TWI624169B - Mobile phone system and method - Google Patents

Abstract

The present invention is a mobile phone system and method for authorizing a local number to ring and talk on a mobile device via a network. The present invention has a mobile phone server for accepting a mobile device. A registration operation or authorization operation initiated by the administrator's mobile terminal module to incorporate the plurality of mobile terminal modules that are bound to the local telephone number into a temporary or permanent call that can receive the ringing or calling of the local number The extension, the bound multi-action terminal module will correctly receive incoming calls according to the settings of the authorized operation and the communication settings of the mobile terminal module.

Description

Mobile phone system and method

The present invention relates to telecommunications communication technology, and more particularly to a system and method for converting a mobile device to a local telephone number transceiver via a network.

As is well known, the biggest limitation of the local dialect is its non-mobility. Although the user can expand the use of the local language by applying the resonance service of the local and mobile devices, the resonance service is usually unable to specify only one. The receiver device rings, and the resonance service is also limited by the need to apply for multiple phone numbers to the telecommunications company in advance, and pay a corresponding multiple fees, which is hardly an economical and practical choice.

If you want to make a call through a Wi-Fi wireless network device, the related technology needs to be implemented: the user terminal must apply for multiple SIP phone numbers under the telecom operator in advance and distribute it to different Wi- On a Fi device, after the user terminal accesses the Internet via Wi-Fi and registers the user terminal on the IP Multimedia Subsystem (IMS) network of the telecom operator, the user can make a call using the Wi-Fi device; The terminal needs to be equipped with an IP-PBX (IP-Private Branch Exchange) system or a Voice over IP (VoIP) gateway device, and the terminal can only access the Internet through Wi-Fi. The signal is transmitted to the web server, and the network server sends the signal to the telecom camp through the gateway manager of the internet protocol call technology (Gatekeeper). In the IMS system of the carrier.

The above-mentioned resonance service and the Wi-Fi device call mode have the following disadvantages:

1. Existing resonance service and instant account management mechanism, so that the service of real-time control of local call extension cannot be realized.

2. The existing resonance service cannot specify a single sub-account to ring, which will cause unnecessary trouble for the user.

3. Establishing a Voice over Internet Protocol (VoIP) gateway system or an Internet Telephony Switch (IP-PBX) system for VoIP communications is not a viable mechanism for the average family.

4. The Session Initiation Protocol (SIP) message number provided by the telecommunication application provider generally cannot communicate with the terminal network. In the process, if a type of telecommunication network is to be implemented, Extra charges are hard to avoid.

In view of the above shortcomings, it is necessary to provide a practical and convenient mobile phone system and method for general users.

The invention provides a mobile phone system and method, which is a technology for applying resonance technology to call management, and the main purpose thereof is to convert a smart phone or a Wi-Fi smart device into a portable local device, so that the fixed A city phone number can have multiple smart mobile devices or Wi-Fi smart devices as its extension, and a smart phone or Wi-Fi smart device can be used as an extension of multiple city door numbers to make a portable city A system and method for connecting a device to a plurality of door numbers.

The invention provides a mobile phone system and method, wherein The administrator must first obtain the operator's network environment, telephone number, and Session Initiation Protocol (SIP) master account, and the user can obtain the call rights of the mobile device or the Wi-Fi device through the system of the present invention. The method extends the calling ability of the local number to the mobile device or the Wi-Fi smart device, and can further include other remote local phone numbers, wherein the manager can perform call management to instantly change or authorize the sub-accounting right. , or modify and control the call control rules.

The system architecture of the present invention mainly includes a caller, a callee, and a network connection with a network call connection function, wherein the Talker and the Receiver each have a mobile device installed with a mobile terminal module. The network connection system has a mobile phone server, and the mobile device, the smart tablet, the computer, and the like are installed on the user end, but are not limited to the above device, and the user is not limited to the above device. The mobile device must support at least rfc3261, rfc2326, rfc3550, frc6222 and the communication protocol standards it refers to, but is not limited to the above standards; in contrast, the mobile local server must support at least rfc3261, rfc2326 and its referenced The communication protocol standard, while the present invention is implemented, the actual Talker device may have a plurality of, and the actual number of the called parties may also be plural, and the number of servers may be adjusted according to the number of Talker devices, and added. A network component required for the operation of an entity such as a proxy server.

