CN109653605A - A kind of locking system and leased equipment - Google Patents
A kind of locking system and leased equipment Download PDFInfo
- Publication number
- CN109653605A CN109653605A CN201910026713.8A CN201910026713A CN109653605A CN 109653605 A CN109653605 A CN 109653605A CN 201910026713 A CN201910026713 A CN 201910026713A CN 109653605 A CN109653605 A CN 109653605A
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- CN
- China
- Prior art keywords
- electronic device
- locking system
- motor
- interface
- pushing part
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- 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
- E05B47/0012—Operating or controlling locks or other fastening devices by electric or magnetic means with electric actuators; Constructional features thereof with rotary electromotors
-
- 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
- E05B47/02—Movement of the bolt by electromagnetic means; Adaptation of locks, latches, or parts thereof, for movement of the bolt by electromagnetic means
- E05B47/026—Movement of the bolt by electromagnetic means; Adaptation of locks, latches, or parts thereof, for movement of the bolt by electromagnetic means the bolt moving rectilinearly
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- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B73/00—Devices for locking portable objects against unauthorised removal; Miscellaneous locking devices
-
- 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
- E05B2047/0048—Circuits, feeding, monitoring
- E05B2047/0067—Monitoring
- E05B2047/0069—Monitoring bolt position
Abstract
A kind of locking system and leased equipment.This application involves a kind of locking systems, set reeded electronic device for locking.Locking system includes the components such as shell, pushing part, motor and driving section, latch portion, pcb board and detection switch.When user, which sends instructions to the pcb board, unlocks the electronic device, the pcb board controls the electric motor starting, the motor drives the pushing part sliding by the driving section, the pushing part pushes the supporting surface, so that after the latch portion drives the block tongue to exit the groove, the protruding portion triggers the detection switch, stops working so that the detection switch issues the first signal control motor.The application locking system, instead of structures such as great-power electromagnetic valves, effectively reduces the volume of locking system by linkage structure, and guarantees to act the secure ratcs of electronic device.
Description
Technical field
This application involves common equipment field more particularly to a kind of locking systems for the electronic device that locks, and packet
Leased equipment containing this electronic device.
Background technique
Existing mobile power source, portable interpreter, navigator, translator etc. provide the electronics dress of public lease service
It sets, deposits in public leased equipment more.Leased equipment needs to charge in real time to deposit in electronic device therein.Simultaneously
Leased equipment unlocks the electronic device after being connected to user's lease request, and again to electronics after user gives back the electronic device
Device is locked.Leased equipment will charge to electronic device, generally use the combination side of metal thimble and hard contact
Formula is realized.Metal thimble is set i.e. in the receiving storehouse of leased equipment, hard contact is set on the electronic device.Work as electronic device
Be pushed into receiving storehouse, the hard contact of electronic device is contacted in metal thimble, thus establish leased equipment and electronic device it
Between electric connection.In order to guarantee that metal thimble is contacted with the good of hard contact, metal thimble is set as the knot of elasticity stretching more
Structure.In electronic device one end, need to offset certain elastic force to the locking movement of electronic device by leased equipment.
Leased equipment on the market generallys use solenoid valve as locking system, on the electronic devices such as mobile power source at present
Increase locking groove.When electronic device moves in place, it is ensured that after the hard contact of metal thimble and electronic device is reliably connected, lock
Locking apparatus locks groove to keep metal thimble to be in confined state.In order to guarantee that locking system is reliably opened, often need
Power source that will be very big carrys out drive magnetic valve unlocking.And great-power electromagnetic valve on the market is sufficiently bulky, starting current is high, causes
The leased equipment power supply cost of storage electronic device steeply rises.On the other hand, electromagnetism locking inside configuration mostly uses spring, rents
Equipment of renting is likely to occur electromagnetic valve lock gyrus lingulais contracting during strenuous vibration, causes abnormal the case where unlocking.The lockings such as solenoid valve
Mechanism also can not detection electronic installation lockup state, if artificially will electronic device groove fill after give back electronic device again,
Leased equipment is easy not locking after the identity for normally recognizing electronic device, and electronic device is caused to be stolen, and it is so-called to occur
" vacation is given back " phenomenon.
