CN208122527U - A kind of arrangement of clutch and lockset - Google Patents
A kind of arrangement of clutch and lockset Download PDFInfo
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- CN208122527U CN208122527U CN201820278616.9U CN201820278616U CN208122527U CN 208122527 U CN208122527 U CN 208122527U CN 201820278616 U CN201820278616 U CN 201820278616U CN 208122527 U CN208122527 U CN 208122527U
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- arrangement
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Abstract
The utility model discloses a kind of arrangement of clutch and lockset, the arrangement of clutch includes：Front side shell and rear side shell, in front side, the top of shell is equipped with switch block and switch block reset spring between two parties, handle fixed base is equipped at the upper portion side wall of front side shell, it is touched with switch block and coaxially, the clutch transfer bar mechanism including a clutch push rod is equipped with below switch block, at the face clutch push rod of switch block lower part, hole is passed through equipped with clutch push rod, clutch transfer bar mechanism moves up, clutch synchronization is then driven, conversely, then driving clutch separation, clutch transfer bar mechanism is mobile, is realized by the electric driving mechanism or ejecting mechanism that are set to the lower part of front side shell.Compared with prior art, the utility model can quickly, easily exchange the enabling direction of handle by arrangement of clutch, without dismantling door body, without dismantling lockset；Arrangement of clutch is also integrated with the function of emergency key driving, fingerprint recognition driving, has multi-functional, reliable and stable, easy to use advantage, convenient for in-site installation, construction.
Description
Technical field
Utility model of the present invention belongs to lock technology field more particularly to a kind of arrangement of clutch and lockset.The lockset is outstanding
Refer to the electronic lock with fingerprint unlocking function.
Background technique
Existing lockset, after being mounted on a door, the direction of handle is fixed and invariable.But it needs to adjust if encountered
When changing the enabling direction of handle, then needs to dismantle door body, dismantle lockset, re-assembly lockset, reinstalling door body and can just reach
This purpose, in some cases, door body and lockset also need the workshop of return-to-factory, to be shipped back again again after transformation or replacement
Customers' place, it is with high costs, it is cumbersome, it is not easy to in-site installation, construction.
Such as：When the enabling direction of handle and the inconsistent enabling direction of door, it usually needs the enabling direction of handle is exchanged,
It just needs to dismantle lockset at this time, reinstall, layman is difficult scene and completes related dismounting work.Mistake dismounting is easy to
Lockset is caused to damage.
Invention utility model content
In view of this, it is necessory to provide a kind of enabling direction that can quickly, easily exchange handle by arrangement of clutch,
Without dismantling door body, without dismantling lockset；Arrangement of clutch is also integrated with the function of emergency key driving, fingerprint recognition driving, tool
There is multi-functional, reliable and stable, easy to use advantage, convenient for in-site installation, the arrangement of clutch and lockset of construction.
In order to overcome the shortcomings of the prior art, utility model of the present invention provides following technical scheme：
A kind of arrangement of clutch, which is characterized in that the arrangement of clutch 9 includes：
Front side shell 10 and rear side shell 11, the two fasten the shell for constituting arrangement of clutch,
Front side shell 10 closes on the front shroud 1 of lockset, and rear side shell 11 closes on the back shroud 2 of lockset,
In front side, the top of shell 10 is equipped with switch block 13 between two parties, and switch block 13 is connect with locking bar 7,
Switch block reset spring 15, one end are connect with switch block 13, and the other end is connect with the top of front side shell 10,
The through-hole of assembly handle fixed base 305, handle fixed base 305 and switch block are equipped at the upper portion side wall of front side shell 10
13 touch, and the gap slot 312 on handle fixed base 305 is located in through-hole, and switch block 13 and handle fixed base 305 are coaxial,
Clutch transfer bar mechanism is equipped with below switch block 13,
It include a clutch push rod 401 in the clutch transfer bar mechanism,
At 13 lower part face clutch push rod 401 of switch block, it is equipped with clutch push rod and passes through hole 14,
When clutch transfer bar mechanism moves up, then the clutch push rod 401 in clutch transfer bar mechanism passes through switch block 13, protrudes into gap slot
312, enable 305 synchronous rotary of switch block 13 and hand fixing seat, realizes driving clutch synchronization,
When clutch transfer bar mechanism moves down, then the clutch push rod 401 in clutch transfer bar mechanism passes through switch block 13, but does not protrude into scarce
Mouth slot 312 prevents switch block 13 and hand fixing seat 305 from synchronous rotary, realizes driving clutch separation,
Clutch transfer bar mechanism is mobile, is realized by the electric driving mechanism or ejecting mechanism that are set to the lower part of front side shell 10.
