CN208236141U - A kind of electronic lock cylinder - Google Patents
A kind of electronic lock cylinder Download PDFInfo
- Publication number
- CN208236141U CN208236141U CN201820688875.9U CN201820688875U CN208236141U CN 208236141 U CN208236141 U CN 208236141U CN 201820688875 U CN201820688875 U CN 201820688875U CN 208236141 U CN208236141 U CN 208236141U
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- lock gall
- lock
- receiving hole
- bayonet
- clutch
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Abstract
A kind of electronic lock cylinder, including lock housing, lock gall component is equipped in the lock housing, the lock gall component includes the first lock gall and the second lock gall that pivot center is overlapped, second lock gall is circumferentially fixed to be connected with the unlock shift fork for unlock for rotating and rotating with the second lock gall, clutch is provided between first lock gall and the second lock gall, the clutch includes "ON" and " conjunction " state, first lock gall described in when the clutch is in "On" state and the second lock gall is circumferentially opposed is freely rotated, first lock gall and the circumferentially opposed fixation of the second lock gall described in when the clutch is in " conjunction " state, the operation portion for driving the first lock gall to rotate is connected on first lock gall, a kind of electronic lock cylinder further includes the electronic control unit for controlling clutch the switching "ON" and " conjunction " state.The utility model has the advantages that anti-violence turns on by force that opening, safe and reliable, function-stable is reliable.
Description
[technical field]
The present invention relates to lock core, especially a kind of electronic lock cylinder.
[background technique]
For traditional door-locking system, it is changed into electronic type door lock for low cost, occurs electrification minor on the market
The electronic lock cylinder of unlocking.It is changed to electronic lock cylinder by the lock core for locking tradition machinery, it just can be by traditional mechanical door lock system
It is convenient, be changed into electronic lock at low cost, thus electronic lock cylinder is more and more popular with consumers.Electronic lock on the market
Core still continues to use traditional clamping pin structure of mechanical lock in core, is only to change the pellet pushed with key into automatically controlled driving
Electronic pellet, still may opening door lock in the case where violence is turned round by force.
[summary of the invention]
To solve the above problems, the present invention provides a kind of electronic lock cylinder, have anti-violence turn on by force it is opening, safe and reliable,
The reliable advantage of function-stable.
The present invention is achieved through the following technical solutions:
A kind of electronic lock cylinder, including lock housing 1, are equipped with lock gall component in the lock housing 1, and the lock gall component includes rotation
The first lock gall 2 and the second lock gall 3 that axis is overlapped, circumferentially fixed be connected with of second lock gall 3 rotate and turn with the second lock gall 3
The dynamic unlock shift fork 4 for unlock, is provided with clutch 5, the clutch 5 between first lock gall 2 and the second lock gall 3
Include "ON" and " conjunction " state, when the clutch 5 is in "On" state described in the first lock gall 2 and the circumferential phase of the second lock gall 3
To being freely rotated, when the clutch 5 is in " conjunction " state described in the first lock gall 2 and the circumferentially opposed fixation of the second lock gall 3, it is described
Be connected with the operation portion 20 for driving the first lock gall 2 to rotate on first lock gall 2, a kind of electronic lock cylinder further include control it is described from
The electronic control unit 6 of clutch 5 switching "ON" and " conjunction " state.
Preferably, it is further defined in that the clutch 5 includes first be arranged on the second lock gall 3
Receiving hole 50, the clutch 5 further include be arranged in it is on the first lock gall 2, can it is opposite with first receiving hole 50, be used for
The bayonet 51 relatively rotated between the first lock gall 2 and the second lock gall 3 is limited, when the clutch 5 is in "On" state, rotation the
The bayonet 51 is opposite with 50 position of the first receiving hole when one lock gall 2 or is staggered, and is connected in first receiving hole 50
Mobile beads 52, the electronic control unit 6 include the driving motor 60 that is installed on the second lock gall 3 and are movably connected in second
It is on lock gall 3, mobile beads 52 are moved and pressed under the driving of driving motor 60 and in the bayonet 51 and the first receiving hole 50
Make mobile beads 52 when position is opposite while the top-pressure part 61 in bayonet 51 and the first receiving hole 50, the top-pressure part 61 exist
The mobile beads 52 can be detached from cooperation with bayonet 51 and only exist in the first receiving hole after movement reset under the driving of driving motor 60
In 50, the mobile beads 52 simultaneously in bayonet 51 and the first receiving hole 50 when the clutch 5 be in " conjunction " state；It is described
When mobile beads 52 and bayonet 51 are detached from cooperation and only exist in the first receiving hole 50, the clutch 5 is in "On" state.
