CN106600755B - A kind of the general-purpose key system and its operating method of light wave encryption and decryption - Google Patents
A kind of the general-purpose key system and its operating method of light wave encryption and decryption Download PDFInfo
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- CN106600755B CN106600755B CN201510673824.XA CN201510673824A CN106600755B CN 106600755 B CN106600755 B CN 106600755B CN 201510673824 A CN201510673824 A CN 201510673824A CN 106600755 B CN106600755 B CN 106600755B
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Abstract
The invention discloses a kind of light wave encryption and decryption general-purpose key system and its operating methods, wherein the light wave encryption and decryption general-purpose key system includes: a key, a tapered end, the application software used on a mobile phone and a network cloud server.The key includes a first microprocessor, one first clock, one first wireless communication module, a key display, multiple light wave transmitters and one first battery.The tapered end includes one second microprocessor, a second clock, one second wireless communication module, multiple Lightwave receivers, one to provide the second battery of required electric power and multiple to provide the reserve battery of redundancy electric power when second battery electric power exhausts for second microprocessor, the second clock, second wireless communication module and multiple Lightwave receiver.The tapered end connects a door interlock switch and controls the Push And Release of the door interlock switch.The application software used on the mobile phone is installed on a mobile phone, to generate password and password is transmitted to a network cloud server.
Description
Technical field
The present invention relates to a kind of general-purpose key system and its operating methods, in particular to a kind of to use light wave transmissions signal simultaneously
The general-purpose key system and its operating method of tapered end Push And Release are controlled using light wave encryption and decryption.
Background technique
It is different to open that the advantages of general-purpose key, is that user does not need to carry largely all kinds of different keys
Lockset, so as to which the convenience used is substantially improved since but general-purpose key can open different locksets, risk is also
It is relatively high, if stolen or loss, different locksets can be opened after being obtained by other people, the loss of property also can be relatively more miserable
Weight, therefore general-purpose key must just focus on the safety used in design, the general-purpose key for having encryption and decryption functions more can
Enhance the safe coefficient in its use.
About the technology for switching lockset by encryption and decryption mode, the prior art also has disclosure, as TaiWan, China is practical new
Type M493578 " finger ring type electronic coding lock system " Patent Case, it discloses a kind of finger ring type Electronics Cryptographic Keys system, packets
Contain: it is digital to be equipped with a password for a ring key；One electronic key hole；One reads password digital device, is set to electricity
Around minor keyhole；One processor device is equipped with the software and hardware device of password encryption and decryption；Wherein, when the ring key is set
The password number for reading password digital device and reading ring key when entering the electronic key hole, around the electronic key hole
Code；Password number is sent to the processor device via the first on-line interface；Via the software and hardware of processor device to the password
Digital Signal Processing judges user identity, unlocks if user identity is legal.
For another example TaiWan, China 201309882 " electronic coding lock system and its unlocking method " patent application case, disclosure
A kind of electronic coding lock system, including a tapered end and a usb key, the tapered end include the first USB interface, input equipment and control
Molding block, for the input equipment for inputting password, which is used to control the unlock of the tapered end.The usb key includes one
Deciphering chip, the deciphering chip include cipher authentication module, and the cipher authentication module is to confirm that the input equipment inputs
Password correctness, generate unlock instruction notify the control module unlock.
For another example TaiWan, China invents No. I337953 " automobile-used induction type key-free lock tool " Patent Case, and it discloses utilize one
Induction module locks to the steering wheel of automobile and the faucet of locomotive, and user will start automobile need to all send first with an induction key
The wireless signal of a string of diversified encryption information is to induction module out, and after induction module is with the interpretation of symmetry cryptographic algorithm really
It unlocks again after recognizing the identity of user.
For another example novel No. M385052 " access control system of no input interface " Patent Case of TaiWan, China, it discloses on the other hand
Hold key device and an identification device.The hand-held key device, which has, generates a sequence according to the acceleration of time and gravity direction
A three axle Gravity accelerometers of the signal as secret key cipher.The identification device and the hand-held key device pass through wireless parties
Formula is attached, and for identifying the correctness of aforementioned key password, and then is controlled the electric-controlled type latch and is unlatched and closed.
