CN205089076U - Wireless device of unblanking or locking - Google Patents
Wireless device of unblanking or locking Download PDFInfo
- Publication number
- CN205089076U CN205089076U CN201520814759.3U CN201520814759U CN205089076U CN 205089076 U CN205089076 U CN 205089076U CN 201520814759 U CN201520814759 U CN 201520814759U CN 205089076 U CN205089076 U CN 205089076U
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- unit
- unblanking
- initial position
- generating means
- unlatching
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Abstract
The utility model provides a wireless device of unblanking or locking has a body, includes in it: one opens the unit, the lock orientation is inserted in by the keyhole of lock space one side and be in initial position to the one end of opening the unit, the position of initial position when opening the unit and insert the keyhole, a drive unit, drive unit with open the unit interlock, and drive the end that inserts of opening the unit is in the keyhole internal rotation, one starts the unit, it passes through wireless connection with drive unit to start the unit, it sends the control signal messenger to start the unit drive unit drives the end that inserts of opening the unit and rotates. The utility model provides an open the device of lock, the user need not to use the key can wirelessly open the lock to the device extensively is applicable to various locks, and the user need not to change the lock.
Description
Technical field
The utility model relates to a kind of unlocking apparatus.
Background technology
In recent years, along with the rise of Smart Home concept, increasing household articles achieves electronization and intellectuality.Specifically in door lock, must carry with the drawback of key to remove conventional door lock, Fingerprint Lock obtained significant progress in recent years.User replaces key by self unique fingerprint and unblanks, convenient and swift, and safety is very high.But the price of Fingerprint Lock is very high, and cannot installs additional on the basis of old lock and form, door lock must all be changed by user, and too high cost allows a lot of user hang back.If therefore can, under the prerequisite not changing door lock, enable old-fashioned door lock be opened by radio operation, exempt people and carry with the worry of key, greatly certainly will can reduce costs and be accepted by more people, this case be sent out therefrom.
Utility model content
Technical problem underlying to be solved in the utility model is to provide a kind of device of opening door lock, and user gets final product wireless opening door lock without the need to using key, and this device is widely used in various door lock, and user is locked into row without the need to opposite house and changes.
Secondary technical problem to be solved in the utility model is to provide a kind of device of opening door lock, and user records by the App of carry-on smart machine the action unblanked and lock, and can accurately send the instruction of unblanking or locking by operation App.
To be solved in the utility model another wants technical problem to be to provide a kind of device of opening door lock, and this device inserts keyhole part and be all reset to initial position after completing the action of unblanking or locking.
To be solved in the utility model another wants technical problem to be to provide a kind of device of opening door lock, after this device insertion keyhole part is ejected, manually can be reinserted keyhole by a reset unit.
In order to solve above-mentioned technical problem, the utility model provides a kind of wireless device of unblanking or locking, and has a body, comprises in it:
One open unit, and door lock is inserted towards being in initial position in the keyhole of lock side, space in one end of described unlatching unit; Described initial position is position when opening unit insertion keyhole;
One driver element, described driver element and unlatching unit interlock, and drive the insertion end of described unlatching unit to rotate in described keyhole;
One start unit, described start unit and driver element are by wireless connections, and described start unit transmits control signal and makes described driver element drive the insertion end of unlatching unit to rotate.
In a preferred embodiment: the insertion end of described unlatching unit rotates clockwise or rotates counterclockwise under described driver element drives.
In a preferred embodiment: also comprise a mechanical rotation unit and an action record unit, the forward or reverse of described action record unit record mechanical rotation unit, thus undertaken unblanking or locking by driver element correspondence control unlatching unit.
In a preferred embodiment: described action record unit comprises 2 Hall elements, and with the magnet of described mechanical rotation unit interlock; When operating described mechanical rotation unit drive magnet rotors, be which Hall element generation conducting under different action under described action record unit record, and described different action is defined as respectively from unblanking and locking.
