CN208546054U - Bin door lock and lock control system - Google Patents
Bin door lock and lock control system Download PDFInfo
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- CN208546054U CN208546054U CN201821077805.6U CN201821077805U CN208546054U CN 208546054 U CN208546054 U CN 208546054U CN 201821077805 U CN201821077805 U CN 201821077805U CN 208546054 U CN208546054 U CN 208546054U
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- lock
- unblocks
- connecting rod
- locking bolt
- controller
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Abstract
Bin door lock, including lock body and lock ring；Lock body includes shell, lock core, unblocks lock module and solenoid driver circuit module, and solenoid driver circuit module is connected with controller；Unblocking lock module includes: axially displaceable locking bolt, and lock ring may pass through the movement routine of the locking bolt, be provided with limiting section on locking bolt；The locking bolt spring for leaving the active force of lock ring is provided for locking bolt；The connecting rod that unblocks that locking bolt can be limited；The connecting rod that makes to unblock is moved to the connecting rod reset spring that unblocks for the position that abutting part thereon and limiting section abut against；The electromagnet being electrically connected with solenoid driver circuit module, the drive shaft of electromagnet are connected with the connecting rod that unblocks, and the abutting part that the connecting rod that unblocks can be driven to be moved to thereon leaves limiting section；The lock core linkage board being connected with lock core, lock core linkage board are connected with the connecting rod that unblocks, and the abutting part that the connecting rod that unblocks can be driven to be moved to thereon leaves limiting section.The utility model has a variety of solution lock accesses, convenient for management.
Description
Technical field
The utility model relates to a kind of lockset more particularly to a kind of door locks and lock control in the equipment such as cabinet body, cabinet
System.
Background technique
Optical cross box is a kind of interface equipment for backbone optical cable and optical distribution cable junction in optical cable access net, is being communicated
Field, which has, to be widely applied.Traditional optical cross box mostly uses standard machinery closedown structure, does not have the function of long-range or electronics unlock
Can, staff can only hold corresponding key to scene unlock when unlock, such as key loss or take by mistake, then can not unlock, single
Unlocking manner reduce working efficiency, influence job schedule.And it is many kinds of due to mechanical lock, each lock is all distinguished
A corresponding key kit, key quantity is big, brings inconvenience to management.
Utility model content
The purpose of this utility model is to provide a kind of with a variety of modes that unblock, convenient for the bin door lock of management.
The another object of the utility model is to provide a kind of lock control system convenient for management.
In order to realize above-mentioned first purpose, the utility model takes following technical solution:
Bin door lock, comprising: lock body, and the lock ring that can be mutually separated with the lock body；The lock body include shell and
The lock core that is set in the shell unblocks lock module and solenoid driver circuit module, the solenoid driver circuit module
It is connected with a controller；The lock module that unblocks includes: that can may pass through institute along the locking bolt that itself axial reciprocating moves, the lock ring
The movement routine of locking bolt is stated, its end may pass through the lock ring or leave the lock ring when locking bolt is mobile, on the locking bolt
It is provided with limiting section；The locking bolt spring for leaving the active force of the lock ring is provided for the locking bolt；The locking bolt can be limited to leave
The connecting rod that unblocks of the lock ring is provided with the abutting part abutted against with the limiting section, the solution on the connecting rod that unblocks
Locking connecting rod can be abutted against in the abutting part and the limiting section or the abutting part leave the position of the limiting section between move
It is dynamic；The mobile connecting rod reset spring that unblocks of the connecting rod that unblocks described in driving, the connecting rod reset spring that unblocks can make institute
It states the connecting rod that unblocks and is moved to the position that the abutting part and the limiting section abut against；With the solenoid driver circuit module
The electromagnet of electrical connection, the drive shaft of the electromagnet are connected with the connecting rod that unblocks, and can drive the connecting rod that unblocks
It is moved to the abutting part and leaves the limiting section；The lock core linkage board being connected with the lock core, the lock core linkage board and institute
It states the connecting rod that unblocks to be connected, the lock core can be moved to the abutting by the connecting rod that unblocks described in lock core linkage board drive
Leave the limiting section in portion.
More specifically, the rear end of the lock ring is mutually fixed by lock ring bracket with cabinet body, and front end can be protruded into the lock body；
The lock body is set in cabinet door.
More specifically, the lock module that unblocks further includes front shroud and back shroud, and the connecting rod that unblocks is turned by connecting rod
Axis is connected with the front shroud and/or back shroud.
More specifically, the lock ring is U-shaped.
It preferably, further include the pin position inductor being connected with the controller, the pin position inductor is located at
The side of the locking bolt end, the locking bolt can trigger the pin position inductor when moving in place.
