[go: up one dir, main page]

CN104469984A - Access method and system of terminal and related equipment - Google Patents

Access method and system of terminal and related equipment Download PDF

Info

Publication number
CN104469984A
CN104469984A CN201410836782.2A CN201410836782A CN104469984A CN 104469984 A CN104469984 A CN 104469984A CN 201410836782 A CN201410836782 A CN 201410836782A CN 104469984 A CN104469984 A CN 104469984A
Authority
CN
China
Prior art keywords
main frame
wireless chip
local main
terminal
address
Prior art date
Legal status (The legal status 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 status listed.)
Granted
Application number
CN201410836782.2A
Other languages
Chinese (zh)
Other versions
CN104469984B (en
Inventor
王小乐
冯继勇
吴亚雪
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
SHENZHEN CITY CAIYI LIFE TECHNOLOGY Co Ltd
Original Assignee
SHENZHEN CITY CAIYI LIFE TECHNOLOGY Co Ltd
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 SHENZHEN CITY CAIYI LIFE TECHNOLOGY Co Ltd filed Critical SHENZHEN CITY CAIYI LIFE TECHNOLOGY Co Ltd
Priority to CN201410836782.2A priority Critical patent/CN104469984B/en
Publication of CN104469984A publication Critical patent/CN104469984A/en
Application granted granted Critical
Publication of CN104469984B publication Critical patent/CN104469984B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W8/00—Network data management
    • H04W8/26—Network addressing or numbering for mobility support
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W48/00—Access restriction; Network selection; Access point selection
    • H04W48/08—Access restriction or access information delivery, e.g. discovery data delivery
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W76/00—Connection management
    • H04W76/10—Connection setup

Landscapes

  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Databases & Information Systems (AREA)
  • Computer Security & Cryptography (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The embodiment of the invention discloses an access method and system of a terminal and related equipment. The access method is applied to the access system. The access system comprises the terminal, a local host and the mobile equipment. A first wireless chip is arranged in the terminal, a second wireless chip is arranged in the local host, and the local host and the mobile equipment have identical or associated accounts and are connected through a network. The access method of the terminal comprises the steps that the first wireless chip sends wireless specific information to the second wireless chip so that the local host can forward an access request message contained in the wireless specific information to the mobile equipment for access confirmation; the local host assigns a formal communication address to the first wireless chip, the second wireless sends the formal communication address to the first wireless chip according to an initial communication address contained in the wireless specific information, and the terminal configures the formal communication address as a communication address of the first wireless chip so that access of the terminal can be completed. By means of the access method and system of the terminal and the related equipment, access of the terminal can be conveniently and rapidly completed.

