CN209538831U - A kind of electronic anti-theft lock construction - Google Patents
A kind of electronic anti-theft lock construction Download PDFInfo
- Publication number
- CN209538831U CN209538831U CN201821924431.7U CN201821924431U CN209538831U CN 209538831 U CN209538831 U CN 209538831U CN 201821924431 U CN201821924431 U CN 201821924431U CN 209538831 U CN209538831 U CN 209538831U
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- clutch
- block
- shifting block
- lock
- adjusting block
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- One-Way And Automatic Clutches, And Combinations Of Different Clutches (AREA)
Abstract
The utility model relates to a kind of electronic anti-theft lock constructions, are characterized in that, including adjusting block, clutch shifting block and clutch drive block and slow-witted tongue driving plate；Internal handle is connected via transmission square key with adjusting block, and outer grip hand channel is connected by transmission square key with clutch shifting block；The front and rear sides panel for constituting lock shell offers the caulking groove that can be embedded in adjusting block, according to enabling direction when installation, adjusting block is installed on always in door on lock panel；Adjusting block protrudes into inside lock body after lock body caulking groove inward through the ear of two sides, is linked with the clutch shifting block inside lock body.The features such as electronic lock body structure of the utility model has structure reliable, and anti-theft is high, easy to install and use；Distinguish left and right opening door when, it is only necessary to by adjusting block exchange front and back panel installation can, remaining components does not need to adjust.
Description
Technical field
The utility model relates to a kind of electronic safety lock, especially a kind of clutch of electronic anti-theft lock belongs to lock
Body technical field of structures.
Background technique
Currently, the clutch structure of many electronic locks is built in lock body in the market, but because inside and outside door handle is respectively provided with
Different functions limits lock body by left and right door-opening mode, needs different types of lock body to adapt to door-opening mode not
Together, many kinds of selection trouble, installs and is easy mistake, while causing production and the waste of inventory.
Summary of the invention
In place of the utility model aims to solve the problem that the shortcomings of the prior art, provide that a kind of stable structure is reliable, anti-theft
Clutch structure that is high, easy to install and use, not needing to distinguish left and right enabling direction.
What the utility model was achieved through the following technical solutions:
A kind of electronic anti-theft lock construction, is characterized in that, including being placed in adjusting block 1 outside lock body, being placed in lock body
It is mutually socketed to constitute the clutch shifting block 2 and clutch drive block 3 of clutch module, and by the slow-witted of 3 drive control of clutch drive block
Tongue driving plate 6；Internal handle is connected via transmission square key 9 with adjusting block 1, and outer grip hand channel is connected by transmission square key with clutch shifting block 2；
The front and rear sides panel for constituting lock shell offers the caulking groove 101 that can be embedded in adjusting block 1, according to opening when installation
Door direction, adjusting block 1 is installed in door always on lock panel 10；
The door internal lock dignity 10 offers caulking groove 101, and adjusting block 1 is located at door internal lock dignity outside, outward with transmission
Square key 9 is connected, and protrudes into inside lock body after lock body caulking groove 101 inward through the ear 11 of two sides, with the clutch inside lock body
Shifting block 2 is linked.
