CN201763068U - Novel electronic plugboard lock - Google Patents
Novel electronic plugboard lock Download PDFInfo
- Publication number
- CN201763068U CN201763068U CN2010202258871U CN201020225887U CN201763068U CN 201763068 U CN201763068 U CN 201763068U CN 2010202258871 U CN2010202258871 U CN 2010202258871U CN 201020225887 U CN201020225887 U CN 201020225887U CN 201763068 U CN201763068 U CN 201763068U
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- ratchet
- cam
- electronic lock
- mounting bracket
- lock mounting
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Abstract
The utility model relates to a novel electronic plugboard lock, comprising an electronic lock mechanism and a plugboard, wherein the plugboard is provided with clamping teeth. The novel electronic plugboard lock is provided with unidirectional locking device and a resetting device, wherein the unidirectional locking device comprises a ratchet wheel and a ratchet wheel latching device; when in locking, the plugboard can be meshed with ratchets of the ratchet wheel, and the ratchet wheel latching device pushes against the root of the ratchets of the ratchet wheel to fix the ratchet. The resetting device comprises a motor and a ratchet latching control device. When in unlocking, the motor drives the ratchet latching control device, thus opening the ratchet latching device to lead the plugboard to be successfully extracted. By adopting manual locking, the plugboard can not be extracted inversely during the locking process, the locking operation can not be influenced even when failure occurs on the motor, and in unlocking, the lock only can be unlocked when correct electronic signals are accepted, thereby guaranteeing good safety. The novel electronic plugboard lock has the advantages of compact structure, better safety performance, and high practical value.
Description
Technical field
The utility model relates to a kind of electronic lock, relates in particular to a kind of novel electron plate lock.
Background technology
Lock is article commonly used in our daily life.Along with development of science and technology, electronic lock is popularized gradually.Electronic lock is subjected to everybody welcome more by feat of its easy to use and good security performance, and electronics plate lock is one of them.Electronics plate lock is made up of plate and lockset, thereby plate can insert in the lockset and is fixed pinning.When opening, utilize the mechanical part in the electronics unlocking apparatus control electronic lock, make plate from lockset, to extract out.Plate lock on the market is controlled by frame for movement and by electronic equipment, its precise structure, security performance is good and easy to use, but the electronic-controlled installation in the lockset of electronics plate lock damages, can make electronics plate lock to be opened easily or can't lock, thereby lose its security performance.
The utility model content
The utility model provides a kind of novel electron plate lock, and its mechanical realization makes when plate inserts lockset, need not Electronic Control, only need manually lock; But when opening, if there is not correct electronic signal, then described plate can only insert and can't extract out, has strengthened the security performance of electronics plate lock.
The utility model novel electron plate lock is achieved through the following technical solutions its purpose.
A kind of novel electron plate lock comprises electronic lock mechanisms and plate, and wherein, described plate is provided with latch; Described electronic lock mechanisms also comprises the electronic lock mounting bracket, one-way locking device and resetting means; Described one-way locking device and resetting means are installed on the described electronic lock mounting bracket.
Described one-way locking device comprises ratchet and ratchet locker; Described ratchet locker is provided with unidirectional striking gear; Described ratchet locker withstands described ratchet root.
Described resetting means comprises motor and ratchet snap close control device; Described motor is positioned at described electronic lock mounting bracket one end; Be provided with transmission device between described motor and the described ratchet snap close control device; Described ratchet snap close control device and described ratchet locker flexibly connect.
Above-mentioned novel electron plate lock, wherein, described ratchet and ratchet locker are installed in the described electronic lock mounting bracket by axle respectively; Be provided with some sour jujube pages or leaves between the ratchet of described ratchet; The sour jujube page or leaf engagement of the latch of described plate and described ratchet; Described ratchet locker comprises ratchet snap close support, and described ratchet snap close support is provided with ratchet snap close stand spring, and described ratchet snap close support withstands described ratchet root.
Above-mentioned novel electron plate lock, wherein, described ratchet snap close control device comprises opening cam, limit cam and cam limiting bracket, cam limiting bracket spring, limit cam spring, microswitch and unidirectional plectrum.
