CN205502774U - Case electronic lock - Google Patents
Case electronic lock Download PDFInfo
- Publication number
- CN205502774U CN205502774U CN201620248533.6U CN201620248533U CN205502774U CN 205502774 U CN205502774 U CN 205502774U CN 201620248533 U CN201620248533 U CN 201620248533U CN 205502774 U CN205502774 U CN 205502774U
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- Prior art keywords
- button
- lock
- block
- assembly
- limited block
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- Expired - Fee Related
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Abstract
The utility model discloses a case electronic lock, including the lock shell, be equipped with lock hook component in the lock shell, drive assembly and button assembly, set up the confession that corresponds with lock hook component on the lock shell and draw zipper head male interface, button assembly is through linkage piece and drive assembly linkage cooperation, button assembly includes the button, the button piece that resets, the button removes towards being close to the drive assembly direction along button axial motion's in -process drive linkage piece, the corresponding drive assembly of being equipped with of the drive assembly piece that resets, still be equipped with button locking assembly in the lock shell, button locking assembly includes and the spacing complex stopper of linkage lump formation, the stopper piece that resets, it promotes the stopper towards keeping away from the solenoid trigger that linkage piece direction removed to produce magnetic force after the circular telegram, with the electric circuit board of being connected of solenoid trigger. The utility model discloses structural component reduces, the operation more convenient, more modern fashionable, accord with the requirement that modern young man pursue application of electronic IT product, should design the new meaning uniqueness, the function is diversified.
Description
Technical field
This utility model belongs to case and bag accessory technical field, a kind of case electronic lock being pinned by Bluetooth switch control bag lock or being opened.
Background technology
Luggage combination lock of the prior art or customs's lock, it opens or pins case and bag slide fastener, it is to realize locking function by frame for movement and password wheels mostly, its structure generally includes lock housing, lock housing is provided with lock core assembly and lock hook assembly, realizing opening or locking action by transmission component between above-mentioned lock core assembly and lock hook assembly, this lock hook assembly and transmission component structure refer to China's Authorization Notice No. and are: the patent document " zipper lock " of CN 203961518 U.Wherein, transmission component includes and the slider bar promoting key (or lock core) to be linked, the slider bar other end is provided with to constitute with lock hook assembly and opens or lock friction tight locking strip, slider bar coordinates driving locking strip radial slippage by lozenges, and relative and slider bar cooperation the other end of locking strip has abutted reed.When promoting key by External Force Acting to the sliding of lock hook assembly one end, key end abutment is promoted slider bar and promote slider bar to do sliding in the same direction, and slider bar coordinates the motion outwardly driving locking strip to do radial direction to make locking strip end move towards the direction extruding reed and then make locking strip end disengage and the snap fit of lock hook assembly by lozenges, laying down when acting on the external force promoted on key, the elastic-restoring force of reed promotes locking strip to move back into inwardly and lock hook assembly locked state promote slider bar to reset.Offer in lock housing for slider of zipper fastener load interface, lock hook assembly includes dead bolt, after being loaded in interface by slider of zipper fastener, makes dead bolt pass in the lockhole of slider of zipper fastener, locks, when unblanking by key rotation lock core assembly or by switch password wheels realize unlock.
Utility model content
In order to overcome the deficiencies in the prior art, this utility model provides and a kind of more modernizes, uses convenient case electronic lock, this case electronic lock eliminates password wheels structure, realizing the magnetization of solenoid trigger by energising or power-off on Bluetooth control wiring board, trigger attracts to drive drive mechanism to open locking structure by magnetic force.
nullTo achieve these goals，The technical solution adopted in the utility model is: a kind of case electronic lock，Including lock housing，Described lock housing is provided with lock hook assembly、Transmission component and button assembly，The interface that for slider of zipper fastener insert corresponding with lock hook assembly is offered in lock housing，It is characterized in that: button assembly is linked with transmission component by linkage block，Described button assembly includes button、Button return unit，This button drives linkage block to move towards near transmission component direction during button axially-movable，Transmission component is correspondingly provided with transmission component return unit，Lock housing is additionally provided with button lock assembly，Button lock assembly includes forming the spacing limited block coordinated with linkage block、Limited block return unit、Magnetic force moving limited block is produced towards the solenoid trigger moved away from linkage block direction after energising、The wiring board electrically connected with solenoid trigger.
