CN103646455B - The compound method of a kind of Intelligent lock device and using method thereof, electron key - Google Patents
The compound method of a kind of Intelligent lock device and using method thereof, electron key Download PDFInfo
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- CN103646455B CN103646455B CN201310722714.9A CN201310722714A CN103646455B CN 103646455 B CN103646455 B CN 103646455B CN 201310722714 A CN201310722714 A CN 201310722714A CN 103646455 B CN103646455 B CN 103646455B
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Abstract
The invention discloses a kind of method of Intelligent lock device and using method thereof, preparation electron key, the compound method of this electron key comprises the following steps: step one, generate and lock corresponding Quick Response Code with specific intelligence, comprise in described Quick Response Code and lock corresponding communication basic configuration parameter and enciphered message with specific intelligence; Step 2, mobile client scanning Quick Response Code, reads data in Quick Response Code after deciphering; Step 3, the mobile client two-dimensional code data parsed and smart lock set up the first secure transmission tunnel; Step 4, mobile client and smart lock send mutually key information and the key information of preparation in the first secure transmission tunnel, and this key information and key information are stored as electron key.Intelligent lock device of the present invention has the security of industrywide standard, and uses simple, easy to operate.
Description
Technical field
The present invention relates to a kind of Intelligent lock device.
Background technology
Quick Response Code is the chequered with black and white figure distributed in plane and two-dimensional directional according to certain rules with specific geometric figure, and according to the coded message of the inside, can store the contents such as the word of certain capacity, numeral, picture, purposes widely.
Smart lock is the comprehensive lockset product manufactured in conjunction with Machine Manufacturing Technology and contemporary computer technology, security, ease for use, managerial etc. in than other locksets as the more intelligent and hommization of conditional electronic lock.It is more computer technology that smart lock comprises, as software engineering, network technology and cloud etc.; Conditional electronic lock is then closer to machinery, and as induction lock, Fingerprint Lock, press-key lock etc., their feature is based on simple microcomputer development, without the support of operating system, network or application program.As can be seen here, electronic lock is the early forms of smart lock development.
Electron key, is analogous to mechanical key, and be that conventional lock field extends the noun of new generation after combining to robot calculator field, the electron key of broad sense refers to the key can opening electronic lock device, and this key can be string number, a fingerprint etc.It is the carrier of one section of ordered information, and this segment information can by electronic lock identification and mandate.
Traditional electronic lock, if Fingerprint Lock directly prepares electron key by the mode of typing fingerprint.The principle of Fingerprint Lock is according to the unique feature of everyone fingerprint, the fingerprint of typing, by the algorithm of fingerprint chip, generates effective deposit data in storer, and calculated value and storing value by calculating acquisition again during enabling compare, identical then by checking, open door lock.Such fingerprint is just equivalent to electron key.The greatest drawback of Fingerprint Lock is that fingerprint can be replicated, fingerprint after using up-to-date fingerprint film to copy and former fingerprint have the similarity of more than 95%, and everyone has at most ten finger prints, the illegal activity that fingerprint after being replicated may be used to, even and if litigant knows fingerprint is stolen, also helpless, because the fingerprint of oneself cannot change, cause serious potential safety hazard like this; And scratch at finger, spot, in the situations such as peeling, just cannot identification, use also very loaded down with trivial details.The electron key of key cipher lock is string number or English alphabet, and directly input this string character of typing when unblanking, can open the door, the defect of this electronic lock uses inconvenience, and confidentiality is not enough.Such as, password can not be too simple, otherwise be easy to be felt out, or spied out out by onlooker; And password can not be too complicated, otherwise remember difficulty, and during input Password Operations, success ratio is low; Moreover the button of exposure easily damages inefficacy, also easily by artificial physical damage.
Summary of the invention
The technical problem to be solved in the present invention is the defect and the deficiency that overcome above conditional electronic lock, a kind of Intelligent lock device and using method thereof, compound method for the electron key of this Intelligent lock device are proposed, under the security prerequisite possessing industrywide standard, make use more simple, operate more convenient.
Technical matters of the present invention solves by the following technical programs.
The compound method of the electron key of this Intelligent lock device comprises the following steps: step one, generates and locks corresponding Quick Response Code with specific intelligence, comprise and lock corresponding communication basic configuration parameter and enciphered message with specific intelligence in described Quick Response Code; Step 2, mobile client scanning Quick Response Code, reads data in Quick Response Code after deciphering; Step 3, the mobile client two-dimensional code data parsed and smart lock set up the first secure transmission tunnel; Step 4, mobile client and smart lock send mutually key information and the key information of preparation in the first secure transmission tunnel, and this key information and key information are stored as electron key.
Described first secure transmission tunnel is near radio transmission channel.
In described step one, generate uniquely constant Quick Response Code and be printed on Quick Response Code card.
In described step one, generate dynamic Quick Response Code and be presented on smart lock screen.
The information of setting failure condition is comprised in described dynamic Quick Response Code.