Preferably, it is further defined in that the top-pressure part 61 is equipped with so that mobile beads 52 while being in
In bayonet 51 and the first receiving hole 50 first with coincidence 611 and enable the mobile beads 52 be detached from bayonet 51 cooperate and
Second in the first receiving hole 50 is only existed in coincidence 612, the top-pressure part 61 movement under the driving of driving motor 60 makes first
With coincidence 611 and second with coincidence 612 respectively with the cooperation of mobile beads 52 to " conjunction " or "On" state of switch clutch 5.
Preferably, it is further defined in that the top-pressure part 61 drives lower edge second to lock in driving motor 60
The pivot center of gallbladder 3 axially moves back and forth and switches " conjunction " or "On" state of the clutch 5, and described first matches coincidence 611
It is successively arranged on the top-pressure part 61 with coincidence 612 along the pivot center direction of the second lock gall 3 with second.
Preferably, it is further defined in that the rotation of 50 axially bored line of the first receiving hole and the second lock gall 3
Axis is vertical, and first receiving hole 50 is equipped with first outlet 501 and second outlet 502, and the mobile beads 52 are by top-pressure part
Expose from first outlet 501 and cooperate with bayonet 51 after 61 press, is additionally provided with and first receiving hole on second lock gall 3
50 the second receiving holes 32 communicated, the axially bored line of second receiving hole 32 is parallel with the pivot center of the second lock gall 3 or is overlapped,
First receiving hole 50 is connected to the second receiving hole 32 by second outlet 502, and the top-pressure part 61 is plugged on described second
In receiving hole 32, described first matches coincidence 611 to be used to partly or entirely close the second outlet 502 on top-pressure part 61
Face, described second be on top-pressure part 61 with coincidence 612, opposite first with coincidence 611 closer to 3 pivot center of the second lock gall,
So that mobile beads 52 can enter the face no longer exposed from first outlet 501 in the second receiving hole 32.
Preferably, be further defined in that described first with coincidence 611 and second with setting between coincidence 612
It is equipped with for mobile beads 52 to be pushed up the transition fit position 610 gone towards the second lock gall 3 outside, first lock gall 2 is equipped with when activity
Pearl 52 is gone but first receiving hole 50 and the bayonet 51 by the transition fit position 610 of top-pressure part 61 towards top outside the second lock gall 3
Roll or be slidably matched with the mobile beads 52 when position does not have opposite to machine side 21, the bayonet 51 is arranged described standby
At face 21, the bayonet 51 is to which, toward the part being recessed, the mobile beads 52 are equipped with the first arcwall face 91, institute at machine side 21
State the second arcwall face 92 that bayonet 51 is equipped with the first arcwall face 91 cooperation being equipped with mobile beads 52, second arcwall face
92 connect with described to machine side 21.
Preferably, it is further defined in that between the driving motor 60 and top-pressure part 61 and is provided with driving
Component, the driving component include connect with driving motor 60, for converting itself edge for 60 rotational motion of driving motor
The bridgeware 621 of the movement of the pivot center axial direction of second lock gall 3 passes through between the top-pressure part 61 and bridgeware 621
The cooperation of bayonet lock 623 and bar shaped card hole 624 can link together to relative axial movement, the top-pressure part 61 and bridgeware 621
Between be provided with buffer spring 625.