In a preferred embodiment: described mechanical rotation unit comprises handwheel and a handwheel holder; Described handwheel sleeve is located at the periphery of described handwheel holder, and can rotate relative to described handwheel holder; Described handwheel holder sets firmly one stroke switch, and described Hall element is fixedly arranged on the surface of described travel switch; The periphery of described handwheel holder has a slot to make way, and the position that the inner circumferential of described handwheel is corresponding with described slot to make way has a limit rib, is provided with described magnet bottom it; Described handwheel holder also has a fixed axis, installation one torsionspring on it, and the side of described fixed axis has a spacing raised line; When handwheel is positioned at initial position, described spacing raised line and described limit rib contact spacing.
In a preferred embodiment: also comprise an initial position indicating member, when the insertion end of described unlatching unit is positioned at initial position, described initial position indicating member sends prompting.
In a preferred embodiment: described initial position indicating member comprises the first photoelectricity generating means arranged in opposite directions for a pair, when not intercepting between described first photoelectricity generating means, photoelectricity cue is namely sent.
In a preferred embodiment: described driver element comprises a motor, motor drive circuit and power supply unit; The output revolving shaft of described motor is driven by a motor axle sleeve opens unit rotational; The front end of described motor axle sleeve has a shirt rim, and described shirt rim has two towards the axle center of motor axle sleeve and is mutually the breach of 180 °, and when the insertion end of described unlatching unit is not positioned at initial position, described first photoelectricity generating means is intercepted by described shirt rim; When the insertion end of described unlatching unit is positioned at initial position, described first photoelectricity generating means is communicated with by described breach.
In a preferred embodiment: described initial position indicating member also comprises an initial position calibration toggle, when the insertion end of described unlatching unit is positioned at initial position, the relative position of described first photoelectricity generating means and described breach is changed by described initial position calibration toggle, until photoelectricity generating means sends cue, thus complete the initial position calibration of the first photoelectricity generating means.
In a preferred embodiment: also comprise a reset unit, the insertion end of described unlatching unit is when forward or reverse is to the end, and described reset unit makes the opposite spin of unlatching unit to initial position.
In a preferred embodiment: described reset unit comprises a Pulse width modulation module, make motor driving open unit to be oppositely rotated in deceleration and to send cue to the first photoelectricity generating means and namely stop operating.
In a preferred embodiment: also comprise one and eject probe unit, when the insertion end of described unlatching unit is ejected, described in eject probe unit and send cue.
In a preferred embodiment: described in eject probe unit and comprise a portable plate arranged with described unlatching unit interlock, described portable plate is fixed installing and the second photoelectricity generating means is set for a pair in opposite directions; Described body internal fixtion is provided with one and is vertically arranged in detection bar between described second photoelectricity generating means, and described detection bar has a plurality of groove be intervally installed; When the insertion end of unlatching unit is ejected, described second photoelectricity generating means is subjected to displacement along the direction of described detection bar, thus make the second photoelectricity generating means by between described groove interval intercept after be communicated with by described groove again, thus be identified as open unit be ejected.
In a preferred embodiment: also comprise one and eject reset unit, it has the push rod that is fixedly arranged on described portable plate, and the end of described push rod has a reset button; When the insertion end of described unlatching unit is ejected, described portable plate drives described push rod described reset button to be ejected.
In a preferred embodiment: described unlatching unit comprises key core and the key cover of a coaxial rotation.
In a preferred embodiment: described electric supply installation is lithium battery, and is charged by usb interface.
In a preferred embodiment: described start unit is be installed on the App in carry-on smart machine, and by bluetooth or wifi host-host protocol and described driver element wireless connections.
Compared to prior art, the technical solution of the utility model possesses following beneficial effect:
1. a kind of wireless device of unblanking or locking provided by the utility model, by inserting a key core at traditional door lock towards by the keyhole of lock side, space, and use App wireless operated its clockwise or rotate counterclockwise, reach the wireless object of unblanking or locking.Therefore, a kind of wireless device of unblanking or lock that provides of the utility model is without the need to reaching the wireless object of unblanking or locking to the door lock that the structure of conventional door lock makes a change or force users more renews.Use simple and fast, install also very easy.
