CN205976779U

CN205976779U - Electronic lock and intelligence lock core thereof

Info

Publication number: CN205976779U
Application number: CN201620981521.4U
Authority: CN
Inventors: 刘艳
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-30
Filing date: 2016-08-30
Publication date: 2017-02-22
Anticipated expiration: 2026-08-30

Abstract

The utility model provides an electronic lock, includes an intelligent lock core and an at least position control spare, the intelligence lock core includes the lock cylinder shell body, locates a drive arrangement of lock cylinder shell body one end, connect in drive arrangement's a core bar, locate a mechanical lock core, a head and the control of the lock cylinder shell body other end drive arrangement's a controller, the head is located the core bar is neighbouring the one end of machinery lock core, controller control drive arrangement works and the drive the core bar motion, the core bar drives the head is followed the axial lead of core bar slides, makes the moving part is connected or the separation the machinery lock core, position control spare is followed the axial lead direction of core bar is overlapped with sliding and is located drive arrangement or the machinery lock core. Electronic lock not only simple structure, cost of manufacture hangs down, and has higher security. The utility model discloses still relate to one kind the intelligent lock core of electronic lock.

Description

Electronic lock and its intelligent lock core

Technical field

This utility model is related to a kind of lockset, more particularly, to one intelligent lock core and the electronic lock being provided with described intelligent lock core.

Background technology

Existing lockset species is various, Various Functions, if any the electricity that the traditional mechanical lock of spring lock class, functional structure are advanced Son lock and the mechanical mechano-electronic integral type lock being combined with electronics.However, the safety and reliability of traditional mechanical lock is not, electricity The structure of son lock and mechano-electronic integral type lock is all more complicated, and manufacturing cost is high；Separately, the length of existing lockset is fixing , the lockset of same model cannot be attached on the door-plate of different-thickness, and versatility is poor.

Utility model content

In view of above it is necessary to provide a kind of structure simple and the electronic lock of highly versatile and described electronic lock smart lock Core.

A kind of intelligent lock core, including a lock core shell, the driving means located at described lock core shell one end, is connected to institute State a core bar, the mechanical lock located at the described lock core shell other end, a head and the described drive of control of driving means One controller of dynamic device, described head is located at described core bar adjacent to one end of described mechanical lock, described controller control Make described driving means work and drive described core bar motion, described core bar drives described head along the axle center of described core bar Sliding in line direction, so that described head is connected or separate described mechanical lock.

Preferably, described head includes a movable part and a counterpart, and described movable part is along the axle center of described core bar Line direction opens up a location hole, and described counterpart is fixed on described positioning in the hole, and described core bar is rotatingly connected to described cooperation Part.

Preferably, described counterpart is moved spring for a line, and projection on described core bar can be movably connected on described action spring Corresponding spiral coil between projection, described action spring is fixed on described positioning in the hole, and described driving means drive described Core bar rotates, and described projection pushes described movable part and slides along the spiral coil movement of described action spring.

Preferably, described intelligent lock core also includes a collecting set, and described collecting is sheathed in described lock core shell neighbouring institute State at mechanical lock, described movable part is slidably contained in described collecting in set along the direction of axis line of described core bar.

Preferably, the inner surface of described collecting set opens up at least one chute, described work along the direction of axis line of described core bar Moving part projection at least one is contained in the draw runner in described chute.

Preferably, it is formed with a coupling mechanism between described mechanical lock and described head.

A kind of electronic lock, including an intelligent lock core and at least one position adjustments part, described intelligent lock core includes a lock core shell Body, the driving means located at described lock core shell one end, it is connected to a core bar of described driving means, located at described lock core shell One mechanical lock of the body other end, a head and control described driving means a controller, described head located at Adjacent to one end of described mechanical lock, described controller controls described driving means work to drive described core bar fortune to described core bar Dynamic, described core bar drives described head along the direction of axis line slip of described core bar, so that described head is connected or divides From described mechanical lock, described position adjustments part along described core bar direction of axis line slidably located at described driving means or institute State mechanical lock.