In practice, the mobile terminal module may include the following units: a logic control module, which is a logical judgment core component of the mobile terminal module application, and is used to operate and control the module operation flow of the mobile terminal.

The privilege management module can determine the user identity and apply the call management rule set by the administrator of the main account to the user according to the name entered by the user, the circuit data, and the data returned by the server management module of the server. To control the user's call, and the user's sub-account is also through the authority The control module requests the primary account to resume the call permission, and the administrator uses the authority control module of the primary account to instantly open the user's call permission.

A data storage module for storing basic information for user registration and activation, such as a user name, a registered local phone number, a sub-accounting account, a unique identification code assigned to the user-side system, and a call management rule. After the administrator sets, each local phone number has its own corresponding call management rules, such as sub-account authorization management settings, sub-account exchange and call restrictions (such as: call or call restriction, call time limit, call reminder, automatic cut) Break call control, etc.); the above information can be stored asymmetrically in the data storage module, and the password can be input to decrypt the data before each call is initiated.

The data management module, which is a data management function interface of the mobile terminal module application, mainly provides a plurality of mobile local telephone extensions for which the manager sets a local telephone number, and a multi-city call corresponding to a mobile local telephone extension. The call management rules, in addition, the data management module provides an interface for the general user to input basic data and authorization data, and the mobile terminal module can simultaneously bind more than one manager account and more than one sub-account, but the bound city The phone number is not repeatable. However, if it is dynamically assigned to the sub-account extension of the mobile module, it is not bound to the device, and the overdue number is returned to the system.

The signal control module is used for processing the data stream of the communication signal and the SIP protocol and the delivery of the packet. All the data of the mobile terminal and the mobile phone communication interface of the mobile terminal must be transmitted through the module. Processing, the logic control unit can continue to process the parsed data.

In the implementation, corresponding to the mobile terminal module, the mobile local server may include the following unit: a service logic module, configured to receive a registration operation initiated by the at least one mobile terminal module or Call rule request, and take out the data according to the service The logic and the set management rules are processed.

The service providing module is configured to initiate a request to the IP multimedia subsystem according to the identity of the administrator of the primary account to allocate the at least one allotment number to the local number, and apply according to the mobile module before the call. The static or dynamic matching mode is used for the matching processing, wherein the static and dynamic matching modes can coexist with each other according to the user's needs.

The service provisioning module serves as an intermediary between the service provisioning module and the IP multimedia subsystem to receive the core service opening or account checking related information of the IP multimedia subsystem.

The service management module is configured to store the authorization operation of the account number of the primary account to the number assigned by the local phone number as a call rule, and when the action module of the assigned number performs the call or the call The call control is performed according to the call rule, and the call management rule can be updated to the mobile terminal module, and if the sub-account device of the mobile terminal module has no ringing when receiving the call, the module will re-send the call. The command to ring all accounts.

According to the arrangement of the above system, the present invention provides a mobile phone method which can be divided into several processes, which will be explained in the following paragraphs.

The main account manager of the caller performs the registration process of the mobile local service through the operator network. The steps are as follows:

1. The primary account manager sends a service registration request through the mobile local mobile terminal module, and the request includes the device's Media Access Control Address (MAC), the user name, and the local number of the requesting service. , Universally Unique Identifier (UUID) values for mobile devices, service application numbers, and custom pass codes.

2. The service logic module of the mobile local server performs account opening check, records the MAC and UUID data of the mobile device, and transmits the user identity and the user identification code to the mobile terminal module.

3. The mobile terminal module application sends an account opening application, and the service opening module of the mobile local voice server is opened according to the service type (static or dynamic matching number) applied for.

4. The service logic module of the mobile local server requests the service provisioning module to establish a SIP account.

5. The service provisioning module requests the IP Multimedia Subsystem (IMS) to establish a SIP resonance (Forking) account and receive the returned SIP account.

6. The service provisioning module returns the SIP account secret to the service logic module.

7. The service logic module stores the user SIP account related data.

8. The service logic module returns the SIP account number and the identification code to the mobile terminal module.

9. The service supply module carries the manager's registration number, and assigns the corresponding N group number (the static registration number is the permanent permanent number) for the number of static registrations to be applied for.

10. The main account manager performs call control settings through the mobile terminal module application, including: sub-account authorization management, sub-account speech and call restriction (eg, call restriction, call duration restriction, call reminder, automatic disconnection call) )and many more.

