WO2017214818A1 - 无线网络接入设备的会员通行认证方法及系统 - Google Patents

无线网络接入设备的会员通行认证方法及系统 Download PDF

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Publication number
WO2017214818A1
WO2017214818A1 PCT/CN2016/085607 CN2016085607W WO2017214818A1 WO 2017214818 A1 WO2017214818 A1 WO 2017214818A1 CN 2016085607 W CN2016085607 W CN 2016085607W WO 2017214818 A1 WO2017214818 A1 WO 2017214818A1
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WIPO (PCT)
Prior art keywords
access device
wireless network
bluetooth beacon
base station
network access
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Application number
PCT/CN2016/085607
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English (en)
French (fr)
Inventor
陈诗正
Original Assignee
刘文婷
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 刘文婷 filed Critical 刘文婷
Priority to PCT/CN2016/085607 priority Critical patent/WO2017214818A1/zh
Publication of WO2017214818A1 publication Critical patent/WO2017214818A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/06—Authentication
    • H04W12/069—Authentication using certificates or pre-shared keys
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor

Definitions

  • the present invention relates to the field of mobile internet communications, and in particular to a member pass authentication method and system for a wireless network access device (eg, a smart WIFI router) based on a Bluetooth beacon base station.
  • a wireless network access device eg, a smart WIFI router
  • the WIFI router in the commercial place is generally set by the seller and the corresponding set of login passwords, and the login password needs to be requested by the buyer to the seller, which is very inconvenient.
  • the local authentication single channel of the traditional WIFI router only supports a fixed network operator, and only supports one local authentication setting.
  • Members of different online communities cannot be identified by one party and can be used to share beacons of member information.
  • the authentication flexibility is poor, and it is unable to meet the needs of different users at the same time. It is impossible for the smartphone users to share their commercial WIFI router network access system among the network community members of different sellers.
  • an improved member authentication method and system for an improved wireless network access device e.g., a smart WIFI router.
  • the object of the present invention is to provide an improved member access authentication method and system for a wireless network access device, which triggers an intelligent communication terminal to automatically perform network community membership identification in a Bluetooth beacon base station manner.
  • the embodiment of the invention provides a network community member pass authentication system for a wireless network access device based on a Bluetooth beacon base station, comprising: at least one Bluetooth beacon base station configured to periodically broadcast a Bluetooth beacon signal for indoor positioning.
  • the Bluetooth beacon signal includes a Bluetooth broadcast code and a key code
  • the wireless network access device configured to perform a network connection with the mobile terminal and the provider server, and perform network community member data interaction between the mobile terminal and the provider server; when by the wireless network
  • the mobile terminal carried by the accessing party is required to enter the wireless signal coverage of the at least one Bluetooth beacon base station, the mobile terminal is configured to receive, on the client, the same by the at least one Bluetooth beacon base station
  • the Bluetooth broadcast code and the encryption key code are uploaded to the provider server for network community member pass authentication together with the network community member information; and the provider server is configured to receive the Bluetooth broadcast code, the add a key code and a number of the wireless network access device, and matching the encryption key code with an encryption device code of the provider device and the member management module of the provider server for network
  • the mobile terminal is a smart phone supporting a Bluetooth beacon protocol.
  • the Bluetooth beacon base station is a smart phone supporting a Bluetooth beacon protocol.
  • the Bluetooth beacon base station is a Bluetooth communication station supporting the Bluetooth beacon protocol.
  • the wireless network access device is a smart phone that supports WIFI hotspot setting, and is used for at least one other network community member to share WIFI hotspot network access.
  • the wireless network access device is a smart WIFI router.
  • each of said at least one Bluetooth beacon base station is configured to alternately transmit a Bluetooth beacon signal comprising its own Bluetooth broadcast code and to receive Bluetooth wide including another Bluetooth beacon base station Another Bluetooth beacon signal for the broadcast code.
  • the smart phone carried by at least one of the network community members and the smart phone carried by another network community member are configured to alternately transmit and receive Bluetooth beacon signals when one of the Bluetooth beacon signals is present.
  • the client of both smartphones automatically generates a reminder signal.
  • said at least one Bluetooth beacon base station is configured to intermittently broadcast a particular Bluetooth beacon signal periodically, and said mobile terminal is configured to identify and compile said Bluetooth beacon signal to obtain said Bluetooth broadcast code and said Add the key code.
  • the mobile terminal comprises: a Bluetooth beacon signal receiving module, configured to receive the Bluetooth beacon signal for indoor positioning from the at least one Bluetooth beacon base station; and a Bluetooth beacon signal transmitting module configured to The at least one Bluetooth beacon base station transmits the Bluetooth beacon signal; the code acquisition module is configured to extract the Bluetooth broadcast code and the encryption key code from the Bluetooth beacon signal; and a wireless network communication module, And configuring to establish a wireless network connection with the wireless network access device and the provider server and uploading the Bluetooth broadcast code and the encryption key code to the provider server for online community member pass authentication.
  • a Bluetooth beacon signal receiving module configured to receive the Bluetooth beacon signal for indoor positioning from the at least one Bluetooth beacon base station
  • a Bluetooth beacon signal transmitting module configured to The at least one Bluetooth beacon base station transmits the Bluetooth beacon signal
  • the code acquisition module is configured to extract the Bluetooth broadcast code and the encryption key code from the Bluetooth beacon signal
  • a wireless network communication module And configuring to establish a wireless network connection with the wireless network access device and the provider server and uploading the Bluetooth broadcast code and the encryption key code to the provider
  • the provider server includes: an access device and a member management module, configured to store and manage a number of the wireless network access device of the provider and a network community member profile; and a communication module configured to be from the wireless Receiving, by the network access device, the Bluetooth broadcast code, the encryption key code, and a number of the wireless network access device; and an authentication module configured to match the encryption key code and the access of the provider server
  • the encryption key code in the device and the member management module is used for network community member pass authentication, wherein after the authentication module authenticates the network community membership corresponding to the mobile terminal, the client automatically obtains from the provider server After the access device and the member management module obtain the wireless network access device provider name and login password corresponding to the Bluetooth broadcast code, and automatically input to the wireless network access device, the request is received.
  • the mobile terminal of the incoming party obtains the online release, wherein the provider connects the wireless network through the client
  • the associated code of the at least one Bluetooth beacon base station is uploaded to the access device and the member management module of the provider server.
  • the client automatically acquires the Bluetooth-based beacon within a specific map coordinate range from the access device and the member management module of the server.
  • the base station code and the associated wireless network access device provider name and login password are automatically input to the wireless network access device, the mobile terminal requiring the access party can access the Internet without any operation. Therefore, the effect that the required access party carrying the mobile terminal enjoys wireless network roaming is realized.
  • the wireless network access device operates in a multi-channel mode, including a local field input password authentication channel and at least one authentication channel directly connected to the Internet through the provider server.
  • the at least one authentication channel directly connected to the Internet of the wireless network access device comprises a mode in which the wireless network access device sets a password authentication required to be input locally.
  • the required access party carrying the mobile terminal provides a third-party network community member account to the wireless network access device and the provider server for online authentication.
  • the client of the mobile terminal automatically manages from the access device and the member of the server. And obtaining, by the module, the Bluetooth beacon base station code and the associated wireless network access device provider name and login password within a specific map coordinate range, and automatically inputting the wireless network access device to the wireless network access device, the request The mobile terminal of the access party automatically releases the Internet.
  • the client sets a clear code input box, and the requesting access party inputs the wireless network access device with a clear code. login password.
  • the mobile terminal that requires the accessing party receives the Bluetooth beacon base station broadcast beacon signal from the at least one provider
  • the other providers of the provider Receiving, by the subscriber automatic identification module of the provider server, the notification that the network community member has entered a specific electronic map coordinate range, and the providing of the wireless network automatically pushes the network community to the network community member
  • the network community member pass authentication system of the Bluetooth beacon base station-based wireless network access device includes at least one wireless network access device, and each wireless network access device corresponds to a wireless network provider and provider. a server and an independent network community member system, wherein the provider of the at least one wireless network issues a commodity sales combination that sets a common sale condition to the network community through a distribution module of the provider server, and the setting corresponds to the specific quotient a sales coordinate range of the commodity of the circle range, when the requesting accessor purchases an item from a provider of one of the at least one wireless network provider, the requesting accessor from the The other of the at least one provider of the wireless network simultaneously selects to purchase other preferential merchandise for sale under the chain condition.
