CN108468480A - A kind of hand/automatic lock core structure and hand/automatic U-shaped lock - Google Patents
A kind of hand/automatic lock core structure and hand/automatic U-shaped lock Download PDFInfo
- Publication number
- CN108468480A CN108468480A CN201810550301.XA CN201810550301A CN108468480A CN 108468480 A CN108468480 A CN 108468480A CN 201810550301 A CN201810550301 A CN 201810550301A CN 108468480 A CN108468480 A CN 108468480A
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- Prior art keywords
- lock
- chamber
- lock core
- power
- lockhole
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Classifications
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B47/00—Operating or controlling locks or other fastening devices by electric or magnetic means
- E05B47/0001—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B15/00—Other details of locks; Parts for engagement by bolts of fastening devices
- E05B15/10—Bolts of locks or night latches
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B19/00—Keys; Accessories therefor
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B67/00—Padlocks; Details thereof
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- Underground Structures, Protecting, Testing And Restoring Foundations (AREA)
Abstract
The present invention relates to lock technology field, especially a kind of hand/automatic lock core structure and hand/automatic U-shaped lock.Wherein, lock core structure includes one offering power chamber in the horizontal direction, adjusting chamber and lock bolt chamber and offer the lock core cavity shell of lockhole chamber and the automatically controlled driver being packaged in lock core cavity shell in vertical direction, be installed in power cavity room and power transaxle that head end is connected with automatically controlled driver, the key unlocking device for being installed in the indoor elastic lock bolt of lock bolt chamber and being installed in adjusting cavity room and being held between power conversion the tip of the axis and the head end of elasticity lock bolt.The automatically controlled driver and key unlocking device that the present invention passes through setting, entire lock core can be achieved under the cooperation of power transaxle and elastic lock bolt and be formed by manually or automatically locking and the unlocking function of U-shape lock, the safety that greatly ensure that the diversity of lock core and lockset occupation mode and use based on this lock core structure.
Description
Technical field
The present invention relates to lock technology field, especially a kind of hand/automatic lock core structure and it is based on this lock core structure institute
The hand of formation/automatic U-shaped lock.
Background technology
The core building block that lock core is opened and closed as control lockset, is of crucial importance the safety of lockset,
Difference of the existing lock core based on lockset function is broadly divided into machinery-hand lock core and automatically controlled-two kinds of self-action lock core,
In, mechanical lock is usually to be rotated in the case where the cooperation of key drives, to drive lock bolt to carry out during lock core rotates
It is mobile, to realize the action of unlocking or locking；And electric lock cylinder is then to drive lock bolt using driving devices such as motors
It is moved to realize the action of unlocking or locking.However, all there are certain drawbacks in either any lock core：Such as machine
Tool formula lock core can only can act under the cooperation of key, and forcible entry lockset can only be forced once key loss；And electric-controlled type
Will also result in lockset when lock core is the problems such as occurring such as motor failure, damage of components can not be continuing with.
Meanwhile U-shape lock is generally used for locking bicycle, motor as a kind of common institute's lockset type in life at present
Vehicle, lattice door etc.；Existing U-shape lock is mainly made of stop, U-shape lock ring and the lock core that is placed in stop, the two of stop
End offers the lockhole for being worn respectively for the both ends of U-shape lock ring, and is offered on U-shape lock ring for being carried out for lock core
The locked groove of locking, to realize the bilateral locking effect to U-shape lock ring using lock core, although U-shape lock ring can be adjusted
Length, but can also increase the complexity of lock core structure and reduce the antitheft and anti-forcible entry performance of lockset；In addition, existing U-shape lock
Also generally existing unlock and closedown mode it is single the defects of.
Invention content
In view of the deficiency of the prior art, it is an object of the present invention to provide a kind of hands/from movable lock core knot
Structure；Hand/automatic U-shaped lock is formed by based on aforementioned lock core structure it is another object of the present invention to provide a kind of.