2. a kind of wireless device of unblanking or locking provided by the utility model, rotates and reverse before use mechanically, and the corresponding Hall element opened under recording these two kinds of actions, and carry out corresponding with the command adapted thereto in start unit.User is controlled by App or user's hand rotation handwheel makes corresponding Hall element conducting afterwards, can key core be driven to carry out forward or reverse by motor exactly, thus realizes the operation unblanking or lock.
3. a kind of wireless device of unblanking or locking provided by the utility model, key core rotates backward to initial position after completing the action of unblanking or locking.Therefore key core is not carrying out always being in initial position when unblanking or lock action.Like this when user cannot by wireless unblanking time, also can insert key described key core is ejected in the keyhole of door lock towards open space side, thus use traditional keys carries out mechanical type unblanks.This assures when there is electronic failure or do not have the contingencies such as electricity, user still can use traditional keys opening door lock.
4. a kind of wireless device of unblanking or locking provided by the utility model, provide an initial position indicating member, comprise a photoelectricity generating means, when described key core reverse rotation sends photosignal to described photoelectricity generating means, judge that key core is positioned at initial position, and send control signal key core is stopped operating.
5. a kind of wireless device of unblanking or locking provided by the utility model, initial position indicating member also comprises an initial position calibrating installation.When after the described wireless device of unblanking or lock of installation, described key core is owing to being positioned at initial position by keyhole is spacing, and described photoelectricity generating means is accurately positioned at initial position surely because the deviation in installation process differs.Changed the relative position of described photoelectricity generating means and breach by described initial position calibrating installation, until photoelectricity generating means sends prompting, can think that current photoelectricity generating means is positioned at initial position.
6. a kind of wireless device of unblanking or locking provided by the utility model, additionally provide a reset unit, after key core is partly ejected keyhole, operating this reset unit can reinsert in keyhole by key core, therefore reinstalls without the need to pulling down this device.
Utility model
Accompanying drawing explanation
Fig. 1 is the structural blast figure of the utility model preferred embodiment;
Fig. 2 is the lateral view of the utility model preferred embodiment;
Fig. 3 is partial sectional view in the utility model preferred embodiment;
Fig. 4 is local structural graph in the utility model preferred embodiment;
Fig. 5 is another local structural graph in the utility model preferred embodiment;
Detailed description of the invention
Hereafter by the drawings and specific embodiments, the utility model is described further.
With reference to figure 1-5, a kind of wireless device of unblanking or locking, has a body, comprises in it:
One open unit 10, and door lock is inserted towards being in initial position in the keyhole of lock side, space in one end of described unlatching unit 10; Described initial position is open position when unit 10 inserts keyhole;
One driver element 20, described driver element 20 and unlatching unit 10 interlock, and drive the insertion end of described unlatching unit 10 to rotate in described keyhole; Described driver element 20 comprises a motor 201, motor drive circuit 202 and power supply unit 203; The output revolving shaft of described motor 201 drives unlatching unit 10 to rotate by a motor axle sleeve 204;
One start unit, described start unit and driver element 20 are by wireless connections, and described start unit transmits control signal and makes described driver element 20 drive the insertion end of unlatching unit 10 to rotate.
In the present embodiment, the key core 101 of described unlatching unit 10 1 coaxial rotation and key cover 102.One end of described key core 101 is described insertion end, realizes coaxial rotation in the jack that the other end inserts described key cover 102.User only needs the model according to oneself door lock, selects the key core 101 of corresponding size, then key core 101 will polish the keyhole identical with original key or spoon groove can use.
