CN107489307A - Intelligent lock core - Google Patents
Intelligent lock core Download PDFInfo
- Publication number
- CN107489307A CN107489307A CN201710845576.1A CN201710845576A CN107489307A CN 107489307 A CN107489307 A CN 107489307A CN 201710845576 A CN201710845576 A CN 201710845576A CN 107489307 A CN107489307 A CN 107489307A
- Authority
- CN
- China
- Prior art keywords
- dead bolt
- lock core
- input component
- gear
- driving
- 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.)
- Granted
Links
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
- E05B15/00—Other details of locks; Parts for engagement by bolts of fastening devices
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B15/00—Other details of locks; Parts for engagement by bolts of fastening devices
- E05B15/04—Spring arrangements in locks
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B15/00—Other details of locks; Parts for engagement by bolts of fastening devices
- E05B15/10—Bolts of locks or night latches
- E05B15/108—Bolts with multiple head
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05B—LOCKS; ACCESSORIES THEREFOR; HANDCUFFS
- E05B49/00—Electric permutation locks; Circuits therefor ; Mechanical aspects of electronic locks; Mechanical keys therefor
-
- 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
- E05B2047/0014—Constructional features of actuators or power transmissions therefor
- E05B2047/0018—Details of actuator transmissions
- E05B2047/002—Geared transmissions
Abstract
The present invention provides a kind of intelligent lock core, it can be rotated by external force or motor driving the first driving input component, so as to control the slip lock and unlock of the first dead bolt part, the first driving input component drives cam member to rotate by the first transmission system simultaneously, so as to which control fixture block is to the lock and unlock of the second dead bolt part；Rotated by external force driving the second driving input component, the second driving input component drives the first driving input component to rotate by the second transmission system, and so as to control the slip of the first dead bolt part to unlock, while control fixture block is to the lock and unlock of the second dead bolt part.Intelligent lock core of the invention can be by setting locking for anti-dial dead bolt realization shutdown triggering motor rotation the first dead bolt part of progress and the second dead bolt part, circuit for controlling motor can be electrically connected with corresponding external sensing apparatus simultaneously, controlled motor rotates in a manner of realizing brush badge, fingerprint and defeated numerical ciphers etc..
Description
Technical field
It is more particularly to a kind of to pass through electronics and the intelligent lock core of mechanical co- controlling the present invention relates to intelligent lock core field.
Background technology
Intelligent lock core has two sets of dead bolts locked a door mostly in the prior art, and the motion of two sets of dead bolts can be transferred through key
Driving force OR gate handle driving force is controlled, usually by the input of key actuated power and the input of door handle driving force
Between be connected, when with key be driven control wherein a set of dead bolt when, with regard to can be driven door handle rotate control it is another set of
Dead bolt, and when being driven control wherein a set of dead bolt with door handle, the input that can be similarly driven key actuated power turns
The dynamic another set of dead bolt of control, but the input of the input of the key actuated power of intelligent lock core and door handle driving force in the prior art
Transmission between end is more laborious.
Therefore need to provide a kind of intelligent lock core to solve above-mentioned technical problem.
The content of the invention
The present invention provides a kind of intelligent lock core, the first driving input component of the intelligent lock core by the first transmission system with it is convex
To control the lock and unlock of the second dead bolt part, the second driving input component is driven by two transmission systems and first for gear member drive connection
Dynamic input component drive connection is to control the unblock of the first dead bolt part, to solve the key actuated power of intelligent lock core in the prior art
The problem of transmission between input and the input of door handle driving force is more laborious.
In order to solve the above technical problems, the technical scheme is that：A kind of intelligent lock core, it includes：Lock core box, first
Lock a door system, second lock a door system, the first transmission system and the second transmission system；
Wherein, described first lock a door the side that system is located in the lock core box, including：
First dead bolt part, is slidably arranged in the lock core box, and one end of the first dead bolt part can be extended in the lock
It is used to lock outside core box side；
First driving input component, is rotated by external force, for controlling the slip lock and unlock of the first dead bolt part；And
Motor, with the described first driving input component drive connection；
Described second locks a door the opposite side that system is located in the lock core box, including：
Second dead bolt part, is slidably arranged in the lock core box, one end and the fixing end elasticity of the second dead bolt part
Contact, the other end extends in the presence of a tensile force to be used to lock outside the lock core box side, described when shutdown or enabling
The power that second dead bolt part is squeezed is slipped into the lock core box；
Fixture block, it is slidably arranged in the lock core box, for limiting the slip of the second dead bolt part；
Cursor, it is rotatably arranged in the lock core box, one end of the cursor is connected with the fixture block, by described
The rotation of cursor is to drive the slip of the fixture block；
Cam member, it is described for applying driving force to the other end of the cursor to control the rotation of the cursor
Cam member is connected by first transmission system and the described first driving input component；And
Second driving input component, is rotated by external force, for applying driving force to the other end of the cursor to control
The rotation of cursor is stated, the second driving input component is unidirectional to the described first driving input component by second transmission system
Driving force is conducted to control the slip of the first dead bolt part to unlock.
In the present invention, the first driving input component includes the first driving column, the first kinematic projection and for stirring
The poke rod that the first dead bolt part slides；
The connecting hole for inputting driving force is provided with first driving column, first kinematic projection is arranged on
The side of first driving column, the first dead bolt part include the holding tank corresponding with the poke rod, the poke rod
One end be connected to the side of first driving column, the other end is extended in the holding tank；
The motor includes output gear, and the output gear and a toothed disc are connected, and the toothed disc is set in
On first driving column, it is convex that second transmission corresponding with first kinematic projection is provided with the inside of the toothed disc
Portion.
Wherein, the first driving input component includes the first rotation position, the second rotation position and is located in rotary motion trace
Described first rotate position and described second rotate between position the 3rd rotate position, when the described first driving input component is positioned at described the
During one rotation position, the first dead bolt part retraction is in the lock core box, when the described first driving input component is located at described second
When rotating position, the first dead bolt part extends default upper lock position；
Described first system of locking a door also includes the first torque spring, and one end of first torque spring passes with described first
Dynamic post connection, the other end are connected with the fixed column in the lock core box；
When the described first driving input component is rotated between position and the 3rd rotation position positioned at described first, described first
The elastic force of torque spring causes the first driving input component to rotate position to described first and rotate；
When the described first driving input component is rotated between position and the 3rd rotation position positioned at described second, described first
The elastic force of torque spring causes the first driving input component to rotate position to described second and rotate.
