CN103220663A - Communication code number air allocation system - Google Patents
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Abstract
The invention provides a communication code number air allocation system which comprises a user operation system and an authentication management system. The user operation system comprises a log-in processing module, a resource request processing module and an available code number MSISDN and product service module. The log-in processing module provides an operation interface for system logging of a user, and functions of the resource request processing module are only used by a user logging in the system. The resource request processing module comprises a code number MSISDN grading table and product service lists relevant to the grading table and provides a result selected by the user to a resource request management module of the authentication management system. The available code number MSISDN and product service module displays an available code number and the product service selection lists for selection of the user, and feeds back the selected result to the resource request management module. The communication code number air allocation system can simplify number allocation flow, saves number allocation time, facilitates card activation for the user, greatly reduces operation cost investment of an operator, and can greatly save production cost and selling cost of a manufacturer.
Description
Technical Field
The invention relates to an air number allocation system, and belongs to the technical field of resource management and communication of the Internet of things.
Background
With the development of the internet of things industry and the application of the internet of things, a large number of terminal devices based on the mobile network of an operator are put into use, and the data of mobile clients need to be operated in real time in the links of batch production, demonstration and sales, multi-scenario application and the like of the products, so that each terminal device needs to have a unique communication identifier, namely a communication code number. The existing communication code number issuing mode has 2 types: the method mainly comprises a semi-finished card and a finished card, wherein the semi-finished card is provided to a business outlet, a customer selects a number, a package and pays a fee on site at the business outlet, and a worker at the business outlet accesses the network on an application system (such as an ESS system). And the product card sale mode is to pack the card, the number and the pre-deposit into a product package to be sold to a channel merchant in batches after the product package is packed, and a customer purchases the product package in the channel merchant to enter a network. The existing semi-finished card number allocation has the problems of high requirements on channel software and hardware, narrow channel coverage, high requirements on software and hardware on a sale field, long purchase waiting time, high purchase cost, high sale cost, low efficiency and the like. The finished card number allocation has the problems of large SIM card/number/HLR system resource occupation, high management cost, narrow channel coverage, relatively high management cost, limited number selectivity and the like. When a UICC (universal integrated circuit card) card is used for number allocation, the UICC card is usually embedded when terminal equipment is produced, the production process may involve multiple tests of communication functions, the UICC card in the terminal equipment needs to be opened and allocated with numbers, and the existing number allocation mode cannot meet the number allocation on the production line. The existing number allocation mode also has a hidden problem of paying and recharging, the MSISDN is not given to the semi-finished card before the product package is not opened, and the MSISDN is validated when the card opening process is carried out to bind the semi-finished card with the MSISDN (Mobile Subscriber International ISDN/PSTN number), and the paying and recharging can be carried out at the moment. That is, the MSISDN is required to be released before the conventional semi-finished card is opened, and then the charging can be carried out. In the existing card opening process, if a user decides to give up card opening after binding the MSISDN and the semi-finished card, i.e. after the MSISDN is released, the card opening action is completed for the system, but no payment is made for recharging, i.e. the code number resource is already occupied for the operator, but no corresponding income is generated. Particularly, in the future user self-service card opening process, if the method of charging the MSISDN with a fee is still used, the situation may occur that the user gives up the code number after binding the MSISDN with the ICCID and the IMSI, i.e. after the MSISDN is released, and does not charge the MSISDN with a fee, so the MSISDN is not suitable to be used as the unique identification account number for charging with a fee before the card is opened.
Disclosure of Invention
In order to solve the technical problems in the prior art, the invention provides a communication code number aerial number allocation system, which enables a manufacturer to use an ICCID as a main identification mark in the production process of products, no matter SIM cards or UICC embedded chip cards, and the like, to manage all card bodies on a production line through the system, automatically introduce the ICCID and PUK for authentication, automatically match the system with the MSISDN special for production test corresponding to the ICCID, simplify the number allocation process, and save a large amount of opening time of a payment connection processing module; on the other hand, the production cost and the sale cost of manufacturers can be greatly saved. The over-the-air number-placing system of the communication number at least comprises a user operating system and an authentication management system,
the user operating system comprises a login processing module, a resource request processing module, an available code number MSISDN and a product service module; the login processing module: providing an operation interface for system login for a user;
the resource request processing module is only used for users logging in the system to use the functions of the resource request processing module and comprises a code number MSISDN grading table and a product service grading table; and provide the result of user's choice to the resource request management module of the authentication management system;
and the available code number MSISDN and product service module displays an available code number and a product service selection list for a user to select, and feeds back a selection result to the resource request management module.