Summary of the invention
Being designed to provide for the application is a kind of small in size, the locking system of high reliablity, it can be achieved that leased equipment to electricity
The reliable storage of sub-device.Specifically include following technical solution:
A kind of locking system sets reeded electronic device for locking, comprising:
Shell；
Pushing part is slidably connected with the shell；
Motor and driving section, the motor are fixedly arranged on the shell, the driving section be connected to the motor with it is described
Between pushing part, the motor drives the pushing part to slide along the shell by the driving section；
Latch portion, with the shell elastic connection, the latch portion includes block tongue and supporting surface, and the block tongue is made in elasticity
The groove of the electronic device is protruded under with the electronic device that locks；
Pcb board and detection switch, the detection switch and the pcb board are electrically connected, the detection switch also with it is described
Electrical connection of motor；
The protruding portion with detection switch cooperation is additionally provided on the pushing part or the latch portion；
When user, which sends instructions to the pcb board, unlocks the electronic device, the pcb board controls the motor and opens
Dynamic, the motor drives the pushing part sliding by the driving section, and the pushing part pushes the supporting surface, so that institute
It states after latch portion drives the block tongue to exit the groove, the protruding portion triggers the detection switch, so that the detection
Switch issues the first signal control motor and stops working.
Wherein, the electronic device includes first interface, and the locking system includes the with first interface cooperation
Two interfaces, the second interface and the pcb board are electrically connected, when the electronic device is locked in the locking system, institute
It states first interface and second interface cooperation is connected.
Wherein, when the electronic device is locked in the locking system, and the detection switch is in non-triggering state,
The locking system is interacted by the second interface with the electronic device, to identify the identity of the electronic device.
Wherein, the locking system is also used to after the identity for recognizing the electronic device, is connect by described second
Mouth is the charge electronic devices.
Wherein, the electronic device includes opposite the first face and the second face, on first face and second face
Equipped with the groove, the latch portion includes the first lock and the second lock, and first lock includes and first face
The first block tongue and the first supporting surface of groove cooperation, second lock include second with the cooperation of the groove in second face
Block tongue and the second supporting surface, the pushing part push first supporting surface and second supporting surface respectively.
Wherein, the electronic device includes the third face to connect simultaneously with first face and second face, and described
One interface is located on the third face, and the second interface is fixedly arranged between first lock and second lock, so that
Electronic device when being locked on the locking system, the second interface and first interface cooperation are connected.
Wherein, it is equipped with flexible connector between first lock and second lock, the flexible connector is used for
Realize first lock and second lock elastic connection with the shell respectively.
Wherein, the driving section includes the cam being fixedly connected with the output shaft of the motor, and the cam is pushed away with described
Dynamic portion is slidably connected, output shaft described in the motor driven rotate when, the pushing part under the supporting of the cam relative to
The shell sliding.
Wherein, the protruding portion is set in the latch portion, and the detection switch is stretched out including one towards the latch portion
Elastic slice, the protruding portion elastic slice is pressed during the block tongue exits the groove with trigger it is described detection open
It closes.
The application further relates to a kind of leased equipment, and the leased equipment includes above-mentioned locking system.
Herein described locking system, the connection basis by the shell as each component, distinguishes on the housing
The pushing part is slidably connected, the latch portion is elasticly connected with, is fixedly connected with the motor, the pcb board and described
Detection switch.The driving section is wherein also connected between the motor and the pushing part.Herein described locking system is logical
Cross locking of the cooperation realization of the block tongue and the groove of the latch portion to the electronic device.Described in needing to take out
During electronic device, the locking system controls the electric motor starting by the pcb board, and the motor passes through the biography
Dynamic portion drives the pushing part to slide relative to the shell, the pushing part by with the latch portion support face contact with
The latch portion is pushed to slide relative to the shell, the block tongue exits the groove with the sliding of the latch portion.It is described
Electronic device is to be able to free with the locking system.Further, be additionally provided in the pushing part or the latch portion with
The protruding portion of the detection switch cooperation, in the process that the pushing part pushes the latch portion to slide relative to the shell
In, the protruding portion also cooperates with the detection switch, sends the first signal to the motor by the detection switch, described
Motor stalls are so that the locking system resets in the presence of a tensile force.The application locking system by machine driving come
Realize that the open locking for being similar to solenoid valve acts, compared to the opening and closing lock construction of solenoid-driven, the small, structure with power of motor
It is compact, and the higher advantage of reliability.The volume of the locking system can be reduced, and reduce the manufacture of the locking system at
This.