In addition, the cursor includes the 3rd in rotary motion trace rotates position and the 4th rotation position, the fixture block is sliding
Include limiting the second dead bolt part slip agretope inside contracted and the activity bit to lift restrictions on track, the cursor
3rd rotation position corresponds to the activity bit of the fixture block, and the 4th rotation position of the cursor corresponds to the agretope of the fixture block,
One second torque spring is provided with the cursor, second torque spring causes the cursor to rotate position to the 4th
Direction rotates；
First transmission system includes first gear, idler gear and second gear；The first gear, which is fixed, to be connected
The side of the first transmission column bottom is connected on, the second gear is connected to the side of the cam member, the first gear
It is connected with the second gear by the idler gear；
When the described first driving input component transfers to the first dead bolt part, the second gear is to away from the cursor
Direction rotate, the cursor turned under the resilient force of second torque spring the 4th rotation position, the card
Block slides into agretope；
When the described first driving input component dials in the first dead bolt part, the second gear is to close to the cursor
Direction rotate, the cam member extrudes the cursor and turns to the 3rd rotation position, and the fixture block slides into activity bit.
Further, the second driving input component includes the second driving column and is connected to the outside use of the driving column
In the cam part for applying driving force to the cursor, the spline for inputting driving force is provided with second driving column
Hole；
Described second system of locking a door also includes the 3rd torque spring, and the 3rd torque spring is set in second transmission
The periphery of post, a limiting section, the both ends difference of the 3rd torque spring are fixedly installed in the periphery of second driving column
Positioned at the both sides of the limiting section, the both ends of the 3rd torque spring are located at the fixed column in the lock core box respectively simultaneously
Both sides；
Second transmission system includes the first gear, the idler gear, the 3rd gear and the 4th gear, institute
State the side that the 4th gear is connected to second driving column, the 4th gear is by the 3rd gear to the center tooth
The unidirectional conduction driving force of wheel.
Further, the 3rd gear include being used for the gear portion that is connected with the 4th gear drive and for
The lower tooth wheel portion of the fan shape of the idler gear drive connection；
The gear portion is located on the lower tooth wheel portion top surface, is provided with the bottom in the gear portion for driving
The 3rd kinematic projection that the lower tooth wheel portion rotates, when the 3rd kinematic projection contacts with the one side of the lower tooth wheel portion
When, the another side of the 3rd kinematic projection and the lower tooth wheel portion is in rotary motion trace at a distance of a setpoint distance；
The second driving input component includes initial bit and releases the solution lock-bit that the second dead bolt part slides limitation；
When the described first driving input component turns to described second from the described first rotation position rotates position, the lower gear
Portion rotates in setting pivot region, and the initial bit of the second driving input component is outside the setting pivot region；
When the described second driving input component turns to the solution lock-bit from the initial bit, the 3rd kinematic projection band
The dynamic lower tooth wheel portion, which rotates, causes the first driving input component to turn to described first by the described second rotation position and rotate position.
Further, the cam member is rotatably connected on second driving column, and the second gear is located on described
On the top surface of gear part, the second gear and lower tooth wheel portion drive connection are in the same side of the idler gear, in institute
State the projection being provided with the top surface of second gear for the spacing contact of the lamina tecti of the lock core box.
In the present invention, one end of the second dead bolt part is extended outside the lock core box side, and the other end is provided with
First extension rod, the fixing end are the first baffle being fixedly installed in the lock core box, are set on the first baffle
There is the first through hole passed through for first extension rod, be arranged with the first spring on first extension rod, described second
Dead bolt part passes through first spring and the first baffle Elastic Contact；
The second dead bolt part includes the clamp corresponding with the fixture block, and a company is provided with the one side of the clamp
Fitting, another side are connected to first extension rod, and the first dead bolt monomer and are rotatably connected in the both sides of the connector
Two dead bolt monomers；
The side of the first dead bolt monomer is provided with the first fixed block, set in the opposite side of the first dead bolt monomer
It is equipped with one and is used for the first rotating limit block with the spacing contact of the connector, the first dead bolt monomer includes the first right-angle surface and the
One inclined-plane；
The side of the second dead bolt monomer is provided with the second fixed block, set in the opposite side of the second dead bolt monomer
It is equipped with one and is used for the second rotating limit block with the spacing contact of the connector, the second dead bolt monomer includes the second right-angle surface and the
Two inclined-planes；
When the second dead bolt part in the raw when, first fixed block and second fixed block with it is described
The madial wall of lock core box contacts in face, first right-angle surface, first inclined-plane, second right-angle surface and described second
Inclined-plane is extended outside the lock core box, and first right-angle surface is parallel with second right-angle surface, first inclined-plane and institute
The second inclined-plane is stated between the extended planar of first right-angle surface and the extended planar of second right-angle surface, described first
The extended planar on inclined-plane and the extended planar on second inclined-plane cross one another；
When at closing time, being extruded by doorframe, the first dead bolt monomer, which rotates, causes first rotating limit block and the company
When fitting contacts, the first dead bolt monomer stops operating, the extended planar of first right-angle surface and the extension on the second inclined-plane
Plane overlaps, and the extended planar on first inclined-plane overlaps with the extended planar of second right-angle surface；
When opening the door, extruded by doorframe, the second dead bolt monomer, which rotates, causes second rotating limit block and the company
When fitting contacts, the second dead bolt monomer stops operating, the extended planar of second right-angle surface and the extension on the first inclined-plane
Plane overlaps, and the extended planar on second inclined-plane overlaps with the extended planar of first right-angle surface.
In the present invention, described first system is locked a door also including the circuit for controlling motor for being used to control the motor, it is described
Circuit for controlling motor controls the first trigger member of the motor rotation and for controlling the motor to be stopped including being used for
The second trigger member and the 3rd trigger member, when the second dead bolt part simultaneously depart from second trigger member and it is described 3rd touch
The contact of outbox, the motor are stopped, when simultaneously the second dead bolt part extrudes triggering second trigger member and described
3rd trigger member, the motor are stopped.
Further, described first system is locked a door also including the trigger mechanism one for triggering first trigger member, institute
Stating trigger mechanism includes anti-dial dead bolt, the second extension rod, second baffle and second spring；
One end of the anti-dial dead bolt is extended to be used to be extruded by doorframe outside the lock core box and bounced back, and the other end is provided with
Second extension rod, the second baffle are fixedly installed in the lock core box, are provided with and are used on the second baffle
The second through hole that second extension rod passes through, second extension rod are described for triggering through one end of the second baffle
First trigger member, the second spring are set on second extension rod, and one end of the anti-dial dead bolt passes through described second
Spring and the second baffle Elastic Contact, the both sides of the anti-dial dead bolt other end are provided with for the side with the lock core box
The limited block of the spacing contact of wall；
One is provided with the fixture block and is used for the square hole that the anti-dial dead bolt passes through, the side of the anti-dial dead bolt is set
There is a wedge-shaped part, the wedge-shaped part extrudes the inwall of the square hole to cause the fixture block to the side away from the second dead bolt part
To slip.