Description

A kind of cut-in method of terminal, system and relevant device
Technical field
The embodiment of the present invention relates to communication technical field, particularly relates to a kind of cut-in method of terminal, system and relevant device.
Background technology
Such as, for the terminal not comprising network interface card, electric light, socket, thermometer, sphygmomanometer etc., it can pass through the following two kinds mode access network usually.
The first: for terminal increases intelligent object, as increased processor, storage and network interface card (WiFi module, cable network or WiFi module+cable network) etc., become smart machine, then according to the cut-in method access network of smart machine.Namely after the intelligent object of terminal is energized, automatically hotspot can be transferred to, user uses mobile phone, personal computer, panel computer etc. to find, connect this focus, and use specific application program for this terminal configuration network configuration information, such as router or network name, login user name and password etc., thus allow terminal access real router or network, to realize telecommunication and control.
The second, for terminal increases wireless module (comprising processor or microprocessor, storage and wireless chip etc. in wireless module), then terminal is connected to network by the main frame comprising wireless module.Namely after the wireless module of main frame and the wireless module of terminal are energized, the wireless module arranging main frame becomes study side, enter mode of learning and (as: pass through personal computer, mobile phone or panel computer are connected into and main control system, main frame and wireless module thereof are set to mode of learning, or use the mode of button to make main frame and wireless module thereof enter mode of learning), it is made to send wireless signal by the button of the wireless module of terminal, main frame and wireless module thereof receive wireless signal and the wireless chip address of terminal under mode of learning, the wireless chip address of terminal is stored, namely main frame carries out communication by the wireless module of wireless module and terminal.
As can be seen from description above, for the terminal not comprising network interface card, several cut-in methods provided at present, user is all needed manually to carry out complicated setting, need to use specific application program (in the such as second way, main frame needs to use learning program), access procedure is highly professional, and layman is difficult to realize access.
Summary of the invention
In view of this, embodiments provide a kind of cut-in method of terminal, system and relevant device, the access of terminal can be realized quickly and easily.
The cut-in method of the terminal that the embodiment of the present invention provides is applied to terminal connecting system, described connecting system comprises terminal, local main frame and mobile device, the first wireless chip is provided with in described terminal, be provided with the second wireless chip in described local main frame, described local main frame and described mobile device have identical or interlock account and establish network and connect;
Described method comprises:
Described first wireless chip sends wireless customizing messages to described second wireless chip, described wireless customizing messages comprises the initial communication address of described first wireless chip, the destination address of the second wireless chip and access request message, to make described local main frame, described access request message is transmitted to described mobile device and carries out admission confirm;
Described local main frame is that described first wireless chip distributes formal communication address, and described second wireless chip sends described formal communication address according to described initial communication address to described first wireless chip;
Described formal communication address configuration is that the mailing address of described first wireless chip is to complete the access of described terminal by described terminal.
The terminal that the embodiment of the present invention provides, comprising:
First wireless chip, wireless customizing messages is sent for the second wireless chip to local main frame, described wireless customizing messages comprises the initial communication address of described first wireless chip, the destination address of described second wireless chip and access request message, to make described local main frame, described access request message is transmitted to mobile device and carries out admission confirm, described local main frame and described mobile device have identical or interlock account and establish network and connect; And receive described local main frame be described first wireless chip distribute and the formal communication address sent according to described initial communication address by described second wireless chip;
Mailing address dispensing unit, for by described formal communication address configuration being the mailing address of described first wireless chip.
The local main frame that the embodiment of the present invention provides is connected for setting up network with mobile device and has identical or interlock account, and described local main frame comprises:
Second wireless chip, the wireless customizing messages that the first wireless chip for receiving terminal sends, described wireless customizing messages comprises the initial communication address of described first wireless chip, the destination address of described second wireless chip and access request message;
Network interface card, carries out admission confirm for described access request message is transmitted to described mobile device; And receive the confirmation incoming instruction that described mobile device returns;
Mailing address allocation units, for distributing formal communication address for described first wireless chip;
Described second wireless chip also for, send described formal communication address according to described initial communication address to described first wireless chip.
The mobile device that the embodiment of the present invention provides is connected for setting up network with local main frame and has identical or interlock account, and described mobile device comprises:
Receiving element, for receiving the terminal access request message that described local main frame sends;
Transmitting element, confirmation incoming instruction is sent to described local main frame for the instruction according to user, to make described local main frame distribute formal communication address to the first wireless chip of described terminal, described formal communication address sends to the first wireless chip of described terminal by the second wireless chip of local main frame.
In addition, the embodiment of the present invention additionally provides a kind of connecting system of terminal, connecting system comprises at least one terminal as above, at least one local main frame as above, and at least one mobile device as above, be provided with the first wireless chip in terminal described in each, be provided with the second wireless chip in local main frame described in each, local main frame described in each and mobile device described at least one have identical or interlock account and establish network and be connected.
As can be seen from the above technical solutions, the embodiment of the present invention has the following advantages:
In the embodiment of the present invention, terminal open or energising after, first wireless chip of terminal can send wireless customizing messages from the second wireless chip of trend local main frame, to make local main frame, the access request message comprised in wireless customizing messages is transmitted to mobile device and carries out admission confirm, after mobile device confirms access, it is that the first wireless chip is distributed and the formal communication address returned by the second wireless chip that first wireless chip receives local main frame, formal communication address configuration is that the mailing address of the first wireless chip can complete access by terminal, and can carry out alternately with mobile device, control.Namely in the embodiment of the present invention, first wireless chip of terminal can automatic acquisition formal communication address complete access, user is only needed to carry out admission confirm by mobile device in access procedure, user is not needed to carry out complicated setting, also do not need to use specific application program, access way is convenient and swift.
In addition, after terminal access, user uses mobile device can be connected the first wireless chip of this terminal by the second wireless chip of local main frame (mobile device first networks with local main frame), thus realizes and the connection of terminal, mutual and control, fast very convenient.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, be briefly described to the accompanying drawing used required in embodiment below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is cut-in method embodiment schematic diagram of terminal of the present invention;
Fig. 2 is another embodiment schematic diagram of cut-in method of terminal of the present invention;
Fig. 3 is terminal of the present invention embodiment schematic diagram;
Fig. 4 is another embodiment schematic diagram of terminal of the present invention;
Fig. 5 is local main frame of the present invention embodiment schematic diagram;
Fig. 6 is another embodiment schematic diagram of local main frame of the present invention;
Fig. 7 is mobile device of the present invention embodiment schematic diagram;
Fig. 8 is connecting system embodiment schematic diagram of terminal of the present invention;
Fig. 9 is another embodiment schematic diagram of connecting system of terminal of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Embodiments provide a kind of cut-in method of terminal, system and relevant device, the access of terminal can be realized quickly and easily.
The invention provides a kind of cut-in method of terminal, system and relevant device, terminal access method provided by the invention is applied to connecting system, connecting system comprises terminal, local main frame and mobile device, and local main frame and mobile device have identical or interlock account and establish network and be connected.The account that the present invention mentions refers to the mark for indicating equipment identities, can including but not limited to phone number, numeric string, alphabetic string, numeral and alphabetical combination string or mailbox etc.When local main frame and mobile device are in same local area network (LAN), it can be that local main frame establishes network by local area network (LAN) and mobile device and is connected that local main frame and mobile device establish that network is connected; When local main frame and mobile device are not in same local area network (LAN), such as local main frame is in certain local area network (LAN), but when mobile device is in wide area network or the Internet, it can be that local main frame establishes network by server (cloud platform) with mobile device and is connected that local main frame and mobile device establish that network is connected, and namely local main frame and mobile device establish network with certain server simultaneously and be connected.
In the embodiment of the present invention, in terminal, be provided with the first wireless chip, in local main frame, be provided with the second wireless chip.First wireless chip can be relay wireless transceiving chip, and the second wireless chip can be middle control radio transmitting and receiving chip.Relay wireless transceiving chip and middle control radio transmitting and receiving chip can work in 2.4GISM frequency range, 2.4G ISM band is (Industrial) of industry, (Scientific) of science, the frequency range of (Medical) mechanism use of medical science, frequency range is 2400MHz-2483.5MHz, in addition, relay wireless transceiving chip and middle control radio transmitting and receiving chip can also work in other frequency ranges, are not specifically limited herein.Relay wireless transceiving chip and middle control radio transmitting and receiving chip can support the wireless telecommunications preset and control protocol.
In embodiments of the present invention, middle control radio transmitting and receiving chip is responsible for and one or more relay wireless transceiving chip communication, the information etc. of one or more relay wireless transceiving chip transmission that sends control signaling to one or more relay wireless transceiving chip, collects.Relay wireless transceiving chip is used for and the communication of middle control radio transmitting and receiving chip, receive control command, feedback information, after terminal has accessed (i.e. relay wireless transceiving chip use formal communication address after), the relay wireless transceiving chip in terminal can only with one in control radio transmitting and receiving chip (distributing to relay wireless transceiving chip in the local main frame of described formal communication address) communication.
In embodiments of the present invention, terminal refers to the smart machine not with network interface card, or the electric equipment not with network interface card, control chip, particularly, terminal can include but not limited to intelligent washing machine, intelligent electric rice cooker, electric light, socket, electrically driven curtain, furniture (electronic or electric switch or band circuit etc.), thermometer, sphygmomanometer etc.Local main frame can for having the equipment of wired network adapter and/or wireless network card (such as WiFi module), by wired mode or wireless mode access network, and local main frame inside is provided with software systems, it can be the terminal equipment in the regions such as family, community, company or unit, and local main frame can include but not limited to intelligent television, OTT (Over The Top) box, Set Top Box, intelligent sound box or router etc.Mobile device can include but not limited to mobile phone, panel computer, notebook computer or intelligent wearable device etc., and it has wireless network card and/or wired network adapter and/or mobile communication antenna etc.
First describe terminal access method provided by the invention below, refer to Fig. 1, the cut-in method of the present embodiment comprises:
101, the first wireless chip of terminal sends wireless customizing messages to the second wireless chip of local main frame, is transmitted to mobile device carries out admission confirm with the access request message making local main frame be comprised by wireless customizing messages;
In the present embodiment, terminal open or energising after, if the mailing address that software systems in the wireless module of the software systems of terminal or terminal detect the first wireless chip finding terminal is initial communication address (initial communication address can be the mailing address of terminal acquiescence when dispatching from the factory), then the first wireless chip of terminal sends wireless customizing messages from the second wireless chip of trend local main frame.First wireless chip sends wireless particular message by the mode of broadcast to the second wireless chip of local main frame.
Wireless customizing messages comprises the initial communication address of the first wireless chip, the destination address address of the broadcast receiving new terminal (second wireless chip that this destination address refers to local main frame be used for) of the second wireless chip and access request message.
In the present embodiment, terminal and local main frame can be positioned at the same area, also can be positioned at different regions, as long as the position at terminal and local main frame place meets transceiver communication distance each other.
In the present embodiment, local main frame and mobile device can be all one or more, and each local main frame at least with one mobile device has identical or interlock account and establishes network and is connected.If comprise multiple local main frame in the transmitting boundary of the first wireless chip of terminal, the wireless customizing messages that the first wireless chip that then the second wireless chip of multiple local main frame all can receive terminal sends, and the access request message that wireless particular message can comprise by each local main frame is transmitted to and has mobile device that is identical or interlock account with it and carry out admission confirm.
Access request message presents by mobile device, and (such as by modes such as software interface, the tinkle of bells, note, signal lamp, vibrations) carries out admission confirm to user to allow user, if user allows this terminal to access, then mobile device can confirm incoming instruction according to the instruction operation of user to sending with the local main frame self with identical or interlock account, and local main frame can receive the confirmation incoming instruction that mobile device sends.
102, local main frame is that the first wireless chip distributes formal communication address, and the initial communication address that the second wireless chip comprises according to wireless customizing messages sends formal communication address to the first wireless chip of terminal;
The mailing address chosen local main frame is formal communication address that the first wireless chip distributes address group that can be that local main frame prestores from local main frame or described local main frame generate in real time according to preset rules, or the mailing address that local main frame obtains from server, the mailing address that local main frame is chosen from the mailing address that server the obtains address group that to be that server prestores from server or described server generate in real time according to preset rules.
If described address group is what prestore, time then initially, server can distribute a group communication address (address group) for the region (such as certain family) at this local main frame place, server chooses the second wireless chip that a mailing address distributes to local main frame from address group, and namely the formal communication address of the second wireless chip of local main frame is that now server is that it distributes.After being assigned, the distribution condition of server meeting recording address, local main frame also can record described address group, the formal communication address of the second wireless chip and the distribution condition of address, and each terminal accessed in local main frame can preserve the formal communication address of the second wireless chip in the formal communication address of the first wireless chip in self and local main frame.Follow-up when having new terminal to add, the formal communication address of a untapped mailing address as the first wireless chip of new terminal is chosen the address group that local main frame can be preserved from self, also can be that server is chosen a untapped mailing address and sent to local main frame as the formal communication address of new terminal from the address group of this local main frame region of self preserving, then send described formal communication address according to initial communication address to the first wireless chip by the second wireless chip of local main frame.After this formal communication address is used by the first wireless chip of new terminal, local main frame and server all can upgrade the distribution condition of address group and the address of preserving separately.
