CN107091019B

CN107091019B - A kind of method, apparatus of more lock body smart locks

Info

Publication number: CN107091019B
Application number: CN201710407025.7A
Authority: CN
Inventors: 刘兴丹
Original assignee: Individual
Current assignee: Hangzhou Cmen Technology Co ltd
Priority date: 2017-06-02
Filing date: 2017-06-02
Publication date: 2019-06-28
Anticipated expiration: 2037-06-02
Also published as: CN107091019A

Abstract

The invention discloses a kind of method, apparatus of more lock body smart locks, include: step 1: opening the lockset in inner side of door box with key；Step 2: inputting password in the setting panel being located in the box, and into the setting page, one, one section of electronic clock unlocked time are at least arranged in the setting page；Step 3: on the outside of door body, the unlocked time information and unlocked state are shown in display screen；Step 4: the electronic clock runs to the unlocked time, and electric-controlled mechanical lock drives micro machine by controller, opens lock tongue lid；Step 5: when the lock tongue lid is opened, mechanical key metal part is inserted into the keyhole of the mechanical lock in Intelligent key, open the mechanical lock, simultaneously, step 6: the radio frequency chip being integrated in the Intelligent key, identity and password authentification are carried out with smart lock, verification information carries out timing according to the dynamic time numerical value in dynamic token, sends；The structure of its more lock body of the invention, improves the used time length and unlocking difficulty that technology is opened with simplest mode.

Description

A kind of method, apparatus of more lock body smart locks

Technical field

The present invention relates to smart lock more particularly to a kind of smart locks that multiple and different function lock body combinations are integrated.

Background technique

Existing smart lock, it is powerful, it works well.Can by swiping the card, the modes such as fingerprint, password unlock. Can be unlocked by mobile phone using Internet technology also.Meanwhile having tradition machinery key and carrying out spare unlocking Function.These powerful designs, not only allow unlocking enhanced convenience, but also safety is higher, is effectively guaranteed user's Property safety.

Also, the habit and regulation of door lock are used according to people.It was found that usually not needing to open in night door lock.And And this period is also to need most the period for guaranteeing door lock safety.For industries such as banks, there is correlation to national treasury opening time Regulation.As it can be seen that it is necessary for reinforcing the security function of door lock in particular times such as nights.

Summary of the invention

To solve problem of the prior art, the present invention provides a kind of intelligence combined by electric-controlled mechanical lock, mechanical lock, smart lock It can lock, wherein electric-controlled mechanical lock is unlocked by the time control in electronic clock, shut.It is integrated in the smart lock multiple and different The lock body of function has the function of intelligent decision, analysis, and uncaging time restriction can be carried out to smart lock and self-locking equal is grasped Make.

To achieve the above object, the present invention provides a kind of methods of more lock body smart locks, which is characterized in that this method is answered For the smart lock, this method comprises:

Step 1: the lockset in inner side of door box is opened with key；

Step 2: inputting password in the setting panel being located in the box, into the setting page, in the setting page One, one section of electronic clock unlocked time are at least set in face；

Step 3: on the outside of door body, the unlocked time information and unlocked state are shown in display screen；

Step 4: the electronic clock runs to the unlocked time, and electric-controlled mechanical lock drives micro- electricity by controller Machine, the electric-controlled mechanical lock the first mechanical part and open lock tongue lid；Conversely, exceeding the unlocked time, the lock is automatically closed Tongue lid；The lock tongue lid is for blocking the keyhole that mechanical lock is located on the outside of the door body；

Step 5: when the lock tongue lid is opened, mechanical key metal part is inserted into the mechanical lock in Intelligent key In the keyhole, the mechanical lock is opened, meanwhile,

Step 6: the radio frequency chip being integrated in the Intelligent key carries out identity and password authentification, verifying with smart lock Information carries out timing according to the dynamic time numerical value in dynamic token, sends；After being verified, unlocking instruction, the intelligence are generated The second mechanical part can be locked to receive, execute the unlocking instruction, open the smart lock；

Step 7: the unlatching of the door body, comprising:

(1) the electric-controlled mechanical lock, the mechanical lock, the smart lock are in unlocking condition, and the door body is opened；

(2) the electric-controlled mechanical lock, the mechanical lock, the smart lock one of them be not carried out the unlocking, it is described Door body can not be opened.

Further, the first dynamic time in the radio frequency chip in the first dynamic token and in the smart lock second The second dynamic time in dynamic token, content synchronization updates, changes, also, limits first dynamic time, described second The maximum value of dynamic time variation.

Further, the first timer also, in the radio frequency chip, the second timer in the smart lock, the two institute It states timing rule and precision is consistent.

Further, when the radio frequency chip and the smart lock mutual induction are successful, and are originated with this common generation Between, start the timing.

Further, wherein when the timing result described in first timer of radio frequency chip is equal to first dynamic Between value when, send the verification information to the smart lock and verify.

Further, the timing result described in second timer of smart lock is equal to the value of second dynamic time When, it sends the verification information to the radio frequency chip and verifies.

Further, also, both sides receive the error time setting of the verification information in a very small range.

Further, the first dynamic token generates the first random verification code, and the radio frequency chip is according to the first dynamic time After the timing, first random verification code is sent to the smart lock；The smart lock receives first accidental validation Code, and be compared by the second random verification code in the second dynamic token and the second dynamic time, verified；Conversely, described penetrate Frequency chip receives, compares, verifying second random verification code of the smart lock transmission；Meanwhile first accidental validation The synchronous variation of code, second random verification code updates.

Further, the lock core of the electric-controlled mechanical lock, the mechanical lock is by integrated design, when beyond unlock Between, when lock tongue lid is unable to complete closing, mechanical lock described in independent lock tongue locking in electric-controlled mechanical lock, make the mechanical lock without Method is opened；And issue alarm.

Further, the smart lock, the mechanical lock pass through the integrated design, the lock tongue in the smart lock, Rotation plectrum in the mechanical lock is locked.

Further, according to the smart lock intelligent decision, detection as a result, in the smart lock the second mechanical part or Independent integration lock body executes following operation in the smart lock.

Further, when the smart lock senses the radio frequency chip, start independent third timer automatically and open Begin the timing, is arranged in the smart lock, in stipulated time for storing, the radio frequency chip does not pass through the smart lock and tests Card, the smart lock starting are self-locking.

Further, when the smart lock senses the radio frequency chip, at the appointed time, the mechanical lock not by It opens, the smart lock starting is described self-locking.

Further, for the smart lock before sensing the radio frequency chip, the smart lock senses the machinery Lock is opened, and the smart lock starting is described self-locking；The smart lock by sensing device incude the mechanical lock for open or The self-locking state.

Further, in auto-lock process described in the smart lock, the Intelligent lock core will be unable to be turned on；When the intelligence Can lock can not sense the radio frequency chip, after a period of time, it is described it is self-locking in the smart lock or electric-controlled mechanical lock implement Automatic unlocking operation.

Further, a kind of device of more lock body smart locks, which is characterized in that the device is applied to smart lock, the device Including.

Further, box body module is used for step 1: opening the lockset in inner side of door box with key.

