CN207363414U - A kind of electronic lock of Manual-automatic integrated - Google Patents
A kind of electronic lock of Manual-automatic integrated Download PDFInfo
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- CN207363414U CN207363414U CN201721365603.7U CN201721365603U CN207363414U CN 207363414 U CN207363414 U CN 207363414U CN 201721365603 U CN201721365603 U CN 201721365603U CN 207363414 U CN207363414 U CN 207363414U
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- polygon shaft
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Abstract
A kind of electronic lock of Manual-automatic integrated is the utility model is related to, including is sequentially connected the Knob mechanisms being integrated, front panel, lock body, connector, clutch, decelerating motor and checks location means, decelerating motor mechanism and rear panel；Knob mechanisms include knob and knob handle, and knob and knob handle are individually fixed in the both sides of front panel；Lock body is equipped with handle square steel hole and gourd lock core bore；Connector includes the first connector and the second connector, and the first connector passes through handle square steel hole, and both ends are connected with Knob mechanisms and clutch；One end of second connector is fixed in gourd lock core bore, and the other end is connected with decelerating motor mechanism；Motor checks that location means are rotatablely connected with decelerating motor mechanism.Full-automatic electronic lock and manual electronic lock are combined as a whole, make the function of lock and purposes more extensive, the clutch and Knob mechanisms used, the clutch for controlling connected electronic lock by mechanically operated mode works, and clutch stability is good, service life length.
Description
Technical field
Electronic lock technical field is the utility model is related to, more specifically to a kind of electronic lock of Manual-automatic integrated.
Background technology
Function in the continuous development now with security protection industry, door lock industry is being constantly brought forth new ideas, to electronic lock in city
Or only full-automatic electronic lock and manual electronic are locked on field, there is presently no full-automatic electronic lock and manual electronic lock are made in
One is locked face, this is a defect of door lock industry.The door lock clutch and Knob mechanisms of existing electronic lock at the same time
There is also it is certain the defects of, a kind of door lock Knob mechanisms (application number：CN201520303643.3) to the knob machine of electronic lock
Structure is improved, a kind of door lock clutch (application number：CN201510240939.X) to the clutch of electronic lock into
Row improves, and to make the function of electronic lock and purposes more extensive, using effect is more preferable, basis of the technical scheme at the former
On continue to improve.
Utility model content
The technical problems to be solved in the utility model is：A kind of electronic lock of Manual-automatic integrated is provided, by fully automatic electric
Son lock and manual electronic lock are combined as a whole.
The technical solution of the utility model is：The utility model provides a kind of electronic lock of Manual-automatic integrated, bag
Include be sequentially connected the Knob mechanisms being integrated, front panel, lock body, connector, clutch, decelerating motor check location means,
Decelerating motor mechanism and rear panel；
The Knob mechanisms include knob and knob handle, and knob and the knob handle is individually fixed in the two of the front panel
Side；
The lock body is equipped with handle square steel hole and gourd lock core bore；
The connector includes the first connector and the second connector, and first connector passes through the handle square steel
Hole, both ends are connected with the Knob mechanisms and the clutch respectively；The calabash is fixed in one end of second connector
In reed lock core hole, the other end is connected with the decelerating motor mechanism；
The clutch is fixed on the rear panel；
The motor checks that location means are rotatablely connected with the decelerating motor mechanism.
Further, the Knob mechanisms further include the tapered end being arranged in knob, tapered end pressing plate, upper shift plate, lower shift plate,
First big polygon shaft swivel base, second largest polygon shaft swivel base, small polygon shaft swivel base, axle bed pressing plate, the first spring, the second bullet
Spring, big polygon shaft and small polygon shaft；
One end of the lower shift plate is provided with the first column and the second column, and the knob handle offers endoporus, the lower shift plate,
Small polygon shaft swivel base is movably arranged in the endoporus, and the upper shift plate rotationally fits in the another of the lower shift plate
One end is simultaneously located in the endoporus, offers square hole on this in the middle part of shift plate, the both sides of upper shift plate are provided with symmetrical inclined-plane
Boss, the tapered end are connected with the square hole；
The tapered end pressing plate is pressed in the tapered end and between upper shift plate and tapered end；
The first big polygon shaft swivel base, second largest polygon shaft swivel base may be contained within endoporus, described second largest more
One end of side shape axis swivel base is uniformly arranged four square grooves that can be used for housing the first column and the second column, second largest polygon shaft
The other end of swivel base has been uniformly arranged four U-lags, and one end of the first big polygon shaft swivel base is provided with big polygonal hole,
The other end of first big polygon shaft swivel base is provided with the four U-shaped platforms to cooperate with four U-lags；
The both ends of first spring are connected to the small polygon shaft swivel base and the lower shift plate respectively；
The axle bed pressing plate is pressed in the described first big polygon shaft swivel base and is connected with the knob handle；
One end of the big polygon shaft is inserted in the big polygonal hole；
The small polygon shaft is arranged in the big polygon shaft, one end of the small polygon shaft and the small polygon shaft
Swivel base connects；
The second spring is socketed on the periphery of the small polygon shaft and positioned at the first big polygon shaft to cooperate
In swivel base and second largest polygon shaft swivel base.