In said structure, after lock hook assembly locks the zipper, limited block in button lock assembly is spacing with linkage block composition under the effect of limited block back-moving spring to be coordinated so that linkage block can not be along linkage block axially towards move closer or far from transmission component direction, meanwhile, this linkage block one end abuts with button so that button can not move down；When case and bag slide fastener opened by needs, electric current is turned on solenoid trigger by Bluetooth control wiring board, the energising of solenoid trigger produces repulsive force, limited block is promoted to disengage spacing cooperation away from linkage block, now push button, lock housing upper surface is provided with and is available for the opening that button shows, promotes linkage block to move towards transmission component direction by lozenges structure when button moves vertically downwards, and transmission component makes lock hook assembly open along with External Force Acting；Closing bluetooth, when button return under the effect of button back-moving spring, linkage block returns at button under the promotion of transmission component back-moving spring, and now, limited block returns to constitute with it at linkage block locking matching relationship under the effect of limited block back-moving spring；Above-mentioned wiring board is provided with Bluetooth signal and receives components and parts, for being connected with bluetooth, and such switch that just can be controlled case and bag zipper lock by Bluetooth of mobile phone, easy to operate, structure is simpler.
Being arranged at lock housing side as further setting of the present utility model, described lock hook assembly and transmission component in distribution front and back, button assembly is arranged at lock housing opposite side, linkage block and button lock assembly between button assembly and lock hook assembly.
In said structure, lock housing includes base and the lid of upper and lower snapping, base is provided with 3 installation regions being distributed the most side by side, it is respectively the end installing space near base two ends, and the internally installed space between two ends, lock hook assembly and transmission component are positioned at the end installing space of base side, lock hook assembly and transmission component are in being front and back distributed, button assembly is positioned at the end installing space of base opposite side, linkage block and the internally positioned installing space of button lock assembly, linkage block and button lock assembly are in being front and back distributed, linkage block and transmission component are between lock hook assembly and transmission component, the installation arrangement of above-mentioned each parts is reasonable in design, effectively utilize internally installed space.
As further setting of the present utility model, it is connected with key base bottom described button, the resected formation in this key base side ramp structure, linkage block is provided with fixed block towards one end of button, this fixed block has the inclined end face adaptive with the laminating of key base ramp structure, the linkage block other end abuts with transmission component, and key base is provided with and is available for the mounting groove that button return unit accommodates.
In said structure, button is coordinated with the fixed block inclined end face in linkage block by the ramp structure of key base to realize being converted into from the vertical direction motion of button and drives with linkage block moves horizontally.
As further setting of the present utility model, described linkage block is arranged through chamfering structure at the knuckle of one end of button, and these chamfering number of degrees are consistent with the inclination angle of the inclined end face of fixed block, and the inclined end face of this chamfering end face and fixed block seamlessly transits.
In said structure, the knuckle of this linkage block seamlessly transits with the inclined end face of fixed block, abuts with the ramp structure on key base, and contact surface is bigger, and holding capacity is more preferable.
As further setting of the present utility model, described linkage block offering elongated slot structure, the long axis direction of this elongated slot is consistent with the moving direction of linkage block, is provided through elongated slot and constitutes the spacing locating piece coordinated with elongated slot in lock housing.
In said structure, linkage block is provided with 2 coaxial elongated slot structures, is equipped with locating piece in 2 elongated slot structures.