If described address group is generate in real time, then in time having new terminal to add, can be that local main frame generates described address group in real time according to the rule preset, then from described address group, a mailing address is chosen as formal communication address, or server generates described address group in real time according to the rule preset, and then chooses a mailing address and send to local main frame as formal communication address from described address group.
In embodiments of the present invention, second wireless chip of local main frame is when sending formal communication address to the first wireless chip of terminal, confirmation incoming instruction can also be sent to terminal, be the mailing address of the first wireless chip for terminal reception and by described formal communication address configuration.
103, formal communication address configuration is the mailing address of the first wireless chip by terminal, and the first wireless chip uses formal communication address as mailing address to complete the access of terminal.
If comprise multiple local main frame in the transmitting boundary of the first wireless chip of terminal, then multiple local main frame all can be the first wireless chip distribution formal communication address of terminal, and the second wireless chip of multiple local main frame all can return to formal communication address to the first wireless chip of terminal.The formal communication address that the second wireless chip that then which local main frame the first wireless chip of terminal receives at first returns, it is just the mailing address of the first wireless chip by the formal communication address configuration that the second wireless chip of this local main frame returns, after having configured, the first wireless chip uses this formal communication address as mailing address immediately to complete the access of terminal.First wireless chip of subsequent terminal and the second wireless chip of local main frame all use respective formal communication address to carry out communication interaction.
In the present embodiment, control chip (such as processor, MCU etc.) and software systems are also comprised in terminal, software systems store in storage, the first wireless chip in terminal and control chip communicate to connect, after terminal is opened or is energized, the software systems that control chip stores in reading and storing also are run in internal memory, when the mailing address detecting discovery first wireless chip is initial communication address, control chip can send instruction, to make the first wireless chip broadcast radio customizing messages to the first wireless chip.
Or when terminal itself does not include control chip and software systems, in terminal, can wireless module be set, first wireless chip is included in wireless module, control chip (such as processor is also included in wireless module, MCU etc.) and software systems, first wireless chip and control chip communicate to connect, control chip also with circuit or the electronic device (operating circuit of such as terminal of terminal, switching circuit, detector, transducer, data acquisition unit, electric motor, relay or contactor etc.) connect, concrete connected mode can connect for serial ports or the Interface Terminal of other type connects.After terminal is opened or is energized, the software systems that control chip in wireless module stores in reading and storing also are run in internal memory, when the mailing address detecting discovery first wireless chip is initial communication address, control chip can send instruction, to make the first wireless chip broadcast radio customizing messages to the first wireless chip.
In addition, when comprising control chip (such as processor, MCU etc.) and software systems in terminal, also can wireless module be set in terminal, the first wireless chip, control chip and software systems are comprised in wireless module, control chip in first wireless chip and wireless module communicates to connect, and the control chip of wireless module and terminal communicates to connect.
In embodiments of the present invention, described local main frame this as intelligent router, or local main frame itself is with routing function, or local main frame is built-in with router, or local main frame and LAN router are independently two equipment.
When mobile device and local main frame are in same local area network (LAN), terminal access request message can be directly transmitted to the mobile device with identical or interlock account by local area network (LAN) and carry out admission confirm by local main frame, after user is confirmed by mobile device, confirmation incoming instruction is directly sent to the local main frame with identical or interlock account by local area network (LAN) by mobile device, formal communication address is distributed to the first wireless chip of terminal to make local main frame, described formal communication address is sent to the first wireless chip of terminal according to initial communication address by the second wireless chip of local main frame.
When mobile device and local main frame are not in same local area network (LAN), such as local main frame is in a certain local area network (LAN), and mobile device is in wide area network or the Internet (such as can connect upper the Internet by other LAN router or the mobile communication antenna of self), then the communication between local main frame and mobile device needs by server (cloud platform).Namely local main frame needs terminal access request message to send to server, and terminal access request message sends to by server to be had mobile device that is identical or interlock account with local main frame and carry out admission confirm; After user is confirmed by mobile device, confirmation incoming instruction is sent to server by mobile device, confirmation incoming instruction sends to by server has local main frame that is identical or interlock account with mobile device, to make local main frame distribute formal communication address to the first wireless chip of terminal, described formal communication address is sent to the first wireless chip of terminal according to initial communication address by the second wireless chip of local main frame.
Communication no matter between local main frame and mobile device need not need to pass through server, local host assignment is to the mailing address chosen the address group that can be local main frame generate from that self prestore or described local main frame in real time according to preset rules of the formal communication address of the first wireless chip of terminal, or the mailing address that local main frame obtains from server, the mailing address that local main frame is chosen from the mailing address that server the obtains address group that to be server generate from that self prestore or described server in real time according to preset rules.
In this specific embodiment, generally, local main frame is connected with server by network, and mobile device is also connected with server by network, then by the detection validation of server, can judge whether local main frame and mobile device are in same local area network (LAN).
In embodiments of the present invention, after terminal completes access, local main frame can upload the information (comprising terminal name, address, attribute etc.) of the terminal of new access to server (cloud platform), terminal management system is provided with in local main frame, the management system of terminal, local main frame and mobile device is provided with in server, also be provided with network intelligence terminal, local main frame, the account certification of mobile device and associated account number management system in server, mobile device can from local main frame or server obtain all associate devices, terminal information and connect.
In addition, after terminal completes access, user uses mobile device can be connected the first wireless chip of this terminal by the second wireless chip of local main frame (mobile device first networks with local main frame), or connect this terminal by LAN router, or turn LAN router by server (cloud platform) and connect this terminal, thus realize and the connection of terminal, mutual and control, fast very convenient.Such as, subsequent movement equipment sends various instruction (as: open, close, suspend, image data, check facility information, regulate running parameter etc.) by local main frame to terminal and/or receives the information (as: data etc. of running status, collection) that this terminal initiatively sends.
In the present embodiment, first wireless chip of terminal can complete the access of terminal in automatic acquisition formal communication address, user is only needed to carry out admission confirm (such as confirming by mobile phone button one key) by mobile device in access procedure, user is not needed manually to carry out complicated setting, access way is convenient and swift, and whole access procedure does not need the application specific software using complexity, specialty.
In the process of reality access, the situation that multiple terminal asks to access simultaneously may be there is, and the initial communication address of multiple terminal is the mailing address of factory default, therefore the initial communication address of multiple terminal may be identical, may occur that formal communication address sends situation about obscuring like this, and terminal receives formal communication address needs after by the time mobile device confirms, for end side, wait for that the time of local response of host will be long, for this problem, the invention provides further solution.Refer to Fig. 2, the cut-in method of the present embodiment comprises:
201, the first wireless chip of terminal sends wireless customizing messages to the second wireless chip of local main frame, to make local main frame, the access request message comprised in wireless customizing messages is transmitted to mobile device and carries out admission confirm;
202, local main frame is the first wireless chip distribution temporary communications address of terminal, and the second wireless chip sends temporary communications address according to the initial communication address comprised in wireless particular message to the first wireless chip;
In the present embodiment, second wireless chip of local main frame is once receive the wireless customizing messages of the first wireless chip transmission of terminal, the first wireless chip that local main frame is terminal distributes a temporary communications address, and according to initial communication address, temporary communications address is sent to the first wireless chip of terminal by the second wireless chip.Distribution due to temporary communications address does not need the confirmation by mobile device, so end side will soon receive response.So, when there being multiple terminal to ask access simultaneously, each terminal in multiple terminal can obtain the temporary communications address that is different from other-end very soon, and the temporary communications address received separately can be configured to the mailing address of the first respective wireless chip by each terminal.
The mailing address chosen local main frame is temporary communications address that the first wireless chip distributes address group that can be that local main frame prestores from local main frame or described local main frame generate in real time according to preset rules, or the mailing address that local main frame obtains from server, the mailing address that local main frame is chosen from the mailing address that server the obtains address group that to be that server prestores from server or described server generate in real time according to preset rules.
203, local main frame receives the confirmation incoming instruction that mobile device sends;
204, local main frame is the first wireless chip distribution formal communication address of terminal, and the second wireless chip sends formal communication address according to temporary communications address to the first wireless chip;
Because the temporary communications address of the first wireless chip of each terminal is different, so formal communication address can be sent to the first corresponding wireless chip according to temporary communications address by the second wireless chip exactly.
In embodiments of the present invention, second wireless chip of local main frame is when sending formal communication address to the first wireless chip of terminal, confirmation incoming instruction can also be sent to terminal, be the mailing address of the first wireless chip for terminal reception and by described formal communication address configuration.
205, formal communication address configuration is the mailing address of the first wireless chip by terminal, and the first wireless chip uses formal communication address as mailing address to complete the access of terminal.
In embodiments of the present invention, after terminal completes access, local main frame can upload the information (comprising terminal name, address, attribute etc.) of the terminal of new access to server (cloud platform), terminal management system is provided with in local main frame, the management system of terminal, local main frame and mobile device is provided with in server, also be provided with network intelligence terminal, local main frame, the account certification of mobile device and associated account number management system in server, mobile device can from local main frame or server obtain all associate devices, terminal information and connect.
It should be noted that, succinct for describing, the step that the present embodiment is not described in detail can consult description corresponding to above-described embodiment, repeats no more herein.
In the present embodiment, during terminal request access, local main frame can be first terminal distribution temporary communications address, after access request message is transmitted to mobile device confirmation by local main frame, local main frame can distribute a formal communication address for the first wireless chip of terminal, second wireless chip of local main frame can return to formal communication address for the first wireless chip of terminal, and formal communication address configuration is the access that the mailing address of the first wireless chip can realize terminal by terminal.Namely in the present embodiment, first wireless chip of terminal can complete the access of terminal in automatic acquisition formal communication address, user is only needed to carry out admission confirm (such as confirming by mobile phone button one key) by mobile device in access procedure, user is not needed manually to carry out complicated setting, convenient and swift; And by using the mode of temporary communications address to ensure that access procedure accurately and reliably, whole access procedure does not need the application specific software using complexity, specialty.
Introduce the terminal that the embodiment of the present invention provides below, refer to Fig. 3, the terminal 300 of the present embodiment comprises:
First wireless chip 301, wireless customizing messages is sent for the second wireless chip to local main frame, wireless customizing messages comprises the initial communication address of the first wireless chip, the destination address of the second wireless chip and access request message, to make local main frame, access request message is transmitted to mobile device and carries out admission confirm, local main frame and mobile device have identical or interlock account and establish network and connect; And receive the first wireless chip distribution the formal communication address sent according to initial communication address by the second wireless chip that local main frame is terminal;
Software systems 302, software systems 302 can be operating system or control system, software systems can store in storage, mailing address dispensing unit 3002 is comprised in software systems 302, the mailing address of mailing address dispensing unit 3002 for by formal communication address configuration being the first wireless chip 301, the first wireless chip 301 uses formal communication address as mailing address to complete the access of terminal;
Control chip 303, control chip 303 and the first radio transmitting and receiving chip 301 communicate to connect, and can send instruction and control the transmitting-receiving that the first radio transmitting and receiving chip carries out data.
In the embodiment of the present invention, after terminal 300 is opened or is energized, control chip 303 reads the software systems 302 stored in storage and runs in internal memory, with the first wireless chip 301 detected, whether there is formal communication address, find that the first wireless chip 301 of terminal does not have formal communication address if detect, then control chip 303 controls the first wireless chip 301 and sends wireless customizing messages by the mode of broadcast to the second wireless chip of local main frame, is transmitted to mobile device carries out admission confirm with the access request message making local main frame be comprised by wireless customizing messages.
Access request message presents by mobile device, and (such as by modes such as software interface, the tinkle of bells, note, signal lamp, vibrations) carries out admission confirm to user to allow user, if user allows this terminal to access, then mobile device can send confirmation incoming instruction according to the instruction operation of user to local main frame.Local main frame receives the confirmation incoming instruction that mobile device sends, then be the first wireless chip distribution formal communication address of terminal, the initial communication address that second wireless chip comprises according to wireless customizing messages returns to formal communication address to the first wireless chip of terminal, second wireless chip can also confirm that incoming instruction returns to the first wireless chip of terminal simultaneously, is the mailing address of the first wireless chip for terminal reception and by described formal communication address configuration.
The formal communication address that the second wireless chip that first wireless chip 301 receives local main frame returns and confirmation incoming instruction, formal communication address configuration is the mailing address of the first wireless chip by mailing address dispensing unit 3002, and the first wireless chip 301 uses formal communication address as mailing address to complete the access of terminal.
Local main frame is the mailing address that the formal communication address of the first wireless chip distribution of terminal can be chosen from the address group that local main frame prestores for local main frame, or be the mailing address that local main frame obtains from server, the mailing address that the mailing address that local main frame obtains from server can be chosen from the address group that server prestores for server.
In addition, ask the formal communication address obfuscation that may cause when accessing for avoiding multiple terminal simultaneously, after the first wireless chip 301 sends wireless customizing messages to the second wireless chip of local main frame, local main frame can be first that the first wireless chip 301 distributes a temporary communications address, first wireless chip 301 receives the temporary communications address that the second wireless chip returns according to initial communication address, and temporary communications address is configured to the mailing address of the first wireless chip 301 by mailing address dispensing unit 3002.
