CN1765112A - Establishing a connection method and device using a hybrid receiver - Google Patents
Establishing a connection method and device using a hybrid receiver Download PDFInfo
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- CN1765112A CN1765112A CN 200380110254 CN200380110254A CN1765112A CN 1765112 A CN1765112 A CN 1765112A CN 200380110254 CN200380110254 CN 200380110254 CN 200380110254 A CN200380110254 A CN 200380110254A CN 1765112 A CN1765112 A CN 1765112A
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Abstract
Methods and apparatus for establishing a connection to a hybrid receiver (145). In one implementation, a hybrid wireless handset (145) includes: a radio interface including an antenna; a wireless telephony modem connected to said radio interface; a wireless lP modem connected to said wireless telephony modem and to said radio interface; an audio interface connected to said wireless telephony modem and to said wireless IP modem; and a user interface connected to said wireless telephony modem and to said wireless IP modem; wherein when said wireless telephony modem receives a connection notification from a first communication network (110), said wireless IP modem sends a connection reply to a second communication network (105).
Description
Technical field
The present invention relates to be used for the method and apparatus that connects with hybrid receiver.The application requires the priority of No. 60/463298 U.S. Provisional Patent Application of submission on April 16th, 2003, and the disclosed content of this application is incorporated herein by reference.
Background technology
Wireless receiver comprises cellular handset, such as CDMA pcs telephone and GSM pcs telephone.Another kind of wireless receiver is wireless lan (wlan) receiver or wireless IP receiver, such as according to IEEE 802.11 (that is, by 802.11 standards of IEEE issue; Just common alleged " Wi-Fi ") wireless network modem of work.
For wireless and portable telephone, battery life is a key factor when design.Bigger or expensive battery can provide long battery life.On the other hand, but reduce also extending battery life of power consumption.Changing power consumption (for example, under the situation of mobile phone energising, monitor the signal of automatic network when calling or receipt of call are sent in wait, and state information is offered network) under standby mode can be a kind of mode of control battery life.In some cases, the power consumption under the standby mode of use WLAN modulator-demodulator is than the power consumption height under the standby mode of use wireless telephony modem (for example, cdma modem).
Summary of the invention
The invention provides and be used for the method and apparatus that connects with hybrid receiver.In one embodiment, hybrid wireless handset comprises: the radio frequency interface that comprises antenna; Be connected to the wireless telephony modem of described radio frequency interface; Be connected to the wireless IP modulator-demodulator of described wireless telephony modem and described radio frequency interface; Be connected to the audio interface of described wireless telephony modem and described wireless IP modulator-demodulator; And the user interface that is connected to described wireless telephony modem and described wireless IP modulator-demodulator; Wherein, when described wireless telephony modem received from the connection of first communication network notice, described wireless IP modulator-demodulator was replied connection and is sent to the second communication network.
In one embodiment, the method that connects with hybrid receiver comprises: according to first communication protocol connection request is sent to first communication network, wherein, connection request comprises that the transmitter address information connects to use the second communication agreement; And receive from replying being connected of second communication network according to second communication agreement and transmitter address information.
In another embodiment, comprise:, wherein, connect notice and comprise that the transmitter address information connects to use the second communication agreement according to the notice that is connected of first communication protocol reception from first communication network with the method that hybrid receiver connects; And send to the second communication network with the transmitter address information with being connected to reply according to the second communication agreement.
Description of drawings
Fig. 1 illustrates the diagrammatic sketch of a kind of execution mode of network environment.
Fig. 2 is the diagrammatic sketch of a kind of execution mode of hybrid wireless handset.
Fig. 3 is the diagrammatic sketch of the another kind of execution mode of hybrid wireless handset.
Fig. 4 illustrates the flow chart a kind of and execution mode that wireless receiver connects.
Fig. 5 illustrates a kind of flow chart that uses cdma network to notify to set up the execution mode that is connected with the Wi-Fi of wireless receiver.
Fig. 6 illustrate a kind of use text message to notify to come with wireless receiver connect
The flow chart of execution mode.
Fig. 7 illustrates a kind of flow chart that uses circuit switched voice call to notify the execution mode that connects with wireless receiver.
Fig. 8 illustrates the flow chart a kind of and execution mode that wireless receiver connects, and the calling party sets up notice in this embodiment.
Embodiment
The invention provides and be used for the method and apparatus that connects with hybrid receiver.In one embodiment, hybrid receiver is a hybrid wireless receiver of supporting the radio communication of two kinds of wireless systems of use and agreement.This receiver receives notice from the calling party by first wireless system, and uses second wireless system to set up and being connected of calling party.Consequently, this hybrid receiver can be in the standby mode that uses first wireless system, and can connect in second wireless system.Power consumption under being in the standby mode of supporting first wireless system is lower than in the environment that is in the power consumption under the standby mode of supporting second wireless system, and this configuration can cater to the need.
