CN204808441U - Non -contact environment -friendly trick lock - Google Patents
Non -contact environment -friendly trick lock Download PDFInfo
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- CN204808441U CN204808441U CN201520378600.1U CN201520378600U CN204808441U CN 204808441 U CN204808441 U CN 204808441U CN 201520378600 U CN201520378600 U CN 201520378600U CN 204808441 U CN204808441 U CN 204808441U
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- coded lock
- lock
- main control
- control unit
- card
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Abstract
The utility model relates to a non -contact environment -friendly trick lock, the trick lock is by the main control unit, pilot lamp, buzzer, lock state detection switch, electro -magnet, radio frequency transmission, the system composition of unblanking, the main control unit installs in the inner chamber of trick lock, and pilot lamp, buzzer and radio frequency transmission are installed inside the trick lock panel, and the electro -magnet is installed in the inner chamber of trick lock, and the tapered end that moves of the electromagnetism band iron play lock direction of stretching out the trick lock inner chamber, and lock state detection switch is installed in the play lock direction of trick lock inner chamber. The utility model has the advantages of the operation of the non - direct contact of physics, need not the power in the lock, the automatic identification function, the unblank memory function of card and trick lock, unblank and close lock prompt facility, a n trick lock can also can be opened one to one simultaneously to the card of unblanking, the environmental protection, energy -conservation, remote control network mandate function, convenient to use, it is nimble, safety, GPS positioning function.
Description
Technical field
The utility model belongs to security fields, relates in particular to a kind of contactless environment-friendly type coded lock.
Background technology
In safe series products more common on the market at present, the coded lock generally adopted has: mechanical, electrical type, card-scanning type, fingerprint class and remote control cipher case etc., and adopt more or before several types, below just different password types analyze its relative merits:
1, mechanical cipher is more stable, durable, and does not need power supply.But method of operating is got up, slow, complex operation, Modify password need professional to visit change.
2, electronic cipher has the advantages such as operation is fast, password can be changed at any time, but stability and durability are not as mechanical cipher.
3, card lock can open the door of proof box with the bank card of oneself, but requires higher to IC-card, if put one piece with the thing of strong magnetic, just not handy.
4, fingerprint is difficult to find equally at this in the world, so just fingerprint identification technology has been applied on proof box, and strong security, easy-to-use.But the humidity of opponent requires relatively tight, also more stiff to the identification pointing the position of putting, just same finger at last, if the position of putting before defeated and before opening the door is different, and just likely can recognition failures.
Utility model content
The utility model is exactly a kind of not only convenient not only quick but also safe contactless environment-friendly type coded lock of utility model under existing coded lock exists the condition of many drawbacks.Not only the purpose of this utility model will solve not energy-conservation but also use no or little battery in the market exactly, not only decreasing pollution but also external battery or scene existing not only environmental protection but also reliable coded lock with existing generating.Can be changed the traditional approach of switch door lock by application of the present utility model, really achieve power supply reliability high, without the need to changing battery, its functional reliability is greatly improved.
For solving the problems of the technologies described above, the purpose of this utility model is achieved through the following technical solutions:
Described contactless environment-friendly type coded lock is made up of main control unit, pilot lamp, hummer, door lock state detector switch, electromagnet, radio frequency transmission, unlocking system;
Described main control unit is installed in the inner chamber of coded lock, pilot lamp, hummer and radio frequency transmission are installed on cipher lock panel inside, electromagnet is installed in the inner chamber of coded lock, and the tapered end that electromagnet drives stretch out coded lock inner chamber go out that lock side is installed on coded lock inner chamber to, door lock state detector switch go out lock side upwards;
Described main control unit is connected with hummer with radio frequency transmission, electromagnet, pilot lamp, door lock state detector switch;
Described main control unit performs for the work of the data communication collection and coded lock switch that complete coded lock;
Described pilot lamp is used to indicate the state of coded lock switch gate;
Described hummer is used for sending alarm sound when the door installing coded lock does not have pass to complete or do not shut;
Described door lock state detector switch is used for the enabling automatically detecting the door installing coded lock or the completion status of closing the door;
Described electromagnet is for completing the enabling of the door installing coded lock or action of closing the door;
Described radio frequency transmission is used for the main control unit of the information transmission of the key of coded lock to coded lock inside.