The mailing address chosen local main frame is temporary communications address that the first wireless chip distributes address group that can be that local main frame prestores from local main frame or described local main frame generate in real time according to preset rules, or the mailing address that local main frame obtains from server, the mailing address that local main frame is chosen from the mailing address that server the obtains address group that to be that server prestores from server or described server generate in real time according to preset rules.
After local main frame receives the confirmation incoming instruction that mobile device returns, local main frame is that the first wireless chip of terminal distributes formal communication address, first wireless chip 301 receives the formal communication address that the second wireless chip returns according to temporary communications address, first wireless chip 301 can also receive the confirmation incoming instruction that the second wireless chip returns, formal communication address configuration is the mailing address of the first wireless chip 301 by mailing address dispensing unit 3002, and the first wireless chip 301 uses formal communication address to carry out having communicated the access of terminal.
In addition, in the present embodiment, when comprising control chip (such as processor, MCU etc.) 303 and software systems 302 in terminal, also can wireless module be set in terminal, the first wireless chip 301, control chip and software systems are comprised in wireless module, first wireless chip 301 communicates to connect with the control chip in wireless module, and the control chip 303 of wireless module and terminal communicates to connect.
Refer to Fig. 4 below, in another embodiment of terminal of the present invention, in terminal 400, be provided with wireless module 401, in wireless module 401, comprise the first wireless chip 4011, software systems 4012 and control chip 4013.
Software systems 4012 store in storage, also include mailing address dispensing unit 40012 in software systems 4012.First wireless chip 4011 communicates to connect with control chip 4013, control chip 4013 is also connected with the circuit of terminal or electronic device (operating circuit of such as terminal, switching circuit, detector, transducer, data acquisition unit, electric motor, relay or contactor etc.), and concrete connected mode can connect for serial ports or the Interface Terminal of other type connects.
In the present embodiment, after terminal 400 is opened or is energized, control chip 4013 in wireless module 401 reads the software systems 4012 stored in storage and runs in internal memory, with the first wireless chip 4011 detected, whether there is formal communication address, find that the first wireless chip 4011 of terminal does not have formal communication address if detect, then control chip 4013 controls the first wireless chip 4011 and sends wireless customizing messages by the mode of broadcast to the second wireless chip of local main frame, be transmitted to mobile device with the access request message making local main frame be comprised by wireless customizing messages and carry out admission confirm.
Access request message presents by mobile device, and (such as by modes such as software interface, the tinkle of bells, note, signal lamp, vibrations) carries out admission confirm to user to allow user, if user allows this terminal to access, then mobile device can send confirmation incoming instruction according to the instruction operation of user to local main frame.Local main frame receives the confirmation incoming instruction that mobile device sends, then be the first wireless chip distribution formal communication address of terminal, the initial communication address that second wireless chip of local main frame comprises according to wireless customizing messages returns to formal communication address to the first wireless chip of terminal, second wireless chip can also confirm that incoming instruction returns to the first wireless chip of terminal simultaneously, is the mailing address of the first wireless chip for terminal reception and by described formal communication address configuration.
The formal communication address that the second wireless chip that first wireless chip 4011 receives local main frame returns and confirmation incoming instruction, formal communication address configuration is the mailing address of the first wireless chip by mailing address dispensing unit 40012, and the first wireless chip 4011 uses formal communication address as mailing address to complete the access of terminal.
Local main frame is the mailing address chosen that formal communication address that the first wireless chip of terminal distributes can prestore from local main frame for local main frame or that described local main frame generates in real time according to preset rules address group, or be the mailing address that local main frame obtains from server, the mailing address that local main frame is chosen from the mailing address that server the obtains address group that to be that server prestores from server or described server generate in real time according to preset rules.
In addition, ask the formal communication address obfuscation that may cause when accessing for avoiding multiple terminal simultaneously, after the first wireless chip 4011 sends wireless customizing messages to the second wireless chip of local main frame, local main frame can be first that the first wireless chip 4011 distributes a temporary communications address, first wireless chip 4011 receives the temporary communications address that the second wireless chip returns according to initial communication address, and temporary communications address is configured to the mailing address of the first wireless chip 4011 by mailing address dispensing unit 40012.
After local main frame receives the confirmation incoming instruction that mobile device returns, local main frame is that the first wireless chip of terminal distributes formal communication address, first wireless chip 4011 receives the formal communication address that the second wireless chip returns according to temporary communications address, first wireless chip 4011 can also receive the confirmation incoming instruction that the second wireless chip returns, formal communication address configuration is the mailing address of the first wireless chip 4011 by mailing address dispensing unit 40012, and the first wireless chip 4011 uses formal communication address to carry out having communicated the access of terminal.
In addition, above two about in the embodiment of terminal, wired or wireless network card (such as WiFi module) can also be set up and send networking configuration information by local main frame to this terminal in terminal, to make terminal realize access configuration according to the networking configuration information received, thus access network.Particularly, after setting up wired or wireless network card in terminal, terminal can send networking request message directly to local main frame, after networking request message is directly sent to mobile device confirmation or sends to mobile device confirmation by server by local main frame, local main frame is that terminal returns networking configuration information, this networking configuration information network configuration information that to be local main frame directly obtained from mobile device or obtained from mobile device by server and account configuration information, and/or local main frame is from the network configuration information self obtained and account configuration information, terminal realizes access configuration according to the networking configuration information received, namely described mobile device connects this terminal by LAN router, or turn LAN router by server and connect this terminal.Wherein, described network configuration information comprises router or network name, login user name and password etc.
Refer to Fig. 5, Fig. 5 is local main frame of the present invention embodiment, and the local main frame of the present embodiment is used for setting up network with mobile device and is connected and has identical or interlock account, and local main frame 500 comprises:
Second wireless chip 501, for the wireless customizing messages that the first wireless chip of receiving terminal sends, wireless customizing messages comprises the initial communication address of the first wireless chip, the destination address of the second wireless chip 501 and access request message, the second wireless chip 501 and control chip 504 (such as processor, MCU etc.) communication connection;
Software systems 502, software systems 502 can be operating system or control system, and software systems 502 can store in storage, comprise mailing address allocation units 5002 in software systems 502;
Network interface card 503, carries out admission confirm for access request message is transmitted to mobile device; And the admission confirm instruction that reception mobile device returns;
Mailing address allocation units 5002 distribute formal communication address for the first wireless chip for terminal;
Second wireless chip 501 also for, according to initial communication address to terminal first wireless chip send formal communication address.
In the present embodiment, when the mailing address that the first wireless chip was opened or found after energising to terminal is initial communication address, first wireless chip sends wireless customizing messages from trend local main frame, and the control chip 504 of local main frame controls the wireless customizing messages of the first wireless chip transmission of the second wireless chip 501 receiving terminal.The access request message that the wireless customizing messages that second wireless chip 501 receives comprises is transmitted to the mobile device with identical or interlock account and carries out admission confirm by the network interface card 503 of local main frame, and the confirmation incoming instruction that reception mobile device returns, control chip 504 reads the software systems 502 in storing and runs in internal memory, the first wireless chip being terminal to make mailing address allocation units 5002 distributes formal communication address, the second wireless chip 501 that control chip 504 controls local main frame sends formal communication address according to initial communication address to the first wireless chip, simultaneously control chip 504 can also control the second wireless chip 501 and will confirm that incoming instruction returns to the first wireless chip of terminal, it is the mailing address of the first wireless chip for terminal reception and by described formal communication address configuration.
In the present embodiment, if local main frame and mobile device are in same local area network (LAN), the two has established network and has connected, then access request message directly can be sent to by local area network (LAN) and have mobile device that is identical or interlock account with local main frame and carry out admission confirm by network interface card 503, and network interface card 503 directly receives by local area network (LAN) the confirmation incoming instruction that mobile device returns.
If local main frame and mobile device be not at same local area network (LAN), then the two need alternately pass through server.Namely network interface card 503 needs access request message to send to server, access request message to be transmitted to make server and to have mobile device that is identical or interlock account with local main frame and carry out admission confirm, network interface card 503 needs to receive by server the confirmation incoming instruction that mobile device returns.
Communication no matter between local main frame and mobile device need not need to pass through server, the mailing address chosen the address group that can be local main frame generate from that self prestore or described local main frame in real time according to preset rules of the formal communication address that second wireless chip 501 sends to the first wireless chip, or to be local main frame obtain from server in formal communication address, the mailing address that local main frame is chosen from the mailing address that server the obtains address group that can be server generate from that self prestore or described server in real time according to preset rules.
In addition, ask the formal communication address obfuscation that may cause when accessing for avoiding multiple terminal simultaneously, after the first wireless chip receiving terminal at the second wireless chip 501 sends wireless customizing messages, the mailing address allocation units 5002 of local main frame can be first that the first wireless chip distributes a temporary communications address, second wireless chip 501 sends temporary communications address according to initial communication address to the first wireless chip, and temporary communications address is configured to the mailing address of the first wireless chip by terminal.
After network interface card 503 receives the confirmation incoming instruction that mobile device returns, mailing address allocation units 5002 are that the first wireless chip distributes formal communication address, second wireless chip 501 returns to formal communication address according to temporary communications address to the first wireless chip, second wireless chip 501 can also will confirm that incoming instruction returns to the first wireless chip of terminal simultaneously, be the mailing address of the first wireless chip for terminal reception and by described formal communication address configuration, the first wireless chip uses formal communication address to carry out the access having communicated terminal.
In addition, in the present embodiment, when comprising control chip (such as processor, MCU etc.) 504 and software systems 502 in local main frame, also can wireless module be set in local main frame, the second wireless chip 501, control chip and software systems are comprised in wireless module, second wireless chip 501 communicates to connect with the control chip in wireless module, and the control chip 504 of wireless module and local main frame communicates to connect.
Refer to Fig. 6 below, in another embodiment of terminal of the present invention, wireless module 601, control chip 602 and network interface card 603 is provided with in local main frame 600, wherein comprise the second wireless chip 6011, software systems 6012 and control chip 6013 (such as processor, MCU etc.) in wireless module 601, control chip 6013 and the second wireless chip 6011 communicate to connect, wireless module 601 communicates to connect with the control chip 602 of local main frame, comprises mailing address allocation units 60012 in software systems 6012.
In the present embodiment, when the mailing address that discovery first wireless chip was opened or detected after energising to terminal is initial communication address, first wireless chip sends wireless customizing messages from the second wireless chip of trend local main frame, and the control chip 6013 of local main frame controls the wireless customizing messages of the first wireless chip transmission of the second wireless chip 6011 receiving terminal.The access request message that the wireless customizing messages that second wireless chip 6011 receives comprises is transmitted to the mobile device with identical or interlock account and carries out admission confirm by the network interface card 603 of local main frame, and the confirmation incoming instruction that reception mobile device returns.Control chip 6013 reads the software systems 6012 in storing and runs in internal memory, the first wireless chip being terminal to make mailing address allocation units 60012 distributes formal communication address, the second wireless chip 6011 that control chip 6013 controls local main frame sends formal communication address to the first wireless chip according to initial communication address, and confirmation incoming instruction is sent to the first wireless chip by the second wireless chip 6011 that control chip 6013 can also control local main frame simultaneously.
In the present embodiment, if local main frame and mobile device are in same local area network (LAN), the two has established network and has connected, then access request message directly can be sent to by local area network (LAN) and have mobile device that is identical or interlock account with local main frame and carry out admission confirm by network interface card 603, and network interface card 603 directly receives by local area network (LAN) the confirmation incoming instruction that mobile device returns.
If local main frame and mobile device be not at same local area network (LAN), then the two need alternately pass through server.Namely network interface card 603 needs access request message to send to server, access request message to be transmitted to make server and to have mobile device that is identical or interlock account with local main frame and carry out admission confirm, network interface card 603 needs to receive by server the confirmation incoming instruction that mobile device returns.
Communication no matter between local main frame and mobile device need not need to pass through server, the formal communication address that second wireless chip 6011 sends to the first wireless chip can be the mailing address that local main frame is chosen from the address group that self prestores, or formal communication address is that local main frame obtains from server, local main frame can be the mailing address that server is chosen from the address group that self prestores from the mailing address that server obtains.
In addition, ask the formal communication address obfuscation that may cause when accessing for avoiding multiple terminal simultaneously, after the first wireless chip receiving terminal at the second wireless chip 6011 sends wireless customizing messages, the mailing address allocation units 60012 of local main frame can be first that the first wireless chip distributes a temporary communications address, second wireless chip 6011 sends temporary communications address according to initial communication address to the first wireless chip, and temporary communications address is configured to the mailing address of the first wireless chip by terminal.
After network interface card 603 receives the confirmation incoming instruction that mobile device returns, mailing address allocation units 60012 are that the first wireless chip distributes formal communication address, second wireless chip 6011 returns to formal communication address according to temporary communications address to the first wireless chip, second wireless chip 6011 can also will confirm that incoming instruction returns to the first wireless chip of terminal simultaneously, be the mailing address of the first wireless chip for terminal reception and by described formal communication address configuration, the first wireless chip uses formal communication address to carry out the access having communicated terminal.
Refer to Fig. 7, Fig. 7 is mobile device of the present invention embodiment, and the mobile device 700 of the present embodiment is connected for setting up network with local main frame and has identical or interlock account, and mobile device 700 comprises:
Receiving element 701, for receiving the terminal access request message that local main frame sends;
Software systems 702, software systems 702 can be operating system or control system;
