CN205210986U - Light wave encryption and decryption general purpose key system - Google Patents
Light wave encryption and decryption general purpose key system Download PDFInfo
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- CN205210986U CN205210986U CN201520805471.XU CN201520805471U CN205210986U CN 205210986 U CN205210986 U CN 205210986U CN 201520805471 U CN201520805471 U CN 201520805471U CN 205210986 U CN205210986 U CN 205210986U
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Abstract
The utility model discloses a light wave encryption and decryption general purpose key system, this light wave encryption and decryption general purpose key system include an application software and a network high in the clouds server that uses on a key, a tapered end, the cell -phone. This key includes 1 the 1st microprocessor, a the first clock, 1 the 1st wireless communication module, a button display, a plurality of light wave transmitter and a first battery. This tapered end includes: the 2nd microprocessor, a second clock, the 2nd wireless communication module, a plurality of light wave receivers, a second battery for provide required electric power for the 2nd microprocessor, this second clock, the 2nd wireless communication module and these a plurality of light wave receivers, and a plurality of backup battery for it helps electric power fully to provide when this second battery electric power exhausts. This tapered end is connected a door lock switch and is controlled opening and closing of this door lock switch. The application software who uses on this cell -phone installs in a cell -phone for produce the password and with coded transmission to a network high in the clouds server.
Description
Technical field
The utility model relates to a kind of general-purpose key system, particularly uses light wave transmissions signal about a kind of and use light wave encryption and decryption to control the general-purpose key system of tapered end Push And Release.
Background technology
The advantage of general-purpose key is that user does not need to carry a large amount of different key of all kinds to open different locksets, thus significantly can promote the convenience of use, since but general-purpose key can open different locksets, its danger is also relatively high, if stolen or loss, then different locksets can be opened after being obtained by other people, the loss of property also can be relatively more heavy, therefore general-purpose key just must focus on the security of use in design especially, the general-purpose key possessing encryption and decryption functions more can strengthen its safe coefficient used.
About passing through encryption and decryption mode with the technology of switch lockset, prior art also has open, as No. M493578, TaiWan, China utility model " finger ring type electronic coding lock system " Patent Case, it discloses a kind of finger ring type Electronics Cryptographic Keys system, include: a ring key, it is digital that it is provided with a password; One electronic key hole; One reads password digital device, and it is arranged at around electronic key hole; One processor device, it is provided with the software and hardware device of password encryption and decryption; Wherein, when this electronic key hole inserted by this ring key, the reading password digital device around this electronic key hole is by digital for the password reading ring key; Password number is sent to this processor device via the first on-line interface; Software and hardware via processor device judges user identity to this password Digital Signal Processing, if user identity is legal, unblanks.
And for example No. 201309882, TaiWan, China " electronic coding lock system and unlock method thereof " patent application case, it discloses a kind of electronic coding lock system, comprise a tapered end and a usb key, this tapered end comprises the first USB interface, input equipment and control module, this input equipment is for inputting password, and this control module is for controlling the unblock of this tapered end.This usb key comprises a deciphering chip, and this deciphering chip comprises cipher authentication module, and this cipher authentication module, in order to confirm the correctness of the password that this input equipment inputs, produces unlock command and notifies that this control module unlocks.
For another example TaiWan, China invention No. I337953 " automobile-used induction type key-free lock tool " Patent Case, it discloses and utilize an induction module to lock to the bearing circle of automobile and the tap of locomotive, user will start automobile all to be needed first to utilize an induction key to send the wireless signal of a string diversified enciphered message to induction module, and is unblanking confirm the identity of user after induction module is with the decipher of symmetry cryptographic algorithm after.
For another example novel No. M385052 " gate control system without the inputting interface " Patent Case of TaiWan, China, it discloses a hand-held key device and an identification device.The acceleration that this hand-held key device has according to time and gravity direction produces the one three axle Gravity accelerometers of a sequence signal as secret key cipher.This identification device is wirelessly connected with this hand-held key device, for differentiating the correctness of aforementioned key password, and then controls the unlatching of this electric-controlled type breech lock and closes.