1 main body of adjusting block is located at outside lock body, and there are two tools enters the ear 11 inside lock body by external intercalation,
Corresponding lock shell offers caulking groove 101, and the caulking groove 101 should have guidance and provide 1 liang of ear of adjusting block along its rotation
Bathtub construction；
There is the column construction of square hole, one end passes through its head face hump structure 21 centered on 2 main body of clutch shifting block
Cooperate with the ear 11 for protruding into the adjusting block 1 inside lock body and link, the transmission square key of the other end and outer handle, which cooperates, to link；
3 main body of clutch drive block is in tube-in-tube structure, the periphery of [i] the clutch shifting block 2 is sheathed on, in its set barrel dliameter
To driving teeth portion 31 is equipped with, the driving teeth portion 31 with slow-witted tongue driving plate 6 for being meshed, to realize that the cooperation of the two is closed
System；
Clutch drive block 3 is sheathed on the periphery of the clutch shifting block 2, is realized relatively rotate by on-of pin 4 therebetween
Or opposite locking；The predetermined position of the clutch drive block 3 and clutch shifting block 2 offers clutch pin hole, and the on-of pin 4 is logical
Pressure mounting of the spring is crossed in the pin hole of the clutch drive block 3, under 4 free state of on-of pin, the clutch drive block 3 with it is described
It can be relatively rotated between clutch shifting block 2, when on-of pin 4 is pushed by side clutch push plate 5, make on-of pin 4 while through clutch
It, can opposite lock between the clutch drive block 3 and the clutch shifting block 2 when the clutch pin hole of drive block 3 and clutch shifting block 2
Only, it can only rotate synchronously；
Realize that the structure relatively rotated between the clutch drive block 3 and the clutch shifting block 2 includes: to dial in the clutch
The axial sides of block 2 are symmetrically arranged with slide arm 22, offer in the inner circumferential of the clutch drive block 3 and accommodate the clutch shifting block 2
Two slide arms 22 and it is oriented to and two guide chutes 32 of rotation space are provided；When between clutch shifting block 2 and clutch drive block 3
When can relatively rotate, the clutch shifting block 2 can rotate scheduled angle in 3 inner circumferential of clutch drive block；
Slow-witted tongue driving plate 6 rotational installation in the side of the clutch drive block 3, one side by teeth portion and it is described from
It closes drive block 3 to engage, the other side is rotatablely connected by pin shaft and the slow-witted tongue drawing plate 7；
The movement of the on-of pin 4 is controlled by the clutch push plate 5 of one side, and the clutch push plate 5, which is controlled by, to be configured at
Clutch for clutch control portion 8 inside lock body, signal couples between the clutch for clutch control portion 8 and master control borad；When clutch for clutch control portion 8 receives
When from the signal of master control borad, corresponding movement is executed according to signal, releases or retracts to control clutch push plate 5.
A kind of electronic anti-theft lock construction of the utility model using increase adjusting block, and passes through adjusting block and clutch shifting block
Between cooperation, realize a kind of lock body clutch structure for not needing to distinguish left and right enabling direction, relative to the clutch structure of transmission,
Has the function of simple and direct, reliable, easy for installation, the low-cost effect of structure.
Detailed description of the invention
A kind of Fig. 1: electronic safety lock overall structure diagram of the utility model；
A kind of Fig. 2: electronic safety lock structural schematic diagram of the utility model (no clutch drive block)；
Fig. 3: door internal lock body panel construction schematic diagram；
Fig. 4: adjusting block structural schematic diagram；
Fig. 5: clutch block-dialing structure schematic diagram；
Fig. 6: clutch drive block structural schematic diagram；
Fig. 7: matching relationship structural schematic diagram (no lock panel)；
In figure, 1, adjusting block, 11, ear, 2, clutch shifting block, 21, head face hump structure, 22, slide arm, 3, clutch driving
Block, 31, driving teeth portion, 32, sliding slot, 4, on-of pin, 41, clutch pin hole, 5, clutch push plate, 6, slow-witted tongue driving plate, 7, slow-witted tongue drags
Plate, 8, clutch for clutch control portion, 9, transmission square key, 10, lock panel in door, 101, caulking groove.
Specific embodiment
Provide specific embodiment of the present utility model below in conjunction with attached drawing, for the utility model structure composition,
Design principle and usage mode are described in further detail.So that the utility model is more clearly understood in those skilled in the art
Technical solution.
Embodiment
A kind of electronic anti-theft lock construction, including being placed in adjusting block 1 outside lock body, being placed in lock body mutually socket to constitute
The clutch shifting block 2 and clutch drive block 3 of clutch module, and the slow-witted tongue driving plate 6 by 3 drive control of clutch drive block；Interior
Hand channel is connected by transmission square key 9 with adjusting block 1, and outer grip hand channel is connected by transmission square key with clutch shifting block 2；Before constituting lock shell
Two sides panel offers the caulking groove 101 that can be embedded in adjusting block 1 afterwards, and according to enabling direction when installation, adjusting block 1 is pacified always
Loaded in door on lock panel 10；The door internal lock dignity 10 offers caulking groove 101, and adjusting block 1 is located at door internal lock dignity outside,
It is connected with transmission square key 9 outward, protrudes into inside lock body after lock body caulking groove 101 inward through the ear 11 of two sides, with lock
The clutch shifting block 2 in internal portion is linked.1 main body of adjusting block is located at outside lock body, and there are two entered tool by external intercalation
