CN206581721U - Electronic locking system - Google Patents
Electronic locking system Download PDFInfo
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- CN206581721U CN206581721U CN201720269266.5U CN201720269266U CN206581721U CN 206581721 U CN206581721 U CN 206581721U CN 201720269266 U CN201720269266 U CN 201720269266U CN 206581721 U CN206581721 U CN 206581721U
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- lock
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Abstract
The utility model embodiment provides a kind of electronic locking system, including framework；Install on said frame can between lock collar latched position and lock collar off-position axial rotation lock collar, the outer rim of the lock collar is provided with locking gap；On said frame install can between lock bolt latched position and lock bolt off-position axial rotation lock bolt, wherein, the lock bolt is mounted to relative to the lock collar：When the lock collar that and if only if turns to the lock collar latched position, the lock bolt can turn to the lock bolt latched position and be locked with coordinating with the locking gap；Wherein, the framework is provided with the first monitoring sensor, and the lock bolt is provided with the first trigger element, when the lock bolt turns to the lock bolt latched position, and first trigger element correspondingly rotates to trigger the first monitoring sensor.The utility model example structure is simple, and locking of being unlocked by way of rotation can be with laborsaving, and can monitor the lock-out state of lock bolt in real time by setting first to monitor sensor.
Description
Technical field
The utility model embodiment is related to electronic lock technical field, more particularly to a kind of electronic locking system.
Background technology
Modern logistics industry can use thing to ensure the safety and safe transportation of goods in goods tank body (or cabinet) exit
Reason lead sealing or electronic lead sealing are packaged, to ensure that goods will not be changed or stolen by artificial opening in transportation.
But General Physics lead sealing cannot be used second after a single use, and it will be totally disrupted after unlatching, thus make
Into great waste.
Even and inventor has found that electronic lead sealing can not also monitor lockset sheet in real time during the present invention is realized
The status information of body, can not in time be fed back when meeting with artificial destruction, therefore urgent need one kind can be used persistently in the industry, and energy
Self-monitoring, runs into the electronic lock that special circumstances can also be fed back in time.
Utility model content
The utility model embodiment provides a kind of electronic locking system, to solve present in prior art one or many
Individual problem.
The utility model embodiment provides a kind of electronic locking system, including：Framework；Being mounted on said frame can
The lock collar of axial rotation between lock collar latched position and lock collar off-position, the outer rim of the lock collar is provided with locking gap；
Be mounted on said frame can between lock bolt latched position and lock bolt off-position axial rotation lock bolt, wherein, institute
Lock bolt is stated to be mounted to relative to the lock collar：When the lock collar that and if only if turns to the lock collar latched position, the lock bolt
The lock bolt latched position can be turned to lock with the locking gap to coordinate；Wherein, the framework is provided with the first prison
Sensor is surveyed, the lock bolt is provided with the first trigger element, when the lock bolt turns to the lock bolt latched position, described the
One trigger element correspondingly rotates to trigger the first monitoring sensor.
Thus, electronic locking system of the present utility model is simple in construction, and locking of being unlocked by way of rotation can be laborsaving,
When lock collar turns to lock collar latched position, lock bolt can just turn to lock bolt latched position and be locked so as to coordinate with lock collar, further
Ground, when lock bolt turns to lock bolt off-position from lock bolt latched position, lock collar can be rotated, and be passed by the first monitoring
Sensor can monitor whether lock bolt locks in real time.
In some embodiments, the lock bolt is connected with motor, and the framework is described provided with the second monitoring sensor
Lock collar is provided with the second trigger element, the first monitoring sensor, the second monitoring sensor, the motor and same master
Machine is connected, and when the lock collar turns to the lock collar latched position, second trigger element is correspondingly rotated to trigger
The second monitoring sensor is stated, the main frame receives the electric signal of the second monitoring sensor, and sending locking to the motor refers to
Order, the motor drives the lock bolt axial rotation, when the lock bolt turns to the lock bolt latched position, and described first touches
Hair element is correspondingly rotated to trigger the first monitoring sensor, and the first monitoring sensor sends telecommunications to the main frame
Number.