Further, first connector and the second connector are square steel.
Further, the clutch includes housing, and clutch component and transmission component are provided with the housing, described
Clutch component includes the lower turning wheel formed with lower wave tooth, the upper turning wheel formed with upper wave tooth, clutch block spring, first
Handle contiguous block, second in command's contiguous block, be arranged at the space that first in command's contiguous block is cooperatively formed with second in command's contiguous block
The first interior clutch block and the second clutch block and rotation axis, the moving teeth of setting aside cooperates with upper wave tooth, described to set aside
Driving wheel, upper turning wheel offer the perforation communicated, and first in command's contiguous block is located in the perforation, the clutch block spring
Bottom is embedded at first clutch block, and the housing inner bottom wall is provided with the first axis hole, and the bottom side of the upper turning wheel is set
There is the second axis hole, the both ends of the rotation axis are inserted in first axis hole and the second axis hole respectively；The transmission component with
The lower turning wheel is drivingly connected.
Further, the motor checks that location means are switched including multiple position detections.
Further, the decelerating motor mechanism includes decelerating motor, square shaft set and position detection piece；The square shaft set is solid
Due on the decelerating motor, the position detection piece is fixed on the lower end of the square shaft set, the position detection piece with it is described
Position detection switch is in contact.
Implement the electronic lock of the Manual-automatic integrated of the utility model, have the advantages that：By by fully automatic electric
Son lock and manual electronic lock are combined as a whole, and make the function of lock and purposes more extensive.What the electronic lock of the utility model used
Clutch and Knob mechanisms, realize and control the clutch of connected electronic lock to work by mechanically operated mode, from
Conjunction stability is good, and failure rate is low, service life length.
Brief description of the drawings
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing：
Fig. 1 is the decomposition texture schematic diagram of the electronic lock of the utility model Manual-automatic integrated；
Fig. 2 is that the structure when Knob mechanisms of the electronic lock of the utility model Manual-automatic integrated are connected with clutch is shown
It is intended to；
Fig. 3 is that the decelerating motor mechanism of the electronic lock of the utility model Manual-automatic integrated and decelerating motor check position dress
Put structure diagram during assembling one；
Fig. 4 is that the decelerating motor mechanism of the electronic lock of the utility model Manual-automatic integrated and decelerating motor check position dress
Put sectional view during assembling one；
Fig. 5 is the decomposition texture schematic diagram of the Knob mechanisms of the electronic lock of the utility model Manual-automatic integrated；
Fig. 6 is the sectional view of the knob structure of the electronic lock of the utility model Manual-automatic integrated；
Fig. 7 is the structure diagram of the clutch of the electronic lock of the utility model Manual-automatic integrated；
Fig. 8 is the decomposition texture schematic diagram of the clutch of the electronic lock of the utility model Manual-automatic integrated.