In summary prior art disclosure of that is it is found that it is to have that conditional electronic, which locks used encryption and decryption technology,
The mode of line transmission or wireless induction sends out the electronic signal of a string of diversified encryption information to encryption/decryption module, and in encryption and decryption
It unlocks or shuts after the identity of confirmation user after module is interpreted with cryptographic algorithm.But with the development of science and technology wire transmission
Signal is easy the record duplication of intercepted and side, and the signal of wireless induction is easy to crack by frequency matching device, both no longer
It is highly safe signal transmission form.
Summary of the invention
In order to solve above-mentioned deficiency in the prior art, the present invention provides a kind of light wave encryption and decryption general-purpose key system,
The general-purpose key system includes: a general-purpose key, a tapered end, the application software (APP) used on a mobile phone and a network cloud
Server.The general-purpose key includes: a first microprocessor, to handle signal；One first clock, to provide time number
According to；One first wireless communication module, to use wireless mode to transmit and receive signal；One key display, to for user
Selection key is provided；Multiple light wave transmitters, to emit light wave；One first battery, to for the first microprocessor, this
One clock, first wireless communication module, the key display and multiple light wave transmitter provide required electric power.The lock
Head includes: one second microprocessor, to handle signal；One second clock, to provide time data；One second wireless communication
Module, to use wireless mode to transmit and receive signal；Multiple Lightwave receivers, to receive light wave；One second battery is used
It is required to be provided for second microprocessor, the second clock, second wireless communication module and multiple Lightwave receiver
Electric power；And multiple reserve batteries, to provide redundancy electric power when second battery electric power exhausts.The tapered end connects a door lock
Switch and control the Push And Release of the door interlock switch.The application software (APP) used on the mobile phone is installed on a mobile phone, to generate
Password is simultaneously transmitted to the network cloud server by password.
In order to solve above-mentioned deficiency in the prior art, the present invention also provides a kind of light wave encryption and decryption general-purpose key systems
Operating method, comprising the following steps:
(a): user inputs a key cipher by the application software on mobile phone；
(b): the key cipher is transmitted and is stored in a network cloud server by mobile phone；
(c): a general-purpose key is inserted into a tapered end by user, one first wireless communication module in the general-purpose key and
One second wireless communication module in the tapered end downloads the key cipher from the network cloud server；
(d): user selects key corresponding to the door lock to be opened by a key display of the general-purpose key；
(e): a first microprocessor of the general-purpose key uses an enciphering and deciphering algorithm by selected push button signalling, the key
The mixing of time series signal caused by spoon password and one first clock emits light wave by multiple light wave transmitters after calculating and believes
Number；
(f): corresponding multiple Lightwave receivers receive multiple lightwave signal and pass through one second micro process in the tapered end
Device is believed using enciphering and deciphering algorithm time series with reference to caused by multiple lightwave signal, the key cipher and a second clock
It number is decrypted and proving program, if errorless i.e. transmission one unlocking signal a to door interlock switch of verifying opens door lock.
In one embodiment of this invention, the user of the light wave encryption and decryption general-purpose key system can pass through being somebody's turn to do on mobile phone
Application software inputs a key cipher, and transmits and be stored in the network cloud server for the key cipher by mobile phone, when
When using the general-purpose key system, which can be inserted into the tapered end by user, first nothing in the general-purpose key
The second wireless communication module in line communication module and the tapered end can download the key cipher from the network cloud server, make
User selects key corresponding to the door lock to be opened by the key display, which uses an encryption and decryption
Algorithm leads to after time series signal caused by selected push button signalling, the key cipher and first clock is mixed calculating
Multiple light wave transmitter transmitting lightwave signal is crossed, corresponding multiple Lightwave receivers receive multiple lightwave signal in the tapered end
And multiple lightwave signal, the key cipher and the second clock are referred to using an enciphering and deciphering algorithm by second microprocessor
Generated time series signal is decrypted and proving program, if the errorless unlocking signal that transmits of verifying is to the door interlock switch
Door lock is opened.
In one embodiment of this invention, the light source that multiple light wave transmitter uses is LED.
In one embodiment of this invention, the enciphering and deciphering algorithm which uses be it is following one of or
A variety of combination: addition, subtraction and multiplication.
In one embodiment of this invention, the enciphering and deciphering algorithm which uses be it is following one of or
A variety of combination: addition, subtraction and multiplication.