Thus, electronic locking system of the present utility model is simple in construction, and the lock-out state of lock collar can be monitored in real time, so that
It can be notified after lock collar locking and control lock bolt to lock.
In some embodiments, the framework is provided with the 3rd monitoring sensor, and the lock bolt is provided with the 3rd triggering
Element, when the lock bolt turns to the lock bolt off-position, the 3rd trigger element correspondingly rotates described to trigger
3rd monitoring sensor.
Thus, electronic locking system of the present utility model can also monitor the released state of lock bolt, so as in lock bolt
Lock collar is pointed out to rotate after unblock, so as to prevent lock collar when lock bolt is not unlocked or not unlock lock collar rotation when in place completely
Destroy lock bolt.
In some embodiments, first trigger element and the 3rd trigger element are same trigger element.
Thus, electronic locking system of the present utility model by same trigger element can be in different location triggereds not
Same sensor, the first monitoring sensor can be triggered in lock bolt latched position, the 3rd can be triggered in lock bolt off-position
Sensor is monitored, it is simple in construction.
In some embodiments, the electronic locking system also includes lock box, and the lock box includes lock box base and upper
Lid, the framework provided with the 4th monitoring sensor, the lock box be mounted to the lock box base with it is described it is upper lid close so that
The 4th monitoring sensor closure, when the upper lid is separated with the lock box base, the upper lid and the described 4th sensing
Device separation can trigger the 4th monitoring sensor.
Thus, electronic locking system of the present utility model wraps up each member in each element, protection lock box by using lock box
Part, while by setting sensor, to the realtime monitoring of lock box, preventing malicious sabotage electronic locking system.
In some embodiments, the first monitoring sensor, the second monitoring sensor, the 3rd monitoring are passed
Sensor and the 4th monitoring sensor are uniformly distributed on said frame.
Thus, will not be too near and mutual because of distance between each sensor in electronic locking system of the present utility model
Influence, is also prevented from too close, not easy to operate and rotation between each element.
In some embodiments, first trigger element, second trigger element and the 3rd trigger element
It is driving lever, the first monitoring sensor, the second monitoring sensor, the 3rd monitoring sensor and the 4th prison
It is microswitch to survey sensor.
Thus, electronic locking system of the present utility model can be accurately detected by using driving lever and microswitch
The small rotation of some of lock bolt and lock collar, simple in construction, sensitivity is high.
In some embodiments, the distance between axle center of the lock collar and the lock bolt axial rotation is less than the lock
The radius sum of disk and the lock bolt axial rotation.
Thus, the lock collar and lock bolt of electronic locking system of the present utility model are turned to after latched position and can closely blocked
Close, realize firm locking.
In some embodiments, the lock bolt is provided with overhanging bearing pin, when the lock bolt axial rotation to the locking
During position, the overhanging bearing pin can coordinate with the locking gap to be locked.
Thus, electronic locking system of the present utility model coordinates with locking gap by using overhanging bearing pin and locked, and makes lock
Disk and lock bolt in same plane, do not reduce the consume of friction etc..
In some embodiments, the electronic locking system is also included through the lock collar and the framework with by described in
The control-rod that lock collar is fixed, the control-rod can drive the lock collar axial rotation, and one end of the control-rod can be by people
The lock collar is set to turn to lock collar latched position or lock collar off-position for control, the other end can control opening for external valve
Close.
Thus, electronic locking system of the present utility model can realize the connection with outside by control-rod, and one end is used for
Artificial control, one end is used to control external valve, so as to be used cooperatively with external valve, the suitability with external equipment
It is good.
The electronic locking system that the utility model embodiment is provided, is locked by way of lock collar and lock bolt are using rotation
And unblock, torque is smaller, can be laborsaving, can be used in large-scale equipment, and can monitor the lock-out state of lock bolt in real time.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the accompanying drawing used required in description of the prior art is briefly described, it should be apparent that, drawings in the following description are
Some embodiments of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work,
Other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the internal structure stereogram of one embodiment of electronic locking system in the utility model；
Fig. 2 is the overall structure figure of one embodiment of electronic locking system in the utility model；
Fig. 3 is the partial structurtes profile of one embodiment of electronic locking system in the utility model；
Fig. 4 is the outside left view of one embodiment of electronic locking system in the utility model；
Fig. 5 is the outboard front view of one embodiment of electronic locking system in the utility model.