Embodiment
Fig. 1 to Fig. 8 shows a preferred embodiment of the electronic lock of the utility model Manual-automatic integrated, it is included successively
The Knob mechanisms 1 that are connected as one, front panel 2, lock body 3, connector 4, clutch 5, decelerating motor check location means 6,
Decelerating motor mechanism 7 and rear panel 8；Knob mechanisms 1 include knob 10 and knob handle 11, and knob 10 and knob handle 11 are fixed respectively
In the both sides of front panel 2；Lock body 3 is equipped with handle square steel hole 31 and gourd lock core bore 32；Connector 4 includes the first connector 41
With the second connector 42, the first connector 41 passes through handle square steel hole 31, and both ends connect with Knob mechanisms 1 and clutch 5 respectively
Connect；One end of second connector 42 is fixed in gourd lock core bore 32, and the other end is connected with decelerating motor mechanism 7；Clutch 5
It is fixed on rear panel 8；Motor checks that location means 6 are rotatablely connected with decelerating motor mechanism 7.When needing manual switch door, lead to
Cross the second connector 42 link Knob mechanisms 1 and clutch 5, the second connector 42 need guiding through the gourd lock core bore 32 of lock body 3
Position, so that can reach preceding locking face can open the door and close the door by rotating this mechanism after key unlatching Knob mechanisms 1, preceding locking face input
The correct information such as password or fingerprint, magnetic card, circuit can connect clutch 5, then in preceding locking face position turn knob mechanism
1, it can be achieved that switch gate.When needing automatic opening and closing door, square shaft set 72 is fixed on above decelerating motor mechanism 7, square shaft is covered 72
Can lead to can the 360 degree rotations of power or so that export of decelerating motor mechanism 7, position detection piece 73 is fixed on square shaft and covers on 72, follow
Square shaft set 72 does spinning movement together, and position detection switch 61 is examined for each 7 leftward or rightward rotation position of decelerating motor mechanism
61 positions of position detection switch must be all turned back to by looking into piece 73, and position detection switch 61 and position detection switch 61 are decelerating motors
7 terminating rotation position of mechanism, the decelerating motor mechanism 7 of above part composition；Decelerating motor mechanism 7 passes through 41 chain of the first connector
The handle square steel hole 31 of lock body 3 is connect, the rotation of decelerating motor mechanism 7 can drive the switch gate of lock body 3 by above mechanism, so that real
Existing automatic opening and closing door function.
In the present embodiment Knob mechanisms 1 further include the tapered end 12 being arranged in knob 10, tapered end pressing plate 13, upper shift plate 14,
Lower shift plate 15, the first big polygon shaft transposase 11 6, second largest polygon shaft transposase 11 7, small polygon shaft transposase 11 8, axle bed pressing plate
19th, the first spring 100, second spring 101, big polygon shaft 102 and small polygon shaft 103；One end of lower shift plate 15 is provided with
First column 151 and the second column 152, knob handle 11 offer endoporus 111, and lower shift plate 15, small polygon shaft transposase 11 8 are movably
It is arranged in endoporus 111, upper shift plate 14 rotationally fits in the other end of lower shift plate 15 and in the endoporus 111, on this group
The middle part of plate 14 offers square hole 141, and the both sides of upper shift plate 14 are provided with symmetrical inclined-plane boss 142, tapered end 12 with it is square
Hole 141 connects；Tapered end pressing plate 13 is pressed in tapered end 12 and between upper shift plate 14 and tapered end 12；First big polygon shaft swivel base
16th, second largest polygon shaft transposase 11 7 may be contained within endoporus 111, and one end of second largest polygon shaft transposase 11 7 has been uniformly arranged
Four square grooves 171 that can be used for housing the first column 151 and the second column 152, the other end of second largest polygon shaft transposase 11 7 are equal
Cloth is provided with four U-lags 172, and one end of the first big polygon shaft transposase 11 6 is provided with big polygonal hole 161, and first is big polygon
The other end of shape axis transposase 11 6 is provided with the four U-shaped platforms 162 to cooperate with four U-lags 172；The two of first spring 100
End is connected to small polygon shaft transposase 11 8 and lower shift plate 15 respectively；Axle bed pressing plate 19 is pressed in the first big polygon shaft transposase 11 6 simultaneously
It is connected with knob handle 11；One end of big polygon shaft 102 is inserted in big polygonal hole 161；Small polygon shaft 103 is arranged in mostly
Side shape axis 102, one end of the small polygon shaft 103 are connected with small polygon shaft transposase 11 8；Second spring 101 is socketed on small polygon
The periphery of shape axis 103 is simultaneously located in the first big polygon shaft transposase 11 6 and second largest polygon shaft transposase 11 7 to cooperate.
During init state, when mechanical key control tapered end 12 rotates, upper shift plate 14 follows rotation, upper shift plate 14 it is oblique
The lower shift plate 15 of the extruding of face boss 142 is moved to the axial direction direction opposite with B, at this time if set on second largest polygon shaft transposase 11 7
Some two of which U-lags 172 align with the first column 151 in lower shift plate 15 and the second column 152, then the first column 151 and second
Column 152 is inserted into two aligned U-lags 172, while the first spring 100 produces precompression by compression, then rotates rotation
Button mechanism 1, because what lower shift plate 15 was simply axially movable is arranged in knob handle 11, i.e., when knob handle 11 rotates shift plate 15 at present
Also can the second largest polygon shaft transposase 11 7 of transfer also followed by rotate the first big polygon shaft transposase 11 6 then follow it is second largest polygon
Shape axis transposase 11 7 rotates, and the big polygon shaft 102 being connected with the first big polygon shaft transposase 11 6 also and then rotates, big polygon shaft
102 rotate the work for controlling connected clutch 5, complete to unlock, and realize that the mechanical key outdoors of electric lockset is unlocked.