Detailed description of the invention
Fig. 1 is the schematic diagram of the application locking system locking electronic device；
Fig. 2 is the decomposition diagram of the application locking system；
Fig. 3 is the sectional view of the application locking system locking electronic device；
Fig. 4 is the schematic diagram of the application detection switch.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present application, technical solutions in the embodiments of the present application carries out clear, complete
Site preparation description, it is clear that described embodiment is only a part of the embodiment of the application, instead of all the embodiments.Base
Embodiment in the application, those of ordinary skill in the art are obtained all without making creative work
Other embodiments shall fall in the protection scope of this application.
Please refer to Fig. 1 and locking system shown in Fig. 2 100 and electronic device 200.The application locking system 100 is for locking
Fixed fluted 201 electronic device 200.Locking system 100 includes shell 10, pushing part 20, motor 30, driving section 40, lock
Buckle 50, pcb board 60 and detection switch 70.Wherein motor 30, pcb board 60 and detection switch 70 are all fixedly arranged on shell 10
On, and motor 30 is electrically connected with pcb board 60, detection switch 70.Motor 30 can be directly electrically connected with detection switch 70,
It can also be realized and be electrically connected by pcb board 60 and detection switch 70.Pushing part 20 and latch portion 50 are sliding both with respect to shell 10
Dynamic connection, wherein latch portion 50 is elastic connection relative to shell 10, and latch portion 50 is under the action of elastic force along first direction
001 towards shell 10 interior Slideslip.Latch portion 50 is equipped with block tongue 51, and block tongue 51 is along first direction 001 towards in shell 10
Side extends, and the position of block tongue 51 is matched with groove 201 with shape.When electronic device 200 it is mobile in place after, block tongue 51 can be with
It protrudes into groove 201, the lock of electronic device 200 is fixed to be realized in the second direction 002 perpendicular to first direction 001
Position.Latch portion 50 be additionally provided with pushing part 20 cooperate supporting surface 52, pushing part 20 in the sliding process relative to shell 10,
It is in contact with supporting surface 52 and the direction for pushing latch portion 50 to be directed away from shell 10 along first direction 001 is slided.Correspondingly,
Block tongue 51 is slided with the sliding of latch portion 50 and relative to electronic device 200, can exit groove 201 to realize to electronic device
200 unlocking motion.
The sliding action of pushing part 20 is realized by the cooperation of motor 30 and driving section 40.Specifically, motor 30 is fixed
After on shell 10, the output shaft 31 of motor 30 is connect with driving section 40, and driving section 40 is connect with pushing part 20 again, i.e. driving section
40 are connected between pushing part 20 and motor 30.The rotation of the output shaft 31 of motor 30, can make driving section 40 by output shaft
31 rotational action is converted into the linear motion movement of pushing part 20, so that pushing part 20 is slided relative to shell 10.As a result, originally
Apply for that locking system 100 under the power source effect of motor 30, is successively passed the rotational power of output shaft 31 by driving section 30
Pushing part 20 is passed, so that pushing part 20 is slided relative to shell 10.Then, pushing part 20 is and with the contact of supporting surface 52
Sliding power is passed into latch portion 50.Latch portion 50 connects the sliding power and block tongue 51 is driven to exit groove 201 to realize to electricity
The unlock of sub-device 200.
User needs to send instructions to pcb board 60 when using electronic device 200.Pcb board 60 passes through the electricity with motor 30
Property connection, control motor 30 output shaft 31 rotated.Again by a series of above-mentioned mechanical transmission structures, electronics dress is realized
200 unlock is set, user can take out the use of electronic device 200.At this point, being additionally provided with protruding portion in pushing part 20 or latch portion 50
80, protruding portion 80 can occur during sliding with pushing part 20 or latch portion 50 relative to shell 10 with detection switch 70
Contact.It is when pushing part 20 or latch portion 50 exit groove 201 relative to the enough block tongues 51 of sliding distance of shell 10 completely, i.e., full
After the condition that sufficient the application locking system 100 unlocks electronic device 200, protruding portion 80 also slides into one with respect to detection switch 70
With coincidence.Match coincidence at this, detection switch 70 is triggered by protruding portion 80, and detection switch 70 issues the first signal to motor 30.Electricity
Machine 30 stops the rotational action of output shaft 31 after connecing the first signal.At this point, output shaft 31 no longer provides power to driving section 40,
Motive force i.e. between driving section 40, pushing part 20 and latch portion 50 disappears.After electronic device 200 is removed, due to block tongue
51 lose the support of 200 shell of electronic device, and block tongue 51 generates court because latch portion 50 is resiliently attached to the effect of shell 10
The elastic force moved inside to shell 10, block tongue 51 restore along first direction 001 to the sliding inside shell 10.Latch portion 50 also exists
Restore the sliding along first direction 001 under the action of the elastic force, supporting surface 52 keeps the promotion with pushing part 20 at this time, so that pushing away
Dynamic portion 20 also returns to position when locking electronic device 200.Correspondingly, driving section 40 also resets under the effect of elasticity.