Furthermore, the user operating system further comprises a payment connection processing module for skipping to payment channels of various payment recharging interfaces for the user;
and a production test processing module which is only open to the manufacturer user, and the manufacturer can test the communication function in the production process through the module.
The product service list comprises SP value-added services, product packages and other products and services, and is interconnected with data of code number (MSISDN) grades to provide code number grades and product service grades required by user selection.
In a more specific embodiment, the authentication management system further includes a login authentication module and a resource request management module; the login authentication module is used for authenticating the user authority for logging in a login interface of a user operating system; the resource request management module is used for receiving request information provided by the resource request processing module of the user operating system, requesting the resource management library of the operator resource management system for the required resource according to the requirement of the request information, and managing the requested resource.
In addition, the authentication management system further comprises an opening condition identification module, and the opening condition identification module is used for receiving the product finally selected by the user and provided by the resource request management module and identifying the opening condition.
The authentication management system further comprises a limit identification module: and identifying the fee or credit limit on the user account, and comparing the fee or credit limit with the identification result provided by the opening condition identification module.
In an optional but non-limiting embodiment, the air queuing system further comprises an operator resource management system, and the operator resource management system is mainly responsible for managing resources held by an operator, wherein the resources comprise user profiles, code number resources, package resources and marketing and accounting management.
The operator resource management system further comprises a right management module and a resource management module;
the authority management module is used for managing the authority of all users;
the resource management module is responsible for managing resources such as code numbers, services and the like, and comprises a code number resource library, a service resource library, special code numbers and a resource library.
The system comprises an operation and account management module, an opening processing module and a data synchronous processing module;
the operation and account management module is responsible for processing operations related to operation and account such as payment, recharging and system fee deduction;
the opening processing module is responsible for carrying out actual opening operation of the product;
and the data synchronization processing module is responsible for synchronizing data information and opening information generated in the system operation process to a special management system of an operator.
Drawings
Fig. 1 is a schematic structural diagram of an air number-placing system of a communication number in the invention.
FIG. 2 is a flow chart of the air number-placing manufacturer side in the invention.
Fig. 3 is a flow chart of the user side in the present invention.
Detailed Description
The invention provides a communication code number aerial number allocation system.A manufacturer and a user are connected to the aerial number allocation system through a short message, a telephone and the Internet to automatically complete the whole process of selecting numbers, selecting packages and paying till the opening, and the card opening and number allocation of a communication function test on a production line and the recovery of the code number after the test are supported. The resource occupation and the cost investment of operators and distributors are greatly reduced, the production test cost investment of manufacturers is reduced, the purchase cost investment of users is reduced, and a new sales channel is expanded.
Referring to fig. 1, the communication code number air number assignment system of the present invention at least includes two subsystems, which are a user operating system and an authentication management system.
The user operating system comprises a login processing module, a resource request processing module, an available code number (MSISDN) and product service module, a payment connection processing module and a production test processing module.
The login processing module: providing an operation interface for system login for a user; the resource request processing module is only used for users logging in the system to use the functions, comprises a code number (MSISDN) grading table and a product service grading table, is used for the users to select the required code number grade and product service grade, and provides the result selected by the users to the resource request management module of the authentication management system;
the available code number (MSISDN) and product service module displays the available code number and a product service selection list for the user to select, and feeds back the selection result to the resource request management module;
the user operating system further comprises a payment connection processing module: providing a payment channel for skipping various payment recharging interfaces for a user; and a production test processing module: the module is only opened to a manufacturer user, and the manufacturer can test the communication function in the production process through the module;
the authentication management system comprises a login authentication module, a resource request management module, an opening condition identification module and a limit identification module.
The login authentication module is used for authenticating the user authority for logging in a login interface of a user operating system; the resource request management module is used for receiving request information provided by the resource request processing module of the user operating system, requesting the resource management library of the operator resource management system for the required resource according to the requirement of the request information, and managing the requested resource; and the opening condition identification module is used for receiving the product finally selected by the user and provided by the resource request management module and identifying the opening condition.
The authentication management system further comprises a limit identification module: and identifying the fee or credit limit on the user account, and comparing the fee or credit limit with the identification result provided by the opening condition identification module.
