CN106686582B

CN106686582B - Method and system for realizing fixed telephone number mobility

Info

Publication number: CN106686582B
Application number: CN201611253628.8A
Authority: CN
Inventors: 胡正东; 周毅; 潘梅茵
Original assignee: SHANGHAI YUWEI COMMUNICATION TECHNOLOGY CO LTD
Current assignee: Youxi Shanghai Network Technology Co ltd
Priority date: 2016-12-30
Filing date: 2016-12-30
Publication date: 2020-02-21
Anticipated expiration: 2036-12-30
Also published as: CN106686582A

Abstract

The invention discloses a method and a system for realizing the mobility of a fixed telephone number, wherein the method comprises the steps that S100, a current scanning terminal acquires the model related information of the current SIP terminal and the number related information of the current scanning terminal; s200, the control device judges according to the model related information of the current SIP terminal and the number related information of the current scanning terminal to obtain a configuration starting instruction and a configuration closing instruction; s300, controlling the current SIP terminal to register and log in according to the current fixed telephone number bound by the current scanning terminal by the control device according to the starting configuration instruction; s400, the control device quits the fixed telephone number moving process according to the closing configuration instruction. According to the invention, by adding the SIP terminal identifier, the mobility of the fixed telephone number is realized by using a scanning mode, the service use experience of the SIP terminal user is improved, and the number deployment efficiency and operability of the SIP terminal are also improved.

Description

Method and system for realizing fixed telephone number mobility

Technical Field

The invention relates to the field of communication, in particular to a method and a system for realizing fixed telephone number mobility.

Background

Under the current large background of 'copper entering and exiting', part of commercial buildings and parks stop deploying telephone lines and only reserve network lines; in addition, because the analog phone has simple functions and cannot meet the requirements of part of key government and enterprise clients on multimedia communication and high-quality voice of the fixed network terminal, the SIP terminal is necessarily popularized in a large scale in the scope of the government and enterprise clients. The current home broadband field is also in the process of "optical copper-in and copper-out", an IP telephone (VoIP, also known as SIP (Session Initiation Protocol)) is also called a SIP (Session Initiation Protocol) telephone, and is an application that realizes novel telephone communication by using an IP network through the Internet or other networks using an IP technology, and transmits Voice information in real time through a TCP/IP Protocol on the Internet. The SIP telephone is mainly applied to the intranet of a large-scale company, and technicians can multiplex the same network to provide data and voice services, so that the management is simplified, and the productivity can be improved. SIP type home gateways have become widespread on a large scale. The original IP telephone is a call between a personal computer and a personal computer, and both parties of the call install a sound card and related software for their own devices, and agree to a time to simultaneously access the internet to make a call, which is now commonly referred to as voice over internet chat. IP phones can be divided formally into four types: PC-PC, phone-PC, PC-phone, phone-phone. The current people speak of a true IP telephone, namely, a call from a common telephone to a common telephone is realized through the Internet. Ims (IP Multimedia subsystem) is an IP Multimedia system, is a brand new form of Multimedia service, and can meet the requirements of modern and more diversified Multimedia services for current terminal clients. At present, IMS is considered as a core technology of a next-generation network, and is also an important way to solve the convergence of mobile and fixed networks and introduce differentiated services such as triple convergence of voice, data, and video.

In the existing SIP system supporting terminal centralized deployment, firstly, in the prior art, the IP phone number deployment adopts a manual number allocation and manual login mode, an administrator allocates an IP phone number to an IP phone terminal of a user in advance in an SIP server and informs the IP phone number to the user, the IP phone terminal needs to manually input the IP phone number for registration after accessing a network, and the IP phone terminal can be normally used after successful registration. For the deployment of a large number of IP phones, an administrator needs to manually allocate an IP phone number to each phone, and needs to notify each user corresponding to each IP phone terminal of the IP phone number corresponding to each IP phone terminal, and the user uses the IP phone number allocated to a specified terminal to complete login. Secondly, the terminal management of the SIP terminal is mainly completed by a terminal centralized management system at the platform side, and there is a problem that all operations can only be completed by an administrator at the platform side, and the service experience is very poor for users who need to frequently change the terminal but keep the number unchanged due to the reasons of station adjustment, home gateway change, and the like.

Disclosure of Invention

The invention provides a method and a system for realizing the mobility of a fixed telephone number, aiming at realizing the independent number portability and switching by a user by adding an SIP terminal identifier and using a scanning mode, solving the problem that the corresponding relation between a terminal and a number is too complex to be changed in an SIP system and improving the service use experience of an SIP terminal user.

The technical scheme provided by the invention is as follows:

a method of enabling fixed telephone number mobility, comprising:

s100, a current scanning terminal acquires the model related information of the current SIP terminal and the number related information of the current scanning terminal;

s200, the control device judges according to the model related information of the current SIP terminal and the number related information of the current scanning terminal to obtain a configuration starting instruction and a configuration closing instruction;

s300, the control device controls the current SIP terminal to register and log in according to the current fixed telephone number bound by the current scanning terminal according to the starting configuration instruction;

s400, the control device quits the fixed telephone number moving process according to the closing configuration instruction.

The SIP terminal comprises an SIP phone, a home gateway and the like, the SIP terminal is newly added with an SIP terminal identifier and is scanned by using a current scanning terminal to obtain the model related information of the current SIP terminal and the number related information of the current scanning terminal, a control device judges and controls the current SIP terminal to register and log according to the judging result and the current fixed telephone number bound by the current scanning terminal, wherein the scanning terminal comprises but is not limited to a mobile phone with a two-dimensional code scanning function, mobile equipment such as an IPAD and the like and radio frequency identification equipment. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

Further, the step S200 further includes the steps of:

s210, the control device receives the model related information of the current SIP terminal sent by the current scanning terminal, the number related information of the current scanning terminal and a communication connection request;

s220, the control device judges whether the current SIP terminal and the current scanning terminal are both in a configuration list or not according to the model related information of the SIP terminal and the number related information of the current scanning terminal, and if yes, executes the next step; otherwise, go to step S280;

s270, outputting the starting configuration instruction;

s280, outputting the configuration closing instruction;

the model related information comprises a terminal MAC address and/or a terminal model; the number related information comprises any one or more of a terminal MAC address, a fixed telephone number, an extension number, a user name, a department where the number is located and a mobile number.