Preferably, the lock module that unblocks further includes the locking bolt block piece being oppositely arranged with the lock ring, the locking bolt resistance
Block piece includes block and stopper spring, and the block is movable to the movement routine of the locking bolt under stopper spring effect
On, and the movement routine of the locking bolt can be moved away under the action of the lock ring.
Preferably, the lock module that unblocks further includes the connecting rod limit that unblocks being set in the shell by limit rotary shaft
Position plate and the positive stop hook that is connected with the connecting rod that unblocks are provided on the connecting rod limit plate that unblocks and unblock described in
The mobile limiting slot for carrying out accommodating the positive stop hook free end when normal release of connecting rod, the connecting rod limit plate that unblocks is in gravity
It can freely swing around the limit rotary shaft under effect.
It preferably, further include the wake-up button being electrically connected with the controller.
More specifically, module is connect the controller with lock control system main-machine communication by wireless communication.
More specifically, module is connected the controller with mobile terminal by wireless communication, the mobile terminal and lock control
System host communication connection.
In order to realize above-mentioned second purpose, the utility model takes following technical solution:
A kind of lock control system, comprising: electric control lock and lock control system host, it is characterised in that: the electric control lock is aforementioned case
Cabinet door lock, the lock control system host are connect with the controller telecommunication, the controller and lock status detection device and
Door condition sensor electrical connection；The controller can receive the instruction of the lock control system host, the control in the operating condition
Device processed acquires the state of the electric control lock by the lock status detection device and uploads current shape to the lock control system host
State.
It further, further include the mobile terminal that can be communicated to connect with the controller, under the controller working condition
It can receive the instruction of the mobile terminal.
It further, further include the wake-up button being electrically connected with the controller, the controller is in not under normal conditions
Dormancy state, after the wake-up button is triggered, the controller is in working condition by dormant state transformation.
Further, the lock status detection device and door condition sensor are integrated in one.
From the above technical scheme, the door lock of the utility model can pass through electromagnet solution lock access and lock core solution lock access
Realize unlock, electromagnet solution lock access is controlled by controller, and controller is according to unlocking signal, and lock is unlocked operation on the door；Lock
Core solution lock access uses five anti-Intelligent lock structures, is unlocked by computer key.The utility model passes through controller or computer key
The mode opened up unlocks, and solving tradition machinery locking, existing unlocking manner is single, key quantity is more, asking of being not easy to manage
Topic.In addition, the use environment of optical cross box is mainly outdoors, because outdoor environment is more severe and the originals such as operator is managed improperly
Cause, it may occur that situations such as lockset of optical cross box forgets locking by people's malicious sabotage or maintenance personnel's carelessness, thus non-working person
Chamber door can arbitrarily be opened and carry out illegal operation or damage equipment, communication network failure is caused, in the preferred embodiment of the utility model
In, the position of locking bolt is incuded by the way that such as microswitch inductor is arranged, and the state of door lock is recorded while unblocking and operating,
And uploaded by controller, the state of door lock can be understood in time, avoided and be unable to timely learning door lock state and lead to equipment quilt
The case where malicious sabotage, occurs.
Detailed description of the invention
It, below will be to required in embodiment or description of the prior art in order to illustrate more clearly of the utility model embodiment
The attached drawing used does simple introduction, it should be apparent that, the drawings in the following description are merely some embodiments of the present invention,
For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings
Other attached drawings.
Fig. 1 is that 1 door lock of the utility model embodiment is mounted on the schematic diagram on bin；
Fig. 2 is the schematic diagram that 1 door lock of embodiment is mounted on another angle on bin；
Fig. 3 is that 1 lock ring of embodiment is installed on the schematic diagram on lock ring bracket；
Fig. 4 is the decomposition texture schematic diagram of 1 lock body of embodiment；
Fig. 5 is the structural schematic diagram that embodiment 1 unblocks lock module；
Fig. 6 is the decomposition texture schematic diagram that embodiment 1 unblocks another angle of lock module；
Locking bolt and the status diagram for unblocking lock module when Fig. 7 is locking；
Locking bolt and the status diagram for unblocking lock module when Fig. 8 is unlock；
Locking bolt and the status diagram for unblocking another angle of lock module when Fig. 9 is locking；
Figure 10 is the block diagram of 1 electric part of the utility model embodiment；
Figure 11 is the block architecture diagram using the lock control system of 1 door lock of the utility model embodiment；
Figure 12 is the block diagram of the electric part of 1 another embodiment of the utility model embodiment；
Figure 13 is the structural schematic diagram that the utility model embodiment 2 unblocks lock module；
Figure 14 is the structural schematic diagram of 2 locking bolt block piece of the utility model embodiment；
The position view of locking bolt block piece and locking bolt when Figure 15 is locking；
The position view of locking bolt block piece and locking bolt when Figure 16 is unlock；
Figure 17 is the structural schematic diagram of 3 locking bolt block piece of the utility model embodiment.