Reference：1- frameworks；2- lock collars；3- lock bolts；4- first monitors sensor；The trigger elements of 5- first；6- motors；
7- second monitors sensor；The trigger elements of 8- second；9- the 3rd monitors sensor；10- the 4th monitors sensor；The overhanging pins of 11-
Axle；12- control-rods；13- positioning disks；14- lock box bases；Covered on 15-.
Embodiment
To make the purpose, technical scheme and advantage of the utility model embodiment clearer, below in conjunction with accompanying drawing to this
Technical scheme in utility model embodiment is clearly and completely described.Described embodiment is the utility model one
Divide embodiment, rather than whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not having
The every other embodiment obtained under the premise of creative work is made, the scope of the utility model protection is belonged to.
Embodiment of the present utility model can apply in various electronic locking systems, various places, and the utility model exists
Do not limit in this respect.
Fig. 1 is refer to, it is three-dimensional it illustrates the internal structure of one embodiment of electronic locking system in the utility model
Figure.Electronic locking system in the present embodiment, including framework 1；Being mounted on framework 1 can be in lock collar latched position and lock collar
The lock collar 2 of axial rotation between off-position, the outer rim of lock collar 2 is provided with locking gap；Being mounted on framework 1 can be in lock
Fasten the lock bolt 3 of axial rotation between latched position and lock bolt off-position with a bolt or latch, wherein, lock bolt 3 is mounted to relative to lock collar 2：When and
Only when lock collar 2 turns to lock collar latched position, lock bolt 3 can turn to lock bolt latched position and be locked with coordinating with locking gap
It is fixed；Wherein, framework 1 is provided with the first monitoring sensor 4, and lock bolt 3 is provided with the first trigger element 5, when lock bolt 3 turns to lock bolt
During latched position, the first trigger element 5 correspondingly rotates to trigger the first monitoring sensor 4.
In the present embodiment, lock collar latched position can have one or two, and lock collar off-position can have multiple, lock
Door bolt latched position can also have one or two, and lock bolt off-position can have multiple.In actual applications, make for convenience
With can only set a lock collar latched position and a lock bolt latched position.Wherein, lock collar and lock bolt can be mounted to：
During locking, lock collar that and if only if be in lock collar latched position when, lock bolt can just turn to lock bolt latched position with
Lock collar coordinates locking；During unblock, when and if only if lock bolt is in lock bolt off-position, lock collar could be locked from lock collar
Position turns to lock collar off-position to realize unblock.It is possible to further only set a lock bolt latched position and one to lock
Off-position is fastened with a bolt or latch, so as to monitor the lock-out state and release conditions of lock bolt exactly, it is to avoid because lock bolt discharges not in place
When, lock collar, which is rotated, damages lock bolt.
Thus, electronic locking system of the present utility model is simple in construction, unlocked by way of rotation locking can with laborsaving,
The lock-out state of lock bolt can be monitored in real time.
In some optional embodiments, lock collar and lock bolt can be rotated by manual control, or can be set by outside
Standby control is rotated, for example, can be driven and rotated by motor, or one of them can manually be controlled, and another can be by motor
Rotated Deng peripheral equipment control, the application is not limited in this regard.
Fig. 2 is refer to, it illustrates the overall structure figure of one embodiment of electronic locking system of the present utility model.With
Unlike Fig. 1, the overall structure of electronic locking system of the present utility model is shown in Fig. 2, in order that people in the art
Member more fully understands the application, the mode of internal structure stereogram and external structure part sectioned view is used, with preferably
Most components in the electronic locking system of the application are presented.