Above-mentioned novel electron plate lock, wherein, described opening cam, limit cam and fixedly connected by the cam turbine wheel shaft; Described opening cam is positioned at described electronic lock mounting bracket, and its edge withstands described ratchet snap close support; Described opening cam) side is provided with turbine, and described turbine is connected with the cam turbine wheel shaft by unilateral bearing, on the described motor scroll bar is installed, described scroll bar and the engagement of described turbine.Described limit cam is provided with bayonet socket; Described limit cam is positioned at the described electronic lock mounting bracket outside.
Above-mentioned novel electron plate lock, wherein, described unidirectional plectrum is connected with described cam limiting bracket by axle, and described unidirectional plectrum is positioned at described electronic lock mounting bracket, and described cam limiting bracket is positioned at described limit cam one side; Described cam limiting bracket comprises position limit arm and qualification sheet, and described qualification sheet is vertical with position limit arm, and wherein said qualification sheet is positioned at described electronic lock mounting bracket top; Described unidirectional plectrum is provided with unidirectional plectrum spring; Described unidirectional plectrum spring one end is fixedly connected on the described unidirectional plectrum, and the other end is fixedly connected on the described qualification sheet; Described position limit arm end withstands the edge of described qualification cam.
Above-mentioned novel electron plate lock, wherein, described limit cam spring one end is fixed on described limit cam edge, and the other end is fixed on described electronic lock mounting bracket one end.
Above-mentioned novel electron plate lock, wherein, described cam limiting bracket spring one end is fixed on described cam limiting bracket edge, and the other end is fixed on described electronic lock mounting bracket one end.
Above-mentioned novel electron plate lock, wherein, described microswitch is installed on the described electronic lock mounting bracket and in described qualification arm one side, connects described motor by lead.
Above-mentioned novel electron plate lock, wherein, described electronic lock mounting bracket is furnished with electronic enclosures, and described electronic enclosures flexibly connects by sleeve and described electronic lock mounting bracket.
Adopt the utility model electronics plate lock, its advantage is:
1. the utility model novel electron plate lock is by manually locking, and the process centerboard of locking can't reversely be extracted out, does not lock even electrical fault does not also influence.
2. the utility model novel electron plate is locked in when unblanking and must accepts correct electronic signal, otherwise can't unblank, safety guarantee performance consumption.
3. the utility model novel electron plate lock construction is tight, and security performance is better, the practical value height.
Description of drawings
The structural representation of the individual event locking device of plate and electronic lock mechanisms when Fig. 1 locks for the utility model novel electron plate;
The external structure schematic diagram of the electronic lock mounting bracket of electronic lock mechanisms when Fig. 2 is the unlatching of the utility model novel electron plate lock;
The internal construction schematic diagram of the electronic lock mounting bracket of electronic lock mechanisms when Fig. 3 is the unlatching of the utility model novel electron plate lock.
The specific embodiment
As shown in Figure 1 to Figure 3: a kind of novel electron plate lock comprises electronic lock mechanisms 1 and plate 2; Described electronic lock mechanisms 1 also comprises electronic lock mounting bracket 3, one-way locking device 4 and resetting means 5; Described one-way locking device 4 and resetting means 5 are installed on the described electronic lock mounting bracket 3.Described resetting means 5 comprises motor 51 and ratchet snap close control device 52; Described motor 51 is positioned at described electronic lock mounting bracket 3 one ends; Described ratchet snap close control device 52 comprises opening cam 521, limit cam 522 and cam limiting bracket 523, cam limiting bracket spring 527, limit cam spring 524, microswitch 525 and unidirectional plectrum 526.Described opening cam 521 and spacing protruding 522 is taken turns by cam turbine wheel shaft 64 and is fixedlyed connected; Described opening cam 521 is positioned at described electronic lock mounting bracket 3, and described limit cam 522 is positioned at described electronic lock mounting bracket 3 outsides; Described unidirectional plectrum 526 is connected with described cam limiting bracket 523 by unidirectional plectrum axle 63.Described unidirectional plectrum 526 is positioned at described electronic lock mounting bracket 3, and described cam limiting bracket 523 is positioned at described electronic lock mounting bracket 3 outsides.