To achieve the goals above, first technical solution that the present invention uses for：
A kind of hand/automatic lock core structure, it includes
One lock core cavity shell offers the power chamber of sequence perforation in the lock core cavity shell, adjusts chamber in the horizontal direction
With lock bolt chamber, a lockhole chamber for being vertically distributed and connecting with lock bolt chamber is further opened in the lock core cavity shell
Room；
One automatically controlled driver, the automatically controlled driver are packaged in lock core cavity shell；
One power transaxle, the power transaxle are installed in power cavity room, head end and the electricity of the power transaxle
The power output end of control driver is connected makees conversion output in the horizontal direction with the power for exporting automatically controlled driver；
One elastic lock bolt, the elasticity lock bolt are installed in lock bolt chamber；When the elasticity lock bolt is under decompressed state,
The end of the elasticity lock bolt is located in lock bolt chamber；When the elasticity lock bolt is under pressurized state, the elasticity lock bolt
End is located in lockhole chamber；
One key unlocking device, the key unlocking device are installed in adjusting cavity room and can be relative to the horizontal planes for adjusting chamber
It rotates, and the key unlocking device is held between power conversion the tip of the axis and the head end of elastic lock bolt.
Preferably, be additionally provided in the lock core cavity shell one with power chamber coaxial distribution and connect with power chamber
Chamber is assembled, the automatically controlled driver is installed in the indoor drive motor of assembly cavity for one；
The power transaxle includes that a cephalic par is led through the rotary screw of the head port distribution of power chamber and one
Body is installed in power cavity room and thread set is in the translation swivel nut on the terminal part of rotary screw, the end of the translation swivel nut
It offsets with key unlocking device, the head end of the rotary screw is connected on the power output shaft of drive motor, and the rotation spiral shell
The cephalic par of bar is formed with the spacing ring that the inner face of the head end mouth of one and power chamber offsets.
Preferably, the key unlocking device be installed in adjusting cavity room including one and be held on power conversion the tip of the axis with
Spill spin block and one between the head end of elastic lock bolt are vertically arranged in the key lock shaft in lock core cavity shell, the rotation
Block is a bar shaped soil block cloddy, offers an adjusting positioning port on the spill spin block, the top end part of the key lock shaft is run through
It is distributed in adjusting positioning port, and the key lock shaft drives spill spin block to make relative to the horizontal plane for adjusting chamber in adjusting cavity room
Rotary motion.
Preferably, the elastic lock bolt include a lock tongue bar portion, one be formed in lock tongue bar portion head end limit ring portion, one
It is formed in the head end side of limit ring portion and compresses bar portion with what key unlocking device offseted and one be set in lock tongue bar portion and be located at
The indoor resetting spring of lock bolt chamber；When the elasticity lock bolt is under decompressed state, the end of the lock tongue bar portion is located at lock bolt
In chamber；When the elasticity lock bolt is under pressurized state, the end of the lock tongue bar portion is located in lockhole chamber.
Preferably, the automatically controlled driving plate and difference that one is connected with automatically controlled driver are also installed on the lock core cavity shell
Signal identifier, energy-storage battery and the latch switch being electrically connected with automatically controlled driving plate, the latch switch are located at lockhole chamber
Bottom end.
Preferably, the signal identifier is the Fingerprint Identification Unit on the side wall of lock core cavity shell or is built in lock core
The wireless communication module of chamber shell.
Second technical solution that the present invention uses for：
A kind of hand/automatic U-shaped lock, it includes a U-shape lock ring, a stop and the lock core being packaged in stop；The lock
Core uses a kind of above-mentioned hand/automatic lock core structure, the stop both ends in the horizontal direction to offer one respectively for for U-shaped
The both ends of lock ring align the first lockhole and the second lockhole of sleeve respectively, and first lockhole with the coaxial distribution of lockhole chamber simultaneously
It is connected with lockhole chamber.
Preferably, one end of the U-shape lock ring is formed with the curved fixing axle of an arc after being bent in an arc shape, the other end is formed with one
Be arranged in the indoor positioning lock shaft of lockhole chamber by the first lockhole, on the peripheral wall of the positioning lock shaft and with the end of lock bolt chamber
The position of the opposite position of mouth offers the locked groove for the end contraposition engaging for elastic lock bolt；Second lockhole is one curved with arc
The axial aperture structure that the shape and trend of fixing axle match.
Preferably, the stop include one be coaxially distributed with lock core cavity shell fixation lock pillar, one will fixed lock pillar and lock core
Inner tube set that chamber shell cladding is integrated, one be coated on inner tube set outside outer wall set, second lockhole is opened in fixing lock
On column, first lockhole is opened up along the radial direction of inner tube set through inner tube set and outer wall set, and the fixed lock pillar with
It is additionally provided with sealing ring between inner tube set and between lock core cavity shell and inner tube set.