In one embodiment of this invention, which, should using needing before the application software through an identity authentication procedure
Authentication program is identification of fingerprint or sound-groove identification.
When using light wave encryption and decryption general-purpose key system provided by the invention, user can be inputted by the APP of this on mobile phone
Key cipher, and the key cipher is transmitted and is stored in a network cloud server by mobile phone.When the use general-purpose key
When system, which can be inserted into the tapered end by user, the first wireless communication module and the tapered end in the general-purpose key
The second interior wireless communication module can download the key cipher from the network cloud server, and user is selected by the key display
It selects key corresponding to the door lock to be opened (such as gate lock to be opened, selection key 1), which uses one
Time series signal caused by selected push button signalling, the key cipher and first clock is mixed and is counted by enciphering and deciphering algorithm
Lightwave signal is emitted by multiple light wave transmitter after calculation, corresponding multiple Lightwave receivers receive multiple light in the tapered end
Wave signal and by second microprocessor using an enciphering and deciphering algorithm with reference to multiple lightwave signal, the key cipher and this
The program that time series signal caused by two clocks is decrypted and verifies, if the errorless unlocking signal that transmits of verifying is to door
Lock-switch opens door lock.
In one embodiment of the invention, the user of general-purpose key system provided by the invention can first pass through mobile phone for key
Spoon password is transmitted and is stored to the network cloud server.When the user loses its mobile phone, another mobile phone can be used
This group of key cipher is downloaded to the network cloud server, then this group of key cipher is passed through into nothing built-in on the another mobile phone
Line communication module is input to the general-purpose key in the present invention, executes unlocking program to open different locksets.
In another embodiment of the present invention, when the user loses the general-purpose key, it can be used on its mobile phone
The APP inputs key cipher, and transmits and be stored in a network cloud server for the key cipher by mobile phone, and using another
One new general-purpose key downloads the key cipher from the network cloud server and unlocks, and is added due to of the present invention
It include time series signal in the calculating process of decipherment algorithm, the key cipher of generation is used only once, therefore the general-purpose lost
The key cipher stored on the key has not been available, it is ensured that the safety of system.
To sum up, light wave encryption and decryption general-purpose key system provided by the present invention can be with password authentification and light wave transmissions and plus solution
Close equal Multiple techniques framework, opens different locksets, can really reduce the quantity of user's carrying keys, and actually reach
Highly safe effect provides intrinsically safe protection for the appliance arrangement to be protected of lockset.
Detailed description of the invention
Fig. 1 is the schematic diagram of light wave encryption and decryption general-purpose key system provided by the invention；
Schematic diagram when Fig. 2 is general-purpose key insertion tapered end in light wave encryption and decryption general-purpose key system provided by the invention；
Fig. 3 is the schematic diagram of encryption process in light wave encryption and decryption general-purpose key system provided by the invention；
Fig. 4 is the operating process schematic diagram of general-purpose key in light wave encryption and decryption general-purpose key system provided by the invention；
Fig. 5 is that the user of light wave encryption and decryption general-purpose key system provided by the invention uses general-purpose key when losing mobile phone
Schematic diagram.
Description of symbols: 01- light wave encryption and decryption general-purpose key system；011- general-purpose key；The first micro process of 0111-
Device；The first clock of 0112-；The first wireless communication module of 0113-；0114- key display；0115- light wave transmitter；0116-
First battery；012- tapered end；The second microprocessor of 0121-；0122- second clock；The second wireless communication module of 0123-；0124-
Lightwave receiver；The second battery of 0125-；0126- reserve battery；The application software (APP) used on 013- mobile phone；0131- key
Spoon password；014- network cloud server；015- door interlock switch；021- general-purpose key；The first wireless communication module of 0211-；
0212- key display；0213- first microprocessor；The first clock of 0214-；0215- light wave transmitter；022- tapered end；
The second wireless communication module of 0221-；The second microprocessor of 0222-；0223- second clock；0225- Lightwave receiver；023- net
Network cloud server；0231- key cipher；31- general-purpose key；311- first microprocessor；The first clock of 312-；32- tapered end；
The second microprocessor of 321-；322- second clock；411,412,413,414,415,416- step；51- general-purpose key system
User；52- another mobile phone；The application software (APP) used on 521- mobile phone；522- key cipher；53- network cloud service
Device；54- general-purpose key；The first wireless communication module of 541-；55- tapered end；The second wireless communication module of 551-；56- door interlock switch.