Described electricity generation system is mini type mechanical generator, mini type mechanical generator is installed on the panel itself of coded lock, generating button stretches out the locking face of coded lock, the receiving end of described main control unit connects the power output end of mini type mechanical generator, generating button is installed on mini type mechanical generator, and pressing generating button promotes mini type mechanical generator rotary electrification; Described mini type mechanical generator is that main control unit and performance element are powered; Described generating button by finger repeatedly pressing promote mini type mechanical generator and make it rotation and complete generating.
Described electricity generation system is electricity reception coil, electricity reception coil is installed on the panel itself of coded lock, the receiving end of described main control unit connects the power output end of electricity reception coil, realizes power supply by the mode of hand-held power utilization wireless power transmission to the main control unit of coded lock inside and performance element.
Unlocking system comprises three kinds of array configurations: card of 1. unblanking, 2. to unblank card+hand-held battery or card of 3. unblanking+Miniature hand-held generator;
To unblank card: pressing generating button, the mini type mechanical generator in coded lock can generate electricity, and card of unblanking is pressed close to coded lock and can be unblanked;
To unblank card+hand-held battery: the wireless power transmission button pressing hand-held battery, the electricity reception coil in coded lock can be automatically powered, and card of unblanking is pressed close to coded lock and can be unblanked;
To unblank card+Miniature hand-held generator: press the wireless power transmission button on Miniature hand-held generator while pressing Miniature hand-held generator, the electricity reception coil in coded lock can be automatically powered, and card of unblanking is pressed close to coded lock and can be unblanked;
Described electricity generation system is mini type mechanical generator, and described unlocking system is card of unblanking, and its principle of work is:
Before unblanking, the generating button of continuous pressing mini type mechanical generator, power supply is made to be supplied to main control unit and other power unit, main control unit reads the authorization message of card of unblanking automatically by radio frequency transmission, the authorization message read with sinter in advance the information of coded lock chips corresponding success after, main control unit is unblanked to electromagnet instruction, and after electromagnet action is unblanked, whether door lock state detector switch detects automatically unblanks to complete;
When shutting, the generating button of continuous pressing mini type mechanical generator, power supply is made to be supplied to main control unit and other power unit, main control unit reads the authorization message of card of unblanking again automatically by radio frequency transmission, read unblank authorization message with sinter in advance the information of chip corresponding success after, main control unit shuts to electromagnet instruction, and after electromagnet action shuts, whether door lock state detector switch automatically detects to shut and complete.
Under performance of unblanking, door lock state detector switch feedback detection signal to main control unit, main control unit sends a signal to pilot lamp, and pilot lamp lights, represent unblanked, main control unit with unblank card by automatic Memory uncaging time;
When the detection of door lock state detector switch is unblanked not complete, door lock state detector switch feedback detection signal is to main control unit, main control unit sends a signal to pilot lamp, pilot lamp glimmers, represent and unblank not complete, hummer sends alarm sound, and automatic Memory is unblanked Time To Failure by main control unit and card of unblanking;
When having shut, door lock state detector switch feedback detection signal is to main control unit, and main control unit sends a signal to pilot lamp, and pilot lamp lights, and represents and has shut, and automatic Memory is shut the time by main control unit and card of unblanking;
When door lock state detector switch detect shut do not complete, door lock state detector switch feedback detection signal is to main control unit, main control unit sends a signal to pilot lamp, pilot lamp glimmers, represent to shut and do not complete, hummer sends alarm sound, and automatic Memory is unblanked Time To Failure by main control unit and card of unblanking.
Before giving an order to described electromagnet, door lock state detector switch automatically can detect the door installing coded lock and is in door opening state or closes door state.
Described electricity generation system is electricity reception coil, and described unlocking system is unblank card+hand-held battery or card of unblanking+Miniature hand-held generator, and its principle of work is:
Before unblanking, cipher lock panel pressed close to by card of unblanking, press the wireless power transmission button of hand-held battery or Miniature hand-held generator, make power supply after the powered electricity reception coil of radio frequency, power supply is supplied to main control unit and other power unit by electricity reception coil, main control unit reads the authorization message of card of unblanking automatically by radio frequency transmission, the authorization message read with sinter in advance the information of coded lock chips corresponding success after, main control unit is unblanked to electromagnet instruction, after electromagnet action is unblanked, whether door lock state detector switch detects automatically unblanks to complete,
When shutting, cipher lock panel pressed close to by card of unblanking, press the wireless power transmission button of hand-held battery or Miniature hand-held generator, make power supply after the powered electricity reception coil of radio frequency, power supply is supplied to main control unit and other power unit by electricity reception coil, main control unit reads the authorization message of card of unblanking again automatically by radio frequency transmission, the authorization message read with sinter in advance the information of coded lock chips corresponding success after, main control unit shuts to electromagnet instruction, after electromagnet action shuts, whether door lock state detector switch automatically detects to shut and completes.