Further, panel module is set, step 2 is used for: being inputted in the setting panel being located in the box close One, one section of electronic clock unlocked time is at least arranged into the setting page in code in the setting page.

Further, display module is used for step 3: on the outside of door body, shown in display screen the unlocked time information and Unlocked state.

Further, the first unlocked state, be used for step 4: the electronic clock runs to the unlocked time, automatically controlled Mechanical lock drives micro machine by controller, and the electric-controlled mechanical locks the first mechanical part and opens lock tongue lid；Conversely, beyond institute Unlocked time is stated, the lock tongue lid is automatically closed；The lock tongue lid is for blocking the keyhole that mechanical lock is located on the outside of the door body.

Further, the second unlocked state is used for step 5: when the lock tongue lid is opened, mechanical key in Intelligent key Spoon metal part is inserted into the keyhole of the mechanical lock, opens the mechanical lock, simultaneously.

Further, third unlocked state is used for step 6: the radio frequency chip being integrated in the Intelligent key, same to intelligence It can lock and carry out identity and password authentification, verification information carries out timing according to the dynamic time numerical value in dynamic token, sends；Verifying By rear, generation unlocking instruction, second mechanical part of smart lock receives, executes the unlocking instruction, opens the intelligence Lock.

Further, the 4th unlocked state is used for step 7: the unlatching of the door body, including.

Further, (1) described electric-controlled mechanical lock, the mechanical lock, the smart lock are in unlocking condition, the door Body is opened.

Further, (2) described electric-controlled mechanical lock, the mechanical lock, the smart lock one of them be not carried out it is described It unlocks, the door body can not be opened.

Further, dynamic token module, for the first dynamic time in the first dynamic token in the radio frequency chip With the second dynamic time in the smart lock in the second dynamic token, content synchronization updates, variation, also, limits described the The maximum value that one dynamic time, second dynamic time change.

Further, Timer module, is used for also, the first timer in the radio frequency chip, in the smart lock Two timers, the two timing rule and precision are consistent.

Further, radio frequency induction module, it is successful for working as the radio frequency chip and the smart lock mutual induction, and with This common generation initial time, starts the timing.

Further, the first timing sending module is counted described in the first timer described in the radio frequency chip for wherein When result be equal to first dynamic time value when, send the verification information to the smart lock and verify.

Further, the second timing sending module, for working as timing result described in the second timer described in the smart lock Equal to second dynamic time value when, send the verification information to the radio frequency chip and verify.

Further, time error module, is used for also, both sides receive the error time setting of the verification information one In a minimum range.

Further, random verification code module generates the first random verification code for first dynamic token, described to penetrate After frequency chip is according to timing described in first dynamic time, first random verification code is sent to the smart lock；It is described Smart lock receives first random verification code, and passes through the second random verification code and described second in second dynamic token Dynamic time is compared, verifies；Conversely, the radio frequency chip is received, is compared, verifying described the second of the smart lock transmission Random verification code；Meanwhile the synchronous variation of first random verification code, second random verification code, update.

Further, the first integrated lock module, the lock core for electric-controlled mechanical lock, the mechanical lock pass through one Bodyization design, when exceeding unlocked time, when lock tongue lid is unable to complete closing, in electric-controlled mechanical lock described in independent lock tongue locking Mechanical lock makes the mechanical lock that can not be opened；And issue alarm.

Further, the second integrated lock module is set for the smart lock, the mechanical lock by the integration It counts, the lock tongue in the smart lock locks the rotation plectrum in the mechanical lock.

Further, intelligent decision module, for according to the smart lock intelligent decision, detection as a result, the intelligence Independent integrated lock body executes following operation in the second mechanical part or the smart lock in lock.

Further, the first self-locking module, for when the smart lock senses the radio frequency chip, automatic starting to be only Vertical third timer starts the timing, is arranged in the smart lock, in the stipulated time of storage, the radio frequency chip is not It is verified by the smart lock, the smart lock starting is self-locking.

Further, the second self-locking module, for when the smart lock senses the radio frequency chip, in the stipulated time Interior, the mechanical lock is unopened, and the smart lock starting is described self-locking.

Further, the self-locking module of third, for the smart lock before sensing the radio frequency chip, the intelligence Lock senses that the mechanical lock is opened, and the smart lock starting is described self-locking；The smart lock incudes institute by sensing device Mechanical lock is stated as unlatching or the self-locking state.

Further, automatic unlocking module, in auto-lock process described in the smart lock, the Intelligent lock core is by nothing Method is turned on；When the smart lock can not sense the radio frequency chip, after a period of time, it is described it is self-locking in the smart lock Or electric-controlled mechanical lock implements automatic unlocking operation.

In embodiments of the present invention: open and close electric-controlled mechanical being set by electronic clock and locks lock tongue lid, when night etc. is special Section closes lock tongue lid.Even if there is key, can not also unlock, the precondition that can be unlocked with interrupter technique.Include in Intelligent key The metal part of mechanical key also includes radio frequency chip.Traditional keys use super B grades of (C for opening mechanical lock, mechanical lock Grade) lock core.Radio frequency chip is for opening smart lock.The intelligent object stored by Intelligent lock controller can be set and mutual Judge mechanical lock and smart lock uncaging time, unlocking condition.In the case where noting abnormalities, self-locking behaviour is carried out to smart lock automatically Make.Mechanical lock or electric-controlled mechanical lock can also be implemented the operation such as to lock by smart lock.The structure of its more lock body, use are most simple Mode improve the used time length and unlocking difficulty that technology is opened.

To describe the technical solutions in the embodiments of the present invention more clearly, make required in being described below to embodiment Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings other Attached drawing.

Fig. 1 is the embodiment of the present invention from a kind of flow chart of the method for more lock body smart locks of structure function angle introduction.

Fig. 2 is a kind of more lock body intelligence that the embodiment of the present invention sends angle introduction from verification information, accidental validation code timing The flow chart for the method that can be locked.

Fig. 3 is the embodiment of the present invention from the side of mechanical watch and a kind of more lock body smart locks of integrated lock body angle introduction The flow chart of method.

Fig. 4 is method of the embodiment of the present invention from intellectual analysis, a kind of more lock body smart locks for detecting work angle introduction Flow chart.

Fig. 5 is a kind of block diagram of the device for more lock body smart locks that the embodiment of the present invention is introduced in terms of apparatus structure.

Fig. 6 is a kind of device for more lock body smart locks that the embodiment of the present invention is introduced in terms of timing sends multidate information Block diagram.

Fig. 7 is the embodiment of the present invention from mechanical watch and a kind of more lock body smart locks of integrated lock body configuration aspects introduction Device block diagram.

Fig. 8 is the embodiment of the present invention from intelligent measurement, a kind of frame of the device of more lock body smart locks of operating aspect introduction Figure.

Specific embodiment

In order to enable those skilled in the art to better understand the solution of the present invention, below in conjunction in the embodiment of the present invention Attached drawing, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that described embodiment is only The embodiment of a part of the invention, instead of all the embodiments.Based on the embodiments of the present invention, ordinary skill people The model that the present invention protects all should belong in member's every other embodiment obtained without making creative work It encloses.