  • the provider server is further configured to push the access terminal to the mobile terminal to access the rewarded message, and record the number of accesses of the mobile terminal that require the access party to enter the wireless signal coverage of the wireless network access device.
  • the requesting accessor has the right to redeem the prize to the provider.
  • the provider server is further configured to record and count the required access behavior behavior of the mobile terminal that requires the access party to enter the wireless signal coverage of the wireless network access device, the request access Party behavior habits include entry time points, departure time points, and entry durations.
  • the invention also provides a network community member pass authentication method for a wireless network access device based on a Bluetooth beacon base station, comprising: placing at least one Bluetooth beacon base station and a wireless network access device by the provider, the at least one Bluetooth letter The base station period intermittently broadcasts a Bluetooth beacon signal for indoor positioning, wherein the Bluetooth beacon signal includes a Bluetooth broadcast code and an encryption key code; the wireless network access device performs network connection with the mobile terminal and the provider server And performing network community member data interaction between the mobile terminal and the provider server; when the mobile terminal carried by the required access party of the wireless network enters the wireless signal coverage of the at least one Bluetooth beacon base station Receiving, by the mobile terminal, the Bluetooth broadcast code sent by the at least one Bluetooth beacon base station on a client, and The encryption key code is uploaded to the provider server for network community member pass authentication together with the network community member information; and the provider server receives the Bluetooth broadcast code, the encryption key code, and the wireless Networking the number of the device, and matching the encryption key code with the encryption key code in the network community access device and the member management
  • the mobile terminal that requires the accessing party After being automatically input to the wireless network access device, the mobile terminal that requires the accessing party obtains the online release, wherein when the mobile terminal fails to pass the network community membership confirmation through the client, the prompt
  • the requesting party is registered as a member of the network community; the provider is associated by the client
  • the provider name, login password, number, map coordinates of the place of placement, network community member profile, and associated code of the at least one Bluetooth beacon base station of the wireless network access device are uploaded to the provider server The access device and member management module.
  • the member pass authentication method and system for a Bluetooth beacon base station based wireless network access device can operate in a multi-channel mode, including a local field input password authentication channel and at least one directly connected Internet through the provider
  • the authentication channel of the server makes the user more flexible and convenient to authenticate online through the server.
  • FIG. 1 is a schematic block diagram of a member pass authentication system of a wireless beacon base station based wireless network access device according to an embodiment of the invention.
  • FIG. 2 is a diagram showing a wireless network access device based on a Bluetooth beacon base station according to an embodiment of the present invention.
  • FIG. 3 is a schematic flow chart of a member pass authentication method of a wireless beacon base station based wireless network access device according to an embodiment of the invention.
  • FIG. 1 is a schematic structural block diagram of a member pass authentication system 100 of a Bluetooth beacon base station-based wireless network access device according to an embodiment of the invention.
  • the member pass authentication system 100 of the wireless beacon base station based wireless network access device includes: a mobile base station, at least one Bluetooth beacon base station (for example, at least one Bluetooth beacon base station), and a request by the wireless network.
  • a mobile terminal carried by an access party for example, any smart device such as a smart phone, a portable computer, a personal digital assistant, etc.
  • a wireless network access device for example, any smart device such as a smart phone, a portable computer, a personal digital assistant, etc.
  • a provider server for example, any smart device such as a smart phone, a portable computer, a personal digital assistant, etc.
  • the at least one Bluetooth beacon base station can be configured to periodically broadcast a Bluetooth beacon signal for indoor positioning, wherein the Bluetooth beacon signal includes a Bluetooth broadcast code and an encryption key code.
  • each of the at least one Bluetooth beacon base station is configured to alternately transmit a Bluetooth beacon signal including its own Bluetooth broadcast code and a key code, and receive a Bluetooth broadcast code including another Bluetooth beacon base station and encrypt Another Bluetooth beacon signal for the key code.
  • the mobile terminal When a mobile terminal (eg, a smart phone) carried by a requesting access party of the wireless network enters the wireless signal coverage of the at least one Bluetooth beacon base station, the mobile terminal may be configured to receive the location on the client. And transmitting, by the at least one Bluetooth beacon base station, the Bluetooth broadcast code and the encryption key code, the key code and the network community member information are uploaded to the provider server for online community member pass authentication.
  • a mobile terminal eg, a smart phone carried by a requesting access party of the wireless network enters the wireless signal coverage of the at least one Bluetooth beacon base station
  • the mobile terminal may be configured to receive the location on the client. And transmitting, by the at least one Bluetooth beacon base station, the Bluetooth broadcast code and the encryption key code, the key code and the network community member information are uploaded to the provider server for online community member pass authentication.
  • the client when the mobile terminal detects the name of one of the wireless network access devices, the client sets a clear code input box, and the requesting access party inputs the none with a clear code.
  • the login password of the line network access device when the mobile terminal detects the name of one of the wireless network access devices, the client sets a clear code input box, and the requesting access party inputs the none with a clear code.
  • the login password of the line network access device when the mobile terminal detects the name of one of the wireless network access devices, the client sets a clear code input box, and the requesting access party inputs the none with a clear code.
  • the login password of the line network access device when the mobile terminal detects the name of one of the wireless network access devices, the client sets a clear code input box, and the requesting access party inputs the none with a clear code.
  • the smart phone carried by at least one of the network community members and the smart phone carried by another of the network community members are configured to alternately transmit and receive Bluetooth beacon signals, when one of the Bluetooth letters
  • the client of both smart phones automatically generates a reminder signal.
  • the at least one Bluetooth beacon base station is configured to periodically broadcast a specific Bluetooth beacon signal intermittently, and the mobile terminal is configured to identify and compile the Bluetooth beacon signal to obtain the Bluetooth broadcast code And the encryption key code.
  • the at least one Bluetooth beacon base station is at least one iBeacon base station.
  • the Bluetooth beacon base station is a smart phone or a Bluetooth communication station supporting a Bluetooth beacon protocol (eg, the iBeacon protocol).
  • the iBeacon protocol is an indoor positioning technology based on Bluetooth Low Energy (Bluetooth 4.0 or Bluetooth Smart) technology released by Apple in June 2013.
  • Bluetooth Low Energy Bluetooth 4.0 or Bluetooth Smart
  • the announcement frame is sent periodically, as long as it is supported by a device that supports the Bluetooth low energy protocol.
  • the Bluetooth beacon base station can automatically create a signal area. When the device enters the area, the corresponding application will prompt the user whether to access the signal network.
  • small wireless sensors and low-power Bluetooth technology that can be placed in any object, users can use smart devices to transfer data.
  • iBeacon technology runs on the system layer with a small working software. Although an application software is needed to activate and disable the function, when you close the application layer application software but do not close the underlying iBeacon function software, The Bluetooth Bluetooth beacon base station is still working.
  • the iBeacon function software can scan the broadcast signal of the Bluetooth Bluetooth beacon base station, and once the Bluetooth Bluetooth beacon base station broadcasts the signal, upload its ID number to the designated server for storage via the mobile terminal (for example, a smart phone). At this time, other smart phones can also check the status of the Bluetooth Bluetooth beacon base station broadcast on the server through the client software.
  • each Bluetooth Bluetooth beacon base station is arranged at a fixed coordinate, if more than three Bluetooth Bluetooth beacon base stations are installed, the location of the smartphone can be determined. example For example, the location of the smartphone can be calculated according to the way the smart phone communicates with each Bluetooth iBeacon signal.
  • the Bluetooth Bluetooth beacon base station intermittently broadcasts a specific signal.
  • the smartphone Bluetooth scanning software only needs to receive a specific digital broadcast signal to recognize and compile the content of the digital broadcast signal, so the power consumption is very small, in the smartphone.