According to the invention, the SIP terminal comprises an SIP phone, a home gateway and the like, and whether the current SIP terminal and the current scanning terminal are both in a configuration list is judged according to the model related information of the current SIP terminal and the number related information of the current scanning terminal sent by the current scanning terminal, and if the current SIP terminal and the current scanning terminal are both in the configuration list, the configuration starting instruction is output; if the current scanning terminal is in the configuration list, the current SIP terminal is not in the configuration list; or the current scanning terminal is not in the configuration list, and the current SIP terminal is in the configuration list; or the current scanning terminal and the current SIP terminal are not in the configuration list, the configuration closing instruction is output. For example, the scanning terminal information of the staff inside the company may be entered into a cloud database, a network database, or a local database of the control device, and although the holder of the current scanning terminal is the staff inside the company, the staff has no authority, or the current SIP terminal does not support the control device to control and allocate the current fixed phone number, it is necessary to determine whether the current SIP terminal and the current scanning terminal are both on the configuration list. Here, as long as the current SIP terminal and the current scanning terminal are both in the configuration list, it is possible to determine whether the fixed phone number bound by the current SIP terminal exceeds a preset binding value, and then unbind at least one fixed phone number already bound to the current SIP terminal if the fixed phone number exceeds the preset binding value; or, the number configuration of the current SIP terminal may not be determined, and the binding relationship record therein is cleared as long as the current SIP terminal needs to bind the fixed telephone number carried by the current scanning terminal.

Further, after the step S220 and before the step S270, the method further includes the steps of:

s230 the control device determines whether the current SIP terminal is bound by another fixed phone number, if yes, step S280 is executed; otherwise, go to step S240;

s240 the control device determines whether the current number bound to the number related information of the current scanning terminal is registered and used by another SIP terminal, if yes, execute step S250 and execute step S270; otherwise, directly executing step S270;

s250, the control device controls the other SIP terminals to release the binding relation with the current number.

In the invention, whether the current SIP terminal is bound with other fixed telephone numbers is judged, if so, the current SIP terminal is indicated to finish the registration and login work by using other fixed telephone numbers; if not, the current SIP terminal is in an idle state. At this moment, whether the current fixed telephone number bound by the current scanning terminal is registered and used by other SIP terminals is also needed to be judged, if the current fixed telephone number is used, the control device controls other SIP terminals to remove the use permission of the current fixed telephone number, and finally, when a user needs to replace the terminal due to reasons such as station adjustment, home gateway replacement and the like but the number needs to be kept unchanged, the identification of the current terminal is directly scanned through the scanning terminal of the user, and then the bound number is removed from the old terminal and is changed to the current terminal for reuse. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

Further, the step S300 further includes the steps of:

s310, the control device sends terminal number configuration data to the current SIP terminal according to the starting configuration instruction;

s320, the current SIP terminal updates local number configuration according to the terminal number configuration data and sends registration request information to an IMS network;

s330 the current SIP terminal receives the registration response information sent by the IMS network to complete the registration.

In the invention, the SIP terminal comprises an SIP phone, a home gateway and the like, only after a configuration process is judged to output a configuration starting instruction, terminal number configuration data can be sent to the current SIP terminal, the current SIP terminal finds out the fixed telephone number information bound with the number related information of the current scanning terminal according to the terminal number configuration data and sends registration request information to the control device, and after the current SIP terminal receives registration response information sent by the control device, the current SIP terminal completes registration according to the received registration response information and logs in the current fixed telephone number for communication. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

In the invention, the SIP terminal comprises an SIP phone, a home gateway and the like, the identification of the SIP terminal comprises but is not limited to two-dimensional codes, radio frequency tags and other identifications, and the scanning terminal comprises but is not limited to mobile equipment and radio frequency identification equipment such as a mobile phone with a two-dimensional code scanning function and an IPAD. For example, the control device 120 may scan the two-dimensional code identifier of the current SIP terminal with the mobile phone, then perform a validity-related verification and judgment step, and after passing authentication, implement an autonomous number portability for the user.

Further, the step S100 further includes, before the step S, the step of:

s010 presets a binding list and a configuration list;

s020 the control device binds the number related information of the current scanning terminal with the current fixed telephone number according to the binding list;

and S030 the control device stores the bound number related information of the current scanning terminal and the bound current fixed telephone number.

In the invention, the binding list can be set according to the user requirement in advance by the control device, and the control device directly binds the fixed telephone number to the scanning terminal or binds the fixed telephone number with the identity information of the user. The updating of the binding list and the configuration list can be temporary or long-term, for example, some users often change the mobile phone temporarily, then the mobile phone can be registered and logged in for use by using the fixed telephone number allocated by the control device after passing through the configuration authentication and the binding authentication of the control device, and after the mobile phone is logged in for any period of time, the stored existing binding list and configuration list are deleted, and then the binding list and configuration list are reconfigured. In real life, the user may frequently replace the mobile phone or forget to carry the mobile phone which is legally authenticated by the control device on the day when the station is required to be adjusted, so that the user can log in an application platform with user identity information such as a WeChat or a company mailbox by using the mobile phone which is legally authenticated by the control device of other colleagues, scan the application platform by the two-dimensional code scanning function of the WeChat after logging in, and then send the fixed telephone number bound with the user identity information to the SIP terminal for registration and login. And a plurality of fixed telephone numbers can be bound to one mobile phone or user information, namely the mobile phone or the user information can be used as the identity of an administrator to distribute the fixed telephone numbers. The fixed telephone number deployment operation steps are simple, and the efficiency and operability of the fixed telephone number deployment of the SIP terminal are improved. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

The invention also provides a system for realizing the mobility of the fixed telephone number, which comprises the following steps: at least one scanning terminal, at least one SIP terminal and a control device; the control device is respectively in communication connection with the scanning terminal and the SIP terminal;

the current scanning terminal acquires the model related information of the current SIP terminal and the number related information of the current scanning terminal;

the control device judges according to the model related information of the current SIP terminal and the number related information of the current scanning terminal to obtain a configuration starting instruction and a configuration closing instruction;

the control device further controls the current SIP terminal to register and log in according to the current fixed telephone number bound by the current scanning terminal according to the starting configuration instruction when the starting configuration instruction is obtained;

and the control device also exits the fixed telephone number moving process according to the closing configuration instruction when the closing configuration instruction is obtained.