Therefore, above-mentioned a kind of wireless device of unblanking or locking, by being opened unit 10 at traditional door lock towards inserting one in the keyhole of lock side, space, and it rotates in keyhole to use start unit wireless operated, reaches the wireless object of unblanking or locking.It remains in essence and reaches by the rotation of key object of unblanking, and just drives the parts of key turns to become the motor 201 by start unit controlled in wireless by traditional staff.Therefore, above-mentioned wireless device of unblanking or lock is without the need to reaching the wireless object of unblanking or locking to the door lock that the structure of conventional door lock makes a change or force users more renews.Use simple and fast, install also very easy.
In order to realize the object of unblanking or locking, described key core 101 is forward or reverse under described motor 201 drives, and is unlocking action, for locking action during reversion when wherein rotating forward.
In order to complete above-mentioned action, said apparatus also comprises mechanical rotation unit 50 and an action record unit 40, described action record unit 40 records the forward or reverse of mechanical rotating unit 50, thus carries out forward or reverse by motor 201 correspondence control key core 101.Concrete structure is: described action record unit 40 comprises 2 Hall elements 401, and with the magnet 402 of described mechanical rotation unit 50 interlock; Operate described mechanical rotation unit 50 when being with moving magnet 402 to rotate, that conducting occurs which Hall element 402 under described action record unit 40 records different action, and described different action is mapped with the corresponding operating in start unit, afterwards, user only needs to send corresponding operational order in start unit, can make key core 101 forward or reverse under the drive of driver element.
Described mechanical rotation unit 50 comprises handwheel 501 and a handwheel holder 502; Described handwheel 501 is sheathed on the periphery of described handwheel holder 502, and can rotate relative to described handwheel holder 502; Described Hall element 401 is fixedly arranged in handwheel holder 502; The periphery of described handwheel holder 502 has a slot to make way 503, and the position that the inner circumferential of described handwheel 501 is corresponding with described slot to make way 503 has a limit rib 504, is provided with described magnet 402 bottom it; Described handwheel holder 502 also has a fixed axis 505, installation one torsionspring 506 on it, and the side of described fixed axis 505 has a spacing raised line 507; When handwheel 501 is positioned at initial position, described spacing raised line 507 is spacing with described limit rib 504 contact.
By as above arranging, when rotating described handwheel 501, because travel switch 503 is fixedly arranged in handwheel holder 502, the magnet 402 be therefore fixedly arranged on bottom limit rib 504 rotates relative to described Hall element 401; When handwheel 501 rotates clockwise, described magnet 402 is relative with the Hall element 401 on right side, makes its conducting.When handwheel 501 rotates counterclockwise, described magnet 402 is relative with the Hall element 401 in left side, makes its conducting.The turn-on sequence of Hall element in above-mentioned two kinds of actions is mapped with the corresponding operating in start unit, afterwards, user only needs to send corresponding operational order in start unit, can make key core 101 forward or reverse under the drive of driver element.
Further, when user is positioned within doors, also can hand rotation handwheel 501, make different Hall element 401 conductings, thus trigger the instruction unblanked or lock.When user unclamps handwheel 501, handwheel 501 return back under the effect of torsionspring 506 limit rib 505 again with spacing raised line 507 contact, complete reset.
Because above-mentioned a kind of wireless device of unblanking or lock is driven by electronic signal, when causing motor 201 that unlatching unit 10 cannot be driven to rotate when breaking down, need user that traditional mechanical key mode can be used to unblank.Because current door lock is on the market equipped with keyhole on two sides, when keyhole is in initial position, inserting key from the keyhole of side can eject the key in opposite side keyhole.The condition completing this action is: keyhole and the key inserted in keyhole are in original state.
Therefore, described key core 101 is after completing the action of unblanking or locking, and opposite spin is to initial position, and namely key core 101 is carrying out unblanking or is always being in initial position after locking action.Like this when user cannot by wireless unblanking time, also can insert key described key core 101 is ejected in the keyhole of door lock towards open space side, thus use traditional keys carries out mechanical type unblanks.This assures when there is electronic failure or do not have the contingencies such as electricity, user still can use traditional keys opening door lock.