It is of the invention to be compared to prior art, its advantage：Automatic realize of intelligent lock core shutdown of the present invention is locked, and is made
With simple, security protection coefficient is high, while can open the door in several ways, efficient and convenient；
Wherein, at closing time, by anti-dial dead bolt realize close the door triggering motor rotate, motor driven first drive input component and
Cam member rotates, and is locked with realizing that the first dead bolt part slides, and fixture block is locked to the second dead bolt part；
During enabling, circuit for controlling motor and corresponding external sensing apparatus are electrically connected with, can be achieved brush badge, fingerprint with
And the mode such as defeated numerical ciphers controlled motor rotates, motor driven first drives input component and cam member to rotate, to realize first
The slip unblock of dead bolt part, and unblock of the fixture block to the second dead bolt part；
Enabling can also be had an effect by key drives the first driving input component to rotate, so as to control the slip solution of the first dead bolt part
Lock, while the first driving input component drives cam member to rotate by the first transmission system, so as to which control fixture block is to the second dead bolt part
Unblock；
Enabling can also be had an effect by door handle drives the second driving input component to rotate, and the second driving input component passes by second
Dynamic system drives the first driving input component to rotate, and so as to control the slip of the first dead bolt part to unlock, while passes through idler gear band
Moving cam part rotates and then unblock of the control fixture block to the second dead bolt part；
In addition, first drives input component by the rotation of the first transmission system control cam member to control the second dead bolt part
Lock and unlock, because the rotation arm of force of second gear is longer, therefore than relatively labor-saving, if but second driving input component also by
The rotation of second gear control the first driving input component, then can be relatively elaborate to control the unblock of the first dead bolt part, therefore of the invention
In second driving input component by the second transmission system control first driving input component rotation reach transmission labour-saving effect.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below to needed for embodiment
The accompanying drawing to be used is briefly described, and drawings in the following description are only the corresponding accompanying drawing of section Example of the present invention.
Fig. 1 is the structural representation of the preferred embodiment of the intelligent lock core of the present invention.
Fig. 2 is that the intelligent lock core of the present invention removes the internal structure schematic diagram of lamina tecti.
Fig. 3 is that the intelligent lock core of the present invention shows the structural representation of the first transmission system.
Fig. 4 is that the intelligent lock core of the present invention shows the structural representation of the second transmission system.
Fig. 5 is the structural representation of the first driving input component of the intelligent lock core of the present invention.
Fig. 6 is the structural representation of the second driving input component of the intelligent lock core of the present invention.
Fig. 7 is the structural representation of the second transmission system of the intelligent lock core of the present invention.
Fig. 8 is located at state diagram during the first rotation position for the first driving input component of the intelligent lock core of the present invention.
Fig. 9 is located at state diagram during the second rotation position for the first driving input component of the intelligent lock core of the present invention.
Figure 10 be the present invention intelligent lock core the second dead bolt part in the raw when structural representation.
Figure 11 be the present invention intelligent lock core the second dead bolt part in the raw with a certain state pair in door closing procedure
The structural representation of ratio.
Figure 12 is the second gear of intelligent lock core and the structural representation of cam member of the present invention.
Figure 13 is the structural representation of the anti-dial dead bolt of the intelligent lock core of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, the every other implementation that those skilled in the art are obtained under the premise of creative work is not made
Example, belongs to the scope of protection of the invention.
Biography between the input of the key actuated power of intelligent lock core and the input of door handle driving force in the prior art
It is dynamic more laborious.
It the following is a kind of preferred embodiment that can solve the intelligent lock core of above technical problem provided by the invention.
Referring to Fig.1 and 2, wherein Fig. 1 is the structural representation of the preferred embodiment of the intelligent lock core of the present invention, Fig. 2
The internal structure schematic diagram of lamina tecti is removed for the intelligent lock core of the present invention.
In figure, the similar unit of structure is represented with identical label.
The preferred embodiment of intelligent lock core provided by the invention is：A kind of intelligent lock core, it includes：Lock core box 11, first
Lock a door system, second lock a door system, the first transmission system and the second transmission system, lock core box 11 includes back box and lamina tecti
111, the more studs for being internally threaded hole are provided with back box, lamina tecti 111 is fixedly connected by screw with stud；
Wherein, first lock a door the side that system is located in lock core box 11, it includes the driving input of the first dead bolt part 12, first
Part 15 and motor；
First dead bolt part 12 is slidably arranged in lock core box 11, and one end of the first dead bolt part 12 can be extended in lock core box 11 1
It is used to lock outside side, the first dead bolt part in this preferred embodiment is locked for side, strengthens effect of locking a door, and improves security protection coefficient；
First driving input component 15, is rotated by external force, and key insertion is such as connected to corresponding mechanism to input driving force,
Then the first driving input component 15 can be driven to rotate, the first driving input component 15 is rotated to control in the slip of the first dead bolt part 12
Lock and unblock；
Motor 17 is connected with the first driving input component 15, to realize automatically controlled lock and unlock.
Second locks a door the opposite side that system is located in lock core box 11, and it includes the second dead bolt part 14, fixture block 18, cursor
19th, cam member 61 and second drives input component 16；
Second dead bolt part 14 is slidably arranged in lock core box 11, one end of the second dead bolt part 14 and a fixing end elastic connecting
Touching, the other end extends in the presence of a tensile force to be used to lock outside the side of lock core box 11, when shutdown or enabling, the second dead bolt
The power that part 14 is squeezed is slipped into lock core box 11；
Fixture block 18 is slidably arranged in lock core box 11, locked for limiting the slip of the second dead bolt part 14,
Cursor 19 is rotatably arranged in lock core box 11, and one end of cursor 19 is connected with fixture block 18, passes through cursor 19
Rotation to drive the slip of fixture block 18；
Cam member 61 is used to apply driving force to the other end of cursor 19 to control the rotation of cursor 19, cam member 61
It is connected by the first transmission system and the first driving input component 15；
Second driving input component 16, is rotated by external force, is such as connected with door handle mechanism to input driving force, then can drive
Second driving input component 16 is rotated, and the second driving input component 16 is rotated to apply driving force to the other end of cursor 19 to control
The rotation of cursor 19, cursor 19 rotates and then the locked second dead bolt part 14 of control fixture block 18, and the second driving input component 16 is logical
Cross the second transmission system and unidirectionally conduct driving force to the first driving input component 15 to control the slip of the first dead bolt part 12 to unlock.
Fig. 5 is refer to, wherein Fig. 5 is the structural representation of the first driving input component of the intelligent lock core of the present invention.
