cordless communication network is called out the method for handling, described method comprises following action:

Monitor to receive and be used for setting up the incoming call message that calling voice is called out with calling entity via described cordless communication network;

Receive one of described incoming call message or the more data indication in the multidata section;

If described data indication indication is used for setting up incoming call message that calling voice calls out at noiseless automatic-answering back device, then with calling entity:

Prevention produces at described mobile communication equipment place and is used for described calling voice is called out the audible alarm that carries out alarm;

Under the situation that does not detect the manual answering signal, call out by the described calling voice of described mobile communication equipment automatic-answering back device via the user interface of described mobile communication equipment;

Otherwise, if failing to indicate, described data indications is used for setting up incoming call message that calling voice calls out at noiseless automatic-answering back device, then with calling entity:

Prevention is automatically replied described calling voice by described mobile communication equipment and is called out under the situation that does not detect the manual answering signal; And

In response to detecting the manual answering signal, described calling voice calling is replied via described user interface.

2. method according to claim 1, wherein, if the described incoming call message of described data indication indication is at noiseless automatic-answering back device, then described calling voice is called out and is comprised that emergency voice calls and described calling entity comprise public safety answering point entity.

3. method according to claim 1, wherein, described user interface comprises a plurality of keys, loud speaker and microphone, and the action of being called out by the described calling voice of described mobile communication equipment automatic-answering back device also comprises enables the action of described microphone with the earcon that receives described mobile communication equipment place.

4. method according to claim 1, wherein, described mobile communication equipment comprises memory, described memory be included in one or more in the multidata section, be used at programmable data indication to one of the calling voice call setting manual answer mode of described mobile communication equipment and autoanswer mode, and wherein, when manual answer mode has been enabled in described programmable data indication indication, carry out the action of under the situation that does not detect the manual answering signal, calling out by the described calling voice of described mobile communication equipment automatic-answering back device.

5. method according to claim 1, wherein, described mobile communication equipment comprises memory, described memory be included in one or more in the multidata section, be used at programmable data indication to one of the calling voice call setting audible alarm answer-mode of described mobile communication equipment and silent answer pattern, and wherein, when the audible alarm answer-mode has been enabled in described programmable data indication indication, carry out prevention and produce the action that is used for described calling voice is called out the audible alarm that carries out alarm at described mobile communication equipment place.

6. method according to claim 1 also comprises:

Voicelessly and automatically replying after described calling voice calls out, the positional information of described mobile communication equipment is being sent to receiving entity.

7. method according to claim 1 also comprises:

Via the message request of described user interface reception at message;

Send described message via described cordless communication network;

Running timer, described timer limit from sending the time period that described message begins;

If in the described time period, receive the described incoming call message of described incoming call message and described data indication indication at noiseless automatic-answering back device, then under the situation that does not detect the manual answering signal, call out by the described calling voice of described mobile communication equipment automatic-answering back device; And

If outside the described time period, receive described incoming call message, if perhaps described data indication fails to indicate described incoming call message at noiseless automatic-answering back device, then stop and under the situation that does not detect the manual answering signal, automatically reply described calling.

8. method according to claim 1 also comprises:

Receive message request via described user interface;

If described message request at non-emergent message, then sends described non-emergent message via described cordless communication network;

If described message request is at emergency message, then:

Running timer, described timer definition is from sending the time period that described emergency message begins;

If in the described time period, receive described incoming call message, and the described incoming call message of described data indication indication is then called out by the described calling voice of described mobile communication equipment automatic-answering back device under the situation that does not detect the manual answering signal at noiseless automatic-answering back device; And

If outside the described time period, receive described incoming call message, if perhaps described data indication fails to indicate described incoming call message at noiseless automatic-answering back device, then stop the described calling voice calling of automatic-answering back device under the situation that does not detect the manual answering signal.

9. method according to claim 1, wherein, described mobile communication equipment has hand-held set call mode and speaker-phone call mode, and described method also comprises following action:

If the described incoming call message of described data indication indication is then enabled the speaker-phone call mode of described mobile communication equipment at noiseless automatic-answering back device under the situation that does not detect manual speaker-phone activation signal via described user interface.

10. method according to claim 1, this method embodies with computer program, described computer program comprises computer-readable medium and the computer instruction of storing in described computer-readable medium, wherein, one of described mobile communication equipment or more multiprocessor can carry out described computer instruction to carry out described method.