When having unblanked, door lock state detector switch feedback detection signal to main control unit, main control unit sends a signal to pilot lamp, and pilot lamp lights, represent unblanked, main control unit with unblank card by automatic Memory uncaging time;
When the detection of door lock state detector switch is unblanked not complete, door lock state detector switch feedback detection signal is to main control unit, main control unit sends a signal to pilot lamp, pilot lamp glimmers, represent and unblank not complete, hummer sends alarm sound, and automatic Memory is unblanked Time To Failure by main control unit and card of unblanking;
When having shut, door lock state detector switch feedback detection signal is to main control unit, and main control unit sends a signal to pilot lamp, and pilot lamp lights, and represents and has shut, and automatic Memory is shut the time by main control unit and card of unblanking;
When door lock state detector switch detect shut do not complete, door lock state detector switch feedback detection signal is to main control unit, main control unit sends a signal to pilot lamp, pilot lamp glimmers, represent to shut and do not complete, hummer can send alarm sound, and automatic Memory is unblanked Time To Failure by main control unit and card of unblanking.
Before giving an order to described electromagnet, door lock state detector switch automatically can detect the door installing coded lock and is in door opening state or closes door state.
The authorization message of unblanking on card is that keeper is directly directly authorized by computer, keeper not in case, and can by the mode remote authorization of remote control network.
The beneficial effects of the utility model are:
1, physics non-direct contact operation: the utility model removes the method for key unlocking in the past, only needs a card of unblanking to press close to coded lock and just can realize unblanking.
2, lock is interior without the need to power supply: contactless environment-friendly type coded lock inside of the present utility model carries the Manual press generator of pure physical construction, power supply can be realized by the pressing of finger, or respond to powered by outside hand-held battery, Miniature hand-held generator less radio-frequency, meet the need of work of unblanking and shutting.
3, automatic identification function: coded lock inside of the present utility model be provided with preburned control and perform chip, this chip can identify the authorization message of card of unblanking automatically, by comparison confirm errorless after this chip will automatically complete the work unblanked and shut.
4, to unblank the memory function of card and coded lock: card and the coded lock of unblanking of the present utility model is all with automatic Memory function, coded lock is after the authorization message success of reading card of unblanking, the preburned control of the inner installation of coded lock and execution chip can be automatically also synchronous with the time adjustment of card of unblanking, memory is simultaneously unblanked and shuts the time by unblank card and coded lock, and unblank card and coded lock have the not erasable function of the memory of operation history.
5, unblank and shut prompt facility: the utility model is unblanked and shut automatic detector switch, the prompting unblanked at every turn and will automatically send after having shut, does not complete prompting when unblanking and shut and do not complete.
6, one card of unblanking also can be opened n coded lock one to one simultaneously: the utility model has a card of unblanking can open a coded lock one to one, can authorize the coded lock opening n quantity (or region quantity).
7, environmental protection, energy-conservation: coded lock of the present utility model is without external power supply, and without battery, be the higher full cipher lock of a kind of not only environmental protection of pure machinery generating but also energy-conservation security, this coded lock does not cause any pollution and destruction to environment.
8, remote control network authorization function: coded lock of the present utility model need to open and keeper not when post, the mandate of dual lock card can be completed by the mode of remote control network mandate, be convenient to operational staff and process in time and complete the task of unblanking.This function makes the operation of coded lock more timely, convenient.
9, easy to use, flexibly, safety:
1. the utility model can according to the corresponding relation of authorization conditions flexible combination lock with key;
2. multiple-enciphered management, security is higher;
3. press hole (hole) update, anti-destructive, anti-interference, adaptive capacity to environment is stronger.
10, GPS positioning function: card of unblanking of the present utility model has GPS positioning function, keeper by GPS location can real-time follow-up mandate unblank card whether in the perform region of authorizing with finishing the work in the time.