The sub-account user of the calling party performs the registration process of the mobile local service through the operator network, and the steps may include the following:

1. The sub-account user performs service registration through the mobile terminal module.

2. The mobile terminal module records the local information of the applicant who wants to apply for registration.

3. The mobile terminal uploads the application's local phone number and user name to the action city. The service logic module of the server.

4. The service logic module receives the application data, and after checking the user identity through the service installation module, returns the prompt of the general user identity to the mobile terminal module, and notifies the service provisioning module to prepare for the opening of the sub-account. ;

5. The sub-account user applies for the call of the general user through the mobile terminal module.

6. The sub-account user uploads the authorization code notified by the administrator (the administrator separately informs the sub-account user) to the service management module through the action module to obtain the call right of the general user.

7. The service provisioning module of the mobile local voice server performs the assignment of the sub-account.

8. If the sub-account applied by the user is a static registration number, the mobile terminal module can obtain a permanent SIP sub-account.

9. If the user account is a dynamic number, the mobile terminal module can obtain a temporary SIP sub-account.

10. The sub-account user requests the registration rule through the mobile terminal module, and the service logic module obtains the registration rule through the service provisioning module, and transmits it to the mobile terminal module of the sub-account, allowing it to obtain the call right according to the rule.

11. The sub-account user uploads its communication settings (such as the contact and phone number of the mobile device memory) to the service logic module through the mobile terminal module, and the service logic module confirms the communication setting through the service management module to Obtain the call management rules of the sub-account user (this step is selectively implemented).

The user of the sub-account of the calling party can perform the process of speaking and speaking through the network, and the steps thereof can include the following:

1. The sub-account user connects to the mobile local voice server through the mobile terminal module. The service logic module to confirm call control rules.

2. The service logic module obtains the call control rules from the service management module, and returns the call control rules of the mobile terminal module (the rules set by the administrator for the user).

3. The mobile terminal module applies the call control rules.

4. The sub-account user dials the call through the mobile terminal module, and the call request is accepted by the IMS system, and the IMS system simultaneously issues the resonating ring request of the local call and the binding mobile device to the callee corresponding to the dial-up.

5. The callee can answer the call from the local device or the resonant mobile device, and both the caller and the caller can start the call.

6. During the call, the mobile terminal module will conduct call control according to the received call control rules.

7. If there is a call restriction time set in the call control rule, the mobile terminal module can remind the sub-account user to send the call time before the call expires by means of broadcast, message, vibration, and the like.

8. If the call continues until the set call limit time expires, the mobile terminal module will automatically notify the IMS system to disconnect the call.

9. The mobile terminal module retrieves the call record and the talk time, uploads it to the service logic module of the mobile local voice server, and optionally asks the sub-account user whether to perform the call again.

In addition, the user of the sub-account of the calling party performs the process of receiving the call by the mobile phone through the network, and the steps thereof may include the following:

1. Upon receiving an incoming call, the mobile terminal module of the mobile device of the callee will connect to the service logic module of the mobile local voice server to confirm the call control rules.

2. The service logic module obtains the call control rules from the service management module, and Back to the action module call control rules (management rules set by the administrator).

3. The mobile terminal module applies the call control rules.

4. Other users utter the message, and the IMS system receives a call request from other users to ring the callee's local voice and to resonate with the mobile terminal module corresponding to the local caller's mobile device.

5. If the telephone number of the calling party is in the communication setting contact list of the resonant receiver terminal module, a ringing request is initiated for the mobile terminal module.

6. If the telephone number of the calling party is not in the communication setting contact list of the resonant receiver module, the ringing of the mobile terminal module is not initiated.

7. If the telephone number of the Talker is not in the communication setting contact list of any resonant mobile terminal module of the receiving party, the IMS system retransmits the resonance. At this time, all the receiver mobile terminal modules bound to the called local telephone are combined. All ring.

8. One of the recipient users selects to answer the incoming call through the mobile terminal module, and the two parties start the call.

9. During the call, the mobile terminal module will conduct call control according to the received call control rules.

10. If there is a call restriction time set in the call control rule, the mobile terminal module can remind the sub-account user that the call time is approached before the call expires by means of broadcast, message, vibration, and the like.

11. If the call continues until the set call restriction time expires, the mobile terminal module automatically notifies the IMS system to disconnect the call.