As shown in figures 1 and 3: described one-way locking device 4 comprises ratchet 41, ratchet locker 42; Described ratchet 41 and described ratchet locker 42 are fixed in the described electronic lock mounting bracket 3 by sleeve 61 and sleeve 62 respectively; Described ratchet locker 42 comprises ratchet snap close support 421 and ratchet snap close stand spring 422; Described ratchet snap close stand spring 422 is around on the described sleeve 62, and the one end is fixed on the described ratchet snap close support 421, and the other end is fixedly connected on the described electronic lock mounting bracket 3; The ratchet 411 of described ratchet 41 is positioned at its both sides, and the ratchet 411 of described ratchet 41 both sides is provided with some sour jujube pages or leaves 412 along same direction inclination and 411 of both sides ratchets.Described plate 2 is provided with latch 20, when locking, the latch 20 of described plate 2 and 412 engagements of the sour jujube page or leaf of described ratchet 41, under the effect of described ratchet snap close stand spring 422, one end of described ratchet snap close support 421 inserts the root of the ratchet 411 of described ratchet 41, like this, realized to insert and can't reversely extract out by forward at plate described in the process of locking 2.
As shown in Figure 2, described limit cam 522 is positioned at described cam limiting bracket 523 1 sides, and described microswitch 525 is positioned at described cam limiting bracket 523 opposite sides; Described cam limiting bracket 523 comprises position limit arm 5231 and qualification sheet 5232, and described qualification sheet 5232 is vertical with position limit arm 5231, and wherein said qualification sheet 5232 is positioned at described electronic lock mounting bracket 3 tops.Described limit cam 522 is provided with a bayonet socket 5221, when described electronic lock mechanisms 1 is in opening, described position limit arm 5231 touches described microswitch 525, and the end of described position limit arm 5231 withstands the bayonet socket 5221 of described limit cam 522, thereby with the fixed-site of described limit cam 522.Described limit cam spring 524 1 ends are fixed on described limit cam 522 edges, and the other end is fixed on described electronic lock mounting bracket 3 one ends.Described cam limiting bracket spring 527 1 ends are fixed on described cam limiting bracket 523 edges, and the other end is fixed on described electronic lock mounting bracket 3 one ends.
As shown in Figure 3: described individual event plectrum 526 is positioned at described qualification sheet 5232 belows, described individual event plectrum 526 is provided with unidirectional plectrum spring 5261, described unidirectional plectrum spring 5,261 one ends are fixedly connected on the described unidirectional plectrum 526, and the other end is fixedly connected on the described qualification sheet 5232.The edge of described opening cam 521 withstands described ratchet snap close support 421.When described electronic lock mechanisms 8 was in opening, the bossing of described opening cam 521 withstood described ratchet snap close support 421 and makes it break away from described ratchet 41, makes described plate 2 to extract out smoothly.In the process that described plate 2 is extracted out, ratchet 41 rotates along inverse clock, because the effect of unidirectional plectrum spring 5261, described unidirectional plectrum 526 intermittently touches with described sour jujube page or leaf 412, and described unidirectional plectrum 526 overcomes the effect of unidirectional plectrum spring 5261 around the intermittently swing of unidirectional plectrum axle 63 under the drive of described sour jujube page or leaf 421.Described opening cam 521 1 sides are provided with turbine, and described turbine is connected with cam turbine wheel shaft 64 by unilateral bearing, on the motor 51 scroll bar is installed, described scroll bar and the engagement of described turbine.Thereby described turbine can drive 64 rotations of cam turbine wheel shaft by unilateral bearing and drive described opening cam 521 rotations, and described opening cam 521 can't drive described turbine rotation.Described motor 51 and described microswitch 525 are connected by lead.
Described novel electron plate lock is joined supply module, is used to described motor 51 that electric power is provided, and described motor 51 connects described supply module by lead.Described novel electron plate lock also is provided with signal receiver, and described signal receiver is connected by lead with described supply module.The specific electron signal that described signal receiver employing non-contact inductive technology reception lockaid gun sends also is sent to the action that electronic module is carried out appointment.