In order to reach above-mentioned design, described wireless device of unblanking or lock also comprises an initial position indicating member 60, and when the insertion end of described key core 101 is positioned at initial position, described initial position indicating member sends prompting.
Described initial position indicating member 60 comprises the first photoelectricity generating means 601 arranged in opposite directions for a pair, when not intercepting between described first photoelectricity generating means 601, namely sends photoelectricity cue.The front end of described motor axle sleeve 204 has a shirt rim 205, described shirt rim 205 has two towards the axle center of motor axle sleeve 204 and is mutually the breach 206 of 180 °, when described key core 101 is not positioned at initial position, described first photoelectricity generating means 601 is intercepted by described shirt rim 205; When described key core 101 is positioned at initial position, described first photoelectricity generating means 601 is communicated with by described breach 206.Therefore, by judging whether the first photoelectricity generating means 601 sends photoelectricity prompting and can learn whether key core 101 is in initial position.
In the present embodiment, described breach 206 is two, and is in 180 ° of angles.So no matter key core 101 is reversions clockwise or reverses counterclockwise, can be detected when first time gets back to initial position by photoelectricity generating means 601.
Because described wireless device of unblanking or lock is when mounted inevitably because human error can have certain deviation, the position of described first photoelectricity generating means 601 and initial position is caused to occur certain deviation.Like this, when photoelectricity generating means 601 sends photoelectricity cue, key core 101 is not positioned at initial position in fact.In order to eliminate this error, described initial position indicating member 60 also comprises an initial position calibration toggle 602, when described key core 101 is positioned at initial position, the relative position of described first photoelectricity generating means 601 and described breach 206 is changed by described initial position calibration toggle 602, until photoelectricity generating means 601 sends cue, thus complete the initial position calibration of photoelectricity generating means 601.
If need user to unblank or lock manually key core to be reset to initial position unusual trouble undoubtedly afterwards at every turn, therefore, also comprise a reset unit, described key core 101 is when forward or reverse is to the end, and described reset unit makes key core 101 opposite spin to initial position.
Described reset unit comprises a Pulse width modulation module, motor driving key core 101 is oppositely rotated in deceleration send cue to the first photoelectricity generating means 601 namely to stop operating.By Pulse width modulation module, the counter-rotational speed of key core 101 is slowed down, guarantee the time long enough of breach 206 by the first photoelectricity generating means 601, ensure that the normally of the first photoelectricity generating means 601.
After key core 101 is ejected, described wireless device of unblanking or lock cannot normally work, even if therefore user needs key core 101 to reinsert in keyhole, therefore also comprise one and eject probe unit 70, when described key core 101 is ejected, described in eject probe unit 70 and send cue.
The described probe unit 70 that ejects comprises a portable plate 701 arranged with described unlatching unit 10 interlock, described portable plate 701 is fixed installing and arranges the second photoelectricity generating means 702 for a pair in opposite directions; Described body internal fixtion is provided with one and is vertically arranged in detection bar 703 between described second photoelectricity generating means 702, and described detection bar 703 has a plurality of groove 704 be intervally installed; When key core 101 is ejected, described second photoelectricity generating means 702 is subjected to displacement along the direction of described detection bar 703, thus be communicated with by described groove 704 again after the second photoelectricity generating means 702 is intercepted by the interval between described groove 704, thus be identified as key core 101 and be ejected, send sound and light alarm prompting.
Conveniently key core 101 reinserts in keyhole by user, also comprises one and ejects reset unit, and it has the push rod 801 that is fixedly arranged on described portable plate 701, and the end of described push rod 801 has a reset button 802; When described key core 101 is ejected, described portable plate 701 drives described push rod 801 described reset button 802 to be ejected.User only needs to press reset button 802, can again be inserted in keyhole by key core 101.
In the present embodiment, also comprise following decision design:
Described electric supply installation 203 is lithium battery, and is charged by usb interface.