In another embodiment, the air number assignment system of the present invention further comprises an operator resource management system, and the operator resource management system is mainly responsible for managing various resources held by the operator, including user data, code number resources, package resources, and business account management. The system comprises a permission management module, a resource management module, an operation and account management module, a starting processing module and a data synchronous processing module. The authority management module is used for managing the authority of all users, including manufacturer users, personal users and the like; the resource management module is responsible for managing resources such as code numbers, packages and the like, and comprises a code number resource library, a product service resource library, special code numbers and a product service resource library. The special code number and product service resource library is mainly used for managing code numbers and product service resources required by some special applications, such as code numbers and product service resources required by a manufacturer during testing on a production line; the operation and account management module: the system is responsible for processing operations related to operation and account such as payment, recharging and system fee deduction; the opening processing module: the system is responsible for carrying out actual opening operation of products; the data synchronization processing module: a special management system (such as BSS, ESS, HLR, etc.) which is responsible for synchronizing data information and opening information generated in the operation process of the system to an operator; in an optional embodiment, the connection and data service are established between each subsystem and each module through the webservice technology.
On the other hand, the invention provides an over-the-air number distribution method, in the method, a lower unit applies for number resources to an upper unit, the lower unit gradually upwards applies for the number resources to a headquarter, and the headquarter is informed that a card data generation unit starts to produce a new card after approval is passed.
The card data generation unit performs the following operations: first, IMSI is generated, where the IMSI includes an area attribution attribute (for example, IMSI belonging to a certain province, which is convenient for later code number control and roaming charge reconciliation, etc.), and then, the IMSI notifies a card manufacturer (hereinafter, referred to as "card manufacturer") to retrieve a data disc used for production.
The card manufacturer uses the data optical disc to produce the card and write in data such as IMSI and KI, the semi-finished card is sent back to the card data generating unit, the semi-finished card is put in storage, the initiating unit is informed to download the card data to the CRM, and meanwhile, the data generating unit delivers the semi-finished card to the applying unit.
And the unit initiating the application imports card data such as IMSI, KI and the like into the BSS, and receives and stores the cards.
In a more detailed embodiment, the air number allocation method provided by the invention further comprises the following steps:
an M2M terminal equipment manufacturer (hereinafter referred to as M2M manufacturer) applies for a service request, wherein the service request comprises a production special test package and a formal product package; the M2M manufacturer enters a user operating system and logs in through a manufacturer-specific account and a password.
The aerial number allocation system provided by the invention can further complete the following steps:
the login processing module provides the obtained account password of the M2M manufacturer to a login authentication module of the authentication management system; a login authentication module of the authentication management system verifies the manufacturer account and the password of the M2M manufacturer; after the verification is passed, the login authentication module informs the resource request processing module of opening the function for the M2M manufacturer; the manufacturer M2M selects a package special for production test in the product service grading table of the resource request processing module; the resource request processing module provides the requirements selected by the M2M manufacturer to a resource request management module of the authentication management system; the resource request management module provides the package requirement special for the production test applied by the M2M manufacturer to a resource management module in the resource management system of the operator; the special code number of the resource management module and the product service resource library return the package identification special for the production test according to the requirements submitted by the resource request management module; the resource request management module receives the returned package identification special for the production test to carry out filing management and provides the package identification for the opening condition identification module of the authentication management system; the opening condition identification module identifies the received package to obtain the condition to be met by opening the package, and provides the identification result to the limit identification module.
Furthermore, the quota identification module identifies the quota of the account of the M2M manufacturer according to the received identification result of the opening condition, and judges whether the opening condition is met; if the quota is insufficient, jumping to a paid recharging module in the user operating system to remind the M2M manufacturer to recharge to an operation and account management module of the operator resource management system, and returning to the quota identification module for re-identification after recharging is completed; and after the identification result meets the opening condition, an opening processing module of the operator resource management system is informed to open the production test package selected by the manufacturer M2M.
The activating processing module activates the production test special package meal notification data synchronization processing module to synchronize relevant data such as manufacturer information of M2M, activated package meal information, payment information and the like to a management system of an operator, such as BSS, ESS, HLR and the like; and after the synchronization is finished, the data synchronization processing module informs the production test processing module of the information of the completion of the opening.