Specifically, the first driving input component 15 includes the first driving column 21, the first kinematic projection 23 and for stirring the
The poke rod 22 that one dead bolt part 12 slides；
The connecting hole 24 for inputting driving force is provided with the first driving column 21, the first kinematic projection 23 is arranged on
The side of one driving column 21, the first dead bolt part 12 include the holding tank 121 corresponding with poke rod 22, and one end of poke rod 22 connects
The side of the first driving column 21 is connected on, the other end is extended in holding tank 121 so that the first driving column 21 drives 22 turns of poke rod
Move and stir the first dead bolt part 12 and slide；
Motor 17 includes output gear, and output gear and a toothed disc 1B are connected, and toothed disc 1B is set in the first biography
On dynamic post 21, second kinematic projection corresponding with the first kinematic projection 23, motor 17 are provided with the inside of toothed disc 1B
Drive the first driving input component 15 to rotate by toothed disc 1B, afterwards by the operating of circuit controlled motor, can realize automatically controlled
Lock and unlock.
Fig. 8 and Fig. 9 are refer to, wherein Fig. 8 is that the first driving input component of the intelligent lock core of the present invention rotates positioned at first
Position when state diagram, Fig. 9 be the present invention intelligent lock core first driving input component positioned at second rotate position when state diagram.
Wherein, the first driving input component 15 includes first in rotary motion trace and rotates position, second rotates position and positioned at the
One rotates the 3rd rotation position between position and the second rotation position, when the first driving input component 15 rotates position positioned at first, first
The retraction of dead bolt part 12 is in lock core box 11, the state diagram of corresponding diagram 8, when the first driving input component 15 rotates position positioned at second,
First dead bolt part 12 extends default upper lock position, the state diagram of corresponding diagram 9；
Wherein, 114 in Fig. 8 and Fig. 9 are the side plate of lock core box；
First system of locking a door also includes the first torque spring 151, one end of the first torque spring 151 and the first driving column 21
Connection, the other end are connected with the fixed column 112 in lock core box 11；
When the first driving input component 15 is rotated between position and the 3rd rotation position positioned at first, the first torque spring 151
Elastic force causes the first driving input component 15 to rotate position to first and rotate, and can refer to orientation in Fig. 8 rotates clockwise direction；
When the first driving input component 15 is rotated between position and the 3rd rotation position positioned at second, the first torque spring 151
Elastic force causes the first driving input component 15 to rotate position to second and rotate, and can refer to orientation in Fig. 9 rotates counterclockwise direction.
In addition, cursor 19 includes the 3rd in rotary motion trace rotates position and the 4th rotation position, fixture block 18 is in sliding trace
Upper to include limiting the second dead bolt part 14 slip agretope inside contracted and the activity bit to lift restrictions, the 3rd of cursor 19 rotates
The activity bit of the corresponding fixture block 18 in position, the 4th rotation position of cursor 19 correspond to the agretope of fixture block 18, and fixture block 18 slides into Fig. 2
High order end is activity bit, and it is agretope that fixture block 18, which slides into low order end, in Fig. 2；
One second torque spring 191 is provided with cursor 19, the second torque spring 191 is set in turning for cursor 19
On moving sleeve, one end of the second torque spring 191 with first baffle 142 is spacing contacts, the other end of the second torque spring 191 with
Cursor connects, and the second torque spring 191 causes cursor 19 to rotate the direction of position to the 4th and rotate；
Fig. 3 and Figure 12 are refer to, wherein Fig. 3 is that the intelligent lock core of the present invention shows the structural representation of the first transmission system
Figure, Figure 12 are the second gear of intelligent lock core and the structural representation of cam member of the present invention.
First transmission system includes first gear 1D, idler gear 1E and second gear 1C；First gear 1D, which is fixed, to be connected
The bottom side of the first driving column 21 is connected on, second gear 1C is connected to the side of cam member 61, first gear 1D and the second tooth
Wheel 1C is connected by idler gear 1E；
When the first driving input component 15 transfers to the first dead bolt part 12, second gear 1C turns to the direction away from cursor 19
Dynamic, the convex portion of cam member 61 no longer extrudes cursor 19, and cursor 19 rotates under the resilient force of the second torque spring 191
Position is rotated to the 4th, fixture block 18 slides into agretope；
When the first driving input component 15 dials in the first dead bolt part 12, second gear 1C turns to close to the direction of cursor 19
Dynamic, cam member 61 extrudes cursor 19 and turns to the 3rd rotation position, and fixture block 18 slides into activity bit.
Fig. 6 and Fig. 7 are refer to, wherein Fig. 6 is the structural representation of the second driving input component of the intelligent lock core of the present invention,
Fig. 7 is the structural representation of the second transmission system of the intelligent lock core of the present invention.
Second driving input component 16 includes the second driving column 31 and is connected to the outside of driving column for cursor 19
Apply the cam part 32 of driving force, the splined hole 33 for inputting driving force is provided with the second driving column 31；
Second system of locking a door also includes the 3rd torque spring 161, and the 3rd torque spring 161 is set in the second driving column 31
Periphery, a limiting section 34 is fixedly installed in the periphery of the second driving column 31, the both ends of the 3rd torque spring 161 are respectively positioned at limit
The both sides in position portion 34, while the both ends of the 3rd torque spring 161 are located at the both sides of the fixed column 113 in lock core box 11 respectively；
Fig. 4 is refer to, wherein Fig. 4 is that the intelligent lock core of the present invention shows the structural representation of the second transmission system.
Second transmission system includes first gear 1D, idler gear 1E, the 3rd gear 1F and the 4th gear 1G, the 4th tooth
Wheel 1G is connected to the side of the second driving column 31, and the 4th gear 1G unidirectionally conducts transmission by the 3rd gear 1F to idler gear 1E
Power.
Wherein, first input component 15 is driven by the rotation of the first transmission system control cam member 61 to control the second dead bolt
The lock and unlock of part 14, because the second gear 1C rotation arm of force is longer, therefore than relatively labor-saving, but the second driving input component 16
If it can be compared with controlling the unblock of the first dead bolt part 12 also by the rotation of second gear 1C controls the first driving input component 15
It is harder, therefore the second driving input component 16 in the present invention passes through the 4th gear 1G and the 3rd gear in the second transmission system
1F, which is classified to the first driving conduction driving force of input component 15, reaches transmission labour-saving effect.