Ear 11 inside lock body offers caulking groove 101 in corresponding lock shell, and the caulking groove 101 should have guidance and provide adjusting
Bathtub construction of the 1 liang of ear of block along its rotation；With the column construction of square hole, one end centered on 2 main body of clutch shifting block
It is linked by its head face hump structure 21 with the cooperation of ear 11 for protruding into the adjusting block 1 inside lock body, the other end and outer handle
It is driven square key cooperation linkage；3 main body of clutch drive block is in tube-in-tube structure, the periphery of the clutch shifting block 2 is sheathed on, at it
Sleeve is radially equipped with driving teeth portion 31, and the driving teeth portion 31 with slow-witted tongue driving plate 6 for being meshed, to realize matching for the two
Conjunction relationship；Clutch drive block 3 is sheathed on the periphery of the clutch shifting block 2, therebetween by on-of pin 4 realize relatively rotate or
Opposite locking；The predetermined position of the clutch drive block 3 and clutch shifting block 2 offers clutch pin hole, and the on-of pin 4 passes through
Pressure mounting of the spring is in the pin hole of the clutch drive block 3, under 4 free state of on-of pin, the clutch drive block 3 with it is described from
Closing can relatively rotate between shifting block 2, when on-of pin 4 is pushed by side clutch push plate 5, make on-of pin 4 simultaneously through clutch drive
When the clutch pin hole of motion block 3 and clutch shifting block 2, between the clutch drive block 3 and the clutch shifting block 2 can with respect to locking,
It can only rotate synchronously；Realize that the structure relatively rotated between the clutch drive block 3 and the clutch shifting block 2 includes: described
The axial sides of clutch shifting block 2 are symmetrically arranged with slide arm 22, offer in the inner circumferential of the clutch drive block 3 and accommodate the clutch group
Two slide arms 22 of block 2 and it is oriented to and two guide chutes 32 of rotation space are provided；When clutch shifting block 2 and clutch drive block
When can relatively rotate between 3, the clutch shifting block 2 can rotate scheduled angle in 3 inner circumferential of clutch drive block；It is described
In the side of the clutch drive block 3, one side is nibbled by teeth portion with the clutch drive block 3 for the slow-witted rotational installation of tongue driving plate 6
It closes, the other side is rotatablely connected by pin shaft and the slow-witted tongue drawing plate 7；The movement of the on-of pin 4 is pushed away by the clutch of one side
Plate 5 controls, and the clutch push plate 5 is controlled by the clutch for clutch control portion 8 being configured inside lock body, the clutch for clutch control portion 8 and master control
Signal couples between plate；When clutch for clutch control portion 8 is received from the signal of master control borad, executed according to signal corresponding dynamic
Make, releases or retract to control clutch push plate 5.
A kind of electronic anti-theft lock construction of the utility model, no matter L.H.flapped door or R.H.flapped door, adjusting block 1 is all mounted to
In door internal lock dignity.
R.H.flapped door implementation: adjusting block 1 is installed in inside lock dignity when R.H.flapped door, and door Internal handle, which above mentions, locks a door
When, the transmission square key 9 on handle drives adjusting block 1 to rotate clockwise that clutch shifting block 2 is driven to rotate；Clutch shifting block 2 drives
Clutch drive block 3 rotates；Clutch drive block 3 is engaged with slow-witted tongue driving plate 6 by gear, its rotation is driven；Slow-witted 6 band of tongue driving plate
Moving the slow-witted linear motion of tongue drawing plate 7 makes slow-witted tongue stretch out lingual surface plate, completes movement of locking a door.Adjusting block 1 is dynamic in Internal handle spring band at this time
Under return to home position.Specific structure is detailed in Fig. 1.When door Internal handle pushes, the transmission square key 9 on handle drives adjusting block 1 inverse
Hour hands rotation is to drive clutch shifting block 2 to rotate；Clutch shifting block 2 drives clutch drive block 3 to rotate；Clutch drive block 3 and slow-witted tongue
Driving plate 6 is engaged by gear, drives its rotation；Slow-witted tongue driving plate 6 drives the slow-witted linear motion of tongue drawing plate 7 that slow-witted tongue is made to retract lingual surface
Door opening action is completed in plate.Adjusting block 1 returns to home position in the case where Internal handle spring band is dynamic at this time.It mentions and locking a door on door outer handle
When, the transmission square key on handle drives 2 clutch drive blocks to rotate counterclockwise to drive the rotation of 3 clutch shifting blocks；3 clutch shifting block bands
Dynamic slow-witted tongue driving plate 6 rotates；Staying the slow-witted movement of tongue drawing plate 7 of the drive of tongue driving plate 6 makes slow-witted tongue stretching lingual surface plate complete movement of locking a door.Door
Outer handle open the door when, master control borad sends a signal to clutch component 8, after receiving correct unlocking signal, on clutch component 8 from
Closing push plate 5 pushes the on-of pin 4 being placed in clutch shifting block 2 to protrude into clutch drive block 3, completes clutch action；Handle is descended at this time
Hand, the transmission square key on handle drive clutch drive block 3 and clutch shifting block 2 to rotate clockwise；Clutch shifting block 2 drives slow-witted tongue driving
Plate 6 rotates；Slow-witted tongue driving plate 6 drives slow-witted tongue drawing plate 7 to move along a straight line, and retracts slow-witted tongue and completes door opening action in lingual surface plate.If
Master control borad judges that unlocking information is incorrect, and 8 no signal of clutch component inputs at this time, and clutch push plate 5, which does not work, cannot achieve clutch
Movement.Handle is pushed at this time, and the transmission square key on handle drives the rotation of clutch drive block 3 but 2 attonity of clutch shifting block, Wu Fashi
Now open the door.Specific structure is detailed in Fig. 2.