  • the system software runs in the background and occupies very little resources. Two high-power button batteries can be used for two years or more.
  • the mobile terminal can be any smart device that supports a Bluetooth beacon protocol (eg, the iBeacon protocol), such as a smart phone, a palmtop computer, a personal digital assistant (PDA), and the like.
  • a Bluetooth beacon protocol eg, the iBeacon protocol
  • a smart phone e.g., a smart phone, a palmtop computer, a personal digital assistant (PDA), and the like.
  • PDA personal digital assistant
  • a wireless network access device configurable to network connect with the mobile terminal and the provider server, and perform network community member data interaction between the mobile terminal and the provider server, wherein when the mobile terminal carried by the accessing party is required to enter the wireless signal coverage of the at least one Bluetooth beacon base station, the mobile terminal is configured to receive, by the client, the Bluetooth sent by the at least one Bluetooth beacon base station.
  • the broadcast code and the encryption key code are uploaded to the provider server together with the network community member information for online community member pass authentication.
  • the wireless network access device is a smart phone that supports WIFI hotspot setting, and is used for at least one other network community member to share WIFI hotspot network access.
  • the wireless network access device is a smart WIFI router.
  • the provider server may be configured to receive the Bluetooth broadcast code, the encryption key code, and a number of the wireless network access device, and match the encryption key code with an access device of the provider server And the encryption key code in the member management module is used for network community member pass authentication.
  • the client After authenticating the network community membership corresponding to the mobile terminal, the client automatically accesses the access device and the member management module from the provider server.
  • the mobile terminal After obtaining the wireless network access device provider name and login password corresponding to the Bluetooth broadcast code, and automatically inputting to the wireless network access device, the mobile terminal that requires the access party obtains Go online and release.
  • the mobile terminal when the mobile terminal fails to pass the network community membership confirmation through the client, the user is prompted to register as a network community member; the provider connects the associated office through the client. Said provider name, login password, number, of the wireless network access device The map coordinates of the placement location, the network community member profile, and the associated code of the at least one Bluetooth beacon base station are uploaded to the access device of the provider server and the member management module.
  • the client automatically acquires the basis in the specific map coordinate range from the access device and the member management module of the server.
  • the Bluetooth beacon base station code, and the associated wireless network access device provider name and login password are automatically input to the wireless network access device, the mobile terminal requiring the access party does not need any operation.
  • the Internet access can be implemented, so that the accessing party that carries the mobile terminal is required to enjoy the wireless network roaming effect.
  • the wireless network access device operates in a multi-channel mode, including a local field input password authentication channel and at least one directly connected Internet through the provider The authentication channel of the server.
  • the at least one authentication channel directly connected to the Internet through the provider server includes a mode in which the wireless network access device sets authentication required to log in, and the wireless network access device sets a mode in which local password authentication is required to log in.
  • the wireless network access device is pre-configured with the login account and password, so that the smartphone user enters the login password when setting up the wireless network.
  • the smartphone user enters the signal coverage of the wireless network access device, the smartphone user can query the preset name of the wireless network access device.
  • the smartphone user correspondingly inputs the name of the wireless network access device and the wireless network access device login password, the wireless network can be accessed and the Internet can be accessed.
  • the login account and password of the wireless network access device can be saved in the memory of the smart phone, thereby eliminating the cumbersome operation of the user repeatedly inputting the login account and password each time.
  • the wireless network access device sets the mode that requires authentication to log in.
  • the required access party carrying the mobile terminal may provide a third-party network community member account to the wireless network access device and the provider server for online authentication. For example, when a user clicks on a browser logo with a smart WIFI router or clicks on an application that needs to connect to the mobile Internet, a web page pops up. A variety of login mode prompts can be provided on the webpage. For the first time, you must enter one of the account and password that has become a member. For example, log in with your QQ login account, WeChat account, or Sina Weibo account.
  • the third-party online community business includes the original QQ, WeChat, or Weibo operating company, and developed an API authentication interface. After the third-party network community member account corresponding provider authentication, it proves that the access party is legally required. Afterwards, the client of the mobile terminal automatically acquires the Bluetooth beacon base station code and the associated wireless network connection within a specific map coordinate range from the access device and the member management module of the server.
  • the mobile terminal that requires the access party automatically releases the Internet.
  • the program can be convenient for users. As long as the user has applied for membership of any operating company such as QQ, WeChat or Weibo, they can use their account to directly authenticate the smart WIFI router member system to the Internet, without having to register before they can access the Internet.
  • the wireless network access device can also set a mode that requires local password authentication to log in.
  • the requesting accessor when the access party is required to access the network on the mobile terminal, the requesting accessor first opens the multimedia advertisement content set by the provider.
  • a It is completely open, and any mobile phone can be accessed online. For example, a public place, Hong Kong Airport is this mode. After entering, it will not be automatically released and will be online at any time.
  • a pop-up web page will pop up to select the point to access the Internet. This method can be used to advertise WIFI.
  • the at least one directly connected Internet included in the wireless network access device may correspond to at least one server through an authentication channel of the provider server, each server being supported by a different network operator, thus the wireless network access device Can work with multiple different network operators at the same time.
  • FIG. 2 is a schematic block diagram showing a member pass authentication system 200 of a smart WIFI router based on a Bluetooth beacon base station according to an embodiment of the invention.
  • the member pass authentication system 200 of the smart WIFI router based on the Bluetooth beacon base station includes: at least one Bluetooth beacon base station 240_1-240_N (for example, an iBeacon base station), and a mobile terminal 220 carried by the required access party ( For example, any smart device such as a smart phone, a palmtop computer, a personal digital assistant, a wireless network access device 230 (eg, a smart WIFI router), and a provider server 240.
  • a Bluetooth beacon base station 240_1-240_N for example, an iBeacon base station
  • a mobile terminal 220 carried by the required access party
  • any smart device such as a smart phone, a palmtop computer, a personal digital assistant, a wireless network access device 230 (eg, a smart WIFI router), and a provider server 240.
  • the mobile terminal 220 (eg, a smartphone supporting the iBeacon protocol) includes a Bluetooth beacon signal receiving module 222 configured to receive the Bluetooth beacon for indoor positioning from the at least one Bluetooth beacon base station a signal; a Bluetooth beacon signal transmitting module 224 configured to transmit the Bluetooth beacon signal to the at least one Bluetooth beacon base station; a code acquisition module 226 configured to extract the Bluetooth broadcast code from the Bluetooth beacon signal And the encryption key code; and the wireless network communication module 228 configured to establish a wireless network connection with the wireless network access device and the provider server and upload the Bluetooth broadcast code and the encryption key code Go to the provider server for online community member pass authentication.
  • a Bluetooth beacon signal receiving module 222 configured to receive the Bluetooth beacon for indoor positioning from the at least one Bluetooth beacon base station a signal
  • a Bluetooth beacon signal transmitting module 224 configured to transmit the Bluetooth beacon signal to the at least one Bluetooth beacon base station
  • a code acquisition module 226 configured to extract the Bluetooth broadcast code from the Bluetooth beacon signal And the encryption key code
  • the wireless network communication module 228 configured to establish a
  • the provider server 240 includes an access device and member management module 242 configured to store and manage the number of the provider's wireless network access device 230 and the network community member's profile; the communication module 244 is configured to Receiving, by the wireless network access device, the Bluetooth broadcast code, the encryption key code, and a number of the wireless network access device; and an authentication module 246 configured to match the encryption key code with the provider
  • the access device of the server and the encryption key code in the member management module are used for online community member pass authentication.
  • the authentication module 246 authenticates the network community corresponding to the mobile terminal. After the membership, the client automatically obtains the wireless network access device provider name and login password corresponding to the Bluetooth broadcast code from the access device and member management module 242 of the provider server. After being automatically input to the wireless network access device 230, the mobile terminal 220 of the requesting access party obtains the online release.
  • the provider server may be further configured to push the mobile terminal to access the prize-winning message (for example, pop-up access to the N-time-receivable advertisement in the form of a webpage, and display the prize picture, etc.), and record the mobile terminal.