In an example, under a kind of execution mode, the user who is connected to the computer system of IP network sends ip voice (" VoIP ") to hybrid wireless handset and calls out.Hybrid wireless handset had not only been supported CDMA PCS but also had been supported IEEE 802.11 (for example " Wi-Fi " refers to 802.11 interfaces of a class such as 802.11a, b or g).In this example, the user of this computer system does not know the IP address of hybrid wireless handset, but knows the telephone number of hybrid wireless handset.This user offers computer system with telephone number in the VoIP request.This computer system is transmitted to server by IP network with the VoIP request.Server is set up notice or the warning message that is used for hybrid wireless handset.This notice is text message (for example, using SMS or some other text messaging agreement).Text message comprises: special key word or order, and the information that is used for notifying hybrid wireless handset to be used for setting up voip call is included in this message; Be used for the addressing of VoIP callback, be used for making the hybrid wireless handset can access server; And set up any out of Memory voip conversation necessity or useful (for example, special routing iinformation, Traffic Channel (pay(useful) load) codec options etc.) between the hybrid wireless handset for unifying in department of computer science.The telephone number that server uses the user to provide should be notified and send to hybrid wireless handset by telephone network.In one embodiment, if the user offers computer system with the IP address rather than the telephone number of hybrid wireless handset, then server will be from the telephone number of telephone network request hybrid wireless handset to send this notice.
Telephone network should be notified by radio CDMA PCS connection and send to hybrid wireless handset.This hybrid wireless handset is checked this message at special alert key, and confirms that text message is notice.This hybrid wireless handset is extracted address information from text message.This hybrid wireless handset sends to server by being connected to reply with the wireless Wi-Fi of IP network.This replys the IP address that comprises hybrid wireless handset.Server is unified in department of computer science and is connected between the hybrid wireless handset, and computer system is opened the VoIP connection.
Fig. 1 illustrates the diagrammatic sketch of a kind of execution mode of network environment 100.IP network 105 is connected to telephone network 110.IP network 105 is the networks according to Internet protocol (" IP ") work, and comprises that the Internet and one or more Wireless IP network, described Wireless IP network comprise network equipment (for example, the computer system of one or more connections; Not shown).In a kind of replacement execution mode, except the Internet or be used to replace the Internet, IP network 105 also comprises one or more local area network (LAN)s or wide area network.As shown in Figure 1, server 115 and two wireless IP base stations 120 and 125 are connected to IP network 105.IP system 130 such as the IP activating computer system is connected to server 115. IP base station 120 and 125 wireless networks of supporting in the IP network 105 are such as the Wi-Fi network.In a kind of replacement execution mode, IP base station 120 and 125 is respectively the part of different wireless network.Wireless phone 135 can be set up wireless connections with IP base station 120.Wireless phone 135 is according to supporting that with the IP base station 120 corresponding wireless network protocols that are connected IP communicates by letter.If wireless phone 135 is supported identical agreement with IP base station 125, then wireless phone 135 also can be connected with IP base station 125.
Hybrid wireless handset is supported two class radio communications: use the radio telephone connection or use wireless IP to connect.Hybrid wireless handset 145 can be set up radio telephone with telephone base station 140 and be connected.Hybrid wireless handset 145 can also be set up wireless IP with IP base station 125 and be connected.Wireless phone 145 is according to supporting that with the IP base station 125 corresponding wireless network protocols that are connected IP communicates by letter.If wireless phone 145 is supported identical agreement with IP base station 120, then wireless phone 145 can also be connected with IP base station 120.
Fig. 2 is the diagrammatic sketch such as a kind of execution mode of the hybrid wireless handset 200 of the hybrid wireless handset among Fig. 1 145.Hybrid wireless handset 200 comprises mobile station modems (" MSM ") 205 and IP modulator-demodulator 210.MSM 205 is wireless telephony modem, in addition also supports radio telephone connection and agreement or air interface, such as CDMA, TDMA or GSM.MSM 205 also controls the general operation and the user interface of hybrid wireless handset 200.IP modulator-demodulator 210 supports wireless IP or network to connect, and supports agreement or interface such as Wi-Fi or some other WLAN interface.IP modulator-demodulator 210 comprises memory 215.