In the invention, the SIP terminal comprises an SIP phone, a home gateway and the like, wherein the scanning terminal comprises but is not limited to a mobile phone with a two-dimensional code scanning function, mobile equipment such as an IPAD (internet protocol ad) and radio frequency identification equipment. Through newly adding the SIP terminal identification and using the current scanning terminal to scan so as to obtain the model related information of the current SIP terminal and the number related information of the current scanning terminal, the control device judges and controls the current SIP terminal to register and log according to the current fixed telephone number bound by the current scanning terminal according to the judgment result, so that the user can autonomously take a number to change a machine, the problem that the corresponding relation between a change terminal and the number in the SIP system is too complex is solved, and the service use experience of the SIP terminal user is improved.

Further, the control module of the control device receives the model related information of the current SIP terminal sent by the current scanning terminal, the number related information of the current scanning terminal and a communication connection request;

the judging module of the control device judges whether the current SIP terminal and the current scanning terminal are both in a configuration list according to the model related information of the SIP terminal and the number related information of the current scanning terminal;

the control module of the control device outputs the configuration closing instruction when at least one of the current SIP terminal and the current scanning terminal is not in the configuration list;

the control module of the control device outputs the configuration starting instruction when the current SIP terminal and the current scanning terminal are both in a configuration list;

Further, the judging module of the control device also judges whether the current SIP terminal is bound by other fixed telephone numbers;

the control module of the control device also outputs the configuration closing instruction when the current SIP terminal is bound by other fixed telephone numbers;

the judging module of the control device further judges whether the current number bound by the number related information of the current scanning terminal is registered and used by other SIP terminals or not when the current SIP terminal is not bound by other fixed telephone numbers;

the control module of the control device further controls the other SIP terminals to release the binding relationship with the current number and output the starting configuration instruction when the current SIP terminal is not bound by other fixed telephone numbers but the current number bound by the current scanning terminal is registered and used by other SIP terminals;

and the control module of the control device also directly outputs the starting configuration instruction when the current SIP terminal is not bound by other fixed telephone numbers and the current number bound by the current scanning terminal is not registered and used by other SIP terminals.

Further, the SIP terminal comprises a configuration module and a registration login module; the configuration module is in communication connection with the registration login module; the control module of the control device establishes communication connection with the configuration module of the SIP terminal;

the control module of the control device also sends terminal number configuration data to the current SIP terminal according to the starting configuration instruction;

the configuration module of the current SIP terminal updates local number configuration according to the terminal number configuration data and sends registration request information to an IMS network;

and the registration login module of the SIP terminal receives registration response information sent by the IMS network to complete registration.

Further, the control device further includes: the setting module of the control device is in communication connection with the judging module of the control device;

the setting module of the control device presets a binding list and a configuration list;

the setting module of the control device also binds the number related information of the current scanning terminal with the current fixed telephone number according to the binding list;

the setting module of the control device also stores the bound number related information of the current scanning terminal and the bound current fixed telephone number.

In the invention, the binding list can be set according to the user requirement in advance by the control device, and the control device can directly bind the fixed telephone number to the scanning terminal and also can bind the fixed telephone number with the identity information of the user. The updating of the binding list and the configuration list can be temporary or long-term, for example, some users often change the mobile phone temporarily, then the mobile phone can be registered and logged in for use by using the fixed telephone number allocated by the control device after passing through the configuration authentication and the binding authentication of the control device, and after the mobile phone is logged in for any period of time, the stored existing binding list and configuration list are deleted, and then the binding list and configuration list are reconfigured. In real life, the user may frequently replace the mobile phone or forget to carry the mobile phone which is legally authenticated by the control device on the day when the station is required to be adjusted, so that the user can log in an application platform with user identity information such as a WeChat or a company mailbox by using the mobile phone which is legally authenticated by the control device of other colleagues, scan the application platform by the two-dimensional code scanning function of the WeChat after logging in, and then send the fixed telephone number bound with the user identity information to the SIP terminal for registration and login. And a plurality of fixed telephone numbers can be bound to one mobile phone or user information, namely the mobile phone or the user information can be used as the identity of an administrator to distribute the fixed telephone numbers. The fixed telephone number deployment operation steps are simple, and the efficiency and operability of the fixed telephone number deployment of the SIP terminal are improved. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

Compared with the prior art, the invention provides a method and a system for realizing the mobility of a fixed telephone number, which at least bring the following technical effects:

1. the method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

2. The fixed telephone number deployment operation steps are simple, and the efficiency and operability of the fixed telephone number deployment of the SIP terminal are improved.

3. The working time of fixed telephone number distribution management personnel is saved, and the labor cost and the time cost are greatly reduced.

Drawings

The features, technical characteristics, advantages and implementation manners of a method and system for realizing the mobility of fixed telephone numbers will be further described in a clear and understandable manner by referring to the preferred embodiments and the accompanying drawings.