  • the prize-winning message for example, pop-up access to the N-time-receivable advertisement in the form of a webpage, and display the prize picture, etc.
  • the provider server may also be configured to record and count the required accessor behavior habits of the mobile terminal that require the access party to enter the wireless signal coverage of the wireless network access device, the required access behavior Habits include entry time points, departure time points, and entry durations.
  • the mobile terminal that requires the accessing party receives the Bluetooth beacon base station broadcast beacon signal from the at least one provider
  • the other providers Receiving, by the member auto-recognition module of the provider server, the notification that the network community member has entered a specific electronic map coordinate range, and the providing of the wireless network automatically pushes the network member to the network community member
  • the network community member pass authentication system of the Bluetooth beacon base station-based wireless network access device includes at least one wireless network access device, each wireless network access device corresponding to a wireless network provider, a provider server and an independent network community member system, the provider of the at least one wireless network publishing a commodity sales combination setting a common sale condition to the network community through a distribution module of the provider server, the setting corresponding to the a sales coordinate range of the commodity of a specific commercial area, when the required access party purchases an item from a provider of one of the at least one wireless network provider, the requesting accessor The other of the at least one provider of the at least one wireless network simultaneously selects other concessions for the purchase of the connected condition Product.
  • FIG. 3 is a schematic flow chart of a member pass authentication method 300 for a wireless beacon base station based wireless network access device according to an embodiment of the invention.
  • FIG. 3 can be understood in conjunction with the description of FIG. 1 and FIG. 2, and similar descriptions are not described again.
  • the member pass authentication method 300 of the Bluetooth beacon base station based wireless network access device may include the following steps:
  • Step 302. Having at least one Bluetooth beacon base station and a wireless network access device placed by the provider, the at least one Bluetooth beacon base station periodically broadcasting Bluetooth beacon signals for indoor positioning, wherein the Bluetooth beacon signals include Bluetooth broadcast codes And add the key code.
  • Step 304 The wireless network access device performs network connection with the mobile terminal and the provider server, and performs network community member data interaction between the mobile terminal and the provider server.
  • the mobile terminal carried by the required access party of the wireless network enters the wireless signal coverage of the at least one Bluetooth beacon base station, the mobile terminal receives the signal sent by the at least one Bluetooth beacon base station on the client.
  • the Bluetooth broadcast code and the encryption key code are uploaded to the provider server together with the network community member information for online community member pass authentication.
  • Step 306 The provider server receives the Bluetooth broadcast code, the encryption key code, and the number of the wireless network access device, and matches the encryption key code with the network community of the provider server. Enter the encryption key code in the device and member management module to authenticate the online community members.
  • Step 308 After authenticating the network community membership corresponding to the mobile terminal, the client automatically obtains the wireless network connection corresponding to the Bluetooth broadcast code from the access device and the member management module of the provider server. After the device provider name and the login password are entered and automatically input to the wireless network access device, the mobile terminal that requests the access party obtains the online release.
  • the user when the mobile terminal fails to pass the network community membership confirmation through the client, the user is prompted to register as a network community member; the provider connects the associated office through the client. Said provider name, login password, number, map coordinates of the place of placement, network community member profile, and associated at least one Bluetooth beacon base of the wireless network access device