To this end, it should be understood that the mobile phone method of the present invention is known. The steps of the process included in the present invention provide a local extension method for binding a plurality of local telephone numbers to a plurality of mobile devices, and the administrator can instantly set the call restriction and authorization of the sub-account users through the system. And the system can further send the future message to the correct mobile terminal module according to the contact information of the sub-account user's mobile device memory, which is a brand new local extension method.

100‧‧‧Action Module

101‧‧‧Logic Control Module

102‧‧‧Permission Control Module

103‧‧‧ Data Storage Module

104‧‧‧Data Management Module

105‧‧‧Signal Control Module

200‧‧‧Mobile Local Call Server

201‧‧‧Service Logic Module

202‧‧‧Service Control Module

203‧‧‧Service supply module

204‧‧‧Service Opening Module

300‧‧‧NGN/IMS system

A‧‧‧Master Account Manager

A’‧‧‧ local language

B‧‧‧Sub-account users

C‧‧‧Sub-account users

C’‧‧‧ local language

C”‧‧‧ mobile device

FIG. 1 is a schematic diagram of a system architecture of a mobile phone call of the present invention.

2 is a flow chart showing the steps of the mobile phone master account registration service of the present invention.

FIG. 3 is a flow chart of steps of a mobile phone sub-account registration service according to the present invention.

4 is a flow chart of the steps of the mobile phone call in the present invention.

FIG. 5 is a flow chart of the steps of the mobile phone call in the present invention.

FIG. 6 is a flow chart of the steps of the mobile phone service of the mobile phone in the mobile phone of the present invention.

FIG. 7 is a flow chart of the specified receiving step of the mobile phone service in the mobile phone call of the present invention.

The present invention will be further described in the following with reference to the embodiments. Referring first to FIG. 1 , it is a schematic diagram of the system architecture of the mobile phone of the present invention, wherein the mobile device of the mobile phone service of the present invention and the mobile device of the called party The mobile terminal module 100 of the present invention is provided, and each of the mobile terminal modules 100 disposed on the mobile device obtains the mobile local telephone service through the mobile local voice server 200 of the present invention.

The mobile terminal module 100 can include the following five modules: a logic control module 101, a rights management module 102, a data storage module 103, a data management module 104, and a signal management module 105. The server 200 can include four corresponding modules: a service logic module 201, a service management module 202, a service provisioning module 203, and a service provisioning module 204, and a plurality of user action modes. The group 100 is coupled to one or more mobile phone servers 200 via a telephone network and an IMS system, wherein the effectiveness of each module is as described in the Summary of the Invention.

If the method of the present invention is to be used, the main account and the sub-account of the caller and the callee need to be registered through the mobile terminal module. For the registration process of the main account, please refer to the main account registration service step of FIG. 2 of the present invention. Flowchart; in addition, regarding the registration process of the sub-account, please refer to the flow chart of the sub-account registration service step of FIG. 3 of the present invention.

Please refer to FIG. 2 for the registration process of the primary account of the present invention, wherein the utterer of the present invention and the primary account administrator of the recipient are registered through the mobile phone terminal module 100. In this embodiment, The main account manager A transmits the MAC of the mobile device, the user name, the local phone number to be applied, the UUID value of the device, and the service application number to the mobile local server through the mobile terminal module 100 of the device to which the device belongs. The service logic module 201 of the device 200 performs service registration. After receiving the registration request, the service logic module 201 performs an account opening check and transmits the account confirmation registration data to the mobile terminal module 100, and the mobile terminal module 100 continues. The service provisioning module 204 of the mobile phone server 200 is requested to open the service. At the same time, the service logic module 201 requests the service providing module 203 to request the NGN/IMS system 300 to open the SIP Forking account to allocate the SIP sub-account. The service providing module 203 returns the distribution data to the service logic module 201 for storage, and the service logic module 201 can be loaded back and forth. The unique representative number and the user identity data are sent to the mobile terminal module 100. Then, the primary account manager A can upload the call control rules to be set to the mobile local server 200 through the mobile terminal module 100. The module 202 is controlled and the data is synchronously stored in the data storage module 103 in the mobile module 100.