FIG. 1 is a flow chart of one embodiment of a method of implementing fixed telephone number mobility of the present invention;

FIG. 2 is a flow chart of another embodiment of a method of implementing fixed telephone number mobility in accordance with the present invention;

FIG. 3 is a flow chart of another embodiment of a method of implementing fixed telephone number mobility in accordance with the present invention;

FIG. 4 is a flow chart of another embodiment of a method of implementing fixed telephone number mobility in accordance with the present invention;

FIG. 5 is a block diagram of one embodiment of a system for implementing fixed telephone number mobility in accordance with the present invention;

FIG. 6 is a block diagram of another embodiment of a system for implementing fixed telephone number mobility in accordance with the present invention;

FIG. 7 is a block diagram of another embodiment of a system for implementing fixed telephone number mobility in accordance with the present invention;

FIG. 8(a) is a flowchart of an example of a method and system for implementing fixed telephone number mobility according to the present invention;

FIG. 8(b) is a block diagram of an example of a method and system for implementing fixed telephone number mobility according to the present invention;

fig. 8(c) is a relationship diagram of an example of a method and system for implementing fixed telephone number mobility according to the present invention.

Detailed Description

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the following description will be made with reference to the accompanying drawings. It is obvious that the drawings in the following description are only some examples of the invention, and that for a person skilled in the art, other drawings and embodiments can be derived from them without inventive effort.

For the sake of simplicity, the drawings only schematically show the parts relevant to the present invention, and they do not represent the actual structure as a product. In addition, in order to make the drawings concise and understandable, components having the same structure or function in some of the drawings are only schematically illustrated or only labeled. In this document, "one" means not only "only one" but also a case of "more than one".

Referring to fig. 1, an embodiment of a method for implementing mobility of a fixed phone number according to the present invention includes:

Specifically, in this embodiment, the SIP terminal includes an SIP phone, a home gateway, and the like, and scans by adding an SIP terminal identifier and using a current scanning terminal to obtain model related information of the current SIP terminal and number related information of the current scanning terminal itself, and the control device performs judgment and controls the current SIP terminal to register and log in according to a judgment result and a current fixed phone number bound by the current scanning terminal, where the scanning terminal includes, but is not limited to, a mobile device and a radio frequency identification device, such as a mobile phone with a two-dimensional code scanning function, an IPAD, and the like. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

Referring to fig. 2, another embodiment of a method for implementing fixed phone number mobility according to the present invention includes:

s010 presets a binding list, a configuration list and a maximum binding quantity threshold;

S110, the current scanning terminal scans the identifier of the current SIP terminal;

s120, the current scanning terminal analyzes according to the identifier of the current SIP terminal to obtain the model related information of the current SIP terminal;

s130, the current scanning terminal acquires the number related information of the current scanning terminal;

s270, outputting the starting configuration instruction;

s280, outputting the configuration closing instruction;

s330, the current SIP terminal receives registration response information sent by an IMS network to complete registration;

Specifically, in this embodiment, the model related information includes a terminal MAC address and/or a terminal model; the number related information comprises any one or more of a terminal MAC address, a fixed telephone number, an extension number, a user name, a department where the number is located and a mobile number. The SIP terminal comprises an SIP phone, a home gateway and the like, the identification of the SIP terminal comprises but is not limited to two-dimensional codes, radio frequency tags and other identifications, and the scanning terminal comprises but is not limited to mobile devices and radio frequency identification devices, such as mobile phones and IPADs, with two-dimensional code scanning functions. For example, the control device may scan the two-dimensional code identifier of the current SIP terminal with the mobile phone, then perform the validity-related verification and judgment step, and after passing the authentication, realize that the user carries the number to change the phone autonomously.

The binding list can be set according to the user requirement in advance by the control device, and the control device can directly bind the fixed telephone number to the scanning terminal and also can bind the fixed telephone number with the identity information of the user. The updating of the binding list and the configuration list can be temporary or long-term, for example, some users often change the mobile phone temporarily, then the mobile phone can be registered and logged in for use by using the fixed telephone number allocated by the control device after passing through the configuration authentication and the binding authentication of the control device, and after the mobile phone is logged in for any period of time, the stored existing binding list and configuration list are deleted, and then the binding list and configuration list are reconfigured. In real life, the user may frequently replace the mobile phone or forget to carry the mobile phone which is legally authenticated by the control device on the day when the station is required to be adjusted, so that the user can log in an application platform with user identity information such as a WeChat or a company mailbox by using the mobile phone which is legally authenticated by the control device of other colleagues, scan the application platform by the two-dimensional code scanning function of the WeChat after logging in, and then send the fixed telephone number bound with the user identity information to the SIP terminal for registration and login. And a plurality of fixed telephone numbers can be bound to one mobile phone or user information, namely the mobile phone or the user information can be used as the identity of an administrator to distribute the fixed telephone numbers. The fixed telephone number deployment operation steps are simple, and the efficiency and operability of the fixed telephone number deployment of the SIP terminal are improved.

Judging whether the current SIP terminal and the current scanning terminal are both in a configuration list or not according to the model related information of the current SIP terminal and the number related information of the current scanning terminal sent by the current scanning terminal, and outputting the configuration starting instruction if the current SIP terminal and the current scanning terminal are both in the configuration list; if the current scanning terminal is in the configuration list, the current SIP terminal is not in the configuration list; or the current scanning terminal is not in the configuration list, and the current SIP terminal is in the configuration list; or the current scanning terminal and the current SIP terminal are not in the configuration list, the configuration closing instruction is output. For example, the scanning terminal information of the staff inside the company may be entered into a cloud database, a network database, or a local database of the control device, and although the holder of the current scanning terminal is the staff inside the company, the staff has no authority, or the current SIP terminal does not support the control device to control and allocate the current fixed phone number, it is necessary to determine whether the current SIP terminal and the current scanning terminal are both on the configuration list. Here, as long as the current SIP terminal and the current scanning terminal are both in the configuration list, it is possible to determine whether the fixed phone number bound by the current SIP terminal exceeds a preset binding value, and then unbind at least one fixed phone number already bound to the current SIP terminal if the fixed phone number exceeds the preset binding value; or, the number configuration of the current SIP terminal may not be determined, and the binding relationship record therein is cleared as long as the current SIP terminal needs to bind the fixed telephone number carried by the current scanning terminal. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

Referring to fig. 3, another embodiment of a method for implementing fixed phone number mobility according to the present invention includes:

s250, the control device controls the other SIP terminals to release the binding relation with the current number;

s270, outputting the starting configuration instruction;

s280 outputs the close configuration instruction.