Specific embodiment of the present utility model is described in more detail below in conjunction with attached drawing.
Specific embodiment
In order to which above and other objects, features and advantages of the utility model can be become apparent from, it is practical new that this is cited below particularly
Type embodiment, and cooperate appended diagram, it is described below in detail.
Embodiment 1
Referring to Fig.1, Fig. 2 and Fig. 3, bin door lock include lock body 1 and lock ring 2, and lock body 1 is mounted in cabinet door 100, lock ring 2
It is mutually fixed by lock ring bracket 200 with cabinet body, lock ring bracket 200 is set in cabinet body, positioned at the inside of cabinet door 100.This implementation
The lock ring 2 of example is in U-shape, and the rear end of lock ring 2 is fixed on lock ring bracket 200 by threaded fastener, and front end and lock body 1 are opposite,
And it can protrude into lock body 1.
As shown in figure 4, lock body 1 includes shell 11, cover board 12, lock core 13, unblocks lock module 14 and solenoid actuated electricity
Road module 15.Cover board 12 is connected by screw with shell 11, and the lock ring hole 12a passed through for lock ring 2 is offered on cover board 12.Lock body
1 is fixed in cabinet door 100, and when shutting cabinet door 100, the front end of lock ring 2 is protruded into lock body 1 after passing through lock ring hole 12a.Lock core
13, it unblocks lock module 14 and solenoid driver circuit module 15 is all set in shell 11.It is provided in the front end face of lock core 13
ID chip 13-1 and dustproof cover 13-2.The ID chip 13-1 of the present embodiment is built-in with using conventional radio frequency label chip
The coil and radio frequency chip being serially connected.
Referring to Fig. 5, Fig. 6, Fig. 7 and Fig. 9, unblock lock module 14 include front shroud 14-1, back shroud 14-2, locking bolt 14-3,
Locking bolt spring 14-4, the connecting rod 14-5 that unblocks, electromagnet 14-6, unblock connecting rod reset spring 14-7 and lock core linkage board
14-8.The lock ring slot 14-2a passed through for lock ring 2, when lock body 1 is latched lock ring 2, lock ring 2 are provided on back shroud 14-2
After protruding into lock body 1, into lock ring slot 14-2a；Locking bolt 14-3 and 2 quadrature arrangement of lock ring, and locking bolt 14-3 can be along itself axis
To reciprocating movement, when locking bolt 14-3 is along itself axial movement, the lock ring 2 that may pass through in lock ring slot 14-2a realizes locking,
Or it is detached from lock ring 2 and realizes unlock.Limiting section 14-3a is provided on locking bolt 14-3, the limiting section 14-3a of the present embodiment is radially
The lug boss of the annular of locking bolt 14-3 outer peripheral surface is protruded from, but limiting section is also possible to the groove being recessed inwardly.Locking bolt spring 14-
4 provide the power for disengaging it from lock ring 2 for locking bolt 14-3, and the locking bolt spring 14-4 of the present embodiment is sheathed on locking bolt 14-3,
One end of locking bolt spring 14-4 is resisted against on the limiting section 14-3a of locking bolt 14-3, and the other end is resisted against below lock ring slot 14-2a.
Locking bolt spring 14-4 can also be arranged in other manners.In the present embodiment, in other no external forces, locking bolt spring
14-4 provides the power moved down for locking bolt 14-3, and making locking bolt 14-3 always has the trend for being detached from lock ring 2.
The connecting rod 14-5 that unblocks movably is set on back shroud 14-2 (or front shroud 14-1), and unblocking connecting rod 14-5 can
It is moved between the position that the limiting section 14-3a of locking bolt 14-3 abutted against or left limiting section 14-3a.Unblock connecting rod 14-5
With outwardly projecting abutting part 14-5a, abutted against with the limiting section 14-3a of locking bolt 14-3.The connecting rod that unblocks of the present embodiment
14-5 is set on back shroud 14-2 by connecting rod shaft 14-5b, and abutting part 14-5a is against under limiting section 14-3a when locking
Side, limitation locking bolt 14-3 are moved down, when the connecting rod 14-5 rotation that unblocks makes abutting part 14-5a leave limiting section 14-3a, lock
Bolt 14-3 is detached from the limit for the connecting rod 14-5 that unblocks, and can move down, and leaves lock ring 2, realizes unlock.