Application of the present utility model, by the advantage of the high security of large gross appearance coded lock, reliability, convenience.The idea that large big change people lock conventional cipher by application of the present utility model, is the revolution of coded lock industry, especially to the very big minimizing of coded lock battery use amount, has very large technical support to environmental protection; The external use amount of power supply greatly reduces; Replacing maintenance greatly reduces, and reliability is higher, and security is stronger; Condition (protectiveness) the larger enhancing unblanked, ensure that " lock only driven by a key ".Application of the present utility model will produce great economic benefit and social benefit.
Accompanying drawing explanation
Fig. 1 is the cipher lock structure figure of band mini type mechanical generator (2) of the present utility model and generating button (3);
Fig. 2 is the cipher lock structure figure of band electricity reception coil (4) of the present utility model;
Fig. 3 is card+hand-held battery of unblanking of the present utility model is the principle schematic that electricity reception coil is powered;
Fig. 4 is card of unblanking+Miniature hand-held generator of the present utility model is the principle schematic that electricity reception coil is powered;
Fig. 5 is the schematic diagram of circuit logic of the present utility model and realization.
Wherein, 1-main control unit; 2-mini type mechanical generator; 3-generates electricity button; 4-electricity reception coil; 5-pilot lamp; 6-hummer; 7-door lock state detector switch; 8-electromagnet; 9-radio frequency transmission; 10-unlocking system.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail: the present embodiment is implemented under premised on technical solutions of the utility model, gives detailed embodiment, but protection domain of the present utility model is not limited to following embodiment.
Contactless environment-friendly type coded lock, is made up of main control unit 1, pilot lamp 5, hummer 6, door lock state detector switch 7, electromagnet 8, radio frequency transmission 9, unlocking system 10;
Described main control unit 1 is installed in the inner chamber of coded lock, pilot lamp 5, hummer 6 and radio frequency transmission 9 are installed on cipher lock panel inside, electromagnet 8 is installed in the inner chamber of coded lock, and the tapered end that electromagnet 8 drives stretch out coded lock inner chamber go out that lock side is installed on coded lock inner chamber to, door lock state detector switch 7 go out lock side upwards;
Described main control unit 1 is connected with hummer 6 with radio frequency transmission 9, electromagnet 8, pilot lamp 5, door lock state detector switch 7;
Described main control unit 1 performs for the work of the data communication collection and coded lock switch that complete coded lock; Described pilot lamp 5 is used to indicate the state of coded lock switch gate; Alarm sound is sent when described hummer 6 is not for having pass to complete when the door installing coded lock or do not shut; Described door lock state detector switch 7 is for automatically detecting the enabling of the door installing coded lock or the completion status of closing the door; Described electromagnet 8 is for completing the enabling of the door installing coded lock or action of closing the door; Described radio frequency transmission 9 for the information transmission of the key by coded lock to the main control unit 1 of coded lock inside.
As shown in Figure 1, described electricity generation system is mini type mechanical generator 2, mini type mechanical generator 2 is installed on the panel itself of coded lock, generating button 3 stretches out the locking face of coded lock, the receiving end of described main control unit 1 connects the power output end of mini type mechanical generator 2, generating button 3 is installed on mini type mechanical generator 2, and pressing generating button 3 promotes mini type mechanical generator 2 rotary electrification; Described mini type mechanical generator 2 is powered for main control unit 1 and performance element; Described generating button 3 by finger repeatedly pressing promote mini type mechanical generator 2 and make it rotation and complete generating.
As shown in Figure 2, described electricity generation system is electricity reception coil 4, electricity reception coil 4 is installed on the panel itself of coded lock, the receiving end of described main control unit 1 connects the power output end of electricity reception coil 4, realizes power supply by the mode of hand-held power utilization wireless power transmission to the main control unit 1 of coded lock inside and performance element.