In certain embodiments, lock bolt 3 is connected with motor 6, and framework 1 is monitored provided with second and set in sensor 7, lock collar 2
There is the second trigger element 8, wherein, the first monitoring monitoring of sensor 4, second sensor 7, motor 6 (do not show with same main frame in figure
Go out) it is connected, when lock collar 2 turns to lock collar latched position, the second trigger element 8 correspondingly rotates to trigger the second monitoring sensing
Device 7, main frame receives the second electric signal for monitoring sensor 7, and lock instruction is sent to motor 6, and motor 6 drives lock bolt 3 axially to turn
Dynamic, when lock bolt 3 turns to lock bolt latched position, the first trigger element 5 is correspondingly rotated to trigger the first monitoring sensor 4,
First monitoring sensor 4 sends electric signal to main frame.
Thus, lock bolt is connected with motor in electronic locking system of the present utility model, can pass through host computer control motor belt motor
Dynamic lock bolt is rotated.When main frame knows that lock collar is in the locked position by second sensor, main frame can send to motor and lock
Instruction, drives lock bolt to turn to lock bolt latched position by motor afterwards, when lock bolt successfully coordinates with lock collar to be locked, the first prison
The electric signal of successfully locking will be sent to main frame by surveying sensor, so that main frame can know whether successfully to lock.
In certain embodiments, framework 1 is provided with the 3rd monitoring sensor 9, and lock bolt 3 is provided with (its of the 3rd trigger element 5
In, the 3rd trigger element can be same trigger element with the first trigger element, and what is shown in figure is for same trigger element
Situation, it is necessary to which explanation, the first trigger element and the 3rd trigger element may not be same trigger element, the application exists
Do not limit in this respect), when lock bolt 3 turns to lock bolt off-position, the 3rd trigger element 5 correspondingly rotates to trigger the 3rd
Monitor sensor 9.Wherein, the 3rd monitoring sensor can also be connected to same main frame with foregoing miscellaneous part, so as to
The unlocked state of lock bolt is fed back into main frame.It should be noted that because lock bolt is connected with motor, under normal circumstances, lock bolt
It can only be swung between unique lock bolt latched position and unique lock bolt off-position, when lock bolt is neither in lock bolt latched position
Also not at lock bolt off-position, i.e., when the first monitoring sensor and the 3rd monitoring sensor all do not monitor lock bolt, then
Illustrate that lock bolt or motor break down.
In some optional embodiments, the distance between axle center of lock collar 2 and the axial rotation of lock bolt 3 is less than lock collar and lock
Fasten the radius sum of axial rotation with a bolt or latch.It can be stuck in when turning to lock bolt latched position so as to lock bolt in lock collar gap and realize mutually matching
Close locking (what is shown in Fig. 2 is the state for coordinating locking).
In other optional embodiments, lock bolt 3 is provided with overhanging bearing pin 11, when the axial rotation of lock bolt 3 to locking bit
When putting, overhanging bearing pin 11 can coordinate with locking gap to be locked.Further alternative, lock bolt 3 can be fixed by positioning disk 13
It is connected on framework 1, and by positioning disk 13 with motor 6, positioning disk 13 can be accurately positioned and be supported to lock bolt 3, and
Lock bolt 3 is set to be swung between unique lock bolt latched position and unique lock bolt off-position, so as to pass through first
The monitoring monitoring sensor 9 of sensor 4 and the 3rd accurately monitors the locking and release of lock bolt 3.
In other optional embodiments, electronic locking system also includes lock box, and lock box includes lock box base 14 and upper
Lid 15, framework 1 is mounted to lock box base 14 and closed with upper lid 15 so that the 4th monitoring provided with the 4th monitoring sensor 10, lock box
Sensor 10 closes (as shown in Figure 3), and when upper lid 15 is separated with lock box base 14, upper lid 15 is separated with the 4th sensor 10
(as shown in Figure 2) and can trigger the 4th monitoring sensor 10.Wherein.4th monitoring sensor can also be with foregoing other
Part is connected to same main frame, so as in time by the upper feedback of status being unlocked of covering to main frame.
With continued reference to Fig. 3, cutd open it illustrates the partial structurtes of one embodiment of electronic locking system in the utility model
Face figure.