Specifically, the 3rd gear 1F include be used for the 4th gear 1G drive connection gear portion 41 and for centre
The lower tooth wheel portion 42 of the fan shape of gear 1E drive connections；
Gear portion 41 is located on the top surface of lower tooth wheel portion 42, is provided with the bottom in gear portion 41 for driving lower gear
The 3rd kinematic projection 411 that portion 42 rotates, when the 3rd kinematic projection 411 contacts with the one side of lower tooth wheel portion 42, the 3rd passes
The another side of dynamic convex portion 411 and lower tooth wheel portion 42 is in rotary motion trace at a distance of a setpoint distance；
Second driving input component 16 includes initial bit and releases the solution lock-bit that the second dead bolt part 14 slides limitation, wherein passing through
3rd torque spring 161 with the both sides of limiting section 34 are spacing contact while, also respectively with the fixed column 113 in lock core box 11
The spacing contact in both sides so that second driving input component 16 be located at initial bit；
When the first driving input component 15 turns to the second rotation position from the first rotation position, the first dead bolt part 12 is from lock core box
Extend and lock in 11, while first gear 1D drives lower tooth wheel portion 42 to be rotated in setting pivot region by idler gear 1E,
The initial bit of second driving input component 16 is located at outside the setting pivot region of lower tooth wheel portion 42, and the first driving input component 15 turns
It is dynamic not interfere with the second driving input component 16；
When the second driving input component 16 turns to solution lock-bit from initial bit, if the first driving input component 15 is located at second turn
Dynamic position, the second dead bolt part 12 are extended in lock core box 11, and the 3rd kinematic projection 411 can then drive lower tooth wheel portion 42 to rotate to cause the
One driving input component 15 turns to the first rotation position by the second rotation position, and causes the second dead bolt part 12 to be retracted into lock core box 11
It is interior, the unidirectional rotation for influenceing the first driving input component 15 of the rotation of the second driving input component 16.
In addition, cam member 61 is rotatably connected on the second driving column 31, second gear 1C is located at the top surface in gear portion 41
On, second gear 1C and lower tooth wheel portion 42 are connected in idler gear 1E the same side, compact-sized, second gear 1C's
The projection 1C1 for the 111 spacing contact of lamina tecti with lock core box 11 is provided with top surface, ensures second gear 1C stable biography
It is dynamic.
In the preferred embodiment, one end of the second dead bolt part 14 is extended outside the side of lock core box 11, and the other end is set
There is the first extension rod 141, first baffle 142 is provided with lock core box 11, be provided with first baffle 142 and prolong for first
The first through hole that boom 141 passes through, is arranged with the first spring 143 on the first extension rod 141, and the second dead bolt part 14 passes through first
Spring 143 and the Elastic Contact of first baffle 142；
Refer to Figure 10 and Figure 11, wherein Figure 10 be the second dead bolt part of the intelligent lock core of the present invention in the raw when
Structural representation, Figure 11 be the present invention intelligent lock core the second dead bolt part in the raw with a certain shape in door closing procedure
The structural representation of state contrast.
Second dead bolt part 14 includes the clamp 51 corresponding with fixture block 18, and a connection piece is provided with the one side of clamp 51
52, another side is connected to the first extension rod 141, and the first dead bolt monomer 53 and the second lock are rotatably connected in the both sides of connector 52
Tongue monomer 54；
The side of first dead bolt monomer 53 is provided with the first fixed block 531, set in the opposite side of the first dead bolt monomer 53
Be equipped with one includes the He of the first right-angle surface 532 for the first rotating limit block 534 with 52 spacing contact of connector, the first dead bolt monomer 53
First inclined-plane 533；
The side of second dead bolt monomer 54 is provided with the second fixed block 541, set in the opposite side of the second dead bolt monomer 54
Be equipped with one includes the He of the second right-angle surface 542 for the first rotating limit block 544 with 52 spacing contact of connector, the second dead bolt monomer 54
Second inclined-plane 543；
When the second dead bolt part 14 in the raw when, can refer to Figure 11 left side views, the first fixed block 531 and second is solid
Determine madial wall of the block 541 with lock core box 11 to contact in face, the first right-angle surface 532, the first inclined-plane 533, the second right-angle surface 542 with
And second inclined-plane 543 extend outside lock core box 11, the first right-angle surface 532 is parallel with the second right-angle surface 542, the first inclined-plane 533
And second inclined-plane 543 between the extended planar of the first right-angle surface 532 and the extended planar of the second right-angle surface 542, first is oblique
The extended planar in face 533 and the extended planar on the second inclined-plane 543 cross one another；
114 in wherein Figure 11 be the side plate of lock core box；
When at closing time, can refer to Figure 11 right side views, extruded by doorframe, the first dead bolt monomer 53, which rotates, causes the first limit
When switch block 534 contacts with connector 52, the first dead bolt monomer 53 stops operating, the extended planar and second of the first right-angle surface 532
The extended planar on inclined-plane 543 overlaps, and the extended planar on the first inclined-plane 533 overlaps with the extended planar of the second right-angle surface 542, now
Continue will be so that be reduced in lock core box 11 by the extruding of doorframe in whole second dead bolt part 14；
When opening the door, extruded by doorframe, the second dead bolt monomer 54, which rotates, causes the second rotating limit block 544 to be contacted with connector
When, the second dead bolt monomer 54 stops operating, now the extended planar of the second right-angle surface 542 and the extended planar on the first inclined-plane 533
Overlap, the extended planar on the second inclined-plane 543 overlaps with the extended planar of the first right-angle surface 532, now continues to be squeezed by doorframe
Pressure will to be reduced in lock core box 11 in whole second dead bolt part 14；
Based on the structure of the second dead bolt 14, when installing the intelligent lock core, the direction closed the door and opened the door is exchanged, the second dead bolt
14 still can be with normal work.
Automatically controlled lock and unlock is realised in that, the first system of locking a door includes circuit for controlling motor for controlled motor 17
1A, circuit for controlling motor 1A include being used for the first trigger member 1A1 of the rotation of controlled motor 17 and stopped for controlled motor 17
The the second trigger member 1A2 and the 3rd trigger member 1A3 of work, the first trigger member 1A1, the second trigger member 1A2 and the 3rd trigger member
1A3 includes a flexure strip and trigger switch, the roller for being extruded is provided with flexure strip, by extruding flexure strip
Deformation is to press trigger switch；
When anti-dial dead bolt 13 inside contracts extruding the first trigger member 1A1 of triggering, motor 17, which starts running, is locked；
It is locked into when in the second disengaging contact with the second trigger member 1A2 and the 3rd trigger member 1A3 simultaneously of dead bolt part 14, expression
Position, motor 17 are stopped；
When the second dead bolt part 14 extrudes triggering the second trigger member 1A2 and the 3rd trigger member 1A3 simultaneously, expression unlocks in place,
Motor 17 is stopped.