The connecting rod 14-5 that unblocks is connected with the drive shaft of electromagnet 14-6, and electromagnet 14-6 is as unblocking connecting rod 14-5's
Driving unit can drive the connecting rod 14-5 rotation that unblocks when electromagnet 14-6 movement by drive shaft.The connecting rod that unblocks resets
Spring 14-7 provides one for the connecting rod 14-5 that unblocks and moves it to the position that abutting part 14-5a and limiting section 14-3a are abutted against
The power set.The connecting rod reset spring 14-7 that unblocks of the present embodiment is sheathed in the drive shaft of electromagnet 14-6, and unblock connecting rod
One end of reset spring 14-7 supports with the connecting rod 14-5 that unblocks, the shell of the other end and electromagnet 14-6 are supported.Electromagnet 14-
6 are electrically connected with solenoid driver circuit module 15, and it is electromagnet that solenoid driver circuit module 15, which is electromagnet 14-6 power supply,
14-6 provides driving current, acts electromagnet 14-6.Solenoid driver circuit module 15 is connected (Fig. 9) with controller 3, electromagnetism
The movement of iron 14-6 is controlled by controller 3.Controller 3 can be integrated in lock body 1, can also be independently of lock body 1 outside.The present embodiment
Controller 3 be external.Controller 3 can be used rechargeable battery powered, or other equipment power-extractings or connect alternating current etc. out of cabinet.
It unblocks and connecting rod 14-5 while being also connected with lock core linkage board 14-8.Assembly is provided on lock core linkage board 14-8a
Hole 14-8a, lock core 13 pass through cooperation and lock core linkage board on the drive plate of its rear end between biasing post 13-3 and pilot hole 14-8a
14-8 is connected, and biasing post 13-3 is protruded into the pilot hole 14-8a on lock core pull rod 14-8.After lock core 13 unlocks, pass through key
It operates lock core 13 to rotate, and further drives the connecting rod 14-5 rotation that unblocks by lock core linkage board 14-8, realize unlock.
As a preferred embodiment of the present embodiment, unblocking lock module 14 further includes the connecting rod limit plate 14-9 that unblocks
With positive stop hook 14-10.Positive stop hook 14-10 is connected with the connecting rod 14-3 that unblocks, when the connecting rod 14-3 that unblocks is rotated, positive stop hook
14-10 follows the connecting rod 14-3 that unblocks to rotate together.After the connecting rod limit plate 14-9 that unblocks is set to by limit rotary shaft 14-9a
On cover board 14-2, the connecting rod limit plate 14-9 that unblocks can freely swing under the effect of gravity around limit rotary shaft 14-9a.The company of unblocking
Limiting slot 14-9b is provided on bar limit plate 14-9, the free end of positive stop hook 14-10 can be put into limiting slot 14-9b.It unblocks
Connecting rod limit plate 14-9 and positive stop hook 14-10 is for preventing door lock to be opened under abnormal condition.
As shown in fig. 7, under normal blocking, on the abutting part 14-5a and locking bolt 14-3 of the connecting rod 14-5 that unblocks
Limiting section 14-3a is abutted against, and the top locking bolt 14-3 passes through lock ring 2, and cabinet door can not open, and positive stop hook 14-10 is with unblocking at this time
Connecting rod 14-5 is rotated to the position for the limiting slot 14-9a for leaving the connecting rod limit plate 14-9 that unblocks in its free end.Such as Fig. 8 institute
Show, under normal release state, the connecting rod 14-5 that unblocks rotation, abutting part 14-5a be detached from limiting section 14-3a, locking bolt 14-3 to
Under be moved out lock ring 2, drive positive stop hook 14-10 to be transferred to and unblocks connecting rod limit plate 14-9's when the connecting rod 14-5 that unblocks is rotated
In limiting slot 14-9a.In the lockout condition, when door lock is moved by violence impact or cabinet body, so that the connecting rod limit that unblocks
Position plate 14-9 swings inclination, and the connecting rod 14-5 that unblocks must be rotated by unlocking, since lock body unblocks when by violence impact
It locks connecting rod limit plate 14-9 to occur to swing displacement, positive stop hook 14-10 can not be transferred in limiting slot 14-9a, limit the company of unblocking
Bar 14-5 is further rotated so that lockset can not unlock, so as to prevent stranger by the improper means such as violence damage into
Row unlock.
Further, unblocking lock module 14 further includes microswitch 14-11, and microswitch 14-11 is set to locking bolt 14-
3 end, for incuding the position of locking bolt 14-3, so as to detect the state of door lock.Microswitch 14-11 (pin position
Inductor) it is connected with controller 3, so that the location information of locking bolt 14-3 is sent to controller 3.In order to avoid locking bolt 14-3 frequency
It is numerous to be contacted with microswitch 14-11, cause microswitch 14-11 to damage, it is preferred that in locking bolt 14-3 and micro-control switch 14-11
Between be provided with elastic slice 14-12, the end of locking bolt 14-3 is contacted by elastic slice 14-12 with microswitch 14-11.In addition to that can adopt
Microswitch is used as outside pin position inductor, it can also be using sensors such as hall device, proximity sensors come induction lock
The position of bolt.