Preferably, described driving means include a housing, and the outer surface of described housing is along the direction of axis line of described core bar Open up at least one chute, described position adjustments part includes a cylinder, at least one chute described in inner surface correspondence of described cylinder is convex If at least one draw runner.

Preferably, described mechanical lock includes a fixed plate, and the outer surface of described fixed plate is along the axial line of described core bar Direction opens up at least one chute, and described position adjustments part includes a cylinder, and described in the inner surface correspondence of described cylinder, at least one is sliding Geosynclinal convex sets at least one draw runner.

Preferably, the quantity of position adjustments sleeve is two, and wherein one position adjustments part is along the axial line side of described core bar To being slidably sheathed on described driving means, another location regulating part along described core bar axis direction be slidably sheathed on described Mechanical lock.

Compare prior art, the intelligent lock core of this utility model electronic lock only needs driving means to drive described core bar motion, Thus described core bar drives described movable part along the direction of axis line slip of described core bar, realize described movable part and described machinery Lock core connect or separate, you can electronic lock described in convenient use, thus electronic lock be not only simple in structure, low manufacture cost, and have There is higher safety；Separately, slidably located at the driving means of described intelligent lock core or the position adjustments part of described mechanical lock The length of described electronic lock can be adjusted, so as to be attached on the door-plate of different-thickness.

Brief description

Fig. 1 is the perspective exploded view of the better embodiment of this utility model electronic lock.

Fig. 2 is another view stereo figure of Fig. 1.

Fig. 3 is the assembling figure of Fig. 1.

Fig. 4 is the sectional view in Fig. 3 along IV-IV line.

Fig. 5 is the use state figure of the better embodiment of this utility model electronic lock.

Specific embodiment

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out Clearly and completely description is it is clear that described embodiment is only a part of embodiment of this utility model rather than whole Embodiment.In the case of not conflicting, the feature in following embodiments and embodiment can be mutually combined.New based on this practicality Embodiment in type, the every other enforcement that those of ordinary skill in the art are obtained under the premise of not making creative work Example, broadly falls into the scope of this utility model protection.

It should be noted that in this utility model, when an assembly is considered as with another assembly " being connected ", it Can be to be joined directly together with another assembly or be indirectly connected to another assembly by assembly placed in the middle.

Unless otherwise defined, all of technology used herein and scientific terminology are led with belonging to technology of the present utility model The implication that the technical staff in domain is generally understood that is identical.In term used in the description of the present utility model it is simply herein The purpose of description specific embodiment, rather than be intended to limit this utility model.

See also Fig. 1 and Fig. 2, the preferable embodiment party of this utility model electronic lock 100 include an intelligent lock core 30 and Two positions regulating part 50.Described intelligent lock core 30 includes a lock core shell 31, driving means 32, one end are connected to described driving One core bar 33 of device 32, a mechanical lock 34, a head 35, house set 36, control the one of described driving means 35 Controller 37（As shown in Figure 4）And a shifting block 38.

The side of described lock core shell 31 opens up an accepting groove 312, the middle part of described lock core shell 31 along its length Open up the breach 315 of accepting groove 312 described in break-through.

See also Fig. 4, described driving means 32 include a cylinder housing 321, along described housing 321 axle center Line direction is connected to the exntension tubs 322 of described housing 321 one end and has an actuator 323, described control in described housing 321 Device 37 processed and controls the operation of described actuator 323 in described housing 321.The outer surface of described housing 321 is along described housing 321 direction of axis line at least opens up a chute 325.In present embodiment, described actuator 323 is a drive motor.

One end of described core bar 33 is connected to the rotating shaft of described drive motor, described core bar 33 through described exntension tubs 322 Away from described driving means 32 the other end extend described exntension tubs 322 and described core bar 33 end outer peripheral face projection two Has resilient projection 331.The axial line of described core bar 33 coincides with the axial line of described exntension tubs 322.

Described mechanical lock 34 includes a lock body 341 and a fixed plate 343.Described fixed plate 343 is rounded, described lock body 341 one end is vertically connected at the middle part of the one side of described fixed plate 343.The outer surface of described fixed plate 343 is along described solid The direction of axis line of fixed board 343 opens up at least one chute 345.Described lock body 341 is provided with away from the other end of described fixed plate 343 One first connecting portion 346.In present embodiment, described first connecting portion 346 is from described lock body 341 end compartment of terrain convex If some fixture blocks 3461, often form a draw-in groove 3463 between two adjacent fixture blocks.