Preferably, it is further defined in that circumferentially opposed second lock gall 3 of the bridgeware 621 is fixedly connected,
The oblique hole for being provided with the spiral bar hole 6211 extended spirally on the bridgeware 621 or being obliquely extended, the driving motor
The output of driving motor 60 cooperate with the spiral bar hole 6211 or oblique hole, described is protruded on 60 output shaft circumferential surface
The protruding pin 622 that the side wall in the spiral bar hole 6211 or oblique hole moves axially bridgeware 621 is squeezed after axis rotation.
Preferably, it is further defined in that the electronic control unit 6 further includes being electrically connected with driving motor 60
What is connect controls the control circuit board 62 of the rotation of driving motor 60, is provided in the control circuit board 62 logical with external electronic device
Communication module interrogating, receiving external control signal.
Preferably, it is further defined in that the electronic control unit 6 further includes being electrically connected with driving motor 60
The control circuit board 62 that the control driving motor 60 connect rotates, the control circuit board 62 are electrically connected with characteristics of human body and identify mould
Block, characteristics of human body's identification module are fingerprint identification module or iris recognition module or face recognition module.
Compared with the existing technology, advantages of the present invention are as follows:
A kind of electronic lock cylinder, including lock housing are equipped with lock gall component in the lock housing, and the lock gall component includes rotation axis
The first lock gall and the second lock gall that line is overlapped, second lock gall is circumferentially fixed to be connected with the use for rotating and rotating with the second lock gall
Clutch is provided between the unlock shift fork of unlock, first lock gall and the second lock gall, the clutch includes "ON"
" conjunction " state, when the clutch is in "On" state described in the first lock gall and the second lock gall is circumferentially opposed is freely rotated, institute
First lock gall and the circumferentially opposed fixation of the second lock gall described in stating when clutch is in " conjunction " state are connected on first lock gall
The operation portion for driving the first lock gall to rotate, a kind of electronic lock cylinder further include controlling the clutch switching "ON" and " conjunction " shape
The electronic control unit of state.The present invention is installed on door-locking system, and the direction correspondence of the first lock gall to the second lock gall arrives door outdoors
Interior direction, the first lock gall and the second lock gall are combined by clutch, are cut when electronic control unit does not control clutch
When changing to " conjunction " state and clutch is only able to rotate the first lock gall, the second lock in operation operation portion outdoors when being in "On" state
Gallbladder and unlock shift fork are not able to rotate, thus can not be unlocked by force by turning round the first lock gall by force.When needing to unlock, electron control
Device processed provides control signal control clutch and is switched to " conjunction " state, when operation operation portion rotates the first lock gall and passes through clutch
Device rotates the second lock gall simultaneously and removes opening door lock to rotate unlock shift fork.There is the present invention anti-violence to turn on open, safety by force
Reliably, the reliable advantage of function-stable.
[Detailed description of the invention]
Fig. 1 is the three-dimensional view of the embodiment of the present invention；
Fig. 2 is the components explosive view of the embodiment of the present invention；
Fig. 3 is the main view of the embodiment of the present invention；
Fig. 4 is the top view of the embodiment of the present invention；
The A-A that Fig. 5 is Fig. 4 to, mobile beads and bayonet enter the cross-sectional view of mated condition；
Fig. 6 is the enlarged diagram at the B of Fig. 5；
The A-A that Fig. 7 is Fig. 4 to, mobile beads and bayonet be detached from the cross-sectional view of mated condition；
Fig. 8 is the enlarged diagram at the C of Fig. 7.