Specific embodiment
As shown in FIG. 1, FIG. 1 is the schematic diagrames of light wave encryption and decryption general-purpose key system framework provided by the invention.It can by Fig. 1
Know, which includes: a general-purpose key 011, a tapered end 012, the application used on a mobile phone
Software (APP) 013 and a network cloud server 014.The general-purpose key 011 includes: a first microprocessor 0111, to locate
Manage signal；One first clock 0112, to provide time data；One first wireless communication module 0113, to use wireless parties
Formula transmission and reception signal；One key display 0114, to provide selection key for user；Multiple light wave transmitters 0115,
To emit light wave；One first battery 0116, to for the first microprocessor 0111, first clock 0112, first nothing
Line communication module 0113, the key display 0114 and multiple light wave transmitter 0115 provide required electric power.The tapered end 012
It include: one second microprocessor 0121, to handle signal；One second clock 0122, to provide time data；One second nothing
Line communication module 0123, to use wireless mode to transmit and receive signal；Multiple Lightwave receivers 0124, to receive light
Wave；One second battery 0125, to for second microprocessor 0121, the second clock 0122, second wireless communication module
0123 and multiple Lightwave receiver 0124 required electric power is provided；And multiple reserve batteries 0126, to work as second battery
Electric power 0125 provides redundancy electric power when exhausting.The tapered end 012 connects a door interlock switch 015 and controls opening for the door interlock switch 015
With pass.The application software (APP) 013 used on the mobile phone is installed in a mobile phone, to generate key cipher 0131 and should
Key cipher 0131 is transmitted to the network cloud server 014.
When using light wave encryption and decryption general-purpose key system provided by the invention, which can pass through user of the invention
The APP013 on mobile phone inputs key cipher 0131, and transmits and be stored in the network for the key cipher 0131 by mobile phone
Cloud server 014, wherein using being needed before the APP through an identity authentication procedure, which can be the user
Identification of fingerprint or sound-groove identification.When using the general-purpose key system 01, which can be inserted into the tapered end by user
The second wireless communication module in first wireless communication module 0113 and the tapered end 012 in 012, in the general-purpose key 011
0123 can download the key cipher 0131 from the network cloud server 014, and user selects institute by the key display 0114
Key corresponding to the door lock to be opened (such as gate lock to be opened, selection key 1), the first microprocessor 0111 use one
Enciphering and deciphering algorithm believes time series caused by selected push button signalling, the key cipher 0131 and first clock 0112
Number mixing calculate after by multiple light wave transmitter 0115 transmitting lightwave signal, corresponding multiple light waves connect in the tapered end 012
Device 0124 is received to receive multiple lightwave signal and use an enciphering and deciphering algorithm with reference to multiple by second microprocessor 0121
The journey that time series signal caused by lightwave signal, the key cipher 0131 and the second clock 0122 is decrypted and verifies
Sequence, if errorless i.e. transmission one unlocking signal to the door interlock switch 015 of verifying opens door lock.
As shown in Fig. 2, when Fig. 2 is that general-purpose key is inserted into tapered end in light wave encryption and decryption general-purpose key system provided by the invention
Schematic diagram.As shown in Figure 2, when the general-purpose key 021 in light wave encryption and decryption general-purpose key system provided by the invention is inserted into lock
The second radio communication mold in first wireless communication module 0211 and the tapered end 022 when first 022, in the general-purpose key 021
Block 0221 can download the key cipher 0231 uploaded from the network cloud server 023, and user passes through the key display
Key (such as gate lock to be opened, selection key 1) corresponding to 0212 door lock to be opened of selection, the first microprocessor
0213 will be caused by selected push button signalling, the key cipher 0231 and first clock 0214 using an enciphering and deciphering algorithm
Time series signal mixing calculate after by multiple light wave transmitter 0215 transmitting lightwave signal, it is corresponding in the tapered end 022
Multiple Lightwave receivers 0225 receive multiple lightwave signal and use an enciphering and deciphering algorithm by second microprocessor 0222
The time series signal with reference to caused by multiple lightwave signal, the key cipher 0231 and the second clock 0223 is decrypted
And the program of verifying, if verifying one unlocking signal of errorless i.e. transmission opens door lock to door interlock switch (not shown).
