CN105163402A - Method and system for realizing radio-frequency bidirectional communication through mobile terminal code matching - Google Patents
Method and system for realizing radio-frequency bidirectional communication through mobile terminal code matching Download PDFInfo
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- CN105163402A CN105163402A CN201510617471.1A CN201510617471A CN105163402A CN 105163402 A CN105163402 A CN 105163402A CN 201510617471 A CN201510617471 A CN 201510617471A CN 105163402 A CN105163402 A CN 105163402A
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Abstract
The invention relates to a method for realizing radio-frequency bidirectional communication through mobile terminal code matching. The method comprises the following steps: I, pre-defining and writing primary device ID numbers on primary devices, and generating and attaching primary device ID two-dimensional codes corresponding to the primary device ID numbers at the same time; defining and writing sub-device ID numbers on sub-devices, and generating and attaching sub-device ID two-dimensional codes corresponding to the sub-device ID numbers, wherein a manufacturer needs to import the ID numbers of all the primary devices and all the sub-devices into a device ID dictionary database storage module of a cloud server in advance; II, registering on mobile equipment by following a service number through personal WeChat or downloading an APP, wherein at the moment, the ID of the mobile equipment is input into the device ID dictionary database storage module of the cloud server; III, scanning the primary device ID two-dimensional codes of the primary devices by using the mobile equipment to finish binding between the primary devices and the mobile equipment; IV, performing pairing operation of the primary devices and the sub-devices; and V, unbinding the mobile equipment and the primary devices, and unpairing the primary devices and the sub-devices. Through adoption of the method, simple pairing can be performed without presetting. The method is convenient to operate, and can be applied widely.
Description
Technical field
The present invention relates in a kind of intelligent home control system, particularly in a kind of the radio frequency identification means of communication and application system of the Smart Home based on the Internet.
Background technology
Now commercially, wireless intelligent house uses more wireless telecommunications and connects is the radio-frequency technique such as 433/315.But realization can radio-frequency communication connect before, need to carry out radio frequency by artificial button in advance between main equipment and subset and code matched, namely set up main equipment and subset point-to-point between radio-frequency communication, easy misoperation, non-visual.
Summary of the invention
The object of the invention is, in order to solve above-mentioned Smart Home identification communication, there is above-mentioned weak point, providing a kind of method and system by mobile terminal, code being realized to RF bidirectional communication.
The present invention realizes:
A kind ofly by mobile terminal to the method step that code realizes RF bidirectional communication be:
One, define on the master in advance, write No. ID, main equipment, use self-defining Software Create simultaneously, stick the main equipment ID Quick Response Code corresponding with No. ID, main equipment; Subset defines, writes No. ID, subset, use self-defining Software Create simultaneously, stick the subset ID Quick Response Code corresponding with No. ID, subset; Manufacturer needs in advance No. ID of all main equipments and all subsets to be imported in the device id dictionary library memory module of Cloud Server;
Two, on the mobile apparatus, by individual's micro-gateway note service number or download APP and register; Now, the ID of mobile device can be entered in the device id dictionary library memory module of Cloud Server;
Three, with the main equipment ID Quick Response Code of mobile device scanning main equipment, extract No. ID, main equipment by Quick Response Code identification module and be sent to Cloud Server, Cloud Server is received by Wide Area Network communication module one and automatically the ID of the ID of this mobile device and main equipment is bound by recognition processing module, thus completes main equipment and mobile device is bound;
Four, the operation that main equipment and subset match is carried out:
1) bound the mobile device of main equipment, re-used the subset ID Quick Response Code of mobile device scanning subset, extract No. ID, subset by Quick Response Code identification module and be sent to Cloud Server;
2) Cloud Server is matched the ID of this mobile device and the ID of main equipment and the ID of subset automatically by Wide Area Network communication module one by recognition processing module, thus completes main equipment, subset and mobile device high in the clouds and match,
3) after high in the clouds pairing confirms, Cloud Server also can send to main equipment by Wide Area Network communication module one bundle device id, main equipment receives subset ID by Wide Area Network communication module two and is saved in the subset ID list storage module of main equipment, thus achieve the radio frequency communication pairing and binding of main equipment and subset, now, when network is unobstructed, realizes main equipment, subset and mobile device, with regard to being formed, there is mutual communication work performance;
Five, mobile device and main equipment unbind, main equipment and subset remove pair relationhip:
1) mobile device and main equipment unbind: the mobile device having bound main equipment, uses the main equipment ID Quick Response Code of mobile device scanning main equipment, extracts No. ID, main equipment be sent to Cloud Server by Quick Response Code identification module; After Cloud Server receives No. ID, main equipment and mobile device ID by Wide Area Network communication module one, recognition processing module removes the binding relationship of No. ID, main equipment with mobile device ID, thus completes main equipment and mobile device and bind and remove.Meanwhile, main equipment has been bound any subset also to be removed by all solutions.