As further setting of the present utility model, described linkage block is distributed with the perpendicular relation of limited block, linkage block sidewall on one side offers L-type stopper slot, the spacing end of limited block is moved along with the reset force of limited block return unit towards near linkage block direction and forms spacing cooperation with at the knuckle of L-type stopper slot, described L-type stopper slot is additionally provided with the fastening block moved along L-type stopper slot axial reciprocating, this fastening block is correspondingly provided with fastening block return unit, and this fastening block and the spacing end abutment being positioned in L-type stopper slot constitute locking matching relationship.
nullIn said structure，Limited block and linkage block have two kinds of matching relationships，The first matching relationship is that the spacing end of limited block forms spacing cooperation under the effect of limited block back-moving spring with linkage block，Now，Fastening block is connected to spacing end sidewalls under the effect of fastening block back-moving spring and realizes locking cooperation，The second matching relationship is that the positive stop end of limited block is formed when disengaging under the promotion of electromagnetic force away from linkage block and linkage block，When now button moves down, linkage block moves towards transmission component，Linkage block drives fastening block orthokinetic simultaneously，And work as linkage block、When fastening block and limited block lay down External Force Acting，First linkage block resets，Next to that limited block reset of card is in L-type stopper slot，Rear fastening block resets and is connected on limited block sidewall，The elastic force intensity of above-mentioned 3 return units is configured according to the demand，And the mentioned above spacing end being positioned in L-type stopper slot refers to when limited block and linkage block are in the first matching relationship，Fastening block and the matching relationship of the spacing end of limited block.
As further setting of the present utility model, described limited block return unit is positioned at below limited block, the open slot adaptive with limited block return unit it is provided with bottom limited block, the bottom surface of open slot is extended with retaining wall, limited block return unit one end contacts with this retaining wall, and the other end of limited block return unit then abuts with lock-shell lining.
In said structure, limited block return unit is installed on below limited block, effectively utilizes installing space, reasonable in design.
As further setting of the present utility model, being additionally provided with lock core in described lock housing, lock core is linked with button lock assembly.
In said structure, the setting of this lock core structure makes this zipper lock can pass through key unlocking, when mobile phone or blue-tooth device do not have electricity or lost efficacy when, and can be as alternative scheme by key unlocking.
As further setting of the present utility model, described lock core is positioned at limited block side, limited block is extended with the adjutage vertical with lock core sidewall towards the sidewall of lock core, lock core periphery is provided with lobe, contacts with adjutage and drive adjutage to drive limited block towards moving away from linkage block direction in the path that this lobe rotates along with lock core.
In said structure, lock core is contacted with the adjutage of limited block by its lobe, when rotating (rotation direction of i.e. unblanking) in lock core direction clockwise or counter-clockwise, lobe promotes limited block to retreat away from linkage block, spacing cooperation is disengaged so that button can movable and then unlatching lock hook assembly with linkage block；When lock core return, then limited block returns to holding lockup state in the position that coordinate spacing with linkage block under the effect of limited block back-moving spring.
As further setting of the present utility model, described lock housing is additionally provided with activate switch assembly, this activate switch assembly includes that the switch connection board that switch key, microswitch electrically connect with the power supply module on wiring board, described activate switch assembly and button assembly are mounted side by side in lock housing side.
In said structure, for the service life of the power supply module on extension wire plate, by arranging activate switch assembly when needs use, press switch key and make power supply module conducting electric discharge by microswitch conducting switch connection board, it is achieved unlocking function；The advantage that this structure has power saving, environmental protection and energy saving.
Use such scheme, this utility model structure member reduces, driven by Electronic control or bluetooth control, more convenient to operate, the most modern fashionable, meet modern youngster and pursue the requirement of electronization product, this design new meaning is unique, functional diversities.
Below in conjunction with the accompanying drawings this utility model is further described.
Accompanying drawing explanation
Accompanying drawing 1 is this utility model specific embodiment appearance assumption diagram；
Accompanying drawing 2 removes the structural representation after upper cover of lock shell for this utility model specific embodiment；
Accompanying drawing 3 is the structural representation after this utility model specific embodiment Fig. 2 removes solenoid trigger and lock core；
Accompanying drawing 4 is this utility model specific embodiment button assembly with button lock assembly in the structural representation of lockup state；
Accompanying drawing 5 is this utility model specific embodiment button assembly structural representation；
Accompanying drawing 6 is this utility model specific embodiment standoff features schematic diagram；
Accompanying drawing 7 is this utility model specific embodiment lock core structure schematic diagram；
Lock housing 1, lid 11, interface 111, base 12, locating piece 121, lock hook assembly 2, transmission component 3, button assembly 4, button 41, key base 42, ramp structure 421, mounting groove 422, linkage block 5, fixed block 51, inclined end face 511, chamfering 52, elongated slot 53, L-type stopper slot 54,
Button lock assembly 6, limited block 61, spacing end 611, adjutage 612, open slot 613, retaining wall 614, solenoid trigger 62, fastening block 63,
Switch key 71, microswitch 72, switch connection board 73,
Lock core 8, lobe 81.