Comprehensive content disclosed in above prior art is known, it is all send the electronic signal of a string diversified enciphered message to encryption/decryption module in the mode of wire transmission or wireless induction that conditional electronic locks the encryption and decryption technology used, and carries out confirm the identity of user after encryption/decryption module is with cryptographic algorithm decipher after unblanking or shutting.But along with the progress of science and technology, wire transmission signal is easily blocked and side record copies, and the signal of wireless induction is easily cracked by frequency matching device, is no longer both the signal transmission form of high safety.
Utility model content
In order to solve above-mentioned deficiency of the prior art, the utility model provides a kind of light wave encryption and decryption general-purpose key system, and this light wave encryption and decryption general-purpose key system comprises: the application software (APP) that a general-purpose key, a tapered end, a mobile phone use and a network cloud server.This general-purpose key comprises: a first microprocessor, in order to processing signals; One first clock, in order to provide time data; One first wireless communication module, in order to make wirelessly to transmit and Received signal strength; One button display, with thinking that user provides selection key; Multiple light wave transmitter, in order to launch light wave; One first battery, with thinking that this first microprocessor, this first clock, this first wireless communication module, this button display and the plurality of light wave transmitter provide required electric power.This tapered end comprises: one second microprocessor, in order to processing signals; One second clock, in order to provide time data; One second wireless communication module, in order to make wirelessly to transmit and Received signal strength; Multiple Lightwave receiver, corresponding with the plurality of light wave transmitter, in order to receive light wave; One second battery, with thinking that this second microprocessor, this second clock, this second wireless communication module and the plurality of Lightwave receiver provide required electric power; And multiple reserve battery, in order to provide redundancy electric power when this second battery electric power exhausts.This tapered end connects a door interlock switch and controls the Push And Release of this door interlock switch.The application software (APP) that this mobile phone uses is installed in a mobile phone, in order to produce password and by password transmission to this network cloud server.
In an embodiment of the present utility model, the light source that the plurality of light wave transmitter uses is LED.
Use the utility model provide light wave encryption and decryption general-purpose key system time, user by mobile phone this APP input key cipher, and by mobile phone by this key cipher transmission and be stored in a network cloud server.When using this general-purpose key system, this general-purpose key can insert in this tapered end by user, the first wireless communication module in this general-purpose key and the second wireless communication module in this tapered end can download this key cipher from this network cloud server, user selects institute for the button corresponding to door lock opened (such as unlatching gate lock by this button display, selection key 1), this first microprocessor uses an enciphering and deciphering algorithm by selected push button signalling, lightwave signal is launched by the plurality of light wave transmitter after the time series signal mixing that this key cipher and this first clock produce calculates, multiple Lightwave receiver corresponding in this tapered end receive the plurality of lightwave signal and use an enciphering and deciphering algorithm with reference to the plurality of lightwave signal by this second microprocessor, the time series signal that this key cipher and this second clock produce is decrypted and proving program, if verify, door lock is opened to door interlock switch by the errorless unlocking signal that namely transmits.
In an embodiment of the present utility model, key cipher can first be transmitted by mobile phone and be stored to this network cloud server by the user of the general-purpose key system that the utility model provides.When this user loses its mobile phone, it can use another mobile phone, this group key cipher is downloaded to this network cloud server, again this group key cipher is inputed to the general-purpose key in the utility model by built-in wireless communication module on this another mobile phone, perform and unblank program to open different locksets.
In another embodiment of the present utility model, when this user loses this general-purpose key, it can use this APP on its mobile phone to input key cipher, and by mobile phone by this key cipher transmission and be stored in a network cloud server, and the general-purpose key using another new is downloaded this key cipher from this network cloud server and is unblanked, time series signal is comprised in the computation process of the enciphering and deciphering algorithm adopted due to the utility model, the key cipher produced can only use once, therefore the key cipher that the general-purpose lost stores on the key cannot use, ensure that the safety of system.