Described head 35 includes a generally cylindrical movable part 351 and a counterpart 353.Described movable part is in generally Cylindric, in the middle part of it, the direction of axis line along described movable part 351 opens up a location hole 355.The outer peripheral face of described movable part 351 Direction of axis line projection two draw runner 356 along described movable part 351.One end of described movable part 351 is provided with a second connecting portion 357.In present embodiment, described second connecting portion 357 is included from described movable part 351 end in the four of described location hole 355 The weekly interval ground outwards some fixture blocks of projection 3571, often form a draw-in groove 3573 between two adjacent fixture blocks.In present embodiment, institute Stating counterpart 353 is that action has interval between spring, and two adjacent spiral coils of described counterpart 353.

Described collecting covers 36 generally cylindrical, the described direction of axis line housing the inner surface of set 36 along described collecting set 36 Open up two chutes 361.Described one end housing set 36 is provided with bindiny mechanism.

Each position regulating part 50 includes a cylinder 51, and the inner peripheral surface of described cylinder 51 is along the axial line side of described cylinder 51 To projection at least slide guide bar 53.

See also Fig. 1 to Fig. 4, during assembling, described counterpart 353 is fixed on the location hole of described movable part 351 In 355.The described set 36 that houses is sheathed on outside described movable part 351, so that described 351 liang of draw runners 356 of movable part is slidably received It is dissolved in described collecting in set 36 corresponding chutes 361.Described shifting block 38 is contained in the breach 315 of described lock core shell 31. By the described accepting groove housing one end of set 36 second connecting portions 357 away from described movable part 351 from described lock core shell 31 In 312 first end insertion accepting groove 312, more described lock body 341 is inserted described collecting from the first end of described accepting groove 312 Groove 312.Described core bar 33 is inserted described accepting groove 312 from the second relative end of the accepting groove 312 of described lock core shell 31, makes Described core bar 33 passes through described shifting block 38 and inserts in the location hole 355 of described movable part 351 after housing set 36, described core bar 33 Projection 331 support described counterpart 353, all there is elastic deformation in described projection 331 and counterpart 353, to described projection 331 Movable be contained in described action spring corresponding spiral coil between.Now, described exntension tubs 322 and described collecting cover 36 points It is not connected to the two ends of described shifting block 36, the first connecting portion 346 of described mechanical lock 34 is with the second of described movable part 351 even Form a coupling mechanism between socket part 357.Two positions regulating part 50 is sheathed on outside described housing 321 and fixed plate 343 respectively, The slide guide bar 53 of each position regulating part 50 is made slidably to be contained in corresponding chute 325,345.

See also Fig. 4 and Fig. 5, during use, described controller 37 controls described actuator 323 to work, described driving Part 323 drives described core bar 33 in the first direction by rotating shaft or contrary second direction rotates, and described projection 331 is expert at and is moved Slide between the spiral coil of spring, make action spring take described movable part 351 and house in set 36 along described core bar 33 described together Direction of axis line horizontally slip.Described actuator 323 drives described core bar 33 to be rotated in a first direction, described movable part 351 Slide into first connecting portion 346 company of coupling of described second connecting portion 357 and described mechanical lock 34 towards described mechanical lock 34 Connect, that is, the fixture block 3571 of described second connecting portion 357 snaps in the draw-in groove 3463 of described first connecting portion 346, you can convenient real Now unlock.Conversely, described actuator 323 drives described core bar 33 along contrary second party rotation, to described movable part 351 towards remote Slide from the direction of described mechanical lock 34, until the first connecting portion of described second connecting portion 357 and described mechanical lock 34 346 depart from coupling, and now, described core bar 33 can only rotate without the described mechanical lock 34 of driving in described movable part 351 sky Rotation, makes described electronic lock 100 be in locking states.

