CN206815989U - A kind of finger print remote control intelligent door lock - Google Patents
A kind of finger print remote control intelligent door lock Download PDFInfo
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- CN206815989U CN206815989U CN201720302871.8U CN201720302871U CN206815989U CN 206815989 U CN206815989 U CN 206815989U CN 201720302871 U CN201720302871 U CN 201720302871U CN 206815989 U CN206815989 U CN 206815989U
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- lock core
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- external
- door lock
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Abstract
It the utility model is related to intelligent door lock field, more particularly to a kind of finger print remote control intelligent door lock.A kind of finger print remote control intelligent door lock, including lock housing, and interior system, external system and the thumb wheel being arranged in lock housing, and the inner button being connected with interior system, and the outer knob being connected with external system；Remote-controlled intelligent module is provided with the inner button, remote-controlled intelligent module controls the interior system, and interior system is inner to be circumferentially connected with thumb wheel；Fingerprint intelligent module is provided with the outer knob, fingerprint intelligent module controls the external system；System the inner of the interior system and external system, which can move axially, to achieve a butt joint and circumferentially links.The intelligent door lock uses two sets of completely self-contained intelligence systems, solves the hidden danger that shared electron part is broken down and can not unlocked.
Description
Technical field
It the utility model is related to intelligent door lock field, more particularly to a kind of finger print remote control intelligent door lock.
Background technology
Door lock is the antitheft product that people commonly use, and the door lock courage of wherein mechanical door lock is the core of door lock theftproof performance quality
The heart, now widely used is mechanical structure lock gall, and theftproof performance is weak, and key is easily lost.And intelligent door lock price is held high
Expensive general ordinary consumer is difficult to bear.Dual system intelligent door lock gall its intelligent object on the market is all integrated in one now
Block, so it has shared electron part, it can not also be beaten equipped with intelligence systems more again if shared electron section failure
Door lock.
The content of the invention
In order to solve the above problems, the purpose of this utility model is to provide a kind of finger print remote control intelligent door lock, the intelligence
Door lock has used two sets of completely self-contained intelligence systems, solves the hidden danger that shared electron part is broken down and can not unlocked.
In order to realize above-mentioned purpose, the utility model employs following technical scheme：
A kind of finger print remote control intelligent door lock, it is characterised in that：Including lock housing, and the interior system, outer being arranged in lock housing
System and thumb wheel, and the inner button being connected with interior system, and the outer knob being connected with external system；In the inner button
Provided with remote-controlled intelligent module, remote-controlled intelligent module controls the interior system, and interior system is inner to be circumferentially connected with thumb wheel；It is described outer
Fingerprint intelligent module is provided with knob, fingerprint intelligent module controls the external system；In the interior system and the system of external system
End, which can move axially, to achieve a butt joint and circumferentially links.
Preferably, the interior system includes the internal lock core bar being arranged in lock housing, and it is circumferentially positioned with internal lock core bar
Internal lock core print；The internal lock core print is circumferentially connected with thumb wheel.
Preferably, axially arranged there are several first through hole, inner button along its on the outer end body of rod of the internal lock core bar
It is plugged in one of first through hole and is fixed with internal lock core bar.
Preferably, the internal lock core print is provided with the first lock core groove, the madial wall of thumb wheel is provided with the first projection；It is interior
Grafting links between lock core head and thumb wheel.
Preferably, the external system includes the external lock core bar being arranged in lock housing, and it is circumferentially positioned with external lock core bar
External lock core print.
Preferably, axially arranged there are several the second through holes, outer knob along its on the outer end body of rod of the external lock core bar
It is plugged on one of them second through hole and is fixed with external lock core bar.
Preferably, the external system includes outer drive link, and the outer drive component of the outer drive link axial movement of driving,
Fingerprint intelligent module controls the outer drive component；The interior system includes drive link in interior drive link, and driving and axially moved
Dynamic interior drive component；The inner end of the remote-controlled intelligent module control interior drive component, outer drive link and interior drive link can
Grafting links.