As shown in Figures 2 and 3, Fig. 3 is encryption process in light wave encryption and decryption general-purpose key system provided by the invention
Schematic diagram.When in the general-purpose key 31 first microprocessor 311 using an enciphering and deciphering algorithm by the selected push button signalling,
The mixing of time series signal caused by the key cipher and first clock 312 is sent out after calculating by multiple light wave transmitter
When penetrating lightwave signal, the coding mode calculated can be as follows.First a date can be obtained such as from first clock 312
20150720, it is assumed that the key cipher is 1234, if algorithms selection addition, 20150720+1234=20151954, therefore Xinmi City
Code can be 20151954.If algorithms selection subtraction, 20150720-1234=20149486, therefore new password can be 20149486.
If algorithms selection multiplication, 20150720*1234=24865988480, taking 8, end is 65988480, therefore new password can be
65988480.New password can control the permutation and combination of multiple light wave transmitter transmitting lightwave signal, for example, when new password is
When 20151954, as shown in Fig. 2, the transmitter of the number 1,3,5 in multiple light wave transmitter 0215 can emit light wave.Such as figure
Shown in 3, in the tapered end 32, second microprocessor 321 using an enciphering and deciphering algorithm with reference to the key cipher and this second when
The program that time series signal caused by clock 322 is decrypted and verifies.Firstly, second microprocessor 321 can from this
One clock 322 obtains a date such as 20150720, it is assumed that the key cipher is 1234, if algorithms selection addition, 20150720+
1234=20151954, therefore new password can be 20151954.If algorithms selection subtraction, 20150720-1234=20149486,
Therefore new password can be 20149486.If algorithms selection multiplication, 20150720*1234=24865988480, taking last 8 is
65988480, therefore new password can be 65988480.As shown in Fig. 2, new password can control multiple Lightwave receiver 0225 to connect
The permutation and combination for receiving the lightwave signal that multiple light wave transmitter 0215 in the general-purpose key 021 is emitted, as previously mentioned, example
Such as, when new password is 20151954, the number 1,3,5 in multiple light wave transmitter 0215 in the general-purpose key 021
Transmitter can emit lightwave signal, then number 1,3,5 corresponding in multiple Lightwave receivers 0225 in the tapered end 022 connects
Lightwave signal should then be received by receiving device, if multiple receiver receives lightwave signal really, then it represents that the errorless i.e. transmission one of verifying is opened
Lock signal opens door lock to door interlock switch (not shown).
As shown in figure 4, Fig. 4 is the operating process of general-purpose key in light wave encryption and decryption general-purpose key system provided by the invention
Schematic diagram.As shown in figure 4, when a user uses light wave encryption and decryption general-purpose key system provided by the invention, it can be according to
It is operated according to following steps.
Step 411: user inputs a key cipher by the APP on mobile phone；
Step 412: the key cipher is transmitted and is stored in a network cloud server by mobile phone；
Step 413: the general-purpose key is inserted into the tapered end by user, one first wireless communication module in the general-purpose key
And one second wireless communication module in the tapered end downloads the key cipher from the network cloud server；
Step 414: user selects key corresponding to the door lock to be opened by the one key display of general-purpose key；
Step 415: the first microprocessor using an enciphering and deciphering algorithm by selected push button signalling, the key cipher and
Lightwave signal is emitted by multiple light wave transmitter after the mixing calculating of time series signal caused by one first clock；
Step 416: corresponding multiple Lightwave receivers receive multiple lightwave signal and second micro- by this in the tapered end
Processor uses enciphering and deciphering algorithm time sequence with reference to caused by multiple lightwave signal, the key cipher and the second clock
Column signal is decrypted and proving program, if verifying one unlocking signal of errorless i.e. transmission opens door lock to door interlock switch.
Wherein, using being needed before the APP through an identity authentication procedure, which can distinguish the user for fingerprint
Knowledge or sound-groove identification.