2) subset and main equipment remove the operation of matching: the user after main equipment and subset match, in the micro-letter of the individual of mobile device or APP, open menu, perform and remove matching operation accordingly, and releasing pairing request will be sent to Cloud Server; Cloud Server receives the request removing pairing by Wide Area Network communication module one after, recognition processing module can be removed the binding relationship of No. ID, main equipment with No. ID, subset; Simultaneously, remove pairing request and also can send to main equipment, after main equipment receives and removes pairing request, can delete from the subset ID list storage module of oneself by bundle device id, this deletion subset ID successfully notice can return to Cloud Server, Cloud Server returns to mobile device notification user mobile device again, thus completes the releasing matching operation of main equipment and subset.
Further, described mobile device can scan multiple subset ID Quick Response Code, and the ID of multiple subset is saved in a main equipment, thus the ID realizing a main equipment and multiple subset matches.
The present invention realizes:
By mobile terminal, code is realized to a system for RF bidirectional communication, include main equipment, subset, mobile device and Cloud Server; Described main equipment and subset mutual less radio-frequency connection establishment both-way communication, and set up respectively by mobile device and Cloud Server and read communication, described Cloud Server is also directly connected in main equipment and sets up data and transmit communication.
Further, described main equipment is the web camera or the thing connection router that are provided with Wide Area Network communication module two, subset ID list storage module, No. ID, main equipment, main equipment ID Quick Response Code and radio receiving transmitting module two; Described Wide Area Network communication module two is connected with subset ID list storage module correspondence; No. ID, main equipment and the corresponding connection of main equipment ID Quick Response Code; Main equipment sets up communication by Wide Area Network communication module two and Cloud Server, set up communication by radio receiving transmitting module two and subset, be connected to mobile device by main equipment ID Quick Response Code and Cloud Server sets up communication.
Further, described subset is the smart lock or the Intelligent air purifier that are provided with No. ID, subset, subset ID Quick Response Code and radio receiving transmitting module one; No. ID, described subset and subset ID Quick Response Code are mutually corresponding to be connected, and subset sets up communication, by radio receiving transmitting module one and the communication of main equipment connection establishment by subset ID Quick Response Code and mobile device.
Further, described Cloud Server is provided with device id dictionary library memory module, recognition processing module and Wide Area Network communication module one; Described device id dictionary library memory module and Wide Area Network communication module one are connected to communication that recognition processing module connects, and set up communication by Wide Area Network communication module one and mobile device and main equipment.
Further, described mobile device is provided with Quick Response Code identification module and individual micro-letter or APP, and the micro-letter of described individual or APP are connected with Quick Response Code identification module respectively.
Beneficial effect of the present invention:
Of the present inventionly include main equipment, subset, mobile device and Cloud Server, be provided with Wide Area Network communication module two, subset ID list storage module, No. ID, main equipment, main equipment ID Quick Response Code and radio receiving transmitting module two on the master; Subset is provided with No. ID, subset, subset ID Quick Response Code and radio receiving transmitting module one; Mobile device is provided with Quick Response Code identification module and individual micro-letter or APP; Cloud Server is provided with device id dictionary library memory module, recognition processing module and Wide Area Network communication module one.Described main equipment and subset are interconnected sets up both-way communication, and sets up respectively by mobile device and Cloud Server and read communication, and Cloud Server connects with main equipment and sets up data and transmit communication.Thus, main equipment and subset are simply matched by mobile device, without the need to presetting, easy to operate, be widely used.