[specific embodiment]
The invention will be further described by Fig. 1 to Fig. 8 with reference to the accompanying drawing:
A kind of electronic lock cylinder, including lock housing 1, are equipped with lock gall component in the lock housing 1, and the lock gall component includes rotation
The first lock gall 2 and the second lock gall 3 that axis is overlapped, circumferentially fixed be connected with of second lock gall 3 rotate and turn with the second lock gall 3
The dynamic unlock shift fork 4 for unlock, is provided with clutch 5, the clutch 5 between first lock gall 2 and the second lock gall 3
Include "ON" and " conjunction " state, when the clutch 5 is in "On" state described in the first lock gall 2 and the circumferential phase of the second lock gall 3
To being freely rotated, when the clutch 5 is in " conjunction " state described in the first lock gall 2 and the circumferentially opposed fixation of the second lock gall 3, it is described
Be connected with the operation portion 20 for driving the first lock gall 2 to rotate on first lock gall 2, a kind of electronic lock cylinder further include control it is described from
The electronic control unit 6 of clutch 5 switching "ON" and " conjunction " state.The present invention is installed on door-locking system, the first lock gall 2 to the second
The direction of lock gall 3 is corresponding outdoors to the direction in door, and the first lock gall 2 and the second lock gall 3 are combined by clutch 5, and electricity is worked as
Sub- control device 6 does not control when clutch 5 is switched to " conjunction " state and when clutch 5 is in "On" state, is operating outdoors
Operation portion 20 is only able to rotate the first lock gall 2, and the second lock gall 3 and unlock shift fork 4 are not able to rotate, thus can not be by turning round first by force
Lock gall 2 is unlocked by force.When needing to unlock, electron control device 6 provides control signal control clutch 5 and is switched to " conjunction " shape
State, when operation operation portion 20 rotates the first lock gall 2 and rotates the second lock gall 3 simultaneously by clutch 5 to rotate unlock shift fork 4
Remove opening door lock.Preferably, the operation portion 20 is rotating handle.
Specifically: the clutch 5 includes the first receiving hole 50 being arranged on the second lock gall 3, and the clutch 5 also wraps
Include be arranged in it is on the first lock gall 2, can it is opposite with first receiving hole 50, for limiting the first lock gall 2 and the second lock gall 3
Between the bayonet 51 that relatively rotates, the bayonet 51 and the when the clutch 5 is in "On" state, the first lock gall 2 of rotation
One receiving hole, 50 position is opposite or is staggered, and mobile beads 52, the electronic control dress are connected in first receiving hole 50
Set 6 include the driving motor 60 that is installed on the second lock gall 3 and be movably connected in it is on the second lock gall 3, in driving motor 60
Driving under move and press mobile beads 52 and make mobile beads 52 when the bayonet 51 is opposite with 50 position of the first receiving hole
The top-pressure part 61 in bayonet 51 and the first receiving hole 50, the top-pressure part 61 move under the driving of driving motor 60 simultaneously
The mobile beads 52 can be detached from cooperation with bayonet 51 and only exist in the first receiving hole 50 after reset, and the mobile beads 52 are located simultaneously
The clutch 5 is in " conjunction " state when in bayonet 51 and the first receiving hole 50；The mobile beads 52 are matched with the disengaging of bayonet 51
When closing and only existing in the first receiving hole 50, the clutch 5 is in "On" state.When needing to unlock, top-pressure part 61 is driven
Motor 60 drive and press mobile beads 52 make its bayonet 51 and 50 position of the first receiving hole be relatively simultaneous and bayonet 51 and
The cooperation of first receiving hole 50, at this time clutch is in " conjunction " state, and the first lock gall 2 of rotation can drive 3 turns of the second lock gall
It is dynamic to unlock the rotation of shift fork 4 to drive to solve door lock；When needing to close, top-pressure part 62 is driven reversely by driving motor 60
It resets and no longer presses mobile beads 52, so that the ability that mobile beads 52 lose while cooperating with bayonet 51 and the first receiving hole 50, makes
Obtaining the first lock gall 2 and the second lock gall 3 can not rotate together, and also can not just unlock, and be only capable of that the first lock gall 2 is made to dally outdoors.