As shown in figure 5, the user that Fig. 5 is light wave encryption and decryption general-purpose key system provided by the invention uses when losing mobile phone
The schematic diagram of general-purpose key.In this present embodiment, when the user 51 of light wave encryption and decryption general-purpose key system provided by the invention loses
When losing its mobile phone, another mobile phone 52 can be used to download on the mobile phone disclosed in this invention from a network cloud server 53
The application software (APP) 521 used, and a key cipher 522 is inputted by the application software (APP) 521, mobile phone is by the key
Password 522 transmits and is stored in the network cloud server 53, wherein the user before the APP using needing to recognize by an identity
Program is demonstrate,proved, which can be identification of fingerprint or sound-groove identification.Then, one first channel radio in the general-purpose key 54
Believing one second wireless communication module 551 in module 541 and the tapered end 55, the key is close from the network cloud server 53 downloading
522 use of code, subsequent encryption and decryption program and transmitting signal and the process for receiving lightwave signal are then as described above, herein no longer
It repeats, if encryption and decryption verifies the errorless tapered end 55, i.e. transmission one unlocking signal to door interlock switch 56 opens door lock.
In another embodiment, when the user of light wave encryption and decryption general-purpose key system provided by the invention loses its general-purpose key
When spoon, another general-purpose key can be used to download the key cipher for being stored in the network cloud server from network, it is subsequent
The encryption and decryption program and transmitting lightwave signal of the general-purpose key and tapered end and the process for receiving lightwave signal are then as described above,
This is repeated no more, if encryption and decryption verifies the errorless tapered end, i.e. one unlocking signal of transmission opens door lock to door interlock switch.
Illustrate description it is found that light wave encryption and decryption general-purpose key system provided by the invention can be with password by above embodiments
The Multiple techniques framework of verifying and light wave transmissions and encryption and decryption etc., opens different locksets, really reduces user's carrying keys
Quantity, greatly improve using upper convenience, and actually reach highly safe effect, for the device to be protected of lockset
Equipment provides intrinsically safe protection.
Being described in detail above is illustrating for possible embodiments of the invention, and still, above-described embodiment is not used
To limit the scope of the invention, all equivalence enforcements or change without departing from carried out by technical spirit of the present invention are intended to be limited solely by
In the protection scope of this case.
Claims (11)
1. a kind of light wave encryption and decryption general-purpose key system characterized by comprising a general-purpose key, a tapered end make on one mobile phone
Application software and a network cloud server, wherein
The general-purpose key includes:
One first microprocessor, to handle signal；
One first clock, to provide time data；
One first wireless communication module, to use wireless mode to transmit and receive signal；
One key display, to provide selection key for user；
Multiple light wave transmitters, to emit light wave；And
One first battery, to be shown for the first microprocessor, first clock, first wireless communication module, the key
Device and multiple light wave transmitter provide required electric power；
The tapered end includes:
One second microprocessor, to handle signal；
One second clock, to provide time data；
One second wireless communication module, to use wireless mode to transmit and receive signal；
Multiple Lightwave receivers, it is corresponding with multiple light wave transmitter, to receive light wave；
One second battery, to for second microprocessor, the second clock, second wireless communication module and multiple light wave
Receiver provides required electric power；And
Multiple reserve batteries, to provide redundancy electric power when second battery electric power exhausts；
Wherein, which connects a door interlock switch and controls the Push And Release of the door interlock switch, the application software used on the mobile phone
It is installed in a mobile phone, to generate key cipher and the key cipher is transmitted to the network cloud server.
2. light wave encryption and decryption general-purpose key system according to claim 1, which is characterized in that the light wave encryption and decryption general-purpose key
The user of key system can input a key cipher by the application software of this on mobile phone, and be passed the key cipher by mobile phone
Defeated and be stored in the network cloud server, when using the general-purpose key system, which can be inserted by user should
In tapered end, first wireless communication module in the general-purpose key and the second wireless communication module in the tapered end can be from the nets
Network cloud server downloads the key cipher, user by the key display select corresponding to the door lock to be opened by
Key, the first microprocessor use an enciphering and deciphering algorithm by selected push button signalling, the key cipher and the first clock institute
The time series signal mixing of generation calculate after by multiple light wave transmitter transmitting lightwave signal, it is corresponding more in the tapered end
A Lightwave receiver receives multiple lightwave signal and uses an enciphering and deciphering algorithm with reference to multiple by second microprocessor
Time series signal caused by lightwave signal, the key cipher and the second clock is decrypted and proving program, if verifying
One unlocking signal of errorless i.e. transmission opens door lock to the door interlock switch.