11. a mobile communication equipment comprises:

Wireless transceiver is suitable for communicating via cordless communication network;

One or multiprocessor more are coupled to described wireless transceiver;

User interface is coupled to described one or multiprocessor more;

Described one or more multiprocessor operations be used for:

Monitor to receive and be used for setting up the incoming call message that calling voice is called out with calling entity via described wireless transceiver;

Prevention produces at described user interface place and is used for described calling voice is called out the audible alarm that carries out alarm;

The described calling voice of automatic-answering back device is called out under the situation that does not detect the manual answering signal via described user interface;

Prevention described calling voice of automatic-answering back device under the situation that does not detect the manual answering signal via described user interface is called out; And

12. mobile communication equipment according to claim 11, wherein, if the described incoming call message of described data indication indication is at noiseless automatic-answering back device, it is that emergency voice calls and described calling entity are public safety answering point entity that then described calling voice is called out.

13. mobile communication equipment according to claim 11 also comprises:

Described user interface has a plurality of keys, loud speaker and microphone, and

Described one or more multiprocessor also operate and be used for coming the described calling voice of automatic-answering back device to call out with the earcon that receives described mobile communication equipment place by enabling described microphone.

14. mobile communication equipment according to claim 11 also comprises:

Memory;

Described memory be included in one or more on the multidata section, be used at programmable data indication to one of the calling voice call setting manual answer mode of described mobile communication equipment and autoanswer mode; And

Described one or more multiprocessor also operate and be used for when manual answer mode has been enabled in described programmable data indication indication, the described calling voice of automatic-answering back device is called out under the situation that does not detect the manual answering signal via described user interface.

15. mobile communication equipment according to claim 11 also comprises:

Memory;

Described memory be included in one or more in the multidata section, be used at programmable data indication to one of the calling voice call setting audible alarm answer-mode of described mobile communication equipment and silent answer pattern; And

Described one or more multiprocessor also operate and be used for when the audible alarm answer-mode has been enabled in described programmable data indication indication, stoping to produce to be used for described calling voice is called out the audible alarm that carries out alarm.

16. mobile communication equipment according to claim 11 also comprises:

Described one or more multiprocessor also operate and be used for voicelessly and automatically replying after described calling voice calls out, the positional information of described mobile communication equipment is sent to receiving entity.

17. mobile communication equipment according to claim 11 also comprises:

Described one or more multiprocessor also operate and be used for:

Via the message request of described user interface reception at message;

Send described message via described wireless transceiver;

If receive the described incoming call message of described incoming call message and described data indication indication at noiseless automatic-answering back device in the described time period, then the described calling voice of automatic-answering back device is called out under the situation that does not detect the manual answering signal; And

18. mobile communication equipment according to claim 11 also comprises:

Described one or more multiprocessor also operate and be used for:

Receive message request via described user interface;

If described message request at non-emergent message, then sends described non-emergent message via described wireless transceiver;

If described message request is at emergency message, then:

Running timer, described timer limit from sending the time period that described emergency message begins;

If outside the described time period, receive described incoming call message, if perhaps described data indication fails to indicate described calling voice message related to calls at noiseless automatic-answering back device, then stop the described calling voice calling of automatic-answering back device under the situation that does not detect the manual answering signal.

19. mobile communication equipment according to claim 11 also comprises

Described one or more multiprocessor also operate and be used under hand-held set call mode and speaker-phone call mode the described mobile communication equipment of operation; And

Described one or more multiprocessor also operate and be used under the described incoming call message of described data indication indication is situation at noiseless automatic-answering back device, enable the speaker-phone call mode and do not detect manual speaker-phone activation signal via described user interface.

20. a wireless communication system comprises:

Cordless communication network;

The a plurality of mobile communication equipments that in described cordless communication network, move; And

Each mobile communication equipment is suitable for operating according to any one described mobile communication equipment in the claim 11 to 19.

Claims

1. one kind by mobile communication equipment method that use, to handling via the incoming call of cordless communication network, and described method comprises following action:

Monitor to receive incoming call message via described cordless communication network from the incoming call of calling entity;

If described data indication indication with from the corresponding incoming call message of the incoming call of calling entity at noiseless automatic-answering back device, then:

Prevention produces the audible alarm that is used for described incoming call is carried out alarm at described mobile communication equipment place;

Under the situation that does not detect the manual answering signal via the user interface of described mobile communication equipment by the described incoming call of described mobile communication equipment automatic-answering back device;

Otherwise, if described data indications fail to indicate with from the corresponding incoming call message of the incoming call of calling entity at noiseless automatic-answering back device, then:

Prevention is automatically replied described incoming call by described mobile communication equipment under the situation that does not detect the manual answering signal; And

In response to detecting the manual answering signal, described incoming call is replied via described user interface.

2. method according to claim 1, wherein, if the indication of described data indicates described incoming call message at noiseless automatic-answering back device, then described incoming call comprises that urgent call and described calling entity comprise public safety answering point entity.

3. method according to claim 1, wherein, described user interface comprises a plurality of keys, loud speaker and microphone, is also comprised by the action of the described incoming call of described mobile communication equipment automatic-answering back device and enables the action of described microphone with the earcon that receives described mobile communication equipment place.