When tapered end 12 rotates, lower shift plate 15 is moved to the direction opposite with axial B, at this time if second largest polygon shaft
Four U-lags 172 of transposase 11 7 do not align with the first column 151 of lower shift plate 15 and the second column 152, then 151 He of the first column
Second column 152 cannot be inserted into U-lag 172, and the first column 151 and the second column 152 can then head on second largest polygon shaft transposase 11 7
Moved to the direction opposite with axial B, the compression of second spring 101 produces precompression.Then turning knob mechanism 1, lower shift plate 15
Rotation is followed, after shift plate 15 follows certain angle instantly, the U-lag 172 of second largest polygon shaft transposase 11 7 and lower shift plate 15
The first column 151 and the second column 152 align, then second largest polygon shaft transposase 11 7 under the precompression of second spring 101 to axis
Moved to B directions, the first column 151 and the second column 152 are inserted into the two of which U of aligned second largest polygon shaft transposase 11 7
In shape groove 172, be rotated further Knob mechanisms 1, lower shift plate 15 also continues to follow rotation, then second largest polygon shaft transposase 11 7 also with
Rotation, the first big polygon shaft transposase 11 6 then follows second largest polygon shaft transposase 11 7 to rotate, and turns with the first big polygon shaft
The big polygon shaft 102 of the connection of seat 16 also and then rotates, and big polygon shaft 7 rotates the work for controlling connected clutch 5
Make, complete to unlock, that is, realize that the mechanical key outdoors of electric lockset is unlocked.
Complete after unlocking, rotate backward mechanical key, upper shift plate 14, which also follows, to be rotated backward.Lower shift plate 15 is in the first spring
Moved under the precompression that 100 compressions produce to axial B directions, complete to reset, descend the first column 151 and the second column of shift plate 15 therewith
152 depart from the U-lag 172 of second largest polygon shaft transposase 11 7, are rotated further by Knob mechanisms 1 at this time, and lower shift plate 15 follows rotation,
Second largest polygon shaft transposase 11 7 can not rotate, can not with the polygon shaft 102 be connected and big of the first big polygon shaft transposase 11 6
Rotate, can not realize unlocking.
The first connector 41 and the second connector 42 are square steel in the present embodiment.By the connection of square steel shape easy to drive
The component of connection is rotated, so that achieving the purpose that to open the door to close the door.
Clutch 5 includes housing 50 in the present embodiment, and clutch component 20 and transmission component 30 are provided with housing 50, from
Seaming element 20 includes the lower turning wheel 21 formed with lower wave tooth, the upper turning wheel 22 formed with upper wave tooth, clutch block spring
23rd, first in command's contiguous block 24, second in command's contiguous block 25, be arranged at first in command's contiguous block 24 and second in command's contiguous block 25
The first clutch block 26 and the second clutch block 27 and rotation axis 28 in the space cooperatively formed, set aside moving teeth and upper wave tooth phase
Mutually coordinate, lower turning wheel 21, upper turning wheel 22 offer the perforation 29 communicated, and first in command's contiguous block 24 is located at the perforation 29
Interior, the bottom of clutch block spring 23 is embedded at the first clutch block 26, and 50 inner bottom wall of housing is provided with the first axis hole 110, above stirs
The bottom side of wheel 22 is provided with the second axis hole 221, and the both ends of rotation axis 28 are inserted in the first axis hole 110 and the second axis hole 221 respectively
It is interior；Transmission component 30 is drivingly connected with lower turning wheel 21.