Hybrid wireless handset 200 comprises radio frequency interface 217, and radio frequency interface 217 comprises some parts.MSM 205 shares identical radio frequency interface 217 with IP modulator-demodulator 210.The operation of MSM 205 control hybrid wireless handset 200 parts, thus support to use MSM 205 or IP modulator-demodulator 210 that wireless connections are provided.In one embodiment, radio frequency interface 217 is typical radio frequency interfaces, and comprises: radio frequency (" RF ") piece 220, duplexer 225, antenna 230, low noise amplifier (" LNA ") 235, band pass filter (" BPF ") 240, isolator (" ISO ") 245 and power amplifier (" PWR AMP ") 250.Radio frequency interface 217 with wireless phone in the similar mode of typical radio frequency interface work.In order to send signal, RF piece 220 is connected to MSM 205 and IP modulator-demodulator, and will offer power amplifier 250 from the modulation signal of MSM 205 or IP modulator-demodulator 210.Power amplifier 250 offers isolator 245 with amplifying signal, and isolator 245 offers signal duplexer 225 in order up to signal being offered antenna 230.For received signal, antenna 230 offers duplexer 225 with the signal that receives, and duplexer 225 offers LNA 235 with signal.LNA 235 offers BPF 240 with amplifying signal, and BPF 240 will offer RF piece 220 through the signal of filtering.According to the control signal that receives from MSM 205, RF piece 220 offers MSM 205 or IP modulator-demodulator 210 based on the mode of operation of hybrid wireless handset 200 with signal.In another embodiment, RF piece 220 uses the information in the signal to determine which purpose modulator-demodulator to send signal to.
In order to support the operation of mobile phone, hybrid wireless handset 200 also comprises typical optional feature in the wireless phone: power supply 255 (for example, battery); Phase-locked loop (" PLL ") 260; Audio block 265 comprises microphone and loud speaker; External connection interface section or connector 270 (for example, being used for ancillary equipment or external power source); Memory 275; With the user interface block 280 that comprises keypad, ringer and display.MSM 205, IP modulator-demodulator 210, power supply 255 and audio block 265 interconnection.MSM 205, IP modulator-demodulator 210, RF piece 220, power supply 255, connector 270, memory 275 and user interface block 280 interconnection.PLL 260 is connected with MSM 205.
Hybrid wireless handset 200 is supported the single face standby mode.Under standby mode, MSM 205 monitors the signal that radio frequency interfaces 217 receive, and by radio frequency interface state information is sent to wireless network according to the air interface of MSM 205.Under standby mode, hybrid wireless handset 200 is not used IP modulator-demodulator 210, perhaps uses the wave point send state information of IP modulator-demodulator 210.As described below, for the wave point that uses IP modulator-demodulator 210 connects, the calling party at first sends to wireless phone 200 by the air interface of using MSM 205 with notice.Therefore, when hybrid wireless handset 200 was supported wave point (wave point of the air interface of MSM 205 and IP modulator-demodulator 210), hybrid wireless handset 200 used a kind of standby mode wait and reception incoming call or request to communicate.In another embodiment, hybrid wireless handset 200 is supported the multiple standby mode that can therefrom be selected by the user, comprises the single face standby mode.
MSM 205 also supports the notice of request is handled to use IP modulator-demodulator 210 to connect.In different execution modes, hybrid wireless handset 200 receives dissimilar notices.In one embodiment, notice is a text message, such as the message of using SMS (Short Message Service) to send.In another embodiment, notice is the circuit switched voice call that comprises specific information.In another embodiment, use end-to-end group mode data to connect and send notice.MSM 205 is according to being used to determine whether that the notification type that receives notice checks incoming signal.As following with reference to Fig. 4-7 described, when detecting when notice, MSM 205 carries out and handles to use IP modulator-demodulator 210 and the caller system that discerns in notice to set up wireless connections.
In a kind of replacement execution mode, hybrid wireless handset uses IP modulator-demodulator 210 to be used for standby mode.In the case, hybrid wireless handset 200 is used IP modulator-demodulator 210 reception notifications, uses MSM 205 and calling party to connect according to the air interface of MSM 205 thereafter.
Fig. 3 is the diagrammatic sketch such as the another kind of execution mode of the hybrid wireless handset 300 of the hybrid wireless handset among Fig. 1 145.Hybrid wireless handset 300 among Fig. 3 is similar with the hybrid wireless handset 200 among Fig. 2, and in a similar manner like is numbered (for example, MSM is numbered 205 in Fig. 2, and is numbered 305 in Fig. 3).Yet in Fig. 3, hybrid wireless handset 300 comprises two radio frequency interfaces 317 and 319.MSM 305 uses different radio frequency interfaces with IP modulator-demodulator 310.MSM 305 uses a radio frequency interface 317 to carry out the radio telephone connection, and IP modulator-demodulator 310 uses another radio frequency interfaces 319 to carry out wireless IP connection.In addition, MSM 305, IP modulator-demodulator 310, radio frequency interface 317 and 319 and other parts to work with the similar mode of the described parts of reference Fig. 2.