Specifically, in this embodiment, it is determined whether the current SIP terminal has bound other fixed phone numbers, and if so, it indicates that the current SIP terminal has completed registration and login using other fixed phone numbers; if not, the current SIP terminal is in an idle state. At this moment, whether the current fixed telephone number bound by the current scanning terminal is registered and used by other SIP terminals is also needed to be judged, if the current fixed telephone number is used, the control device controls other SIP terminals to remove the use permission of the current fixed telephone number, and finally, when a user needs to replace the terminal due to reasons such as station adjustment, home gateway replacement and the like but the number needs to be kept unchanged, the identification of the current terminal is directly scanned through the scanning terminal of the user, and then the bound number is removed from the old terminal and is changed to the current terminal for reuse. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user.

Referring to fig. 4, another embodiment of a method for implementing fixed phone number mobility according to the present invention includes:

s231 the control device determines whether the current SIP terminal is bound by another fixed phone number, if so, executes step S241; otherwise, step S261 is executed;

s241, the control device determines whether the number of the other fixed phone numbers bound to the current SIP terminal reaches a preset maximum binding number threshold, if so, performs step S251 and performs step S261; otherwise, directly executing step S261;

s251, the control device controls the current SIP terminal to release the binding relationship with at least one of the other fixed phone numbers;

s261 the control device determines whether the current number bound to the current scanning terminal is registered and used by the other SIP terminal, if so, performs step S262 and performs step S270; otherwise, directly executing step S270;

s262, the control device controls the other SIP terminals to release the binding relation with the current number;

s270, outputting the starting configuration instruction;

s280 outputs the close configuration instruction.

Specifically, in this embodiment, it is determined whether the current SIP terminal has bound other fixed phone numbers, and if so, it is indicated that the current SIP terminal has completed registration and login using other fixed phone numbers; if not, the current SIP terminal is in an idle state. At this time, it is further required to determine whether the number of the other fixed telephone numbers bound by the current SIP terminal reaches a preset maximum binding number threshold, and when the number of the other fixed telephone numbers bound by the current SIP terminal reaches the preset maximum binding number threshold, it is required to control the current SIP terminal to release the binding relationship with at least one of the other fixed telephone numbers. Whether the current fixed telephone number bound by the current scanning terminal is registered and used by other SIP terminals or not, if the current fixed telephone number is used, the control device controls other SIP terminals to remove the use permission of the current fixed telephone number, and finally, when a user needs to replace the terminal due to station adjustment, home gateway replacement and other reasons but needs to keep the number unchanged, the user directly scans the identifier of the current terminal through the scanning terminal of the user, and then the bound number is unbound from the old terminal and is changed to the current terminal for reuse. The method and the system realize the independent number portability of the user, solve the problem that the corresponding relation between the replacing terminal and the number in the SIP system is too complex, and improve the service use experience of the SIP terminal user. For example, if a house has two employees a, b and c of company a, and if a new SIP terminal in the house can only provide 2 fixed phone numbers for binding, assuming that a and b have used their own mobile phones to scan the new SIP terminal in the house, the control device will send the fixed phone number 1 for the old SIP terminal 1 of company a and b and the fixed phone number 2 for the old SIP terminal 2 to the new SIP terminal. However, the first SIP terminal and the second SIP terminal are used up and forget to unbind, the third SIP terminal wants to use the fixed telephone number 3 used by the third SIP terminal in the company on the new SIP terminal in the family, the third SIP terminal uses the mobile phone of the third SIP terminal to scan the new SIP terminal in the family, the control device judges that the new SIP terminal in the family uses the fixed telephone number 1 and the fixed telephone number 2 of the first SIP terminal and the second SIP terminal, the control device controls the fixed telephone number 1 and/or releases the binding relation with the new SIP terminal, and then the third fixed telephone number 3 is bound to the new SIP terminal for use.

Referring to fig. 5, one embodiment of a system 100 for enabling fixed telephone number mobility is provided, comprising: at least one scanning terminal 110, at least one SIP terminal 130 and a control device 120; the control device 120 is in communication connection with the scanning terminal 110 and the SIP terminal 130 respectively;

the current scanning terminal 110 acquires the model related information of the current SIP terminal 130 and the number related information of the current scanning terminal 110;

the control device 120 determines according to the model related information of the current SIP terminal 130 and the number related information of the current scanning terminal 110 to obtain a configuration opening instruction and a configuration closing instruction;

the control device 120 further controls, when the configuration starting instruction is obtained, the current SIP terminal 130 to perform registration login according to the current fixed phone number bound by the current scanning terminal 110 according to the configuration starting instruction;

the control device 120, when obtaining the closing configuration instruction, exits the fixed phone number moving process according to the closing configuration instruction.

Specifically, in this embodiment, the SIP terminal 130 includes an SIP phone, a home gateway, and the like, wherein the scanning terminal 110 includes, but is not limited to, a mobile device and a radio frequency identification device, such as a mobile phone and an IPAD, which have a two-dimensional code scanning function. By adding the identifier of the SIP terminal 130 and scanning by using the current scanning terminal 110, the model related information of the current SIP terminal 130 and the number related information of the current scanning terminal 110 are acquired, the control device 120 judges and controls the current SIP terminal 130 to register and log according to the current fixed telephone number bound by the current scanning terminal 110 according to the judgment result, so that the user can carry out number-carrying and switching autonomously, the problem that the corresponding relation between the terminal to be replaced and the number in the SIP system is too complex is solved, and the service use experience of the user of the SIP terminal 130 is improved.