Unlocking system comprises three kinds of array configurations: card of 1. unblanking, 2. to unblank card+hand-held battery or card of 3. unblanking+Miniature hand-held generator;
To unblank card: pressing generating button, the mini type mechanical generator 2 in coded lock can generate electricity, and card of unblanking is pressed close to coded lock and can be unblanked;
As shown in Figure 3, card+hand-held battery of unblanking: the wireless power transmission button pressing hand-held battery, the electricity reception coil 4 in coded lock can be automatically powered, and card of unblanking is pressed close to coded lock and can be unblanked;
As shown in Figure 4, to unblank card+Miniature hand-held generator: while pressing Miniature hand-held generator, press the wireless power transmission button on Miniature hand-held generator, electricity reception coil 4 in coded lock can be automatically powered, and card of unblanking is pressed close to coded lock and can be unblanked;
Described card of unblanking has GPS positioning function.
Embodiment 1
For safe deposit box (bank is special):
The utility model is applied to safe deposit box.
Before unblanking, first the generating button 3 of mini type mechanical generator 2 is pressed, power supply is made to be supplied to main control unit 1 and other power unit, main control unit 1 reads the authorization message of card of unblanking automatically by radio frequency transmission 9, read authorization message must be 3 grades or multi-stage authentication when, after the authorization message of unblanking read success corresponding to the multi-stage authentication information sintered in advance on coded lock chip, main control unit 1 unblanks to electromagnet 8 instruction, after electromagnet 8 action is unblanked, whether door lock state detector switch 7 automatically detects and unblanks to complete.
If unblanked, door lock state detector switch 7 has fed back detection signal to main control unit 1, and main control unit 1 sends a signal to pilot lamp 5, and pilot lamp 5 lights, and represents and has unblanked, main control unit 1 and unblank card by automatic Memory uncaging time.
If door lock state detector switch 7 detects and unblanks not complete, door lock state detector switch 7 feeds back detection signal to main control unit 1, main control unit 1 sends a signal to pilot lamp 5, pilot lamp 5 glimmers, represent and unblank not complete, hummer 6 can send alarm sound, and automatic Memory is unblanked Time To Failure by main control unit 1 and card of unblanking.If unsuccessfully need repetition above-mentioned steps to complete to unblank.
When shutting, still the generating button 3 of mini type mechanical generator 2 is pressed continuously, power supply is made to be supplied to main control unit 1 and other power unit, main control unit 1 still reads the authorization message of card of unblanking again automatically by radio frequency transmission 9, the authorization message read must be 3 grades or multi-stage authentication when, that read shuts authorization message and sinters in advance after the corresponding success of the multi-stage authentication information of coded lock chip, main control unit 1 shuts to electromagnet 8 instruction, after electromagnet 8 action shuts, whether door lock state detector switch 7 automatically detects to shut and completes.
If shut, door lock state detector switch 7 has fed back detection signal to main control unit 1, and main control unit 1 sends a signal to pilot lamp 5, and pilot lamp 5 lights, and represents and has shut, and automatic Memory is shut the time by main control unit 1 and card of unblanking.
If door lock state detector switch 7 detects to shut and does not complete, door lock state detector switch 7 feeds back detection signal to main control unit 1, main control unit 1 sends a signal to pilot lamp 5, pilot lamp 5 glimmers, represent to shut and do not complete, hummer 6 can send alarm sound, and automatic Memory is unblanked Time To Failure by main control unit 1 and card of unblanking.If unsuccessfully need repetition above-mentioned steps to complete to unblank.
If the electricity generation system of installing in coded lock is electricity reception coil 4, before unblanking, by the electricity reception coil 4 of hand-held battery near coded lock, press hand-held battery or press the wireless power transmission button of Miniature hand-held generator, hand-held battery or Miniature hand-held generator wirelessly will send power supply, realize the wireless transmission of power supply.The power supply sent is after the powered electricity reception coil 4 of radio frequency, power supply is supplied to main control unit 1 and other power unit by electricity reception coil 4, main control unit 1 reads the authorization message of card of unblanking automatically by radio frequency transmission 9, the authorization message read with sinter in advance the information of coded lock chips corresponding success after, main control unit 1 unblanks to electromagnet 8 instruction, after electromagnet 8 action is unblanked, whether door lock state detector switch 7 automatically detects and unblanks to complete.
When shutting, cipher lock panel pressed close to by card of unblanking, press the wireless power transmission button of hand-held battery or Miniature hand-held generator, make power supply after the powered electricity reception coil 4 of radio frequency, power supply is supplied to main control unit 1 and other power unit by electricity reception coil 4, main control unit 1 reads the authorization message of card of unblanking again automatically by radio frequency transmission 9, the authorization message read with sinter in advance the information of coded lock chips corresponding success after, main control unit 1 shuts to electromagnet 8 instruction, after electromagnet 8 action shuts, whether door lock state detector switch 7 automatically detects to shut and completes.