Preferably, the ejecting mechanism and link mechanism are mating,
The link mechanism specifically includes：
Outer spill spin block 101, with arrangement of clutch 9 against,
Key opens block 103, is located at emergent unlocking hole 6, is equipped with emergency key and is inserted into hole,
102 one end of connecting rod is opened block 103 with key and is connect, and the other end is connect with outer spill spin block 101,
When emergency key insertion emergency key insertion hole and turn, key opens block 103, connecting rod 102, outer spill spin block
Driving clutch synchronization or driving clutch separation are realized in 101 synchronous turns.
The ejecting mechanism specifically includes：
A through-hole is equipped in shell and outer 101 corresponding position of spill spin block, and outer spill spin block 101 is towards shape after one end necking down of through-hole
At an extending shaft 104,
After extending shaft 104 passes through through-hole, it is connected with the inverted T-shape convex block 105 being located in front side shell 10,
Slide block 106 is set on inverted T-shape convex block 105, and 106 bottom surface of slide block, which is recessed to be formed upwards, accommodates inverted T-shape
The groove of convex block 105 is sliding bevel 107 in groove two sides,
When T-shaped convex block 105 is moved along sliding bevel 107, can slide block 106 be jacked up or be fallen,
106 top surface of slide block is equipped with knock-pin 109 vertically upward, is set with knock-pin spring 110 on knock-pin 109.
Knock-pin 109 is for moving up clutch transfer bar mechanism, and knock-pin spring 110 is for making slide block 106 move down reset.
Preferably, the electric driving mechanism specifically includes：
Motor 201,
Column 202, set on the side of motor 201,
Motor 201 drives column 202 to rotate by gear set 203,
Column spring 204 is set on column 202,
The rotation of column 202 drives column spring 204 to move up or move down,
Column spring 204 drives clutch transfer bar mechanism to synchronize and moves up or move down.
Preferably, the clutch transfer bar mechanism includes：
Clutch bracket 403, top are equipped with clutch push rod 401 between two parties,
Clutch bracket 403 is downwardly extending driving pillar stand 404,
Driving pillar stand 404 is hollow, is equipped with column spring positioning slot 406 in one side,
Driving pillar stand 404 is equipped with a horizontal convex block 405, and horizontal convex block 405 is pushed up for the knock-pin 109 in ejecting mechanism
It pushes away and closes bracket 403,
A pin shaft 205 is equipped in the middle part of column 202, pin shaft 205 is vertical with column 202, and 205 both ends of pin shaft are exposed to column
202 outer surfaces, and both ends are located among the gap between the circle of column spring 204 and circle, the column spring 204 is sleeved on column
On 202,
When column 202 rotates, pin shaft 205 also rotates in the horizontal direction, thus drives column spring 204 upward or downward
It is mobile,
Two free ends of column spring 204 are set in column spring positioning slot 406, two freedom of column spring 204
End and the contact of column spring positioning slot 406, enable driving pillar stand 404 and 204 synchronizing moving of column spring.
Preferably, further include handle reversing mechanism,
It is equipped with corresponding commutation adjustment hole 8 on the back shroud 2 of lockset, is used for regulation handle reversing mechanism,
The handle reversing mechanism is set between arrangement of clutch 9 and the front shroud 1 of lockset, including：Commutation adjust component and
Handle connection component,
Front shroud 1 is equipped with commutation and adjusts component locating slot 301, adjusts component for accommodating commutation, commutation adjusts component
The side of locating slot 301 is equipped with a v notch v,
The position that commutation adjusts component locating slot 301 is adapted to commutation adjustment hole 8, and it is proper to insert an object into commutation adjustment hole 8
The commutation being located in commutation adjusting component locating slot 301 can be stirred and adjust component, commutation is specifically stirred and adjust in component
Handle is stirred,
The commutation adjusts component：
Bolt block 302 is equipped with and stirs handle 303, stirs that handle 303 is vertical with bolt block 302 to be connect,
Bolt block 302 is located at commutation and adjusts in component locating slot 301,
Handle 303 is stirred to be located in the v notch v of commutation adjusting 301 side of component locating slot,
Commutate spring 304, is set to bolt block 302 and commutation is adjusted between component locating slot 301,
The handle connection component includes：
Handle fixed base 305 equipped with torsional spring 306,
115 handle fixed base of handle fixed base, 305 side is equipped with the handle fixing axle 311 protruded outward, is used for and handle
Hand 3 is fixedly connected, and the other side is equipped with gap slot 312, for realizing that clutch is same with electric driving mechanism and mechanical driving mechanism
Step or clutch separation,
Commutation pedestal 307 is equipped in handle fixing axle 311, commutation pedestal 307 is rolled by bearing 308 and handle fixing axle
Dynamic connection,
The pedestal 307 that commutates vertically is equipped with the first locating slot 321 opposing upper and lower and the second locating slot 322, bolt block 302
End can be inserted into the first locating slot 321 or the second locating slot 322.