  • the code of the station is uploaded to the access device and member management module of the provider server.
  • the iBeacon daemon running in the smart phone broadcasts the code and password, and uploads the information to the server for authentication through the mobile phone GPRS.
  • the client will automatically obtain the WIFI router login name and password bound to the current iBeacon from the server, and automatically fill in the client, so that the mobile phone can automatically access the Internet.
  • iBeacon is a newspaper door, notify the client code, through this code to find the corresponding WIFI name and password. Please note that through this type of Internet access, users must first become a member of the network. And the name and password of the WIFI router must be uploaded to the server in advance.
  • the member pass authentication method and system of the wireless network access device can operate in a multi-channel mode, including a local field input password authentication channel and at least one authentication channel directly connected to the Internet through the provider server. Users are more flexible and convenient to authenticate online through the server.

Abstract

本发明提供一种网络社区会员通行认证系统，包括：至少一个蓝牙信标基站，配置为周期间歇性广播用于室内定位的蓝牙信标信号；无线网络接入设备，配置为与移动终端和提供方服务器进行网络连接，并在移动终端和提供方服务器之间进行网络社区会员数据交互；移动终端，配置为在客户端上收到蓝牙广播代码以及加密钥代码，与网络社区会员信息一起上传到提供方服务器进行网络社区会员通行认证；以及提供方服务器，配置为在认证移动终端对应的网络社区会员身份后，通知无线网络接入设备自动允许刚进入的移动终端的要求接入方放行。本发明提供的会员通行认证系统及方法能够让多个不同网络社区会员系统的会员通过服务器认证以更方便的方式上网。

Description

无线网络接入设备的会员通行认证方法及系统 技术领域
本发明涉及移动互联网通信领域，并且特别涉及一种基于蓝牙信标基站的无线网络接入设备(例如，智能WIFI路由器)的会员通行认证方法及系统。
背景技术
在现阶段中，在商业场所WIFI路由器一般是由卖家设置名称和对应的一组登录密码，而且登录密码需要买家向所在的卖家索取，十分不方便。
目前，这种传统WIFI路由器的本地认证单通道只支持固定一家网络运营商，也只支持一种本地认证设置。不同的网络社区之间会员无法以一个各方都能识别，并能进行会员信息分享的信标。在不同的网络应用场景下，认证灵活性较差，无法同时满足不同用户的使用需求，无法让当智能手机用户在不同卖家之间的网络社区会员共同分享其商业WIFI路由器网络接入系统。
因此，亟需一种改进的无线网络接入设备(例如，智能WIFI路由器)的会员通行认证方法及系统。
发明内容
本发明的目的在于提供改进的无线网络接入设备的会员通行认证方法及系统，以一个蓝牙信标基站的方式触发智能通信终端自动进行网络社区会员身份认别。
本发明实施例提供一种基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，包括：至少一个蓝牙信标基站，配置为周期间歇性广播用于室内定位的蓝牙信标信号，其中所述蓝牙信标信号包括蓝牙广播代码以及加 密钥代码；所述无线网络接入设备，配置为与移动终端和提供方服务器进行网络连接，并在所述移动终端和所述提供方服务器之间进行网络社区会员数据交互；当由无线网络的要求接入方携带的移动终端进入所述至少一个蓝牙信标基站的无线信号覆盖范围时，所述移动终端配置为在客户端上收到由所述至少一个蓝牙信标基站发出的所述蓝牙广播代码以及所述加密钥代码，与网络社区会员信息一起上传到所述提供方服务器进行网络社区会员通行认证；以及所述提供方服务器，配置为接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号，并匹配所述加密钥代码与所述提供方服务器的接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证，在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的接入设备及会员管理模块获取到与所述蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行；其中当所述移动终端通过所述客户端进行网络社区会员身份确认不能通过时，提示所述要求接入方注册成为网络社区会员；所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、放置地点的地图坐标、网络社区会员资料、和关联的所述至少一个蓝牙信标基站的代码上传到所述提供方服务器的所述接入设备及会员管理模块。
优选地，所述移动终端为支持蓝牙信标协议的智能手机。
优选地，所述蓝牙信标基站为支持蓝牙信标协议的智能手机。
优选地，所述蓝牙信标基站为支持蓝牙信标协议的蓝牙通信机站。
优选地，所述无线网络接入设备为支持WIFI热点设置的智能手机，用于让至少一个其他网络社区会员分享WIFI热点网络接入。
优选地，所述无线网络接入设备为智能WIFI路由器。
优选地，所述至少一个蓝牙信标基站中的每一个配置为交替性发射包括自己的蓝牙广播代码的蓝牙信标信号，并且接收包括另一蓝牙信标基站的蓝牙广 播代码的另一蓝牙信标信号。
优选地，至少一个所述网络社区会员携带的所述智能手机与另一个所述网络社区会员携带的所述智能手机配置为交替性发射和接收蓝牙信标信号，当一方的蓝牙信标信号中的钥代码与另一方蓝牙信标信号中的匙代码匹配时，双方智能手机的客户端自动生成提醒信号。
优选地，所述至少一个蓝牙信标基站配置为周期间歇性广播特定的蓝牙信标信号，并且所述移动终端配置为识别并编译所述蓝牙信标信号来获取所述蓝牙广播代码以及所述加密钥代码。
优选地，所述移动终端包括：蓝牙信标信号接收模块，配置为从所述至少一个蓝牙信标基站接收用于室内定位的所述蓝牙信标信号；蓝牙信标信号发射模块，配置为向所述至少一个蓝牙信标基站发射所述蓝牙信标信号；代码获取模块，配置为从所述蓝牙信标信号中提取所述蓝牙广播代码以及所述加密钥代码；以及无线网络通信模块，配置为与所述无线网络接入设备和所述提供方服务器建立无线网络连接并且将所述蓝牙广播代码以及所述加密钥代码上传到所述提供方服务器进行网络社区会员通行认证。
优选地，所述提供方服务器包括：接入设备及会员管理模块，配置为存储并且管理提供方的所述无线网络接入设备的编号和网络社区会员资料；通信模块，配置为从所述无线网络接入设备接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号；以及认证模块，配置为匹配所述加密钥代码与所述提供方服务器的接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证，其中在所述认证模块认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的所述接入设备及会员管理模块获取到与所述蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行，其中所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、放置地点的地图坐标、网络社区会员资 料、和关联的所述至少一个蓝牙信标基站的代码上传到所述提供方服务器的所述接入设备及会员管理模块。
优选地，在一个特定坐标范围内，当携带所述移动终端的要求接入方从一个无线网络接入设备的无线信号覆盖范围移动到另一个无线网络接入设备的无线信号覆盖范围时，所述提供方服务器在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述服务器的所述接入设备及会员管理模块获取特定地图坐标范围内的所述基于蓝牙信标基站代码、及关联的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端无需任何操作就可以上网，从而实现携带所述移动终端的要求接入方享受无线网络漫游的效果。
优选地，所述无线网络接入设备以多通道模式工作，包括本地现场输入密码认证通道和至少一个直接连接互联网通过所述提供方服务器的认证通道。
优选地，所述无线网络接入设备的所述至少一个直接连接互联网的认证通道包括所述无线网络接入设备设置需要本地输入密码认证才能登录的模式。
优选地，携带所述移动终端的要求接入方提供第三方网络社区会员账号给所述无线网络接入设备和所述提供方服务器来进行上网认证。
优选地，在第三方网络社区会员账号对应的所述提供方认证后证明是合法要求接入方后，所述移动终端的所述客户端自动从所述服务器的所述接入设备及会员管理模块获取特定地图坐标范围内的所述基于蓝牙信标基站代码、及关联的所述无线网络接入设备提供方名称和登录密码，并自动输入到所述无线网络接入设备后，所述要求接入方的所述移动终端自动放行上网。
优选地，当所述移动终端检测到一个所述无线网络接入设备的名称时，所述客户端设置了明码输入框，并且所述要求接入方用明码输入所述无线网络接入设备的登录密码。
优选地，在一个特定坐标范围内，当所述要求接入方的所述移动终端收到所述至少一个提供方所述蓝牙信标基站广播信标信号时，其它所述提供方的客 户端通过所述提供方服务器的会员自动认别模块接收所述网络社区会员已进入特定的电子地图坐标范围的通知，并且所述无线网络的提供方向所述网络社区会员自动推送所述网络社区会员曾经关注过的相关所述商务的商品服务信息。