When having unblanked, door lock state detector switch 7 has fed back detection signal to main control unit 1, and main control unit 1 sends a signal to pilot lamp 5, and pilot lamp 5 lights, and represents and has unblanked, main control unit 1 and unblank card by automatic Memory uncaging time.
When door lock state detector switch 7 detection is unblanked not complete, door lock state detector switch 7 feeds back detection signal to main control unit 1, main control unit 1 sends a signal to pilot lamp 5, pilot lamp 5 glimmers, represent and unblank not complete, hummer 6 sends alarm sound, and automatic Memory is unblanked Time To Failure by main control unit 1 and card of unblanking.
When having shut, door lock state detector switch 7 has fed back detection signal to main control unit 1, and main control unit 1 sends a signal to pilot lamp 5, and pilot lamp 5 lights, and represents and has shut, and automatic Memory is shut the time by main control unit 1 and card of unblanking.
When door lock state detector switch 7 detect shut do not complete, door lock state detector switch 7 feeds back detection signal to main control unit 1, main control unit 1 sends a signal to pilot lamp 5, pilot lamp 5 glimmers, represent to shut and do not complete, hummer 6 can send alarm sound, and automatic Memory is unblanked Time To Failure by main control unit 1 and card of unblanking.
Before giving an order to described electromagnet 8, door lock state detector switch 7 automatically can detect the door installing coded lock and is in door opening state or closes door state.
Wherein, one-level mandate needs a card of unblanking, and what is authorized just needs a few handle to unblank card; Main control unit 1 is when multi-stage authentication, and what authorizes the authorization message that will read card of unblanking separately several times respectively, often reads once to remember once, until run through all authorization messages.
Embodiment 2
For family (a corresponding one group of password of coded lock):
The utility model is applied to family.
Before unblanking, the generating button 3 of continuous pressing mini type mechanical generator 2, power supply is made to be supplied to main control unit 1 and other power unit, main control unit 1 reads the authorization message of card of unblanking automatically by radio frequency transmission 9, the authorization message read with sinter in advance the authorization message of coded lock chips corresponding success after, main control unit 1 unblanks to electromagnet 8 instruction, and after electromagnet 8 action is unblanked, whether door lock state detector switch 7 automatically detects and unblank to complete.
If unblanked, door lock state detector switch 7 has fed back detection signal to main control unit 1, and main control unit 1 sends a signal to pilot lamp 5, and pilot lamp 5 lights, and represents and has unblanked, main control unit 1 and unblank card by automatic Memory uncaging time.
If door lock state detector switch 7 detects and unblanks not complete, door lock state detector switch 7 feeds back detection signal to main control unit 1, main control unit 1 sends a signal to pilot lamp 5, pilot lamp 5 glimmers, represent and unblank not complete, hummer 6 can send alarm sound, and automatic Memory is unblanked Time To Failure by main control unit 1 and card of unblanking.If unsuccessfully need repetition above-mentioned steps to complete to unblank.
When shutting, the generating button 3 of continuous pressing mini type mechanical generator 2, power supply is made to be supplied to main control unit 1 and other power unit, main control unit 1 reads the authorization message of card of unblanking again automatically by radio frequency transmission 9, read unblank authorization message with sinter in advance the information of chip corresponding success after, main control unit 1 shuts to electromagnet 8 instruction, and after electromagnet 8 action shuts, whether door lock state detector switch 7 automatically detects to shut and complete.
If shut, door lock state detector switch 7 has fed back detection signal to main control unit 1, and main control unit 1 sends a signal to pilot lamp 5, and pilot lamp 5 lights, and represents and has shut, and automatic Memory is shut the time by main control unit 1 and card of unblanking.
If door lock state detector switch 7 detects to shut and does not complete, door lock state detector switch 7 feeds back detection signal to main control unit 1, main control unit 1 sends a signal to pilot lamp 5, pilot lamp 5 glimmers, represent to shut and do not complete, hummer 6 can send alarm sound, and automatic Memory is unblanked Time To Failure by main control unit 1 and card of unblanking.If unsuccessfully need repetition above-mentioned steps to complete to unblank.