Described electronic lock 100 is attached on door-plate, when described door-plate is thicker, being pulled outwardly each position regulating part 50 makes Described cylinder 51 slides in and out, thus increasing the length of described electronic lock 100, is conveniently attached on thicker door-plate；When described When door-plate is relatively thin, pressing inward against position adjustments part 50 makes described cylinder 51 slid inward, thus reducing the length of described electronic lock 100 Degree, is conveniently attached on relatively thin door-plate.Adjust the length of electronic lock 100 by sliding position regulating part 50, thus convenient Electronic lock 100 is installed to the door-plate of different former degree.

Embodiment of above only in order to the technical solution of the utility model to be described and unrestricted, although with reference to above embodiment party Formula has been described in detail to this utility model, it will be understood by those within the art that, can be to of the present utility model Technical scheme is modified or equivalent should not depart from the spirit and scope of technical solutions of the utility model.

Claims

1. a kind of intelligent lock core it is characterised in that：Including a lock core shell, the driving dress located at described lock core shell one end Put, be connected to a core bar of described driving means, the mechanical lock located at the described lock core shell other end, a head and Control a controller of described driving means, described head is located at described core bar adjacent to one end of described mechanical lock, institute Stating controller controls the work of described driving means to drive described core bar motion, and described core bar drives described head along described The direction of axis line of core bar slides, and so that described head is connected or separates described mechanical lock.

2. intelligent lock core as claimed in claim 1 it is characterised in that：Described head includes a movable part and a cooperation Part, described movable part opens up a location hole along the direction of axis line of described core bar, and described counterpart is fixed on described positioning in the hole, Described core bar is rotatingly connected to described counterpart.

3. intelligent lock core as claimed in claim 2 it is characterised in that：Described counterpart is moved spring for a line, on described core bar Projection can be movably connected on the projection between the corresponding spiral coil of described action spring, and it is described fixed that described action spring is fixed on Position in the hole, described driving means drive described core bar rotation, and described projection is mobile and push along the spiral coil of described action spring Described movable part slides.

4. intelligent lock core as claimed in claim 3 it is characterised in that：Described intelligent lock core also includes a collecting set, described receipts Hold and be sheathed in described lock core shell at neighbouring described mechanical lock, described movable part slides along the direction of axis line of described core bar Be contained in described house set in.

5. intelligent lock core as claimed in claim 4 it is characterised in that：The described axle housing the inner surface of set along described core bar Heart line direction opens up at least one chute, and described movable part projection at least is contained in the draw runner in described chute.

6. intelligent lock core as claimed in claim 2 it is characterised in that：Shape between described mechanical lock and described head Cheng Youyi coupling mechanism.

7. a kind of electronic lock it is characterised in that：Including an intelligent lock core and at least one position adjustments part, described intelligent lock core includes One lock core shell, the driving means located at described lock core shell one end, it is connected to a core bar of described driving means, located at institute State a mechanical lock, a head and the controller controlling described driving means of the lock core shell other end, described activity Located at described core bar adjacent to one end of described mechanical lock, described controller controls described driving means work to drive institute to device State core bar motion, described core bar drives described head along the direction of axis line slip of described core bar, makes described head Connect or separate described mechanical lock, described position adjustments part along described core bar direction of axis line slidably located at described driving Device or described mechanical lock.

8. electronic lock as claimed in claim 7 it is characterised in that：Described driving means include a housing, outside described housing Surface opens up at least one chute along the direction of axis line of described core bar, and described position adjustments part includes a cylinder, described cylinder At least one chute projection at least one draw runner described in inner surface is corresponding.

9. electronic lock as claimed in claim 7 it is characterised in that：Described mechanical lock includes a fixed plate, described fixed plate Outer surface open up at least one chute along the direction of axis line of described core bar, described position adjustments part includes a cylinder, described cylinder At least one chute projection at least one draw runner described in the inner surface of body is corresponding.

10. electronic lock as claimed in claim 7 it is characterised in that：The quantity of position adjustments sleeve is two, wherein one position Regulating part is slidably sheathed on described driving means along the direction of axis line of described core bar, and another location regulating part is along described core bar Axis direction be slidably sheathed on described mechanical lock.