As the above scheme is adopted, the present invention is converted by the automatically controlled driver and key unlocking device of setting in power
Entire lock core can be achieved under the cooperation of axis and elastic lock bolt and U-shape lock is formed by manually or automatically based on this lock core structure
Locking and unlocking function, the safety that greatly ensure that the diversity of lock core and lockset occupation mode and use；Lock core and U
Type lock it is simple and compact for structure, operation and it is easy to use various, safe, have very strong practical value and marketing valence
Value.
Description of the drawings
Fig. 1 is the cross section structure schematic diagram of the lock core of the embodiment of the present invention；
Fig. 2 is the cross section structure schematic diagram of the lock core cavity shell of the embodiment of the present invention；
Fig. 3 is the structural decomposition diagram of the lock core of the embodiment of the present invention；
Fig. 4 is the cross section structure schematic diagram of the U-shape lock of the embodiment of the present invention；
Fig. 5 is the structural decomposition diagram of the U-shape lock of the embodiment of the present invention；
Fig. 6 is the Standard schematic diagram of the U-shape lock of the embodiment of the present invention；
In figure：
10, lock core cavity shell；11, epivalve shell；12, hypovalve shell；13, valve shell is held；A, power chamber；B, chamber is adjusted；C, it locks
Fasten chamber with a bolt or latch；D, lockhole chamber；E, chamber is assembled；
20, automatically controlled driver；30, power transaxle；31, rotary screw；32, swivel nut is translated；33, spacing ring；
40, elastic lock bolt；41, lock tongue bar portion；42, ring portion is limited；43, bar portion is compressed；44, resetting spring；
50, key unlocking device；51, spill spin block；52, key lock shaft；53, positioning port is adjusted；
60, automatically controlled driving plate；61, signal identifier；62, energy-storage battery；63, latch switch；
70, U-shape lock ring；71, the curved fixing axle of arc；72, lock shaft is positioned；73, locked groove；
80, stop；81, the first lockhole；82, the second lockhole；83, fixed lock pillar；84, inner tube set；85, outer wall set；86, close
Seal.
Specific implementation mode
The embodiment of the present invention is described in detail below in conjunction with attached drawing, but the present invention can be defined by the claims
Implement with the multitude of different ways of covering.
Such as Fig. 1 to Fig. 3 is simultaneously combined shown in fig. 4 to fig. 6, a kind of hand/automatic lock core structure provided in this embodiment, it is wrapped
It includes：
One lock core cavity shell 10 is mainly used for encapsulating the internal components of lock core, and it can be adopted as the case may be
With integral type or split type hollow housing structure, can also be used as shown in Figure 3 by epivalve shell 11, hypovalve shell 12 and end valve
Shell 13 is formed by split type hollow housing structure after making assembly；Opened up in the horizontal direction in lock core cavity shell 10 (it will be understood that
To be division or separating) there is the power chamber a of sequence perforation, adjust chamber b and lock bolt chamber c, meanwhile, in lock core cavity shell 10
Also opening up and (also being understood as being to divide or separate) has a lockhole chamber for being vertically distributed and connecting with lock bolt chamber c
d；
One automatically controlled driver 20 is mainly used for providing power for the moving parts of lock core, can be according to lock core cavity shell 10
Concrete structure or the structure type of itself be packaged in lock core cavity shell 10；
One power transaxle 30, be mainly used for the power for being exported automatically controlled driver 20 make in the horizontal direction conversion it is defeated
Go out, to make the component being installed in adjusting chamber b and lock bolt chamber c link, is installed in power chamber a, and
Its head end is connected with the power output end of automatically controlled driver 20；
One elastic lock bolt 40, is installed in lock bolt chamber c, at which under decompressed state (i.e.：It is not affected by level side
To extruding force in the case of) when, the end of elastic lock bolt 40 is located in lock bolt chamber c；And under pressurized state (i.e.：
In the case of extruding force by horizontal direction) when, the end of elastic lock bolt 40 is then stretched out by the end port of lock bolt chamber c and most
Final position is in lockhole chamber d；
One key unlocking device 50 is mainly used for being coordinated in order to be revolved to have driven by key with key
Turn, to realize to the pressure of elastic lock bolt 40 or decompression effect, is installed in and adjusts in chamber b and can be relative to adjusting chamber
The horizontal plane of b rotates, and key unlocking device 50 is held on the head of the end and elastic lock bolt 40 of power transaxle 30
Between end.