First system of locking a door includes a trigger mechanism for being used to trigger the first trigger member 1A1, and trigger mechanism includes anti-dial lock
Tongue 13, the second extension rod 131, second baffle 132 and second spring 133, wherein the structure of anti-dial dead bolt 13 can refer to Figure 13
Shown structural representation；
One end of anti-dial dead bolt 13 extends to be used to be extruded by doorframe outside lock core box 11 and bounced back, and the other end is provided with second
Extension rod 131, second baffle 132 are fixedly installed in lock core box 11, are provided with second baffle 132 for the second extension rod
131 the second through holes passed through, the second extension rod 131 are used to trigger the first trigger member 1A1 through one end of second baffle 132；
Second spring 133 is set on the second extension rod 131, and one end of anti-dial dead bolt 13 passes through second spring 133 and
The Elastic Contact of two baffle plate 132, the both sides of the anti-dial other end of dead bolt 13 be provided with for the spacing contact of the side wall of lock core box 11
Limited block 135；
One is provided with fixture block 18 and is used for the square hole that anti-dial dead bolt 13 passes through, the side of anti-dial dead bolt 13 is provided with a wedge
Shape portion 134, wedge-shaped part 134 extrude the inwall of square hole to cause fixture block 18 to be slided to the direction away from the second dead bolt part 14, enter one
Step ensures that in the case where not closing the door fixture block 18 will not stuck second dead bolt part 14；
When opening the door, anti-dial dead bolt 13 skids off outside lock core box 11 in the presence of a tensile force, and wedge-shaped part 134 extrudes square hole
Inwall causes fixture block 18 to slide into activity bit；
When at closing time, anti-dial dead bolt 13 be squeezed power slide in be reduced in lock core box 11, wedge-shaped part 134 is away from square hole
Wall causes fixture block 18 slidably to agretope.
Two limited posts for being used to limit the glide direction of fixture block 18 are provided with lock core box 11, two limited posts are spacing
In fixture block 18 close to the both sides of one end of the second dead bolt part 14.
Wrapping post 1A4 is additionally provided with lock core box 11, for fix the first trigger member 1A1 and circuit for controlling motor 1A it
Between conductor wire.
The operation principle of the present invention：Intelligent lock core is installed, the first dead bolt part 12 is inside contracted in lock core box 11, the second lock
Tongue 14 and anti-dial dead bolt 13 are ejected in lock core box 11 under the resilient force of the first spring 143 and second spring 133 respectively
Outside；
When at closing time, the first dead bolt monomer 53 of the second dead bolt part 14 is rotated by the extruding of doorframe and gradually forms Figure 11 right sides
The state of side view, the plane that then the first inclined-plane 533 and the second right-angle surface 542 are formed just can be caused by the extruding force of doorframe
Second dead bolt part 14 inside contracts, and when the position of the second dead bolt part 14 is corresponding with the position of the lock tongue slot on doorframe, the second lock
Tongue 14 can eject under the resilient force of the first spring 143 again, while the second dead bolt part 14 forms the state shown in Fig. 8；
On the other hand, anti-dial dead bolt 13 is inside contracted by the extruding of doorframe, the meeting of the second extension rod 131 of anti-dial one end of dead bolt 13
Extrude and trigger trigger member 1A1 so that motor 17 operates, motor 17 drives toothed disc 1B to rotate, and toothed disc 1B passes through the second transmission
Convex portion and the drive connection of the first kinematic projection 23 of the first driving input component 15, so as to drive 15 turns of the first driving input component
It is dynamic, further such that poke rod 22 is stirred the first dead bolt part 12 and skidded off and locked outside lock core box 11；
Wherein, when the first dead bolt part slides into while departs from the contact with the second trigger member 1A2 and the 3rd trigger member 1A3
When, expression is locked in place, so that motor is stopped, and the first torque spring 151 can be further ensured that the first driving
Input component 15 is rotated and locked in place；
Meanwhile the first gear 1D for being fixedly connected on the bottom of the first driving input component 15 is rotated, and then passes through idler gear
1E drives second gear 1C to rotate, and then causes the convex portion of cam member 61 away from cursor 19 so that cursor 19 is no longer influenced by
The extruding force of cam member 61, cursor 19 rotate under the resilient force of the second torque spring 191, then drive fixture block
18 slide to the right along the orientation in Fig. 2, so as to block clamp 51 so that the second dead bolt part 14 is locked；
When first gear 1D drives idler gear 1E to rotate, idler gear 1E can drive lower tooth wheel portion 42 to rotate simultaneously,
But do not contacted before lower tooth wheel portion 42 rotates stopping with the 3rd kinematic projection 411 so that during locking, the second driving
Input component 16 does not rotate.
When needing to open the door, it can be operated by mode motors 17 such as brush badge, fingerprint and defeated numerical ciphers, motor 17
The first driving input component 15 is driven to rotate by toothed disc 1B, poke rod 22 stirs the first dead bolt part 12 and slips into lock core box 11
Row unblock；
Wherein, when the second dead bolt part 14 extrudes the second trigger member 1A2 and the 3rd trigger member 1A3 of triggering simultaneously, solution is represented
Position is locked into, so that motor 17 is stopped, and the first torque spring 151 can be further ensured that the first driving input component 15
Rotate unblock in place；
On the other hand, the first driving input component 15 drives first gear 1D to rotate, and then drives the by idler gear 1E
Two gear 1C are rotated, and then make it that the convex portion of cam member 61 is close and extrudes cursor 19, and cursor 19 overcomes the second torsion bullet
The elastic force of spring 191 simultaneously rotates, and then drives fixture block 18 to slide and no longer blocks clamp 51 so that the energy of the second dead bolt part 14
Unblock is inside contracted by the extruding of doorframe.
Key unblock also can be used simultaneously, had an effect by key and drive the first driving input component 15 to rotate with to the first dead bolt
The dead bolt part 14 of part 12 and second unlocks, and unblock principle is identical with the driving of motor 17 first driving input component 15, therefore repeats no more.
In addition, door handle unblock also can be used, had an effect by door handle and drive the second driving input component 16 to rotate, second drives
Dynamic input component 16 drives the 4th gear 1G to rotate, and the 4th gear 1G drives gear portion 41 to rotate, and gear portion 41 can be by the
Three kinematic projections 411 drive lower tooth wheel portion 42 to rotate, and lower tooth wheel portion 42 drives first gear 1D to rotate by idler gear 1E, enters
And make it that the first driving input component 16 rotates, solved so as to which poke rod 22 can stir the first dead bolt part 12 and slip into lock core box 11
Lock；
While lower tooth wheel portion 42 drives idler gear 1E to rotate, idler gear 1E can drive second gear 1C to rotate,
So that the convex portion of cam member 61 is close and extrudes cursor 19 and rotates, and while the second driving input component 16 rotates, cam part 32
Also cursor 19 can be extruded to rotate, it is further to ensure that cursor 19 rotates and drives fixture block 18 to slide and no longer block clamp
51 so that the second dead bolt part 14 can be inside contracted unblock by the extruding of doorframe；
Wherein, by door handle have an effect the driving input component 16 of driving second rotate while, the second driving input component 16
Limiting section 34 can drive one end of the 3rd torque spring 161 together to operate, and the other end of the 3rd torque spring 161 is then by fixed column
113 spacing fixations so that the 3rd torque spring 161 produces elastic potential energy, after the completion of the second driving input component 16 rotates unblock,
Under the resilient force of the 3rd torque spring 161, the second driving input component 16 can rotate again is returned to initial position；
During reply is rotated, the 4th gear 1G can drive gear portion 41 to rotate, but the 3rd of gear portion 41 passes
Dynamic convex portion 411 is then the side for being gradually distance from lower tooth wheel portion 42 so that lower tooth wheel portion 42 does not rotate, while also would not be again
The first driving input component 15 and cam member 61 is driven to rotate.