As shown in Figure 10, module is connected controller 3 with long-range lock control system host 4 by wireless communication, by wireless
Network and lock control system host 4 carry out information exchange, can be sent to the state for the locking bolt 14-3 that microswitch 14-11 is sensed
Lock control system host 4, in order to which remote management center obtains the state of door lock in time.Lock control system host 4 is the long-range of routine
Platform is managed, lock control system host 4 is prefixed microcomputer anti-misoperation system software general in the prior art, for carrying out the pipe of lockset
The operations such as reason, authorization.Lock control system host 4 can send to controller 3 and instruct, and lock is unlocked operation on the door.It is furthermore preferred that being
Reduction system power dissipation, bin door lock further include waking up button 5, wake up button 5 and are set on shell 11, wake up button 5 and control
Device 3 processed is electrically connected.Under normality, controller 3 in a dormant state, when needing to unlock, is first pressed and wakes up button 5, by controller 3
It is waken up from dormant state, lock control system host 4 can send unlocking signal to controller 3 at this time, and controller 3 is according to lock control system
The unlocking signal that host 4 is sent controls solenoid driver circuit module 15 as electromagnet 14-6 energization, is unlocked；Fine motion is opened
The state of 14-11 acquisition door lock (locking bolt) is closed, and collected information is sent to controller 3, controller 3 is to lock control system master
Machine 4 uploads the status information for working as front door lock.In the awake state, lock control system host 4 can request door lock to controller 3 at any time
Upload the current state of door lock.Setting, which wakes up button 5, also has the function of confirmation operation personnel in place, for example, controlling under normality
In a dormant state, controller 3 can not receive unlocking signal in the dormant state and be unlocked device 3, and only operator is to now
After the wake-up wake-up controller 3 of button 5 is pressed in field, unlocking signal could be sent to controller 3 and be unlocked, if personnel are not in place
Then unlocking signal unlock is sent without normal direction controller.In addition, in order to allow lock control system host 4 that can inspect periodically the shape of bin door lock
State, controller 3 are configured as periodically automatically waking up and (can also automatically waking up without pressing wake-up button), and controller 3 is called out automatically
The current state of bin door lock is actively uploaded after waking up to lock control system 4.The period automatically waken up can be 24 hours or 12 small
When or 8 hours or other times.
As shown in figure 11, lock control system includes electric control lock (bin door lock), controller 3 and lock control system host 4, lock control system
System host 4 is connect with 3 telecommunication of controller.Have in electric control lock the driving unit (electromagnet) being electrically connected with controller 3 and
Lock status detection device (microswitch).
There are two types of unlocking channels for the door lock of the utility model: electromagnet solution lock access and lock core solution lock access.It ties below
Fig. 7 and Fig. 8 is closed to be illustrated both unlocking modes.
Electromagnet solution lock access: as shown in fig. 7, the abutting part 14-5a and locking bolt 14-3 of the connecting rod 14-5 that unblocks when locking
On limiting section 14-3a abut against, locking bolt 14-3 can not be moved, upper part pass through lock ring 2, realize locking；It is in controller
In the state of wake-up, when lock control system host 4 sends unlocking signal to controller 3 by network, controller 3 receives unlock
After signal, control solenoid driver circuit module 15 is powered to electromagnet 14-6, and electromagnet 14-6 movement, drive rod drives solution
It is latched connecting rod 14-5 rotation, the abutting part 14-5a for the connecting rod 14-5 that unblocks leaves the limiting section 14-3a of locking bolt 14-3, locking bolt 14-
It after 3 are detached from the limit for the connecting rod 14-5 that unblocks, is moved down under the action of locking bolt spring 14-4, is detached from lock ring 2, realize unlock
(Fig. 8).Controller 3 sends a pulse signal to electromagnet 14-6 when unlock, its movement is made to drive the connecting rod 14-5 shifting that unblocks
It is unlocked after dynamic, controller 3 stops powering to electromagnet 14-6 after unlock.When locking, locking bolt 14-3 is pushed up, upper part is made
Across lock ring 2, since electromagnet 14-6 only can just be powered when unlock, electromagnet 14-6 is without electricity in other cases,
Connecting rod 14-5 then unblock under the action of unblocking connecting rod reset spring 14-7, abutting part 14-5a is re-moved to locking bolt
The lower section of the limiting section 14-3a of 14-3, abutting part 14-5a are caught in limiting section under the action of unblocking connecting rod reset spring 14-7
The lower section of 14-3a limits locking bolt 14-3, and keeps abutting part 14-5a always with the limiting section 14-3a's of locking bolt 14-3
State is supported, realizes locking.