Detailed description of the invention
nullSpecific embodiment of the utility model is case electronic lock as shown in figs. 1-7，Including lock housing 1，Lock housing 1 is provided with lock hook assembly 2、Transmission component 3 and button assembly 4，The interface 111 that for slider of zipper fastener insert corresponding with lock hook assembly 2 is offered in lock housing 1，Button assembly 4 is linked with transmission component 3 by linkage block 5，Button assembly 4 includes button 41、Button 41 back-moving spring，This button 41 drives linkage block 5 to move towards near transmission component 3 direction during button 41 axially-movable，Transmission component 3 is correspondingly provided with transmission component 3 back-moving spring，Lock housing 1 is additionally provided with button lock assembly 6，Button lock assembly 6 includes forming the spacing limited block 61 coordinated with linkage block 5、Limited block back-moving spring、Magnetic force moving limited block 61 is produced towards the solenoid trigger 62 moved away from linkage block 5 direction after energising、The wiring board electrically connected with solenoid trigger 62.After lock hook assembly 2 locks the zipper, limited block 61 in button lock assembly 6 constitutes with linkage block 5 under the effect of limited block back-moving spring and spacing coordinates so that linkage block 5 can not be along linkage block 5 axially towards move closer or far from transmission component 3 direction, meanwhile, this linkage block 5 one end abuts so that button 41 can not move down with button 41；When case and bag slide fastener opened by needs, electric current is turned on by Bluetooth control wiring board and solenoid trigger 62, solenoid trigger 62 energising produces repulsive force, limited block 61 is promoted to disengage spacing cooperation away from linkage block 5, now push button 41, lock housing 1 upper surface is provided with the opening being available for button 41 display, promotes linkage block 5 to move towards transmission component 3 direction by lozenges structure when button 41 moves vertically downwards, and transmission component 3 makes lock hook assembly 2 open along with External Force Acting；Close bluetooth, when button 41 return under the effect of button 41 back-moving spring, linkage block 5 returns at button 41 under the promotion of transmission component 3 back-moving spring, and now, limited block 61 returns to constitute with it at linkage block 5 locking matching relationship under the effect of limited block back-moving spring；Above-mentioned wiring board is provided with Bluetooth signal and receives components and parts, for being connected with bluetooth, and such switch that just can be controlled case and bag zipper lock by Bluetooth of mobile phone, easy to operate, structure is simpler.
Above-mentioned lock hook assembly 2 and transmission component 3 are arranged at lock housing 1 side in distribution front and back, and button assembly 4 is arranged at lock housing 1 opposite side, linkage block 5 and button lock assembly 6 between button assembly 4 and lock hook assembly 2.Lock housing 1 includes base 12 and the lid 11 of upper and lower snapping, base 12 is provided with 3 installation regions being distributed the most side by side, it is respectively the end installing space near base 12 two ends, and the internally installed space between two ends, lock hook assembly 2 and transmission component 3 are positioned at the end installing space of base 12 side, lock hook assembly 2 and transmission component 3 are in being front and back distributed, button assembly 4 is positioned at the end installing space of base 12 opposite side, linkage block 5 and the internally positioned installing space of button lock assembly 6, linkage block 5 and button lock assembly 6 are in being front and back distributed, linkage block 5 and transmission component 3 are between lock hook assembly 2 and transmission component 3, the installation arrangement of above-mentioned each parts is reasonable in design, effectively utilize internally installed space.