If what install in coded lock is electricity reception coil 4, before unblanking, hand-held battery or Miniature hand-held generator are pressed close to cipher lock panel, press the wireless power transmission button of hand-held battery or Miniature hand-held generator, hand-held battery or Miniature hand-held generator wirelessly will send power supply, the power supply sent is after the powered electricity reception coil 4 of radio frequency, power supply is supplied to main control unit 1 and other power unit by electricity reception coil 4, main control unit 1 reads the authorization message of card of unblanking automatically by radio frequency transmission 9, the authorization message read with sinter in advance the information of coded lock chips corresponding success after, main control unit 1 unblanks to electromagnet 8 instruction, after electromagnet 8 action is unblanked, whether door lock state detector switch 7 automatically detects and unblanks to complete.
Before giving an order to described electromagnet 8, door lock state detector switch 7 automatically can detect the door installing coded lock and is in door opening state or closes door state.
Wherein, coded lock can have many handles to unblank card.
The utility model can be applied to family, school, electric power, bank, water utilities, the various fields such as combustion gas.
As shown in Figure 5, the electric power system of Intelligent lock body 1 has two kinds: one is powered by external wireless, and another kind of then microgenerator that is that carried by inside is powered; " power supply managing " wherein powers to " lock pin of electromagnet " and " microprocessor ".
" microprocessor " can be carried out reset operation and then run control program by " reseting module " of the powered rear the inside of Intelligent lock body 1.When Intelligent key 2 is after Intelligent lock body 1, " microprocessor " of Intelligent lock body 1 wirelessly communicates with " microprocessor " of Intelligent key 2, authority information in " storer " of Intelligent key 2 is read in " microprocessor " of Intelligent lock body 1, and compare with the authority information in " storer " of Intelligent lock body 1, if meet unlocking authority information, then " microprocessor " of Intelligent lock body 1 carries out door opening action by control port control " lock pin of electromagnet ", send " voice message " to light " pilot lamp " simultaneously, and the time of reading in " real-time clock ", uncaging time is deposited in " storer " of Intelligent lock body 1, if enabling authority information does not meet, then " microprocessor " of Intelligent lock body 1 will send audio alert prompting.
" power supply " and " power supply managing " of Intelligent key 2 can power to " microprocessor " of Intelligent key 2.
After Intelligent key 2 is powered, " microprocessor " can reset by " reseting module " wherein, program brings into operation, by " radio-frequency communication module " of Intelligent key 2, authority information setting is carried out to Intelligent key 2 at " the server admin machine " of computer end, the authority information that " radio-frequency communication module " reads is written in " storer " by " microprocessor " of Intelligent key 2, and reading authority information by " real-time clock " of Intelligent key 2, modification time is written in " storer " of Intelligent key 2 in the lump.
Remote authorization function is completed by network at " the server admin machine " of computer end.
The above; be only the utility model preferably embodiment; these embodiments are all based on the different implementations under the utility model general idea; and protection domain of the present utility model is not limited thereto; anyly be familiar with those skilled in the art in the technical scope that the utility model discloses; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.
Claims (4)
1. contactless environment-friendly type coded lock, is characterized in that:
Described coded lock is made up of main control unit (1), pilot lamp (5), hummer (6), door lock state detector switch (7), electromagnet (8), radio frequency transmission (9), unlocking system (10);
Described main control unit (1) is installed in the inner chamber of coded lock, pilot lamp (5), hummer (6) and radio frequency transmission (9) are installed on cipher lock panel inside, electromagnet (8) is installed in the inner chamber of coded lock, and the tapered end that electromagnet (8) drives stretch out coded lock inner chamber go out that lock side is installed on coded lock inner chamber to, door lock state detector switch (7) go out lock side upwards;
Described main control unit (1) is connected with hummer (6) with radio frequency transmission (9), electromagnet (8), pilot lamp (5), door lock state detector switch (7);
Described main control unit (1) performs for the work of the data communication collection and coded lock switch that complete coded lock;
Described pilot lamp (5) is used to indicate the state of coded lock switch gate;
Alarm sound is sent when described hummer (6) is not for having pass to complete when the door installing coded lock or do not shut;
Described door lock state detector switch (7) is for automatically detecting the enabling of the door installing coded lock or the completion status of closing the door;
Described electromagnet (8) is for completing the enabling of the door installing coded lock or action of closing the door;
Described radio frequency transmission (9) for the information transmission of the key by coded lock to the main control unit (1) of coded lock inside.