Described start unit is be installed on the App in carry-on smart machine, and by bluetooth or wifi host-host protocol and described driver element 20 wireless connections.
The above; be only the utility model preferably detailed description of the invention; but 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.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (17)
1. the wireless device of unblanking or locking, is characterized in that having a body, comprises in it:
One open unit, and door lock is inserted towards being in initial position in the keyhole of lock side, space in one end of described unlatching unit; Described initial position is position when opening unit insertion keyhole;
One driver element, described driver element and unlatching unit interlock, and drive the insertion end of described unlatching unit to rotate in described keyhole;
One start unit, described start unit and driver element are by wireless connections, and described start unit transmits control signal and makes described driver element drive the insertion end of unlatching unit to rotate.
2. a kind of wireless device of unblanking or locking according to claim 1, is characterized in that: the insertion end of described unlatching unit rotates clockwise or rotates counterclockwise under described driver element drives.
3. a kind of wireless device of unblanking or locking according to claim 2, it is characterized in that: also comprise a mechanical rotation unit and an action record unit, the forward or reverse of described action record unit record mechanical rotation unit, thus undertaken unblanking or locking by driver element correspondence control unlatching unit.
4. a kind of wireless device of unblanking or locking according to claim 3, is characterized in that: described action record unit comprises 2 Hall elements, and with the magnet of described mechanical rotation unit interlock; When operating described mechanical rotation unit drive magnet rotors, be which Hall element generation conducting under different action under described action record unit record, and described different action is defined as respectively from unblanking and locking.
5. a kind of wireless device of unblanking or locking according to claim 4, is characterized in that: described mechanical rotation unit comprises handwheel and a handwheel holder; Described handwheel sleeve is located at the periphery of described handwheel holder, and can rotate relative to described handwheel holder; Described Hall element is fixedly arranged in described handwheel holder; The periphery of described handwheel holder has a slot to make way, and the position that the inner circumferential of described handwheel is corresponding with described slot to make way has a limit rib, is provided with described magnet bottom it; Described handwheel holder also has a fixed axis, installation one torsionspring on it, and the side of described fixed axis has a spacing raised line; When handwheel is positioned at initial position, described spacing raised line and described limit rib contact spacing.
6. a kind of wireless device of unblanking or locking according to claim 4, is characterized in that: also comprise an initial position indicating member, and when the insertion end of described unlatching unit is positioned at initial position, described initial position indicating member sends prompting.
7. a kind of wireless device of unblanking or locking according to claim 6, it is characterized in that: described initial position indicating member comprises the first photoelectricity generating means arranged in opposite directions for a pair, when not intercepting between described first photoelectricity generating means, namely send photoelectricity cue.
8. a kind of wireless device of unblanking or locking according to claim 7, is characterized in that: described driver element comprises a motor, motor drive circuit and power supply unit; The output revolving shaft of described motor is driven by a motor axle sleeve opens unit rotational; The front end of described motor axle sleeve has a shirt rim, and described shirt rim has two towards the axle center of motor axle sleeve and is mutually the breach of 180 °, and when the insertion end of described unlatching unit is not positioned at initial position, described first photoelectricity generating means is intercepted by described shirt rim; When the insertion end of described unlatching unit is positioned at initial position, described first photoelectricity generating means is communicated with by described breach.
9. a kind of wireless device of unblanking or locking according to claim 8, it is characterized in that: described initial position indicating member also comprises an initial position calibration toggle, when the insertion end of described unlatching unit is positioned at initial position, the relative position of described first photoelectricity generating means and described breach is changed by described initial position calibration toggle, until photoelectricity generating means sends cue, thus complete the initial position calibration of the first photoelectricity generating means.
10. a kind of wireless device of unblanking or locking according to claim 9, it is characterized in that: also comprise a reset unit, the insertion end of described unlatching unit is when forward or reverse is to the end, and described reset unit makes the opposite spin of unlatching unit to initial position.