Further: the top-pressure part 61 is equipped with so that mobile beads 52 are in bayonet 51 and the first receiving hole 50 simultaneously
First the mobile beads 52 are detached from coincidence 611 and with bayonet 51 cooperate and only exist in the first receiving hole 50
Second matches coincidence 612, and the top-pressure part 61 movement under the driving of driving motor 60 makes first to match coincidence with coincidence 611 and second
612 respectively with the cooperation of mobile beads 52 to " conjunction " or "On" state of switch clutch 5.Match coincidence by setting first and second
With mobile beads cooperation is carried out to realize the handoff functionality of clutch, have the advantages of simple structure and easy realization.
Further: the top-pressure part 61 drives the pivot center of the second lock gall of lower edge 3 axial back and forth in driving motor 60
" conjunction " or "On" state mobile and that switch the clutch 5, described first matches coincidence 612 along second with coincidence 611 and second
The pivot center direction of lock gall 3 is successively arranged on the top-pressure part 61.
Further: 50 axially bored line of the first receiving hole is vertical with the pivot center of the second lock gall 3, and described first accommodates
Hole 50 is equipped with first outlet 501 and second outlet 502, the mobile beads 52 pressed by top-pressure part 61 after from first outlet 501
Expose and cooperate with bayonet 51, is additionally provided with the second receiving hole 32 communicated with first receiving hole 50 on second lock gall 3,
The axially bored line of second receiving hole 32 is parallel with the pivot center of the second lock gall 3 or is overlapped, first receiving hole 50 and the
Two receiving holes 32 are connected to by second outlet 502, and the top-pressure part 61 is plugged in second receiving hole 32, and described first matches
Coincidence 611 is for partly or entirely closing the face of the second outlet 502 on top-pressure part 61, and described second is with coincidence 612
On top-pressure part 61, opposite first with coincidence 611 closer to 3 pivot center of the second lock gall, make mobile beads 52 can enter second
The face no longer exposed from first outlet 501 in receiving hole 32.When top-pressure part 61 resets no longer press mobile beads 52, activity
Pearl 52 can be escaped from from second outlet 502 into the second receiving hole 32 by second with coincidence 612, so that mobile beads 52 are no longer
Expose from first outlet 501 and cooperate with bayonet 51, clutch is finally made to be in "On" state.
Further: described first with coincidence 611 and second be provided between coincidence 612 for by mobile beads 52 towards the
Two lock galls 3 push up the transition fit position 610 gone outside, and first lock gall 2 is equipped with when mobile beads 52 are matched by the transition of top-pressure part 61
When coincidence 610 is gone towards top outside the second lock gall 3 but first receiving hole 50 and 51 position of bayonet do not have opposite with the work
Dynamic pearl 52 roll or be slidably matched to machine side 21, the setting of bayonet 51 it is described to machine side 21 at, the bayonet 51 be to
Toward the part being recessed at machine side 21, the mobile beads 52 are equipped with the first arcwall face 91, and the bayonet 51 is equipped with and activity
Second arcwall face 92 of the first arcwall face 91 cooperation that pearl 52 is equipped with, second arcwall face 92 is with described to 21 phase of machine side
It connects.When unlocking, when mobile beads 52 are ejected by top-pressure part 61, if bayonet 51 and 50 position of the first receiving hole do not have opposite,
Mobile beads 52 not can enter temporarily while the cooperation position with bayonet 51 and the cooperation of the first receiving hole 50, at this time rotating operating unit
20 make the rotation of the first lock gall 2 to keeping bayonet 51 opposite with 50 position of the first receiving hole, at this moment mobile beads 52 can smoothly into
The cooperation position for entering while cooperating with bayonet 51 and the first receiving hole 50；Upon closing of the door, top-pressure part 61 resets no longer press and lives
Dynamic pearl 52, as long as at this time the first lock gall 2 rotates, under the cooperation of arcwall face, mobile beads 52 will be returned by standby face pressure easily
First receiving hole 50, the first lock gall 2 and the second lock gall 3 cannot keep the state that can be rotated together, and the first lock gall 2 can only dally,
Namely clutch enters "On" state.Cooperation between arcwall face so that mobile beads 52 between machine side 21 and bayonet 51
Transition is smooth, so that 5 state of clutch is smooth when switching.