It is connected with key base 42 bottom above-mentioned button 41, this resected formation in key base 42 side ramp structure 421, linkage block 5 is provided with fixed block 51 towards one end of button 41, this fixed block 51 have with key base 42 ramp structure 421 fit adaptation inclined end face 511, linkage block 5 other end abuts with transmission component 3, and key base 42 is provided with and is available for the mounting groove 422 that button 41 back-moving spring accommodates.Button 41 is coordinated with fixed block 51 inclined end face 511 in linkage block 5 by the ramp structure 421 of key base 42 to realize being converted into from the vertical direction motion of button 41 and drives with linkage block 5 moves horizontally.
Above-mentioned linkage block 5 is arranged towards at the knuckle of one end of button 41 through chamfering 52 structure, and these chamfering 52 number of degrees are consistent with the inclination angle of the inclined end face 511 of fixed block 51, and the inclined end face 511 of this chamfering 52 end face and fixed block 51 seamlessly transits.The knuckle of this linkage block 5 seamlessly transits with the inclined end face 511 of fixed block 51, abuts with the ramp structure 421 on key base 42, and contact surface is bigger, and holding capacity is more preferable.
Offering elongated slot 53 structure in above-mentioned linkage block 5, the long axis direction of this elongated slot 53 is consistent with the moving direction of linkage block 5, is provided through elongated slot 53 and constitutes the spacing locating piece 121 coordinated with elongated slot 53 in lock housing 1.Linkage block 5 is provided with 2 coaxial elongated slot 53 structures, is equipped with locating piece 121 in 2 elongated slot 53 structures.
Above-mentioned linkage block 5 is distributed with the perpendicular relation of limited block 61, linkage block 5 sidewall on one side offers L-type stopper slot 54, the spacing end 611 of limited block 61 is moved along with the reset force of limited block back-moving spring towards near linkage block 5 direction and forms spacing cooperation with at the knuckle of L-type stopper slot 54, L-type stopper slot 54 is additionally provided with the fastening block 63 moved along L-type stopper slot 54 axial reciprocating, this fastening block 63 is correspondingly provided with fastening block 63 back-moving spring, and this fastening block 63 abuts composition locking matching relationship with the spacing end 611 being positioned in L-type stopper slot 54.nullLimited block 61 and linkage block 5 have two kinds of matching relationships，The first matching relationship is that the spacing end 611 of limited block 61 forms spacing cooperation with linkage block 5 under the effect of limited block back-moving spring，Now，Fastening block 63 is connected to spacing end 611 sidewall under the effect of fastening block 63 back-moving spring and realizes locking cooperation，The second matching relationship is that the positive stop end of limited block 61 is formed when disengaging under the promotion of electromagnetic force away from linkage block 5 and linkage block 5，When now button 41 moves down, linkage block 5 moves towards transmission component 3，Linkage block 5 drives fastening block 63 orthokinetic simultaneously，And when linkage block 5、When fastening block 63 and limited block 61 lay down External Force Acting，First linkage block 5 resets，Next to that limited block 61 reset of card is in L-type stopper slot 54，Rear fastening block 63 resets and is connected on limited block 61 sidewall，The elastic force intensity of above-mentioned 3 back-moving springs is configured according to the demand，And the mentioned above spacing end 611 being positioned in L-type stopper slot 54 refers to when limited block 61 and linkage block 5 are in the first matching relationship，Fastening block 63 and the matching relationship of the spacing end of limited block 61 611.
Above-mentioned limited block back-moving spring is positioned at below limited block 61, the open slot 613 adaptive with limited block back-moving spring it is provided with bottom limited block 61, the bottom surface of open slot 613 is extended with retaining wall 614, limited block back-moving spring one end contacts with this retaining wall 614, and the other end of limited block back-moving spring then abuts with lock housing 1 inwall.Limited block back-moving spring is installed on below limited block 61, effectively utilizes installing space, reasonable in design.