The embodiment of the present application provides a kind of method of more lock body smart locks, and this method is applied to smart lock.Please refer to figure 1, it is the embodiment of the present invention from the flow chart of the methods of more lock body smart locks of structure function angle introduction a kind of.

As shown in Figure 1, this method comprises:

S101, step 1: the lockset in the inner side of door box is opened with key.

The security door of house interior side is referred in door body, alternatively, the door of safety cabinet interior of the cabinet side.Box is gold Metal products, box is equipped with can be with movable disjunctor lid.Key opens lockset, and the lid of box is opened.

When it is implemented, being provided with box on the intracorporal side wall of door, box surface is equipped with lid, opens box with key Lockset on body, lid are opened.

S102, step 2: inputting password in the setting panel being located in the box, into the setting page, described One, one section of electronic clock unlocked time are at least set in the setting page.

When panel is set using liquid crystal touch display screen, password is inputted in touch screen, is solved into being arranged in the setting page It locks the time and terminates the time of unlock.When panel is set using keyboard, password is inputted by keyboard, needs are shown in display screen The page of unlocked time is set, the specific unlocked time of key-press input is passed through.Setting Display panel screen in show one group to multiple groups solution The period is locked, is configured by key or touch screen.

Panel is arranged to connect by electric wire, cable and electric-controlled mechanical lock, electronic clock is integrated in electric-controlled mechanical lock, setting Panel carries out time setting to electronic clock.Further include: setting panel and electric-controlled mechanical lock and electronic clock are separated from each other, are independent The time is arranged in setting panel by bluetooth equipment in operation, electronic clock.

When it is implemented, setting panel is located in the room of door body or on the inner wall of safety cabinet.Pass through key, touch screen It inputs unlocked time and terminates unlocked time (between shutting) section.On electronic clock panel, the unlocked time for having setting is indicated And unlocked time is terminated, each single item is all independently arranged.And it is possible to which multiple groups unlocked time section is arranged.Setting panel can lead to It crosses wired mode and connects electronic clock, can also be wirelessly connected by bluetooth, NFC etc..

S103, step 3: on the outside of door body, the unlocked time information and unlocked state are shown in display screen.

Door body is externally provided with liquid crystal display, and the information being arranged in display on-screen-display message and setting panel is consistent.For looking into See unlocked time or period and current unlocked state.

When it is implemented, being equipped with liquid crystal display outside door body, showing the period of current unlocked state and unlock Information.

S104, step 4: the electronic clock runs to the unlocked time, and electric-controlled mechanical lock passes through controller, driving Micro machine, the electric-controlled mechanical lock the first mechanical part and open lock tongue lid；Conversely, exceeding the unlocked time, institute is automatically closed State lock tongue lid；The lock tongue lid is for blocking the keyhole that mechanical lock is located on the outside of the door body.

Electronic clock is located in door body or in the interlayer of door body, and lock tongue lid is located at outside door body, and the two passes through wired, wireless parties Formula carries out passing through connection.Electronic clock is an independently operated clock, and executes 24 hours loop cycles processed；Electronic clock Without networking, and independent operating, and power equipped with independent current source, prompt tone can be issued when electricity is low, support external power supply It powers, in power supply interface door body located outside the door.

Electric-controlled mechanical lock has independent power supply system, and the operation unlocked, shut is completed in the instruction according to electronic clock setting. The lock tongue lid of electric-controlled mechanical lock uses irreversible design, usually rectangular lock bolt structure.When lock tongue lid is in close state, Lock tongue lid can not be pried open and pushed aside from opposite direction.Using square lock bolt.Pass through triggering warning device, infrared induction report in lock tongue lid Alert, device prevents artificial violence from prying open lid.Lock tongue lid machine electric-controlled mechanical lock can be used as an independent lock body with it is existing Lockset be used in combination.

It is equipped with cut point in electric-controlled mechanical lock, has the lid shape column structure of protrusion on cut point, has interior spiral shell in lid shape cylinder Electric-controlled mechanical lock is connected and fixed by line by bolt.After the cylinder of cut point is cut, the lock of electric-controlled mechanical lock can be removed Body.When electric-controlled mechanical lock is damaged, can artificially be replaced.Lid shape cylinder and panel, which are integrally formed, to be cast, not with door Body is attached.

Controller is a microprocessor, is responsible for electronic clock, mechanical watch and electric-controlled mechanical as a single-chip microcontroller Lock, the storage of smart lock related software instruction, setting, identification and the operation for issuing dependent instruction；Also it is integrated with smart lock progress The related software of intelligent decision and operation.

Micro machine is instructed by board receiver, and is executed instruction；Deciphering chip is added in micro machine, receives in controller The encrypted instruction transmitted passes through decryption, after obtaining unlocking instruction, the real-time unlocking operation of driving motor.

Lock tongue lid sensing device includes: infrared inductor, touch-sensitive device.In addition, also being provided in lock tongue lid infrared Light, electric induction, touch-sensitive device, once touching lock tongue lid, will issue alarm and it is automatic locking.

When it is implemented, the controller of electronic clock is connected, according to electronic clock when electronic clock runs to unlocked time In information, issue relevant unlocking instruction to micro machine, micro machine receives, executes controller instruction, driving electric-controlled mechanical lock Mechanical part open lock tongue lid.Conversely, closing lock tongue lid when electronic clock timing exceeds unlocked time.It opens and closes The overall process of lock tongue lid is automatically performed, and key, radio-frequency card, fingerprint, password is not used to be opened.But rely on setting Uncaging time is walked after the time of setting using clock, and the unlatching for carrying out lock tongue lid is locked by electric-controlled mechanical.Lock tongue lid is also set There is sensing device, lock tongue lid is touched under the state that shuts, alarm and light flash prompt can be made a sound.

S105, step 5: when the lock tongue lid is opened, mechanical key metal part is inserted into the machinery in Intelligent key In the keyhole of lock, the mechanical lock is opened, meanwhile,

Lock tongue lid is located at the outermost surface of door body, for blocking the keyhole of mechanical lock.When lock tongue lid is in open shape, The keyhole of mechanical lock exposes, at this point, being inserted into the metal part of mechanical key in Intelligent key in mechanical lock, opens mechanical lock. Mechanical lock uses existing B grades super (C grades) lock core.

When it is implemented, lock tongue lid shelters from the key that mechanical lock is located at outside door body when electric-controlled mechanical lock lock tongue lid is closed Keyhole.The metal part of mechanical key can not be just inserted into mechanical lock and carry out the operation such as unlock in Intelligent key, and door lock will be unable to It is opened.Conversely, the metal part of mechanical key is inserted into mechanical in Intelligent key in the state that electric-controlled mechanical lock tongue lid is opened After lock, mechanical lock can be opened.During unlocking, meanwhile, the radio frequency chip in Intelligent key senses smart lock simultaneously. Radio frequency chip passes through with smart lock card-reading apparatus to be mutually authenticated, by rear, unlatching smart lock.