To sum up; the light wave encryption and decryption general-purpose key system that the utility model provides can the Multiple techniques framework of password authentification and light wave transmissions and encryption and decryption etc.; open different locksets; really can reduce the quantity of user's carrying keys; and really reach the effect of high safety, for lockset for protection appliance arrangement intrinsically safe protection is provided.
Accompanying drawing explanation
The schematic diagram of the light wave encryption and decryption general-purpose key system that Fig. 1 provides for the utility model;
Schematic diagram when general-purpose key inserts tapered end in the light wave encryption and decryption general-purpose key system that Fig. 2 provides for the utility model;
The schematic diagram of encryption process in the light wave encryption and decryption general-purpose key system that Fig. 3 provides for the utility model;
The operating process schematic diagram of general-purpose key in the light wave encryption and decryption general-purpose key system that Fig. 4 provides for the utility model;
The user of the light wave encryption and decryption general-purpose key system that Fig. 5 provides for the utility model uses the schematic diagram of general-purpose key when losing mobile phone.
Description of reference numerals: 01-light wave encryption and decryption general-purpose key system; 011-general-purpose key; 0111-first microprocessor; 0112-first clock; 0113-first wireless communication module; 0114-button display; 0115-light wave transmitter; 0116-first battery; 012-tapered end; 0121-second microprocessor; 0122-second clock; 0123-second wireless communication module; 0124-Lightwave receiver; 0125-second battery; 0126-reserve battery; The application software (APP) that 013-mobile phone uses; 0131-key cipher; 014-network cloud server; 015-door interlock switch; 21-general-purpose key; 211-first wireless communication module; 212-button display; 213-first microprocessor; 214-first clock; 215-light wave transmitter; 22-tapered end; 221-second wireless communication module; 222-second microprocessor; 223-second clock; 225-Lightwave receiver; 23-network cloud server; 231-key cipher; 31-general-purpose key; 311-first microprocessor; 312-first clock; 32-tapered end; 321-second microprocessor; 322-second clock; 411,412,413,414,415,416-step; The user of 51-general-purpose key system; 52-another mobile phone; The application software (APP) that 521-mobile phone uses; 522-key cipher; 53-network cloud server; 54-general-purpose key; 541-first wireless communication module; 55-tapered end; 551-second wireless communication module; 56-door interlock switch.
Embodiment
As shown in Figure 1, the schematic diagram of light wave encryption and decryption general-purpose key system framework that provides for the utility model of Fig. 1.As shown in Figure 1, this light wave encryption and decryption general-purpose key system 01 comprises: the application software (APP) 013 that general-purpose key 011, tapered end 012, mobile phone uses and a network cloud server 014.This general-purpose key 011 comprises: a first microprocessor 0111, in order to processing signals; One first clock 0112, in order to provide time data; One first wireless communication module 0113, in order to make wirelessly to transmit and Received signal strength; One button display 0114, with thinking that user provides selection key; Multiple light wave transmitter 0115, in order to launch light wave; One first battery 0116, with thinking that this first microprocessor 0111, this first clock 0112, this first wireless communication module 0113, this button display 0114 and the plurality of light wave transmitter 0115 provide required electric power.This tapered end 012 comprises: one second microprocessor 0121, in order to processing signals; One second clock 0122, in order to provide time data; One second wireless communication module 0123, in order to make wirelessly to transmit and Received signal strength; Multiple Lightwave receiver 0124, in order to receive light wave; One second battery 0125, with thinking that this second microprocessor 0121, this second clock 0122, this second wireless communication module 0123 and the plurality of Lightwave receiver 0124 provide required electric power; And multiple reserve battery 0126, in order to provide redundancy electric power when this second battery electric power 0125 exhausts.This tapered end 012 connects a door interlock switch 015 and controls the Push And Release of this door interlock switch 015.The application software (APP) 013 that this mobile phone uses is installed in a mobile phone, in order to produce key cipher 0131 and this key cipher 0131 is transferred to this network cloud server 014.