In addition it is also possible to which sending unlocking signal to controller 3 by mobile terminal 6 carries out the operation that unblocks.Such as Figure 12 institute
Show, mobile terminal 6 obtains unlock authorization from lock control system host 4, and sends unlocking signal, control to controller 3 by bluetooth
Device 3 processed controls electromagnet action and is unlocked.The door lock state information of microswitch 14-11 acquisition can be direct by controller 3
It is sent to lock control system host 4, in the case where network is bad, mobile terminal 6 can also be first sent to by controller 3, by
Mobile terminal 6 is sent to lock control system host 4.After mobile terminal 6 can also be using unlock be requested to lock control system host 4, by
Lock control system host 4 is directly unlocked to the mode that controller 3 issues unlock instruction.
Lock core solution lock access: as shown in figure 11, the computer key 7 by authorization can be used to open for door lock, computer key 7
Unlocking head is equipped with reading code circuit, and the coding of the ID chip of 13 front end of lock core can be read.Computer key 7 by mobile terminal 6 or
Key fits device (not shown) is connect with lock control system host 4, and unlock permission is obtained from lock control system host 4.Computer key 7
The coding of the ID chip of door lock is read, confirmation lockset is that could lock to be unlocked on the door after being authorized to openable door lock.Solution
After lock, rotation lock core 13 is operated by computer key 7, band movable lock core interlock plate 14-8 is mobile when lock core 13 rotates, to pull
The connecting rod 14-5 that unblocks rotation, realizes and unlocks.Identical five anti-lock core, each lock core front end setting can be used in multiple cabinet doors
The ID chip of different coding after the unlocking head of computer key 7 is inserted into lock core, reads the coding of ID chip, and confirmation ID coding is correct
Afterwards, unlocking head can just rotate lock core, and computer key 7 can be managed multiple locksets by one in this way, avoid existing skill
A key corresponds to the mode of a lock and leads to more situations key management confusion in art.
Embodiment 2
The present embodiment place different from embodiment 1 is: the lock module that unblocks of the present embodiment further includes locking bolt block piece
14-13, locking bolt block piece 14-13 are located in lock ring slot 14-2a, and opposite with lock ring 2.As shown in Figure 13 and Figure 14, locking bolt hinders
Block piece 14-13 includes block piece mounting base 14-13a, block 14-13b and stopper spring 14-13c.The block 14- of the present embodiment
13b is set in block piece mounting base 14-13a, and block piece mounting base 14-13a is set in lock ring slot 14-2a, block 14-
Stopper spring 14-13c, work of the block 14-13b in stopper spring 14-13c are set between 13b and block piece mounting base 14-13a
With lower pop-up except block piece mounting base 14-13a, after block 14-13b pop-up in the movement routine of locking bolt 14-3；Gear
The elastic force of stopper spring 14-13c can be overcome when block 14-13b is by external force and is retracted in block piece mounting base 14-13a.
It is further described below with reference to action process of the Figure 15 and Figure 16 to locking bolt block piece:
As shown in figure 15, when locking, lock ring 2 is protruded into lock body (lock ring slot), and locking bolt 14-13 passes through lock ring 2, and cabinet door can not
It opens.When lock ring 2 protrudes into lock body in blocking, the front end of lock ring 2 and the block 14-13b of locking bolt block piece 14-13
It offsets, block 14-13b is withstood in block piece mounting base 14-13a.
As shown in figure 16, when unlock, locking bolt 14-3 is moved down, and exits lock ring 2, allow lock ring 2 exit outward in
Outside lock body, so as to open cabinet door.When lock ring 2 exits outside lock body, block 14-13b due to losing supporting for lock ring 2,
It pops up, is moved in the movement routine of locking bolt 14-3 outward under the action of stopper spring 14-13c, due to block 14-13b's
Stop, locking bolt 14-3 can not be moved up at this time.