It should be understood that when user is using complete electronic device 200 and gives back, by electronic device 200 along second party
It is pushed into 002 towards locking system 100, the shell of electronic device 200 pushes the direction sliding that block tongue 51 is directed away from shell 10.
50 entirety of latch portion is slided with the sliding of block tongue 51 and along first direction 001, after electronic device 200 is driven fully into, groove
201 correspond to the position of block tongue 51.Block tongue 51 is withdrawn under the action of elastic force, and protrudes into groove 201, realizes the application again
Locking action of the locking system 100 to electronic device 200.At this time because motor 30 does not start, supporting surface 52 is with lock
Buckle 50 will not be in contact during moving with pushing part 20.Pushing part 20, driving section 40 and motor 30 are filled in electronics
It sets and does not move during 200 give back.I.e. the application locking system 100 is during electronic device 200 unlocks
Electronic unlock is manual locking during 200 locking of electronic device.Pass through great-power electromagnetic valve in compared to the prior art
Open locking movement to electronic device 200, the application locking system 100 can be driven using the smaller motor of power, be passed through
Mechanically operated mode realizes the open locking movement to electronic device 200.And the single dof mobility based on each component, it can contract
The outer dimension for subtracting each component, realizes the tight fit of each component, to reduce the overall volume of the application locking system 100.
Low power motor 30 can also be with save the cost, while saving the power consumption of locking system 100.
A kind of embodiment refers to Fig. 3, this application involves electronic device 200 include first interface 202, locking system
100 include the second interface 101 cooperated with first interface 202.When electronic device 200 is locked by the application locking system 100
When, 101 face first interface 202 of second interface simultaneously cooperates conducting with first interface 202.Wherein second interface 101 and pcb board 60
It is electrically connected, allows first interface 202 by interacting between second interface 101 and circuit board 60.It should be understood that
For the needs to charge to electronic device 200, first interface 202 can be set to above-mentioned hard contact, and second interface 101 can
To be set as above-mentioned metal thimble.Second interface 101 is also connected by the power supply line and extraneous power supply that are electrically connected on pcb board 60
It is logical, it is charged by first interface 101 to electronic device 200.
Further, in order to avoid above-mentioned " vacation is given back " phenomenon occurs, the application locking system 100 can also pass through inspection
Switch 70 is surveyed to guarantee that electronic device 100 is locked on locking system 100.Specifically, block tongue 51 protrude into groove 201 it
Before, detection switch 70 is in triggering state because of the cooperation with protruding portion 80.I.e. protruding portion 80 matches coincidence position in above-mentioned
It sets.The detection switch 70 of triggering state can continue to send the first signal to motor 30, since motor 30 and the electrical property of pcb board 60 connect
It connects, which can be what detection switch 70 was sent by pcb board 60 to motor 30.And because motor 30 also with pcb board
60 are electrically connected, therefore the delivering path regardless of the first signal, and pcb board 60 can be made to sense the first letter of motor 30
Number.Pcb board 60 can receive the first signal without starting the identification maneuver to electronic device 200, i.e. locking according to motor 30
Device 100 be detected as always before block tongue 51 protrudes into groove 201 electronic device 200 be in do not give back state.If electronics fills
It sets 200 and groove 201 is plugged by people's malice, it, also can not shape even if then electronic device 200 is pushed into the application locking system 100
State is given back at electronic device 200.When groove 201 is under normal condition, electronic device 200 is pushed into locking system 100
In after, block tongue 51 can protrude into groove 201 so that pushing part 50 reset.Protruding portion 80 leaves the position with coincidence, inspection
It surveys switch 70 and also relieves triggering state, is i.e. detection switch 70 is in non-triggering state.Detection switch 70 is no longer to motor at this time
30 send the first signal.After pcb board 60 detects the first blackout, just by between first interface 202 and first interface 101
Interactive action, to electronic device 200 carry out identification, and after being identified by confirm electronic device 200 give back in place.It can
With understanding, if pcb board 60 is unsuccessful to the identification of electronic device 200, the application locking system 100 will not confirm
Electronic device 200 is given back in place.After i.e. someone's malice will protrude into locking system 100 with reeded substitute, can not yet
Activation subsequent action makes locking system 100 recognize electronic device 200, i.e. the application locking system 100 eliminates that " vacation is returned
Logic loophole also ", it is ensured that effective recycling for electronic device 200.