4. method according to claim 1, wherein, described mobile communication equipment comprises memory, described memory is included in one or programmable data indication more in the multidata section, that be used for being provided with at the incoming call to described mobile communication equipment one of manual answer mode and autoanswer mode, and wherein, when manual answer mode has been enabled in described programmable data indication indication, carry out under the situation that does not detect the manual answering signal action by the described incoming call of described mobile communication equipment automatic-answering back device.

5. method according to claim 1, wherein, described mobile communication equipment comprises memory, described memory is included in one or programmable data indication more in the multidata section, that be used for being provided with at the incoming call to described mobile communication equipment one of audible alarm answer-mode and silent answer pattern, and wherein, when the audible alarm answer-mode has been enabled in described programmable data indication indication, carry out prevention and produce the action that is used for described incoming call is carried out the audible alarm of alarm at described mobile communication equipment place.

6. method according to claim 1 also comprises:

After voicelessly and automatically replying described incoming call, the positional information of described mobile communication equipment is sent to receiving entity.

7. method according to claim 1 also comprises:

Via the message request of described user interface reception at message;

Send described message via described cordless communication network;

If in the described time period, receive the described incoming call message of described incoming call message and described data indication indication at noiseless automatic-answering back device, then under the situation that does not detect the manual answering signal by the described incoming call of described mobile communication equipment automatic-answering back device; And

8. method according to claim 1 also comprises:

Receive message request via described user interface;

If described message request is at emergency message, then:

If in the described time period, receive described incoming call message, and the described incoming call message of described data indication indication is at noiseless automatic-answering back device, then under the situation that does not detect the manual answering signal by the described incoming call of described mobile communication equipment automatic-answering back device; And

If outside the described time period, receive described incoming call message, if perhaps described data indication fails to indicate described incoming call message at noiseless automatic-answering back device, then stop the described calling of automatic-answering back device under the situation that does not detect the manual answering signal.

9. method according to claim 1, wherein, described mobile communication equipment has hand-held set call mode and speaker-phone call mode, and described method comprises following action:

11. a mobile communication equipment comprises:

One or multiprocessor more are coupled to described wireless transceiver;

User interface is coupled to described one or multiprocessor more;

Described one or more multiprocessor operations be used for:

Monitor to receive incoming call message or incoming call via described wireless transceiver from calling entity;

Prevention produces the audible alarm that is used for described incoming call is carried out alarm at described user interface place;

The described incoming call of automatic-answering back device under the situation that does not detect the manual answering signal via described user interface;

Prevention is the described incoming call of automatic-answering back device under the situation that does not detect the manual answering signal via described user interface; And

12. mobile communication equipment according to claim 11, wherein, if the described incoming call message of described data indication indication is at noiseless automatic-answering back device, then described incoming call is that urgent call and described calling entity are public safety answering point entity.

13. mobile communication equipment according to claim 11 also comprises:

Described one or more multiprocessor also operate and be used for coming the described incoming call of automatic-answering back device with the earcon that receives described mobile communication equipment place by enabling described microphone.

14. mobile communication equipment according to claim 11 also comprises:

Memory;

Described memory is included in one or programmable data indication more on the multidata section, that be used for being provided with at the incoming call to described mobile communication equipment one of manual answer mode and autoanswer mode; And

Described one or more multiprocessor also operate and be used for when manual answer mode has been enabled in described programmable data indication indication the described incoming call of automatic-answering back device under the situation that does not detect the manual answering signal via described user interface.

15. mobile communication equipment according to claim 11 also comprises:

Memory;

Described memory is included in one or programmable data indication more in the multidata section, that be used for being provided with at the incoming call to described mobile communication equipment one of audible alarm answer-mode and silent answer pattern; And

Described one or more multiprocessor also operate and be used for when the audible alarm answer-mode has been enabled in described programmable data indication indication, stoping to produce the audible alarm that is used for described incoming call is carried out alarm.

16. mobile communication equipment according to claim 11 also comprises:

Described one or more multiprocessor also operate and be used for after voicelessly and automatically replying described incoming call, the positional information of described mobile communication equipment is sent to receiving entity.

17. mobile communication equipment according to claim 11 also comprises:

Described one or more multiprocessor also operate and be used for:

Via the message request of described user interface reception at message;

Send described message via described wireless transceiver;

If in the described time period, receive the described incoming call message of described incoming call message and described data indication indication at noiseless automatic-answering back device, then the described incoming call of automatic-answering back device under the situation that does not detect the manual answering signal; And

18. mobile communication equipment according to claim 11 also comprises:

Described one or more multiprocessor also operate and be used for:

Receive message request via described user interface;

If described message request is at emergency message, then:

19. mobile communication equipment according to claim 11 also comprises

20. a wireless communication system comprises:

Cordless communication network;