S106, step 6: the radio frequency chip being integrated in the Intelligent key carries out identity with smart lock and password is tested Card, verification information carry out timing according to the dynamic time numerical value in dynamic token, send；After being verified, unlocking instruction is generated, Second mechanical part of smart lock receives, executes the unlocking instruction, opens the smart lock.

Intelligent key is to be integrated with radio frequency chip, radio frequency chip and smart lock card-reading apparatus in traditional mechanical key By being mutually authenticated, decrypting, identify.Radio frequency chip is generally integrated in the region of user's knob mechanical key of mechanical key tail portion In.Intelligent key implements breakdown action, a key to mechanical lock and smart lock simultaneously, while opening two mechanical locks and intelligence The lock core of lock.By symmetry encryption algorithm or unsymmetrical tridiagonal matrix algorithm, radio frequency is verified in smart lock card reading, verifying equipment Block unique No. ID and relevant information.Also, it verifies whether to complete within reasonable time.After verifying, intelligence is opened Lock.

As needed, Intelligent key forms a chip composite card by two groups of radio frequency chips, while to two in door body Independent smart lock is verified, is unlocked.

Smart lock is locked equipped with stand-by machine, is opened with tradition machinery key, also, offer fingerprint, password unlocking Mode.Verification information in smart lock and radio frequency chip is mutual transmission, verifying.

Controller in smart lock connects wireless mobile communication device, passes through wireless network connection server, transmitting-receiving, verifying Information.

When it is implemented, the metal part of intelligent lock key is inserted into mechanical lock, the radio frequency integrated in Intelligent key Chip has also reached the effective distance that smart lock communicates.It is calculated by the Encrypt and Decrypt being stored in advance in radio frequency chip Method realizes Encrypt and Decrypt verifying between operational formula unique No. ID and clock, with smart lock.And pass through the in radio frequency chip One timer issues verification information into smart lock after completing a time-count cycle.After radio frequency chip is verified by smart lock, intelligence Energy interlocking is received or automatically generates unlocking instruction, is driven by micro machine, and the second mechanical part of smart lock opens smart lock.

Time-count cycle is to be integrated with independently operated first dynamic token in radio frequency chip, and in smart lock second Dynamic token is mutually in step operation, updates.It is cumulative to carry out timing in seconds for the first timer in first dynamic token. The numerical value of the first dynamic time in first dynamic token represents specific number of seconds, and the first timer is according to the first dynamic time Numerical value carries out timing, when the data of timing are equal to dynamic time, stops timing, which is a time cycle.Meter When the period initial time be usually time when radio frequency chip and smart lock mutually successfully incude.

When the controller in smart lock connects wireless mobile communication device, smart lock can be connect with network server, The transmitting-receiving and verifying of information are carried out between smart lock and server.And it is possible to realize opening for smart lock by way of mobile phone It opens.At this moment, it only need to be equipped with a mechanical key, as soon as alternatively, radio-frequency card, can pass through on line, the combination under line, open door Body.

S107, step 7: the unlatching of the door body, comprising:

The electric-controlled mechanical lock, the mechanical lock, the smart lock are in unlocking condition, and the door body is opened.

S108, electric-controlled mechanical lock, the mechanical lock, the smart lock one of them be not carried out the unlocking, institute Stating door body can not be opened.

Electric-controlled mechanical lock, mechanical lock, smart lock respectively possess independent lock core, also, in a lock tongue lid, two lock cores Under the premise of all opening, the unlatching of door body is realized.As long as there is one of those to be unopened, door body can not be opened.

When it is implemented, door body need to could open mechanical lock core in the state that the lock tongue lid that electric-controlled mechanical is locked is opened. Meanwhile also needing to open the lock core of smart lock.When state of three independent locks all in unlatching, door body is opened.If its There is a lock core for lock to be opened in as soon as, door body can not be opened.

In conclusion electric-controlled mechanical lock can be used independently or directly in conjunction with safety cabinet, strong-room door, set to open door body Unlocked time limitation is set, opens door body in the unlocked time of setting.It in addition to this, also can not be to opening even if possessing key Door body.It ensure that the safety of door body interior items.

Smart lock itself can achieve better safety.But mechanical lock is increased, it can the simplest technology that allows The time of unlocking doubles.Also, smart lock is used in combination with mechanical lock, can be by forming one between unlocking condition and time Intellectual analysis, judgement operation.This is function not available for single lockset.

Electric-controlled mechanical lock, mechanical lock, smart lock are all made of anti-super B grades of (C grades) lock cores for opening function admirable, guarantee to use Safety.The time unlocked is determined by electronic clock, also, utilizes the Intelligent key with mechanical lock and radio frequency chip, One door opening action, while opening two locks.

Referring to FIG. 2, being that one kind that the embodiment of the present invention sends angle introduction from verification information, accidental validation code timing is more The flow chart of the method for lock body smart lock.

As shown in Fig. 2, this method comprises:

Second dynamic in the first dynamic time and the smart lock in S201, the radio frequency chip in the first dynamic token The second dynamic time in token, content synchronization update, change, also, limit first dynamic time, second dynamic The maximum value of time change.

First timer in S202 also, the radio frequency chip, the second timer in the smart lock, the two meter When rule and precision it is consistent.

S203, initial time is generated jointly when the radio frequency chip and smart lock mutual induction success, and with this, open Begin the timing.

S204, wherein, when timing result described in the first timer described in the radio frequency chip is equal to first dynamic Between value when, send the verification information to the smart lock and verify；

Timing result described in S205, the second timer described in the smart lock is equal to the value of second dynamic time When, it sends the verification information to the radio frequency chip and verifies；

The error time that S206 also, both sides receive the verification information is arranged in a very small range.

First dynamic time, the second dynamic time are the dynamic temporal informations generated in the first, second dynamic token, and It is the value changed at random in a certain range, and is equipped with a maximum value, all operation results should be all less than the maximum value.And Minimum value therein should be greater than the maximum value the time required to being mutually authenticated between radio-frequency card and smart lock.It is, radio-frequency card The time required to being mutually authenticated with smart lock, less than the value of dynamic time.

When carrying out multiple authentication, verify for the first time timing initial time be according to radio frequency chip and smart lock mutual induction at The time of function, second of initial time for verifying timing is to receive the time of verification information.And so on, in the error of permission In range, the transmitting of multiple authentication information is completed between radio frequency chip and smart lock.

Encrypt and Decrypt verifying is carried out between radio frequency chip and smart lock.In verification process, needs to send verification information, test Card information needs just to can be carried out transmission after running a time-count cycle according to dynamic time.It is in radio frequency chip and smart lock When function incudes, radio frequency chip and smart lock start simultaneously at timing, when according to the termination that the dynamic time in dynamic token is timing Between.When time when timer is equal to dynamic time, stop timing, the verification information in radio frequency chip or smart lock is sent out It sees off.

Dynamic time is a specific time numerical value.Timer starts to carry out timing according to certain timing regulation, from Zero completes timing when being added to the numerical value of dynamic time, breath of concurrently delivering letters.

It is stored in first, second dynamic token and adds solution, close algorithm, operational formula, unique ID number, the first timing Device, the second timer, initial value, last time operation result and intelligent recognition program.Intelligent recognition program for identification, judgement test It demonstrate,proves information to send, in receive process whether at a reasonable time in range, and controls time error.