Fig. 4 illustrates the flow chart 400 a kind of and execution mode that wireless receiver connects.Caller system (" calling party ") links to each other with two networks with recipient system (" recipient ").First and second networks use procotol separately, and can visit two networks by wireless connections.The calling party links to each other with first network by wired or wireless connection.The recipient is the hybrid wireless handset (or other hybrid wireless system) that links to each other with second network by wireless connections under standby mode, and can be connected by the wireless connections with first network.With reference to Fig. 1, the calling party can be the IP system 130 that is connected with IP network 105 by server 115, perhaps can be the wireless phone 135 that is connected with IP network 105 by IP base station 120.The recipient can be by telephone base station 140 and is connected with telephone network 110 and has by the available hybrid wireless handset that be connected 145 of IP base station 125 with IP network 105.Followingly example with reference to the operation of the system shown in Fig. 1 is described with reference to Fig. 4.
At square frame 405, the calling party sends to first network with connection request.This connection request is the request that connects between calling party and recipient by first network.This connection request comprises the information of discerning the recipient, such as telephone number or IP address.This connection request comprises the information that identifies the calling party, such as the IP address.
Set up notice at square frame 410, the first networks.In one embodiment, first network comprises that the Connection Service device is to be connected between system that is connected with first network and hybrid wireless recipient.In one embodiment, the Connection Service device is the gateway between first network and second network.The Connection Service device receives the connection request from the calling party, and sets up notice according to this request.This notice is configured to by second network and is sent to the recipient, and this notice comprises the identification information from this request.This notice also comprises to the recipient and shows that the calling party has asked to set up the warning message be connected with the recipient by first network.
At square frame 415, the first networks notice is sent to second network, and notice is sent to the recipient at square frame 420, the second networks.This notice comprises the information that identifies the recipient, and second network uses this information by second this notice of network route, and foundation and recipient's wireless connections.Second network should be notified and send to the recipient by wireless connections.
At square frame 425, the recipient handles this notice and connection is replied and sends to first network.The recipient receives the notice from second network, and confirms that this notice expression connection request is sent by the calling party in first network.Recipient's use connects from the identification information of notifying and replys, and any required identification information is provided in connection request.The recipient opens the wireless connections with first network, and connection replied by these wireless connections sends to first network.
At square frame 430, the first networks this connection is replied and to send to the calling party, and at square frame 435, the calling party opens being connected by first network and recipient.Connection Service device in first network receives that this connection is replied and this connection is replied and sends to the calling party.The calling party receives this connection and replys and extract any information needed to open being connected by first network and recipient.
Between calling party and first network be connected and first network and second network between to be connected must not be the connection of same type.For example, the calling party can use wired connection and the recipient uses wireless connections.
In one embodiment, calling party's use is opened by first network from this identification information of replying and is connected with the new of recipient, and in another embodiment, the connection that the calling party uses the recipient to open will be replied and be offered first network.Similarly, in one embodiment, the calling party uses the Connection Service device to open and being connected of recipient, and in another embodiment, the calling party does not use the Connection Service device.In another embodiment, the Connection Service device after receiving all off-the-shelf affirmation of two sides (for example, receiving reply and receive from recipient's connection reply from calling party's connection be received and processed affirmation after) open and keep connection between calling party and the recipient.
If first network (for example, the Connection Service device) does not receive any expression recipient and received the affirmation that notice or recipient will connect with first network or be connected and reply, then first network is attempted setting up replacing and is connected.For example, the Connection Service device utilizes the calling transfer characteristics of second network to connect (for example, the calling party arrives the recipient to first network to second network) by being combined between calling party and the recipient of first network and second network.
In a kind of replacement execution mode, before setting up this notice, whether the first Network Check recipient has been connected with first network or whether has initiatively monitored first network.In the case, be attachable if first network is determined the recipient, then first network connects between calling party and recipient immediately, and uses the notice that sends via second network unlike as mentioned above.
Replace in the execution mode at another kind, the calling party is connected indirectly with first network, such as passing through second network or passing through the 3rd network.For example, the user sends call from standard telephone to hybrid wireless handset by PSTN (second network), and for some reason (for example, route) this calling be routed to IP network (first network) come by the VoIP server as VoIP request handle.In this example, the calling party is connected with first network (IP network) by second network (telephone network).At last, the calling party will be by second network to first network and turn back to second network and come to be connected with the recipient.
Fig. 5-7 illustrates the replacement execution mode that connects with receiver.
Fig. 5 illustrates a kind of flow chart 500 that uses cdma network to notify to set up the execution mode that is connected with the Wi-Fi of wireless receiver.The operation of this this execution mode and above operation with reference to the described execution mode of Fig. 4 are similar.Followingly this execution mode is described as an example with reference to Fig. 1.
The calling party is the IP system 130 that is connected with IP network 105 by server 115.The recipient is connected with telephone network 110 and has by the available hybrid wireless handset that be connected 145 of IP base station 125 with IP network 105 by telephone base station 140.