Further: being provided with driving assembly between the driving motor 60 and top-pressure part 61, the driving component includes
It is being connect with driving motor 60, for converting itself along the rotation axis spool of the second lock gall 3 for 60 rotational motion of driving motor
To the bridgeware 621 of the movement in direction, pass through bayonet lock 623 and bar shaped card hole 624 between the top-pressure part 61 and bridgeware 621
Cooperation can link together to relative axial movement, and be provided with buffer spring 625 between the top-pressure part 61 and bridgeware 621.
Buffer spring 625 makes driving motor driving top-pressure part 61 when moving with buffering effect, when bayonet 51 and the first receiving hole 50
When not having opposite, it is first axially displaced and compress buffer spring 625 top-pressure part 61 is protected that 60 pioneer of driving motor moves bridgeware 621
The trend toward the press of 52 direction of mobile beads is held, when making bayonet 51 and opposite the first receiving hole 50 after rotating the first lock gall 2, buffering
Spring 625 just press top-pressure part 61 make top-pressure part 61 continue press mobile beads 52 finally make mobile beads 52 enter simultaneously with card
The cooperation position that mouth 51 and the first receiving hole 50 cooperate.
Further: circumferentially opposed second lock gall 3 of the bridgeware 621 is fixedly connected, and is provided on the bridgeware 621
The spiral bar hole 6211 extended spirally or oblique hole being obliquely extended protrude on the output shaft circumferential surface of the driving motor 60
The spiral bar is squeezed after the output shaft rotation of driving motor 60 cooperate with the spiral bar hole 6211 or oblique hole, described
The protruding pin 622 that the side wall in hole 6211 or oblique hole moves axially bridgeware 621.
In order to realize intelligent unlocking, preferably: the electronic control unit 6 further includes the control being electrically connected with driving motor 60
The control circuit board 62 that driving motor 60 processed rotates, be provided in the control circuit board 62 it is with external electronic device communication,
Receive the communication module of external control signal.
Or use following scheme: the electronic control unit 6 further includes the control driving electricity being electrically connected with driving motor 60
The control circuit board 62 that machine 60 rotates, the control circuit board 62 are electrically connected with characteristics of human body's identification module, the characteristics of human body
Identification module is fingerprint identification module or iris recognition module or face recognition module.
When the embodiment of the present invention needs to unlock, is rotated, driven by the output shaft that control circuit board 62 controls driving motor 60
The output shaft of dynamic motor 60 drives the top-pressure part 61 to be axially moved along 3 center of rotation of the second lock gall and in the bayonet 51 and institute
Stating 52 position of mobile beads, driving top-pressure part 61 press mobile beads 52 make it while being in bayonet 51 and the first receiving hole 50 afterwards relatively
In, then the first lock gall 2 and the circumferentially opposed fixation of the second lock gall 3, operation operation portion 20 can drive 3 phase of the second lock gall when rotating
Lock housing is rotated, so that unlock shift fork 4 be driven to rotate, and then unlocks door lock.When the present invention needs to lock, pass through control circuit
Plate 62 controls the output shaft counter motion of driving motor 60, and then 61 counter motion of top-pressure part cannot keep mobile beads 52 together
When be located in bayonet 51 and the first receiving hole 50, thus the first lock gall 2 and the circumferentially opposed freedom of the second lock gall 3, the first lock of rotation
The rotation of the second lock gall 3 is unable to drive when gallbladder 2, to can not unlock.The control signal of control circuit board 62 can come from and outside
The communication module of electronic equipment communication, can be from characteristics of human body's identification module.Characteristics of human body's identification module identifies that human body is special
Sign, such as fingerprint, iris, face information rotate to provide control signal to control circuit board 62 to control driving motor 60 with reality
Existing intelligent unlocking.