11. a kind of wireless devices of unblanking or locking according to claim 10, it is characterized in that: described reset unit comprises a Pulse width modulation module, make motor driving open unit and be oppositely rotated in deceleration and send cue to the first photoelectricity generating means and namely stop operating.
12. a kind of wireless devices of unblanking or locking according to claim 11, is characterized in that: also comprise one and eject probe unit, when the insertion end of described unlatching unit is ejected, described in eject probe unit and send cue.
13. a kind of wireless devices of unblanking or locking according to claim 12, it is characterized in that: described in eject probe unit and comprise a portable plate arranged with described unlatching unit interlock, described portable plate is fixed installing and the second photoelectricity generating means is set for a pair in opposite directions; Described body internal fixtion is provided with one and is vertically arranged in detection bar between described second photoelectricity generating means, and described detection bar has a plurality of groove be intervally installed; When the insertion end of unlatching unit is ejected, described second photoelectricity generating means is subjected to displacement along the direction of described detection bar, thus make the second photoelectricity generating means by between described groove interval intercept after be communicated with by described groove again, thus be identified as open unit be ejected.
14. a kind of wireless devices of unblanking or locking according to claim 13, it is characterized in that: also comprise one and eject reset unit, it has the push rod that is fixedly arranged on described portable plate, and the end of described push rod has a reset button; When the insertion end of described unlatching unit is ejected, described portable plate drives described push rod described reset button to be ejected.
15. a kind of wireless devices of unblanking or locking according to claim 14, is characterized in that: described unlatching unit comprises key core and the key cover of a coaxial rotation.
16. a kind of wireless devices of unblanking or locking according to claim 15, is characterized in that: described electric supply installation is lithium battery, and is charged by usb interface.
17. a kind of wireless devices of unblanking or locking according to any one of claim 1-16, is characterized in that: described start unit is be installed on the App in carry-on smart machine, and by bluetooth or wifi host-host protocol and described driver element wireless connections.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520814759.3U CN205089076U (en) | 2015-10-20 | 2015-10-20 | Wireless device of unblanking or locking |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520814759.3U CN205089076U (en) | 2015-10-20 | 2015-10-20 | Wireless device of unblanking or locking |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205089076U true CN205089076U (en) | 2016-03-16 |
Family
ID=55479777
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520814759.3U Expired - Fee Related CN205089076U (en) | 2015-10-20 | 2015-10-20 | Wireless device of unblanking or locking |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205089076U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105401797A (en) * | 2015-10-20 | 2016-03-16 | 易思亮 | Wireless unlocking or reverse locking device |
| WO2017067475A1 (en) * | 2015-10-20 | 2017-04-27 | 厦门陨石科技股份有限公司 | Device for wirelessly controlling lock device, and method for preventing unlocking lock from outside |
| CN107663973A (en) * | 2016-07-29 | 2018-02-06 | 陈云 | Theftproof lock electronic controller |
| CN110905309A (en) * | 2019-11-18 | 2020-03-24 | 北京新能源汽车股份有限公司 | Control system and method of electronic lock and vehicle |
-
2015
- 2015-10-20 CN CN201520814759.3U patent/CN205089076U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105401797A (en) * | 2015-10-20 | 2016-03-16 | 易思亮 | Wireless unlocking or reverse locking device |
| WO2017067475A1 (en) * | 2015-10-20 | 2017-04-27 | 厦门陨石科技股份有限公司 | Device for wirelessly controlling lock device, and method for preventing unlocking lock from outside |
| CN107663973A (en) * | 2016-07-29 | 2018-02-06 | 陈云 | Theftproof lock electronic controller |
| CN110905309A (en) * | 2019-11-18 | 2020-03-24 | 北京新能源汽车股份有限公司 | Control system and method of electronic lock and vehicle |
| CN110905309B (en) * | 2019-11-18 | 2021-09-17 | 北京新能源汽车股份有限公司 | Control system and method of electronic lock and vehicle |
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