Transmitting element 703, confirmation incoming instruction is sent to local main frame for the instruction operation according to user, the first wireless chip being terminal to make local main frame distributes formal communication address, and described formal communication address sends to the first wireless chip of terminal by the second wireless chip of local main frame.
In the present embodiment, after receiving element 701 receives access request message, access request message can present by mobile device, and (such as by modes such as software interface, the tinkle of bells, note, signal lamp, vibrations) carries out admission confirm to user to allow user, if user allows this terminal to access, then transmitting element 703 can send confirmation incoming instruction according to the instruction operation of user to local main frame.
In the present embodiment, if local main frame and mobile device are in same local area network (LAN), the two has established network and has connected, then receiving element 701 can directly receive by local area network (LAN) the terminal access request message having local main frame that is identical or interlock account with mobile device and send, and transmitting element 703 to send directly to local main frame by local area network (LAN) and confirms incoming instruction.
If local main frame and mobile device be not at same local area network (LAN), then the two need alternately pass through server.Namely receiving element 701 needs to be received by server and mobile device has the terminal access request message that local main frame that is identical or interlock account sends, and transmitting element 703 needs confirmation incoming instruction to send to server, confirmation incoming instruction sends to by server has local main frame that is identical or interlock account with mobile device.
Present invention also offers a kind of terminal connecting system, connecting system comprises the terminal described at least one embodiment of the present invention, the local main frame described at least one embodiment of the present invention, and the mobile device described at least one embodiment of the present invention.Be provided with the first wireless chip in each terminal, in each local main frame, be provided with the second wireless chip.Each local main frame and at least one mobile device have identical or interlock account and establish network and be connected, and with two specific embodiments, the reciprocal process in connecting system provided by the present invention between each equipment are described below.
Refer to Fig. 8, in a specific embodiment, access configuration-system comprises first terminal 801, first local main frame 802, first mobile device 803, second local main frame 804 and the second mobile device 805.Wherein, the first local main frame 802 and the first mobile device 803 have identical or interlock account and establish network and be connected, and the two is in same local area network (LAN), can direct interaction; Second local main frame 804 and the second mobile device 805 have identical or interlock account and establish network and be connected, and the two is in same local area network (LAN), can direct interaction.In addition, connecting system can also comprise the second terminal 806.The second local main frame 804 is only included in the transmitting boundary comprising the first wireless chip of the first local main frame 802 and the second local main frame 804, second terminal 806 in the transmitting boundary of the first wireless chip of first terminal 801.
In the embodiment of the present invention, after first terminal 801 is opened or is energized, if the software systems of first terminal 801 find that the first wireless chip of first terminal 801 does not have formal communication address, only has initial communication address (such as 8888888888), then the first wireless chip of first terminal 801 can send wireless customizing messages automatically by the mode of broadcast, the initial communication address (such as 8888888888) of the first wireless chip of first terminal 801 is comprised in wireless particular message, the destination address (such as 9999999999 of the second wireless chip of local main frame, the destination address of the second wireless chip of each local main frame is identical, second wireless chip of each local main frame regularly can be transformed into the message that this destination address receives new terminal broadcast), second wireless chip of the first local main frame 802 in the transmitting boundary of the first wireless chip of first terminal 801 and the second wireless chip of the second local main frame 804 all can receive the wireless customizing messages of the first wireless chip broadcast of first terminal 801, access request message can be forwarded the first mobile device 803 by local area network (LAN) and carry out admission confirm by the first local main frame 802, access request message can be forwarded the second mobile device 805 and carry out admission confirm by the second local main frame 804.
Access request message can be presented to the user holding the first mobile device and be carried out admission confirm to allow user by the first mobile device 803, if user allows first terminal 801 to access, then the first mobile device 803 can send confirmation incoming instruction by local area network (LAN) directly to the first local main frame 802 according to the instruction of user, with make the first local main frame 802 be first terminal 801 first wireless chip distribute formal communication address, second wireless chip of the first local main frame 802 sends formal communication address (such as 3333333302) according to initial communication address (such as 8888888888) to the first wireless chip of first terminal 801, confirmation incoming instruction can also be sent to first terminal 801 by the second wireless chip of the first local main frame 802 simultaneously, receive for first terminal 801 and be the mailing address of the first wireless chip by described formal communication address configuration.Second mobile device 805 also can do identical process and send formal communication address (3333333304) according to initial communication address (such as 8888888888) to the first wireless chip of first terminal 801 to make the second wireless chip of the second local main frame 804, and confirmation incoming instruction also can be sent to first terminal 801 by the second wireless chip of the second local main frame 804.
In the present embodiment, time initial, server can be the first local main frame 802, region (such as certain family at the second local main frame 804 place, first local main frame and the second local main frame are respectively the equipment in Liang Ge family) distribute a group communication address (i.e. address group respectively, such as 3333333300 ~ 3333333399, 4444444400 ~ 4444444499), server chooses formal communication address assignment to each local main frame from this address group, the formal communication address such as distributing to the second wireless chip of the first local main frame 802 is 3333333301, the formal communication address distributing to the second wireless chip of the second local main frame 804 is 4444444401, after being assigned, the distribution condition of server meeting recording address, each local main frame also can record described address group, the formal communication address of the second wireless chip of each local main frame, and the distribution condition of address, each terminal also can record local host assignment to the temporary communications address of oneself and formal communication address, and the formal communication address of corresponding local main frame.After the first local main frame 802 receives the confirmation incoming instruction that the first mobile device 801 returns, untapped mailing address 3333333302 is chosen as formal communication address this address group can preserved from the first local main frame 802, also can be that server is chosen untapped mailing address 3333333302 and sent to the first local main frame 802 as formal communication address from this address group that self preserves, formal communication address 3333333302 is sent to the first wireless chip of first terminal 801 by the second wireless chip of the first local main frame 802 according to initial communication address 8888888888.When the second local main frame 804 receive second move the confirmation incoming instruction that 805 equipment return after, untapped mailing address 4444444402 is chosen as formal communication address this address group can preserved from the second local main frame 804, also can be that server is chosen untapped mailing address 4444444402 and sent to the second local main frame 804 as formal communication address from this address group that self preserves, formal communication address 4444444402 is sent to the first wireless chip of first terminal 801 by the second wireless chip of the second local main frame 804 according to initial communication address 8888888888.In addition, address above mentioned group also can be that each equipment generates in real time according to the rule preset.
The formal communication address configuration that second wireless chip of this local main frame returns is then the mailing address of the first wireless chip of first terminal 801 by the formal communication address that the second wireless chip which local main frame first terminal 801 receives at first returns.Such as, if the formal communication address 3333333302 that the second wireless chip that the first wireless chip of first terminal 801 receives the first local main frame 802 at first returns, then formal communication address 3333333302 is configured to the mailing address of the first wireless chip of first terminal 801, in the process of subsequent communications, first terminal machine 801 and the first local main frame 802 all will use the formal communication address of oneself to carry out communication interaction separately, namely the first wireless chip of first terminal 801 uses formal communication address 3333333302, first local main frame 802 second wireless chip use formal communication address 3333333301.
First terminal 801 has reset key, the formal communication address that reset key has received for the first wireless chip removing first terminal 801, and again sends wireless customizing messages to the second wireless chip of each local main frame.In the above example, if the formal communication address access that the first wireless chip of first terminal 801 cannot use the second wireless chip of the first local main frame 802 to return, or first terminal 801 misconnection enters, then user removes by the reset key of first terminal 801 the formal communication address that first wireless chip of first terminal 801 received, and make the first wireless chip of first terminal 801 again send wireless customizing messages to the wireless chip of the second wireless chip of the first local main frame 802 and the second local main frame 804, delay is received wireless customizing messages by the second wireless chip that the first wireless chip to first terminal 801 sent the first local main frame 802 of formal communication address, or the formal communication address that the second wireless chip that the first wireless chip of first terminal 801 had sent the first local main frame 802 of formal communication address to the first wireless chip of first terminal 801 before postponing to receive sends again, when making first terminal 801 again access like this, the formal communication address that second wireless chip that can receive the second local main frame 804 at first returns, access is realized with the formal communication address returned according to the second wireless chip of the second local main frame 804, thus improve the successful probability of access, and solve terminal and entered by misconnection, or by the problem maliciously accessed.
In the embodiment of the present invention, the second wireless chip of the first local main frame 802 postpones to receive wireless customizing messages and can postpone to send the realization of wireless customizing messages to the second wireless chip of the first local main frame 802 by the first wireless chip of first terminal 801.The formal communication address that the second wireless chip that first wireless chip of first terminal 801 postpones to receive the first local main frame 802 returns can be realized by following several mode: the first wireless chip of such as first terminal 801 postpones to send wireless customizing messages to the second wireless chip of the first local main frame 802; Or first after second wireless chip of local main frame 802 receives wireless customizing messages, the first local main frame 802 postpones access request message to issue the first mobile device 803; Or first after mobile device 803 receives access request message, postpone to return confirmation incoming instruction to the first local main frame 802; Or first after local main frame 802 receives the confirmation incoming instruction, the first local main frame 802 postpones to distribute formal communication address to the first wireless chip of first terminal 801; Or the second wireless chip of the first local main frame 802 postpones to return to formal communication address to the first wireless chip of first terminal 801.
In addition, after second terminal 806 is opened or is energized, if the software systems of the second terminal 806 find that the first wireless chip of the second terminal does not have formal communication address yet, only has initial communication address (such as 8888888888), second terminal 806 can be similar to the operation of first terminal 801, just receive wireless customizing messages and give the second terminal 806 first wireless chip distribute formal communication address only have the second local main frame 804, describe before specifically can consulting, repeat no more herein.
In addition, in example above, when first terminal 801 and the second terminal 803 ask access simultaneously, or during the two difference during request access, second wireless chip of the first local main frame 802 is after receiving the wireless customizing messages of the first wireless chip transmission of first terminal, first local main frame 802 can distribute a temporary communications address such as 3333333319 for the first wireless chip of first terminal 801, temporary communications address 3333333319 is sent to the first wireless chip of first terminal 801 by the second wireless chip of the first local main frame 802 according to initial communication address 8888888888, then access request message sends to the first mobile device 803 to carry out admission confirm by the first local main frame 802, after the first mobile device 803 confirms access, first local main frame 802 distributes a formal communication address 3333333302 to the first wireless chip of first terminal 801 again, formal communication address 3333333302 is sent to the first wireless chip of first terminal 801 by the second wireless chip of the first local main frame 802 according to temporary communications address 3333333319, second wireless chip of the first local main frame 802 can will confirm that incoming instruction sends to the first wireless chip of first terminal 801 simultaneously, receive for first terminal 801 and be the mailing address of the first wireless chip by described formal communication address configuration.Equally, second wireless chip of the second local main frame 804 is after receiving the wireless customizing messages of the first wireless chip transmission of first terminal 801, second local main frame 804 also can distribute a temporary communications address such as 4444444429 for the first wireless chip of first terminal 801, temporary communications address 4444444429 is sent to the first wireless chip of first terminal 801 by the second wireless chip of the second local main frame 804 according to initial communication address 8888888888, then access request message sends to the second mobile device 805 to carry out admission confirm by the second local main frame 804, after the second mobile device 805 confirms access, second local main frame 804 is that the first wireless chip of first terminal 801 distributes formal communication address 4444444402, formal communication address 4444444402 is sent to the first wireless chip of first terminal 801 by the second wireless chip of the second local main frame 804 according to temporary communications address 4444444429, second wireless chip of the second local main frame 804 can will confirm that incoming instruction sends to the first wireless chip of first terminal 801 simultaneously, receive for first terminal 801 and be the mailing address of the first wireless chip by described formal communication address configuration.Before receiving formal communication address, first wireless chip of first terminal 801 first recycles temporary communications address 3333333319,4444444429, to wait for the command information (such as confirming incoming instruction, formal communication address) of the first local main frame 802 or the second local main frame 804, the formal communication address configuration that the first wireless chip receives by first terminal 801 is at first the mailing address of the first wireless chip.
For the second terminal 806, second wireless chip of the second local main frame 804 is after receiving the wireless customizing messages of the first wireless chip transmission of the second terminal 806, second local main frame 804 can be that the first wireless chip of the second terminal 806 distributes a temporary communications address such as 4444444439, temporary communications address 4444444439 is sent to the first wireless chip of the second terminal 806 by the second wireless chip of the second local main frame 804 according to initial communication address 8888888888, then access request message sends to the second mobile device 805 to carry out admission confirm by the second local main frame 804, after the second mobile device 805 confirms access, second local main frame 804 is that the first wireless chip of the second terminal 806 distributes a formal communication address such as 4444444405, formal communication address 4444444405 is sent to the first wireless chip of the second terminal 806 by the second wireless chip of the second local main frame 804 according to temporary communications address 4444444439, second wireless chip of the second local main frame 804 can will confirm that incoming instruction sends to the first wireless chip of the second terminal 806 simultaneously, receive for the second terminal 806 and be the mailing address of the first wireless chip by described formal communication address configuration, first wireless chip of the second terminal 806 uses formal communication address 4444444405 as mailing address to complete the access of the second terminal 806.
In the present embodiment, during terminal request access, local main frame can be first terminal distribution temporary communications address, after access request message is transmitted to mobile device confirmation by local main frame, local main frame is terminal distribution formal communication address again, second wireless chip of local main frame can return to formal communication address for the first wireless chip of terminal, and formal communication address configuration is the access that the mailing address of the first wireless chip can realize terminal by terminal.Namely in the present embodiment, first wireless chip of terminal can complete the access of terminal in automatic acquisition formal communication address, user is only needed to carry out admission confirm (such as confirming by mobile phone button one key) by mobile device in access procedure, user is not needed manually to carry out complicated setting, convenient and swift, and ensureing that access procedure is accurately and reliably by the mode of distributing temporary communications address, whole access procedure does not need the application specific software using complexity, specialty.