2. contactless environment-friendly type coded lock according to claim 1, is characterized in that:
Described coded lock is provided with electricity generation system, described electricity generation system is mini type mechanical generator (2), mini type mechanical generator (2) is installed on the panel itself of coded lock, the locking face of coded lock is stretched out in generating button (3), the receiving end of described main control unit (1) connects the power output end of mini type mechanical generator (2), generating button (3) is installed on mini type mechanical generator (2), and pressing generating button (3) promotes mini type mechanical generator (2) rotary electrification; Described mini type mechanical generator (2) is powered for main control unit (1) and performance element; Described generating button (3) by finger repeatedly pressing promote mini type mechanical generator (2) and make it rotation and complete generating.
3. contactless environment-friendly type coded lock according to claim 1, is characterized in that:
Described coded lock is provided with electricity generation system, described electricity generation system is electricity reception coil (4), electricity reception coil (4) is installed on the panel itself of coded lock, the receiving end of described main control unit (1) connects the power output end of electricity reception coil (4), realizes power supply by the mode of hand-held power utilization wireless power transmission to the main control unit (1) of coded lock inside and performance element.
4. contactless environment-friendly type coded lock according to claim 1, is characterized in that:
Unlocking system (10) comprises three kinds of array configurations: card of 1. unblanking, 2. to unblank card+hand-held battery or card of 3. unblanking+Miniature hand-held generator;
To unblank card: pressing generating button (3), the mini type mechanical generator (2) in coded lock can generate electricity, and card of unblanking is pressed close to coded lock and can be unblanked;
To unblank card+hand-held battery: the wireless power transmission button pressing hand-held battery, the electricity reception coil (4) in coded lock can be automatically powered, and card of unblanking is pressed close to coded lock and can be unblanked;
To unblank card+Miniature hand-held generator: while pressing Miniature hand-held generator, press the wireless power transmission button on Miniature hand-held generator, electricity reception coil (4) in coded lock can be automatically powered, and card of unblanking is pressed close to coded lock and can be unblanked;
Described card of unblanking has GPS positioning function.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520378600.1U CN204808441U (en) | 2015-06-05 | 2015-06-05 | Non -contact environment -friendly trick lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520378600.1U CN204808441U (en) | 2015-06-05 | 2015-06-05 | Non -contact environment -friendly trick lock |
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| Publication Number | Publication Date |
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| CN204808441U true CN204808441U (en) | 2015-11-25 |
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| CN201520378600.1U Expired - Fee Related CN204808441U (en) | 2015-06-05 | 2015-06-05 | Non -contact environment -friendly trick lock |
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| CN (1) | CN204808441U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104867219A (en) * | 2015-06-05 | 2015-08-26 | 王振铎 | Non-contact environment-friendly coded lock |
| CN106023387A (en) * | 2016-07-07 | 2016-10-12 | 上海长跃通信技术有限公司 | Intelligent lock applied to Internet of Things |
| CN106639666A (en) * | 2016-11-24 | 2017-05-10 | 绿城装饰工程集团有限公司 | Intelligent anti-theft lock, controlling method, system and security door |
| CN109544739A (en) * | 2018-11-16 | 2019-03-29 | 深圳职业技术学院 | Entrance guard device and system based on Internet of Things |
-
2015
- 2015-06-05 CN CN201520378600.1U patent/CN204808441U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104867219A (en) * | 2015-06-05 | 2015-08-26 | 王振铎 | Non-contact environment-friendly coded lock |
| CN106023387A (en) * | 2016-07-07 | 2016-10-12 | 上海长跃通信技术有限公司 | Intelligent lock applied to Internet of Things |
| CN106639666A (en) * | 2016-11-24 | 2017-05-10 | 绿城装饰工程集团有限公司 | Intelligent anti-theft lock, controlling method, system and security door |
| CN106639666B (en) * | 2016-11-24 | 2020-04-10 | 绿城装饰工程集团有限公司 | Intelligent anti-theft lock, control method and system and anti-theft door |
| CN109544739A (en) * | 2018-11-16 | 2019-03-29 | 深圳职业技术学院 | Entrance guard device and system based on Internet of Things |
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Granted publication date: 20151125 Termination date: 20210605 |