First, second dynamic token is programmable read only memory, further includes: enables the first dynamic token, the second dynamic Information in board stores in the chips, also, raw information is non-readable.

When it is implemented, the first, second dynamic time in the first, second dynamic token is shown as 3, then just representing 3 Second.First, second timer by second as unit of, one number of increase in every mistake one second, be exactly since 0, first second show It is 1, is shown as within second second 2, the third second is shown as 3.It is consistent with 3 numerical value in dynamic time by timing in 3 seconds.At this point, Timer stops timing, and sends smart lock or radio frequency core for the verification information to be issued in radio frequency chip or smart lock In piece.

Such as: the first dynamic time in the first dynamic token in radio frequency chip is 3, in radio frequency chip and intelligent locking phase After mutual induction, radio frequency chip and smart lock start simultaneously at timing, the every mistake of the first timer in the radio frequency chip number of increase in one second 1, in third second, the first timer display counting value is that the number 3 in 3, with dynamic time is consistent.At this point, radio frequency chip It transmits authentication information in smart lock.

Smart lock receives verification information, firstly, the second dynamic time checked in the second dynamic token is 3, it is base with 3 Plinth is retrodicted 3 seconds by the second timer and checks initial time.If initial time and radio frequency chip, smart lock incude successfully Time consistency, then pass through time verifying.

Later, verifying is decrypted to cipher-text information to be verified by Encrypt and Decrypt algorithm in smart lock, the information after decryption It is checked with the user name of smart lock storage, password.After verification passes through, unlocking instruction is generated, and intelligence is driven by micro machine Energy lock machine tool partially opens smart lock.

During this, it is same step that smart lock, which generates encrypted authentication information and is sent to radio frequency chip operation with more than, Suddenly.

S207, first dynamic token generate the first random verification code, and the radio frequency chip is according to first dynamic After timing described in time, first random verification code is sent to the smart lock；It is random that the smart lock receives described first Identifying code, and be compared by the second random verification code in second dynamic token and second dynamic time, verified； Conversely, the radio frequency chip receives, compares, verifying second random verification code of the smart lock transmission；Meanwhile described The synchronous variation of one random verification code, second random verification code updates.

Dynamic temporal information can be generated in dynamic token, random verification code can also be generated simultaneously.Random verification code As dynamic time, random synchronism variation.Dynamic time is a dynamic random number, for specified to information to be sent The time of one random transmission, radio frequency chip or smart lock follow this time figure all to send information, the information content Itself is without sending.Random verification code for generating same set of number, letter, text in two dynamic tokens at random Word, and guarantee that variation is synchronous carries out.The information of random verification code can be sent, and radio frequency chip and intelligence are used for Information Authentication between capable of locking.Equally, it is sent after carrying out timing according to dynamic temporal information.

Random verification code is conducive to do not calculated by Encrypt and Decrypt in Encrypt and Decrypt verification process in radio frequency chip and smart lock Constraint of the method to the time, be free to be verified.And it is possible to carry out multiple authentication.The two can be come common in conjunction with it It is verified.

Between first random verification code and the second random verification code, when needing to carry out multiple authentication, timing is verified for the first time Initial time is radio frequency chip and smart lock mutual induction successful time, and second of initial time for verifying timing is to receive The time of verification code information.And so on, in the error range of permission, multiple authentication is completed between radio frequency chip and smart lock The mutual transmitting of code.

When it is implemented, generating initial time, and pass through timing after radio frequency chip and smart lock carry out wireless induction success Device carries out timing to dynamic time, and when the numerical value of timing to dynamic time, radio frequency chip is tested at random by what is generated in dynamic token Card code is sent to smart lock and is verified.In radio frequency chip and smart lock verification process, radio frequency chip connects in the same way The random verification code that smart lock is sent is received to be verified.

The first random verification code is generated in radio frequency chip, and after dynamic time timing, the first random verification code is sent Into smart lock.Smart lock receives the first random verification code, and Intelligent lock core checks dynamic time, by rear, with intelligence The second random verification code is compared in capable of locking, and as a result unanimously, is proved to be successful.

In conclusion being realized mutually between radio frequency chip and smart lock by symmetrically or non-symmetrically formula Encrypt and Decrypt algorithm Certification, safety are very high.In verification process, the transmission of verification information is needed through timing the step.Complete a timing After period, information can be just transmitted.And specific dynamic time numerical value in time-count cycle, then it is random by formula operation It generates, there is uniqueness, and the dynamic time in two dynamic tokens is synchronized update, variation.

In radio frequency chip and smart lock verification process, Encryption Algorithm itself may have some requirements to the time.In this way, If dynamic token oneself generates a random verification code, then by the way that after timing dynamic time time-count cycle, sending time is verified Code.It can be to avoid in Encryption Algorithm, to the requirement of time, repetitious verifying can also be carried out.The two be combined with each other, can be with Realize the effect of Encrypt and Decrypt algorithm and random verification code mutual authentication radio frequency chip, smart lock.Wherein, dynamic token is one Independently operated device, component are integrated in the chip of radio frequency chip and smart lock.It can also be independently arranged, run the device, Reception and transmission for random verification code.

Referring to FIG. 3, being the embodiment of the present invention from mechanical watch and a kind of more lock body intelligence of integrated lock body angle introduction The flow chart for the method that can be locked.

As shown in figure 3, this method comprises:

S301, the timing is carried out by mechanical watch, and the unlocked time is set, the mechanical watch passes through described The power supply of electric-controlled mechanical lock, operation, the controller is responsible for the sending that the electric-controlled mechanical locks the instruction of unlocking, shut, described First mechanical part executes relevant operation；The mechanical watch is in conjunction with the electronic clock and the setting panel, described in setting It unlocks, shut the time.

Mechanical watch connects lock tongue lid by mechanical part, when mechanical watch runs to unlocked time, drives lock tongue lid Unlatching；When being more than unlocked time, lock tongue lid is driven to be closed；Mechanical part connects lock tongue lid, comprising: mechanical watch is straight It connects and is connect with lock tongue lid, alternatively, mechanical watch is indirectly connected with lock tongue lid by lock body.

As timing tool, the timing of mechanical watch is more accurate, and jamproof performance is also stronger.By self-contained Battery can also work normally in the event of a loss of power.When mechanical watch more is used to precisely walk, controller implements relevant instruction It issues, micro machine executes the relevant operation unlocked, shut.When mechanical lock is used in combination with electronic clock, electronics can be passed through Clock setting terminates the time of unlock.Magnetic force interferes in order to prevent, and mechanical watch makes zero using diamagnetic materials such as aluminium alloys Part.

When it is implemented, when precisely walking of mechanical watch, and is arranged unlocked time, when running to unlocked time, controller Unlocking instruction is issued, the first mechanical part in electric-controlled mechanical lock executes unlocking.And it is unlocked according to the termination of electronic clock setting Time closes lock tongue lid.