Preferably, offer the second groove along its axial direction on the madial wall of the internal lock core print；The outside of interior drive link
Wall is provided with the second projection, and interior drive link is located in internal lock core print, and interior drive link and internal lock core print are circumferentially fixed, axial energy
Enough relative movements.
Preferably, offer the 3rd groove along its axial direction on the madial wall of the external lock core print；The outside of outer drive link
Wall is provided with the 3rd projection, and outer drive link is located in external lock core print, and outer drive link and external lock core print are circumferentially fixed, axial energy
Enough relative movements.
The utility model uses above-mentioned technical proposal, and the technical scheme is related to a kind of finger print remote control dual system intelligent door lock,
The intelligent door lock includes interior system and external system, and remote-controlled intelligent module controls the interior system, described in the control of fingerprint intelligent module
External system；I.e. the intelligent door lock has used two sets of completely self-contained intelligence systems, and fingerprint intelligent module is mounted in the outer of door lock courage room
Inside knob, remote-controlled intelligent system is inside the inner button of door lock courage room.Usually use the finger in outdoor knob
Line intelligence system, the inner axial movement of external system and interior system docking can be driven when fingerprint intelligent system receives right instructions,
Door lock now can be opened by outer knob.When fingerprint intelligent module breaks down and when being unable to opening door lock, with the remote control of matching
The remote-controlled intelligent module can that device starts in inner button allows the inner axial movement of interior system to be docked with external system, now leads to
Door lock can be opened by crossing outer knob.
Brief description of the drawings
Fig. 1 is structure sectional view of the present utility model.
Fig. 2 is the structural representation of external lock core bar.
Fig. 3 is the structural representation of external lock core print.
Fig. 4 is the structural representation of outer drive link.
Fig. 5 is the structure sectional view of outer drive link.
Fig. 6 is the structural representation of outer motor.
Fig. 7 is the structural representation of thumb wheel.
Fig. 8 is the structural representation of internal lock core bar.
Fig. 9 is the structural representation of internal lock core print.
Figure 10 is the structural representation of interior drive link.
Figure 11 is the structure sectional view of interior drive link.
Figure 12 is the structural representation of interior motor.
Embodiment
Below in conjunction with the accompanying drawings, preferred embodiment of the present utility model is described in further detail.
A kind of finger print remote control dual system intelligent door lock as shown in Fig. 1 ~ 12, including lock housing 1, and be arranged in lock housing 1
Interior system, external system and thumb wheel 2, the interior system it is inner with thumb wheel 2 is circumferential is connected, in interior system and external system at least
One system the inner can move axially and realize circumferential linkage with the inner clamping of another system.The technical scheme is related to a kind of only
Vertical dual system intelligent door lock, the intelligent door lock solve the hidden danger that dual system shared electron part is broken down and can not unlocked.
Specifically, the intelligent door lock includes interior system and external system, and interior system is inner to be circumferentially connected with thumb wheel 2, interior system and outer system
At least system the inner can move axially and realize circumferential linkage with the inner clamping of another system in system；It is outer when in use
System can be realized with interior system docking and opened the door.
Following scheme be system the inner based on interior system and external system can move axially and with another system
Clamping is held to realize circumferential linkage.On this basis, usually outdoors unlock use external system, when external system break down without
During energy opening door lock, system can be in opening door lock outdoors in startup.Concrete scheme is：
The external system outer end is connected with outer knob 31, and the outer intelligence for driving the outer drive component is provided with outer knob 31
System.External system includes the external lock core bar 32 being arranged in lock housing 1, and the external lock core print circumferentially positioned with external lock core bar 32
33, and the outer drive link 34 being located in external lock core print 33, and the outer drive component that the outer drive link 34 of driving moves axially.