In the present embodiment, the first monitoring monitoring monitoring sensor 9 and the 4th of sensor the 7, the 3rd of sensor 4, second is supervised
Sensor 10 is surveyed to be uniformly distributed on framework.Wherein, the position of the first monitoring sensor can change with the position of lock bolt,
The position of 4th monitoring sensor is then with the edge variation of framework, and second monitors the position of sensor and the 3rd monitoring sensor
It could be arranged to maintain a certain distance with the first monitoring sensor and/or the 4th monitoring sensor, so as to ensure that each is monitored
Will not be because distance be too near and influences each other, such as being interfered electric signal between sensor.
In some optional embodiments, the first trigger element 5, the second trigger element 8 and the 3rd trigger element are to dial
Bar, the first monitoring monitoring monitoring monitoring sensor 10 of sensor 9 and the 4th of sensor the 7, the 3rd of sensor 4, second is fine motion
Switch.Thus, when lock collar or lock bolt turn to specified location, you can drive corresponding driving lever to rotate, so that driving lever is acted
Corresponding microswitch is triggered, corresponding signal is transferred to main frame by microswitch afterwards.
Fig. 4 is refer to, it illustrates the outside left view of one embodiment of electronic locking system in the utility model.
In the present embodiment, electronic locking system also includes running through the control-rod of lock collar 2 and framework 1 so that lock collar 2 to be fixed
12, control-rod 12 can drive the axial rotation of lock collar 2, and one end of control-rod 12 can make lock collar turn to lock collar by manual control
Latched position or lock collar off-position, the other end can control the switch of external valve.Wherein, the two ends of control-rod can
Extend to outside lock box, wherein one end can be rotated by manual control, the other end can for example be connected with ball valve, to control ball valve
Switch, ball valve is controlled by electronic locking system so as to realize.
With further reference to Fig. 5, it illustrates the outside main view of one embodiment of electronic locking system in the utility model
Figure.As shown in figure 5, externally, electronic locking system includes control-rod 12, lock box base 14 and upper lid 15.Due to can not be straight
Connect and see internal structure, therefore the locking principle of the electronic locking system of the application is not easy to be cracked.Further, if lock
Box for example pries open lid by malicious sabotage, and the 4th monitoring sensor installed between upper lid and the framework of inside also can be timely
The feedback of the information that lock box is destroyed realizes overall monitor to main frame.
Following Primary Reference Fig. 2 and Fig. 5, which introduces electronic locking system of the present utility model, is used for the oil truck that oil product is transported
Scene so that those skilled in the art better understood when the application.
First, a kind of specific structure of the utility model electronic locking system, including control-rod 12 shown in Fig. 5,
Lock box base 14 and upper lid 15；And framework 1, lock collar 2, the monitoring sensor 4, first of lock bolt 3, first shown in Fig. 2 are triggered
Element (or the 3rd trigger element) 5, the monitoring of motor 6, second sensor 7, the second trigger element 8, the 3rd monitoring sensor 9, the
Four monitoring sensors 10, overhanging bearing pin 11, control-rod 12 and positioning disk 13.
Wherein, control-rod 12 extends vertically through framework 1, and lock collar 2 is located at the side of framework 1 and extended vertically through by control-rod 12,
The homonymy of lock collar 2 is additionally provided with the positioning disk 13 being fixed on the framework 1 on framework 1, and one end of lock bolt 3 is fixed on positioning
On disk 13, and it is connected by positioning disk 13 with the motor 6 for the opposite side for being fixed on framework 1, positioning disk 13 can be carried out to lock bolt 3
It is accurately positioned and supports, and lock bolt 3 is swung between unique lock bolt latched position and unique lock bolt off-position,
So as to monitor locking and release that sensor 9 accurately monitors lock bolt 3 by the first monitoring sensor 4 and the 3rd.Lock bolt 3
The other end on be fixed with to be additionally provided with overhanging bearing pin 11, lock collar 2 and can accommodate the lock collar gap of overhanging bearing pin 11, work as lock collar
2 turn to lock collar latched position, when lock bolt 3 turns to lock bolt latched position, the locking gap in lock collar 2 can with lock bolt 3
Overhanging bearing pin coordinate locking.