Referring to fig. 6, the same parts are not described in detail with respect to the previous embodiment. The present invention provides another embodiment of a system 100 for enabling fixed telephone number mobility:

the scanning terminal 110 includes: a scanning module 111, an analyzing module 112 and an obtaining module 113; the analysis module 112 of the current scanning terminal 110 is in communication connection with the scanning module 111 of the current scanning terminal 110 and the obtaining module 113 of the current scanning terminal 110 respectively;

the control device 120 includes: a judgment module 121 and a control module 122; the judging module 121 of the control device 120 is in communication connection with the control module 122 of the control device 120;

the SIP terminal 130 includes a configuration module 131 and a registration login module 132; the configuration module 131 is in communication connection with the registration login module 132; the control module 122 of the control device establishes communication connection with the configuration module 131 of the SIP terminal;

the scanning module 111 of the current scanning terminal 110 scans the identifier of the current SIP terminal 130;

the parsing module 112 of the current scanning terminal 110 parses according to the identifier of the current SIP terminal 130;

the obtaining module 113 of the current scanning terminal 110 obtains the model related information of the current SIP terminal 130 and the number related information of the current scanning terminal 110 itself;

the control module 122 of the control device 120 receives the model related information of the current SIP terminal 130 sent by the current scanning terminal 110, and the number related information and the communication connection request of the current scanning terminal 110 itself;

the determining module 121 of the control device 120 determines whether the current SIP terminal 130 and the current scanning terminal 110 are both in a configuration list according to the model related information of the SIP terminal 130 and the number related information of the current scanning terminal 110;

the control module 122 of the control device 120, outputting the configuration closing instruction when at least one of the current SIP terminal 130 and the current scanning terminal 110 is not in the configuration list; and quitting the fixed telephone number moving process according to the closing configuration instruction;

the control module 122 of the control device 120 outputs the configuration starting instruction when both the current SIP terminal 130 and the current scanning terminal 110 are in the configuration list; and according to the configuration starting instruction, controlling the current SIP terminal 130 to register and log in according to the current fixed phone number bound by the current scanning terminal 110.

The control module 122 of the control device 120 further sends terminal number configuration data to the current SIP terminal 130 according to the start configuration instruction;

the configuration module 131 of the current SIP terminal 130 updates local number configuration according to the terminal number configuration data, and sends registration request information to the IMS network;

the control module 122 of the control device 120 further sends registration response information to the registration login module 132 of the SIP terminal 130 of the current SIP terminal 130;

the registration login module 132 of the SIP terminal 130 receives registration response information sent by the IMS network to complete registration.

Specifically, in this embodiment, the model related information includes a terminal MAC address and/or a terminal model; the number related information comprises any one or more of a terminal MAC address, a fixed telephone number, an extension number, a user name, a department where the number is located and a mobile number.

The SIP terminal 130 includes an SIP phone, a home gateway, and the like, and determines whether the current SIP terminal 130 and the current scanning terminal 110 are both in a configuration list according to the model related information of the current SIP terminal 130 and the number related information of the current scanning terminal 110, which are sent by the current scanning terminal 110, and outputs the configuration starting instruction if both are in the configuration list; if the current scanning terminal 110 is in the configuration list, the current SIP terminal 130 is not in the configuration list; or the current scanning terminal 110 is not in the configuration list, and the current SIP terminal 130 is in the configuration list; or the current scanning terminal 110 and the current SIP terminal 130 are not in the configuration list, the configuration closing instruction is output. For example, the information of the scanning terminal 110 of the staff inside the company may be entered into a cloud database, a network database, or a local database of the control device 120, and although the holder of the current scanning terminal 110 is the staff inside the company, the staff has no authority, or the current SIP terminal 130 does not support the control device 120 to control and allocate the current fixed phone number, it is necessary to determine whether the current SIP terminal 130 and the current scanning terminal 110 are both on the configuration list. Here, as long as the current SIP terminal 130 and the current scanning terminal 110 are both in the configuration list, it is possible to determine whether the fixed phone number bound to the current SIP terminal 130 exceeds a preset binding value, and then perform unbinding on at least one fixed phone number already bound to the current SIP terminal 130 if the fixed phone number exceeds the preset binding value; or it may not be determined, as long as the current SIP terminal 130 needs to bind the fixed phone number carried by the current scanning terminal 110, the number configuration of the current SIP terminal 130 is initialized, and the binding relationship record therein is cleared. Only after judging that the configuration process outputs a configuration starting instruction, the terminal number configuration data can be sent to the current SIP terminal 130, the current SIP terminal 130 finds out the fixed telephone number information bound by the number related information of the current scanning terminal 110 according to the terminal number configuration data, and sends registration request information to the control device 120, and after receiving registration response information sent by the control device 120, the current SIP terminal 130 completes registration according to the received registration response information, and logs in the current fixed telephone number for communication. The user can carry the number exchange independently, the problem that the corresponding relation between the number and the terminal in the SIP system is too complex is solved, and the service use experience of the user of the SIP terminal 130 is improved.

Preferably, the judging module 121 of the control device 120 further judges whether the current SIP terminal 130 is bound by other fixed phone numbers;

the control module 122 of the control device 120 further outputs the close configuration instruction when the current SIP terminal 130 is bound by another fixed phone number;

the determining module 121 of the control device 120 further determines whether the current number bound by the number-related information of the current scanning terminal 110 is registered and used by another SIP terminal 130 when the current SIP terminal 130 is not bound by another fixed telephone number;

the control module 122 of the control device 120 further controls the other SIP terminal 130 to release the binding relationship with the current number and output the configuration opening instruction when the current SIP terminal 130 is not bound by other fixed phone numbers but the current number bound by the current scanning terminal 110 is registered and used by the other SIP terminal 130;

the control module 122 of the control device 120 further directly outputs the open configuration instruction when the current SIP terminal 130 is not bound by other fixed phone numbers and the current number bound by the current scanning terminal 110 is not registered and used by other SIP terminals 130.