During init state, when first in command's contiguous block 24 rotates, the first clutch block 26, first in command's contiguous block are only driven
24 rotate, and the second clutch block 27 dallies.When transmission component 30, which is powered, to be rotated, you can drive lower turning wheel 21 to rotate certain angle
Spend, inter-working between the upper wave tooth of lower wave tooth and upper turning wheel 22, the B directions movement vertically of turning wheel 22 one in promotion
Fixed distance, the tooth top of lower wave tooth are in contact with the tooth top of upper wave tooth.Upper turning wheel 22 vertically move by B directions, so that
Driving the first clutch block 26, B directions are moved vertically, and the first clutch block 26 is engaged with the second clutch block 27, contacted at the same time
Clutch block spring 23 compression produce precompression, at this time first in command's contiguous block 24 rotate when, drive the first clutch block 26, second
Handle contiguous block 25 rotates, and the second clutch block 27 also follows to be rotated together, you can realizes and unlocks.Unlock after completing, wait one
After the fixed time, transmission component 30 inverts, and similarly, drives lower turning wheel 21 to rotate backward, tooth top and the upper wave of lower wave tooth
The tooth top of tooth is separated, and upper 22 and first clutch block 26 of turning wheel is under the precompression that clutch block spring 23 is pressed, to axial direction and B phases
Anti- direction movement, the tooth top of lower wave tooth coordinate with the bottom of the tooth of upper wave tooth, the bottom of the tooth of lower wave tooth and the tooth of upper wave tooth
Push up gapless to close, the first clutch block 26 departs from the second clutch block 27, replys original state.
Wherein, when turning wheel 21 rotates instantly, upper turning wheel 22, which is rotated the restriction of axis 28, can not realize circular-rotation, only
It can realize axial movement.
Motor checks that location means 6 include multiple position detections switch 61 in the present embodiment, and decelerating motor mechanism 7 includes subtracting
Speed motor 71, square shaft set 72 and position detection piece 73；Square shaft set 72 is fixed on decelerating motor 71, and position detection piece 73 is fixed on
The lower end of square shaft set 72, position detection piece 73 are in contact with position detection switch 61.Decelerating motor mechanism 7 passes through the first connector
The handle square steel hole 31 of 41 link lock bodies, the rotation of decelerating motor 71 can drive the switch gate of lock body by above mechanism, so that real
Existing automatic opening and closing door function.
Using the electronic lock of the Manual-automatic integrated of the utility model, by the way that full-automatic electronic lock and manual electronic lock are tied
It is integrated, makes the function of lock and purposes more extensive.The clutch and Knob mechanisms that the electronic lock of the utility model uses,
Realizing and control the clutch of connected electronic lock to work by mechanically operated mode, clutch stability is good, and failure rate is low,
Service life is grown.
Above content is only the preferred embodiment of the utility model, for those of ordinary skill in the art, according to this reality
, in specific embodiments and applications can be with many changes may be made, as long as these changes are without departing from this with new thought
The design of utility model, belongs to the scope of protection of the utility model.
Claims (6)
1. a kind of electronic lock of Manual-automatic integrated, it is characterised in that including being sequentially connected Knob mechanisms being integrated (1), preceding
Panel (2), lock body (3), connector (4), clutch (5), decelerating motor check location means (6), decelerating motor mechanism (7)
With rear panel (8)；
The Knob mechanisms (1) include knob (10) and knob handle (11), and the knob (10) and knob handle (11) are fixed respectively
In the both sides of the front panel (2)；
The lock body (3) is equipped with handle square steel hole (31) and gourd lock core bore (32)；
The connector (4) includes the first connector (41) and the second connector (42), and first connector (41) passes through institute
Handle square steel hole (31) is stated, both ends are connected with the Knob mechanisms (1) and the clutch (5) respectively；Second connection
One end of part (42) is fixed in the gourd lock core bore (32), and the other end is connected with the decelerating motor mechanism (7)；
The clutch (5) is fixed on the rear panel (8)；
The motor checks that location means (6) are rotatablely connected with the decelerating motor mechanism (7).