Accompanying drawing explanation
Fig. 1 is the functional-block diagram of the specific embodiment of the invention.
Embodiment
Below in conjunction with accompanying drawing, the present invention is described in further detail.
By mobile terminal, code is realized to a method for RF bidirectional communication, the steps include:
One, define on main equipment 4 in advance, write main equipment No. ID 42, use self-defining Software Create simultaneously, stick the main equipment ID Quick Response Code 43 corresponding with No. ID, main equipment 42; Subset 1 defines, write subset No. ID 11, use self-defining Software Create simultaneously, stick the subset ID Quick Response Code 12 corresponding with No. ID, subset 11; Manufacturer needs in advance No. ID of all main equipments 4 and all subsets 1 to be imported in the device id dictionary library memory module 31 of Cloud Server 3;
Two, on mobile device 2, pay close attention to service number by the micro-letter 22 of individual or download APP23 and register; Now, the ID of mobile device can be entered in the device id dictionary library memory module 31 of Cloud Server 3;
Three, the main equipment ID Quick Response Code 43 of main equipment 4 is scanned with mobile device 2, extract main equipment No. ID 42 by Quick Response Code identification module 21 and be sent to Cloud Server 3, Cloud Server 3 is received by Wide Area Network communication module 1 and automatically the ID of the ID of this mobile device 2 and main equipment 4 is matched by recognition processing module 32, thus completes main equipment 4 and match with mobile device 2 high in the clouds;
Four, the operation that main equipment 4 matches with subset 1 is carried out:
1) bound the mobile device 2 of main equipment 1, re-used the subset ID Quick Response Code 12 that mobile device 2 scans subset 1, extract subset No. ID 11 by Quick Response Code identification module 21 and be sent to Cloud Server 3;
2) Cloud Server 3 is bound the ID of this mobile device 2 and ID of the main equipment 4 and ID of subset 1 automatically by Wide Area Network communication module 1 by recognition processing module 32, thus complete main equipment 4, subset 1 is bound with mobile device 2,
3) after high in the clouds pairing confirms, Cloud Server 3 also can send to main equipment 4 by Wide Area Network communication module 1 bundle device id 11, main equipment 4 receives subset ID11 by Wide Area Network communication module 2 44 and is saved in the subset ID list storage module 41 of main equipment 4, thus the radio frequency communication achieving main equipment 4 and subset 1 is matched, now, when network is unobstructed, realizes main equipment 4, subset 1 and mobile device 2, with regard to being formed, there is mutual communication work performance;
Five, mobile device and main equipment unbind, main equipment and subset remove pair relationhip:
1) mobile device 2 and main equipment 4 unbind: the mobile device 2 having bound main equipment 4, uses mobile device 2 to scan the main equipment ID Quick Response Code 43 of main equipment 4, extracts main equipment No. ID 42 be sent to Cloud Server 3 by Quick Response Code identification module 21; After Cloud Server 3 receives No. ID, main equipment and mobile device ID by Wide Area Network communication module 1, recognition processing module 32 removes the binding relationship of No. ID, main equipment with mobile device ID, thus completes main equipment 4 and mobile device 2 and bind and remove.Meanwhile, main equipment 4 has been bound any subset 1 to be removed by all solutions.
2) subset 1 and main equipment 4 remove the operation of matching: the user after main equipment and subset match, menu is opened in the micro-letter 22 of the individual of mobile device 2 or APP23, perform and remove matching operation accordingly, releasing pairing request will be sent to Cloud Server 3; Cloud Server 3 receives the request removing pairing by Wide Area Network communication module 1 after, recognition processing module 32 can be removed the binding relationship of main equipment No. ID 42 and subset No. ID 11; Simultaneously, remove pairing request and also can send to main equipment 4, after main equipment receives and removes pairing request, can delete from the subset ID list storage module 41 of oneself by bundle device id, this deletion subset ID successfully notice can return to Cloud Server, Cloud Server returns to mobile device notification user mobile device 2 again, thus completes the releasing matching operation of main equipment 4 and subset 1.