Locking bolt block piece is arranged in the present embodiment, if door is not closed correctly, i.e., when lock ring 2 is not protruded into lock body, by
In other no external forces on block 14-13b, block 14-13b is always positioned at lock under the action of stopper spring 14-13c
In the movement routine of bolt 14-3, locking bolt 14-3 is blocked, makes it that can not move up locking, at this time microswitch 14-11 induction less than
Locking bolt 14-3 illustrates that door is not turned off and door lock is also non-latching；When only door is correctly shut, lock ring 2 protrudes into lock body and by locking bolt
The top block 14-13b of block piece 14-13 is back in block piece mounting base 14-13a, and block 14-13b leaves the shifting of locking bolt 14-3
Dynamic path, locking bolt 14-3 can just be moved up at this time, passed through lock ring 2 and realized locking, microswitch 14-11 senses locking bolt at this time
14-3 illustrates that door is turned off and door lock is also latched.It is not closed correctly so as to avoid door, and the case where door lock has been latched,
And the present embodiment integrates pin position sensor and door condition sensor, and an inductor (second need to only be arranged
Microswitch 13-11) it can be achieved with the detection of door lock state and shutdown state two states, it is sensed without additional setting door state
Device simplifies structure.
Embodiment 3
The present embodiment place different from embodiment 2 is: the block 14-13b of the locking bolt block piece of the present embodiment passes through
Shaft 14-13d is set in lock ring slot.As shown in figure 17, the block 14-13b of the present embodiment is a fan-shaped block, block
14-13b can around the shaft 14-13d rotate, block 14-13b around the shaft 14-13d rotate when, the mobile road of locking bolt 14-3 can be gone to
On diameter or leave the movement routine of locking bolt 14-3.Stopper spring is a torsional spring (not shown), when block 14-13b is not by other
When external force, torsional spring rotates block 14-13b to the position positioned at the movement routine of locking bolt 14-3, when closing the door lock ring 2
When protruding into, front end and the block 14-13b of lock ring 2 are supported, and continue to protrude into lock ring 2, block 14-13b can be stapled 2 tops
It opens, to be rotated away from the movement routine of locking bolt 14-3, locking bolt 14-3 can be upward through lock ring 2, realize locking.
Certainly, the technical concept of the utility model is not limited in above-described embodiment, can also be according to the utility model
Design obtains many different concrete schemes, for example, lock ring in addition to that can use U-shaped structure, can also use ring structure, also
Lock ring can be machined in a manner of lockhole on the Metal Flake body with some strength；By lock ring and cabinet body phase when outward swinging door
Fixed, lock body is installed on a door, and when inward swinging door can also mutually fix lock body with cabinet body, and lock ring is installed on a door；Lock ring can be with
It protrudes into lock body, can also be located at outside lock body, such as be independently disposed to above or below lock body, as long as locking bolt can pass through lock ring
Realize locking；Such as these change and equivalent transformation should be included in it is described in the utility model within the scope of.
Claims (14)
1. bin door lock characterized by comprising lock body, and the lock ring that can be mutually separated with the lock body；
The lock body includes shell, and be set in the shell lock core, unblock lock module and solenoid driver circuit mould
Block, the solenoid driver circuit module are connected with a controller；
The lock module that unblocks includes:
The movement routine of the locking bolt can be may pass through along the locking bolt that itself axial reciprocating moves, the lock ring, the locking bolt is mobile
When its end may pass through the lock ring or leave the lock ring, be provided with limiting section on the locking bolt；
The locking bolt spring for leaving the active force of the lock ring is provided for the locking bolt；
The connecting rod that unblocks that the locking bolt leaves the lock ring can be limited, is provided with and the limiting section on the connecting rod that unblocks
The abutting part abutted against, the connecting rod that unblocks can be abutted against in the abutting part with the limiting section or the abutting part leaves
It is moved between the position of the limiting section；
The mobile connecting rod reset spring that unblocks of the connecting rod that unblocks described in driving, the connecting rod reset spring that unblocks can make institute
It states the connecting rod that unblocks and is moved to the position that the abutting part and the limiting section abut against；
The electromagnet being electrically connected with the solenoid driver circuit module, the drive shaft of the electromagnet and the connecting rod that unblocks
It is connected, and the connecting rod that unblocks can be driven to be moved to the abutting part and leave the limiting section；
The lock core linkage board being connected with the lock core, the lock core linkage board are connected with the connecting rod that unblocks, and the lock core can
The abutting part, which is moved to, by the connecting rod that unblocks described in lock core linkage board drive leaves the limiting section.
2. bin door lock as described in claim 1, it is characterised in that: the rear end of the lock ring passes through lock ring bracket and cabinet body phase
Fixed, front end can be protruded into the lock body；The lock body is set in cabinet door.
3. bin door lock as claimed in claim 1 or 2, it is characterised in that: the lock module that unblocks further includes front shroud with after
Cover board, the connecting rod that unblocks are connected by connecting rod shaft with the front shroud and/or back shroud.
4. bin door lock as claimed in claim 1 or 2, it is characterised in that: the lock ring is U-shaped.
5. bin door lock as described in claim 1, it is characterised in that: further include the pin position sense being connected with the controller
Device is answered, the pin position inductor is located at the side of the locking bolt end, and the locking bolt can trigger the lock when moving in place
Bolt position sensor.