A kind of lockset, which is characterized in that including：
Front shroud 1 and back shroud 2, the two fasten the shell for constituting lockset,
It is equipped with handle 3 in the leading flank of front shroud 1,
The side of handle 3 is equipped with the fingerprint collecting head 4 for fingerprint recognition driving, and fingerprint collecting head 4 is flush-mounted in front shroud 1
It is interior,
It is equipped with the sliding protective cover 5 for protecting fingerprint collecting head 4 in the leading flank of front shroud 1,
It is equipped with the emergent unlocking hole 6 for emergency key driving in the bottom surface of front shroud 1,
Above-mentioned arrangement of clutch is equipped in front shroud 1,
Arrangement of clutch between locking bar 7 and handle 3,
Arrangement of clutch is equipped with electric driving mechanism matched with fingerprint collecting head 4, and the mechanism is for driving clutch synchronization
Or driving clutch separation,
Arrangement of clutch is equipped with mechanical driving mechanism matched with emergent unlocking hole 6, and the mechanism is for driving clutch synchronization
Or driving clutch separation,
When driving clutch synchronization, then locking bar 7 rotates synchronously turn handle 3,
When driving clutch separation, then locking bar 7 does not rotate turn handle 3, and handle 3 dallies.
Compared with prior art, the technical solution of utility model of the present invention can quickly, easily pass through arrangement of clutch tune
The enabling direction for changing handle, without dismantling door body, without dismantling lockset；Arrangement of clutch is also integrated with emergency key driving, fingerprint
It identifies the function of driving, there is multi-functional, reliable and stable, easy to use advantage, convenient for in-site installation, construction.
The emergency key driving refers to：Clutch synchronization, or driving clutch separation are driven using emergency key.
The fingerprint recognition driving refers to：Clutch synchronization, or driving clutch separation are driven using fingerprint.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of lockset.
Fig. 2 is the rearview of Fig. 1 when sliping off sliding protective cover.
Fig. 3 is the rearview for sliding Fig. 1 when closing sliding protective cover.
Fig. 4 is the rearview of Fig. 1 when removing back shroud（Containing arrangement of clutch）.
Fig. 5 is handle reversing mechanism schematic diagram（Without arrangement of clutch, outer spill spin block is free of）.
Fig. 6 is arrangement of clutch and handle reversing mechanism assembling schematic diagram.
Fig. 7 is that Fig. 6 is rotated by 90 ° schematic diagram counterclockwise.
Fig. 8 is arrangement of clutch internal structure chart（Without rear side shell）.
Fig. 9 is arrangement of clutch explosive view.
Figure 10 is that column spring drives clutch transfer bar mechanism embodiment explosive view.
Figure 11 is that column spring drives clutch transfer bar mechanism embodiment schematic diagram.
Appended drawing reference：
The commutation of 5 emergent unlocking hole of front shroud 1 back shroud, 2 handle, 3 fingerprint collecting head, 4 sliding protective cover, 6 locking bar 7
Adjustment hole 8
9 front side shell 10 of arrangement of clutch and 11 switch block of rear side shell, 13 switch block reset spring, 15 clutch push rod pass through hole
14
Handle reversing mechanism commutation adjusting component commutation adjusting 301 bolt block 302 of component locating slot is stirred handle 303 and is changed
To spring 304
305 handle fixing axle of handle connection component 306 handle fixed base of torsional spring, 311 gap slot 312 commutation pedestal 307
308 first locating slot 321 of bearing and the second locating slot 322
203 column spring of electric driving mechanism motor 201 column, 202 gear set, 204 pin shaft 205
Outer 101 key of spill spin block of mechanical driving mechanism link mechanism opens 103 connecting rod 102 of block
106 sliding bevel of ejecting mechanism extending shaft 104 inverted T-shape convex block, 105 slide block, 107 slide block locating part
108 knock-pin, 109 knock-pin spring 110
403 driving pillar stand of clutch transfer bar mechanism clutch push rod 401 clutch push rod spring, 402 clutch bracket, 404 column
The horizontal convex block 405 of spring positioning slot 406
Specific embodiment
Utility model of the present invention is described further below with reference to attached drawing.