User of the present utility model is when the light wave encryption and decryption general-purpose key system using the utility model to provide, this user inputs key cipher 0131 by this APP013 on mobile phone, and by mobile phone this key cipher 0131 transmitted and be stored in this network cloud server 014, wherein, this user needs by an identity authentication procedure before using this APP, this authentication program can be identification of fingerprint or sound-groove identification.When using this general-purpose key system 01, this general-purpose key 011 can insert in this tapered end 012 by user, this first wireless communication module 0113 in this general-purpose key 011 and the second wireless communication module 0123 in this tapered end 012 can download this key cipher 0131 from this network cloud server 014, user selects institute for the button corresponding to door lock opened (such as unlatching gate lock by this button display 0114, selection key 1), this first microprocessor 0111 uses an enciphering and deciphering algorithm by selected push button signalling, lightwave signal is launched by the plurality of light wave transmitter 0115 after the time series signal mixing that this key cipher 0131 and this first clock 0112 produce calculates, in this tapered end 012, corresponding multiple Lightwave receiver 0124 receive the plurality of lightwave signal and use an enciphering and deciphering algorithm with reference to the plurality of lightwave signal by this second microprocessor 0121, the program that the time series signal that this key cipher 0131 and this second clock 0122 produce is decrypted and verifies, if verify, door lock is opened to door interlock switch 015 by the errorless unlocking signal that namely transmits.
As shown in Figure 2, schematic diagram when general-purpose key inserts tapered end in the light wave encryption and decryption general-purpose key system that provides for the utility model of Fig. 2.As shown in Figure 2, when the general-purpose key 021 in the light wave encryption and decryption general-purpose key system that the utility model provides inserts tapered end 022, this first wireless communication module 0211 in this general-purpose key 021 and the second wireless communication module 0221 in this tapered end 022 can download from this network cloud server 023 key cipher 0231 uploaded, user selects institute for the button corresponding to door lock opened (such as unlatching gate lock by this button display 0212, selection key 1), this first microprocessor 0213 uses an enciphering and deciphering algorithm by selected push button signalling, lightwave signal is launched by the plurality of light wave transmitter 0215 after the time series signal mixing that this key cipher 0231 and this first clock 0214 produce calculates, in this tapered end 022, corresponding multiple Lightwave receiver 0225 receive the plurality of lightwave signal and use an enciphering and deciphering algorithm with reference to the plurality of lightwave signal by this second microprocessor 0222, the program that the time series signal that this key cipher 0231 and this second clock 0223 produce is decrypted and verifies, if verify, door lock is opened to door interlock switch (not shown) by the errorless unlocking signal that namely transmits.
As shown in Figures 2 and 3, the schematic diagram of encryption process in the light wave encryption and decryption general-purpose key system that provides for the utility model of Fig. 3.When launching lightwave signal by the plurality of light wave transmitter after the time series signal mixing that the first microprocessor 311 in this general-purpose key 31 uses an enciphering and deciphering algorithm this selected push button signalling, this key cipher and this first clock 312 to be produced calculates, its coded system calculated can be as shown below.First can obtain a date as 20150720 from this first clock 312, suppose that this key cipher is 1234, if algorithms selection addition, then 20150720+1234=20151954, therefore new password can be 20151954.If algorithms selection subtraction, then 20150720-1234=20149486, therefore new password can be 20149486.If algorithms selection multiplication, then 20150720*1234=24865988480, getting 8, end is 65988480, therefore new password can be 65988480.New password can control the permutation and combination that the plurality of light wave transmitter launches lightwave signal, and such as, when new password is 20151954, as shown in Figure 2, the transmitter of the numbering 1,3,5 in the plurality of light wave transmitter 0215 can launch light wave.Go back to Fig. 3, and in this tapered end 32, the program that this second microprocessor 321 uses an enciphering and deciphering algorithm to be decrypted with reference to the time series signal that this key cipher and this second clock 322 produce and to verify.First, this second microprocessor 321 can obtain a date as 20150720 from this first clock 322, and suppose that this key cipher is 1234, if algorithms selection addition, then 20150720+1234=20151954, therefore new password can be 20151954.If algorithms selection subtraction, then 20150720-1234=20149486, therefore new password can be 20149486.If algorithms selection multiplication, then 20150720*1234=24865988480, getting 8, end is 65988480, therefore new password can be 65988480.As shown in Figure 2, new password can control the permutation and combination that the plurality of Lightwave receiver 0225 receives the lightwave signal that the plurality of light wave transmitter 0215 in this general-purpose key 021 is launched, as previously mentioned, such as, when new password is 20151954, numbering 1 in the plurality of light wave transmitter 0215 in this general-purpose key 021, 3, the transmitter of 5 can launch lightwave signal, numbering 1 corresponding in multiple Lightwave receiver 0225 of then this tapered end 022, 3, the receiver of 5 then should receive lightwave signal, if the plurality of receiver truly has receive lightwave signal, represent that door lock is opened to door interlock switch (not shown) by the errorless unlocking signal that namely transmits of checking.