On the outer end body of rod of the external lock core bar 32 along its it is axially arranged have several the second through holes 321, the grafting of outer knob 31 is wherein
Fix on one the second through hole 321 and with external lock core bar 32, outer knob 31 and the spacing of lock housing 1 can be adjusted by the program
It is whole.On the madial wall of the external lock core print 33 the 3rd groove 331 is offered along its axial direction；The lateral wall of outer drive link 34 is provided with
3rd projection 341, outer drive link 34 and external lock core print 33 are circumferentially fixed, can axially relatively move.
The first spring 35 is fixed with inside the outer drive link 34；Outer drive component is outer motor 36, outer driving electricity
The motor shaft of machine 36 is provided with outer bearing pin 37；The motor shaft of the outer motor 36 is located in outer drive link 34, outer bearing pin
37 are arranged in the pitch relief of the first spring 35, and class screw thread coordinates between the outer spring 35 of bearing pin 37 and first.Above-mentioned technical side
In case, outer motor 36 drives outer bearing pin 37 to rotate in a circumferential direction, and class spiral shell is realized with the first spring 35 in the outer rotary course of bearing pin 37
Line coordinates；Outer bearing pin 37 acts on the first spring 35 and divides the first spring 35 for crush-zone and relief area, rotary course
Middle adjustment crush-zone and relief area proportion, relief area can axially promote outer drive link 34 it is carried out axial shifting
It is dynamic.
The interior system outer end is connected with inner button 41, and the interior intelligence for driving the interior drive component is provided with inner button 41
System.The interior system includes the internal lock core bar 42 being arranged in lock housing 1, and the internal cylinder circumferentially positioned with internal lock core bar 42
First 43, and the interior drive link 44 of the inside of internal lock core print 43 is located in, and the interior drive that drive link 44 moves axially in driving
Dynamic component.Axially arranged there are several first through hole 421, the grafting of inner button 41 along its on the outer end body of rod of the internal lock core bar 42
Fixed wherein in a first through hole 421 and with internal lock core bar 42, can be to inner button 41 and the spacing of lock housing 1 by the program
It is adjusted.The internal lock core print 43 is circumferentially connected with thumb wheel 2.Specifically internal lock core print 43 is provided with the first groove 431, dials
The madial wall of wheel 2 is provided with the first projection 21；Grafting links between internal lock core print 43 and thumb wheel 2；In being realized by above scheme
Lock core first 43 is circumferentially connected with thumb wheel 2.On the madial wall of the internal lock core print 43 the second groove 432 is offered along its axial direction；
The lateral wall of interior drive link 44 is provided with the second projection 441, and interior drive link 44 and internal lock core print 43 are circumferentially fixed, axially being capable of phase
To movement.
Second spring 45 is fixed with inside the interior drive link 44；Interior drive component is interior motor 46, interior driving electricity
The motor shaft of machine 46 is provided with interior bearing pin 47；The motor shaft of the interior motor 46 is located in interior drive link 44, interior bearing pin
47 are arranged in the pitch relief of second spring 45, and class screw thread coordinates between interior bearing pin 47 and second spring 45.Above-mentioned technical side
In case, interior motor 46 drives interior bearing pin 47 to rotate in a circumferential direction, and class spiral shell is realized with second spring 45 in the interior rotary course of bearing pin 47
Line coordinates；Interior bearing pin 47 acts on second spring 45 and divides second spring 45 for crush-zone and relief area, rotary course
Middle adjustment crush-zone and relief area proportion, relief area can axially promote interior drive link 44 it is carried out axial shifting
It is dynamic.