S302, the electric-controlled mechanical are locked, the lock core of the mechanical lock passes through integrated design, when exceeding the unlock Between, when the lock tongue lid is unable to complete closing, mechanical lock described in independent lock tongue locking, makes the machinery in the electric-controlled mechanical lock Lock can not be opened；And issue alarm；

S303, the smart lock, the mechanical lock pass through the integrated design, the lock tongue in the smart lock, to institute The rotation plectrum stated in mechanical lock is locked.

Electric-controlled mechanical is allowed to lock for integrated design and mechanical lock is from two independently operated lock bodies, becomes a compound lock Body.Also, there is interlocking function, guarantee mechanical lock when meeting with technology unlocking, mechanical lock can be implemented to shut operation.

Smart lock is equipped with independent detent lock tongue, and detent lock tongue is located at the side outside mechanical lock rotation plectrum.Open card Position lock tongue, the rotation plectrum in mechanical lock are located at home position, can rotate.Detent lock tongue is closed, detent lock tongue dials rotation Piece is pushed open, and mechanical lock is lockked.Detent lock tongue is the structure with crotch, is linked on rotation plectrum.

In addition to this, pass through integrated design between electric-controlled mechanical lock and smart lock, moreover it is possible to realize smart lock in specific feelings The operation of lock tongue lid is directly closed under condition.

When it is implemented, when the lock tongue lid of electric-controlled mechanical lock is artificially blocked with object, when can not close.But at this time The time of unlock is spent, controller issues driving instruction, and the independent lock tongue in electric-controlled mechanical lock is allowed to shut mechanical lock.Even if Lock tongue lid loses effect, can not also open mechanical lock.

At least one lock tongue of smart lock, is used for open and close door body, and detent lock tongue carries out the rotation plectrum of mechanical lock It opens, close.Smart lock may be implemented to implement to lock or open to lock to mechanical lock.For preventing from opening mechanical lock implementation technology Lock.

In conclusion mechanical watch is another timing mode of electronic clock, it is consistent with the function of electronic clock, It is exactly timing.It needs to carry out related corresponding operation by mechanical part after electronic clock timing.And mechanical watch connects lock tongue Lid, when walking by machinery, can be achieved with the open and close of lock tongue lid.

When between electric-controlled mechanical lock, mechanical lock, smart lock carry out integrated design after, smart lock can to electric-controlled mechanical lock, Mechanical lock implements the operation shut.Electric-controlled mechanical lock also can implement the operation shut to mechanical lock.Three locksets are independent Lock, and be the compound lock body that can be linked.

Referring to FIG. 4, being the embodiment of the present invention from intellectual analysis, detecting a kind of more lock body smart locks of work angle introduction Method flow chart.

As shown in figure 4, this method comprises:

S401, the door body unlatching before, comprising:

According to the smart lock intelligent decision, detection as a result, the second mechanical part described in the smart lock or described Independent integration lock body executes following operation in smart lock.

S402, when the smart lock senses the radio frequency chip, start independent third timer automatically and start institute Timing to be stated, is arranged in the smart lock, in the stipulated time of storage, the radio frequency chip does not pass through the smart lock and verifies, The smart lock starting is self-locking.

S403, when the smart lock senses the radio frequency chip, at the appointed time, the mechanical lock is not beaten It opens, the smart lock starting is described self-locking.

Before sensing the radio frequency chip, the smart lock senses the mechanical lock quilt for S404, the smart lock It opens, the smart lock starting is described self-locking；The smart lock by sensing device incude the mechanical lock for open or it is described Self-locking state.

In auto-lock process described in S405, the smart lock, the Intelligent lock core will be unable to be turned on；When the smart lock Can not sense the radio frequency chip, after a period of time, it is described it is self-locking in the smart lock or the electric-controlled mechanical lock implement Automatic unlocking operation.

Intelligent key is normally unlocked and is verified with the room machine of mechanical lock, smart lock, there is reasonable time range.When exceeding Reasonable time range, smart lock program according to the pre-stored data after intelligent decision, generate self-locking instruction, mechanical part is automatic Starting executes self-locking operation.The self-locking operation of lock tongue energy complete independently smart lock in smart lock.It is also possible to which independence is arranged Lock tongue complete self-locking operation.

Smart lock after self-locking, after needing induction between intelligent chip and smart lock to disappear, could will be self-locking in intelligence It can lock and be unlocked.When failure of repeatedly unlocking in the smart lock short time, the time interval of Self-unlocking unlocking will be extended.

The equipment such as infrared induction, touch-control sensing, unlatching, closed state for smart lock induction mechanical lock.

When it is implemented,

In general, the verifying between radio frequency chip and smart lock does not exceed at most 3 seconds, and the time-count cycle one of smart lock As be set as 5 seconds.After having spent 5 seconds, if it is also failed between radio frequency chip and smart lock by verifying, on smart lock is automatic Lock.Furthermore, it is desirable to can just be again turned on verifying, identification after a period of time.

After smart lock senses radio frequency chip, mechanical lock is not opened in 30 seconds, then smart lock is automatic locking. Even if smart lock can not also be opened after mechanical lock is opened.

Radio frequency chip in Intelligent key can be realized with smart lock and feel when mechanical key portion is also not inserted into keyhole It answers.After smart lock detects that mechanical lock is opened, the inductive signal of radio frequency chip is just received, logical, smart lock is not inconsistent It is automatic locking.Switch state of the sensing device for smart lock detection mechanical lock.

After smart lock is self-locking, when needing to unlock, after needing to wait the information of radio frequency chip to disappear, then equal 10 seconds, The identification of radio-frequency card can be carried out again.It can be prompted by the display screen of smart lock during this, language can also be passed through Sound is prompted.

In conclusion the chip in smart lock, can store the software informations such as algorithm, and according to algorithm to electric-controlled mechanical Lock, mechanical lock, smart lock itself carry out the intelligent decision of an operation behavior.According to judging result, implement relevant operation.This It include that the operation shut is implemented to electric-controlled mechanical lock, mechanical lock to smart lock itself, or by smart lock in a little operations.Intelligence Can the software automatic identification in chip complete respective operations, and be equipped with the function to the smart lock automatic unlocking after self-locking.

The embodiment of the present application provides a kind of device of more lock body smart locks, which is applied to smart lock.Please refer to figure 5, Fig. 5 be a kind of block diagram of the device for more lock body smart locks that the embodiment of the present invention is introduced in terms of apparatus structure.

As shown in figure 5, the device includes:

Box body module 501 is used for step 1: opening the lockset in the inner side of door box with key.

Panel module 502 is set, step 2 is used for: inputting password in the setting panel being located in the box, is entered The page is set, one, one section of electronic clock unlocked time are at least set in the setting page.

Display module 503 is used for step 3: on the outside of door body, the unlocked time information and unlock shape are shown in display screen State.

First unlocked state 504, be used for step 4: the electronic clock runs to the unlocked time, electric-controlled mechanical lock By controller, micro machine is driven, the electric-controlled mechanical locks the first mechanical part and opens lock tongue lid；Conversely, exceeding the unlock The lock tongue lid is automatically closed in time；The lock tongue lid is for blocking the keyhole that mechanical lock is located on the outside of the door body.