Next, please refer to FIG. 3 to understand the registration process of the sub-account of the present invention, wherein the Talker and the caller's mobile sub-account user of the present invention also serve through the mobile local mobile terminal module 100. Registration, in this embodiment, the sub-account B initiates service registration through the mobile module 100, and the service logic module 201 of the mobile local server 200 receives the request, performs an account opening check, and returns the account registration confirmation data. After the mobile terminal module 100 inputs the authorization code, the mobile terminal module 100 can then request the service provisioning module 203 of the mobile phone server 200 to allocate a static sub-account (ie, permanent). The service provider module 203 returns the allotment account information to the service logic module 201 for storage and returns it to the mobile terminal module 100, so that the mobile terminal module 100 of the sub-account B obtains the call right. Finally, the mobile terminal module 100 can obtain and apply the matching rule to the service logic module 201, so that the mobile terminal module 100 can perform call restriction on the mobile device of the sub-account B and the ringing management of the mobile local device. In addition, the sub-account B can upload the communication settings to the service management module 202 through the service logic module 201 through the mobile terminal module 100 to obtain the call management rule, so that the content contact can be correctly set through the communication. Transfer to sub-account B.

In the following, other embodiments will be described to explain the method for assigning a mobile phone device to receive ringing in the system of the present invention, wherein the action ringing step flow of the mobile phone call, please refer to the flow chart of the mobile phone call step of FIG. And the flow chart of the action local phone call steps of FIG.

First, please refer to the flow chart of the action local phone call procedure of FIG. 4, wherein the mobile terminal module 100 of the caller's sub-account B is first logged in to the service system, and the service logic module 201 of the mobile phone server 200 is directed to The service management module 202 confirms to return the call control data to the mobile terminal module 100; when the utterance party is correctly authorized to speak, the utterer's mobile terminal module 100 then sends a message to the local call C' number. Requesting to the NGN/IMS system 300, the NGN/IMS system 300 issues a local ringing command to the called party's local call C', and then resonates to the mobile terminal module 100 of the mobile phone device designated by the callee, and rings. The callee receives the call through the mobile terminal module 100, and the two parties start to make a call; if the call control rule is limited to be reminded before the call restriction time expires, the caller's mobile terminal module 100 before the end of the limited talk time N The second (pre-set number of seconds) sends a reminder signal to the caller (via broadcast, message, vibration, etc.), after the limited call time expires, the caller's mobile terminal module 100 automatically cuts off the call, and Records transmitted to a mobile local telephone service logic module 200 of the server 201 to record the user record can be determined at a subsequent call control rules, then used to calculate whether during a call.

In addition, if another embodiment of the present invention different from the static registration number of FIG. 4 is mentioned, the mobile phone of the present invention can also provide a public voice application through the dynamic registration method function. First, the utterer and the utterer The user account of the recipient party is logged in through the mobile terminal module 100, and the service logic module 201 of the mobile phone server 200 receives the request to confirm whether the call management needs to be performed, and the mobile terminal module 100 continues. The request service providing module 203 allocates a dynamic sub-account, and transmits the dynamic sub-account data to the service logic module 201 for storage, and then transmits the data to the mobile terminal module 100. Finally, the mobile terminal module 100 applies the matching number. Rules for the call restriction of dynamic matching and ringing management of mobile local calls; unlike static registration, when the sub-account of dynamic registration is managed After the specified number of calls or time is set, the mobile terminal module 100 requests the service logic module 201 of the mobile phone server 200 to recover the dynamic sub-account, and the service logic module 201 calls the service of the mobile local server 200. The provisioning module 203 performs the recovery of the sub-accounts, thereby completing the non-permanent registration and call service of the mobile local service of the present invention.

Referring to FIG. 5, it is a flow chart of the mobile phone call receiving step. When the designated local number A' has an incoming call, the mobile terminal module 100 of the sub-account B bound to the local A' number will be performed. After the mobile phone service service is logged in, the service logic module 201 of the mobile phone call server 200 obtains the call management rule after receiving the request, and confirms whether the call control is performed on the mobile terminal module 100, and the NGN/IMS system 300 communicates with the local call. A' itself and the mobile terminal module 100 bound to the local A' number initiate a resonance (including the active account module 100 of the primary account manager A and the child account user B) because of its non-primary account manager A's The mobile terminal module 100 of the primary account manager A indicates to the NGN/IMS system 300 that the NGN/IMS system 300 does not pick up (for example, reply 486 Busy Here, 306 Moved Temporarily, etc.), but also receives the sub-account for the incoming call resonance notification. The mobile terminal module 100 of the user B can ring and answer the call. Similarly, the subsequent limited time notification and disconnection call mechanism is managed by the mobile terminal module 100 of the sub-account B based on the call control data.