A kind of embodiment, after identifying and confirming that electronic device 200 has recycled and locked in place, the application locking system
100 are just connected by the cooperation between first interface 202 and second interface 101, and control pcb board 60 carries out electronic device 200
Charging.The safety that the application locking system 100 can be improved avoids second interface 101 to the object except electronic device 200
It charges, in order to avoid cause unnecessary future trouble.
A kind of embodiment is continuing with referring to Fig. 1 and Fig. 2.Electronic device 200 includes opposite the first face 210 and the second face
220, the first face 210 is equipped with the first groove 211, and the second face 220 is equipped with the second groove 212.First groove 211 and second is recessed
Slot 212 is towards the internal stretch of electronic device 200, so that the first groove 211 and the second groove 212 are respectively formed electronic device
200 groove 201.Correspondingly, latch portion 50 includes the first lock 501 and the second lock 502, the first lock 501 includes and the
The first block tongue 511 and the first supporting surface 521 of the first groove 211 cooperation on 210 on one side.Second lock 502 includes and the
The second block tongue 512 and the second supporting surface 522 of the second groove 212 cooperation on two faces 220.Because of the first face 210 and second
Face 220 is two faces that electronic device 200 is oppositely arranged, therefore the first groove 211 and the second groove 212 are also opposite two
Groove 201.For the first lock 501 for adapting to the setting of the first groove 211, the first block tongue 511 thereon with to adapt to the second groove
The second block tongue 512 on second lock 502 of 212 settings is also the opposite state extended.When the first block tongue 511 and the second block tongue
512 when exiting the first groove 211 and the second groove 212 respectively, and the first block tongue 511 is with the second block tongue 512 along 001 phase of first direction
To far from sliding；When the first block tongue 511 and the second block tongue 512 are respectively protruding into the first groove 211 and the second groove 212, first
Beginning 511 and the second block tongue 512 are along the relatively close sliding of first direction 001.It is such to be arranged so that electronic device 200 is locking
When within locking system 100, the stress on first direction 001 is more balanced.Electronic device 200 is in 202 He of first interface
Under elastic force effect between second interface 101, torque will not be generated in locking system 100 because of unilateral stress, cause electricity
Frictional force between sub-device 200 and locking system 100 increases, and influences electronic device 200 and 002 steadily skid off in a second direction
Movement.
It should be understood that pushing part 20 during unlocking electronic device 200, needs to push the first lock 501 respectively
With the second lock 502, i.e., pushing part 50 needs to be in contact and push with the first supporting surface 521 respectively, and supports with second
Face 522 is in contact and pushes, could make the first block tongue 511 and the second block tongue 512 synchronize exit groove 201 (respectively
One groove groove 211 and the second groove 212).In the embodiment of Fig. 1 and Fig. 2, the first supporting surface 521 and the second supporting surface 522
The two sides of point column pushing part 20, pushing part 20 contacts with the first supporting surface 521 and the second supporting surface 522 simultaneously and pushes the respectively
One lock 501 and the second lock 502.It can be in the remaining embodiments, between the first supporting surface 521 and the second supporting surface 522
It is located at different positions, different promotion position or pushing part 20 is provided by pushing part 20 and passes through the transmission mechanisms such as connecting rod
To realize sliding in opposition between the first supporting surface 521 and the second supporting surface 522.
A kind of third that embodiment includes while connecting with the first face 210 and the second face 220 referring to Fig. 3, electronic device 200
Face 230.First interface 202 is set to third face 230.Correspondingly, second interface 101 is fixedly arranged on the first lock 501 and the second lock
Between button 502, to be equipped in the first interface 202 on third face 230.When electronic device 200 is locked in locking system 100
When upper, so that second interface 101 and first interface 202 realize cooperation conducting.Because of the equilibrium of the first 50 electronic devices 200 of lock
Locking effect, first interface 202 are in the cooperation turn on process of second interface 202 to complete with more stably posture.