At square frame 505, IP system 130 is the connection request with the voip conversation of hybrid wireless handset 145 is sent to IP network 105.As mentioned above, this connection request comprises the information such as the sign hybrid wireless handset 145 of telephone number, and comprises the information such as the sign IP system 130 of IP address.In another embodiment or in other of identical execution mode used, this request also was not used in voip conversation, but between calling party and recipient, carrying out the request of some other data communication.At square frame 510, server 115 is set up notice.This notice comprises that address information is to set up voip conversation (for example, hybrid wireless handset 145 can being got in touch with IP system 130) with the calling party.At square frame 515, server 115 sends to telephone network 110 by IP network 105 with this notice.At square frame 520, telephone network 110 uses CDMA to connect and by telephone base station 140 this notice is sent to hybrid wireless handset 145.Hybrid wireless handset 145 is extracted address information and is set up from this notice and comprises that the connection of address information replys, thereby IP system 130 can connect with hybrid wireless handset 145.At square frame 525, hybrid wireless handset 145 is opened with the Wi-Fi of IP base station 125 and is connected, and by IP base station 125 connection is replied and to send to IP network 105.At square frame 530, IP network 105 is replied the IP system 130 that sends to connection.At square frame 535, IP system 130 receives and replys from the connection of server 115, and sets up being connected by IP network 105 and hybrid wireless handset 145.Now, IP system 130 and hybrid wireless handset 145 by IP network 105 be connected (IP system 130 has by the wired connection of server 115 with IP network 105, and hybrid wireless handset 145 have by the Wi-Fi of IP base station 125 with IP network 105 be connected).
Fig. 6 illustrates a kind of flow chart 600 that uses text message to notify the execution mode that connects with wireless receiver.The operation of this execution mode and above operation with reference to the described execution mode of Fig. 4 are similar.Followingly this execution mode is described as an example with reference to Fig. 1.
The calling party is the IP system 130 that is connected with IP network 105 by server 115.The recipient is connected with telephone network 110 and has by the available hybrid wireless handset that be connected 145 of IP base station 125 with IP network 105 by telephone base station 140.
At square frame 605, IP system 130 is the connection request with the voip conversation of hybrid wireless handset 145 is sent to IP network 105.As mentioned above, this connection request comprises the information such as the sign hybrid wireless handset 145 of telephone number, and comprises the information such as the sign IP system 130 of IP address.As mentioned above, this request does not need to be used for voip conversation.
At square frame 610, server 115 is set up the notice of text message form.Text message makes the text message (for example, using short text message or SMS message) with the air interface compatibility of wireless telephony network and hybrid wireless handset 145.This notice comprises that alert key and address information are with connect with the calling party (for example, making hybrid wireless handset 145 get in touch with IP system 130).This alert key represents that text message is not that common text message and expression recipient will carry out suitable processing to respond.In another embodiment, text message also comprises be used to help the additional information that connects between IP system 130 and hybrid wireless handset 145, such as special routing iinformation.
At square frame 615, server 115 sends to telephone network 110 by IP network 105 with text message informing.At square frame 620, telephone network 110 uses radio telephone to connect and by telephone base station 140 text message informing is sent to hybrid wireless handset 145.This telephone network is regarded text message informing as ordinary text message.
At square frame 625, hybrid wireless handset 145 is checked text message at alert key.At square frame 630, after the alert key in finding out text message, hybrid wireless handset 145 is extracted address information from this notice.Hybrid wireless handset 145 is set up and is comprised that the connection of address information replys, and is connected thereby IP system 130 can set up wireless IP with hybrid wireless handset 145.At square frame 635, hybrid wireless handset 145 is opened with the wireless IP of IP base station 125 and is connected, and by IP base station 125 connection is replied and to send to IP network 105.At square frame 640, IP network 105 is replied the IP system 130 that sends to connection.At square frame 645, IP system 130 receives and replys from the connection of server 115, and sets up being connected by IP network 105 and hybrid wireless handset 145.Now, IP system 130 and hybrid wireless handset 145 by IP network 105 be connected (IP system 130 has by the wired connection of server 115 with IP network 105, and hybrid wireless handset 145 have by IP base station 125 be connected with the wireless IP of IP network 105).
Fig. 7 illustrates a kind of flow chart 700 that uses circuit switched voice call to notify the execution mode that connects with wireless receiver.The operation of this execution mode and above operation with reference to the described execution mode of Fig. 4 are similar.Followingly this execution mode is described as an example with reference to Fig. 1.
The calling party is the IP system 130 that is connected with IP network 105 by server 115.The recipient is connected with telephone network 110 and has by the available hybrid wireless handset that be connected 145 of IP base station 125 with IP network 105 by telephone base station 140.
At square frame 705, IP system 130 is the connection request with the voip conversation of hybrid wireless handset 145 is sent to IP network 105.As mentioned above, this connection request comprises the information such as the sign hybrid wireless handset 145 of telephone number, and comprises the information such as the sign IP system 130 of IP address.As mentioned above, this request does not need to be used for voip conversation.