As shown in Figure 4, the schematic diagram of the operating process of general-purpose key in the light wave encryption and decryption general-purpose key system that provides for the utility model of Fig. 4.As shown in Figure 4, when a user uses light wave encryption and decryption general-purpose key system of the present utility model, it can operate according to following process step.
Step 411: user inputs a key cipher by the APP on mobile phone;
Step 412: mobile phone is by the transmission of this key cipher and be stored in a network cloud server;
Step 413: this general-purpose key inserts in this tapered end by user, one second wireless communication module in this general-purpose key in one first wireless communication module and this tapered end downloads this key cipher from this network cloud server;
Step 414: user by this general-purpose key one button display select institute for unlatching the button corresponding to door lock;
Step 415: launch lightwave signal by the plurality of light wave transmitter after the time series signal mixing that this first microprocessor uses an enciphering and deciphering algorithm selected push button signalling, this key cipher and one first clock to be produced calculates;
Step 416: multiple Lightwave receiver corresponding in this tapered end are received the plurality of lightwave signal and are decrypted and proving program by the time series signal that this second microprocessor uses an enciphering and deciphering algorithm to produce with reference to the plurality of lightwave signal, this key cipher and this second clock, and door lock is opened to door interlock switch by the errorless unlocking signal that namely transmits if verify.
Wherein, this user needs by an identity authentication procedure before using this APP, this authentication program can be identification of fingerprint or sound-groove identification.
As shown in Figure 5, the user of light wave encryption and decryption general-purpose key system that Fig. 5 provides for the utility model uses the schematic diagram of general-purpose key when losing mobile phone.In the present embodiment, when the user 51 of the light wave encryption and decryption general-purpose key system that the utility model provides loses its mobile phone, it can use another mobile phone 52 to download from a network cloud server 53 application software (APP) 521 that this mobile phone disclosed in the utility model uses, and input a key cipher 522 by this application software (APP) 521, this key cipher 522 transmits and is stored in this network cloud server 53 by mobile phone, wherein, this user needs by an identity authentication procedure before using this APP, this authentication program can be identification of fingerprint or sound-groove identification.Then, one first wireless communication module 541 in this general-purpose key 54 and one second wireless communication module 551 in this tapered end 55 are downloaded this key cipher 522 from this network cloud server 53 and are used, follow-up encryption and decryption program and transmit and receive lightwave signal process then as described above, do not repeat them here, to door interlock switch 56, door lock is opened if namely encryption and decryption checking this tapered end 55 errorless transmits a unlocking signal.
In another embodiment, when the user of the light wave encryption and decryption general-purpose key system that the utility model provides loses its general-purpose key, it can use another general-purpose key to download from network the key cipher being stored in this network cloud server, the encryption and decryption program of this general-purpose key follow-up and tapered end and the process of launching lightwave signal and receiving lightwave signal are then as described above, do not repeat them here, to door interlock switch, door lock is opened if namely encryption and decryption checking this tapered end errorless transmits a unlocking signal.