So complete the process of the intelligent lock core lock and unlock of this preferred embodiment.
Automatic realize of intelligent lock core shutdown of this preferred embodiment is locked, and using simple, security protection coefficient height, while can be passed through
Various ways open the door, efficient and convenient；
Wherein, at closing time, by anti-dial dead bolt realize close the door triggering motor rotate, motor driven first drive input component and
Cam member rotates, and is locked with realizing that the first dead bolt part slides, and fixture block is locked to the second dead bolt part；
During enabling, circuit for controlling motor and corresponding external sensing apparatus are electrically connected with, can be achieved brush badge, fingerprint with
And the mode such as defeated numerical ciphers controlled motor rotates, motor driven first drives input component and cam member to rotate, to realize first
The slip unblock of dead bolt part, and unblock of the fixture block to the second dead bolt part；
Enabling can also be had an effect by key drives the first driving input component to rotate, so as to control the slip solution of the first dead bolt part
Lock, while the first driving input component drives cam member to rotate by the first transmission system, so as to which control fixture block is to the second dead bolt part
Unblock；
Enabling can also be had an effect by door handle drives the second driving input component to rotate, and the second driving input component passes by second
Dynamic system drives the first driving input component to rotate, and so as to control the slip of the first dead bolt part to unlock, while passes through idler gear band
Moving cam part rotates and then unblock of the control fixture block to the second dead bolt part.
In addition, first drives input component by the rotation of the first transmission system control cam member to control the second dead bolt part
Lock and unlock, because the rotation arm of force of second gear is longer, therefore than relatively labor-saving, if but second driving input component also by
The rotation of second gear control the first driving input component, then can be relatively elaborate to control the unblock of the first dead bolt part, therefore of the invention
In second driving input component by the second transmission system control first driving input component rotation reach transmission labour-saving effect.
In summary, although the present invention is disclosed above with preferred embodiment, above preferred embodiment simultaneously is not used to limit
The system present invention, one of ordinary skill in the art, without departing from the spirit and scope of the present invention, it can make various changes and profit
Decorations, therefore protection scope of the present invention is defined by the scope that claim defines.
Claims (10)
- A kind of 1. intelligent lock core, it is characterised in that including：Lock core box, first lock a door system, second lock a door system, first transmission System and the second transmission system；Wherein, described first lock a door the side that system is located in the lock core box, including：First dead bolt part, is slidably arranged in the lock core box, and one end of the first dead bolt part can be extended in the lock core box It is used to lock outside side；First driving input component, is rotated by external force, for controlling the slip lock and unlock of the first dead bolt part；AndMotor, with the described first driving input component drive connection；Described second locks a door the opposite side that system is located in the lock core box, including：Second dead bolt part, is slidably arranged in the lock core box, one end of the second dead bolt part and a fixing end Elastic Contact, The other end extends in the presence of a tensile force to be used to lock outside the lock core box side, when shutdown or enabling, described second The power that dead bolt part is squeezed is slipped into the lock core box；Fixture block, it is slidably arranged in the lock core box, for limiting the slip of the second dead bolt part；Cursor, it is rotatably arranged in the lock core box, one end of the cursor is connected with the fixture block, passes through the rotation The rotation of arm is to drive the slip of the fixture block；Cam member, for applying driving force to the other end of the cursor to control the rotation of the cursor, the cam Part is connected by first transmission system and the described first driving input component；AndSecond driving input component, is rotated by external force, and described turn is controlled for applying driving force to the other end of the cursor The rotation of swing arm, the second driving input component are unidirectionally conducted by second transmission system to the described first driving input component Driving force is to control the slip of the first dead bolt part to unlock.
- 2. intelligent lock core according to claim 1, it is characterised in that the first driving input component includes the first transmission Post, the first kinematic projection and the poke rod slided for stirring the first dead bolt part；The connecting hole for inputting driving force is provided with first driving column, first kinematic projection is arranged on described The side of first driving column, the first dead bolt part include the holding tank corresponding with the poke rod, and the one of the poke rod End is connected to the side of first driving column, and the other end is extended in the holding tank；The motor includes output gear, and the output gear and a toothed disc are connected, and the toothed disc is set in described On first driving column, second kinematic projection corresponding with first kinematic projection is provided with the inside of the toothed disc.
- 3. intelligent lock core according to claim 2, it is characterised in that the first driving input component wraps in rotary motion trace Include the first rotation position, the second rotation position and rotate the between position and the second rotation position the 3rd positioned at described first and rotate Position, when described first driving input component positioned at described first rotate position when, the first dead bolt part retraction in the lock core box, When the described first driving input component rotates position positioned at described second, the first dead bolt part extends default upper lock position；Described first system of locking a door also includes the first torque spring, one end of first torque spring and first driving column Connection, the other end are connected with the fixed column in the lock core box；When the described first driving input component is rotated between position and the 3rd rotation position positioned at described first, first torsion The elastic force of spring causes the first driving input component to rotate position to described first and rotate；When the described first driving input component is rotated between position and the 3rd rotation position positioned at described second, first torsion The elastic force of spring causes the first driving input component to rotate position to described second and rotate.
- 4. intelligent lock core according to claim 3, it is characterised in that the cursor includes the 3rd turn in rotary motion trace Dynamic position and the 4th rotates position, the fixture block include limiting on sliding trace the second dead bolt part slide the agretope that inside contracts with And the activity bit to lift restrictions, the 3rd rotation position of the cursor correspond to the activity bit of the fixture block, the of the cursor Four rotation positions correspond to the agretope of the fixture block, and one second torque spring, second torsion are provided with the cursor Spring causes the cursor to rotate the direction of position to the 4th and rotate；First transmission system includes first gear, idler gear and second gear；The first gear is fixedly connected on The side of the first transmission column bottom, the second gear are connected to the side of the cam member, the first gear and institute Second gear is stated to be connected by the idler gear；When described first driving input component transfer to the first dead bolt part when, the second gear to away from the cursor side To rotation, the cursor turns to the 4th rotation position under the resilient force of second torque spring, and the fixture block is slided Move to agretope；When the described first driving input component dials in the first dead bolt part, the second gear is to close to the side of the cursor To rotation, the cam member extrudes the cursor and turns to the 3rd rotation position, and the fixture block slides into activity bit.