Claims (10)
1. a kind of electronic lock cylinder, it is characterised in that: including lock housing (1), lock gall component, the lock are equipped in the lock housing (1)
Gallbladder component includes the first lock gall (2) and the second lock gall (3) that pivot center is overlapped, the circumferentially fixed connection of second lock gall (3)
There are the unlock shift fork (4) for unlock for rotating and rotating with the second lock gall (3), first lock gall (2) and the second lock gall (3)
Between be provided with clutch (5), the clutch (5) includes "ON" and " conjunction " state, and the clutch (5) is in "ON" shape
First lock gall (2) described in when state and the second lock gall (3) is circumferentially opposed is freely rotated, when the clutch (5) is in " conjunction " state
First lock gall (2) and the second lock gall (3) circumferentially opposed fixation are connected on first lock gall (2) and drive the first lock gall
(2) operation portion (20) rotated, a kind of electronic lock cylinder further include controlling the clutch (5) switching "ON" and " conjunction " state
Electronic control unit (6).
2. a kind of electronic lock cylinder according to claim 1, it is characterised in that: the clutch (5) includes being arranged second
The first receiving hole (50) on lock gall (3), the clutch (5) further include be arranged on the first lock gall (2), can be with described the
One receiving hole (50) is opposite, is used to limit the bayonet (51) relatively rotated between the first lock gall (2) and the second lock gall (3), when
The clutch (5) is in the bayonet (51) and the first receiving hole (50) position phase when "On" state, rotation the first lock gall (2)
Right or wrong is opened, and is connected with mobile beads (52) in first receiving hole (50), and the electronic control unit (6) includes fixed
In the driving motor (60) on the second lock gall (3) and it is movably connected in drives on the second lock gall (3), in driving motor (60)
Mobile beads (52) are moved and pressed under dynamic and make mobile beads when the bayonet (51) is opposite with the first receiving hole (50) position
(52) top-pressure part (61) being in simultaneously in bayonet (51) and the first receiving hole (50), the top-pressure part (61) is in driving motor
(60) mobile beads (52) and bayonet (51) can be detached from cooperation and only exist in the first receiving hole after movement resets under driving
(50) in, the mobile beads (52) simultaneously in bayonet (51) and the first receiving hole (50) when the clutch (5) be in
" conjunction " state；When the mobile beads (52) and bayonet (51) are detached from cooperation and only exist in the first receiving hole (50), the clutch
Device (5) is in "On" state.
3. a kind of electronic lock cylinder according to claim 2, it is characterised in that: the top-pressure part (61) is equipped with so that activity
Pearl (52) first matching coincidence (611) and making the mobile beads simultaneously in bayonet (51) and the first receiving hole (50)
(52) second that can be detached from cooperation with bayonet (51) and only exist in the first receiving hole (50) matches coincidence (612), the top-pressure part
(61) driving motor (60) drive lower movement make first with coincidence (611) and second match coincidence (612) respectively with mobile beads
(52) cooperate " conjunction " or "On" state to switch clutch (5).
4. a kind of electronic lock cylinder according to claim 3, it is characterised in that: the top-pressure part (61) is in driving motor (60)
The pivot center of driving the second lock gall of lower edge (3) axially moves back and forth and switches " conjunction " or "On" state of the clutch (5),
Described first be successively arranged in coincidence (612) along the pivot center direction of the second lock gall (3) with coincidence (611) and second described in
On top-pressure part (61).
5. a kind of electronic lock cylinder according to claim 4, it is characterised in that: the first receiving hole (50) axially bored line and
The pivot center of two lock galls (3) is vertical, and first receiving hole (50) is equipped with first outlet (501) and second outlet (502),
The mobile beads (52) are exposed from first outlet (501) and are cooperated with bayonet (51) after being pressed by top-pressure part (61), and described second
The second receiving hole (32) communicated with first receiving hole (50) is additionally provided on lock gall (3), second receiving hole (32)
Axially bored line is parallel with the pivot center of the second lock gall (3) or is overlapped, and first receiving hole (50) and the second receiving hole (32) are logical
Second outlet (502) connection is crossed, the top-pressure part (61) is plugged in second receiving hole (32), and described first matches coincidence
(611) for for partly or entirely closing the face of the second outlet (502), described second matches coincidence on top-pressure part (61)
(612) on top-pressure part (61), opposite first with coincidence (611) closer to the second lock gall (3) pivot center, make mobile beads
(52) it can enter the face no longer exposed from first outlet (501) in the second receiving hole (32).