Refer to Fig. 9, in another specific embodiment, connecting system 900 comprises first terminal 901, first local main frame 902, server 903, first mobile device 904, second local main frame 905 and the second mobile device 906.Wherein, the first local main frame 902 and the first mobile device 904 have identical or interlock account, but the two is not in same local area network (LAN), need to be undertaken alternately by server 903; Second local main frame 905 and the second mobile device 906 have identical or interlock account, but the two is not also in same local area network (LAN), need to be undertaken alternately by server 903.In addition, connecting system can also comprise the second terminal 907.The second local main frame 905 is only included in the transmitting boundary comprising the first wireless chip of the first local main frame 902 and the second local main frame 905, second terminal 907 in the transmitting boundary of the first wireless chip of first terminal 901.
In the embodiment of the present invention, after first terminal 901 is opened or is energized, if the software systems of first terminal 901 find that the first wireless chip of first terminal 901 does not have formal communication address, only has initial communication address (such as 8888888888), then the first wireless chip of first terminal 901 can send wireless customizing messages automatically by the mode of broadcast, the initial communication address (such as 8888888888) of the first wireless chip of first terminal 901 is comprised in wireless particular message, the destination address (such as 9999999999 of the second wireless chip of local main frame, the destination address of the second wireless chip of each local main frame is identical, second wireless chip of each local main frame regularly can be transformed into the message that this destination address receives new terminal broadcast), the wireless customizing messages that the first wireless chip 901 that second wireless chip of the first local main frame 902 in the transmitting boundary of the first wireless chip of first terminal 901 and the second wireless chip of the second local main frame 905 all can receive first terminal 901 is broadcasted, access request message can be sent to server 903 by the first local main frame 902, access request message is forwarded the first mobile device 904 and carries out admission confirm by server 903, access request message can be sent to server 903 by the second local main frame 905, access request message can be transmitted to the second mobile device 906 and carry out admission confirm by server 903.
Access request message can be presented to the user holding the first mobile device and be carried out admission confirm to allow user by the first mobile device 904, if user allows first terminal 901 to access, then confirmation incoming instruction can be sent to server 903 according to the instruction operation of user by the first mobile device 904, confirmation incoming instruction is sent to the first local main frame 902 by server 903, with make the first local main frame 902 be first terminal 901 first wireless chip distribute formal communication address, second wireless chip of the first local main frame 902 sends formal communication address (such as 3333333302) according to initial communication address (such as 8888888888) to the first wireless chip of first terminal 901, can also will confirm that incoming instruction sends to the first wireless chip of first terminal 901 simultaneously, receive for first terminal 901 and be the mailing address of the first wireless chip by described formal communication address configuration.Second mobile device 906 also can do identical process and send formal communication address (4444444404) according to initial communication address (such as 8888888888) to the first wireless chip of first terminal 901 to make the second wireless chip of the second local main frame 905, and confirmation incoming instruction also can be sent to first terminal 901 by the second wireless chip of the second local main frame 905.
In the present embodiment, time initial, server 903 can be the first local main frame 902, region (such as certain family at the second local main frame 905 place, first local main frame and the second local main frame are respectively the equipment in Liang Ge family) distribute a group communication address (i.e. address group respectively, such as 3333333300 ~ 3333333399, 4444444400 ~ 4444444499), server 903 chooses formal communication address assignment to each local main frame from this address group, the formal communication address such as distributing to the second wireless chip of the first local main frame 902 is 3333333301, the formal communication address distributing to the second wireless chip of the second local main frame 905 is 4444444401, after being assigned, the distribution condition of server meeting 903 recording addresses, each local main frame also can record described address group, the formal communication address of the second wireless chip of each local main frame, and the distribution condition of address, each terminal also can record local host assignment to the temporary communications address of oneself and formal communication address, and the formal communication address of corresponding local main frame.After the first local main frame 902 receives the confirmation incoming instruction sent by the first mobile device 904 of server 903 forwarding, untapped mailing address 3333333302 is chosen as formal communication address this address group can preserved from the first local main frame 902, also can be that server 903 is chosen untapped mailing address 3333333302 and sent to the first local main frame 902 as formal communication address from this address group, formal communication address 3333333302 is sent to the first wireless chip of first terminal 901 by the second wireless chip of the first local main frame 902 according to initial communication address 8888888888.After the second local main frame 905 receives the confirmation incoming instruction sent by the second mobile device 906 of server 903 forwarding, untapped mailing address 4444444402 is chosen as formal communication address this address group can preserved from the second local main frame 905, also can be that server 903 is chosen untapped mailing address 4444444402 and sent to the second local main frame 905 as formal communication address from this address group, formal communication address 4444444402 is sent to the first wireless chip of first terminal 901 by the second wireless chip of the second local main frame 905 according to initial communication address 8888888888.In addition, address above mentioned group also can be that each equipment generates in real time according to the rule preset.
The formal communication address configuration that second wireless chip of this local main frame returns is then the mailing address of the first wireless chip of first terminal 901 by the formal communication address that the second wireless chip which local main frame first terminal 901 receives at first returns.Such as, if the formal communication address 3333333302 that the second wireless chip that the first wireless chip of first terminal 901 receives the first local main frame 902 at first returns, then formal communication address 3333333302 is configured to the mailing address of the first wireless chip of first terminal 901, in the process of subsequent communications, first terminal 901 and the first local main frame 902 all will use the formal communication address of oneself to carry out communication interaction all separately, namely the first wireless chip of first terminal 901 uses formal communication address 3333333302 to communicate, first local main frame 902 second wireless chip use formal communication address 3333333301 communicate.
First terminal 901 has reset key, the formal communication address that reset key has received for the first wireless chip removing first terminal 901, and again sends wireless customizing messages to the second wireless chip of each local main frame.In the above example, if the formal communication address access that the first wireless chip of first terminal 901 cannot use the second wireless chip of the first local main frame 902 to return, or first terminal 901 misconnection enters, then user removes by the reset key of first terminal 901 the formal communication address that first wireless chip of first terminal 901 received, and make the first wireless chip of first terminal 901 again send wireless customizing messages to the wireless chip of the second wireless chip of the first local main frame 902 and the second local main frame 905, delay is received wireless customizing messages by the second wireless chip that the first wireless chip to first terminal 901 sent the first local main frame 902 of formal communication address, or the formal communication address that the second wireless chip that the first wireless chip of first terminal 901 had sent the first local main frame 902 of formal communication address to the first wireless chip of first terminal 901 before postponing to receive sends again, when making first terminal 901 again access like this, the formal communication address that second wireless chip that can receive the second local main frame 905 at first returns, access is realized with the formal communication address returned according to the second wireless chip of the second local main frame 905, thus improve the successful probability of access, and solve terminal and entered by misconnection, or by the problem maliciously accessed.
In the embodiment of the present invention, the second wireless chip of the first local main frame 902 postpones to receive wireless customizing messages and can postpone to send the realization of wireless customizing messages to the second wireless chip of the first local main frame 902 by the first wireless chip of first terminal 901.The formal communication address that the second wireless chip that first wireless chip of first terminal 901 postpones to receive the first local main frame 902 returns can be realized by following several mode: the first wireless chip of such as first terminal 901 postpones to send wireless customizing messages to the second wireless chip of the first local main frame 902; Or first after second wireless chip of local main frame 902 receives wireless customizing messages, the first local main frame 902 postpones access request message to be transmitted to server 903; Or after server 903 receives access request message, postpone access request message to send to the first mobile device 904; Or first after mobile device 904 receives access request message, postpone to return confirmation incoming instruction to server 903; Or after server 903 receives the confirmation incoming instruction, postpone confirmation incoming instruction to send to the first local main frame 902; Or first after local main frame 902 receives the confirmation incoming instruction, the first local main frame 902 postpones to distribute formal communication address to the first wireless chip of first terminal 901; Or the second wireless chip of the first local main frame 902 postpones to return to formal communication address to the first wireless chip of first terminal 901.
In addition, after second terminal 907 is opened or is energized, if the software systems of the second terminal 907 find that the first wireless chip of the second terminal 907 does not have formal communication address yet, only has initial communication address (such as 8888888888), second terminal 907 can be similar to the operation of first terminal 901, just receive wireless customizing messages and give the second terminal 907 first wireless chip distribute formal communication address only have the second local main frame 905, describe before specifically can consulting, repeat no more herein.
In addition, in example above, when first terminal 901 and the second terminal 907 ask access simultaneously, or during the two difference during request access, second wireless chip of the first local main frame 902 is after receiving the wireless customizing messages of the first wireless chip transmission of first terminal 901, first local main frame 902 can distribute a temporary communications address such as 3333333319 for the first wireless chip of first terminal 901, temporary communications address 3333333319 is sent to the first wireless chip of first terminal 901 by the second wireless chip of the first local main frame 902 according to initial communication address 8888888888, then access request message sends to the first mobile device 904 to carry out admission confirm by server 903 by the first local main frame 902, after the first mobile device 904 confirms access, first local main frame 902 distributes a formal communication address 3333333302 to the first wireless chip of first terminal 901 again, formal communication address 3333333302 is sent to the first wireless chip of first terminal 901 by the second wireless chip of the first local main frame 902 according to temporary communications address 3333333319, second wireless chip of the first local main frame 902 can will confirm that incoming instruction sends to the first wireless chip of first terminal 901 simultaneously, receive for first terminal 901 and be the mailing address of the first wireless chip by described formal communication address configuration.Equally, second wireless chip of the second local main frame 905 is after receiving the wireless customizing messages of the first wireless chip transmission of first terminal 901, second local main frame 905 also can distribute a temporary communications address such as 4444444429 for the first wireless chip of first terminal 901, temporary communications address 4444444429 is sent to the first wireless chip of first terminal 901 by the second wireless chip of the second local main frame 905 according to initial communication address 8888888888, then access request message sends to the second mobile device 906 to carry out admission confirm by server 903 by the second local main frame 905, after the second mobile device 906 confirms access, second local main frame 905 is that the first wireless chip of first terminal 901 distributes formal communication address 4444444402, formal communication address 4444444402 is sent to the first wireless chip of first terminal 901 by the second wireless chip of the second local main frame 905 according to temporary communications address 4444444429, second wireless chip of the second local main frame 905 can will confirm that incoming instruction sends to the first wireless chip of first terminal 901 simultaneously, receive for first terminal 901 and be the mailing address of the first wireless chip by described formal communication address configuration.Before receiving formal communication address, first wireless chip of first terminal 901 first recycles temporary communications address 3333333319,4444444429, to wait for the command information (such as confirming incoming instruction, formal communication address) of the first local main frame 902 or the second local main frame 905, the formal communication address configuration that the first wireless chip receives by first terminal 901 is at first the mailing address of the first wireless chip.
For the second terminal 907, second wireless chip of the second local main frame 905 is after receiving the wireless customizing messages of the first wireless chip transmission of the second terminal 907, second local main frame 905 can be that the first wireless chip of the second terminal 907 distributes a temporary communications address such as 4444444439, temporary communications address 4444444439 is sent to the first wireless chip of the second terminal 907 by the second wireless chip of the second local main frame 905 according to initial communication ground 8888888888, then access request message sends to the second mobile device 906 to carry out admission confirm by server 903 by the second local main frame 905, after the second mobile device 906 confirms access, second local main frame 905 is that the first wireless chip of the second terminal 907 distributes a formal communication address such as 4444444405, formal communication address 4444444405 is sent to the first wireless chip of the second terminal 907 by the second wireless chip of the second local main frame 905 according to temporary communications address 4444444439, second wireless chip of the second local main frame 905 can will confirm that incoming instruction sends to the first wireless chip of the second terminal 907 simultaneously, receive for the second terminal 907 and be the mailing address of the first wireless chip by described formal communication address configuration, first wireless chip of the second terminal 907 uses formal communication address 4444444405 as mailing address to complete the access of the second terminal 907.
In the present embodiment, during terminal request access, local main frame can be first terminal distribution temporary communications address, after access request message is transmitted to mobile device confirmation by local main frame by server, local main frame is terminal distribution formal communication address again, second wireless chip of local main frame can return to formal communication address for the first wireless chip of terminal, and formal communication address configuration is the access that the mailing address of the first wireless chip can realize terminal by terminal.Namely in the present embodiment, first wireless chip of terminal can complete the access of terminal in automatic acquisition formal communication address, user is only needed to carry out admission confirm (such as confirming by mobile phone button one key) by mobile device in access procedure, user is not needed manually to carry out complicated setting, convenient and swift, and ensureing that access procedure is accurately and reliably by the mode of distributing temporary communications address, whole access procedure does not need the application specific software using complexity, specialty.
It should be noted that in addition, device embodiment described above is only schematic, the wherein said unit illustrated as separating component or can may not be and physically separates, parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of module wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.In addition, in device embodiment accompanying drawing provided by the invention, the annexation between module represents to have communication connection between them, specifically can be implemented as one or more communication bus or holding wire.Those of ordinary skill in the art, when not paying creative work, are namely appreciated that and implement.
Through the above description of the embodiments, those skilled in the art can be well understood to the present invention can by hardware, such as analog circuit, digital circuit or special circuit, mode realize.But under more susceptible for the purpose of the present invention condition, software program realizes is better execution mode.Based on such understanding, technical scheme of the present invention can realize with the form of software product, this computer software product is stored in the storage medium that can read, as the floppy disk of computer, flash memory is (English: flashmemory), hard disk, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory) or CD etc., comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform method described in the present invention each embodiment.
The above; be only the present invention's preferably embodiment, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.