A more extended embodiment of the present invention is a method for the mobile phone caller of the present invention to resonate to the mobile phone voice by the action message. For the procedure of the procedure, please refer to the action step of the action message of the action message of FIG. Flowchart, and a flow chart of the specified receiving steps of the action message resonance mobile phone of FIG.

Referring to FIG. 6, first, the calling party account user B performs the system service login by the mobile terminal module 100, and the service logic module 201 of the mobile local call server 200 returns the call control data; Group 100 When authorized to speak, the mobile terminal module 100 dials the phone number of the mobile device C", sends a request to the mobile device to the NGN/IMS system 300, and the NGN/IMS system 300 rings to the corresponding mobile device C. At the same time, the NGN/IMS system 300 brings the number of the resonant local telephone C' bound to the mobile device C" into the SIP diversion field, and issues an action resonance command to the called party's local call. C', then, the NGN/IMS system 300 more closely resonates with the mobile terminal module 100 of another mobile device of the user's account C, and is ringed by the mobile local calling method of the present invention. The sub-account C can answer the call by the mobile terminal module 100 of another mobile device that is bound to the mobile local service, instead of the mobile device C" originally dialed by the caller. This function can be better applied to If the previously dialed mobile device receives the status, or if the previously called mobile device is inconvenient to answer, it is used as another backup system.

Referring to FIG. 7 again, it is a flow chart of the specified receiving step of the mobile phone voice action local phone call, wherein the mobile terminal module 100 of the called party account user is used when the call is made for the mobile device C” call number dialing. The system service login is performed, and the service logic module 201 of the mobile phone server 200 returns the call control data, so that the mobile terminal module 100 of the callee is authorized to receive the call; at this time, the NGN/IMS system 300 sends an action ringing. In addition to the mobile device C" of the called party number, the NGN/IMS system 300 will also bring in the local A' number bound by the caller and the mobile phone through the SIP diversion field and issue an action. The resonance command is given to the called party's local telephone A', and then the incoming call will also be resonated to the mobile terminal device 100 of the callee's main account manager A. However, the callee primary account manager A is not the The correct sub-account extension specified by the call (that is, the administrator of the main account is not accepted), and the mobile terminal module 100 of the main account manager A will automatically return no response signal (for example, reply 486 Busy Here, 306 Moved Temporarily, etc.) and no resonance ringing is performed. Then, the NGN/IMS system 300 rings the designated sub-account, that is, the mobile terminal module 100 of the sub-account user C, and the correct callee sub-account C can pass through it. The mobile terminal module 100 picks up the phone so that both parties can make a call, and the subsequent call management is also reminded or restricted by the call control rule. This function can be better applied to the binding of the local and mobile modules. When the network is more complicated, the call can be correctly transferred to the correct caller without being answered by other non-designated callers, and how to determine whether it is the correct caller can be acted upon by binding the action local call service. Whether there is a correct contact information in the device is used as a preliminary judgment method.

The present invention may further provide a method for requesting recovery authorization on the mobile phone sub-account line, and the sub-account may request the main account manager from the service logic module 201 of the mobile phone server 200 through the mobile terminal mobile terminal module 100. Instantly open the right to speak, and the service logic module 201 transmits the call request of the sub-account to the mobile terminal module 100 of the main account action local voice through the mechanism of the system returning the main account registration message, and the manager of the main account passes the action. The terminal module 100 authorizes the call right of the sub-account, and then uploads the call control rule to the service logic module 201 of the mobile phone server 200, and updates the data to the mobile terminal module 100 of the sub-account user. And apply the call control rules implemented by the administrator, and then the authorized sub-account can use the action local call function.

Through the above explanation, it is known that the present invention provides a mobile phone system and method, which can extend the local phone number to a plurality of mobile devices in a static or dynamic manner, and can perform call and call management through call control rules. It is also an extremely effective mobile phone technology to further transfer the call to the correct caller through the contact information in the mobile device memory and the original local action resonance mechanism. In addition, it should be understood that the above embodiment is used to The invention is not intended to limit the scope of the invention.