6. a kind of electronic lock cylinder according to claim 4, it is characterised in that: described first matches with coincidence (611) and second
The transition fit position (610) for pushing up mobile beads (52) outside towards the second lock gall (3) is provided between coincidence (612), it is described
First lock gall (2) is equipped with when mobile beads (52) are pushed up by the transition fit position (610) of top-pressure part (61) towards the second lock gall (3) outside
It goes but when first receiving hole (50) and the bayonet (51) position do not have opposite rolls or slides with the mobile beads (52)
Cooperation to machine side (21), bayonet (51) setting it is described to machine side (21) at, the bayonet (51) is to machine side (21)
Locate toward the part being recessed, the mobile beads (52) are equipped with the first arcwall face (91), and the bayonet (51) is equipped with and activity
The second arcwall face (92) of the first arcwall face (91) that pearl (52) is equipped with cooperation, second arcwall face (92) with it is described standby
Face (21) connects.
7. a kind of electronic lock cylinder according to claim 6, it is characterised in that: the driving motor (60) and top-pressure part (61)
Between be provided with driving assembly, the driving component include connect with driving motor (60), for driving motor (60) to be turned
Dynamic conversion of motion is itself bridgeware (621) along the movement of the pivot center axial direction of the second lock gall (3), the top-pressure part
(61) it can be connected to relative axial movement between bridgeware (621) by the cooperation of bayonet lock (623) and bar shaped card hole (624)
Together, buffer spring (625) are provided between the top-pressure part (61) and bridgeware (621).
8. a kind of electronic lock cylinder according to claim 7, it is characterised in that: the bridgeware (621) circumferentially opposed second
Lock gall (3) is fixedly connected, and the spiral bar hole (6211) extended spirally is provided on the bridgeware (621) or is obliquely extended oblique
To a hole, protrudes on the output shaft circumferential surface of the driving motor (60) and cooperate with the spiral bar hole (6211) or oblique hole
, squeeze the spiral bar hole (6211) or the side wall in oblique hole after the output shaft rotation of the driving motor (60) and make to convert
The protruding pin (622) of part (621) axial movement.
9. a kind of electronic lock cylinder according to claim 2, it is characterised in that: the electronic control unit (6) further include with
The control circuit board (62) of control driving motor (60) rotation of driving motor (60) electrical connection, on the control circuit board (62)
It is provided with communication module with external electronic device communication, receiving external control signal.
10. a kind of electronic lock cylinder according to claim 2, it is characterised in that: the electronic control unit (6) further include with
The control circuit board (62) of control driving motor (60) rotation of driving motor (60) electrical connection, control circuit board (62) electricity
It is connected with characteristics of human body's identification module, characteristics of human body's identification module is fingerprint identification module or iris recognition module or face
Identification module.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820688875.9U CN208236141U (en) | 2018-05-08 | 2018-05-08 | A kind of electronic lock cylinder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820688875.9U CN208236141U (en) | 2018-05-08 | 2018-05-08 | A kind of electronic lock cylinder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108386077A (en) * | 2018-05-08 | 2018-08-10 | 中山市基信锁芯有限公司 | A kind of electronic lock cylinder |
| CN109519051A (en) * | 2019-01-08 | 2019-03-26 | 深圳市正大盈拓识别技术有限公司 | A kind of lock core device |
-
2018
- 2018-05-08 CN CN201820688875.9U patent/CN208236141U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108386077A (en) * | 2018-05-08 | 2018-08-10 | 中山市基信锁芯有限公司 | A kind of electronic lock cylinder |
| CN109519051A (en) * | 2019-01-08 | 2019-03-26 | 深圳市正大盈拓识别技术有限公司 | A kind of lock core device |
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