优选地，所述基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统包括至少一个无线网络接入设备，每个无线网络接入设备对应于一个无线网络的提供方、提供方服务器和独立的网络社区会员系统，所述至少一个无线网络的提供方通过所述提供方服务器的发布模块将设置共同出售条件的商品销售组合发布到所述网络社区，设置对应于所述特定商圈范围的所述商品的销售坐标范围，当所述要求接入方从所述至少一个无线网络的提供方中的一个无线网络的提供方购买了商品时，所述要求接入方从所述至少一个无线网络的提供方中的其他所述提供方同时选择购买连环条件销售的其它优惠商品。
优选地，所述提供方服务器还配置为向所述移动终端推送访问有奖的消息，记录携带所述移动终端的要求接入方进入所述无线网络接入设备的无线信号覆盖范围的访问次数，当所述要求接入方访问次数超过预定数量时，所述要求接入方有权向所述提供方兑换奖品。
优选地，所述提供方服务器还配置为记录并且统计携带所述移动终端的要求接入方进入所述无线网络接入设备的无线信号覆盖范围的要求接入方行为习惯，所述要求接入方行为习惯包括进入时间点、离开时间点和进入时长。
本发明还提供一种基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证方法，包括：由提供方放置至少一个蓝牙信标基站和无线网络接入设备，所述至少一个蓝牙信标基站周期间歇性广播用于室内定位的蓝牙信标信号，其中所述蓝牙信标信号包括蓝牙广播代码以及加密钥代码；所述无线网络接入设备与移动终端和提供方服务器进行网络连接，并在所述移动终端和所述提供方服务器之间进行网络社区会员数据交互；当由无线网络的要求接入方携带的移动终端进入所述至少一个蓝牙信标基站的无线信号覆盖范围时，所述移动终端在客户端上收到由所述至少一个蓝牙信标基站发出的所述蓝牙广播代码以及 所述加密钥代码，与网络社区会员信息一起上传到所述提供方服务器进行网络社区会员通行认证；以及所述提供方服务器接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号，并匹配所述加密钥代码与所述提供方服务器的网络社区接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证，在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的接入设备及会员管理模块获取到与蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行，其中当所述移动终端通过所述客户端进行网络社区会员身份确认不能通过时，提示所述要求接入方注册成为网络社区会员；所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、放置地点的地图坐标、网络社区会员资料、和关联的所述至少一个蓝牙信标基站的代码上传到所述提供方服务器的所述接入设备及会员管理模块。
有利地，本发明提供的基于蓝牙信标基站的无线网络接入设备的会员通行认证方法及系统能够以多通道模式工作，包括本地现场输入密码认证通道和至少一个直接连接互联网通过所述提供方服务器的认证通道，使得用户更灵活方便地通过服务器认证上网。
附图说明
为了更清楚地说明本发明实施例或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图获得其他的附图。
图1所示是根据本发明一实施例的基于蓝牙信标基站的无线网络接入设备的会员通行认证系统的示意框图。
图2所示是根据本发明一实施例的基于蓝牙信标基站的无线网络接入设备 的会员通行认证系统的示意结构框图。
图3所示是根据本发明一实施例的基于蓝牙信标基站的无线网络接入设备的会员通行认证方法的示意流程图。
具体实施方式
为了使本发明的目的、技术方案及优点更加清楚明白，以下结合附图及实施例，对本发明进行进一步详细说明。应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
图1所示是根据本发明一实施例的基于蓝牙信标基站的无线网络接入设备的会员通行认证系统100的示意结构框图。如图1所示，基于蓝牙信标基站的无线网络接入设备的会员通行认证系统100包括：移动基站、至少一个蓝牙信标基站(例如，至少一个蓝牙信标基站)、由无线网络的要求接入方携带的移动终端(例如，智能手机、便携式电脑、个人数字助理等任意智能设备)、无线网络接入设备、和提供方服务器。
至少一个蓝牙信标基站可配置为周期间歇性广播用于室内定位的蓝牙信标信号，其中所述蓝牙信标信号包括蓝牙广播代码以及加密钥代码。例如，至少一个蓝牙信标基站中的每一个配置为交替性发射包括自己的蓝牙广播代码以及加密钥代码的蓝牙信标信号，并且接收包括另一蓝牙信标基站的蓝牙广播代码以及加密钥代码的另一蓝牙信标信号。
当由无线网络的要求接入方携带的移动终端(例如，智能手机)进入所述至少一个蓝牙信标基站的无线信号覆盖范围时，所述移动终端可配置为在客户端上收到由所述至少一个蓝牙信标基站发出的，所述蓝牙广播代码以及所述加密钥代码钥代码，钥代码与网络社区会员信息一起上传到所述提供方服务器进行网络社区会员通行认证。
在一个实施例中，当所述移动终端检测到一个所述无线网络接入设备的名称时，所述客户端设置了明码输入框，并且所述要求接入方用明码输入所述无 线网络接入设备的登录密码。
在一个实施例中，至少一个所述网络社区会员携带的所述智能手机与另一个所述网络社区会员携带的所述智能手机配置为交替性发射和接收蓝牙信标信号，当一方的蓝牙信标信号中的钥代码与另一方蓝牙信标信号中的匙代码匹配时，双方智能手机的客户端自动生成提醒信号。
在一个实施例中，所述至少一个蓝牙信标基站配置为周期间歇性广播特定的蓝牙信标信号，并且所述移动终端配置为识别并编译所述蓝牙信标信号来获取所述蓝牙广播代码以及所述加密钥代码。
在一个实施例中，至少一个蓝牙信标基站为至少一个iBeacon基站。所述蓝牙信标基站为支持蓝牙信标协议(例如，iBeacon协议)的智能手机或蓝牙通信机站。iBeacon协议是苹果公司2013年6月发布的一项基于低功耗蓝牙(Bluetooth Low Energy，也就是Bluetooth 4。0或者Bluetooth Smart)技术的室内定位技术。通过使用低功耗蓝牙技术，即利用低功耗蓝牙中名为“通告帧”(Advertising frame)的广播帧，通告帧被定期发送，只要是支持低功耗蓝牙协议的设备就可以接收到。以此方式，蓝牙信标基站便可以自动创建一个信号区域，当设备进入该区域时，相应的应用程序便会提示用户是否需要接入这个信号网络。通过能够放置在任何物体中的小型无线传感器和低功耗蓝牙技术，用户便能使用智能设备来传输数据。
iBeacon技术的优势在于：利用一个很小的工作软件运行在系统层，虽然需要一个应用软件来激话和关闭该功能，但当你关闭了应用层应用软件，但没有关闭底层的iBeacon功能软件时，蓝牙蓝牙信标基站还在工作状态。此外，iBeacon功能软件可扫描蓝牙蓝牙信标基站的广播信号，一旦发现蓝牙蓝牙信标基站广播信号就将其ID号通过移动终端(例如，智能手机)上传至指定服务器储存。此时，其它智能手机也可通过客户端软件在服务器上查到该蓝牙蓝牙信标基站广播的状况。因为每一个蓝牙蓝牙信标基站都是安排在一个固定的坐标上，如果安装了三个以上的蓝牙蓝牙信标基站就可以确定智能手机的位置。例 如，可根据智能手机与每一个蓝牙iBeacon信号收发等方式来计算智能手机的位置。蓝牙蓝牙信标基站周期间歇性广播一个特定的信号，智能手机蓝牙扫描软件只需要接收某一特定的数字广播信号，就能识别并且编译数字广播信号的内容，因此功耗很少，在智能手机系统软件后台运行占用很少资源，2个大功率纽扣电池就可供使用二年或更长时间。
对应地，移动终端可以是例如智能手机、掌上电脑、个人数字助理(PDA)等支持蓝牙信标协议(例如，iBeacon协议)的任意智能设备。
无线网络接入设备可配置为与所述移动终端和所述提供方服务器进行网络连接，并在所述移动终端和所述提供方服务器之间进行网络社区会员数据交互，其中当由无线网络的要求接入方携带的移动终端进入所述至少一个蓝牙信标基站的无线信号覆盖范围时，所述移动终端配置为在客户端上收到由所述至少一个蓝牙信标基站发出的所述蓝牙广播代码以及所述加密钥代码，与网络社区会员信息一起上传到所述提供方服务器进行网络社区会员通行认证。
在一个实施例中，所述无线网络接入设备为支持WIFI热点设置的智能手机，用于让至少一个其他网络社区会员分享WIFI热点网络接入。在另一个实施例中，所述无线网络接入设备为智能WIFI路由器。
所述提供方服务器可配置为接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号，并匹配所述加密钥代码与所述提供方服务器的接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证，在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的接入设备及会员管理模块获取到与所述蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行。
在一个实施例中，当所述移动终端通过所述客户端进行网络社区会员身份确认不能通过时，提示所述要求接入方注册成为网络社区会员；所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、 放置地点的地图坐标、网络社区会员资料、和关联的所述至少一个蓝牙信标基站的代码上传到所述提供方服务器的接入设备及会员管理模块。
在一个实施例中，在一个特定坐标范围内，当携带所述移动终端的要求接入方从一个无线网络接入设备的无线信号覆盖范围移动到另一个无线网络接入设备的无线信号覆盖范围时，所述提供方服务器在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述服务器的所述接入设备及会员管理模块获取特定地图坐标范围内的所述基于蓝牙信标基站代码、及关联的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端无需任何操作就可以上网，从而实现携带所述移动终端的要求接入方享受无线网络漫游的效果。
在一个实施例中，区别于只具有本地认证单通道的传统WIFI路由器，所述无线网络接入设备以多通道模式工作，包括本地现场输入密码认证通道和至少一个直接连接互联网通过所述提供方服务器的认证通道。至少一个直接连接互联网通过所述提供方服务器的认证通道包括所述无线网络接入设备设置需要认证才能登录的模式以及所述无线网络接入设备设置需要本地输入密码认证才能登录的模式。
对于本地现场输入密码认证通道，是指无线网络接入设备出厂时预先设备了登录账号和密码，让智能手机用户在无线网络设置时输入登录密码。当智能手机用户进入无线网络接入设备的信号覆盖范围时，智能手机用户能查询该无线网络接入设备预先设置的名称。当智能手机用户对应地输入该无线网络接入设备的名称以及无线网络接入设备登录密码时，就能接入无线网络并且进入互联网。该无线网络接入设备的登录账号和密码可保存在智能手机的内存中，以省去用户每次重复输入登录账号和密码的繁琐操作。