Second unlocked state 505 is used for step 5: when the lock tongue lid is opened, mechanical key metal in Intelligent key In the keyhole of mechanical lock described in partial insertion, the mechanical lock is opened, simultaneously.

Third unlocked state 506 is used for step 6: the radio frequency chip being integrated in the Intelligent key, is locked into intelligence Row identity and password authentification, verification information carry out timing according to the dynamic time numerical value in dynamic token, send；It is verified Afterwards, unlocking instruction is generated, second mechanical part of smart lock receives, executes the unlocking instruction, opens the smart lock.

4th unlocked state 507 is used for step 7: the unlatching of the door body, including.

1, the electric-controlled mechanical lock, the mechanical lock, the smart lock are in unlocking condition, and the door body is opened.

2, the electric-controlled mechanical lock, the mechanical lock, the smart lock one of them be not carried out the unlocking, the door Body can not be opened.

Referring to FIG. 6, Fig. 6 is a kind of more lock body intelligence that the embodiment of the present invention is introduced in terms of timing sends multidate information The block diagram of the device of lock.

As shown in fig. 6, the device includes:

Dynamic token module 601, in the first dynamic token in the radio frequency chip the first dynamic time with it is described The second dynamic time in smart lock in the second dynamic token, content synchronization update, change, also, limit first dynamic The maximum value that time, second dynamic time change.

Timer module 602, is used for also, the first timer in the radio frequency chip, the second timing in the smart lock Device, the two timing rule and precision are consistent.

Radio frequency induction module 603, for working as the radio frequency chip and smart lock mutual induction success, and it is common with this Initial time is generated, the timing is started.

First timing sending module 604, for wherein, timing result described in the first timer described in the radio frequency chip Equal to first dynamic time value when, send the verification information to the smart lock and verify.

Second timing sending module 605 is equal to institute for working as timing result described in the second timer described in the smart lock When stating the value of the second dynamic time, sends the verification information to the radio frequency chip and verify.

Time error module 606, be used for also, both sides receive the verification information error time setting it is minimum at one In the range of.

Random verification code module 607 generates the first random verification code, the radio frequency chip for first dynamic token After timing described in first dynamic time, first random verification code is sent to the smart lock；The smart lock First random verification code is received, and when by the second random verification code in second dynamic token and second dynamic Between be compared, verify；Conversely, the radio frequency chip is received, is compared, verifying described the second of smart lock transmission and test at random Demonstrate,prove code；Meanwhile the synchronous variation of first random verification code, second random verification code, update.

Referring to FIG. 7, to be the embodiment of the present invention more from one kind of mechanical watch and integrated lock body configuration aspects introduction by Fig. 7 The block diagram of the device of lock body smart lock.

As shown in fig. 7, the device includes:

For carrying out the timing by mechanical watch, and the unlocked time is arranged in mechanical watch module 701, described Mechanical watch passes through the power supply of electric-controlled mechanical lock, operation, and the controller is responsible for the electric-controlled mechanical lock unlocking, is shut The sending of instruction, first mechanical part execute relevant operation；The mechanical watch is in conjunction with the electronic clock and described sets Panel is set, the unlocking is set, shuts the time.

First integrated lock module 702, the lock core for electric-controlled mechanical lock, the mechanical lock are set by integration Meter, when exceeding the unlocked time, when the lock tongue lid is unable to complete closing, independent lock tongue locking institute in electric-controlled mechanical lock Mechanical lock is stated, makes the mechanical lock that can not be opened；And issue alarm.

Second integrated lock body mould 703, passes through the integrated design for the smart lock, the mechanical lock, described Lock tongue in smart lock locks the rotation plectrum in the mechanical lock.

Referring to FIG. 8, Fig. 8 is the embodiment of the present invention from intelligent measurement, a kind of more lock body smart locks of operating aspect introduction Device block diagram.

As shown in figure 8, the device includes:

Intelligent decision module 801, for according to the smart lock intelligent decision, detection as a result, institute in the smart lock It states independent integration lock body in the second mechanical part or the smart lock and executes following operation.

First self-locking module 802, for when the smart lock senses the radio frequency chip, starting independent automatically Three timers start the timing, are arranged in the smart lock, in the stipulated time of storage, the radio frequency chip does not pass through institute Smart lock verifying is stated, the smart lock starting is self-locking.

Second self-locking module 803, for when the smart lock senses the radio frequency chip, at the appointed time, institute It states mechanical lock to be unopened, the smart lock starting is described self-locking.

The self-locking module 804 of third, for the smart lock before sensing the radio frequency chip, the smart lock induction It is opened to the mechanical lock, the smart lock starting is described self-locking；The smart lock incudes the machinery by sensing device Lock is unlatching or the self-locking state.

Automatic unlocking module 805, in auto-lock process described in the smart lock, the Intelligent lock core to will be unable to be opened It opens；When the smart lock can not sense the radio frequency chip, after a period of time, it is described it is self-locking in the smart lock or described Electric-controlled mechanical lock implements automatic unlocking operation.

Claims

1. a kind of method of more lock body smart locks, which is characterized in that this method is applied to smart lock, this method comprises:

Step 1: the lockset in inner side of door box is opened with key；

Step 2: inputting password in the setting panel being located in the box, into the setting page, in the setting page One, one section of electronic clock unlocked time are at least set；

Step 4: the electronic clock runs to the unlocked time, and electric-controlled mechanical lock drives micro machine, institute by controller It states electric-controlled mechanical and locks the first mechanical part unlatching lock tongue lid；Conversely, exceeding the unlocked time, the lock tongue lid is automatically closed； The lock tongue lid is for blocking the keyhole that mechanical lock is located on the outside of the door body；

Step 5: when the lock tongue lid is opened, mechanical key metal part is inserted into the described of the mechanical lock in Intelligent key In keyhole, the mechanical lock is opened, meanwhile,

Step 6: the radio frequency chip being integrated in the Intelligent key carries out identity and password authentification, verification information with smart lock Timing is carried out according to the dynamic time numerical value in dynamic token, is sent；After being verified, unlocking instruction, the smart lock are generated Second mechanical part receives, executes the unlocking instruction, opens the smart lock；

Step 7: the unlatching of the door body, comprising:

(2) the electric-controlled mechanical lock, the mechanical lock, the smart lock one of them be not carried out the unlocking, the door body It can not be opened.

2. the method according to claim 1, wherein be integrated in the radio frequency chip in the Intelligent key, same to intelligence It can lock and carry out identity and password authentification, verification information carries out timing according to the dynamic time numerical value in dynamic token, sends, packet It includes:

In the first dynamic time and the smart lock in the radio frequency chip in the first dynamic token in the second dynamic token Second dynamic time, content synchronization update, change, also, limit first dynamic time, second dynamic time variation Maximum value；

Also, the first timer in the radio frequency chip, the second timer in the smart lock, the two timing rule and essence Degree is consistent；

When the radio frequency chip and smart lock mutual induction success, and with this common generation initial time, start the meter When；

Wherein, when radio frequency chip the first timer timing result is equal to the value of first dynamic time, described in transmission Verification information to the smart lock is verified；

When smart lock the second timer timing result is equal to the value of second dynamic time, the verification information is sent It is verified to the radio frequency chip；

Also, the error time that both sides receive the verification information is arranged in a very small range.