The using method of this Intelligent lock device comprises the following steps: step one, generates and locks corresponding Quick Response Code with specific intelligence, comprise and lock corresponding communication basic configuration parameter and enciphered message with specific intelligence in described Quick Response Code; Step 2, mobile client scanning Quick Response Code, reads data in Quick Response Code after deciphering; Step 3, the mobile client two-dimensional code data parsed and smart lock set up the first secure transmission tunnel; Step 4, mobile client and smart lock send mutually key information and the key information of preparation in the first secure transmission tunnel, and this key information and key information are stored as electron key; Step 5, mobile client electron key and smart lock set up the second secure transmission tunnel, and in the second secure transmission tunnel with smart lock swap operation command information, smart lock is operated.
Described first secure transmission tunnel is near radio transmission channel, and described second secure transmission tunnel is near radio transmission channel.
This Intelligent lock device, comprises smart lock, Quick Response Code, client; Described Quick Response Code includes the communication preparation parameter and enciphered message that can be read by corresponding described client; Institute's client is prepared parameter and enciphered message and smart lock by the communication of reading in described Quick Response Code and is built the first secure transmission tunnel, and prepares electron key by the first secure transmission tunnel and smart lock interactive information; Described smart lock reads the electronic key information that client is sent, and builds the second secure transmission tunnel with client, and by the second secure transmission tunnel and client interactive operation command information.
The present invention is compared with the prior art had beneficial effect, comprises following aspect:
The first, the invention solves the safety issue of electron key at process for preparation.Stored in the enciphered data of uniqueness in Quick Response Code, these data could be deciphered after only having corresponding mobile client to be scanned by Quick Response Code and be identified, there is key the inside, sets up safe wireless data transmission channel (the first secure transmission tunnel) when being used as preparation key with smart lock.After electron key has been prepared, client and smart lock be store electrons key information and key information separately, and the data cube computation (the second secure transmission tunnel) of safety is just set up in follow-up communication according to key information and key information, no longer rely on Quick Response Code.So, even if other people obtain this Quick Response Code, also direct threat cannot be caused to safety, aid in other measures again, as smart lock display screen terminal generates disposable dynamic Quick Response Code, cancel after use or also cancel after exceeding effective time, security threat problem can be solved well, in addition even without the smart lock installing display screen terminal, as long as user keeps properly the Quick Response Code card that dispatches from the factory, there is not the problem of security yet.
The second, the invention solves the triviality problem of electron key at process for preparation.Quick Response Code memory capacity is enough large, the full detail of smart lock preparation needed for key can be held, these information are given to client when preparing electron key by the mode scanning Quick Response Code, avoid conditional electronic is locked and smart lock is loaded down with trivial details setting steps and parameters input operation.Therefore, user only need install mobile client software, then can be completed the preparation work of key by the operation of scanning Quick Response Code, use more succinctly easy-to-use.
Accompanying drawing explanation
Fig. 1 is the FB(flow block) of embodiment preparation electron key;
Fig. 2 is the FB(flow block) that embodiment uses electron key.
Embodiment
Embodiment one
A kind of Intelligent lock device, comprises smart lock, mobile client and Quick Response Code.Quick Response Code is from the display screen terminal demonstration of smart lock.Quick Response Code comprises specific enciphered data, and mobile client scanning Quick Response Code, deciphers and read the data in Quick Response Code, and setting up the wireless transfer channel of safety by these data and smart lock.Smart lock and mobile client transmit key information and key in escape way, the data encryption communication of Quick Response Code is not independently relied on as follow-up both sides, and because preparation parameter and security information are all stored in Quick Response Code, when preparing the process of electron key, without the need to carrying out loaded down with trivial details setting on smart lock, so under the premise that security is guaranteed, can greatly simplified intelligent lock use operation.Concrete process for preparation and use procedure as described below.
As shown in Figure 1, the step preparing electron key comprises:
(1) automatically generating change Quick Response Code 4 by smart lock 2 is presented on smart lock display screen 5, and Quick Response Code 4 comprises the enciphered data only having corresponding mobile client 1 just to decipher, identify;
(2) mobile client 1 scans Quick Response Code 4, the enciphered data that deciphering Quick Response Code comprises, and by near radio transmission mode, sets up first secure transmission tunnel relevant with Quick Response Code to corresponding smart lock 2;
(3) smart lock 2 and corresponding mobile client 1 send key information and key information mutually in the first escape way, and these information is used for follow-up both sides and sets up the secure communication irrelevant with Quick Response Code 4, thus completes the preparation of electron key.
As shown in Figure 2, the use step of the electron key after preparation is as follows:
(1) smart mobile phone client 1 uses the electronic key information of the middle generation of process for preparation and smart lock 2 to set up second secure transmission tunnel irrelevant with Quick Response Code 4;
(2) smart mobile phone client 1 in the second secure transmission tunnel with smart lock 2 swap operation command information, the operations such as open and close, read status information and change are arranged are carried out to smart lock.