The inner end of the outer drive link 34 and interior drive link 44 being capable of grafting linkage.When outer drive component drives outer be driven
When bar 34 moves axially, or interior drive link 44 and outer transmission can be achieved during the axial movement of drive link 44 in the driving of interior drive component
Being mutually butted between bar 34, realize linkage.Specifically, the adjacent face notch pair of the outer drive link 34 and interior drive link 44
Connect, the docking of both ends of the surface is on same circumference, and the common axis of drive link 34 and interior drive link 44 is beyond the circumference
The center of circle.In the technical scheme, during being mutually butted between interior drive link 44 and outer drive link 34, it is understood that there may be outer transmission
The situation that bar 34 and the station of interior drive link 44 are forbidden, in the case, operable outdoor handle drives outer drive link 34 to rotate, unofficial biography
Lever 34 and between formed station find；When station is aligned, the first spring 35 promotes outer drive link 34, or second spring 45 to push away
Drive link 44 in dynamic, realize docking between outer drive link 34 and interior drive link 44.
Using the independent dual system intelligent door lock of such scheme, outer driving group is generally controlled using outer intelligence system
Part, the outer outer axial movement of drive link 34 realization of drive component driving are docked with interior system；When outer intelligence system is damaged, can lead to
Cross intelligence system in control（Such as remote control）, drive component in the control of interior intelligence system, the axle of drive link 44 in interior drive component driving
Docked to mobile realize with external system.Specifically：
In holding state or incorrect input information, outer drive link 34 is in released state with interior drive link 44, rotates
Outer knob 31 can not drive thumb wheel 2 to rotate, and outer knob 31 is in idling conditions.Enter unlocking condition after information is inputted correctly,
Outer intelligence system issues instructions to motor chip, and outer motor 36 is arrived in motor chip power supply, and outer motor 36 rotates, motor
Outer bearing pin 37 on axle drives the first spring 35 to promote outer drive link 34, and outer drive link 34 is advanced through the through hole among thumb wheel 2
It is engaged with interior drive link 44.If outer drive link 34 can not be engaged with the shaggy tooth dislocation of interior drive link 44, outer bearing pin 37 is right
First spring 35 is in pressurized state, rotates outer knob 31 and drives outer drive link 34 to rotate, outer drive link 34 and between form work
Find position；When station is aligned, the first spring 35 promotes outer drive link 34, realizes between outer drive link 34 and interior drive link 44
Docking.Now, rotation outer knob 31 can drive external lock core bar 32, and external lock core bar 32 drives external lock core print 33, the band of external lock core print 33
Outer drive link 34 is moved, outer drive link 34 drives interior drive link 44, and interior drive link 44 drives internal lock core print 43, and internal lock core print 43 drives
Thumb wheel 2 is opened or locking action.The outer automatic reverse of motor 36 rotates after the time set more than intelligence system,
Outer drive link 34 is in released state with interior drive link 44, and outer knob 31 is in idling conditions again.
When the outer intelligence system on outer knob 31 breaks down and when being unable to opening door lock, start the interior intelligence on inner button 41
Energy system, which sends to instruct to power, arrives interior motor 46, and the interior bearing pin 47 on motor shaft, which rotates, drives second spring 45 to promote interior biography
Lever 44, interior drive link 44 are engaged through the through hole among thumb wheel 2 with outer drive link 34.If outer drive link 34 and interior drive link
When 44 shaggy tooth dislocation can not be engaged, interior bearing pin 47 is in pressurized state to second spring 45, and rotation outer knob 31 drives outer
Drive link 34 rotates, outer drive link 34 and between formed station find；When station is aligned, second spring 45 promotes interior drive link
44, realize docking between outer drive link 34 and interior drive link 44.Now rotate outer knob 31 and can drive and dial 5 and opened or locked
Close action.The interior automatic reverse of motor 46 rotates after the time set more than interior intelligence system, outer drive link 34 with it is interior
Drive link 44 is in released state, and outer knob 31 is in idling conditions again.