In summary, the present invention is innovative in terms of technical ideas, and also has various functions that are not in the prior art, and has fully complied with the statutory invention patent requirements of novelty and progressiveness, and has filed a patent application according to law, and invites you to approve the invention. The patent application was inspired to invent, and it was a matter of feeling.

Claims (10)

A mobile phone system for authoring a local phone number to be ringing or calling on at least one mobile device via a network, comprising: a mobile phone server, comprising: a service logic module for accepting settings a registration operation, a call rule request or an authorization operation initiated by the at least one mobile terminal module on the at least one mobile device to bind the ringing or the call of the local number to the at least one mobile terminal module; The service provisioning module is configured to initiate a request to the IP multimedia subsystem according to the identity of the administrator of the primary account to allocate at least one allotment number to the local number; a service provisioning module is provided as the service The intermediary of the module and the IP multimedia subsystem, the core service opening or account checking related information of the IP multimedia subsystem is received; and a service management module is used to set the administrator identity of the primary account to the local number The authorization operation performed by the at least one allotment number is stored as a call rule, and is performed according to the call rule when the mobile terminal module of the at least one allotment number performs the call or the call. Controlling; and the bound at least one mobile terminal module will temporarily or permanently make an extension of the local telephone number according to the setting of the authorized operation to receive the ringing resonance dialed to the local telephone number to Make a call or make a call through the local number. The action local telephone system according to claim 1, wherein the registration operation initiated by the at least one mobile terminal module is divided into a primary account registration and a sub-account registration; wherein the primary account registration is managed by the management The identity of the identity is registered in the mobile local server to obtain the binding of the local number to The lesser one is assigned the number; and the sub-account registration is to apply for the at least one allotment number to the local number registered by the primary account as a user to obtain the authorization as the extension of the local number. The action local telephone system according to claim 2, wherein the authorization operation initiated by the at least one mobile terminal module is to authorize the at least one allotment number by the administrator of the primary account. Set the call time, number of calls, call reminder, or registration time of the sub-account. The mobile local telephone system according to any one of the preceding claims, wherein the at least one mobile terminal module receives the resonance when the local telephone number is dialed by an external number. After that, only the corresponding one of the at least one mobile device storing the external number can ring, and then the call is received. The action local telephone system as described in claim 4, wherein the at least one mobile terminal module can transmit the at least one mobile terminal module as a different one through the multiple authorization of the mobile local voice server. An extension of a plurality of local telephone numbers. A mobile phone call method, wherein a local phone number is authorized by the network to ring or talk on at least one mobile device, and the step includes: receiving, by the service logic module, one of the mobile phone servers a registration operation, a call rule request or an authorization operation initiated by one of the at least one mobile terminal module on the mobile device to bind the ringing or the call of the local number to the at least one mobile terminal module; Providing a request to the IP multimedia subsystem via a service provisioning module via a service provisioning module of one of the mobile local telephone servers to distribute at least one allotment number for the local telephone number; as well as The authorization operation of the at least one allotment number assigned by the administrator account of the primary account to the at least one allotment number is stored as a call rule through a service management module; and the action end of the at least one allotment number When the module performs the call or the call, the service control module performs call control according to the call rule; wherein the at least one mobile terminal module to be bound will be temporarily or permanently determined according to the setting of the authorized operation. The extension of the local number is used to receive the ringing resonance dialed to the local number to make a call, or to dial the number through the local number. The mobile local voice method according to claim 6, wherein the registration operation initiated by the at least one mobile terminal module is divided into a primary account registration and a sub-account registration; wherein the primary account registration is managed by the management The identity is registered in the mobile local server to obtain at least one allotment number bound to the local number; and the sub-account registration is to register with the primary account as a user The local phone number application uses the at least one allotment number to obtain authorization as the local number extension. The action local telephone method according to claim 6, wherein the authorization operation initiated by the at least one mobile terminal module is to authorize the at least one allotment number by the administrator of the primary account. Set the call time, number of calls, call reminder, or registration time of the sub-account. The mobile local telephone method according to any one of the preceding claims, wherein, when the local telephone number is dialed by an external number, among the at least one mobile terminal module that is bound, Only the corresponding one of the at least one mobile device storing the external number can receive the resonant ring, and then receive the words. The action local calling method as described in claim 9, wherein the at least one mobile terminal module can make the at least one mobile terminal module simultaneously different according to the multiple authorization of the mobile local voice server. An extension of a plurality of local telephone numbers.