The transmission process of unblanking and locking of described novel electron plate lock is as described below: described signal receiver receives the electronic signal that outside lockaid gun sends when unblanking, and described supply module carries voltage to give described motor 51, and described motor 51 starts.Described motor 51 drives worm gear by worm screw and rotates, thereby worm gear drives 64 rotations of cam turbine wheel shaft by unilateral bearing and drives described opening cam 521 rotations, and together with described limit cam 522 rotations, the end of the position limit arm 5231 of described cam limiting bracket 523 contacts with the outline of described limit cam 522 under the effect of cam limiting bracket spring 527, when described position limit arm 5231 is run into described microswitch 525, described motor 51 outages also quit work, and this moment, described limit cam spring 524 has been crossed lofty perch, its energy stored spurs described limit cam 522 rotations, withstand the bayonet socket 5221 of described limit cam until position limit arm 5231 ends of described cam limiting bracket 523, this moment, described opening cam 521 just in time backed down described ratchet snap close support 421, make described ratchet snap close support 421 leave described ratchet 41, described plate 2 can reversely be extracted out.In the process that described plate 2 is extracted out, driving described ratchet 41 rotates along inverse clock, because the effect of described unidirectional plectrum spring 5261, described unidirectional plectrum 526 intermittently touches with described sour jujube page or leaf 412, and described unidirectional plectrum 526 overcomes the effect of unidirectional plectrum spring 5261 around the intermittently swing of unidirectional plectrum axle 63 under the drive of described sour jujube page or leaf 421.When described plate 2 inserts, the sour jujube page or leaf 412 of described ratchet 41 withstands described unidirectional plectrum 526, thereby drive described cam limiting bracket 523 rotations, make described position limit arm 5231 ends break away from the bayonet sockets 5221 of described limit cam 522, and described limit cam spring 524 further bounces back, driving described limit cam 522 rotates until described limit cam spring 524 its minimum points of arrival together with described opening cam 521, under the effect of described ratchet snap close stand spring 422, the minimum point of described opening cam 521 contacts with described ratchet snap close support 421, described ratchet snap close support 421 withstands the ratchet root of described ratchet 41 simultaneously, described plate 2 can make smooth advances, and reaches the purpose of locking.
Described electronic lock mounting bracket is furnished with electronic enclosures, and described electronic enclosures flexibly connects by sleeve and described electronic lock mounting bracket, can better protect the component of described novel electron plate lock like this.
Will be appreciated that; the above embodiments are only as the exemplifying and propose preferred embodiment of the utility model novel electron plate lock; the utility model novel electron plate lock also not only is confined to this, and the various simple modifications that those skilled in the art can implement also should be included in the protection domain of the utility model novel electron plate lock.
Claims (9)
1. a novel electron plate lock comprises electronic lock mechanisms (1) and plate (2), and it is characterized in that: described plate (2) is provided with latch (20); Described electronic lock mechanisms (1) also comprises electronic lock mounting bracket (3), one-way locking device (4) and resetting means (5); Described one-way locking device (4) and resetting means (5) are installed on the described electronic lock mounting bracket (3);
Described one-way locking device (4) comprises ratchet (41) and ratchet locker (42); Described ratchet locker (42) is provided with unidirectional striking gear, and described ratchet locker (42) withstands described ratchet (41) root;
Described resetting means (5) comprises motor (51) and ratchet snap close control device (52); Described motor (51) is positioned at described electronic lock mounting bracket (3) one ends; Be provided with transmission device between described motor (51) and the described ratchet snap close control device (52); Described ratchet snap close control device (52) and described ratchet locker (42) flexibly connect.