At square frame 710, server 115 is set up the notice of circuit switched voice call form.This notice comprises that alert key and address information are with connect with the calling party (for example, making hybrid wireless handset 145 get in touch with IP system 130).This alert key represents that this voice call request is not that common voice call request and expression recipient will carry out suitable processing to respond.In another embodiment, this voice call request also comprises be used to help the additional information that connects between IP system 130 and hybrid wireless handset 145, such as special routing iinformation.In one embodiment, voice call request is drawn together the call-back telephone number of indication server 115, as alert key and address information.In another embodiment, alert key and address information are included in the calling part ID information of voice call request.
At square frame 715, server 115 sends to telephone network 110 by IP network 105 with this voice call request notification.At square frame 720, telephone network 110 uses radio telephone to connect and by telephone base station 140 this voice call request notification is sent to hybrid wireless handset 145.This telephone network is regarded this voice call request notification as to the recipient common circuit switched voice call.
At square frame 725, hybrid wireless handset 145 is checked voice call request at alert key.At square frame 730, after the alert key in finding out voice call request, hybrid wireless handset 145 is extracted address information from this notice.The execution mode that in voice call request is drawn together the calling part ID information of this request, is used for the ans back of server 115, hybrid wireless handset 145 is confirmed as the telephone number of reporting to the police, and is used the out of Memory in telephone number or the voice call request to set up the IP address to be connected with server 115.On the other hand, hybrid wireless handset 145 uses call-back telephone number to be undertaken and being connected of server 115 by telephone network 110, and retrieval or provide the IP addressing information to set up the connection by IP network 105.
Hybrid wireless handset 145 is set up and is comprised that the connection of address information replys, and is connected thereby IP system 130 can set up wireless IP with hybrid wireless handset 145.At square frame 735, hybrid wireless handset 145 is opened with the wireless IP of IP base station 125 and is connected, and by IP base station 125 connection is replied and to send to IP network 105.At square frame 740, IP network 105 is replied the IP system 130 that sends to connection.At square frame 745, IP system 130 receives and replys from the connection of server 115, and sets up being connected by IP network 105 and hybrid wireless handset 145.Now, IP system 130 and hybrid wireless handset 145 by IP network 105 be connected (IP system 130 has by the wired connection of server 115 with IP network 105, and hybrid wireless handset 145 have by IP base station 125 be connected with the wireless IP of IP network 105).
If the unidentified voice call request notification of hybrid wireless handset 145 as notice, perhaps not suitably information extraction reply to connect, then the hybrid wireless handset response is as this voice call request of normal voice calls request.In one embodiment, when hybrid wireless handset 145 response during as the voice call request notification of normal voice calls request, server 115 is attempted setting up calling transfer and is connected (for example, the two is connected IP system 130 and hybrid wireless handset 145 by IP network 105 and telephone network 110) between IP system 130 and hybrid wireless handset 145.
Fig. 8 illustrates the flow chart 800 a kind of and execution mode that wireless receiver connects, and the calling party sets up notice in this embodiment.As shown in Figure 4, because should notice set up by the calling party rather than set up, so that this execution mode is different from is above with reference to the described execution mode of Fig. 4 by first network.In addition, the operation of this execution mode and above operation with reference to the described execution mode of Fig. 4 are similar.Followingly this execution mode is described as an example with reference to Fig. 1.
The calling party is the IP system 130 that is connected with IP network 105 by server 115.The recipient is connected with telephone network 110 and has by the available hybrid wireless handset that be connected 145 of IP base station 125 with IP network 105 by telephone base station 140.
At square frame 805, IP system 130 sets up notice.This notice comprises that address information is to set up voip conversation (for example, hybrid wireless handset 145 can being got in touch with IP system 130) with the calling party.This notice comprises the information such as the sign hybrid wireless handset 145 of telephone number, and comprises the information such as the sign IP system 130 of IP address.As mentioned above, this notice does not need to be used to set up voip conversation.
At square frame 810, IP system 130 sends to telephone network 110 by IP network 105 with this notice.At square frame 815, telephone network 110 uses radio telephone to connect and by telephone base station 140 this notice is sent to hybrid wireless handset 145.Hybrid wireless handset 145 is extracted address information and is set up from this notice and comprises that the connection of address information replys, thereby IP system 130 can connect with hybrid wireless handset 145.At square frame 820, hybrid wireless handset 145 is opened with the wireless IP of IP base station 125 and is connected, and by IP base station 125 connection is replied and to send to IP network 105.At square frame 825, IP network 105 is replied the IP system 130 that sends to connection.At square frame 830, IP system 130 receives and replys from the connection of server 115, and sets up being connected by IP network 105 and hybrid wireless handset 145.Now, IP system 130 and hybrid wireless handset 145 by IP network 105 be connected (IP system 130 has by the wired connection of server 115 with IP network 105, and hybrid wireless handset 145 have by the Wi-Fi of IP base station 125 with IP network 105 be connected).