In method, described mobile device 2 can scan multiple subset ID Quick Response Code, and the ID of multiple subset is saved in a main equipment, thus the ID realizing a main equipment and multiple subset matches.
By mobile terminal, code is realized to a system for RF bidirectional communication, include main equipment 4, subset 1, mobile device 2 and Cloud Server 3; Described main equipment 4 and subset 1 less radio-frequency connection establishment both-way communication mutually, and sets up respectively by mobile device 2 and Cloud Server 3 and read communication, described Cloud Server 3 is also directly connected in main equipment 4 and sets up data transmission communication.
In system, described main equipment 4 is for being provided with web camera or the thing connection router of Wide Area Network communication module 2 44, subset ID list storage module 41, main equipment No. ID 42, main equipment ID Quick Response Code 43 and radio receiving transmitting module 2 45; Described Wide Area Network communication module 2 44 is connected with subset ID list storage module 41 correspondence; Main equipment No. ID 42 and the corresponding connection of main equipment ID Quick Response Code 43; Main equipment 4 sets up communication by Wide Area Network communication module 2 44 and Cloud Server 3, set up communication by radio receiving transmitting module 2 45 and subset 1, be connected to mobile device 2 by main equipment ID Quick Response Code 43 sets up communication with Cloud Server 3.Described subset 1 is for being provided with smart lock or the Intelligent air purifier of subset No. ID 11, subset ID Quick Response Code 12 and radio receiving transmitting module 1; Described subset No. ID 11 is connected with subset ID Quick Response Code 12 is mutually corresponding, and subset (1) sets up communication, by radio receiving transmitting module 1 and the communication of main equipment 4 connection establishment by subset ID Quick Response Code 12 and mobile device 2.Described Cloud Server 3 is provided with device id dictionary library memory module 31, recognition processing module 32 and Wide Area Network communication module 1; Described device id dictionary library memory module 31 and Wide Area Network communication module 1 are connected to communication that recognition processing module 32 connects, and set up communication by Wide Area Network communication module 1 and mobile device 2 and main equipment 4.Described mobile device 2 is provided with Quick Response Code identification module 21 and individual micro-letter 22 or APP23, the micro-letter 22 of described individual or APP23 respectively with the communication of Quick Response Code identification module 21 connection establishment.
The present invention is when embody rule: the web camera being wireless receiving and dispatching with main equipment 4, and subset 1 is for smart lock.
When device fabrication, write main equipment No. ID 42 (i.e. web camera No. ID 42) and stick main equipment ID Quick Response Code 43 (i.e. web camera ID Quick Response Code 43) main equipment 4 (i.e. web camera 4) is inner in advance; Write subset No. ID 11 (i.e. smart lock No. ID 11) and stick subset ID Quick Response Code 12 (i.e. smart lock ID Quick Response Code 12) subset 1 (i.e. smart lock 1) is inner.Meanwhile, also all-network video camera 4 and all smart locks 1 No. ID can be imported in the device id dictionary library memory module 31 of Cloud Server 3 in advance.
When user needs web camera 4 to communicate to connect with smart lock 1, complete pairing by following operation:
First: on mobile device 2, service number is paid close attention to by the micro-letter 22 of individual; Or download APP23 registers.Like this, the ID of mobile device can be entered in the device id dictionary library memory module 31 of Cloud Server 3.
Secondly: with the web camera ID Quick Response Code 43 of mobile device 2 scan for networks video camera 4, extract web camera No. ID 42 by Quick Response Code identification module 21 and be sent to Cloud Server 3.Cloud Server 3 will be bound the ID of the ID of this mobile device 2 and network video camera 4 automatically by Wide Area Network communication module 1 by recognition processing module 32.Thus complete network video camera 4 and bind with mobile device 2.
Then, carry out the operation that network video camera 4 matches with smart lock 1, step is as follows:
1) bound the user of network video camera 4, re-used the smart lock ID Quick Response Code 12 that mobile device 2 scans smart lock 1, extract smart lock No. ID 11 by Quick Response Code identification module 21 and be sent to Cloud Server 3.