Then, the production test processing module informs an M2M manufacturer to receive and produce cards, the M2M manufacturer produces products, ICCIDs and PUKs of all the cards on a production line are led into the production test processing module, and the production test processing module leads the ICCIDs and the PUKs of the cards on the production line into the login processing module in batches;
after the production test processing module introduces the ICCID and the PUK of the card on the production line into the login processing module in batch, the login processing module introduces the ICCID and the PUK into the login authentication module of the authentication management system in batch, the login authentication module performs matching verification on the obtained ICCID and PUK and data in an ICCID and PUK resource library of an operator resource management system, the ICCID and PUK resource library returns a verification result to the login authentication module, if the verification fails, the system reports an error to a user, and if the verification passes, the login authentication module informs the user of the resource request processing module of the operating system to open the function.
The resource request processing module has a code number (MSISDN) hierarchical table with code number levels dedicated to testing on the production line, which is provided for M2M manufacturers, and the system automatically selects the code number level dedicated to testing on the production line in the production testing process. Because M2M manufacturers apply for production test packages in advance, package grades specially provided for production test are provided in the product service classification table of the resource request processing module, and the system can automatically select the production test packages applied by M2M manufacturers in advance for the cards to be tested on the production line; the resource request processing module provides the code number resource requirement required by the production test to a resource request management module of the authentication management system; the resource request management module provides the code number resource requirement required by the production test applied by the M2M manufacturer to a resource management library in the resource management system of the operator;
the special code number of the resource management library and the product service resource library return a plurality of code number resources special for production test according to the requirements submitted by the resource request management system, and the resource request management system receives the returned plurality of code number resources special for production test to perform filing management and provides an available code number (MSISDN) and a product service module for the user operating system.
The available number (MSISDN) and the product service module can generate a list of the received number resources, add the package special for production test previously applied by the manufacturer M2M into the list, and then inform the production test processing module that the number and the package resources are released, so that selection can be performed.
And after receiving the notification, the production test processing module corresponds the cards to be tested on the production line to the released available code numbers one by one, and selects a package special for production test, namely the system automatically selects a code number and a used package for each card to be tested.
The system automatically selects a code number for each card to be tested and can inform a resource request management module of an authentication management system by using a code number (MSISDN) and a product service module after the used package is finished, and the resource request management module provides the selected code number and the production test special package to an opening condition identification module; the opening condition identification module identifies the opening condition of the selected code number resource and the production test special package and provides the identification result to the limit identification module.
The credit identification module takes the opening condition as a comparison basis to identify whether the credit of the account of the M2M manufacturer meets the opening condition, and if not, the system reminds the M2M manufacturer to pay the account of the operator. If the condition is met, the identification is passed; the limit identification module passes the identification and informs an opening processing module of the operator resource management system to open a production test code number selected by an M2M manufacturer; the opening processing module provides the opened code number resource and the package resource for the data synchronization processing module to synchronize the M2M manufacturer information, the opened code number and the pre-opened package information special for production test to a management system of an operator, such as BSS, ESS, HLR and the like; and after the synchronization is finished, the data synchronization processing module informs the production test processing module of the information of the completion of the opening.
The M2M manufacturer tests the communication function, after the test, the production test processing module of the user operating system informs the available code number (MSISDN) of the user operating system and the product service module that the test is finished, the code number resource can be recovered, the available code number (MSISDN) and the product service module informs the resource request management module of the authentication management system that the test is finished, the code number resource can be recovered, the resource request management module informs the resource management library of the operator resource management system that the test is finished, and the code number resource can be recovered.
The special code number of the resource management library and the product service resource library are used for disconnecting and recycling the tested code number list provided by the resource request processing unit; after the disconnection and recovery are finished, the special code number of the resource management library and the product service resource library inform a resource request management module of the authentication management system that the recovery work is finished, and the resource request management module informs a production test processing module that the recovery work is finished; and the production test processing module informs the manufacturer of the end of the production test. If the test is needed, the manufacturer continues to import the ICCID and PUK of the next batch into the production test processing module, and then enters the production test of the next batch.
Fig. 3 is a user operation process of the present invention. The details are as follows.
The user receives the card and logs in a login processing module of the user operating system through the ICCID and the PUK on the card; the login processing module leads the obtained ICCID and PUK into a login authentication module of an authentication management system; the login authentication module matches the obtained ICCID and PUK with data in an ICCID and PUK resource library of an operator resource management system; the ICCID and PUK resource libraries return verification results to the login authentication module, and if the verification fails, the system reports an error to the user; if the verification is passed, the login authentication module informs the resource request processing module of the user operating system to open the function.