2. novel electron plate lock according to claim 1, it is characterized in that: described ratchet (41) and ratchet locker (42) are installed in the described electronic lock mounting bracket (3) by axle respectively; Be provided with some sour jujube pages or leaves (412) between the ratchet (411) of described ratchet (41); The latch (20) of described plate (2) and the engagement of the sour jujube page or leaf (412) of described ratchet (41); Described ratchet locker (42) comprises ratchet snap close support (421), and described ratchet snap close support (421) is provided with ratchet snap close stand spring (422), and described ratchet snap close support (421) withstands described ratchet (411) root.
3. novel electron plate lock according to claim 1, it is characterized in that: described ratchet snap close control device (52) comprises opening cam (521), limit cam (522) and cam limiting bracket (523), cam limiting bracket spring (527), limit cam spring (524), microswitch (525) and unidirectional plectrum (526).
4. novel electron plate according to claim 3 lock is characterized in that: described opening cam (521), limit cam (522) and fixedly connected by cam turbine wheel shaft (64); Described opening cam (522) is positioned at described electronic lock mounting bracket (3), and its edge withstands described ratchet snap close support (421); Described opening cam (521) one sides are provided with turbine, and described turbine is connected with cam turbine wheel shaft (64) by unilateral bearing, and described motor is equipped with scroll bar on (51), described scroll bar and the engagement of described turbine.Described limit cam (522) is provided with bayonet socket (5221); Described limit cam (522) is positioned at described electronic lock mounting bracket (3) outside.
5. novel electron plate lock according to claim 4, it is characterized in that: described unidirectional plectrum (526) is connected with described cam limiting bracket (523) by axle (63), described unidirectional plectrum (526) is positioned at described electronic lock mounting bracket (3), and described cam limiting bracket (523) is positioned at described limit cam (522) one sides; Described cam limiting bracket (523) comprises position limit arm (5231) and qualification sheet (5232), and described qualification sheet (5232) is vertical with position limit arm (5231), and wherein said qualification sheet (5232) is positioned at described electronic lock mounting bracket (3) top; Described unidirectional plectrum (526) is provided with unidirectional plectrum spring (5261); Described unidirectional plectrum spring (5261) one ends are fixedly connected on the described unidirectional plectrum (526), and the other end is fixedly connected on the described qualification sheet (5232); Described position limit arm (5231) end withstands the edge of described qualification cam (522).
6. novel electron plate lock according to claim 5, it is characterized in that: described limit cam spring (524) one ends are fixed on described limit cam (522) edge, and the other end is fixed on described electronic lock mounting bracket (3) one ends.
7. novel electron plate lock according to claim 5, it is characterized in that: described cam limiting bracket spring (527) one ends are fixed on described cam limiting bracket (523) edge, and the other end is fixed on described electronic lock mounting bracket (3) one ends.
8. novel electron plate according to claim 5 lock is characterized in that: described microswitch (525) is installed in that described electronic lock mounting bracket (3) is gone up and in a side of described qualification arm (5231), connects described motor (51) by lead.
9. novel electron plate lock according to claim 1, it is characterized in that: described electronic lock mounting bracket (3) is furnished with the electronic lock case, and described electronic enclosures flexibly connects by sleeve and described electronic lock mounting bracket (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202258871U CN201763068U (en) | 2010-06-12 | 2010-06-12 | Novel electronic plugboard lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202258871U CN201763068U (en) | 2010-06-12 | 2010-06-12 | Novel electronic plugboard lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201763068U true CN201763068U (en) | 2011-03-16 |
Family
ID=43715678
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202258871U Expired - Fee Related CN201763068U (en) | 2010-06-12 | 2010-06-12 | Novel electronic plugboard lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201763068U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106408754A (en) * | 2016-10-27 | 2017-02-15 | 佛山市顺德区赛威实业有限公司 | Electronic lock box with mechanical interlocking function |
-
2010
- 2010-06-12 CN CN2010202258871U patent/CN201763068U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106408754A (en) * | 2016-10-27 | 2017-02-15 | 佛山市顺德区赛威实业有限公司 | Electronic lock box with mechanical interlocking function |
| CN106408754B (en) * | 2016-10-27 | 2022-04-08 | 广东赛威智能汽车电子股份有限公司 | Electronic lock casket box with mechanical interlocking function |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110316 Termination date: 20180612 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |