CN105401797B - A kind of wireless device unlocked or locked - Google Patents
A kind of wireless device unlocked or locked Download PDFInfo
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- CN105401797B CN105401797B CN201510682868.9A CN201510682868A CN105401797B CN 105401797 B CN105401797 B CN 105401797B CN 201510682868 A CN201510682868 A CN 201510682868A CN 105401797 B CN105401797 B CN 105401797B
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Abstract
The present invention provides a kind of wireless unlocking or the devices locked, and have an ontology, include inside：One end of one opening unit, the opening unit is inserted into door lock towards in by the keyhole of lock space side and is in initial position；The initial position is position when opening unit is inserted into keyhole；One driving unit, the driving unit is interlocked with opening unit, and the insertion end of the opening unit is driven to be rotated in the keyhole；One start unit, for the start unit with driving unit by being wirelessly connected, the start unit sends the insertion end rotation that control signal makes the driving unit drive opening unit.The present invention provides a kind of device of opening door lock, user without using key can wireless opening door lock, and the device is widely used in various door locks, and user replaces without lock on the door.
Description
Technical field
The present invention relates to a kind of unlocking apparatus.
Background technology
In recent years, with the rise of smart home concept, more and more household items realize electronization and intelligence.
Specifically in terms of door lock, in order to release the drawbacks of conventional door lock must carry key, Fingerprint Lock had obtained considerable in recent years
Development.User replaces key to unlock by itself unique fingerprint, convenient and efficient, and safety is very high.
But the price of Fingerprint Lock is very high, and can not be installed additional on the basis of old lock, user has to door lock is whole more
It changes, excessively high cost allows many users to hang back.So if old-fashioned door lock can be made under the premise of being changed without door lock
It can be opened by radio operation, exempt the worry that people carry key, be bound to that cost can be substantially reduced and for more
More people are received, and this case is sent out therefrom.
Invention content
Technical problem underlying to be solved by this invention is to provide a kind of device of opening door lock, and user is without using key
Can wireless opening door lock, and the device is widely used in various door locks, and user replaces without lock on the door.
Secondary technical problem to be solved by this invention is to provide a kind of device of opening door lock, and user passes through intelligence with oneself
The action that the App records of equipment are unlocked and locked can accurately send out the instruction unlocked or locked by operating App.
To be solved by this invention that technical problem is wanted to be to provide a kind of device of opening door lock again, which is inserted into lock
Eye portion is reset to initial position after the action for completing to unlock or lock.
To be solved by this invention that technical problem is wanted to be to provide a kind of device of opening door lock again, which is inserted into lock
After eye portion is ejected, keyhole can be reinserted by a reset unit manually.
In order to solve the above technical problems, the present invention provides a kind of wireless unlocking or the device locked, there is one
Body includes inside：
Door lock is inserted into towards in by the keyhole of lock space side and in just in one end of one opening unit, the opening unit
Beginning position；The initial position is position when opening unit is inserted into keyhole；
One driving unit, the driving unit is interlocked with opening unit, and drives the insertion end of the opening unit in institute
State rotation in keyhole；
One start unit, for the start unit with driving unit by being wirelessly connected, the start unit sends control letter
The driving unit number is set to drive the insertion end rotation of opening unit.
In a preferred embodiment：The insertion end of the opening unit the driving unit drive under rotate clockwise or
It rotates counterclockwise.
In a preferred embodiment：Further include a mechanical rotation unit and an action record unit, the action record
The forward or reverse of unit record mechanical rotation unit carries out unlocking or anti-to be corresponded to by driving unit and control opening unit
Lock.
In a preferred embodiment：The action record unit include 2 Hall sensors, and with the mechanical rotation
The magnet that unit interlocks；It is different under the action record unit record when operating the mechanical rotation unit drive magnet rotors
Under action it is which Hall sensor is connected, and the different actions is respectively defined as from unlocking and lock.
In a preferred embodiment：The mechanical rotation unit includes handwheel and a handwheel fixed seat；The handwheel sleeve
Set on the periphery of the handwheel fixed seat, and can be rotated relative to the handwheel fixed seat；Described fixed a line of handwheel fixed seat
Cheng Kaiguan, the Hall sensor are fixedly arranged on the surface of the travel switch；The periphery of the handwheel fixed seat has one to step down
There is a limit rib, bottom to be equipped with the magnet for slot, the inner circumferential of handwheel position corresponding with the recessing groove；The hand
Taking turns fixed seat also has a fixing axle, installs a torsionspring thereon, and the side of the fixing axle has a limit raised line；Work as hand
When wheel is located at initial position, the limit raised line is limited with the limit rib contact.
In a preferred embodiment：Further include an initial position indicating unit, when the insertion end of the opening unit is located at
When initial position, the initial position indicating unit sends out prompt.
In a preferred embodiment：The initial position indicating unit includes that a pair of the first photoelectricity being oppositely arranged fills
It sets, when not obstructed between the first photoelectricity generating means, that is, sends out photoelectricity standby signal.
In a preferred embodiment：The driving unit includes a motor, motor drive circuit and power supply unit；The horse
The output revolving shaft reached drives opening unit rotation by a motor axle sleeve；The front end of the motor axle sleeve has a shirt rim, described
Shirt rim tool is there are two towards the axle center of motor axle sleeve and 180 ° of notch is mutually, when the insertion end of the opening unit is not located at
When initial position, the first photoelectricity generating means is obstructed by the shirt rim；When the insertion end of the opening unit is located at initially
When position, the first photoelectricity generating means is connected to by the notch.
In a preferred embodiment：The initial position indicating unit further includes initial position calibration toggle, when described
When the insertion end of opening unit is located at initial position, toggle change first photoelectricity is calibrated by the initial position and is filled
The relative position with the notch is set, until photoelectricity generating means sends out standby signal, to complete the first photoelectricity generating means
Initial position calibration.
In a preferred embodiment：Further include a reset unit, the insertion end of the opening unit forward or reverse extremely
When the end, the reset unit makes opening unit negative direction rotate to initial position.
In a preferred embodiment：The reset unit includes a Pulse width modulation module, so that motor is driven and opens list
First be reversely rotated in deceleration sends out standby signal to the first photoelectricity generating means and stops operating.
In a preferred embodiment：Further include an ejection probe unit, when the insertion end of the opening unit is ejected,
The ejection probe unit sends out standby signal.
In a preferred embodiment：The ejection probe unit includes an activity that setting is interlocked with the opening unit
Plate, fixed installing a pair is oppositely arranged the second photoelectricity generating means on the movable plate；It is vertical that one is fixed in the ontology
The detection item being arranged between the second photoelectricity generating means, the detection item have it is a plurality of be intervally installed it is recessed
Slot；When the insertion end of opening unit is ejected, the second photoelectricity generating means is subjected to displacement along the direction of the detection item,
So that the second photoelectricity generating means is connected to by the groove after being obstructed by the interval between the groove, to identified again
It is ejected for opening unit.
In a preferred embodiment：Further include an ejection reset unit, has one to be fixedly arranged on pushing away for the movable plate
The end of bar, the push rod has a reset button；When the insertion end of the opening unit is ejected, the movable plate drives
The push rod ejects the reset button.
In a preferred embodiment：The opening unit includes the key core and key cover rotated coaxially.
In a preferred embodiment：Said supply unit is lithium battery, and is charged by usb interfaces.
In a preferred embodiment：The start unit is the App being installed in carry-on smart machine, and by bluetooth or
Wifi transport protocols are wirelessly connected with the driving unit.
Compared to the prior art, technical scheme of the present invention has following advantageous effect：
1. a kind of wireless unlocking provided by the present invention or the device locked, by being locked space in traditional door lock direction
Be inserted into a key core in the keyhole of side, and wirelessly manipulate it using App and rotate clockwise or counterclockwise, reach it is wireless unlock or
The purpose locked.Therefore, a kind of wireless unlocking provided by the invention or the device locked are not necessarily to make the structure of conventional door lock
The door lock for changing or user being forced more to renew can reach the wireless purpose unlocked or locked.Use simple and fast, installation
It is very easy.
2. a kind of wireless unlocking provided by the present invention or the device locked, are mechanically rotated forward before
And reversion, and record the lower corresponding Hall sensors opened of both actions, and with the command adapted thereto in start unit into
Row corresponds to.User is controlled by App later or user hand turn starts wheel so that corresponding Hall sensor is connected, you can accurate
Really key core is driven to carry out forward or reverse by motor, to realize the operation unlocked or locked.
3. a kind of wireless unlocking provided by the present invention or the device locked, key core is in the action for completing to unlock or lock
After rotate backward to initial position.Therefore key core is always at initial position when not unlocked or locking action.In this way
When user can not be by wirelessly unlocking, key can also be inserted into keyhole of the door lock towards open space side and described in
Key core ejects, and is mechanically unlocked thereby using traditional keys.This assures electronic failure or out of power is occurring
When equal contingencies, user can still use traditional keys opening door lock.
4. a kind of wireless unlocking provided by the present invention or the device locked, provide an initial position indicating unit,
Including a photoelectricity generating means, when the key core, which is reversely rotated, sends out photosignal to the photoelectricity generating means, judge
Key core is located at initial position, and sending out control signal makes key core stop operating.
5. a kind of wireless unlocking provided by the present invention or the device locked, initial position indicating unit further include one initial
Location calibration device.After installing the wireless unlocking or the device locked, the key core by keyhole limit due to being located at just
Beginning position, and the photoelectricity generating means is surely positioned exactly at initial position since the deviation in installation process differs.Pass through institute
The relative position that initial position calibrating installation changes the photoelectricity generating means and notch is stated, is carried until photoelectricity generating means is sent out
Show, you can think that current photoelectricity generating means is located at initial position.
6. a kind of wireless unlocking provided by the present invention or the device locked, additionally provide a reset unit, work as key
Core is by after part ejection keyhole, and operating the reset unit can reinsert key core in keyhole, and there is no need to remove the dress
It sets and is reinstalled.
Description of the drawings
Fig. 1 is the Structure explosion diagram of the preferred embodiment of the present invention；
Fig. 2 is the side view of the preferred embodiment of the present invention；
Fig. 3 is partial sectional view in the preferred embodiment of the present invention；
Fig. 4 is local structural graph in the preferred embodiment of the present invention；
Fig. 5 is another local structural graph in the preferred embodiment of the present invention；
Specific implementation mode
Hereafter by the drawings and specific embodiments, the present invention will be further described.
With reference to figure 1-5, a kind of wireless device unlocked or locked has an ontology, includes inside：
One end of one opening unit 10, the opening unit 10 is inserted into door lock towards in by the keyhole of lock space side and is located
In initial position；The initial position is position when opening unit 10 is inserted into keyhole；
One driving unit 20, the driving unit 20 are interlocked with opening unit 10, and drive inserting for the opening unit 10
Enter end to rotate in the keyhole；The driving unit 20 includes a motor 201, motor drive circuit 202 and power supply unit
203；The output revolving shaft of the motor 201 drives opening unit 10 to rotate by a motor axle sleeve 204；
One start unit, for the start unit with driving unit 20 by being wirelessly connected, the start unit sends control
The insertion end that signal makes the driving unit 20 drive opening unit 10 rotates.
In the present embodiment, key core 101 and key cover 102 that the opening unit 10 rotates coaxially.The key core
101 one end is the insertion end, and the other end is inserted into realization in the jack of the key cover 102 and rotates coaxially.User only needs
According to the model of oneself door lock, the key core 101 of corresponding size is selected, then will be polished on key core 101 and original key phase
Same keyhole or spoon slot can be used.
Therefore, a kind of above-mentioned wireless unlocking or the device locked, by being locked space side in traditional door lock direction
It is inserted into an opening unit 10 in keyhole, and wirelessly manipulates it using start unit and is rotated in keyhole, reaches wireless unlocking or anti-
The purpose of lock.It is substantially remained reaches unlocking purpose by the rotation of key, only drive key turns component by
Traditional human hand becomes the motor 201 by start unit wireless control.Therefore, the above-mentioned wireless device unlocked or locked without
The door lock that the structure of conventional door lock need to be made a change or be forced user more renew can reach the wireless mesh unlocked or locked
's.Using simple and fast, installation is also very easy.
In order to realize the purpose unlocked or locked, the rotating forward or anti-under the drive of the motor 201 of the key core 101
Turn, wherein be unlocking action when rotating forward, to lock action when reversion.
In order to complete above-mentioned action, above-mentioned apparatus further includes a mechanical rotation unit 50 and an action record unit 40,
The action record unit 40 records the forward or reverse of mechanical rotating unit 50, to correspond to control key by motor 201
Core 101 carries out forward or reverse.Specifically structure is：The action record unit 40 includes 2 Hall sensors 401, and
The magnet 402 interlocked with the mechanical rotation unit 50；When operating the mechanical rotation unit 50 and being rotated with moving magnet 402, institute
It is which Hall sensor 401 is connected, and the difference is moved to state action record unit 40 and record under different actions
Work is mapped with the corresponding operating in start unit, and later, user only needs to send out operation accordingly in start unit and refers to
It enables, you can so that the forward or reverse under the drive of driving unit of key core 101.
The mechanical rotation unit 50 includes handwheel 501 and a handwheel fixed seat 502；The handwheel 501 is sheathed on institute
The periphery of handwheel fixed seat 502 is stated, and can be rotated relative to the handwheel fixed seat 502；The Hall sensor 401 is fixedly arranged on
In handwheel fixed seat 502；The periphery of the handwheel fixed seat 502 has a recessing groove 503, the inner circumferential of the handwheel 501 and institute
Stating 503 corresponding position of recessing groove, there is a limit rib 504, bottom to be equipped with the magnet 402；The handwheel fixed seat 502
Also there is a fixing axle 505, a torsionspring 506 is installed thereon, the side of the fixing axle 505 has a limit raised line 507；
When handwheel 501 is located at initial position, the limit raised line 507 is limited with 504 contact of the limit rib.
By being as above arranged, when rotating the handwheel 501, since travel switch is fixedly arranged in handwheel fixed seat 502,
The magnet 402 for being fixedly arranged on 504 bottom of limit rib rotates relative to the Hall sensor 401；When handwheel 501 turns clockwise
When dynamic, the magnet 402 is opposite with the Hall sensor 401 on right side, turns it on.It is described when handwheel 501 rotates counterclockwise
Magnet 402 is opposite with the Hall sensor 401 in left side, turns it on.The conducting of Hall sensor is suitable during above two is acted
Sequence is mapped with the corresponding operating in start unit, and later, user only needs to send out operation accordingly in start unit and refers to
It enables, you can so that the forward or reverse under the drive of driving unit of key core 101.
Also, when user is located within doors, handwheel 501 can also be rotated manually so that different Hall sensors 401 are led
It is logical, to trigger the instruction unlocked or locked.When user unclamps handwheel 501, handwheel 501 is under the action of torsionspring 506
Limit rib 505 is returned back to again with limit 507 contact of raised line, completes reset.
Since a kind of above-mentioned wireless device unlocked or locked is driven by electronic signal, when failure causes
When motor 201 can not drive opening unit 10 to rotate, need user that can unlock using traditional mechanical key mode.Due to mesh
Preceding door lock on the market is equipped with keyhole on two sides, and when keyhole is in initial position, key is inserted into from the keyhole of side
The key ejection in the keyhole of the other side.The condition for completing this action is：Keyhole and the key inserted in keyhole are places
In original state.
Therefore, after the action for completing to unlock or lock, negative direction is rotated to initial position, i.e. key the key core 101
Spoon core 101 is always at initial position after having carried out unlocking or locking action.In this way when user can not be by wirelessly unlocking,
It can also be inserted into key in keyhole of the door lock towards open space side and the key core 101 is ejected, thereby using biography
System key is mechanically unlocked.This assures when the contingencies such as electronic failure or out of power occur, user is still
Traditional keys opening door lock can be used.
In order to reach above-mentioned design, the wireless unlocking or the device locked further include an initial position indicating unit 60,
When the insertion end of the key core 101 is located at initial position, the initial position indicating unit sends out prompt.
The first photoelectricity generating means 601 that the initial position indicating unit 60 is oppositely arranged including a pair, described first
When not obstructed between photoelectricity generating means 601, that is, send out photoelectricity standby signal.The front end of the motor axle sleeve 204 has one
Shirt rim 205, the tool of the shirt rim 205 is there are two towards the axle center of motor axle sleeve 204 and 180 ° of notch 206 is mutually, when the key
When spoon core 101 is not located at initial position, the first photoelectricity generating means 601 is obstructed by the shirt rim 205；When the key core
101 be located at initial position when, the first photoelectricity generating means 601 is connected to by the notch 206.Therefore, by judging first
Photoelectricity generating means 601 whether sends out photoelectricity prompt it can be learnt that whether key core 101 is in initial position.
In the present embodiment, the notch 206 is two, and is in 180 ° of angles.No matter key core 101 is up time in this way
Needle inverts or reversion counterclockwise, can be detected by photoelectricity generating means 601 when returning to initial position for the first time.
Since the wireless unlocking or the device locked are when mounted inevitably because human error can have centainly
Deviation, cause the position of the first photoelectricity generating means 601 and initial position certain deviation occur.In this way, working as photoelectricity
When generating means 601 sends out photoelectricity standby signal, key core 101 is not located at initial position in fact.In order to eliminate this mistake
Difference, the initial position indicating unit 60 further includes initial position calibration toggle 602, when the key core 101 is located at initially
When position, toggle 602 is calibrated by the initial position and changes the first photoelectricity generating means 601 and the notch 206
Relative position, until photoelectricity generating means 601 sends out standby signal, to complete the initial position school of photoelectricity generating means 601
It is accurate.
Key core initial position is reset to manually after unlocking or lock every time if necessary to user undoubtedly very to bother,
Therefore, further include a reset unit, for the key core 101 in forward or reverse to the end, the reset unit makes key core
101 negative directions are rotated to initial position.
The reset unit includes a Pulse width modulation module, make motor drive key core 101 it is reversed be rotated in deceleration to
First photoelectricity generating means 601 sends out standby signal and stops operating.By Pulse width modulation module so that key core 101 is anti-
Slow down to the speed of rotation, it is ensured that notch 206 ensure that the first light by the time long enough of the first photoelectricity generating means 601
The normally of electric generating means 601.
After being ejected due to key core 101, the wireless unlocking or the device locked can not work normally, therefore user needs
It wants to reinsert in keyhole even if by key core 101, therefore further includes an ejection probe unit 70, when 101 quilt of the key core
When ejection, the ejection probe unit 70 sends out standby signal.
The ejection probe unit 70 includes a movable plate 701 that setting is interlocked with the opening unit 10, the activity
Fixed installing a pair is oppositely arranged the second photoelectricity generating means 702 on plate 701；One is fixed in the ontology to be vertically arranged in
Detection item 703 between the second photoelectricity generating means 702, the detection item 703 have a plurality of be intervally installed
Groove 704；When key core 101 is ejected, the second photoelectricity generating means 702 occurs along the direction of the detection item 703
Displacement, so that after the second photoelectricity generating means 702 is obstructed by the interval between the groove 704 and by the groove 704
Connection, is ejected to be identified as key core 101, sends out sound-light alarm prompt.
Key core 101 is reinserted in keyhole in order to facilitate user, further includes an ejection reset unit, has one
It is fixedly arranged on the push rod 801 of the movable plate 701, the end of the push rod 801 has a reset button 802；When the key core
101 when being ejected, and the movable plate 701 drives the push rod 801 to eject the reset button 802.User only needs to press
Reset button 802, you can key core 101 is inserted into keyhole again.
Also include following preferred design in the present embodiment：
Said supply unit 203 is lithium battery, and is charged by usb interfaces.
The start unit is the App being installed in carry-on smart machine, and passes through bluetooth or wifi transport protocols and institute
State the wireless connection of driving unit 20.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Any one skilled in the art in the technical scope disclosed by the present invention, the change or replacement that can be readily occurred in,
It should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with scope of the claims
Subject to.
Claims (14)
1. a kind of wireless unlocking or the device locked, it is characterised in that there is an ontology, include inside：
One end of one opening unit, the opening unit is inserted into door lock towards in by the keyhole of lock space side and is in initial bit
It sets；The initial position is position when opening unit is inserted into keyhole；
One driving unit, the driving unit is interlocked with opening unit, and drives the insertion end of the opening unit in the lock
Intraocular rotates；
One start unit, with driving unit by being wirelessly connected, the start unit sends control signal to be made the start unit
The driving unit drives the insertion end rotation of opening unit；
Further include an initial position indicating unit, when the insertion end of the opening unit is located at initial position, the initial bit
It sets indicating unit and sends out prompt；The initial position indicating unit includes a pair of the first photoelectricity generating means being oppositely arranged, institute
It states when not obstructing between the first photoelectricity generating means, that is, sends out photoelectricity standby signal；
The driving unit includes a motor, motor drive circuit and power supply unit；The output revolving shaft of the motor passes through a horse
Up to axle sleeve driving opening unit rotation；The front end of the motor axle sleeve has a shirt rim, and there are two the shirt rim tools towards motor
The axle center of axle sleeve and it is mutually 180 ° of notch, when the insertion end of the opening unit is not located at initial position, first light
Electric generating means is obstructed by the shirt rim；When the insertion end of the opening unit is located at initial position, the first photoelectricity hair
Generating apparatus is connected to by the notch.
2. a kind of wireless unlocking according to claim 1 or the device locked, it is characterised in that：The opening unit is inserted
Enter end to rotate clockwise or rotate counterclockwise under driving unit drive.
3. a kind of wireless unlocking according to claim 2 or the device locked, it is characterised in that：It further include a mechanical rotation
Unit and an action record unit, the forward or reverse of the action record unit record mechanical rotation unit, to pass through
Driving unit corresponds to control opening unit and is unlocked or locked.
4. a kind of wireless unlocking according to claim 3 or the device locked, it is characterised in that：The action record unit
Including 2 Hall sensors, and the magnet with mechanical rotation unit gearing；When mechanical rotation unit rotates clockwise
When, the magnet is opposite with the Hall sensor on right side, turns it on；When mechanical rotation unit rotates counterclockwise, the magnetic
Iron is opposite with the Hall sensor in left side, turns it on.
5. a kind of wireless unlocking according to claim 4 or the device locked, it is characterised in that：The mechanical rotation unit
Including handwheel and a handwheel fixed seat；The handwheel sleeve is set to the periphery of the handwheel fixed seat, and can be relative to the hand
Take turns fixed seat rotation；The Hall sensor is fixedly arranged in the handwheel fixed seat；The periphery of the handwheel fixed seat has one
There is a limit rib, bottom to be equipped with the magnet for recessing groove, the inner circumferential of handwheel position corresponding with the recessing groove；Institute
Stating handwheel fixed seat also has a fixing axle, installs a torsionspring thereon, and the side of the fixing axle has a limit raised line；
When handwheel is located at initial position, the limit raised line is limited with the limit rib contact.
6. a kind of wireless unlocking according to claim 1 or the device locked, it is characterised in that：The initial position instruction
Unit further includes initial position calibration toggle, when the insertion end of the opening unit is located at initial position, by described first
Beginning position correction toggle changes the relative position of the first photoelectricity generating means and the notch, until photoelectricity generating means is sent out
Go out standby signal, to complete the initial position calibration of the first photoelectricity generating means.
7. a kind of wireless unlocking according to claim 6 or the device locked, it is characterised in that：It further include a reset list
Member, for the insertion end of the opening unit in forward or reverse to the end, the reset unit makes opening unit negative direction rotate
To initial position.
8. a kind of wireless unlocking according to claim 7 or the device locked, it is characterised in that：The reset unit includes
One Pulse width modulation module makes motor that opening unit be driven reversely to be rotated in deceleration and sends out prompt letter to the first photoelectricity generating means
Number i.e. stop operating.
9. a kind of wireless unlocking according to claim 8 or the device locked, it is characterised in that：It further include ejection detection
Unit, when the insertion end of the opening unit is ejected, the ejection probe unit sends out standby signal.