Furthermore, the user selects the grade of the code number (such as a first-grade beautiful number, a second-grade beautiful number and the like) in the code number (MSISDN) grading table of the resource request processing module; after the user finishes the selection of the number grade, entering a product service grading table to select the product service grade owned by the corresponding number grade; the resource request processing module provides the requirements selected by the user to a resource request management module of the authentication management system; the resource request management module provides the code number level and the product service requirement applied by the user to a resource management module in the operator resource management system; the code number (MSISDN) resource library and the product service resource library of the resource management module return a plurality of code number resources and product service identifiers according to the requirements submitted by the resource request management module, and the code number resources are frozen to prevent repeated distribution. The resource request management module carries out filing management on the returned code number resource and the product service identification, and provides an available code number (MSISDN) of a user operating system and a product service module.
The user selects the code number and the package at the available code number (MSISDN) and the product service module; if the user is not satisfied with the current available code numbers with a plurality of numbers, a plurality of new available code numbers (MSISDN) can be obtained by using the function of replacing the code numbers provided by the system for self selection; if the user selects to replace the code number, the available code number (MSISDN) and the product service module inform the resource request management module of the authentication management system to apply for the code number resource to the resource management module of the operator resource management system again. The method comprises the following steps: the resource management module redistributes a plurality of code number resources to provide to the resource request management module of the authentication management module, and then recovers and unfreezes code numbers which are not needed by the user; the resource request management module carries out filing management on a plurality of new code number resources, provides available code numbers (MSISDN) of a user operating system and a product service module and generates a list for the user to select again.
After the user selects the code number and the set of the food, the result selected by the user can be fed back to the resource request management module in the authentication management system by using the code number (MSISDN) and the product service module; the resource request management module returns the result selected by the user and other unselected code number resources to the resource management module of the operator resource management system; a resource management module of the operator resource management system unfreezes code number resources except the code number selected by the user; the resource request management module provides the code number and the package selected by the user to the opening condition identification module. The opening condition identification module identifies the opening condition of the received code number and package and provides the identification result to the limit identification module.
The credit identification module identifies the credit of the account of the user according to the received identification result of the opening condition and judges whether the opening condition is met; if the quota is insufficient, skipping to a payment connection processing module in the user operating system to remind the user to recharge to an accounting management module of the operator resource management system, and returning to the quota identification module for re-identification after recharging is completed; if the result meets the opening condition, informing an opening processing module of the operator resource management system to open the code number and the package selected by the user; the opening processing module binds the code number (MSISDN) and the package with the ICCID and IMSI of the card body held by the user, and then informs the data synchronization processing module to synchronize the IMSI, the ICCID, the code number (MSISDN) and the package of the opened card body and related information to a management system of an operator, such as BSS, ESS, HLR and the like, so that the user completes the card opening.
The invention can achieve multiple beneficial technical effects. In the production process of a product by a manufacturer, all card bodies on a production line are managed by a system, ICCID and PUK authentication are automatically introduced, the system automatically matches MSISDN special for production test, then a package special for production test is opened, and one opening time is saved when a person opens the card; on the other hand, the semi-finished card obtained by the manufacturer is not formally opened, does not occupy the code resource of the operator, and effectively reduces the pressure of the service system and the code resource of the operator; the test number is recycled after the production test is finished, and the test number can be recycled, so that the number resource is utilized to the maximum; the test number is recycled after the production test is finished, and a manufacturer does not need to pay for purchasing the number, so that the production cost of the manufacturer is greatly saved.
Claims (10)
1. An air number-placing system for communication code number is characterized in that it at least comprises a user operation system and an authentication management system,
the user operating system comprises a login processing module, a resource request processing module, an available code number MSISDN and a product service module;
the login processing module: providing an operation interface for system login for a user;
the resource request processing module is only used for users logging in the system to use the functions of the resource request processing module and comprises a code number MSISDN hierarchical table and a related service list thereof; and provide the result of user's choice to the resource request management module of the authentication management system;
and the available code number MSISDN and product service module displays the available code number and a corresponding product service selection list for the user to select, and feeds back the selection result to the resource request management module.