Various execution mode of the present invention is realized with the combination of electronic hardware, computer software or these technology.Some execution mode comprises one or more computer programs of being carried out by programmable processor or computer.For example, with reference to Fig. 2, in one embodiment, MSM 205 and IP modulator-demodulator 210 comprise one or more programmable processors.Communication network 105 and 110 shown in Fig. 1 comprises that one or individual computer are with network enabled.Usually, each computer (for example comprises one or more processors, one or more data storage part, volatibility or non-volatile memory module and permanent optics and magnetic memory apparatus, such as hard disk drive and floppy disk, CD-ROM drive and tape drive), one or more input unit (for example, mouse and keyboard) and one or more output device (for example, display console and printer).
Computer program comprises executable code, and it is stored in usually in the permanent storage media and when operation and is copied in the memory.Processor is by instructing run time version with regulation order search program from memory.When the executive program code, computer receives the data from input and/or storage device, to the data executable operations, gives output and/or storage device with the data passes that draws thereafter.
Various illustrative embodiments of the present invention is described.Yet those of ordinary skills should see that other execution mode also is possible within the scope of the invention.For example, although above description is primarily aimed at the execution mode that uses Wi-Fi, also can use wireless IP or WLAN interface in other embodiments, such as 802.11 interfaces of arbitrary type.Similarly, also can use the various telephone air interfaces except that CDMA in other embodiments, such as TDMA or GSM.Replace in the execution mode at another kind, do not use hybrid wireless handset, and be to use multi-form hybrid wireless system, such as being used for PDA or being used for notebook or the hybrid wireless nextport modem card NextPort or the ancillary equipment of desk side computer system.
Therefore, the present invention is not limited only to above-mentioned those execution modes.
Claims (35)
1. method that connects with hybrid receiver comprises:
According to first communication protocol connection request is sent to first communication network, wherein, connection request comprises that the transmitter address information connects to use the second communication agreement; And
Receive from replying being connected of second communication network with the transmitter address information according to the second communication agreement.
2. the method for claim 1 also comprises:
To connect notice and send to the second communication network from first communication network.
3. method as claimed in claim 2, wherein:
Described connection notice is a text message.
4. method as claimed in claim 2, wherein:
Described connection notice is a circuit switched voice call.
5. the method for claim 1, wherein:
Wireless phone is carried out described reception and is connected the step of replying.
6. method as claimed in claim 5, wherein:
Described wireless phone comprises wireless telephony modem and wireless IP modulator-demodulator.
7. method as claimed in claim 6, wherein:
Described wireless telephony modem and described wireless IP modulator-demodulator are shared the single radio frequency interface that comprises an antenna.
8. the method for claim 1, wherein:
The webserver is carried out the step of described transmission connection request.
9. the method for claim 1, wherein:
Described first communication protocol is cordless telephone protocol.
10. method as claimed in claim 9, wherein:
Described first communication protocol is the CDMA agreement.
11. the method for claim 1, wherein:
Described second communication agreement is wireless IP agreement.
12. method as claimed in claim 11, wherein:
Described second communication agreement is IEEE 802.11 agreements.
13. a method that connects with hybrid receiver comprises:
According to the connection notice of first communication protocol reception, wherein, connect notice and comprise that the transmitter address information connects to use the second communication agreement from first communication network; And
Send to second communication network with the transmitter address information with being connected to reply according to the second communication agreement.
14. method as claimed in claim 13, wherein:
The step that wireless phone is carried out described reception connection notice is connected the step of replying with described transmission.
15. method as claimed in claim 14, wherein:
Described wireless phone comprises wireless telephony modem and wireless IP modulator-demodulator.
16. method as claimed in claim 15, wherein:
Described wireless telephony modem and described wireless IP modulator-demodulator are shared the single radio frequency interface that comprises an antenna.
17. method as claimed in claim 13, wherein:
Described first communication protocol is cordless telephone protocol.
18. method as claimed in claim 17, wherein:
Described first communication protocol is the CDMA agreement.
19. method as claimed in claim 13, wherein:
Described second communication agreement is wireless IP agreement.
20. method as claimed in claim 19, wherein:
Described second communication agreement is the agreement according to IEEE 802.11.
21. method as claimed in claim 13, wherein:
Described connection notice is a text message.
22. method as claimed in claim 13, wherein:
Described connection notice is a circuit switched voice call.
23. a system that connects with hybrid receiver comprises:
According to first communication protocol connection request is sent to the device of first communication network, wherein, connection request comprises that the transmitter address information connects to use the second communication agreement; And
Receive from replying being connected of second communication network with the transmitter address information according to the second communication agreement.