2) Cloud Server 3 will be bound the ID of this mobile device 2 and ID of network the video camera 4 and ID of smart lock 1 automatically by Wide Area Network communication module 1 by recognition processing module 32.Thus complete network video camera 4, smart lock 1 and mobile device 2 and bind, make when smart lock 1 works, IP Camera 4 starts automatically, voluntarily floor scene, and is sent to mobile device 2, checks for user.
3) simultaneously, Cloud Server 3 also can send to network video camera 4 by Wide Area Network communication module 1 smart lock No. ID 11.Network video camera 4 receives smart lock No. ID 11 by Wide Area Network communication module 2 44 and is saved in subset ID list storage module 41, thus achieves the pairing of network video camera 4 and smart lock 1.
During use, user can also scan multiple smart lock ID Quick Response Code 12, multiple smart lock No. ID 11 is saved in a network video camera 4, thus realize a network video camera 4 and match with multiple smart lock No. ID 11, realize an IP Camera 4 when any smart lock 1 starts work, IP Camera 4 adjusts position voluntarily and takes sight of unblanking, and is sent to mobile device 2 simultaneously and realizes real time inspection, mobile device 2 also can be utilized to realize Long-distance Control smart lock 1 and IP Camera 4 simultaneously.
When IP Camera 4 and smart lock 1 successful matching, can following functions be realized:
After IP Camera 4 and smart lock 1 successful matching, after smart lock 1 sends action notice by radio receiving transmitting module 1 (such as fingerprint unblank success notification), IP Camera 4 can be received by radio receiving transmitting module 2 45, by Wide Area Network communication module 2 44, action notice is sent to Cloud Server 3 again, Cloud Server 3 according to ID binding relationship, then on the micro-letter 22 of individual that action notice is sent to corresponding mobile device 2 by Wide Area Network communication module 1 and APP23.Finally allow user can see the action notice of smart lock 1 in real time.
When IP Camera 4 and smart lock 1 successful matching, also can realize following functions:
After IP Camera 4 and smart lock 1 successful matching, user is on the micro-letter 22 of the individual of mobile device 2 or APP23, and can select to carry out straighforward operation (such as remote unlocking) to smart lock 1, straighforward operation request can send to Cloud Server 3.Cloud Server 3 is according to binding relationship, by Wide Area Network communication module 1, remote manipulation instruction is sent to corresponding IP Camera 4, IP Camera 4 is according to the subset ID of subset ID list storage module 41 li, again remote manipulation instruction is issued corresponding IP Camera 4 by radio receiving transmitting module 2 45, thus complete and from mobile device 2, the Remote of corresponding smart lock 1 is operated.Smart lock 1 also can return to IP Camera 4 operating result by radio receiving transmitting module 1, IP Camera 4 sends back to Cloud Server 3 by Wide Area Network communication module 2 44 again, final in the micro-letter account 22 of the individual of mobile terminal 2 or APP23, user can see that operating result notifies in real time.
When mobile device 2 removed by needs and IP Camera 4 binds, operate as follows:
Bind the user of IP Camera 4, used the web camera ID Quick Response Code 43 of mobile device 2 scan for networks camera 4, extract web camera No. ID 42 by Quick Response Code identification module 21 and be sent to Cloud Server 3.After Cloud Server 3 receives web camera No. ID 42 and mobile device ID by Wide Area Network communication module 1, recognition processing module 32 can be removed the binding relationship of web camera No. ID 42 and mobile device ID.Thus complete IP Camera 4 and bind with my mobile device 2 and remove.
When needs remove IP Camera 4 with smart lock 1 matching operation:
Bind IP Camera 4 and the user that main equipment and smart lock 1 have been matched, can perform in the micro-letter 22 of individual or APP23 and remove matching operation accordingly, removed pairing request and will be sent to Cloud Server 3.After Cloud Server 3 to receive the request removing pairing by Wide Area Network communication module 1, recognition processing module 32 can be removed the binding relationship of web camera No. ID 42 and smart lock No. ID 11.