Claims (27)

1. the cut-in method of a terminal, it is characterized in that, described cut-in method is applied to terminal connecting system, described connecting system comprises terminal, local main frame and mobile device, be provided with the first wireless chip in described terminal, be provided with the second wireless chip in described local main frame, described local main frame and described mobile device have identical or interlock account and establish network and connect;
Described method comprises:
Described first wireless chip sends wireless customizing messages to described second wireless chip, described wireless customizing messages comprises the initial communication address of described first wireless chip, the destination address of the second wireless chip and access request message, to make described local main frame, described access request message is transmitted to described mobile device and carries out admission confirm;
Described local main frame is that described first wireless chip distributes formal communication address, and described second wireless chip sends described formal communication address according to described initial communication address to described first wireless chip;
Described formal communication address configuration is that the mailing address of described first wireless chip is to complete the access of described terminal by described terminal.
2. the method for claim 1, it is characterized in that, the mailing address chosen described local main frame is formal communication address that described first wireless chip distributes address group that to be that described local main frame prestores from described local main frame or described local main frame generate in real time according to preset rules, or be the mailing address that described local main frame obtains from server, the mailing address that described local main frame is chosen from the mailing address that described server the obtains described address group that to be that described server prestores from described server or described server generate in real time according to preset rules.
3. the method for claim 1, is characterized in that, described local main frame is, before described first wireless chip distributes formal communication address, also comprise:
Described local main frame is that described first wireless chip distributes temporary communications address, described second wireless chip sends described temporary communications address according to described initial communication address to described first wireless chip, and described temporary communications address is configured to the mailing address of described first wireless chip by described terminal;
Described local main frame receives the confirmation incoming instruction that described mobile device sends;
Described local main frame is after described first wireless chip distributes formal communication address, described second wireless chip sends described formal communication address according to described temporary communications address to described first wireless chip, and described formal communication address configuration is the mailing address of described first wireless chip by described terminal.
4. the method as described in claims 1 to 3 any one, is characterized in that, described terminal includes control chip and software systems, and described first wireless chip and described control chip communicate to connect.
5. the method as described in claims 1 to 3 any one, it is characterized in that, wireless module is provided with in described terminal, described wireless module includes described first wireless chip, control chip and software systems, described first wireless chip and described control chip communicate to connect, and circuit or the electronic device of described control chip and described terminal are connected.
6. the method as described in claims 1 to 3 any one, is characterized in that, described first wireless chip is relay wireless transceiving chip, and described second wireless chip is middle control radio transmitting and receiving chip.
7. the method as described in claims 1 to 3 any one, is characterized in that, described access request message is transmitted to described mobile device by described local main frame carries out admission confirm and comprise:
Described access request message is transmitted to described mobile device by local area network (LAN) and carries out admission confirm by described local main frame.
8. the method as described in claims 1 to 3 any one, is characterized in that, also comprises server in described connecting system;
Described access request message is transmitted to described mobile device by described local main frame carries out admission confirm and comprises:
Described access request message is sent to described server by described local main frame, and described access request message is transmitted to described mobile device and carries out admission confirm by described server.
9. a terminal, is characterized in that, comprising:
First wireless chip, wireless customizing messages is sent for the second wireless chip to local main frame, described wireless customizing messages comprises the initial communication address of described first wireless chip, the destination address of described second wireless chip and access request message, to make described local main frame, described access request message is transmitted to mobile device and carries out admission confirm, described local main frame and described mobile device have identical or interlock account and establish network and connect; And receive described local main frame be described first wireless chip distribute and the formal communication address sent according to described initial communication address by described second wireless chip;
Mailing address dispensing unit, for by described formal communication address configuration being the mailing address of described first wireless chip.
10. terminal as claimed in claim 9, it is characterized in that, the mailing address chosen described local main frame is formal communication address that described first wireless chip distributes address group that to be that described local main frame prestores from described local main frame or described local main frame generate in real time according to preset rules, or be the mailing address that described local main frame obtains from server, the mailing address that described local main frame is chosen from the mailing address that described server the obtains described address group that to be that described server prestores from described server or described server generate in real time according to preset rules.
11. terminals as claimed in claim 9, it is characterized in that, it is that described first wireless chip distributes and before the formal communication address sent according to described initial communication address by described second wireless chip that described first wireless chip receives described local main frame, also for:
Receiving described local main frame is that described first wireless chip distributes and the temporary communications address sent according to described initial communication address by described second wireless chip, and described temporary communications address is configured to the mailing address of described first wireless chip by described mailing address dispensing unit;
Described formal communication address is that described first wireless chip distributes and sends to described first wireless chip by described second wireless chip according to described temporary communications address by described local main frame.
12. terminals as described in claim 9 to 11 any one, it is characterized in that, described terminal also includes control chip and software systems, and described first wireless chip and described control chip communicate to connect.
13. terminals as described in claim 9 to 11 any one, it is characterized in that, wireless module is provided with in described terminal, described wireless module includes described first wireless chip, control chip and software systems, described first wireless chip and described control chip communicate to connect, and circuit or the electronic device of described control chip and described terminal are connected.
14. terminals as described in claim 9 to 11 any one, it is characterized in that, described first wireless chip is relay wireless transceiving chip, and described second wireless chip is middle control radio transmitting and receiving chip.
15. 1 kinds of local main frames, is characterized in that, described local main frame is used for setting up network with mobile device and is connected and has identical or interlock account, and described local main frame comprises:
Second wireless chip, the wireless customizing messages that the first wireless chip for receiving terminal sends, described wireless customizing messages comprises the initial communication address of described first wireless chip, the destination address of described second wireless chip and access request message;
Network interface card, carries out admission confirm for described access request message is transmitted to described mobile device; And receive the confirmation incoming instruction that described mobile device returns;
Mailing address allocation units, for distributing formal communication address for described first wireless chip;
Described second wireless chip also for, send described formal communication address according to described initial communication address to described first wireless chip.
16. local main frames as claimed in claim 15, it is characterized in that, the mailing address chosen described mailing address allocation units are formal communication address that described first wireless chip distributes address group that to be that described local main frame prestores from described local main frame or described local main frame generate in real time according to preset rules, or be the mailing address that described local main frame obtains from server, the mailing address that described local main frame is chosen from the mailing address that described server the obtains described address group that to be that described server prestores from described server or described server generate in real time according to preset rules.
17. local main frames as claimed in claim 15, is characterized in that,
Described mailing address allocation units also for, be described first wireless chip distribute temporary communications address;
Described second wireless chip also for, send described temporary communications address according to described initial communication address to described first wireless chip;
After described mailing address allocation units are described first wireless chip distribution formal communication address, described second wireless chip sends described formal communication address according to described temporary communications address to described first wireless chip.
18. local main frames as described in claim 15 to 17 any one, is characterized in that,
Described network interface card specifically for, send to described mobile device to carry out admission confirm described access request message by local area network (LAN); And receive by described local area network (LAN) the confirmation incoming instruction that described mobile device returns.
19. local main frames as described in claim 15 to 17 any one, is characterized in that,
Described network interface card specifically for, described access request message is sent to server, to make described server, described access request message is transmitted to described mobile device and carries out admission confirm; And receive the confirmation incoming instruction sent by described mobile device of described server forwarding.
20. local main frames as described in claim 15 to 17 any one, it is characterized in that, described local main frame also includes control chip and software systems, and described second wireless chip and described control chip communicate to connect.
21. local main frames as described in claim 15 to 17 any one, it is characterized in that, be provided with wireless module in described local main frame, described wireless module includes described second wireless chip, control chip and software systems, and described second wireless chip and described control chip communicate to connect.
22. 1 kinds of mobile devices, is characterized in that, described mobile device is used for setting up network with local main frame and is connected and has identical or interlock account, and described mobile device comprises:
Receiving element, for receiving the terminal access request message that described local main frame sends;
Transmitting element, confirmation incoming instruction is sent to described local main frame for the instruction according to user, to make described local main frame distribute formal communication address to the first wireless chip of described terminal, described formal communication address sends to the first wireless chip of described terminal by the second wireless chip of local main frame.
23. mobile devices as claimed in claim 22, is characterized in that,
Receiving element specifically for, by local area network (LAN) receive described local main frame send terminal access request message;
Described transmitting element specifically for, the instruction according to described user sends described confirmation incoming instruction by described local area network (LAN) to described local main frame.
24. mobile devices as claimed in claim 22, is characterized in that,
The terminal access request message sent by described local main frame that described receiving element forwards specifically for, reception server;
Described transmitting element specifically for, the instruction according to described user sends described confirmation incoming instruction to described server, to make described server, described confirmation incoming instruction is transmitted to described local main frame.
The connecting system of 25. 1 kinds of terminals, it is characterized in that, comprise at least one terminal as described in claim 9 to 14 any one, at least one local main frame as described in claim 15 to 21 any one, and at least one mobile device as described in claim 22 to 24 any one, the first wireless chip is provided with in terminal described in each, be provided with the second wireless chip in local main frame described in each, local main frame described in each and mobile device described at least one have identical or interlock account and establish network and be connected.
26. systems as claimed in claim 25, it is characterized in that, described terminal has reset key, and described reset key for removing described formal communication address, and sends wireless customizing messages to described local main frame again.
27. systems as claimed in claim 26, it is characterized in that, the quantity of described local main frame is multiple, after described terminal sends wireless customizing messages again, the local main frame sending formal communication address to described terminal postpones to receive described wireless customizing messages, or described end delay receive before sent the formal communication address that again sends of local main frame from formal communication address to described terminal.
CN201410836782.2A 2014-12-26 2014-12-26 A kind of cut-in method of terminal, system and relevant device Expired - Fee Related CN104469984B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201410836782.2A CN104469984B (en) 2014-12-26 2014-12-26 A kind of cut-in method of terminal, system and relevant device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201410836782.2A CN104469984B (en) 2014-12-26 2014-12-26 A kind of cut-in method of terminal, system and relevant device