Described from the explanation of above embodiment; the light wave encryption and decryption general-purpose key system that the utility model provides can the Multiple techniques framework of password authentification and light wave transmissions and encryption and decryption etc.; open different locksets; the quantity of real minimizing user carrying keys; significantly improve the convenience on using; and really reach the effect of high safety, for lockset for protection appliance arrangement intrinsically safe protection is provided.
More than describe in detail as illustrating for possible embodiments of the present utility model; but; above-described embodiment is also not used to limit protection domain of the present utility model; allly do not depart from the equivalence of doing of the utility model skill spirit and implement or change, all should be contained in protection domain of the present utility model.
Claims (2)
1. a light wave encryption and decryption general-purpose key system, is characterized in that, comprising:
The application software that one general-purpose key, a tapered end, a mobile phone use and a network cloud server, wherein,
This general-purpose key comprises:
One first microprocessor, in order to processing signals;
One first clock, in order to provide time data;
One first wireless communication module, in order to make wirelessly to transmit and Received signal strength;
One button display, with thinking that user provides selection key;
Multiple light wave transmitter, in order to launch light wave; And
One first battery, with thinking that this first microprocessor, this first clock, this first wireless communication module, this button display and the plurality of light wave transmitter provide required electric power;
This tapered end comprises:
One second microprocessor, in order to processing signals;
One second clock, in order to provide time data;
One second wireless communication module, in order to make wirelessly to transmit and Received signal strength;
Multiple Lightwave receiver, corresponding with the plurality of light wave transmitter, in order to receive light wave;
One second battery, with thinking that this second microprocessor, this second clock, this second wireless communication module and the plurality of Lightwave receiver provide required electric power; And
Multiple reserve battery, in order to provide redundancy electric power when this second battery electric power exhausts;
Wherein, this tapered end connects a door interlock switch and controls the Push And Release of this door interlock switch, and the application software that this mobile phone uses is installed in a mobile phone, in order to produce key cipher and this key cipher is transferred to this network cloud server.
2. light wave encryption and decryption general-purpose key system according to claim 1, is characterized in that, the light source that the plurality of light wave transmitter uses is LED.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520805471.XU CN205210986U (en) | 2015-10-16 | 2015-10-16 | Light wave encryption and decryption general purpose key system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520805471.XU CN205210986U (en) | 2015-10-16 | 2015-10-16 | Light wave encryption and decryption general purpose key system |
Publications (1)
| Publication Number | Publication Date |
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| CN205210986U true CN205210986U (en) | 2016-05-04 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520805471.XU Withdrawn - After Issue CN205210986U (en) | 2015-10-16 | 2015-10-16 | Light wave encryption and decryption general purpose key system |
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| CN (1) | CN205210986U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105957206A (en) * | 2016-05-26 | 2016-09-21 | 广东文城科技发展有限公司 | Intelligent key based on cloud-side management |
| CN106600755A (en) * | 2015-10-16 | 2017-04-26 | 巍世科技有限公司 | Light wave encrypted and decrypted universal key system and operation method thereof |
| CN108868369A (en) * | 2018-07-12 | 2018-11-23 | 中国科学院半导体研究所 | Machine light integrated lock, key and key |
-
2015
- 2015-10-16 CN CN201520805471.XU patent/CN205210986U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106600755A (en) * | 2015-10-16 | 2017-04-26 | 巍世科技有限公司 | Light wave encrypted and decrypted universal key system and operation method thereof |
| CN105957206A (en) * | 2016-05-26 | 2016-09-21 | 广东文城科技发展有限公司 | Intelligent key based on cloud-side management |
| CN108868369A (en) * | 2018-07-12 | 2018-11-23 | 中国科学院半导体研究所 | Machine light integrated lock, key and key |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160504 Effective date of abandoning: 20190108 |
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| AV01 | Patent right actively abandoned |