Meanwhile, during above-mentioned releasing operation, remove pairing request and also can send to IP Camera 4, after IP Camera 4 receives and removes pairing request, smart lock No. ID 11 can be deleted from the subset ID list storage module 41 of oneself.Meanwhile, delete subset ID and successfully notify, can return to Cloud Server, Cloud Server returns to mobile device notification user again.Thus complete the releasing matching operation of IP Camera 4 and smart lock 1.
The present invention realizes the method and system of RF bidirectional communication to code above by mobile terminal, also adapt to be used on electrical equipment such as Smart Home such as thing connection router and Intelligent air purifier etc., and its Method And Principle is implemented identical with above-mentioned IP Camera 4 with smart lock 1.
Claims (7)
1. by mobile terminal, code is realized to a method for RF bidirectional communication, it is characterized in that: the steps include:
One, define on the master in advance, write No. ID, main equipment, use self-defining Software Create simultaneously, stick the main equipment ID Quick Response Code corresponding with No. ID, main equipment; Subset defines, writes No. ID, subset, use self-defining Software Create simultaneously, stick the subset ID Quick Response Code corresponding with No. ID, subset; Manufacturer needs in advance No. ID of all main equipments and all subsets to be imported in the device id dictionary library memory module of Cloud Server;
Two, on the mobile apparatus, by individual's micro-gateway note service number or download APP and register; Now, the ID of mobile device can be entered in the device id dictionary library memory module of Cloud Server;
Three, with the main equipment ID Quick Response Code of mobile device scanning main equipment, extract No. ID, main equipment by Quick Response Code identification module and be sent to Cloud Server, Cloud Server is received by Wide Area Network communication module one and automatically the ID of the ID of this mobile device and main equipment is bound by recognition processing module, thus completes main equipment and mobile device is bound;
Four, the operation that main equipment and subset match is carried out:
1) bound the mobile device of main equipment, re-used the subset ID Quick Response Code of mobile device scanning subset, extract No. ID, subset by Quick Response Code identification module and be sent to Cloud Server;
2) Cloud Server is matched the ID of this mobile device and the ID of main equipment and the ID of subset automatically by Wide Area Network communication module one by recognition processing module, thus completes main equipment, subset and mobile device high in the clouds and match,
3) after high in the clouds pairing confirms, Cloud Server also can send to main equipment by Wide Area Network communication module one bundle device id, main equipment receives subset ID by Wide Area Network communication module two and is saved in the subset ID list storage module of main equipment, thus achieve the radio frequency communication pairing and binding of main equipment and subset, now, when network is unobstructed, realizes main equipment, subset and mobile device, with regard to being formed, there is mutual communication work performance;
Five, mobile device and main equipment unbind, main equipment and subset remove pair relationhip:
1) mobile device and main equipment unbind: the mobile device having bound main equipment, uses the main equipment ID Quick Response Code of mobile device scanning main equipment, extracts No. ID, main equipment be sent to Cloud Server by Quick Response Code identification module; After Cloud Server receives No. ID, main equipment and mobile device ID by Wide Area Network communication module one, recognition processing module removes the binding relationship of No. ID, main equipment with mobile device ID, thus completes main equipment and mobile device and bind and remove.Meanwhile, main equipment has been bound any subset also to be removed by all solutions.
2) subset and main equipment remove the operation of matching: the user after main equipment and subset match, in the micro-letter of the individual of mobile device or APP, open menu, perform and remove matching operation accordingly, and releasing pairing request will be sent to Cloud Server; Cloud Server receives the request removing pairing by Wide Area Network communication module one after, recognition processing module can be removed the binding relationship of No. ID, main equipment with No. ID, subset; Simultaneously, remove pairing request and also can send to main equipment, after main equipment receives and removes pairing request, can delete from the subset ID list storage module of oneself by bundle device id, this deletion subset ID successfully notice can return to Cloud Server, Cloud Server returns to mobile device notification user mobile device again, thus completes the releasing matching operation of main equipment and subset.
2. a kind of method by mobile terminal, code being realized to RF bidirectional communication according to claim 1, it is characterized in that: described mobile device can scan multiple subset ID Quick Response Code, the ID of multiple subset is saved in a main equipment, thus the ID realizing a main equipment and multiple subset matches.