As shown in Figure 1, 2, 3, utility model of the present invention gives a kind of lockset comprising：
Front shroud 1 and back shroud 2, the two fasten the shell for constituting lockset,
It is equipped with handle 3 in the leading flank of front shroud 1,
The side of handle 3 is equipped with the fingerprint collecting head 4 for fingerprint recognition driving, and fingerprint collecting head 4 is flush-mounted in front shroud 1
It is interior, in embodiment illustrated in fig. 1, it is equipped with fingerprint collecting head 4 in the top of handle 3, fingerprint collecting head 4 is set in other directions,
It is the scheme that can be reasonably selected on demand, such as：In the lower section of handle 3, fingerprint collecting head 4, etc. is set,
It is equipped with the sliding protective cover 5 for protecting fingerprint collecting head 4 in the leading flank of front shroud 1, slips off sliding when upward
When protection cap 5, then expose fingerprint collecting head 4 to acquire fingerprint（Referring to Fig. 1）, when closing sliding protective cover 5 to downslide, then refer to
Line collection head 4 is blocked, it is clear that sliding protective cover 5 slips off upwards, closes only one of selectable scheme to downslide, to other
Direction slips off, slides the scheme closed and can reasonably selected on demand, such as：Slip off to the left, it is sliding to the right close, etc.,
It is equipped with the emergent unlocking hole 6 for emergency key driving in the bottom surface of front shroud 1,
Arrangement of clutch is equipped in front shroud 1,
Arrangement of clutch between locking bar 7 and handle 3,
Arrangement of clutch is equipped with electric driving mechanism matched with fingerprint collecting head 4, and the mechanism is for driving clutch synchronization
Or driving clutch separation,
Arrangement of clutch is equipped with mechanical driving mechanism matched with emergent unlocking hole 6, and the mechanism is for driving clutch synchronization
Or driving clutch separation,
When driving clutch synchronization, then locking bar 7 rotates synchronously turn handle 3,
When driving clutch separation, then locking bar 7 does not rotate turn handle 3, and handle 3 dallies,
Arrangement of clutch is equipped with handle reversing mechanism, corresponding commutation adjustment hole 8 is equipped on back shroud 2, for adjusting handle
Hand reversing mechanism.
The rotation of locking bar 7 will drive lock tongue to stretch out or withdraw, and complete the process opened the door or locked a door, this part is not this hair
The invention utility model point of bright utility model, is no longer described in detail.
Based on the above technical solution, as shown in figure 4, arrangement of clutch 9 is between locking bar 7 and handle 3,
The mechanical driving mechanism includes the link mechanism being set between arrangement of clutch 9 and emergent unlocking hole 6,
The link mechanism specifically includes：
Outer spill spin block 101, with arrangement of clutch 9 against,
Key opens block 103, is located at emergent unlocking hole 6, is equipped with emergency key and is inserted into hole,
102 one end of connecting rod is opened block 103 with key and is connect, and the other end is connect with outer spill spin block 101,
When emergency key insertion emergency key insertion hole and turn, key opens block 103, connecting rod 102, outer spill spin block
Driving clutch synchronization or driving clutch separation are realized in 101 synchronous turns.
Since outer spill spin block 101 and arrangement of clutch 9 are against cannot protrude into arrangement of clutch 9, therefore, attempt when applying external force
Into arrangement of clutch 9 outside pushing tow when spill spin block 101, it cannot succeed, therefore arrangement of clutch 9 will not drive clutch synchronization, protect
Demonstrate,proved the safety of arrangement of clutch, only turn key opens block 103, outer 101 turn of spill spin block could be driven, so drive from
Clutch is synchronous, and design in this way is effectively prevented through the possibility that arrangement of clutch 9 is destroyed in emergent unlocking hole 6, violence is unlocked, safety
Property is more preferably.
Based on the above technical solution, as shown in Fig. 5,6,7, the handle reversing mechanism is set to 9 He of arrangement of clutch
Between front shroud 1, including：Commutation adjusts component and handle connection component,
Front shroud 1 is equipped with commutation and adjusts component locating slot 301, adjusts component for accommodating commutation, commutation adjusts component
The side of locating slot 301 is equipped with a v notch v,
The position that commutation adjusts component locating slot 301 is adapted to commutation adjustment hole 8, and it is proper to insert an object into commutation adjustment hole 8
The commutation being located in commutation adjusting component locating slot 301 can be stirred and adjust component, commutation is specifically stirred and adjust in component
Handle is stirred,
The commutation adjusts component：
Bolt block 302 is equipped with and stirs handle 303, stirs that handle 303 is vertical with bolt block 302 to be connect,
Bolt block 302 is located at commutation and adjusts in component locating slot 301,
Handle 303 is stirred to be located in the v notch v of commutation adjusting 301 side of component locating slot,
Commutate spring 304, is set to bolt block 302 and commutation is adjusted between component locating slot 301,
The handle connection component includes：
Handle fixed base 305 equipped with torsional spring 306,
115 handle fixed base of handle fixed base, 305 side is equipped with the handle fixing axle 311 protruded outward, is used for and handle
Hand 3 is fixedly connected, and the other side is equipped with gap slot 312, for realizing that clutch is same with electric driving mechanism and mechanical driving mechanism
Step or clutch separation,
Commutation pedestal 307 is equipped in handle fixing axle 311, commutation pedestal 307 is rolled by bearing 308 and handle fixing axle
Dynamic connection,
The pedestal 307 that commutates vertically is equipped with the first locating slot 321 opposing upper and lower and the second locating slot 322, bolt block 302
End can be inserted into the first locating slot 321 or the second locating slot 322.