Being additionally provided with lock core 8 in above-mentioned lock housing 1, lock core 8 is linked with button 41 lock assembly.The setting of this lock core 8 structure makes this zipper lock can pass through key unlocking, when mobile phone or blue-tooth device do not have electricity or lost efficacy when, and can be as alternative scheme by key unlocking.
Above-mentioned lock core 8 is positioned at limited block 61 side, limited block 61 is extended with the adjutage 612 vertical with lock core 8 sidewall towards the sidewall of lock core 8, lock core 8 periphery is provided with lobe 81, contacts with adjutage 612 and drive adjutage 612 to drive limited block 61 to move towards away from linkage block 5 direction in the path that this lobe 81 rotates along with lock core 8.Lock core 8 is contacted with the adjutage 612 of limited block 61 by its lobe 81, when rotating (rotation direction of i.e. unblanking) in lock core 8 direction clockwise or counter-clockwise, lobe 81 promotes limited block 61 to retreat away from linkage block 5, spacing cooperation is disengaged so that button 41 can movable and then unlatching lock hook assembly 2 with linkage block 5；When lock core 8 return, then limited block 61 returns to holding lockup state in the position that coordinate spacing with linkage block 5 under the effect of limited block back-moving spring.
Being additionally provided with activate switch assembly in above-mentioned lock housing 1, this activate switch assembly includes that the switch connection board 73 that switch key 71, microswitch 72 electrically connect with the power supply module on wiring board, activate switch assembly and button assembly 4 are mounted side by side in lock housing 1 side.For the service life of the power supply module on extension wire plate, by arranging activate switch assembly when needs use, press switch key 71 and turn on switch connection board by microswitch 72 and make power supply module conducting electric discharge, it is achieved unlocking function；The advantage that this structure has power saving, environmental protection and energy saving.
This utility model structure member reduces, driven by Electronic control or bluetooth control, more convenient to operate, the most modern fashionable, meet modern youngster and pursue the requirement of electronization product, this design new meaning is unique, functional diversities.This utility model is not limited to above-mentioned detailed description of the invention; persons skilled in the art are according to this utility model disclosure; other multiple detailed description of the invention can be used to implement of the present utility model; or every employing design of the present utility model structure and thinking; do simple change or change, both fall within protection domain of the present utility model.
Claims (10)
1. a case electronic lock, including lock housing, described lock housing is provided with lock hook assembly, transmission component and button assembly, the interface that for slider of zipper fastener insert corresponding with lock hook assembly is offered in lock housing, it is characterized in that: button assembly is linked with transmission component by linkage block, described button assembly includes button, button return unit, this button drives linkage block to move towards near transmission component direction during button axially-movable, transmission component is correspondingly provided with transmission component return unit, lock housing is additionally provided with button lock assembly, button lock assembly includes forming the spacing limited block coordinated with linkage block, limited block return unit, magnetic force moving limited block is produced towards the solenoid trigger moved away from linkage block direction after energising, the wiring board electrically connected with solenoid trigger.
Case electronic lock the most according to claim 1, it is characterized in that: described lock hook assembly and transmission component are arranged at lock housing side in distribution front and back, button assembly is arranged at lock housing opposite side, linkage block and button lock assembly between button assembly and lock hook assembly.
Case electronic lock the most according to claim 1, it is characterized in that: bottom described button, be connected with key base, the resected formation in this key base side ramp structure, linkage block is provided with fixed block towards one end of button, this fixed block has the inclined end face adaptive with the laminating of key base ramp structure, the linkage block other end abuts with transmission component, and key base is provided with and is available for the mounting groove that button return unit accommodates.
Case electronic lock the most according to claim 3, it is characterized in that: described linkage block is arranged through chamfering structure at the knuckle of one end of button, these chamfering number of degrees are consistent with the inclination angle of the inclined end face of fixed block, and the inclined end face of this chamfering end face and fixed block seamlessly transits.
5. according to the case electronic lock described in claim 3 or 4, it is characterised in that: offering elongated slot structure in described linkage block, the long axis direction of this elongated slot is consistent with the moving direction of linkage block, is provided through elongated slot and constitutes the spacing locating piece coordinated with elongated slot in lock housing.