During electronic device 200 is locked in locking system 100 for a long time, it can also be realized under the premise of stress relative equilibrium and lock
The conducting of locking apparatus 100 improves the structural stability of the application locking system 100, and guarantees good with electronic device 200
Function is connected.
In the embodiment in figure 1, flexible connector 53 is additionally provided between the first lock 501 and the second lock 502.The elasticity
Connector 53 can be tension spring.Because first lock 501 and second lock 502 be required to 10 elastic connection of shell, and this
Apply locking system 100 to electronic device 200 lock or unlock any time under first lock 501 with second latch 502 it
Between the direction of motion be contrary, so flexible connector 53 is connected between the first lock 501 and the second lock 502, equally
The elastic connection of the first lock 501 and the second lock 502 and shell 10 is realized respectively.By the way that a flexible connector is only arranged
53, it can be realized simultaneously the first lock 501 and the elasticity of the elastic connection of shell 10 and the second lock 502 and shell 10 connect
It connects, has saved the component count of the application locking system 100, while saving the volume of the application locking system 100.
The not direction of motion of the strict regulations pushing part 20 to supporting surface 52 of the application locking system 100.Pushing part 20 can
To be slided along first direction 001 relative to shell 10, so that linear pushing supporting surface 52 makes latch portion 50 along first direction 001
Movement.Pushing part 20 can also be slided along the second direction 002 vertical with first direction 001 relative to shell 10, to be in 90
The angle of degree pushes the supporting surface 52 latch portion 50 is moved along first direction 001.In the embodiment of Fig. 1 and Fig. 2, work as lock
When buckle 50 includes the first lock 501 and the second lock 502 that are oppositely arranged, the pushing part 20 of 002 sliding can in a second direction
To push the first lock 501 and the respectively opposite sliding of the second lock 502 simultaneously.Likewise, driving section 40 is to the straight of pushing part 20
Line transmission, does not limit motion mode of the driving section 40 relative to output shaft 31 yet.In the embodiment of Fig. 1 and Fig. 2, driving section 40
It including the cam being fixedly connected with output shaft 31, is slidably connected between cam and pushing part 20, drives output shaft 31 in motor 30
When rotation, pushing part 20 is under the supporting of cam relative to 002 sliding in a second direction of shell 10.When motor 30 connects the first signal
When stopping the rotation of output shaft 31, under the elastic reset movement of latch portion 50, reverse push moving cam is resetted and is waited for pushing part 20
To sliding projecting motion next time.Driving section 40 (not shown) can also be realized from output by the way of crank connecting link
Actuation or driving section 40 of the axis 31 to pushing part 20 (not shown) by the way of curved groove sliding block are realized from output
Axis 31 arrives the actuation of pushing part 20, and the drive mechanism that in the prior art can convert circular motion to linear motion all may be used
To be applied in the application locking system 100, Lai Shixian motor 30 transmits the power of pushing part 20.
A kind of embodiment refers to Fig. 4, and protruding portion 80 is set in latch portion 50.Protruding portion 80 is from latch portion 50 towards detection
70 side of switch extends, and detection switch 70 includes an elastic slice 71 stretched out towards latch portion.Further, elastic slice 71 is opened in detection
Closing includes 702 two positions in free position 701 and trigger bit on 70.Because detection switch 70 is fixedly arranged on shell 10, protruding portion 80
During sliding with latch portion 50 relative to shell 10, protruding portion 80 can contact with elastic slice 71 and make elastic slice 71 certainly
By switching between position 701 and trigger bit 702.It should be understood that when protruding portion 80 is transported during block tongue 51 exits groove 201
When moving to coincidence, it is trigger bit 702 that protruding portion 80, which presses elastic slice 71 by the variation of free position 701, thus detection trigger switch 70
The first signal occurs and is conveyed to motor 30, realizes the set function of detection switch 70.
The application further relates to a kind of leased equipment (not shown), and leased equipment includes locking system described herein
100.It should be understood that leased equipment uses the application locking system 100 to electronic device 200 when storing electronic device 200
Lock, more spaces can be saved.Or in the case where leased equipment given volume, because of the application locking system
100 small volume and realize the storage ability to more electronic devices 200.Meanwhile leased equipment is also as the application locks
The power consumption of locking apparatus 100 is smaller, and saves the whole electric quantity consumption of leased equipment.Have in the case where there is malice " vacation is given back "
Effect guarantees the recognition capability to correct electronic device 200.