Specifically, it is determined whether the current SIP terminal 130 has bound other fixed phone numbers, and if so, it indicates that the current SIP terminal 130 has completed registration and login using other fixed phone numbers; if not, it indicates that the current SIP terminal 130 is in an idle state. At this time, it is also necessary to determine whether the current fixed phone number bound by the current scanning terminal 110 is registered and used by another SIP terminal 130, if it is used, the control device 120 controls another SIP terminal 130 to release the current fixed phone number usage right, and finally, when the user needs to replace the terminal due to station adjustment, home gateway replacement, etc. but the number needs to be kept unchanged, the user directly scans the identifier of the current terminal through the scanning terminal 110 of the user, and then unbinds the bound number from the old terminal, and changes the number to the current terminal for reuse. The user can carry the number exchange independently, the problem that the corresponding relation between the number and the terminal in the SIP system is too complex is solved, and the service use experience of the user of the SIP terminal 130 is improved.

Preferably, the judging module 121 of the control device 120 further judges whether the number of other fixed phone numbers bound by the current SIP terminal 130 reaches a preset maximum binding number threshold when the current SIP terminal 130 is bound by other fixed phone numbers;

the control module 122 of the control device 120 further controls the current SIP terminal 130 to release the binding relationship with at least one other fixed phone number when the current SIP terminal 130 is bound by the other fixed phone numbers and the number of the other fixed phone numbers bound by the current SIP terminal 130 reaches a preset maximum binding number threshold;

the determining module 121 of the control device 120 is further configured to, when the current SIP terminal 130 is bound by other fixed phone numbers and the number of the other fixed phone numbers bound by the current SIP terminal 130 does not reach a preset maximum binding number threshold; or when the current SIP terminal 130 is bound by other fixed phone numbers and the number of the other fixed phone numbers bound by the current SIP terminal 130 reaches a preset maximum binding number threshold, after the current SIP terminal 130 is controlled to release the binding relationship with at least one of the other fixed phone numbers, further whether the current number bound by the current scanning terminal 110 is registered and used by the other SIP terminal 130;

the control module 122 of the control device 120 further controls, when the current number bound by the current scanning terminal 110 is registered and used by another SIP terminal 130, the another SIP terminal 130 to release the binding relationship with the current number, and outputs the start configuration instruction;

the control module 122 of the control device 120 further directly outputs the start configuration instruction when the current number bound by the current scanning terminal 110 is not registered and used by other SIP terminals 130.

Specifically, it is determined whether the current SIP terminal 130 has bound other fixed phone numbers, and if so, it indicates that the current SIP terminal 130 has completed registration and login using other fixed phone numbers; if not, it indicates that the current SIP terminal 130 is in an idle state. At this time, it is further required to determine whether the number of the other fixed phone numbers bound by the current SIP terminal 130 reaches a preset maximum binding number threshold, and when the number of the other fixed phone numbers bound by the current SIP terminal 130 reaches the preset maximum binding number threshold, it is required to control the current SIP terminal 130 to release the binding relationship with at least one of the other fixed phone numbers. Whether the current fixed telephone number bound by the current scanning terminal 110 is registered and used by other SIP terminals 130 or not, if the current fixed telephone number is used, the control device 120 controls the other SIP terminals 130 to remove the use permission of the current fixed telephone number, and finally, when a user needs to replace the terminal due to station adjustment, home gateway replacement and the like but needs to keep the number unchanged, the user directly scans the identifier of the current terminal through the scanning terminal 110 of the user, and then the bound number is unbound from the old terminal and is changed to the current terminal for reuse. The user can carry the number exchange independently, the problem that the corresponding relation between the number and the terminal in the SIP system is too complex is solved, and the service use experience of the user of the SIP terminal 130 is improved.

Referring to fig. 7, the same parts are not described in detail with respect to the previous embodiment. The present invention provides another embodiment of a system 100 for enabling fixed telephone number mobility:

the control device 120 further includes: the setting module 123, the setting module 123 of the control device 120 is in communication connection with the judging module 121 of the control device 120;

the setting module 123 of the control device 120 sets a binding list and a configuration list in advance, and sets a maximum binding number threshold;

the setting module 123 of the control device 120 further binds the number-related information of the current scanning terminal 110 with the current fixed telephone number according to the binding list;

the setting module 123 of the control device 120 further stores the bound number-related information of the current scanning terminal 110 and the bound current fixed phone number.

Specifically, the binding list may be set in advance according to the user requirement according to the control device 120, and the control device 120 may directly bind the fixed phone number to the scanning terminal 110, or may bind the fixed phone number to the identity information of the user. The update of the binding list and the configuration list may be temporary or long-term, for example, when some users frequently change the mobile phone, the mobile phone may be registered and logged in for use by using the fixed phone number allocated by the control device 120 after passing through the configuration authentication and the binding authentication of the control device 120, and after any period of time after logging in for use, the stored existing binding list and configuration list may be deleted, and then the binding list and configuration list may be reconfigured. In real life, since the user may frequently replace the mobile phone or on the day that the workstation needs to be adjusted, the user forgets to carry the mobile phone that has been legally authenticated by the control device 120, and the user can log in an application platform with user identity information, such as a WeChat or a company mailbox, by using the mobile phone that is legally authenticated by the control device 120 of another colleague, scan through the two-dimensional code scanning function of the WeChat after logging in, and then send the fixed telephone number bound with the user identity information to the SIP terminal 130 for registration and login. And a plurality of fixed telephone numbers can be bound to one mobile phone or user information, namely the mobile phone or the user information can be used as the identity of an administrator to distribute the fixed telephone numbers. The fixed telephone number deployment operation steps are simple, and the efficiency and operability of the fixed telephone number deployment of the SIP terminal 130 are improved. The user can carry the number exchange independently, the problem that the corresponding relation between the number and the terminal in the SIP system is too complex is solved, and the service use experience of the user of the SIP terminal 130 is improved.