The first monitoring sensor 4, second monitoring monitoring sensor 9 and the 4th of sensor the 7, the 3rd is additionally provided with framework 1
Monitor sensor 10.Wherein, the first monitoring sensor 4 is used for the lock-out state for monitoring lock bolt 3, and lock collar that and if only if 2 axially turns
When moving to lock collar latched position, lock bolt 3 can turn to lock bolt latched position and be locked with coordinating with lock collar 2, while on lock bolt 3
First trigger element 5 also concomitant rotation and can trigger the first monitoring sensor 4；Second monitoring sensor 7 is used to monitor lock collar 2
Lock-out state, when the axial rotation of lock collar 2 to lock collar latched position, the second trigger element 8 in lock collar 2 can trigger second
Monitor sensor 7；3rd monitoring sensor 9 is used for the release conditions for monitoring lock bolt 3, when the axial rotation of lock bolt 3 to lock bolt discharges
Behind position, the first trigger element 5 on lock bolt 3 rotates also with lock bolt 3 and can trigger the 3rd monitoring sensor 9；4th prison
Survey sensor 10 to be located on the position that upper lid 15 is overlapped with framework 1 after lock box base 14 is closed with upper lid 15, when upper lid 15 is opened
After can trigger the 4th monitoring sensor 10.
In addition, be provided with main frame on oil truck, main frame respectively with the first monitoring monitoring of sensor 4, second sensor 7,
3rd monitoring sensor the 9, the 4th monitoring sensor 10 and motor 6 are connected.Wherein, the process of locking is：When lock collar is turned to
During lock collar latched position, the second monitoring sensor is triggered, and signal is sent to main frame, and main frame receives signal and knows that lock collar has been locked
Ding Keshi is sealed；Afterwards, main frame can send to motor and apply envelope signal, and motor drives lock bolt to turn to lock bolt latched position, trigger
First monitoring sensor, completes locking.For some abnormal conditions, such as lock collar is unlocked, and now lock bolt can not apply envelope, then lead
Machine can also point out user " lock collar is unlocked " etc., if monitoring that lock collar is locked successfully in addition, and lock bolt fails normally to apply envelope, then
Main frame can attempt controlled motor and repeatedly apply envelope, if repeatedly applying failed, the reporting fault of envelope.
The process of unblock is：Signal is unsealed when main frame is sent to motor, motor drives lock bolt to turn to lock bolt off-position
When, triggering the 3rd monitors sensor and sends the signal that lock bolt has been unsealed to main frame, and main frame again passes through the signal that lock bolt has been unsealed
The form of signal lamp or sound informs user, and lock collar from lock collar latched position can be turned to lock collar off-position by user, complete
Into unblock.When some are abnormal, such as lock bolt is unsealed not successfully, and main frame can repeatedly attempt controlled motor deblocking, if one
It can not directly unseal, then answer reporting fault, or notify staff to handle.
4th monitoring sensor is then used for the state for monitoring lock box, and under normal circumstances, lock box is all in order at the state of closure,
4th monitoring sensor is also at the state not triggered, and after lock box cover is unlocked, the 4th monitoring sensor is triggered, to master
Machine sends signal, and main frame knows that lock box is unlocked, and starts the flow of subsequent alarms etc.
Finally it should be noted that：Above example is only to illustrate the technical solution of the utility model, rather than its limitations；
Although the utility model is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that：
It can still modify to the technical scheme described in foregoing embodiments, or which part technical characteristic is carried out etc.
With replacement；And these modifications or replacement, the essence of appropriate technical solution is departed from each embodiment technology of the utility model
The spirit and scope of scheme.
Claims (10)
1. a kind of electronic locking system, it is characterised in that including：
Framework；
On said frame install can between lock collar latched position and lock collar off-position axial rotation lock collar, the lock
The outer rim of disk is provided with locking gap；
On said frame install can between lock bolt latched position and lock bolt off-position axial rotation lock bolt, wherein,
The lock bolt is mounted to relative to the lock collar：When the lock collar that and if only if turns to the lock collar latched position, the lock
Door bolt can turn to the lock bolt latched position and be locked with coordinating with the locking gap；
Wherein, the framework is provided with the first monitoring sensor, and the lock bolt is provided with the first trigger element, when the lock bolt turns
When moving to the lock bolt latched position, first trigger element correspondingly rotates to trigger the first monitoring sensor.