对于至少一个直接连接互联网通过所述提供方服务器的认证通道，是指当用户还没有通过无线网络接入设备认证点击浏览器logo或点开某一个需要连接移动互联网的应用时，都会弹出一个网页：
(1)无线网络接入设备设置需要认证才能登录的模式
a。如是某一个已注册的会员，可以某一个注册的会员帐号登录，如：用信微公众号帐号登录、用QQ帐号登录、用微博帐号登录等。
b。弹出一个网页需要注册才能登录。
在一个实施例中，携带移动终端的要求接入方可提供第三方网络社区会员账号给所述无线网络接入设备和所述提供方服务器来进行上网认证。例如，当用户用智能WIFI路由器上网点击浏览器logo或点开某一个需要连接移动互联网的应用APP时，都会弹出一个网页。网页上可提供多种登录方式提示，首次进入必须输入其中一种已成为会员的账号及密码，例如：用QQ登录帐号、微信帐号、或新浪微博帐号登录。在这种上网认证场景中，包括三个角色：想进入智能WIFI路由器的用户、经营智能WIFI路由器的商家和经营第三方网络社区的商家(负责认证)。经营第三方网络社区的商家(负责认证)包括原QQ、微信、或微博运营公司，开发了一个API认证接口，在第三方网络社区会员账号对应的提供方认证后证明是合法要求接入方后，所述移动终端的所述客户端自动从所述服务器的所述接入设备及会员管理模块获取特定地图坐标范围内的所述基于蓝牙信标基站代码、及关联的所述无线网络接入设备提供方名称和登录密码，并自动输入到所述无线网络接入设备后，所述要求接入方的所述移动终端自动放行上网。该方案可方便用户，只要用户已经申请了QQ、微信或微博等任何运营公司的会员，都可以用他们的帐号来直接认证智能WIFI路由器会员系统上网，而无需另外再注册后才能上网。
无线网络接入设备还可设置需要本地输入密码认证才能登录的模式。
(2)智能WIFI路由器设置不需要认证就能登录模式
在一个实施例中，当要求接入方在移动终端上要求接入网络时，所述要求接入方首先打开由所述提供方设置的多媒体广告内容。
a。完全开放，任何手机进入都可上网放行，如：一个公共场所，香港机场就是这种模式，进入后不认证自动放行，随时上网。
b。会弹出一个弹出一个网页，进行选择点上网，这种方式可用于广告WIFI。
有利地，在无线网络接入设备中包含的至少一个直接连接互联网通过所述提供方服务器的认证通道可对应于至少一个服务器，每个服务器由不同的网络运营商支持，因此无线网络接入设备可同时与多个不同的网络运营商合作。
图2所示是根据本发明一实施例的基于蓝牙信标基站的智能WIFI路由器的会员通行认证系统200的示意结构框图。图2可结合图1的描述来理解，相似描述不另赘述。如图2所示，基于蓝牙信标基站的智能WIFI路由器的会员通行认证系统200包括：至少一个蓝牙信标基站240_1-240_N(例如，iBeacon基站)、由要求接入方携带的移动终端220(例如，智能手机、掌上电脑、个人数字助理等任意智能设备)、无线网络接入设备230(例如，智能WIFI路由器)、以及提供方服务器240。
在一个实施例中，移动终端220(例如，支持iBeacon协议的智能手机)包括蓝牙信标信号接收模块222，配置为从所述至少一个蓝牙信标基站接收用于室内定位的所述蓝牙信标信号；蓝牙信标信号发射模块224，配置为向所述至少一个蓝牙信标基站发射所述蓝牙信标信号；代码获取模块226，配置为从所述蓝牙信标信号中提取所述蓝牙广播代码以及所述加密钥代码；和无线网络通信模块228，配置为与所述无线网络接入设备和所述提供方服务器建立无线网络连接并且将所述蓝牙广播代码以及所述加密钥代码上传到所述提供方服务器进行网络社区会员通行认证。
在一个实施例中，提供方服务器240包括接入设备及会员管理模块242，配置为存储并且管理提供方的无线网络接入设备230的编号和网络社区会员的资料；通信模块244，配置为从所述无线网络接入设备接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号；和认证模块246，配置为匹配所述加密钥代码与所述提供方服务器的接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证。
在一个实施例中，在所述认证模块246认证所述移动终端对应的网络社区 会员身份后，所述客户端自动从所述提供方服务器的所述接入设备及会员管理模块242获取到与所述蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备230后，所述要求接入方的所述移动终端220获得上网放行。
在一个实施例中，提供方服务器还可配置为向移动终端推送访问有奖的消息(例如，以网页形式弹出访问N次即可兑奖的广告，以及显示奖品图片等)，记录携带移动终端的要求接入方进入无线网络接入设备的无线信号覆盖范围的访问次数，当所述要求接入方访问次数超过预定数量时，所述要求接入方有权向所述提供方兑换奖品。
在一个实施例中，提供方服务器还可配置为记录并且统计携带移动终端的要求接入方进入无线网络接入设备的无线信号覆盖范围的要求接入方行为习惯，所述要求接入方行为习惯包括进入时间点、离开时间点和进入时长。
在一个实施例中，在一个特定坐标范围内，当所述要求接入方的所述移动终端收到所述至少一个提供方所述蓝牙信标基站广播信标信号时，其它所述提供方的客户端通过所述提供方服务器的会员自动认别模块接收所述网络社区会员已进入特定的电子地图坐标范围的通知，并且所述无线网络的提供方向所述网络社区会员自动推送所述网络社区会员曾经关注过的相关所述商务的商品服务信息。
在一个实施例，所述基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统包括至少一个无线网络接入设备，每个无线网络接入设备对应于一个无线网络的提供方、提供方服务器和独立的网络社区会员系统，所述至少一个无线网络的提供方通过所述提供方服务器的发布模块将设置共同出售条件的商品销售组合发布到所述网络社区，设置对应于所述特定商圈范围的所述商品的销售坐标范围，当所述要求接入方从所述至少一个无线网络的提供方中的一个无线网络的提供方购买了商品时，所述要求接入方从所述至少一个无线网络的提供方中的其他所述提供方同时选择购买连环条件销售的其它优惠商 品。
图3所示是根据本发明一实施例的基于蓝牙信标基站的无线网络接入设备的会员通行认证方法300的示意流程图。图3可结合图1和图2的描述来理解，相似描述不另赘述。所述基于蓝牙信标基站的无线网络接入设备的会员通行认证方法300可包括以下步骤：
步骤302。由提供方放置至少一个蓝牙信标基站和无线网络接入设备，所述至少一个蓝牙信标基站周期间歇性广播用于室内定位的蓝牙信标信号，其中所述蓝牙信标信号包括蓝牙广播代码以及加密钥代码。
步骤304：所述无线网络接入设备与移动终端和提供方服务器进行网络连接，并在所述移动终端和所述提供方服务器之间进行网络社区会员数据交互。当由无线网络的要求接入方携带的移动终端进入所述至少一个蓝牙信标基站的无线信号覆盖范围时，所述移动终端在客户端上收到由所述至少一个蓝牙信标基站发出的所述蓝牙广播代码以及所述加密钥代码，与网络社区会员信息一起上传到所述提供方服务器进行网络社区会员通行认证。
步骤306：所述提供方服务器接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号，并匹配所述加密钥代码与所述提供方服务器的网络社区接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证。
步骤308：在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的接入设备及会员管理模块获取到与蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行。
在一个实施例中，当所述移动终端通过所述客户端进行网络社区会员身份确认不能通过时，提示所述要求接入方注册成为网络社区会员；所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、放置地点的地图坐标、网络社区会员资料、和关联的所述至少一个蓝牙信标基 站的代码上传到所述提供方服务器的所述接入设备及会员管理模块。
例如，在一个实施例中，当智能手机设置在iBeacon状态时，智能手机中运行的iBeacon后台程序将广播编码及密码，通过手机GPRS上网将信息上传到服务器认证。客户端将会自动从服务器获取到当前iBeacon绑定的WIFI路由器登录名和密码，通过自动填到客户端上，以此方式手机就可以自动上网。实际上，iBeacon是个报家门的作用，通知客户端代码，通过这个代码去查找对应的WIFI名称和密码。请注意，通过这种上网方式，用户必须先注服成为网络会员。并且WIFI路由器的名称和密码需预先上传到服务器。
有利地，本发明提供的无线网络接入设备的会员通行认证方法及系统能够以多通道模式工作，包括本地现场输入密码认证通道和至少一个直接连接互联网通过所述提供方服务器的认证通道，使得用户更灵活方便地通过服务器认证上网。
以上所述仅为本发明的较佳实施例而已，并不用以限制本发明，凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明的保护范围之内。

Claims (22)

  1. 一种基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，包括：
    至少一个蓝牙信标基站，配置为周期间歇性广播用于室内定位的蓝牙信标信号，其中所述蓝牙信标信号包括蓝牙广播代码以及加密钥代码；
    所述无线网络接入设备，配置为与移动终端和提供方服务器进行网络连接，并在所述移动终端和所述提供方服务器之间进行网络社区会员数据交互；
    当无线网络的要求接入方携带的移动终端，进入所述至少一个蓝牙信标基站的无线信号覆盖范围时，所述移动终端配置为在客户端上收到由所述至少一个蓝牙信标基站发出的所述蓝牙广播代码以及所述加密钥代码，与网络社区会员信息一起上传到所述提供方服务器进行网络社区会员通行认证；以及
    所述提供方服务器，配置为接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号，并匹配所述加密钥代码与所述提供方服务器的接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证，在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的接入设备及会员管理模块获取到与所述蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行；
    其中当所述移动终端通过所述客户端进行网络社区会员身份确认不能通过时，提示所述要求接入方注册成为网络社区会员；
    所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、放置地点的地图坐标、网络社区会员资料、和关联的所述至少一个蓝牙信标基站的代码上传到所述提供方服务器的所述接入设备及会员管理模块。