Referring to fig. 8(a), 8(b) and 8(c), the present invention provides an example of a system 100 for implementing fixed telephone number mobility, the method as shown in fig. 8(b), comprising the steps of:

1. scanning the terminal two-dimensional code by using the mobile phone client 2000 to acquire the information of the new SIP terminal 1000;

2. using the mobile phone client 2000 to obtain the mobile phone number;

3. the mobile phone client 2000 establishes communication with the terminal centralized management platform 3000 through the communication module, and sends information such as new SIP terminal 1000 information and the local number to the terminal centralized management platform 3000;

4. authentication, check number availability: the terminal centralized management platform 3000 checks the information of the new SIP terminal 1000 in the received message, if the system does not support the new SIP terminal 1000, the step (a) is proceeded, if the system supports the new SIP terminal 1000, the step (a) is proceeded, if the new SIP terminal 1000 has the registered number, the step (a) is proceeded, if the new SIP terminal does not have the registered number, the step (a) is proceeded, if the new SIP terminal 1000 has the registered number, the step (a) is proceeded, the step (b) is proceeded, if the new SIP terminal 1000 has the registered number, the step (b) is proceeded, the platform issues a configuration file to clear the number registration information, and if the new SIP terminal has.

5(a), the authentication is not passed, and the process is ended;

5(b), passing the authentication;

6-7, the terminal centralized management platform 3000 issues the terminal number configuration data, and the new SIP terminal 1000 completes the registration.

As shown in fig. 8(a), the code scanning phone module 2100 is configured to scan a two-dimensional code of the new SIP terminal 1000, and acquire information of the new SIP terminal 1000 that needs to be replaced; the obtain local number module 2200 is used for obtaining the mobile phone number of the mobile phone client 2000 and authenticating the terminal management system 3200; the communication module 2300 is used for information interaction between the mobile phone client 2000 and the SIP server 3100;

an SIP server 3100 for user registration, call signaling, and the like; a terminal management system 3200 for terminal centralized management deployment; and the number association database 3300 is used for storing the binding relationship between the fixed telephone number of the user and the mobile phone number and for subsequently verifying the validity of the user carrying the number change machine.

In this embodiment, first, a two-dimensional code including terminal information (model and MAC) is configured for all SIP terminals 1000; after scanning the two-dimensional code of the new SIP terminal 1000, the user transmits the two-dimensional code information of the SIP terminal 1000 and the mobile phone number of the user mobile phone client 2000 to the platform side terminal management system 3200, and after the terminal management system 3200 completes authentication and confirms that the new SIP terminal 1000 is not in a use state at present, the original SIP terminal 1000 is taken off line, and terminal number configuration data is pushed to the new SIP terminal 1000, so that the user can carry out number portability and change operation independently.

In the existing SIP system supporting terminal centralized deployment, the terminal management of the SIP terminal 1000 is mainly completed by the terminal management system 3200 on the platform side, and there is a problem that all operations can only be completed by an administrator on the platform side, and the service experience is very poor for users who need to frequently change terminals but keep numbers unchanged due to station adjustment, home gateway replacement, and the like. As shown in fig. 8(c), the invention realizes that the user carries the number exchange autonomously by adding the two-dimensional code of the SIP terminal 1000 (including the SIP phone, the home gateway, etc.) and using the client code scanning mode, solves the problem that the correspondence between the number and the terminal in the SIP system is too complex, and improves the service use experience of the user of the SIP terminal 1000. The application scene comprises the following steps: the method is used for realizing the situation that the SIP phone of the government-enterprise user carries the number and changes the phone independently in the enterprise. And the home user realizes that the home user carries the account to change the gateway scene.

It should be noted that the above embodiments can be freely combined as necessary. The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and decorations can be made without departing from the principle of the present invention, and these modifications and decorations should also be regarded as the protection scope of the present invention.

Claims

1. A method for enabling fixed telephone number mobility, comprising the steps of:

s100, a current scanning terminal obtains model related information of the current SIP terminal and number related information of the current scanning terminal through scanning an SIP terminal identifier;

2. The method for implementing mobility of fixed telephone numbers according to claim 1, wherein said step S200 further comprises the steps of:

s270, outputting the starting configuration instruction;

s280, outputting the configuration closing instruction; the model related information comprises a terminal MAC address and/or a terminal model; the number related information comprises any one or more of a terminal MAC address, a fixed telephone number, an extension number, a user name, a department where the number is located and a mobile number.

3. The method for implementing fixed telephone number mobility according to claim 2, wherein after step S220 and before step S270, the method comprises the steps of:

4. The method for implementing fixed telephone number mobility according to claim 1, wherein said step S300 further comprises the steps of:

5. The method for implementing fixed telephone number mobility according to any of claims 1-4, wherein said step S100 is preceded by the steps of:

s010 presets a binding list and a configuration list;

6. A system for enabling fixed telephone number mobility, comprising:

at least one scanning terminal, at least one SIP terminal and a control device;

the control device is respectively in communication connection with the scanning terminal and the SIP terminal;

the method comprises the steps that a current scanning terminal obtains model related information of the current SIP terminal and number related information of the current scanning terminal through scanning an SIP terminal identifier;

7. The system for enabling fixed telephone number mobility according to claim 6, wherein said control means comprises: the device comprises a judgment module and a control module;

the judging module of the control device is in communication connection with the control module of the control device;

the control module of the control device receives the model related information of the current SIP terminal sent by the current scanning terminal, the number related information of the current scanning terminal and a communication connection request;

the control module of the control device outputs the configuration starting instruction when the current SIP terminal and the current scanning terminal are both in a configuration list; the model related information comprises a terminal MAC address and/or a terminal model; the number related information comprises any one or more of a terminal MAC address, a fixed telephone number, an extension number, a user name, a department where the number is located and a mobile number.

8. The system for enabling fixed telephone number mobility according to claim 7, wherein:

the judging module of the control device also judges whether the current SIP terminal is bound by other fixed telephone numbers;

9. The system for enabling fixed telephone number mobility according to claim 7, wherein:

the SIP terminal comprises a configuration module and a registration login module; the configuration module is in communication connection with the registration login module;

the control module of the control device is in communication connection with the configuration module of the SIP terminal;

10. The system for implementing fixed telephone number mobility according to any one of claims 6-9, wherein said control means further comprises:

the setting module of the control device is in communication connection with the judging module of the control device;

the setting module of the control device presets a binding list and a configuration list; the setting module of the control device also binds the number related information of the current scanning terminal with the current fixed telephone number according to the binding list;