- 5. intelligent lock core according to claim 4, it is characterised in that the second driving input component includes the second driving column And cam part of the outside of the driving column for applying driving force to the cursor is connected to, in second driving column On be provided with splined hole for inputting driving force；Described second system of locking a door also includes the 3rd torque spring, and the 3rd torque spring is set in second driving column Periphery, a limiting section is fixedly installed in the periphery of second driving column, and the both ends of the 3rd torque spring are located at respectively The both sides of the limiting section, the both ends of the 3rd torque spring are located at two of the fixed column in the lock core box respectively simultaneously Side；Second transmission system includes the first gear, the idler gear, the 3rd gear and the 4th gear, and described Four gears are connected to the side of second driving column, and the 4th gear is by the 3rd gear to the idler gear list To conduction driving force.
- 6. intelligent lock core according to claim 5, it is characterised in that the 3rd gear includes being used for and the 4th tooth Take turns the gear portion of drive connection and the lower tooth wheel portion of the fan shape for being connected with the idler gear；The gear portion is located on the lower tooth wheel portion top surface, is provided with the bottom in the gear portion described for driving The 3rd kinematic projection that lower tooth wheel portion rotates, when the 3rd kinematic projection contacts with the one side of the lower tooth wheel portion, institute The another side of the 3rd kinematic projection and the lower tooth wheel portion is stated in rotary motion trace at a distance of a setpoint distance；The second driving input component includes initial bit and releases the solution lock-bit that the second dead bolt part slides limitation；When the described first driving input component turns to described second from the described first rotation position rotates position, the lower tooth wheel portion exists Set in pivot region and rotate, the initial bit of the second driving input component is outside the setting pivot region；When the described second driving input component turns to the solution lock-bit from the initial bit, the 3rd kinematic projection drives institute Lower tooth wheel portion is stated to rotate so that the first driving input component turns to described first by the described second rotation position rotates position.
- 7. intelligent lock core according to claim 6, it is characterised in that the cam member is rotatably connected on second transmission On post, the second gear is located on the top surface in the gear portion, the second gear and lower tooth wheel portion drive connection In the same side of the idler gear, it is provided with the top surface of the second gear for being limited with the lamina tecti of the lock core box The projection of position contact.
- 8. intelligent lock core according to claim 1, it is characterised in that one end of the second dead bolt part is extended in the lock Outside core box side, the other end is provided with the first extension rod, and the fixing end is first be fixedly installed in the lock core box Baffle plate, the first through hole passed through for first extension rod is provided with the first baffle, in first extension rod On be arranged with the first spring, the second dead bolt part passes through first spring and the first baffle Elastic Contact；The second dead bolt part includes the clamp corresponding with the fixture block, and a connection is provided with the one side of the clamp Part, another side are connected to first extension rod, and the first dead bolt monomer and second are rotatably connected in the both sides of the connector Dead bolt monomer；The side of the first dead bolt monomer is provided with the first fixed block, is provided with the opposite side of the first dead bolt monomer One is used for the first rotating limit block with the spacing contact of the connector, and the first dead bolt monomer is oblique including the first right-angle surface and first Face；The side of the second dead bolt monomer is provided with the second fixed block, is provided with the opposite side of the second dead bolt monomer One is used for the second rotating limit block with the spacing contact of the connector, and the second dead bolt monomer is oblique including the second right-angle surface and second Face；When the second dead bolt part in the raw when, first fixed block and second fixed block with the lock core The madial wall of box contacts in face, first right-angle surface, first inclined-plane, second right-angle surface and second inclined-plane Extend outside the lock core box, first right-angle surface is parallel with second right-angle surface, first inclined-plane and described Two inclined-planes are between the extended planar of first right-angle surface and the extended planar of second right-angle surface, first inclined-plane Extended planar and the extended planar on second inclined-plane cross one another；When at closing time, being extruded by doorframe, the first dead bolt monomer, which rotates, causes first rotating limit block and the connector During contact, the first dead bolt monomer stops operating, the extended planar of first right-angle surface and the extended planar on the second inclined-plane Overlap, the extended planar on first inclined-plane overlaps with the extended planar of second right-angle surface；When opening the door, extruded by doorframe, the second dead bolt monomer, which rotates, causes second rotating limit block and the connector During contact, the second dead bolt monomer stops operating, the extended planar of second right-angle surface and the extended planar on the first inclined-plane Overlap, the extended planar on second inclined-plane overlaps with the extended planar of first right-angle surface.
- 9. intelligent lock core according to claim 1, it is characterised in that described first locks a door system also including being used to control institute State the circuit for controlling motor of motor, the circuit for controlling motor include being used for the first trigger member for controlling the motor to rotate and For the second trigger member and the 3rd trigger member for controlling the motor to be stopped, when the second dead bolt part while disengaging and institute Contact of second trigger member with the 3rd trigger member is stated, the motor is stopped, when simultaneously the second dead bolt part extrudes Second trigger member and the 3rd trigger member are triggered, the motor is stopped.
- 10. intelligent lock core according to claim 8, it is characterised in that described first lock a door system also include one be used for touch The trigger mechanism for sending out the first trigger member described, the trigger mechanism include anti-dial dead bolt, the second extension rod, second baffle and the Two springs；One end of the anti-dial dead bolt extends to be used to be extruded by doorframe outside the lock core box and bounced back, and the other end is provided with described Second extension rod, the second baffle are fixedly installed in the lock core box, are provided with the second baffle for described The second through hole that second extension rod passes through, second extension rod are used to trigger described first through one end of the second baffle Trigger member, the second spring are set on second extension rod, and one end of the anti-dial dead bolt passes through the second spring With the second baffle Elastic Contact, the both sides of the anti-dial dead bolt other end are provided with for being limited with the side wall of the lock core box The limited block of position contact；One is provided with the fixture block and is used for the square hole that the anti-dial dead bolt passes through, the side of the anti-dial dead bolt is provided with one Wedge-shaped part, the wedge-shaped part extrude the inwall of the square hole to cause the fixture block to be slided to the direction away from the second dead bolt part It is dynamic.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710845576.1A CN107489307B (en) | 2017-09-15 | 2017-09-15 | Intelligent lock core |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710845576.1A CN107489307B (en) | 2017-09-15 | 2017-09-15 | Intelligent lock core |
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| CN107489307A true CN107489307A (en) | 2017-12-19 |
| CN107489307B CN107489307B (en) | 2022-09-30 |
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| CN201710845576.1A Active CN107489307B (en) | 2017-09-15 | 2017-09-15 | Intelligent lock core |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108086809A (en) * | 2018-02-01 | 2018-05-29 | 深圳市爱迪尔电子有限公司 | A kind of transmission mechanism of lock body |
| CN109681034A (en) * | 2018-11-26 | 2019-04-26 | 一诺电器有限公司 | A kind of smart lock lock body |
| CN112554740A (en) * | 2020-12-10 | 2021-03-26 | 徐春燕 | Safety anti-prizing anti-theft door |
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