3. also being wrapped the method according to claim 1, wherein being integrated in the radio frequency chip in the Intelligent key It includes:

First dynamic token generates the first random verification code, after the radio frequency chip is according to timing described in the first dynamic time, hair Send first random verification code to the smart lock；The smart lock receives first random verification code, and passes through second The second random verification code and the second dynamic time are compared, verify in dynamic token；Conversely, the radio frequency chip receives, ratio To second random verification code of, verifying smart lock transmission；Meanwhile first random verification code, described second with The synchronous variation of machine identifying code updates.

4. the method according to claim 1, wherein the unlatching of the door body, comprising:

The electric-controlled mechanical is locked, the lock core of the mechanical lock passes through integrated design, and when exceeding unlocked time, lock tongue lid can not be complete When at closing, mechanical lock described in independent lock tongue locking, makes the mechanical lock that can not be opened in the electric-controlled mechanical lock；And it issues Alarm；

The smart lock, the mechanical lock pass through the integrated design, the lock tongue in the smart lock, in the mechanical lock Rotation plectrum locked.

5. the method according to claim 1, wherein the unlatching of door body, before this, comprising:

According to the smart lock intelligent decision, detection as a result, in the smart lock in the second mechanical part or the smart lock Independent integration lock body executes following operation:

When the smart lock senses the radio frequency chip, starts independent third timer automatically and start the timing, In the stipulated time be arranged in the smart lock, stored, the radio frequency chip does not pass through the smart lock and verifies, the smart lock Start self-locking；

When the smart lock senses the radio frequency chip, at the appointed time, the mechanical lock is unopened, the intelligence Lock starting is described self-locking；

For the smart lock before sensing the radio frequency chip, the smart lock senses that the mechanical lock is opened, described Smart lock starting is described self-locking；The smart lock incudes the mechanical lock by sensing device for unlatching or the self-locking state；

In auto-lock process described in the smart lock, the Intelligent lock core will be unable to be turned on；When the smart lock can not incude To the radio frequency chip, after a period of time, it is described it is self-locking in the smart lock or electric-controlled mechanical lock implement automatic unlocking operation.

6. a kind of device of more lock body smart locks, which is characterized in that the device is applied to smart lock, which includes:

Box body module is used for step 1: opening the lockset in inner side of door box with key；

Panel module is set, step 2 is used for: inputting password in the setting panel being located in the box, into setting page One, one section of electronic clock unlocked time is at least arranged in face in the setting page；

Display module is used for step 3: on the outside of door body, showing the unlocked time information and unlocked state in display screen；

First unlocked state, be used for step 4: the electronic clock runs to the unlocked time, and electric-controlled mechanical lock passes through control Device, drives micro machine, and the electric-controlled mechanical locks the first mechanical part and opens lock tongue lid；Conversely, exceeding the unlocked time, automatically Close the lock tongue lid；The lock tongue lid is for blocking the keyhole that mechanical lock is located on the outside of the door body；

Second unlocked state is used for step 5: when the lock tongue lid is opened, mechanical key metal part insertion in Intelligent key In the keyhole of the mechanical lock, the mechanical lock is opened, meanwhile,

Third unlocked state, be used for step 6: the radio frequency chip being integrated in the Intelligent key, with smart lock carry out identity and Password authentification, verification information carry out timing according to the dynamic time numerical value in dynamic token, send；After being verified, generation is opened Lock instruction, second mechanical part of smart lock receive, execute the unlocking instruction, open the smart lock；

4th unlocked state is used for step 7: the unlatching of the door body, comprising:

7. device according to claim 6, which is characterized in that the timing that the device is applied to smart lock verification information is sent, The device includes:

Dynamic token module, in the first dynamic time and the smart lock in the first dynamic token in the radio frequency chip The second dynamic time in second dynamic token, content synchronization updates, variation, also, limits first dynamic time, described The maximum value of second dynamic time variation；

Timer module, is used for also, the first timer in the radio frequency chip, the second timer in the smart lock, the two The timing rule and precision are consistent；

Radio frequency induction module for working as the radio frequency chip and smart lock mutual induction success, and is generated jointly with this Begin the time, starts the timing；

First timing sending module, for wherein, timing result described in the first timer described in the radio frequency chip is equal to institute When stating the value of the first dynamic time, sends the verification information to the smart lock and verify；

Second timing sending module, it is dynamic equal to described second for working as timing result described in the second timer described in the smart lock When the value of state time, sends the verification information to the radio frequency chip and verify；

Time error module, is used for also, both sides receive the error time setting of the verification information in a very small range It is interior.

8. device according to claim 7, which is characterized in that the device is applied to the hair of smart lock dynamic random identifying code It send, which includes:

Random verification code module generates the first random verification code for first dynamic token, and the radio frequency chip is according to institute After stating timing described in the first dynamic time, first random verification code is sent to the smart lock；The smart lock receives institute The first random verification code is stated, and is carried out by the second random verification code in second dynamic token and second dynamic time It compares, verifying；Conversely, the radio frequency chip receives, compares, verifying second random verification code of the smart lock transmission； Meanwhile the synchronous variation of first random verification code, second random verification code, update.

9. device according to claim 6, which is characterized in that the device be applied to electric-controlled mechanical lock, mechanical lock, smart lock it Between integrated lock body structure, which includes:

First integrated lock module, the lock core for electric-controlled mechanical lock, the mechanical lock passes through integrated design, when super Unlocked time out, when lock tongue lid is unable to complete closing, mechanical lock described in independent lock tongue locking, makes described in the electric-controlled mechanical lock Mechanical lock can not be opened；And issue alarm；

Second integrated lock module passes through the integrated design, the smart lock for the smart lock, the mechanical lock In lock tongue, the rotation plectrum in the mechanical lock is locked.

10. device according to claim 6, which is characterized in that the device be applied to door body unlatching before intellectual analysis, Judgement, the device include:

Intelligent decision module, for according to the smart lock intelligent decision, detection as a result, the second Machinery Ministry in the smart lock Point or the smart lock in independent integrated lock body execute following operation:

First self-locking module, for starting independent third timing automatically when the smart lock senses the radio frequency chip Device starts the timing, is arranged in the smart lock, in the stipulated time of storage, the radio frequency chip does not pass through the intelligence Lock verifying, the smart lock starting are self-locking；

Second self-locking module, for when the smart lock senses the radio frequency chip, at the appointed time, the mechanical lock It is unopened, the smart lock starting is described self-locking；

The self-locking module of third, for the smart lock before sensing the radio frequency chip, the smart lock senses described Mechanical lock is opened, and the smart lock starting is described self-locking；It is to open that the smart lock, which incudes the mechanical lock by sensing device, It opens or the self-locking state；

Automatic unlocking module, in auto-lock process described in the smart lock, the Intelligent lock core to will be unable to be turned on；Work as institute The radio frequency chip can not be sensed by stating smart lock, after a period of time, it is described it is self-locking in the smart lock or electric-controlled mechanical lock Implement automatic unlocking operation.