3. by mobile terminal, code is realized to a system for RF bidirectional communication, it is characterized in that: include main equipment (4), subset (1), mobile device (2) and Cloud Server (3); Described main equipment (4) and subset (1) less radio-frequency connection establishment both-way communication mutually, and sets up respectively by mobile device (2) and Cloud Server (3) and read communication, described Cloud Server (3) is also directly connected in main equipment (4) and sets up data transmission communication.
4. a kind of system by mobile terminal, code being realized to RF bidirectional communication according to claim 3, be is characterized in that: described main equipment (4) is for being provided with web camera or the thing connection router of Wide Area Network communication module two (44), subset ID list storage module (41), No. ID, main equipment (42), main equipment ID Quick Response Code (43) and radio receiving transmitting module two (45); Described Wide Area Network communication module two (44) is connected with subset ID list storage module (41) correspondence; Main equipment No. ID (42) and main equipment ID Quick Response Code (43) corresponding connection; Main equipment (4) sets up communication by Wide Area Network communication module two (44) and Cloud Server (3), set up communication by radio receiving transmitting module two (45) and subset (1), be connected to mobile device (2) by main equipment ID Quick Response Code (43) sets up communication with Cloud Server (3).
5. a kind of system by mobile terminal, code being realized to RF bidirectional communication according to claim 3, be is characterized in that: described subset (1) is for being provided with smart lock or the Intelligent air purifier of No. ID, subset (11), subset ID Quick Response Code (12) and radio receiving transmitting module one (13); No. ID, described subset (11) and subset ID Quick Response Code (12) are mutually corresponding to be connected, and subset (1) sets up communication, by radio receiving transmitting module one (13) and main equipment (4) connection establishment communication by subset ID Quick Response Code (12) and mobile device (2).
6. a kind of system by mobile terminal, code being realized to RF bidirectional communication according to claim 3, be is characterized in that: described Cloud Server (3) is provided with device id dictionary library memory module (31), recognition processing module (32) and Wide Area Network communication module one (33); Described device id dictionary library memory module (31) and Wide Area Network communication module one (33) are connected to communication that recognition processing module (32) connects, and set up communication by Wide Area Network communication module one (33) and mobile device (2) and main equipment (4).
7. a kind of system by mobile terminal, code being realized to RF bidirectional communication according to claim 3, it is characterized in that: described mobile device (2) is provided with Quick Response Code identification module (21) and individual micro-letter (22) or APP (23), and the micro-letter of described individual (22) or APP (23) are connected with Quick Response Code identification module (21) respectively.
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| CN109584410A (en) * | 2018-10-17 | 2019-04-05 | 广州慧享佳物联科技有限公司 | Data processing method, computer equipment and the storage medium of electronic lock |
| CN113273151A (en) * | 2018-12-29 | 2021-08-17 | 华为技术有限公司 | Intelligent device management method, mobile terminal and system |
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| CN110708848A (en) * | 2019-09-26 | 2020-01-17 | 深圳市飞鹤电子有限公司 | Lamp binding control method |
| CN110708848B (en) * | 2019-09-26 | 2022-03-22 | 深圳市飞鹤电子有限公司 | Lamp binding control method |
| CN111585745A (en) * | 2020-07-07 | 2020-08-25 | 珠海雷特科技股份有限公司 | Method for accessing intelligent household control panel to network and intelligent household system |
| CN112511354A (en) * | 2020-12-04 | 2021-03-16 | 珠海雷特科技股份有限公司 | Intelligent household control panel sub-equipment configuration method, computer device and computer readable storage medium |
| WO2022117027A1 (en) * | 2020-12-04 | 2022-06-09 | 珠海雷特科技股份有限公司 | Configuration method for sub-devices of smart home control panel, computer device and computer-readable storage medium |
| CN112601267A (en) * | 2020-12-08 | 2021-04-02 | 北京自如信息科技有限公司 | Routing pairing method and device, computer equipment and router |
| CN112601267B (en) * | 2020-12-08 | 2023-04-07 | 北京自如信息科技有限公司 | Routing pairing method and device, computer equipment and router |
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