3. light wave encryption and decryption general-purpose key system according to claim 1, which is characterized in that multiple light wave transmitter makes
Light source is LED.
4. light wave encryption and decryption general-purpose key system according to claim 2, which is characterized in that the first microprocessor uses
The enciphering and deciphering algorithm be following one or more of them combination: addition, subtraction and multiplication.
5. light wave encryption and decryption general-purpose key system according to claim 2, which is characterized in that second microprocessor uses
The enciphering and deciphering algorithm be following one or more of them combination: addition, subtraction and multiplication.
6. light wave encryption and decryption general-purpose key system according to claim 2, which is characterized in that the user uses the application
It is needed before software through an identity authentication procedure, which is identification of fingerprint or sound-groove identification.
7. a kind of operating method of light wave encryption and decryption general-purpose key system, which comprises the following steps:
(a): user inputs a key cipher by the application software on mobile phone；
(b): the key cipher is transmitted and is stored in a network cloud server by mobile phone；
(c): a general-purpose key is inserted into a tapered end by user, one first wireless communication module and the lock in the general-purpose key
One second wireless communication module in head downloads the key cipher from the network cloud server；
(d): user selects key corresponding to the door lock to be opened by a key display of the general-purpose key；
(e): a first microprocessor of the general-purpose key is close by selected push button signalling, the key using an enciphering and deciphering algorithm
Emit lightwave signal by multiple light wave transmitters after the mixing calculating of time series signal caused by code and one first clock；
(f): corresponding multiple Lightwave receivers receive multiple lightwave signal and are made by one second microprocessor in the tapered end
With enciphering and deciphering algorithm time series signal with reference to caused by multiple lightwave signal, the key cipher and a second clock into
Row decryption and proving program, if errorless i.e. transmission one unlocking signal a to door interlock switch of verifying opens door lock.
8. the operating method of light wave encryption and decryption general-purpose key system according to claim 7, which is characterized in that multiple light
The light source that wave launcher uses is LED.
9. the operating method of light wave encryption and decryption general-purpose key system according to claim 7, which is characterized in that this is first micro-
The enciphering and deciphering algorithm that processor uses is the combination of following one or more of them: addition, subtraction and multiplication.
10. the operating method of light wave encryption and decryption general-purpose key system according to claim 7, which is characterized in that this second
The enciphering and deciphering algorithm that microprocessor uses is the combination of following one or more of them: addition, subtraction and multiplication.
11. the operating method of light wave encryption and decryption general-purpose key system according to claim 7, which is characterized in that the use
For person using being needed before the application software through an identity authentication procedure, which is identification of fingerprint or sound-groove identification.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510673824.XA CN106600755B (en) | 2015-10-16 | 2015-10-16 | A kind of the general-purpose key system and its operating method of light wave encryption and decryption |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510673824.XA CN106600755B (en) | 2015-10-16 | 2015-10-16 | A kind of the general-purpose key system and its operating method of light wave encryption and decryption |
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| EP2620919B1 (en) * | 2012-01-26 | 2022-01-05 | SimonsVoss Technologies GmbH | Locking system |
| CN103366422B (en) * | 2012-03-31 | 2015-04-15 | 深圳光启创新技术有限公司 | WIFI-based password setting method of light-operated access control system |
| WO2014044832A1 (en) * | 2012-09-21 | 2014-03-27 | Simonsvoss Technologies Gmbh | Method and system for the configuration of small locking systems |
| TWI493512B (en) * | 2013-05-28 | 2015-07-21 | Weistech Technology Co Ltd | The universal remote control module used in smart phone and its operation method |
| CN103795540B (en) * | 2013-11-14 | 2015-09-30 | 深圳光启智能光子技术有限公司 | Mobile device, authentication device and right discriminating system |
| KR101570601B1 (en) * | 2014-02-05 | 2015-11-19 | 조봉관 | An access control method using the mobile device |
| CN205210986U (en) * | 2015-10-16 | 2016-05-04 | 巍世科技有限公司 | Light wave encryption and decryption general purpose key system |
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