Handle 303 is stirred when pulling downward on, then the spring 304 that commutates is compressed, and the first locating slot is left in the end of bolt block 302
321（If this is initial position）Or second locating slot 322, at this point, swing handle 3, then handle fixed base 305, commutation pedestal 307
It is rotated synchronously with handle 3, after swing handle 3 to opposite direction, that is, completes the handle commutation of 180 degree, stir handle at this point, unclamping
303, under the elastic force effect of commutation spring 304, the second locating slot 322 or the first locating slot 321 are inserted into the end of bolt block 302
（It is opposite with initial position）, this i.e. primary complete handle commutation process.
Based on the above technical solution, as shown in Fig. 7,8,9,10,11, the arrangement of clutch 9 includes：
Front side shell 10 and rear side shell 11, the two fasten the shell for constituting arrangement of clutch,
Front side shell 10 closes on front shroud 1, and rear side shell 11 closes on back shroud 2,
In front side, the top of shell 10 is equipped with switch block 13 between two parties, and switch block 13 is connect with locking bar 7,
Switch block reset spring 15, one end are connect with switch block 13, and the other end is connect with the top of front side shell 10, are used for switch block
13 limit and reset,
The through-hole of assembly handle fixed base 305, handle fixed base 305 and switch block are equipped at the upper portion side wall of front side shell 10
13 touch, and the gap slot 312 on handle fixed base 305 is located in through-hole, and switch block 13 and handle fixed base 305 are coaxial,
Clutch transfer bar mechanism is equipped with below switch block 13,
It include a clutch push rod 401 in the clutch transfer bar mechanism,
At 13 lower part face clutch push rod 401 of switch block, it is equipped with clutch push rod and passes through hole 14,
When clutch transfer bar mechanism moves up, then the clutch push rod 401 in clutch transfer bar mechanism passes through switch block 13, protrudes into gap slot
312, enable 305 synchronous rotary of switch block 13 and hand fixing seat, realizes driving clutch synchronization,
When clutch transfer bar mechanism moves down, then the clutch push rod 401 in clutch transfer bar mechanism passes through switch block 13, but does not protrude into scarce
Mouth slot 312 prevents switch block 13 and hand fixing seat 305 from synchronous rotary, realizes driving clutch separation,
Clutch transfer bar mechanism is mobile, is realized by the electric driving mechanism or ejecting mechanism that are set to the lower part of front side shell 10.
Ejecting mechanism belongs to a part of mechanical driving mechanism.
Based on the above technical solution, clutch push rod spring 402 is equipped between clutch push rod 401 and switch block 13.
The setting of clutch push rod spring is to avoid accidentally driving in order to ensure clutch push rod 401 will not protrude into gap slot 312
The case where clutch synchronization, occurs.Only when clutch push rod 401 is by upward pushing tow strength, clutch push rod spring is counteracted
When elastic force, just it is able to achieve clutch push rod 401 and protrudes into gap slot 312.