Based on above-mentioned technical proposal, the product can be refined further, as follows：The outer intelligence system is fingerprint intelligent module
311, fingerprint intelligent module 311 controls the external system；Interior intelligence system is remote-controlled intelligent module 411, remote-controlled intelligent module 411
Control the interior system.I.e. the intelligent door lock has used two sets of completely self-contained intelligence systems, and fingerprint intelligent module 311 is mounted in door
Inside the outer knob of lock gall room, remote-controlled intelligent system is inside the inner button of door lock courage room.Usually use mounted in outdoor
Fingerprint intelligent system in knob, can be driven when fingerprint intelligent system receives right instructions the inner axial movement of external system with it is interior
System docking, door lock now can be opened by outer knob.When fingerprint intelligent module 311 breaks down and when being unable to opening door lock,
The can of remote-controlled intelligent module 411 started with the remote control of matching in inner button allow the inner axial movement of interior system with it is outer
System docking, door lock now can be opened by outer knob.
Claims (7)
- A kind of 1. finger print remote control intelligent door lock, it is characterised in that：Including lock housing, and be arranged in lock housing interior system, outer system System and thumb wheel, and the inner button being connected with interior system, and the outer knob being connected with external system；Set in the inner button There is remote-controlled intelligent module, remote-controlled intelligent module controls the interior system, and interior system is inner to be circumferentially connected with thumb wheel；The outward turning Fingerprint intelligent module is provided with button, fingerprint intelligent module controls the external system；The interior system and the system of external system are inner It can move axially and achieve a butt joint and circumferentially link；The interior system includes the internal lock core bar being arranged in lock housing, Yi Jiyu The circumferentially positioned internal lock core print of internal lock core bar；The internal lock core print is circumferentially connected with thumb wheel；The outer side pole of the internal lock core bar On body along its it is axially arranged have several first through hole, inner button is plugged in one of first through hole and consolidated with internal lock core bar It is fixed.
- A kind of 2. finger print remote control intelligent door lock according to claim 1, it is characterised in that：The internal lock core print is provided with the One lock core groove, the madial wall of thumb wheel are provided with the first projection；Grafting links between internal lock core print and thumb wheel.
- A kind of 3. finger print remote control intelligent door lock according to claim 1, it is characterised in that：The external system includes being arranged on External lock core bar in lock housing, and the external lock core print circumferentially positioned with external lock core bar.
- A kind of 4. finger print remote control intelligent door lock according to claim 3, it is characterised in that：The outer side pole of the external lock core bar On body along its it is axially arranged have several the second through holes, outer knob is plugged on one of them second through hole and consolidated with external lock core bar It is fixed.
- A kind of 5. finger print remote control intelligent door lock according to claim 3, it is characterised in that：The external system includes outer transmission Bar, and the outer drive component of the outer drive link axial movement of driving, fingerprint intelligent module control the outer drive component；In described System includes the interior drive component of drive link axial movement in interior drive link, and driving；In the control of remote-controlled intelligent module is described The inner end of drive component, outer drive link and interior drive link being capable of grafting linkage.
- A kind of 6. finger print remote control intelligent door lock according to claim 5, it is characterised in that：The madial wall of the internal lock core print On along its axial direction offer the second groove；The lateral wall of interior drive link is provided with the second projection, and interior drive link is located in internal cylinder In head, and interior drive link and internal lock core print are circumferentially fixed, can axially relatively move.
- A kind of 7. finger print remote control intelligent door lock according to claim 5, it is characterised in that：The madial wall of the external lock core print On along its axial direction offer the 3rd groove；The lateral wall of outer drive link is provided with the 3rd projection, and outer drive link is located in outer lock core In head, and outer drive link and external lock core print are circumferentially fixed, can axially relatively move.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720302871.8U CN206815989U (en) | 2017-03-27 | 2017-03-27 | A kind of finger print remote control intelligent door lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720302871.8U CN206815989U (en) | 2017-03-27 | 2017-03-27 | A kind of finger print remote control intelligent door lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206815989U true CN206815989U (en) | 2017-12-29 |
Family
ID=60751695
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720302871.8U Active CN206815989U (en) | 2017-03-27 | 2017-03-27 | A kind of finger print remote control intelligent door lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206815989U (en) |
-
2017
- 2017-03-27 CN CN201720302871.8U patent/CN206815989U/en active Active
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