L.H.flapped door implementation: same adjusting block 1 is installed in inside lock dignity when L.H.flapped door, and door Internal handle above mentions lock
Men Shi, the transmission square key 9 on handle drive adjusting block 1 to rotate clockwise that clutch shifting block 2 is driven to rotate；2 band of clutch shifting block
Dynamic clutch drive block 3 rotates；Clutch drive block 3 is engaged with slow-witted tongue driving plate 6 by gear, its rotation is driven；Slow-witted tongue driving plate 6
The slow-witted linear motion of tongue drawing plate 7 of drive makes slow-witted tongue stretch out lingual surface plate, completes movement of locking a door.Adjusting block 1 is in Internal handle spring band at this time
Home position is returned under dynamic.When door Internal handle pushes, the transmission square key 9 on handle drives adjusting block 1 to rotate counterclockwise to band
Dynamic clutch shifting block 2 rotates；Clutch shifting block 2 drives clutch drive block 3 to rotate；Clutch drive block 3 and slow-witted tongue driving plate 6 pass through gear
Engagement, drives its rotation；Staying tongue driving plate 6 drives the slow-witted linear motion of tongue drawing plate 7 to make to stay in tongue retraction lingual surface plate to complete to open the door to move
Make.Adjusting block 1 returns to home position in the case where Internal handle spring band is dynamic at this time.It is mentioned on door outer handle when locking a door, the transmission on handle
Square key drives 2 clutch drive blocks to rotate counterclockwise to drive the rotation of 3 clutch shifting blocks；3 clutch shifting blocks drive slow-witted 6 turns of tongue driving plate
It is dynamic；Staying the slow-witted movement of tongue drawing plate 7 of the drive of tongue driving plate 6 makes slow-witted tongue stretching lingual surface plate complete movement of locking a door.It is main when door outer handle opens the door
Control plate sends a signal to clutch component 8, and after receiving correct unlocking signal, the promotion of clutch push plate 5 on clutch component 8 is placed in
On-of pin 4 in clutch shifting block 2 protrudes into clutch drive block 3, completes clutch action；Handle, the transmission on handle are pushed at this time
Square key drives clutch drive block 3 and clutch shifting block 2 to rotate clockwise；Clutch shifting block 2 drives slow-witted tongue driving plate 6 to rotate；Slow-witted tongue drives
Movable plate 6 drives slow-witted tongue drawing plate 7 to move along a straight line, and retracts slow-witted tongue and completes door opening action in lingual surface plate.If master control borad judgement is unlocked
Information is incorrect, and 8 no signal of clutch component inputs at this time, and clutch push plate 5, which does not work, cannot achieve clutch action.Handle is descended at this time
Hand, the transmission square key on handle drive the rotation of clutch drive block 3 but 2 attonity of clutch shifting block, cannot achieve enabling.
The features such as electronic lock body structure of the utility model has structure reliable, and anti-theft is high, easy to install and use；Area
When point left and right opening door, it is only necessary to by adjusting block exchange front and back panel installation can, remaining components does not need to adjust.