Case electronic lock the most according to claim 1, it is characterized in that: described linkage block is distributed with the perpendicular relation of limited block, linkage block sidewall on one side offers L-type stopper slot, the spacing end of limited block is moved along with the reset force of limited block return unit towards near linkage block direction and forms spacing cooperation with at the knuckle of L-type stopper slot, described L-type stopper slot is additionally provided with the fastening block moved along L-type stopper slot axial reciprocating, this fastening block is correspondingly provided with fastening block return unit, and this fastening block and the spacing end abutment being positioned in L-type stopper slot constitute locking matching relationship.
Case electronic lock the most according to claim 6, it is characterized in that: described limited block return unit is positioned at below limited block, the open slot adaptive with limited block return unit it is provided with bottom limited block, the bottom surface of open slot is extended with retaining wall, limited block return unit one end contacts with this retaining wall, and the other end of limited block return unit then abuts with lock-shell lining.
8. according to the case electronic lock described in claim 1 or 6 or 7, it is characterised in that: being additionally provided with lock core in described lock housing, lock core is linked with button lock assembly.
Case electronic lock the most according to claim 8, it is characterized in that: described lock core is positioned at limited block side, limited block is extended with the adjutage vertical with lock core sidewall towards the sidewall of lock core, lock core periphery is provided with lobe, contacts with adjutage and drive adjutage to drive limited block towards moving away from linkage block direction in the path that this lobe rotates along with lock core.
Case electronic lock the most according to claim 1, it is characterized in that: described lock housing is additionally provided with activate switch assembly, this activate switch assembly includes that the switch connection board that switch key, microswitch electrically connect with the power supply module on wiring board, described activate switch assembly and button assembly are mounted side by side in lock housing side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620248533.6U CN205502774U (en) | 2016-03-29 | 2016-03-29 | Case electronic lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620248533.6U CN205502774U (en) | 2016-03-29 | 2016-03-29 | Case electronic lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205502774U true CN205502774U (en) | 2016-08-24 |
Family
ID=56735011
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620248533.6U Expired - Fee Related CN205502774U (en) | 2016-03-29 | 2016-03-29 | Case electronic lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205502774U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108457534A (en) * | 2018-05-31 | 2018-08-28 | 深圳沃圣数码科技有限公司 | A kind of automatic lock and safe luggage |
| CN112263167A (en) * | 2020-09-28 | 2021-01-26 | 深圳市喜来喜科技有限公司 | Rubbing device |
| CN115341814A (en) * | 2021-05-14 | 2022-11-15 | 金泰祥精密五金（昆山）有限公司 | Magnetic fastening device |
| CN115387677A (en) * | 2022-09-20 | 2022-11-25 | 温州博士电气科技有限公司 | OTG linkage structure of electronic lock |
| CN115341814B (en) * | 2021-05-14 | 2024-05-03 | 金泰裕精密五金(昆山)有限公司 | Magnetic fastening device |
-
2016
- 2016-03-29 CN CN201620248533.6U patent/CN205502774U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108457534A (en) * | 2018-05-31 | 2018-08-28 | 深圳沃圣数码科技有限公司 | A kind of automatic lock and safe luggage |
| WO2019227675A1 (en) * | 2018-05-31 | 2019-12-05 | 深圳沃圣数码科技有限公司 | Automatic lock and secure luggage |
| CN112263167A (en) * | 2020-09-28 | 2021-01-26 | 深圳市喜来喜科技有限公司 | Rubbing device |
| CN112263167B (en) * | 2020-09-28 | 2022-06-03 | 深圳市喜来喜科技有限公司 | Rubbing device |
| CN115341814A (en) * | 2021-05-14 | 2022-11-15 | 金泰祥精密五金（昆山）有限公司 | Magnetic fastening device |
| CN115341814B (en) * | 2021-05-14 | 2024-05-03 | 金泰裕精密五金(昆山)有限公司 | Magnetic fastening device |
| CN115387677A (en) * | 2022-09-20 | 2022-11-25 | 温州博士电气科技有限公司 | OTG linkage structure of electronic lock |
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