24. system as claimed in claim 23 also comprises:
Notice sends to the second communication network from first communication network device will be connected.
25. system as claimed in claim 23, wherein:
The described device that is used to send connection request with described be used to receive be connected the device of replying and comprise wireless telephony modem and wireless IP modulator-demodulator.
26. system as claimed in claim 25, wherein:
Described wireless telephony modem is a cdma modem; And
Described wireless IP modulator-demodulator is the modulator-demodulator according to IEEE 802.11 work.
27. system as claimed in claim 25, wherein:
Described wireless telephony modem and described wireless IP modulator-demodulator are shared the single radio frequency interface that comprises an antenna.
28. a hybrid receiver system comprises:
Receive the device of notifying from the connection of first communication network according to first communication protocol, wherein, connect notice and comprise that the transmitter address information connects to use the second communication agreement; And
Reply the device that send to second communication network with the transmitter address information with being connected according to the second communication agreement.
29. system as claimed in claim 28, wherein:
Described be used to receive the device that connects notice with described be used to send be connected the device of replying and comprise wireless telephony modem and wireless IP modulator-demodulator.
30. system as claimed in claim 29, wherein:
Described wireless telephony modem is a cdma modem; And
Described wireless IP modulator-demodulator is the modulator-demodulator according to IEEE 802.11 work.
31. system as claimed in claim 29, wherein:
Described wireless telephony modem and described wireless IP modulator-demodulator are shared the single radio frequency interface that comprises an antenna.
32, a kind of hybrid wireless handset comprises:
Radio frequency interface comprises antenna;
Wireless telephony modem is connected to described radio frequency interface;
Wireless IP modulator-demodulator is connected to described wireless telephony modem and described radio frequency interface;
Audio interface is connected to described wireless telephony modem and described wireless IP modulator-demodulator; And
User interface is connected to described wireless telephony modem and described wireless IP modulator-demodulator;
Wherein, when described wireless telephony modem received from the connection of first communication network notice, described wireless IP modulator-demodulator was replied connection and is sent to the second communication network.
33. mobile phone as claimed in claim 32, wherein:
Described wireless telephony modem is a cdma modem; And
Described wireless IP modulator-demodulator is the modulator-demodulator according to IEEE 802.11 work.
34. mobile phone as claimed in claim 32, wherein:
Described connection notice is a text message.
35. mobile phone as claimed in claim 32, wherein:
Described connection notice is a circuit switched voice call.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| US46329803P | 2003-04-16 | 2003-04-16 | |
| US60/463,298 | 2003-04-16 | ||
| US10/456,872 | 2003-06-05 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1765112A true CN1765112A (en) | 2006-04-26 |
Family
ID=36748357
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200380110254 Pending CN1765112A (en) | 2003-04-16 | 2003-11-18 | Establishing a connection method and device using a hybrid receiver |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN1765112A (en) |
| ZA (1) | ZA200508661B (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101459889A (en) * | 2007-12-14 | 2009-06-17 | 日电（中国）有限公司 | Method and terminal equipment for controlling network connection |
| CN102348196A (en) * | 2010-08-04 | 2012-02-08 | 宏碁股份有限公司 | Intelligent network accessing system and method |
| CN103516714A (en) * | 2012-06-20 | 2014-01-15 | 大流株式会社 | Mapping server and mapping method |
| WO2017028567A1 (en) * | 2015-08-20 | 2017-02-23 | 中兴通讯股份有限公司 | Internet telephone connection processing method and device |
| CN107333326A (en) * | 2017-06-30 | 2017-11-07 | 浙江中控技术股份有限公司 | Double-channel communication system, the method and device of industry wireless network |
-
2003
- 2003-11-18 ZA ZA200508661A patent/ZA200508661B/en unknown
- 2003-11-18 CN CN 200380110254 patent/CN1765112A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101459889A (en) * | 2007-12-14 | 2009-06-17 | 日电（中国）有限公司 | Method and terminal equipment for controlling network connection |
| CN102348196A (en) * | 2010-08-04 | 2012-02-08 | 宏碁股份有限公司 | Intelligent network accessing system and method |
| CN103516714A (en) * | 2012-06-20 | 2014-01-15 | 大流株式会社 | Mapping server and mapping method |
| WO2017028567A1 (en) * | 2015-08-20 | 2017-02-23 | 中兴通讯股份有限公司 | Internet telephone connection processing method and device |
| CN106470194A (en) * | 2015-08-20 | 2017-03-01 | 中兴通讯股份有限公司 | Networking telephone connection processing method and device |
| CN107333326A (en) * | 2017-06-30 | 2017-11-07 | 浙江中控技术股份有限公司 | Double-channel communication system, the method and device of industry wireless network |
Also Published As
| Publication number | Publication date |
|---|---|
| ZA200508661B (en) | 2007-12-27 |
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