2. the electronic lock of Manual-automatic integrated according to claim 1, it is characterised in that the Knob mechanisms (1) are also wrapped
Include the tapered end (12) being arranged in knob (10), tapered end pressing plate (13), upper shift plate (14), lower shift plate (15), the first big polygon
Axis swivel base (16), second largest polygon shaft swivel base (17), small polygon shaft swivel base (18), axle bed pressing plate (19), the first spring
(100), second spring (101), big polygon shaft (102) and small polygon shaft (103)；
One end of the lower shift plate (15) is provided with the first column (151) and the second column (152), and the knob handle (11) offers interior
Hole (111), the lower shift plate (15), small polygon shaft swivel base (18) are movably arranged in the endoporus (111), it is described on
Shift plate (14) rotationally fits in the other end of the lower shift plate (15) and in the endoporus (111), shift plate on this
(14) square hole (141) is offered in the middle part of, the both sides of upper shift plate (14) are provided with symmetrical inclined-plane boss (142), the lock
Head (12) is connected with the square hole (141)；
The tapered end pressing plate (13) is pressed in the tapered end (12) and between upper shift plate (14) and tapered end (12)；
The first big polygon shaft swivel base (16), second largest polygon shaft swivel base (17) may be contained within endoporus (111), described
One end of second largest polygon shaft swivel base (17) has been uniformly arranged four and can be used for housing the first column (151) and the second column (152)
Square groove (171), the other end of second largest polygon shaft swivel base (17) has been uniformly arranged four U-lags (172), described first
One end of big polygon shaft swivel base (16) is provided with big polygonal hole, and the other end of the first big polygon shaft swivel base (16) is provided with
The four U-shaped platforms (161) to cooperate with four U-lags (172)；
The both ends of first spring (100) are connected to the small polygon shaft swivel base (18) and the lower shift plate (15) respectively；
The axle bed pressing plate (19) is pressed in the described first big polygon shaft swivel base (16) and is connected with the knob handle (11)；
One end of the big polygon shaft (102) is inserted in the big polygonal hole；
The small polygon shaft (103) is arranged in the big polygon shaft (102), one end of the small polygon shaft (103) and institute
State small polygon shaft swivel base (18) connection；
The second spring (101) is socketed on the periphery of the small polygon shaft (103) and first most positioned at what is cooperated
In side shape axis swivel base (16) and second largest polygon shaft swivel base (17).
3. the electronic lock of Manual-automatic integrated according to claim 1, it is characterised in that first connector (41) and
Second connector (42) is square steel.
4. the electronic lock of Manual-automatic integrated according to claim 1, it is characterised in that the clutch (5) includes
Housing (50), the housing (50) is interior to be provided with clutch component (20) and transmission component (30), and the clutch component (20) includes
Lower turning wheel (21) formed with lower wave tooth, the upper turning wheel (22) formed with upper wave tooth, clutch block spring (23), first
Handle contiguous block (24), second in command's contiguous block (25), be arranged at first in command's contiguous block (24) and second in command's contiguous block
(25) the first clutch block (26) and the second clutch block (27) and rotation axis (28) in the space cooperatively formed, are stirred under described
Tooth and upper wave tooth cooperate, and the lower turning wheel (21), upper turning wheel (22) offer the perforation (29) communicated, and described the
Leader's contiguous block (24) is located in the perforation (29), and the bottom of the clutch block spring (23) is embedded at first clutch block
(26), housing (50) inner bottom wall is provided with the first axis hole (110), and the bottom side of the upper turning wheel (22) is provided with the second axis
Hole, the both ends of the rotation axis (28) are inserted in first axis hole (110) and the second axis hole respectively；The transmission component
(30) it is drivingly connected with the lower turning wheel (21).
5. the electronic lock of Manual-automatic integrated according to claim 1, it is characterised in that the motor checks location means
(6) multiple position detections switch (61) is included.
6. the electronic lock of Manual-automatic integrated according to claim 5, it is characterised in that the decelerating motor mechanism (7)
Including decelerating motor (71), square shaft set (72) and position detection piece (73)；The square shaft set (72) is fixed on the decelerating motor
(71) on, the position detection piece (73) is fixed on the lower end of the square shaft set (72), the position detection piece (73) with it is described
Position detection switch (61) is in contact.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721365603.7U CN207363414U (en) | 2017-10-23 | 2017-10-23 | A kind of electronic lock of Manual-automatic integrated |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721365603.7U CN207363414U (en) | 2017-10-23 | 2017-10-23 | A kind of electronic lock of Manual-automatic integrated |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207363414U true CN207363414U (en) | 2018-05-15 |
Family
ID=62420820
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721365603.7U Active CN207363414U (en) | 2017-10-23 | 2017-10-23 | A kind of electronic lock of Manual-automatic integrated |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207363414U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109944505A (en) * | 2019-03-19 | 2019-06-28 | 佛山市思歌锁业科技有限公司 | Manual-automatic integrated lockset |
| CN110242112A (en) * | 2019-06-25 | 2019-09-17 | 珠海格力电器股份有限公司 | A kind of door lock and door |
-
2017
- 2017-10-23 CN CN201721365603.7U patent/CN207363414U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109944505A (en) * | 2019-03-19 | 2019-06-28 | 佛山市思歌锁业科技有限公司 | Manual-automatic integrated lockset |
| CN110242112A (en) * | 2019-06-25 | 2019-09-17 | 珠海格力电器股份有限公司 | A kind of door lock and door |
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