In whole implementation process, only prepare key time need to use Quick Response Code 4, after key-cut completes unblank wait operation no longer need this Quick Response Code, make Intelligent lock device use on more succinct.In Quick Response Code, set the failure condition of this Quick Response Code, as use once after cancel, and exceed schedule time do not use namely cross after date also cancel.Like this in the effective situation of previous electron key, user can upgrade electronic key information easily, same static two dimensional code card Long-Time Service is stolen and the potential safety hazard brought to avoid user to worry, if but user keep properly, security risk also can be evaded.
Embodiment two
Be with embodiment one difference, in the step (1) generating electron key, fixing Quick Response Code is generated when dispatching from the factory subsidiary to user by smart lock manufacturer, in using, if desired in different mobile clients, prepare electron key or again prepare electron key, rescaning Quick Response Code and prepare; If loss Quick Response Code, then can recalculate generation by manufacturer, be supplied to user by network or material object.
Above content is in conjunction with concrete embodiment further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, some simple deduction or replace can also be made, all should be considered as belonging to protection scope of the present invention.
Claims (10)
1. a compound method for the electron key of Intelligent lock device, is characterized in that, comprises the following steps:
Step one, generates and locks corresponding Quick Response Code with specific intelligence, comprise and lock corresponding communication configuration parameter and enciphered message with specific intelligence in described Quick Response Code;
Step 2, mobile client scanning Quick Response Code, reads data in Quick Response Code after deciphering;
Step 3, the mobile client two-dimensional code data parsed and smart lock set up the first secure transmission tunnel;
Step 4, mobile client and smart lock send mutually key information and the key information of preparation in the first secure transmission tunnel, and this key information and key information are stored as electron key.
2. the compound method of the electron key of Intelligent lock device as claimed in claim 1, is characterized in that: described first secure transmission tunnel is near radio transmission channel.
3. the compound method of the electron key of Intelligent lock device as claimed in claim 1, is characterized in that: in described step one, generates uniquely constant Quick Response Code and is printed on Quick Response Code card.
4. the compound method of the electron key of Intelligent lock device as claimed in claim 1, is characterized in that: in described step one, generates dynamic Quick Response Code and be presented on smart lock screen.
5. the compound method of the electron key of Intelligent lock device as claimed in claim 4, is characterized in that: the information comprising setting failure condition in described dynamic Quick Response Code.
6. a using method for Intelligent lock device, is characterized in that: comprise the following steps:
Step one, generates and locks corresponding Quick Response Code with specific intelligence, comprise and lock corresponding communication configuration parameter and enciphered message with specific intelligence in described Quick Response Code;
Step 2, mobile client scanning Quick Response Code, reads data in Quick Response Code after deciphering;
Step 3, the mobile client two-dimensional code data parsed and smart lock set up the first secure transmission tunnel;
Step 4, mobile client and smart lock send mutually key information and the key information of preparation in the first secure transmission tunnel, and this key information and key information are stored as electron key;
Step 5, mobile client electron key and smart lock set up the second secure transmission tunnel, and in the second secure transmission tunnel with smart lock swap operation command information, smart lock is operated.
7. the using method of Intelligent lock device as claimed in claim 6, is characterized in that: in described step one, generates uniquely constant Quick Response Code and is shown to mobile client.
8. the using method of Intelligent lock device as claimed in claim 6, is characterized in that: in described step one, generates dynamic Quick Response Code and be presented on smart lock screen.
9. the using method of Intelligent lock device as claimed in claim 6, it is characterized in that: described first secure transmission tunnel is near radio transmission channel, described second secure transmission tunnel is near radio transmission channel.
10. an Intelligent lock device, comprises smart lock, Quick Response Code, client;
Described Quick Response Code includes the communication preparation parameter and enciphered message that can be read by corresponding described client;
Described client is prepared parameter and enciphered message and smart lock by the communication of reading in described Quick Response Code and is built the first secure transmission tunnel, and prepares electron key by the first secure transmission tunnel and smart lock interactive information;
Described smart lock reads the electronic key information that client is sent, and builds the second secure transmission tunnel with client, and by the second secure transmission tunnel and client interactive operation command information.
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| CN201310722714.9A CN103646455B (en) | 2013-12-24 | 2013-12-24 | The compound method of a kind of Intelligent lock device and using method thereof, electron key |
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| CN201310722714.9A CN103646455B (en) | 2013-12-24 | 2013-12-24 | The compound method of a kind of Intelligent lock device and using method thereof, electron key |
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| CN103646455A CN103646455A (en) | 2014-03-19 |
| CN103646455B true CN103646455B (en) | 2016-01-20 |
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| CN105261090A (en) * | 2015-09-21 | 2016-01-20 | 杨密凯 | Making method of electron key of intelligent lock |
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Effective date of registration: 20160912 Address after: 518131 Guangdong province Shenzhen city Longhua District Longhua Street Qing Xiang Lu Qing Hu Bao Industrial Park Science and Technology Park 7 B block 11 building JKLM unit Patentee after: Shenzhen Connaught System Co., Ltd. Address before: 518000 Guangdong province Shenzhen city Baoan District District Road Vanke Golden Mile Washington phase 6 3301 Patentee before: Yang Mikai |