6. bin door lock as claimed in claim 1 or 5, it is characterised in that: the lock module that unblocks further includes and the lock ring
The locking bolt block piece being oppositely arranged, the locking bolt block piece include block and stopper spring, and the block is in the stopper spring
It is movable under effect in the movement routine of the locking bolt, and the shifting of the locking bolt can be moved away under the action of the lock ring
Dynamic path.
7. bin door lock as claimed in claim 1 or 2, it is characterised in that: the lock module that unblocks further includes being turned by limit
Axis is set to unblock connecting rod limit plate and the positive stop hook that is connected with the connecting rod that unblocks in the shell, described to unblock
It is provided on lock connecting rod limit plate and accommodates the positive stop hook free end when the mobile progress normal release of the connecting rod that unblocks
Limiting slot, the connecting rod limit plate that unblocks can freely swing under the effect of gravity around the limit rotary shaft.
8. the bin door lock as described in claims 1 or 2 or 5, it is characterised in that: further include being called out with what the controller was electrically connected
Awake button.
9. bin door lock as described in claim 1, it is characterised in that: the controller module and lock control system by wireless communication
Main-machine communication of uniting connects.
10. the bin door lock as described in claim 1 or 9, it is characterised in that: controller module and shifting by wireless communication
Dynamic terminal is connected, and the mobile terminal is connect with lock control system main-machine communication.
11. a kind of lock control system, comprising: electric control lock and lock control system host, it is characterised in that: the electric control lock is as right is wanted
1 to 10 described in any item bin door locks are sought, the lock control system host is connect with the controller telecommunication, the control
Device is electrically connected with lock status detection device and door condition sensor；
The controller can receive the instruction of the lock control system host in the operating condition, and the controller passes through the lock shape
State detection device acquires the state of the electric control lock and uploads current state to the lock control system host.
12. lock control system as claimed in claim 11, it is characterised in that: further include the shifting that can be communicated to connect with the controller
Terminal is moved, can receive the instruction of the mobile terminal under the controller working condition.
13. the lock control system as described in claim 11 or 12, it is characterised in that: further include being called out with what the controller was electrically connected
Awake button, under normal conditions in a dormant state, after the wake-up button is triggered, the controller is by suspend mode for the controller
State transformation is in working condition.
14. lock control system as claimed in claim 11, it is characterised in that: the lock status detection device and door condition sensor
It is integrated in one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821077805.6U CN208546054U (en) | 2018-07-06 | 2018-07-06 | Bin door lock and lock control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821077805.6U CN208546054U (en) | 2018-07-06 | 2018-07-06 | Bin door lock and lock control system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208546054U true CN208546054U (en) | 2019-02-26 |
Family
ID=65424023
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821077805.6U Active CN208546054U (en) | 2018-07-06 | 2018-07-06 | Bin door lock and lock control system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208546054U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109763713A (en) * | 2019-03-13 | 2019-05-17 | 宁波瑞奥物联技术股份有限公司 | A kind of intelligent panel lock |
| CN109972926A (en) * | 2019-05-07 | 2019-07-05 | 成都德泽停车场管理有限公司 | A kind of ground lock construction based on Cloud Server and magnetic induction |
| CN110359782A (en) * | 2019-07-02 | 2019-10-22 | 国网河北省电力有限公司衡水供电分公司 | A kind of equipment lock control management system based on mobile data |
| CN114320014A (en) * | 2021-12-31 | 2022-04-12 | 珠海优特电力科技股份有限公司 | Cabinet door lock |
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2018
- 2018-07-06 CN CN201821077805.6U patent/CN208546054U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109763713A (en) * | 2019-03-13 | 2019-05-17 | 宁波瑞奥物联技术股份有限公司 | A kind of intelligent panel lock |
| CN109763713B (en) * | 2019-03-13 | 2021-05-18 | 宁波瑞奥物联技术股份有限公司 | Intelligent panel lock |
| CN109972926A (en) * | 2019-05-07 | 2019-07-05 | 成都德泽停车场管理有限公司 | A kind of ground lock construction based on Cloud Server and magnetic induction |
| CN109972926B (en) * | 2019-05-07 | 2023-12-26 | 成都德泽停车场管理有限公司 | Ground lock structure based on cloud ware and magnetic induction |
| CN110359782A (en) * | 2019-07-02 | 2019-10-22 | 国网河北省电力有限公司衡水供电分公司 | A kind of equipment lock control management system based on mobile data |
| CN114320014A (en) * | 2021-12-31 | 2022-04-12 | 珠海优特电力科技股份有限公司 | Cabinet door lock |
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