2. The air number allocation system of claim 1, wherein the user operating system further comprises a payment connection processing module for skipping to payment channels of various payment recharging interfaces for the user;
and a production test processing module which is only open to the manufacturer user, and the manufacturer can test the communication function in the production process through the module.
3. The over-the-air number assignment system of claim 1, wherein the product service list contains SP value added services, product packages, and other products and services, and the product service list is interconnected with data of a hierarchical table of code numbers (MSISDNs) to provide a level of code numbers and a level of product services required for user selection.
4. The air number allocation system of claim 1, wherein the authentication management system further comprises a login authentication module, a resource request management module; wherein,
the login authentication module is used for authenticating the user authority for logging in a login interface of a user operating system;
the resource request management module is used for receiving request information provided by the resource request processing module of the user operating system, requesting the resource management library of the operator resource management system for the required resource according to the requirement of the request information, and managing the requested resource.
5. The air number allocation system of claim 4, wherein the authentication management system further comprises an opening condition authentication module, and the opening condition authentication module is used for receiving the product finally selected by the user and provided by the resource request management module and authenticating the opening condition.
6. The over-the-air number assignment system of claim 5, wherein the authentication management system further comprises a credit identification module: and identifying the fee or credit limit on the user account, and comparing the fee or credit limit with the identification result provided by the opening condition identification module.
7. The air numbering system according to claim 1 or 4, wherein said air numbering system further comprises an operator resource management system, said operator resource management system being an existing operator's system, mainly responsible for managing the resources held by the operator.
8. The air queuing system of claim 7, wherein the resources comprise user profiles, code number resources, package resources, marketing and accounting management.
9. The air number assignment system of claim 8, wherein the operator resource management system further comprises a rights management module, a resource management module;
the authority management module is used for managing the authority of all users;
the resource management module is responsible for managing resources such as code numbers, services and the like, and comprises a code number resource library, a service resource library, special code numbers and a resource library.
10. The air number allocation system of claim 9, wherein the operator resource management system further comprises an operation and account management module, an opening processing module, and a data synchronization processing module;
the operation and account management module is responsible for processing operations related to operation and account such as payment, recharging and system fee deduction;
the opening processing module is responsible for carrying out actual opening operation of the product;
and the data synchronization processing module is responsible for synchronizing data information and opening information generated in the system operation process to a special management system of an operator.
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105516962A (en) * | 2015-12-03 | 2016-04-20 | 中国联合网络通信集团有限公司 | Account opening method and system based on eUICC (Embedded Universal Integrated Circuit Card) |
| CN105530107A (en) * | 2015-12-03 | 2016-04-27 | 中国联合网络通信集团有限公司 | Batched account opening method based on eUICCs and platform |
| CN107947979A (en) * | 2017-11-21 | 2018-04-20 | 合肥海诺恒信息科技有限公司 | Computer network based on block region shares connection method |
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| CN105516962A (en) * | 2015-12-03 | 2016-04-20 | 中国联合网络通信集团有限公司 | Account opening method and system based on eUICC (Embedded Universal Integrated Circuit Card) |
| CN105530107A (en) * | 2015-12-03 | 2016-04-27 | 中国联合网络通信集团有限公司 | Batched account opening method based on eUICCs and platform |
| CN105530107B (en) * | 2015-12-03 | 2018-10-16 | 中国联合网络通信集团有限公司 | Batch account-opening method based on eUICC and platform |
| CN105516962B (en) * | 2015-12-03 | 2019-03-05 | 中国联合网络通信集团有限公司 | Account-opening method and system based on eUICC |
| CN107947979A (en) * | 2017-11-21 | 2018-04-20 | 合肥海诺恒信息科技有限公司 | Computer network based on block region shares connection method |
| CN108513280A (en) * | 2018-04-08 | 2018-09-07 | 远特（北京）通信技术有限公司 | The method for belonging to channel based on ICCID information realization SIM cards, opening card |
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| CN108683587B (en) * | 2018-05-11 | 2021-09-21 | 腾讯科技（深圳）有限公司 | Account management method and device |
| CN112770315A (en) * | 2020-12-22 | 2021-05-07 | 国网浙江省电力有限公司绍兴供电公司 | Code number resource management method and device for power wireless heterogeneous network |
| CN112770315B (en) * | 2020-12-22 | 2022-05-27 | 国网浙江省电力有限公司绍兴供电公司 | Code number resource management method and device for power wireless heterogeneous network |
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