Based on the above technical solution, as shown in Fig. 7,8,9, the ejecting mechanism and link mechanism are mating, described
Ejecting mechanism specifically includes：
A through-hole is equipped in shell and outer 101 corresponding position of spill spin block, and outer spill spin block 101 is towards shape after one end necking down of through-hole
At an extending shaft 104,
After extending shaft 104 passes through through-hole, it is connected with the inverted T-shape convex block 105 being located in front side shell 10,
Slide block 106 is set on inverted T-shape convex block 105, and 106 bottom surface of slide block, which is recessed to be formed upwards, accommodates inverted T-shape
The groove of convex block 105 is sliding bevel 107 in groove two sides,
When T-shaped convex block 105 is moved along sliding bevel 107, can slide block 106 be jacked up or be fallen, specifically：
When inverted T-shape convex block 105 is rotated with the turn of emergency key, since outer spill spin block 101 not can enter clutch
Device 9, therefore inverted T-shape convex block 105 can only horizontally rotate in situ, and cannot move up and down, when inverted T-shape convex block 105 is in situ
When horizontally rotating, the top of convex block is moved along sliding bevel 107, and slide block 106 is jacked up or fallen,
Further, shell is equipped with slide block locating part 108, for limiting the height of the jack-up of slide block 106,
As one of optional embodiment, as shown in figure 8, the shell side is equipped with bar shaped groove body, bar shaped groove body
Top surface constitutes slide block locating part 108, and a part of slide block 106 is located in strip groove body, when slide block 106 jacks up certain height
After degree, slide block 106 touches the top surface of bar shaped groove body, realizes slide block limit,
As the two of optional embodiment, shell side is equipped with the convex block internally protruded, and the bottom surface of convex block, which is constituted, dials
Motion block locating part 108, after slide block 106 jacks up certain altitude, slide block 106 touches the bottom surface of convex block, realizes slide block limit
Position,
106 top surface of slide block is equipped with knock-pin 109 vertically upward, is set with knock-pin spring 110 on knock-pin 109.
Knock-pin 109 is for moving up clutch transfer bar mechanism, and knock-pin spring 110 is for making slide block 106 move down reset.
Based on the above technical solution, as shown in Fig. 7,8,9,10,11, the electric driving mechanism is specifically included：
Motor 201,
Column 202, set on the side of motor 201,
Motor 201 drives column 202 to rotate by gear set 203,
Column spring 204 is set on column 202,
The rotation of column 202 drives column spring 204 to move up or move down,
Column spring 204 drives clutch transfer bar mechanism to synchronize and moves up or move down.
Based on the above technical solution, as shown in Fig. 7,8,9,10,11, the clutch transfer bar mechanism includes：
Clutch bracket 403, top are equipped with clutch push rod 401 between two parties,
Clutch bracket 403 is downwardly extending driving pillar stand 404,
Driving pillar stand 404 is hollow, is equipped with column spring positioning slot 406 in one side,
Driving pillar stand 404 is equipped with a horizontal convex block 405, and horizontal convex block 405 is used for 109 pushing tow clutch bracket of knock-pin
403,
A pin shaft 205 is equipped in the middle part of column 202, pin shaft 205 is vertical with column 202, and 205 both ends of pin shaft are exposed to column
202 outer surfaces, and both ends are located among the gap between the circle of column spring 204 and circle, the column spring 204 is sleeved on column
On 202,
When column 202 rotates, pin shaft 205 also rotates in the horizontal direction, thus drives column spring 204 upward or downward
It is mobile,
Two free ends of column spring 204 are set in column spring positioning slot 406, two freedom of column spring 204
End and the contact of column spring positioning slot 406, enable driving pillar stand 404 and 204 synchronizing moving of column spring.
Compared with prior art, the technical solution of utility model of the present invention can quickly, easily pass through arrangement of clutch tune
The enabling direction for changing handle, without dismantling door body, without dismantling lockset；Arrangement of clutch is also integrated with emergency key driving, fingerprint
It identifies the function of driving, there is multi-functional, reliable and stable, easy to use advantage, convenient for in-site installation, construction.
The method and its core concept for utility model of the present invention that the above embodiments are only used to help understand.It should
It points out, for those skilled in the art, under the premise of not departing from utility model principle of the present invention, may be used also
With to utility model of the present invention, some improvement and modification can also be carried out, these improvement and modification also fall into utility model right of the present invention and want
In the protection scope asked.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention reality
With novel.Various modifications to these embodiments will be readily apparent to those skilled in the art, herein
Defined General Principle can be in the case where not departing from the spirit or scope of utility model of the present invention, in other embodiments
It realizes.Therefore, utility model of the present invention is not intended to be limited to the embodiments shown herein, and is to fit to and this paper institute
Principle disclosed and the consistent widest scope of features of novelty.
Claims (6)
1. a kind of arrangement of clutch, which is characterized in that the arrangement of clutch（9）Including：
Front side shell（10）With rear side shell（11）, the shell of the two fastening composition arrangement of clutch,
Front side shell（10）Close on the front shroud of lockset（1）, rear side shell（11）Close on the back shroud of lockset（2）,
In front side shell（10）Top be equipped with switch block between two parties（13）, switch block（13）With locking bar（7）Connection,
Switch block reset spring（15）, one end and switch block（13）Connection, the other end and front side shell（10）Top connection,
Front side shell（10）Upper portion side wall at be equipped with assembly handle fixed base（305）Through-hole, handle fixed base（305）With turn
Block（13）It touches, handle fixed base（305）On gap slot（312）In through-hole, switch block（13）With handle fixed base（305）
Coaxially,
Switch block（13）Lower section is equipped with clutch transfer bar mechanism,
It include a clutch push rod in the clutch transfer bar mechanism（401）,
Switch block（13）Lower part face clutch push rod（401）Place is equipped with clutch push rod and passes through hole（14）,
When clutch transfer bar mechanism moves up, then the clutch push rod in clutch transfer bar mechanism（401）Across switch block（13）, protrude into gap slot
（312）, make switch block（13）With hand fixing seat（305）Energy synchronous rotary realizes driving clutch synchronization,
When clutch transfer bar mechanism moves down, then the clutch push rod in clutch transfer bar mechanism（401）Across switch block（13）, but do not protrude into scarce
Mouth slot（312）, make switch block（13）With hand fixing seat（305）It is unable to synchronous rotary, realizes driving clutch separation,
Clutch transfer bar mechanism is mobile, by being set to front side shell（10）Lower part electric driving mechanism or ejecting mechanism realize.
2. a kind of arrangement of clutch according to claim 1, which is characterized in that the ejecting mechanism and link mechanism are mating,
The link mechanism specifically includes：
Outer spill spin block（101）, with arrangement of clutch（9）Against,
Key opens block（103）, it is located at emergent unlocking hole（6）Place is equipped with emergency key and is inserted into hole,
Connecting rod（102）One end and key open block（103）Connection, the other end and outer spill spin block（101）Connection,
When emergency key insertion emergency key insertion hole and turn, key opens block（103）, connecting rod（102）, outer spill spin block
（101）Driving clutch synchronization or driving clutch separation are realized in synchronous turn.
The ejecting mechanism specifically includes：
In shell and outer spill spin block（101）Corresponding position is equipped with a through-hole, outer spill spin block（101）Shape after towards one end necking down of through-hole
At an extending shaft（104）,
Extending shaft（104）After through-hole, be located at front side shell（10）Interior inverted T-shape convex block（105）It is connected,
Slide block（106）, it is set to inverted T-shape convex block（105）On, slide block（106）Bottom surface, which is recessed to be formed upwards, accommodates the word of falling T
Shape convex block（105）Groove, groove two sides be sliding bevel（107）,
T-shaped convex block（105）Along sliding bevel（107）It, can be by slide block when mobile（106）It jacks up or falls,
Slide block（106）Top surface is equipped with knock-pin vertically upward（109）, knock-pin（109）On be set with knock-pin spring
（110）,
Knock-pin（109）For moving up clutch transfer bar mechanism, knock-pin spring（110）For making slide block（106）It moves down multiple
Position.
3. a kind of arrangement of clutch according to claim 1, which is characterized in that the electric driving mechanism specifically includes：
Motor（201）,
Column（202）, it is set to motor（201）Side,
Motor（201）Pass through gear set（203）Drive column（202）Rotation,
Column（202）On be set with column spring（204）,
Column（202）Rotation drives column spring（204）It moves up or moves down,
Column spring（204）It drives clutch transfer bar mechanism to synchronize to move up or move down.
4. a kind of arrangement of clutch according to claim 1, which is characterized in that the clutch transfer bar mechanism includes：
Clutch bracket（403）, top is equipped with clutch push rod between two parties（401）,
Clutch bracket（403）It is downwardly extending driving pillar stand（404）,
Driving pillar stand（404）It is hollow, column spring positioning slot is equipped in one side（406）,
Driving pillar stand（404）It is equipped with a horizontal convex block（405）, horizontal convex block（405）For the knock-pin in ejecting mechanism
（109）Pushing tow clutch bracket（403）,
Column（202）Middle part is equipped with a pin shaft（205）, pin shaft（205）With column（202）Vertically, pin shaft（205）Both ends are exposed to
Column（202）Outer surface, and both ends are located at column spring（204）Among gap between circle and circle, the column spring（204）
It is sleeved on column（202）On,
Work as column（202）Rotation, pin shaft（205）Also it rotates in the horizontal direction, thus drives column spring（204）Upwards or to
Lower movement,
Column spring（204）Two free ends be set to column spring positioning slot（406）It is interior, column spring（204）Two from
By end and column spring positioning slot（406）Contact so that driving pillar stand（404）It can be with column spring（204）Synchronizing moving.