Claims (8)
1. a kind of electronic anti-theft lock construction, is characterized in that, mutually it is socketed including being placed in adjusting block outside lock body, being placed in lock body
To constitute the clutch shifting block and clutch drive block of clutch module, and the slow-witted tongue driving plate by clutch drive block drive control；It is interior
Handle is connected via transmission square key with adjusting block, and outer grip hand channel is connected by transmission square key with clutch shifting block；
The front and rear sides panel for constituting lock shell offers the caulking groove that can be embedded in adjusting block, according to enabling direction when installation,
Adjusting block is installed on always in door on lock panel；
The door internal lock dignity offers caulking groove, and adjusting block is located at door internal lock dignity outside, is connected outward with transmission square key, to
The interior ear by two sides protrudes into inside lock body after running through lock body caulking groove, is linked with the clutch shifting block inside lock body.
2. a kind of electronic anti-theft lock construction as described in claim 1, is characterized in that
The adjusting block main body is located at outside lock body, and tool is there are two the ear inside lock body is entered by external intercalation, corresponding
Lock shell offers caulking groove, and the caulking groove should have guidance and provide two ear of adjusting block along the bathtub construction of its rotation.
3. a kind of electronic anti-theft lock construction as described in claim 1, is characterized in that
With the column construction of square hole centered on the clutch shifting block main body, one end is by its head face hump structure and protrudes into lock
The ear of the adjusting block in internal portion cooperates linkage, and the transmission square key cooperation of the other end and outer handle links.
4. a kind of electronic anti-theft lock construction as described in claim 1, is characterized in that
The clutch driving block main body is in tube-in-tube structure, is sheathed on the periphery of the clutch shifting block, is radially equipped in its sleeve
Teeth portion is driven, the driving teeth portion with slow-witted tongue driving plate for being meshed, to realize the matching relationship of the two.
5. a kind of electronic anti-theft lock construction as claimed in claim 4, is characterized in that
The clutch drive block is sheathed on the periphery of the clutch shifting block, realizes relative rotation or phase by on-of pin therebetween
To locking；The predetermined position of the clutch drive block and clutch shifting block offers clutch pin hole, and the on-of pin passes through spring
It is pressed in the pin hole of the clutch drive block, under on-of pin free state, the clutch drive block and the clutch shifting block
Between be relatively rotatable to each other, when on-of pin by side clutch push plate push, make on-of pin while running through clutch drive block and clutch
When the clutch pin hole of shifting block, opposite locking, can only be rotated synchronously between the clutch drive block and the clutch shifting block.
6. a kind of electronic anti-theft lock construction as claimed in claim 5, is characterized in that
Realize that the structure relatively rotated between the clutch drive block and the clutch shifting block includes: the axis in the clutch shifting block
It is symmetrically arranged with slide arm to two sides, is offered in the inner circumferential of the clutch drive block and accommodates two slide arms of the clutch shifting block and to it
It is oriented to and two guide chutes of rotation space is provided；When that can be relatively rotated between clutch shifting block and clutch drive block, institute
Scheduled angle can be rotated in the clutch drive block inner circumferential by stating clutch shifting block.
7. a kind of electronic anti-theft lock construction as described in claim 1, is characterized in that
In the side of the clutch drive block, one side is driven by teeth portion and the clutch for the slow-witted tongue driving plate rotational installation
Block engagement, the other side are rotatablely connected by pin shaft and slow-witted tongue drawing plate.
8. a kind of electronic anti-theft lock construction as described in claim 1, is characterized in that
The movement of the on-of pin is controlled by the clutch push plate of one side, and the clutch push plate, which is controlled by, to be configured inside lock body
Clutch for clutch control portion, signal couples between the clutch for clutch control portion and master control borad；When clutch for clutch control portion is received from master control
When the signal of plate, corresponding movement is executed according to signal, releases or retracts to control clutch push plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821924431.7U CN209538831U (en) | 2018-11-22 | 2018-11-22 | A kind of electronic anti-theft lock construction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821924431.7U CN209538831U (en) | 2018-11-22 | 2018-11-22 | A kind of electronic anti-theft lock construction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209538831U true CN209538831U (en) | 2019-10-25 |
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ID=68262190
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821924431.7U Active CN209538831U (en) | 2018-11-22 | 2018-11-22 | A kind of electronic anti-theft lock construction |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209538831U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109322541A (en) * | 2018-11-22 | 2019-02-12 | 烟台三环锁业集团股份有限公司 | A kind of electronic anti-theft lock construction |
-
2018
- 2018-11-22 CN CN201821924431.7U patent/CN209538831U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109322541A (en) * | 2018-11-22 | 2019-02-12 | 烟台三环锁业集团股份有限公司 | A kind of electronic anti-theft lock construction |
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