2. electronic locking system according to claim 1, it is characterised in that the lock bolt is connected with motor, the framework
Provided with the second monitoring sensor, the lock collar is provided with the second trigger element, the first monitoring sensor, second prison
Sensor, the motor is surveyed with same main frame to be connected,
When the lock collar turns to the lock collar latched position, second trigger element correspondingly rotates to trigger described
Two monitoring sensors,
The main frame receives the electric signal of the second monitoring sensor, and lock instruction, the motor belt motor are sent to the motor
The lock bolt axial rotation is moved, when the lock bolt turns to the lock bolt latched position, first trigger element is correspondingly
Rotate to trigger the first monitoring sensor, the first monitoring sensor sends electric signal to the main frame.
3. electronic locking system according to claim 2, it is characterised in that the framework is provided with the 3rd monitoring sensing
Device, the lock bolt is provided with the 3rd trigger element,
When the lock bolt turns to the lock bolt off-position, the 3rd trigger element correspondingly rotates to trigger described
Three monitoring sensors.
4. electronic locking system according to claim 3, it is characterised in that first trigger element is touched with the described 3rd
Hair element is same trigger element.
5. electronic locking system according to claim 3, it is characterised in that the electronic locking system also includes lock box,
The lock box includes lock box base and upper lid, and the framework monitors sensor provided with the 4th,
The lock box is mounted to the lock box base and closed with the upper lid so that the 4th monitoring sensor is closed, when described
When upper lid is separated with the lock box base, the upper lid is separated with the 4th sensor can trigger the 4th monitoring sensing
Device.
6. electronic locking system according to claim 5, it is characterised in that the first monitoring sensor, described second
Monitoring sensor, the 3rd monitoring sensor and the 4th monitoring sensor are uniformly distributed on said frame.
7. electronic locking system according to claim 5, it is characterised in that first trigger element, described second touch
It is driving lever to send out element and the 3rd trigger element, the first monitoring sensor, the second monitoring sensor, described the
Three monitoring sensors and it is described 4th monitoring sensor be microswitch.
8. the electronic locking system according to any one of claim 1-7, it is characterised in that the lock collar and the lock bolt
The distance between axle center of axial rotation is less than the radius sum of the lock collar and the lock bolt axial rotation.
9. electronic locking system according to claim 8, it is characterised in that the lock bolt is provided with overhanging bearing pin, works as institute
When stating lock bolt axial rotation to the latched position, the overhanging bearing pin can coordinate with the locking gap to be locked.
10. electronic locking system according to claim 9, it is characterised in that the electronic locking system also includes running through
The control-rod of the lock collar and the framework so that the lock collar to be fixed, the control-rod can drive the lock collar axially to turn
Dynamic, one end of the control-rod can be made the lock collar turn to lock collar latched position or lock collar release position by manual control
Put, the other end can control the switch of external valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720269266.5U CN206581721U (en) | 2017-03-17 | 2017-03-17 | Electronic locking system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720269266.5U CN206581721U (en) | 2017-03-17 | 2017-03-17 | Electronic locking system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206581721U true CN206581721U (en) | 2017-10-24 |
Family
ID=60114620
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720269266.5U Active CN206581721U (en) | 2017-03-17 | 2017-03-17 | Electronic locking system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206581721U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115616926A (en) * | 2022-05-16 | 2023-01-17 | 深圳绿米联创科技有限公司 | Electronic equipment control method, electronic equipment, network equipment and control system |
-
2017
- 2017-03-17 CN CN201720269266.5U patent/CN206581721U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115616926A (en) * | 2022-05-16 | 2023-01-17 | 深圳绿米联创科技有限公司 | Electronic equipment control method, electronic equipment, network equipment and control system |
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