5. a kind of arrangement of clutch according to claim 1, which is characterized in that it further include handle reversing mechanism,
In the back shroud of lockset（2）It is equipped with corresponding commutation adjustment hole（8）, it is used for regulation handle reversing mechanism,
The handle reversing mechanism is set to arrangement of clutch（9）With the front shroud of lockset（1）Between, including：Commutation adjust component and
Handle connection component,
Front shroud（1）It is equipped with commutation and adjusts component locating slot（301）, component is adjusted for accommodating commutation, commutation adjusts component
Locating slot（301）Side be equipped with a v notch v,
Commutation adjusts component locating slot（301）Position and commutation adjustment hole（8）Adaptation, inserts an object into commutation adjustment hole（8）
It is able to stir and be located at commutation adjusting component locating slot（301）In commutation adjust component, specifically stir commutation adjust component
In stir handle,
The commutation adjusts component：
Bolt block（302）, it is equipped with and stirs handle（303）, stir handle（303）With bolt block（302）Vertical connection,
Bolt block（302）Component locating slot is adjusted positioned at commutation（301）It is interior,
Stir handle（303）Component locating slot is adjusted positioned at commutation（301）In the v notch v of side,
Commutate spring（304）, it is set to bolt block（302）Component locating slot is adjusted with commutation（301）Between,
The handle connection component includes：
Equipped with torsional spring（306）Handle fixed base（305）,
Handle fixed base（305）Side is equipped with the handle fixing axle protruded outward（311）, it is used for and handle（3）It is fixedly connected,
The other side is equipped with gap slot（312）, for realizing clutch synchronization or clutch with electric driving mechanism and mechanical driving mechanism
Separation,
In handle fixing axle（311）It is equipped with commutation pedestal（307）, commutate pedestal（307）Pass through bearing（308）It is fixed with handle
Axis rolls connection,
Commutate pedestal（307）Vertically it is equipped with the first locating slot opposing upper and lower（321）With the second locating slot（322）, bolt block
（302）End can be inserted into the first locating slot（321）Or second locating slot（322）.
6. a kind of lockset, which is characterized in that including：
Front shroud（1）And back shroud（2）, the shell of the two fastening composition lockset,
In front shroud（1）Leading flank be equipped with handle（3）,
Handle（3）Side be equipped with for fingerprint recognition driving fingerprint collecting head（4）, fingerprint collecting head（4）Flush-mounted in front cover
Plate（1）It is interior,
In front shroud（1）Leading flank be equipped with for protecting fingerprint collecting head（4）Sliding protective cover（5）,
In front shroud（1）Bottom surface be equipped with for emergency key driving emergent unlocking hole（6）,
In front shroud（1）It is interior equipped with claim 1 to 5 it is one of any described in arrangement of clutch,
Arrangement of clutch is located at locking bar（7）And handle（3）Between,
Arrangement of clutch is equipped with and fingerprint collecting head（4）Matched electric driving mechanism, the mechanism for drive clutch synchronization or
Clutch separation is driven,
Arrangement of clutch is equipped with and emergent unlocking hole（6）Matched mechanical driving mechanism, the mechanism for drive clutch synchronization or
Clutch separation is driven,
When driving clutch synchronization, turn handle（3）Then locking bar（7）It rotates synchronously,
When driving clutch separation, turn handle（3）Then locking bar（7）It does not rotate, handle（3）Idle running.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820278616.9U CN208122527U (en) | 2018-02-28 | 2018-02-28 | A kind of arrangement of clutch and lockset |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820278616.9U CN208122527U (en) | 2018-02-28 | 2018-02-28 | A kind of arrangement of clutch and lockset |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208122527U true CN208122527U (en) | 2018-11-20 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820278616.9U Expired - Fee Related CN208122527U (en) | 2018-02-28 | 2018-02-28 | A kind of arrangement of clutch and lockset |
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| Country | Link |
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| CN (1) | CN208122527U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108266059A (en) * | 2018-02-28 | 2018-07-10 | 蔡晓洋 | A kind of arrangement of clutch and lockset |
| CN111140095A (en) * | 2020-01-13 | 2020-05-12 | 深圳市高盾电子有限公司 | Lock and door body |
| WO2020113883A1 (en) * | 2018-12-04 | 2020-06-11 | 浙江浦江梅花锁业集团有限公司 | Electronic lock cylinder assembly having concealable spare key interface and smart lock |
-
2018
- 2018-02-28 CN CN201820278616.9U patent/CN208122527U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108266059A (en) * | 2018-02-28 | 2018-07-10 | 蔡晓洋 | A kind of arrangement of clutch and lockset |
| WO2020113883A1 (en) * | 2018-12-04 | 2020-06-11 | 浙江浦江梅花锁业集团有限公司 | Electronic lock cylinder assembly having concealable spare key interface and smart lock |
| CN111140095A (en) * | 2020-01-13 | 2020-05-12 | 深圳市高盾电子有限公司 | Lock and door body |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181120 Termination date: 20200228 |