Based on this, entire lock core can be realized manually or automatically by the automatically controlled driver 20 and key unlocking device 50 of setting
Locking and unlocking function, specially：
1, by making it export power and under the action of power transaxle 30 by power the control of motor driver 20
Outbound course be converted to horizontal direction (that is, using motor driver 20 drive power transaxle 30 in the horizontal direction into
Row movement), when the direction where power transaxle 30 towards elastic lock bolt 40 is moved, can be pushed away by key unlocking device 50
Dynamic elasticity lock bolt 40 is (i.e.：Press to elastic lock bolt 40) so that the end of elastic lock bolt 40 is stretched out by lock bolt chamber c
It is automatic locking to complete in lockhole chamber d；Conversely, then when automatically controlled driver 20 drives the 30 negative direction movement of power transaxle
Accessible thrust or pressure to elastic lock bolt 40, so that elastic lock bolt 40 automatically resets, the end of elastic lock bolt 40 is returned
To complete automatic unlocking in lock bolt chamber c.
2, by the structure design of key unlocking device 50 (variation of such as shape), user can rotate key solution by key
Device 50 is locked, since key unlocking device 50 is held between power transaxle 30 and elastic lock bolt 40,30 phase of power transaxle
When being equivalent to a movable part in a fixed component, elastic lock bolt 40, during key unlocking device 50 rotates, by
The distance between the head end of its side wall and elastic lock bolt 40 can be changed in the variation of its shape and structure, to realize to elastic lock bolt
Pressure or decompression function, and then complete lock core manual locking or manual unlocking.
It may make whole by the structure improvement to conventional lock cylinders and the structure fusion between building block based on this
A lock core integrates traditional mechanical lock function and electric lock cylinder function, once there is electric-controlled parts failure, user in lock core
Unlock using key；And when there is key loss, user can then be unlocked in a manner of automatically controlled, to greatly
It ensure that the diversity and safety that lock core uses.
To optimize the structure and function of the automatic locking of entire lock core or unlock, be additionally provided in lock core cavity shell 10 one with
The assembly chamber e that power chamber a is coaxially distributed and connects with power chamber a, automatically controlled driver 20 preferably one are installed in
With the drive motor in chamber e；And power transaxle 30 includes then head port distribution of the cephalic par through power chamber a
Rotary screw 31 and a main body are installed in power chamber a and thread set is in the translation swivel nut on the terminal part of rotary screw 31
32；Wherein, the end of translation swivel nut 32 and the peripheral wall of key unlocking device 50 offset, and the head end of rotary screw 31 is then connected to drive
On the power output shaft of dynamic motor, and it is formed in a head end mouth with power chamber a in the cephalic par of rotary screw 31
The spacing ring 33 that end face offsets.As a result, since the power that drive motor is exported is revolving power, rotation spiral shell is utilized at this time
The power that drive motor exports can be then converted to the power of horizontal direction with the cooperation of translation swivel nut 32 by bar 31, due to spacing ring
33 effect and rotary screw 31 are affixed on the output shaft of drive motor, therefore rotary screw 31 can only be in power chamber
It is rotated in a, translation swivel nut 32 can be driven to be moved horizontally in power chamber a to be applied to key unlocking device 50 at this time
Add thrust or pressure relief, to complete the automatic locking or unlocking function of lock core.Certainly, the motor driver of the present embodiment
40 also can use electric hydaulic device according to actual conditions, and hydraulic push rod then can be used in power transaxle 30, so that electronic
Driver 40 can directly export power in the horizontal direction.
To ensure that user can carry out manual locking or unlock, while optimizing the structure of lock core, this implementation to the maximum extent
The key unlocking device 50 of example includes one being installed in and adjusting in chamber b and be held on the end of power transaxle 30 and (specially translate
The end of swivel nut 32) spill spin block 51 between the head end of elastic lock bolt 40 and one vertically it is arranged in lock core cavity shell 10
The interior key lock shaft 52 for being inserted into and being coordinated with key for key；Wherein, spill spin block 51 be a bar shaped soil block cloddy (such as
Class rectangular parallelepiped structure, ellipsoid like structure etc. be non-equilateral or non-isometric geometrical form body), meanwhile, in spill spin block 51
On offer an adjusting positioning port 53 (its shape optimum is bar shaped), and the top end part of key lock shaft 52 is then positioned through adjusting
Mouth 53 is distributed, and key lock shaft 52 can drive spill spin block 51 adjusting in chamber b relative to the horizontal plane work for adjusting chamber b
Rotary motion.It can be used as a result, using key lock shaft 52 as the drive shaft of spill spin block 51, when user inserts a key into
Spill spin block 51 can be driven to be rotated after in key lock shaft 52, to change it using the shape Orientation differences of spill spin block 51
The distance between elastic lock bolt 40, and then form pressure or decompression to elastic lock bolt 40；And it utilizes and adjusts positioning port 53 then
It can be in the case that key lock shaft 52 do not operated so that spill spin block 51 is under the action of automatically controlled driver 20 and power transaxle 30
Be moved horizontally to form towards the direction where elastic lock bolt 40 to the pressure of elastic lock bolt 40 relative to key lock shaft 50 or
Person carries out horizontal shifting under the elastic force effect of elastic lock bolt 40 relative to the direction where key lock shaft 50 towards power transaxle 30
It moves to form the decompression to elastic lock bolt 40.
For the structure of optimization elasticity lock bolt 40, ensure that it has enough effects that automatically resets, the snap lock of the present embodiment
Door bolt 40 includes that the limit ring portion 42, one for the head end that a lock tongue bar portion 41, one is formed in lock tongue bar portion 41 is formed in limit ring portion 42
Head end side and with key unlocking device 50 offset compress bar portion 43 and one be set in lock tongue bar portion 41 and be located at lock bolt chamber c
Interior resetting spring 44；When elastic lock bolt 40 is under decompressed state, due to the meeting in lock bolt chamber c of resetting spring 44
Carry out elastic force release so that lock tongue bar portion 41, limit ring portion 42 with compress bar portion 43 can be synchronous towards where key unlocking device 50
Direction is moved, so that the end of lock tongue bar portion 41 is located at or bounces back in lock bolt chamber c to complete unlock；Conversely,
When elastic lock bolt 40 is under pressurized state, lock tongue bar portion 41, limit ring portion 42 with compress bar portion 43 can synchronous court
It is moved in the direction of lockhole chamber d so that resetting spring 44 is compressed in lock bolt chamber c, and the end of lock tongue bar portion 41
Then it is located at or stretches into lockhole chamber d, to completes to lock.
To optimize the utility function of entire lock core to the maximum extent, one and automatically controlled driving are also installed on lock core cavity shell 10
The automatically controlled driving plate 60 and signal identifier 61, the energy-storage battery 62 being electrically connected respectively with automatically controlled driving plate 60 that device 20 is connected
With latch switch 63, wherein latch switch 63 is located at the bottom end of lockhole chamber d.It can be identified as a result, using signal identifier 61
Locking or unlocking signal can control automatically controlled driver 40 to export accordingly after signal is proved to be successful by automatically controlled driving plate 60
Power to be locked or be unlocked, and can also realize automatic locking or unlocking motion using latch switch 63, such as with lock core phase
When lock ring or tapered end of cooperation etc. are pressed against or are detached from latch switch 63, automatically controlled driving plate 60 can be according to latch switch 63
On/off signal exports corresponding power to realize locking or unlock to control automatically controlled driver 50；And energy-storage battery 62 can be then
The consuming parts of entire lock core provide electric energy guarantee.
Preferably, the signal identifier 61 of the present embodiment can use and be flush-mounted in lock core cavity shell 10 as the case may be
Side wall on Fingerprint Identification Unit or be built in wireless communication module (such as wifi module or bluetooth module of lock core cavity shell 10
Deng)；With this, user can be by Fingerprint Identification Unit typing finger print information and after automatically controlled driving plate 60 is proved to be successful finger print information
It is unlocked or locks, can also be realized pair by information matches and the communication technology using mobile communication equipments such as mobile phones
The automatic unlocking and locking function of lock core.Certainly, the signal identifier 61 of the present embodiment can also be used radio-frequency module etc. its
He verifies or signal recognition device.
Based on above-mentioned lock core structure, for the defect for solving present in existing U-shape lock, such as fig. 4 to fig. 6 simultaneously combines Fig. 1
Shown in Fig. 3, the present embodiment additionally provides a kind of hand/automatic U-shaped lock, it includes a U-shape lock ring 70, a stop 80 and encapsulation
Lock core in stop 80；Wherein, lock core uses a kind of above-mentioned hand/automatic lock core structure, stop 80 in the horizontal direction two
End offers first lockhole 81 and the second lockhole 82 for aligning sleeve respectively for the both ends of U-shape lock ring 70 respectively, and
The coaxial distribution of first lockhole 81 and lockhole chamber d is simultaneously connected with lockhole chamber d.It is aligned as a result, by the both ends of U-shape lock ring 70
U-shape lock ring 70 can be locked on stop 80, since it has by sleeve after in corresponding lockhole by the control to lock core
Manually and automatically locking and unlocking function greatly ensure that diversity when user uses U-shape lock and safety.
To avoid U-shape lock ring 70 from forcibly being extracted out of stop 80 by lawless people, at the same it is whole to reduce to the maximum extent
The structural complexity of a lockset, one end of the U-shape lock ring 70 of the present embodiment be formed with after being bent in an arc shape the curved fixing axle 71 of an arc,
The other end is then formed with a positioning lock shaft 72 being arranged in by the first lockhole 81 in lockhole chamber d, in the week of positioning lock shaft 72
On the wall and position of position opposite with the end port of lock bolt chamber c offers the lock for the end contraposition engaging for elastic lock bolt 40
Slot 73；And the second lockhole 82 is then an axial aperture structure to match with the shape of the curved fixing axle of arc 71 and trend.Positioning lock as a result,
Axis 72 by after 40 snap lock of elastic lock bolt, the cooperation using curved 71 and second lockhole 82 of fixing axle of arc can be U-shape lock ring 70 not
Locked one end provides firm plug bush structure space, to be equivalent to the bilateral locking effect for foring U-shape lock.
In addition, to enhance the sealing structure of entire U-shape lock to the maximum extent, ensure the water proof and dust proof of lock core building block
Performance, the stop 80 of the present embodiment include a fixation lock pillar 83, one being coaxially distributed with lock core cavity shell 10 will fixed lock pillar 83 with
Lock core cavity shell 10 coats the outer wall set 85 that the inner tube set 84, one being integrated is coated on the outside of inner tube set 84, wherein the second lockhole
82 are opened on fixed lock pillar 83, and the first lockhole 81 is opened along the radial direction of inner tube set 84 through inner tube set 84 and outer wall set 85
If being additionally provided with sealing ring 86 between fixed lock pillar 83 and inner tube set 84 and between lock core cavity shell 10 and inner tube set 84.
The foregoing is merely the preferred embodiment of the present invention, are not intended to limit the scope of the invention, every utilization
Equivalent structure or equivalent flow shift made by description of the invention and accompanying drawing content is applied directly or indirectly in other correlations
Technical field, be included within the scope of the present invention.
Claims (9)
1. a kind of hand/automatic lock core structure, it is characterised in that：It includes
One lock core cavity shell offers the power chamber of sequence perforation in the lock core cavity shell, adjusts chamber and lock in the horizontal direction
It fastens chamber with a bolt or latch, a lockhole chamber for being vertically distributed and connecting with lock bolt chamber is further opened in the lock core cavity shell；
One automatically controlled driver, the automatically controlled driver are packaged in lock core cavity shell；
One power transaxle, the power transaxle are installed in power cavity room, head end and the automatically controlled drive of the power transaxle
The power output end of dynamic device is connected makees conversion output in the horizontal direction with the power for exporting automatically controlled driver；
One elastic lock bolt, the elasticity lock bolt are installed in lock bolt chamber；It is described when the elasticity lock bolt is under decompressed state
The end of elastic lock bolt is located in lock bolt chamber；When the elasticity lock bolt is under pressurized state, the end of the elasticity lock bolt
In lockhole chamber；
One key unlocking device, the key unlocking device are installed in adjusting cavity room and can be revolved relative to the horizontal plane for adjusting chamber
Transhipment is dynamic, and the key unlocking device is held between power conversion the tip of the axis and the head end of elastic lock bolt.
2. a kind of hand/automatic lock core structure as described in claim 1, it is characterised in that：It is additionally provided in the lock core cavity shell
One is installed in assembly with the coaxial assembly chamber for being distributed and connecting with power chamber of power chamber, the automatically controlled driver for one
The indoor drive motor of chamber；
The power transaxle includes that a cephalic par is filled through the rotary screw of the head port distribution of power chamber and a main body
In power cavity room and thread set is in the translation swivel nut on the terminal part of rotary screw, the end of the translation swivel nut and key
Spoon unlocking device offsets, and the head end of the rotary screw is connected on the power output shaft of drive motor, and the rotary screw
Cephalic par is formed with the spacing ring that the inner face of the head end mouth of one and power chamber offsets.
3. a kind of hand/automatic lock core structure as described in claim 1, it is characterised in that：The key unlocking device includes a dress
In adjusting cavity room and the spill spin block being held between power conversion the tip of the axis and the head end of elastic lock bolt and one is along perpendicular
For histogram to the key lock shaft being arranged in lock core cavity shell, the spill spin block is a bar shaped soil block cloddy, is opened on the spill spin block
Positioning port is adjusted equipped with one, the top end part of the key lock shaft is distributed through positioning port is adjusted, and the key lock shaft drives
Spill spin block rotates in adjusting cavity room relative to the horizontal plane for adjusting chamber.
4. a kind of hand/automatic lock core structure as described in claim 1, it is characterised in that：The elasticity lock bolt includes a lock tongue
Bar portion, one be formed in lock tongue bar portion head end limit ring portion, one be formed in limit ring portion head end side and with key unlocking device
Offset compress bar portion and one be set in lock tongue bar portion and be located at the indoor resetting spring of lock bolt chamber；The elasticity lock bolt is in
When under decompressed state, the end of the lock tongue bar portion is located in lock bolt chamber；When the elasticity lock bolt is under pressurized state, institute
The end for stating lock tongue bar portion is located in lockhole chamber.
5. a kind of hand/automatic lock core structure as described in claim 1, it is characterised in that：It is also installed on the lock core cavity shell
The one automatically controlled driving plate being connected with automatically controlled driver and the signal identifier being electrically connected respectively with automatically controlled driving plate, energy storage electricity
Pond and latch switch, the latch switch are located at the bottom end of lockhole chamber.
6. a kind of hand/automatic lock core structure as claimed in claim 5, it is characterised in that：The signal identifier be flush-mounted in
Fingerprint Identification Unit on the side wall of lock core cavity shell or the wireless communication module for being built in lock core cavity shell.
7. a kind of hand/automatic U-shaped lock, it includes a U-shape lock ring, a stop and the lock core being packaged in stop；Its feature exists
In：The lock core is using a kind of hand/automatic lock core structure as described in any one of claim 1-6, and the stop is in level
The both ends in direction offer first lockhole and the second lockhole for aligning sleeve respectively for the both ends of U-shape lock ring respectively, and
The coaxial distribution of first lockhole and lockhole chamber is simultaneously connected with lockhole chamber.
8. a kind of hand as claimed in claim 7/automatic U-shaped lock, it is characterised in that：Make curved bend in one end of the U-shape lock ring
The curved fixing axle of an arc is formed with after folding, the other end is formed with one and is arranged in the indoor positioning lock shaft of lockhole chamber by the first lockhole,
On the peripheral wall of the positioning lock shaft and position of position opposite with the end port of lock bolt chamber is offered for the end for elastic lock bolt
The locked groove of end contraposition engaging；Second lockhole is an axial aperture structure to match with the shape of the curved fixing axle of arc and trend.
9. a kind of hand as claimed in claim 7/automatic U-shaped lock, it is characterised in that：The stop includes one same with lock core cavity shell
The fixation lock pillar of axis distribution, one will inner tube set that fixed lock pillar is integrated with lock core cavity shell cladding, one be coated on the outer of inner tube set
The outer wall set of side, second lockhole are opened on fixed lock pillar, first lockhole along inner tube set radial direction through
Inner tube set and outer wall set open up, and are additionally provided between the fixed lock pillar and inner tube set and between lock core cavity shell and inner tube set
Sealing ring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109653611A (en) * | 2019-01-17 | 2019-04-19 | 深圳市万跃龙科技有限公司 | Intelligent chain lock |
| CN110094118A (en) * | 2019-06-06 | 2019-08-06 | 深圳沃圣数码科技有限公司 | A kind of lock structure and fingerprint-based padlock |
| CN111347917A (en) * | 2019-09-30 | 2020-06-30 | 博众精工科技股份有限公司 | Latch structure for battery replacement, locking device, unlocking device, electric vehicle |
| US11781344B2 (en) | 2019-08-23 | 2023-10-10 | Lockus, Llc | Electronic lock |
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Application publication date: 20180831 |