Embodiments described above does not constitute the restriction to the technical solution protection scope.It is any in above-mentioned implementation
Made modifications, equivalent substitutions and improvements etc., should be included in the protection model of the technical solution within the spirit and principle of mode
Within enclosing.
Claims (10)
1. a kind of locking system sets reeded electronic device for locking characterized by comprising
Shell；
Pushing part is slidably connected with the shell；
Motor and driving section, the motor are fixedly arranged on the shell, and the driving section is connected to the motor and the promotion
Between portion, the motor drives the pushing part to slide along the shell by the driving section；
Latch portion, with the shell elastic connection, the latch portion includes block tongue and supporting surface, and the block tongue is under elastic reaction
The groove of the electronic device is protruded into the electronic device that locks；
Pcb board and detection switch, the detection switch and the pcb board are electrically connected, the detection switch also with the motor
It is electrically connected；
The protruding portion with detection switch cooperation is additionally provided on the pushing part or the latch portion；
When user, which sends instructions to the pcb board, unlocks the electronic device, the pcb board controls the electric motor starting, institute
It states motor and the pushing part sliding is driven by the driving section, the pushing part pushes the supporting surface, so that the lock
After buckle drives the block tongue to exit the groove, the protruding portion triggers the detection switch, so that the detection switch
The first signal control motor is issued to stop working.
2. locking system as described in claim 1, which is characterized in that the electronic device includes first interface, the locking dress
The second interface including cooperating with the first interface is set, the second interface and the pcb board are electrically connected, when the electronics
When device is locked in the locking system, the first interface and second interface cooperation are connected.
3. locking system as claimed in claim 2, which is characterized in that when the electronic device is locked in the locking system, and
When the detection switch is in non-triggering state, the locking system is interacted by the second interface with the electronic device,
To identify the identity of the electronic device.
4. locking system as claimed in claim 3, which is characterized in that the locking system is also used to recognizing the electronics dress
It is the charge electronic devices by the second interface after the identity set.
5. the locking system as described in any one of Claims 1 to 4, which is characterized in that the electronic device includes opposite first
It is equipped with the groove on face and the second face, first face and second face, the latch portion includes the first lock and the
Two locks, first lock include the first block tongue and the first supporting surface with the cooperation of the groove in first face, and described the
Two locks include the second block tongue and the second supporting surface with the cooperation of the groove in second face, and the pushing part pushes institute respectively
State the first supporting surface and second supporting surface.
6. locking system as claimed in claim 5, which is characterized in that the electronic device include simultaneously with first face and institute
The third face that the second face connects is stated, the first interface is located on the third face, and the second interface is fixedly arranged on described first
Between lock and second lock, so that when the electronic device is locked on the locking system, the second interface
Cooperate with the first interface and is connected.
7. locking system as claimed in claim 5, which is characterized in that be equipped with bullet between first lock and second lock
Property connector, the flexible connector latches the elasticity with the shell respectively for realizing first lock and described second
Connection.
8. the locking system as described in any one of Claims 1 to 4, which is characterized in that the driving section includes and the motor
The cam that output shaft is fixedly connected, the cam are slidably connected with the pushing part, the rotation of output shaft described in the motor driven
When, the pushing part is slided under the supporting of the cam relative to the shell.
9. the locking system as described in any one of Claims 1 to 4, which is characterized in that the protruding portion is set in the latch portion,
The detection switch includes an elastic slice stretched out towards the latch portion, and the protruding portion exits the groove in the block tongue
Press the elastic slice in the process to trigger the detection switch.
10. a kind of leased equipment, which is characterized in that the leased equipment includes that the locking as described in any one of claim 1~9 fills
It sets.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910026713.8A CN109653605A (en) | 2019-01-11 | 2019-01-11 | A kind of locking system and leased equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910026713.8A CN109653605A (en) | 2019-01-11 | 2019-01-11 | A kind of locking system and leased equipment |
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| Publication Number | Publication Date |
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| CN109653605A true CN109653605A (en) | 2019-04-19 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910026713.8A Pending CN109653605A (en) | 2019-01-11 | 2019-01-11 | A kind of locking system and leased equipment |
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| CN (1) | CN109653605A (en) |
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