Publications (2)

Publication Number Publication Date
CN104469984A true CN104469984A (en) 2015-03-25
CN104469984B CN104469984B (en) 2018-11-09

Family

ID=52915145

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201410836782.2A Expired - Fee Related CN104469984B (en) 2014-12-26 2014-12-26 A kind of cut-in method of terminal, system and relevant device

Country Status (1)

Country Link
CN (1) CN104469984B (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104808559A (en) * 2015-04-24 2015-07-29 深圳市彩易生活科技有限公司 Wireless switch control method, system and related equipment
CN115706732A (en) * 2021-08-12 2023-02-17 中移物联网有限公司 Control system, method, electronic device and storage medium

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102238236A (en) * 2011-07-12 2011-11-09 华南理工大学 Intelligent household electric appliance system based on ZigBee and page generation and implementation method thereof
EP2605607A1 (en) * 2011-12-12 2013-06-19 Samsung Electronics Co., Ltd Image forming apparatus supporting peer-to-peer connection and method of managing channel thereof
CN103580968A (en) * 2013-11-12 2014-02-12 中国联合网络通信有限公司物联网研究院 Smart home system based on internet of things cloud computing
CN103713608A (en) * 2013-12-27 2014-04-09 广东康宝电器有限公司 Hierarchical network architecture of wireless Internet-of-Things home system and networking communication method thereof

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102238236A (en) * 2011-07-12 2011-11-09 华南理工大学 Intelligent household electric appliance system based on ZigBee and page generation and implementation method thereof
EP2605607A1 (en) * 2011-12-12 2013-06-19 Samsung Electronics Co., Ltd Image forming apparatus supporting peer-to-peer connection and method of managing channel thereof
CN103580968A (en) * 2013-11-12 2014-02-12 中国联合网络通信有限公司物联网研究院 Smart home system based on internet of things cloud computing
CN103713608A (en) * 2013-12-27 2014-04-09 广东康宝电器有限公司 Hierarchical network architecture of wireless Internet-of-Things home system and networking communication method thereof

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104808559A (en) * 2015-04-24 2015-07-29 深圳市彩易生活科技有限公司 Wireless switch control method, system and related equipment
CN104808559B (en) * 2015-04-24 2019-01-22 深圳市彩易生活科技有限公司 A kind of wireless switching control method, system and relevant device
CN115706732A (en) * 2021-08-12 2023-02-17 中移物联网有限公司 Control system, method, electronic device and storage medium
CN115706732B (en) * 2021-08-12 2024-06-11 中移物联网有限公司 Control system, control method, electronic equipment and storage medium

Also Published As

Publication number Publication date
CN104469984B (en) 2018-11-09

Similar Documents

Publication Publication Date Title
CN104506360A (en) Network access configuration method and system of intelligent equipment and related equipment
US10972362B2 (en) Network service configuration method and network management device
US20160254941A1 (en) Apparatus And Method For Managing Network Access Device
CN110995554A (en) Method, device and storage medium for configuring network access of smart home appliances
CN104902547B (en) WiFi network connection method and device
CN104660498A (en) Gateway equipment and information processing method
CN107113892B (en) Method and device for automatically networking gateway equipment
CN110233799B (en) Port configuration method and communication equipment
CN106412680B (en) Multi-screen control method and device
EP3046393A1 (en) Switching device and method for automatically connecting to nfc chip and switching security element
CN105357737A (en) Method and device for accessing WiFi device to wireless access point
CN107092459A (en) Exchange method and interactive device and display screen control system
JP6406045B2 (en) Karaoke system, address lease server, management server, karaoke equipment
CN104519482A (en) Equipment parameter configuration method and device
CN104426816B (en) A kind of virtual machine communication method and device
CN108353108B (en) Data setting system and data setting method
CN102694814B (en) Have the high-definition video player of wireless networking capabilities and WAP (wireless access point) function concurrently
CN105338089A (en) Remote content sharing method, server and terminal
CN104469984A (en) Access method and system of terminal and related equipment
CN106941680A (en) Base station monitoring method, terminal, vpn server and system
CN113596792A (en) Binding method and device of electronic equipment, storage medium and electronic device
CN113542343A (en) Apparatus and method for G3-PLC bootstrapping in hybrid networks
CN110651255B (en) Load control method, movable platform and computer readable storage medium
CN104601679B (en) Equipment soft method, mobile terminal and server
CN104092742A (en) Method for conducing remote setting and maintaining on another intelligent device through smart phone

Legal Events

Date Code Title Description
C06 Publication
PB01 Publication
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20181109

Termination date: 20211226

CF01 Termination of patent right due to non-payment of annual fee