  2. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述移动终端为支持蓝牙信标协议的智能手 机。
  3. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述蓝牙信标基站为支持蓝牙信标协议的智能手机。
  4. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述蓝牙信标基站为支持蓝牙信标协议的蓝牙通信机站。
  5. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述无线网络接入设备为支持WIFI热点设置的智能手机，用于让至少一个其他网络社区会员分享WIFI热点网络接入。
  6. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述无线网络接入设备为智能WIFI路由器。
  7. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述至少一个蓝牙信标基站中的每一个配置为交替性发射包括自己的蓝牙广播代码的蓝牙信标信号，并且接收包括另一蓝牙信标基站的蓝牙广播代码的另一蓝牙信标信号。
  8. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，至少一个所述网络社区会员携带的所述智能手机与另一个所述网络社区会员携带的所述智能手机配置为交替性发射和接收蓝牙信标信号，当一方的蓝牙信标信号中的钥代码与另一方的蓝牙信标信号中的匙代码匹配时，双方智能手机的客户端自动生成提醒信号。
  9. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述至少一个蓝牙信标基站配置为周期间歇性广播特定的蓝牙信标信号，并且所述移动终端配置为识别并编译所述蓝牙信标信号来获取所述蓝牙广播代码以及所述加密钥代码。
  10. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社 区会员通行认证系统，其特征在于，所述移动终端包括：
    蓝牙信标信号接收模块，配置为从所述至少一个蓝牙信标基站接收用于室内定位的所述蓝牙信标信号；
    蓝牙信标信号发射模块，配置为向所述至少一个蓝牙信标基站发射所述蓝牙信标信号；
    代码获取模块，配置为从所述蓝牙信标信号中提取所述蓝牙广播代码以及所述加密钥代码；以及
    无线网络通信模块，配置为与所述无线网络接入设备和所述提供方服务器建立无线网络连接，并且将所述蓝牙广播代码以及所述加密钥代码上传到所述提供方服务器进行网络社区会员通行认证。
  11. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述提供方服务器包括：
    接入设备及会员管理模块，配置为存储并且管理提供方的所述无线网络接入设备的编号和网络社区会员资料；
    通信模块，配置为从所述无线网络接入设备接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号；以及
    认证模块，配置为匹配所述加密钥代码与所述提供方服务器的接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证，
    其中在所述认证模块认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的所述接入设备及会员管理模块获取到与所述蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行，
    其中，所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、放置地点的地图坐标、网络社区会员资料、和关联的所述至少一个蓝牙信标基站的代码上传到所述提供方服务器的所述接入设备及会员管理模块。
  12. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，在一个特定坐标范围内，当携带所述移动终端的要求接入方从一个无线网络接入设备的无线信号覆盖范围移动到另一个无线网络接入设备的无线信号覆盖范围时，所述提供方服务器在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述服务器的所述接入设备及会员管理模块获取特定地图坐标范围内的所述基于蓝牙信标基站代码、及关联的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端无需任何操作就可以上网，从而实现携带所述移动终端的要求接入方享受无线网络漫游的效果。
  13. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述无线网络接入设备以多通道模式工作，包括本地现场输入密码认证通道和至少一个直接连接互联网通过所述提供方服务器的认证通道。
  14. 如权利要求13所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述无线网络接入设备的至少一个直接连接互联网的认证通道包括所述无线网络接入设备设置需要本地输入密码认证才能登录的模式。
  15. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，携带所述移动终端的要求接入方提供第三方网络社区会员账号给所述无线网络接入设备和所述提供方服务器来进行上网认证。
  16. 如权利要求15所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，在第三方网络社区会员账号对应的所述提供方认证后证明是合法要求接入方后，所述移动终端的所述客户端自动从所述服务器的所述接入设备及会员管理模块获取特定地图坐标范围内的所述基于蓝牙信标基站代码、及关联的所述无线网络接入设备提供方名称和登录密码，并 自动输入到所述无线网络接入设备后，所述要求接入方的所述移动终端自动放行上网。
  17. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，当所述移动终端检测到一个所述无线网络接入设备的名称时，所述客户端设置了明码输入框，并且所述要求接入方用明码输入所述无线网络接入设备的登录密码。
  18. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，在一个特定坐标范围内，当所述要求接入方的所述移动终端收到所述至少一个提供方所述蓝牙信标基站广播信标信号时，其它所述提供方的客户端通过所述提供方服务器的会员自动认别模块接收所述网络社区会员已进入特定的电子地图坐标范围的通知，并且所述无线网络的提供方向所述网络社区会员自动推送所述网络社区会员曾经关注过的相关所述商务的商品服务信息。
  19. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统包括至少一个无线网络接入设备，每个无线网络接入设备对应于一个无线网络的提供方、提供方服务器和独立的网络社区会员系统，所述至少一个无线网络的提供方通过所述提供方服务器的发布模块将设置共同出售条件的商品销售组合发布到所述网络社区，设置对应于所述特定商圈范围的所述商品的销售坐标范围，当所述要求接入方从所述至少一个无线网络的提供方中的一个无线网络的提供方购买了商品时，所述要求接入方从所述至少一个无线网络的提供方中的其他所述提供方同时选择购买连环条件销售的其它优惠商品。
  20. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述提供方服务器还配置为向所述移动终端推送访问有奖的消息，记录携带所述移动终端的要求接入方进入所述无线网 络接入设备的无线信号覆盖范围的访问次数，当所述要求接入方访问次数超过预定数量时，所述要求接入方有权向所述提供方兑换奖品。
  21. 如权利要求1所述的基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证系统，其特征在于，所述提供方服务器还配置为记录并且统计携带所述移动终端的要求接入方进入所述无线网络接入设备的无线信号覆盖范围的要求接入方行为习惯，所述要求接入方行为习惯包括进入时间点、离开时间点和进入时长。
  22. 一种基于蓝牙信标基站的无线网络接入设备的网络社区会员通行认证方法，包括：
    由提供方放置至少一个蓝牙信标基站和关联的无线网络接入设备，所述至少一个蓝牙信标基站周期间歇性广播用于室内定位的蓝牙信标信号，其中所述蓝牙信标信号包括蓝牙广播代码以及加密钥代码；
    所述无线网络接入设备与移动终端和提供方服务器进行网络连接，并在所述移动终端和所述提供方服务器之间进行网络社区会员数据交互；
    当由无线网络的要求接入方携带的移动终端进入所述至少一个蓝牙信标基站的无线信号覆盖范围时，所述移动终端在客户端上收到由所述至少一个蓝牙信标基站发出的所述蓝牙广播代码以及所述加密钥代码，与网络社区会员信息一起上传到所述提供方服务器进行网络社区会员通行认证；以及
    所述提供方服务器接收所述蓝牙广播代码、所述加密钥代码以及所述无线网络接入设备的编号，并匹配所述加密钥代码与所述提供方服务器的网络社区接入设备及会员管理模块中的加密匙代码来进行网络社区会员通行认证，在认证所述移动终端对应的网络社区会员身份后，所述客户端自动从所述提供方服务器的接入设备及会员管理模块获取到与蓝牙广播代码的对应的所述无线网络接入设备提供方名称和登录密码，并自动输到所述无线网络接入设备后，所述要求接入方的所述移动终端获得上网放行，
    其中当所述移动终端通过所述客户端进行网络社区会员身份确认不能通过 时，提示所述要求接入方注册成为网络社区会员；
    所述提供方通过客户端将关联的所述无线网络接入设备的所述提供方名称、登录密码、编号、放置地点的地图坐标、网络社区会员资料、和关联的所述至少一个蓝牙信标基站的代码上传到所述提供方服务器的所述接入设备及会员管理模块。
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CN111698259B (zh) * 2020-06-18 2022-05-10 北京无忧创想信息技术有限公司 一种基于蓝牙设备的动态认证登录设备、系统及方法
CN114257407A (zh) * 2021-11-17 2022-03-29 广东电网有限责任公司 基于白名单的设备连接控制方法、装置、计算机设备
CN114257407B (zh) * 2021-11-17 2023-09-19 广东电网有限责任公司 基于白名单的设备连接控制方法、装置、计算机设备
CN115022818A (zh) * 2022-06-02 2022-09-06 苏州朋悦科技有限公司 一种门店身份识别系统及方法

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