10. a kind of wireless unlocking according to claim 9 or the device locked, it is characterised in that：The ejection detection is single
Member includes one and the opening unit interlocks the movable plate of setting, and fixed installing a pair is oppositely arranged the second light on the movable plate
Electric generating means；A detection item being vertically arranged between the second photoelectricity generating means, institute are fixed in the ontology
Stating detection item has a plurality of grooves being intervally installed；When the insertion end of opening unit is ejected, the second photoelectricity hair
Generating apparatus is subjected to displacement along the direction of the detection item, so that the second photoelectricity generating means is by between the groove
It deadens every rear and be connected to by the groove, is ejected to be identified as opening unit.
11. a kind of wireless unlocking according to claim 10 or the device locked, it is characterised in that：It further include an ejection
The end of reset unit, the push rod for being fixedly arranged on the movable plate with one, the push rod has a reset button；It is opened when described
When opening the insertion end of unit and being ejected, the movable plate drives the push rod to eject the reset button.
12. a kind of wireless unlocking according to claim 11 or the device locked, it is characterised in that：The opening unit packet
Include the key core and key cover that one rotates coaxially.
13. a kind of wireless unlocking according to claim 1 or the device locked, it is characterised in that：Said supply unit is
Lithium battery, and charged by usb interfaces.
14. a kind of wireless device unlocked or locked according to any one of claim 1-13, it is characterised in that：It is described
Start unit is the App being installed in carry-on smart machine, and by bluetooth or wifi transport protocols and the driving unit without
Line connects.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510682868.9A CN105401797B (en) | 2015-10-20 | 2015-10-20 | A kind of wireless device unlocked or locked |
| US15/770,012 US20200248479A1 (en) | 2015-10-20 | 2016-10-20 | Device of wireless controlling a lock and a method of preventing unlocking from outer side |
| PCT/CN2016/102702 WO2017067475A1 (en) | 2015-10-20 | 2016-10-20 | Device for wirelessly controlling lock device, and method for preventing unlocking lock from outside |
| EP16856906.9A EP3366872A4 (en) | 2015-10-20 | 2016-10-20 | Device for wirelessly controlling lock device, and method for preventing unlocking lock from outside |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510682868.9A CN105401797B (en) | 2015-10-20 | 2015-10-20 | A kind of wireless device unlocked or locked |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105401797A CN105401797A (en) | 2016-03-16 |
| CN105401797B true CN105401797B (en) | 2018-10-26 |
Family
ID=55467516
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510682868.9A Expired - Fee Related CN105401797B (en) | 2015-10-20 | 2015-10-20 | A kind of wireless device unlocked or locked |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105401797B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106245999B (en) * | 2016-06-17 | 2019-02-05 | 厦门陨石科技股份有限公司 | A method of prevent outside from unlocking |
| 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 |
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| US5749253A (en) * | 1994-03-30 | 1998-05-12 | Dallas Semiconductor Corporation | Electrical/mechanical access control systems and methods |
| JP3076789B2 (en) * | 1998-08-28 | 2000-08-14 | セキュラ株式会社 | Automatic door locking system |
| JP2001336326A (en) * | 2000-03-22 | 2001-12-07 | Nabco Ltd | Automatic-unlocking-function-equipped device and system for opening door |
| JP2002138723A (en) * | 2000-11-06 | 2002-05-17 | Sharp Corp | Locking device |
| DE102011013730B4 (en) * | 2011-03-12 | 2013-11-28 | Heike Bedoian | Device for changing a locking state |
| CN204212562U (en) * | 2014-10-29 | 2015-03-18 | 宁波大学 | A kind of lock module |
| CN104465160B (en) * | 2014-11-19 | 2017-04-12 | 国网浙江余姚市供电公司 | Lock control module |
| CN204627180U (en) * | 2015-05-12 | 2015-09-09 | 马健 | Door lock electronization upgrade components |
| CN205089076U (en) * | 2015-10-20 | 2016-03-16 | 易思亮 | Wireless device of unblanking or locking |
| CN106223724B (en) * | 2015-10-20 | 2018-08-24 | 厦门陨石科技股份有限公司 | A kind of wireless unlocking or anti-lockwork |
-
2015
- 2015-10-20 CN CN201510682868.9A patent/CN105401797B/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN105401797A (en) | 2016-03-16 |
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