CN205743327U - A kind of electric lock cylinder and electric-controlled intelligent door lock - Google Patents
A kind of electric lock cylinder and electric-controlled intelligent door lock Download PDFInfo
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- CN205743327U CN205743327U CN201620669546.0U CN201620669546U CN205743327U CN 205743327 U CN205743327 U CN 205743327U CN 201620669546 U CN201620669546 U CN 201620669546U CN 205743327 U CN205743327 U CN 205743327U
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- locking bar
- motor
- lock
- sleeve pipe
- spring housing
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Abstract
This utility model relates to a kind of electric lock cylinder and electric-controlled intelligent door lock, the two ends of electric lock cylinder respectively with door drawback lock device and outdoors unlocking apparatus be connected, with door lock components clamping and be used for opening or closing door lock components in the middle part of it, including: locking bar, cylindrically structure, its one end is fixedly linked with unlocking apparatus outdoors；Locking bar sleeve pipe, its one end is socketed in the other end of locking bar and rotationally connected, and its other end is connected with door drawback lock device；The lock core being opened or closed door lock components by own rotation is not detained, and is socketed in locking bar sleeve pipe outer and fixed thereto connected；Connect and fix portion for what locking bar and locking bar sleeve pipe were carried out clutch, be arranged between locking bar and locking bar sleeve pipe and connect and fix therewith；For providing the motor-driven portion of power for the portion of connecting and fixing, it is arranged in locking bar；Control portion, electrically connects with motor-driven portion.This utility model uses motor-driven portion to be controlled all parts of lock core, removes mechanical key hole, stops the probability that burglar unblanks.
Description
Technical field
This utility model relates to a kind of lock core structure removing machinery lockhole, is specifically related to a kind of electric lock cylinder and automatically controlled intelligence
Can door lock.
Background technology
Mechanical lock the most on the market also exists many inevitably problems, and as being easily replicated, key is easily lost,
And band bunch of keys panesthesia of going out is inconvenient.Even if smart lock is the most popular, but, most smart locks still retains
Machinery lockhole, the most independently controlled the keying of door lock by automatically controlled part and mechanical lock.As long as remaining with on door lock
Machinery lockhole, the most inevitably in the face of by the awkward situation of skilled unlocking, and will go up on market the smart lock of appearance the most at present
Can break through machinery this difficulty of lockhole, most solutions are on the basis of retaining machinery lockhole, additionally add a set of electricity
Control device completes the keying of door lock, and it works alone, if the replacement of gate lock core to be completed just must with mechanical key
So to destroy original lock core structure.
Utility model content
Technical problem to be solved in the utility model is for the deficiencies in the prior art, it is provided that a kind of electric lock cylinder and electricity
Control intelligent door lock.
The technical scheme that this utility model solves above-mentioned technical problem is as follows: a kind of electric lock cylinder, its two ends respectively with door
Drawback lock device is connected with unlocking apparatus outdoors, is used for opening or closing door lock components in the middle part of it, including:
Locking bar, described locking bar cylindrically structure, its one end is fixedly linked with described unlocking apparatus outdoors；
Locking bar sleeve pipe, one end of described locking bar sleeve pipe is socketed in the other end of described locking bar and rotationally connected, described
The other end of locking bar sleeve pipe is connected with described door drawback lock device；
The lock core being opened or closed described door lock components by own rotation is not detained, and the other retaining ring of described lock core is connected on described
Locking bar sleeve pipe is outer and fixed thereto connected；
Connect and fix portion for what described locking bar and described locking bar sleeve pipe were carried out clutch, described in the portion of connecting and fixing be arranged on
Between described locking bar and described locking bar sleeve pipe and connect and fix the most therewith；
For providing the motor-driven portion of power for the described portion of connecting and fixing, described motor-driven portion is arranged on described locking bar
In；
Control portion, described control portion electrically connects with described motor-driven portion.
The beneficial effects of the utility model are: lock core structure of the present utility model uses motor-driven portion to each of lock core
Parts are controlled, and lock core entirety uses pure automatically controlled form, and its size and outward appearance mechanical lock are basically identical, it is possible to and tradition machine
Tool lock core reaches compatible, replaces convenient, eliminates mechanical key hole, stopped the possibility of burglar's skilled unlocking
Property；This utility model is fixed on outside locking bar sleeve pipe by not detained by lock core, is rotationally connected with locking bar by locking bar sleeve pipe, can make locking bar
The most independently rotate with locking bar sleeve pipe, be independent of each other, and by connect and fix portion by both can the connecting and fixing of clutch, make both
Achieve unitary rotation and rotate the switching of both rotation modes respectively.
On the basis of technique scheme, this utility model can also do following improvement.
Further, described motor-driven portion includes the first motor-driven portion and the second motor-driven portion, described first motor
Described in driving section and the second motor-driven portion are installed in described locking bar and each standing alone as, the portion of connecting and fixing provides power；
Described control portion includes that the first circuit and second circuit, described first circuit are electrically connected with described first motor-driven portion
Connecing, described second circuit electrically connects with described second motor-driven portion.
Above-mentioned further scheme is used to provide the benefit that: by arranging the first motor-driven portion and the second motor-driven
Portion, the circuit that two motor transmission part Tong Guo be not different controls, works independently from each other, be independent of each other, it is to avoid one of them electricity
The situation breaking down and cannot unblanking in machine driving section.
Further, described first motor-driven portion and the second motor-driven portion all include:
Motor, the outer cover of described motor is connected to motor set, and described motor is fixedly mounted in described locking bar；
Machine shaft, described machine shaft is arranged on one end of described motor；
Connecting leg assembly, described connecting leg assembly is socketed in outside described machine shaft and is slidably connected therewith, being used for making described card
Connect fixed part to move and control described locking bar and the clutch of locking bar sleeve pipe.
Above-mentioned further scheme is used to provide the benefit that: the connecting leg assembly being slidably connected with machine shaft by setting,
Can make machine shaft rotating when, connecting leg assembly is moved back and forth along machine shaft.
Further, described connecting leg assembly includes:
Spring, described spring housing is connected on outside described machine shaft, and the lateral wall of described machine shaft is provided with card convex, described
Spring housing is connected in described card convex；
Spring housing, described spring housing is socketed in outside described machine shaft and is slidably connected therewith, and the two ends of described spring are divided
Not being connected with the inwall of spring housing, described card convex is positioned at described spring housing；
Spring housing connecting leg, one end of described spring housing connecting leg is integrally attached to described spring housing away from the one of described motor
End, described spring housing connecting leg is connected with described spring housing, and described spring housing connecting leg can be along described electricity under the drive of spring housing
Machine rotating shaft slides axially；The described portion of connecting and fixing is arranged between lateral wall and the described locking bar of described spring housing connecting leg, described
The portion that connects and fixes contacts connection with the lateral wall of described spring housing connecting leg, and described spring housing connecting leg is by coming along described machine shaft
The portion of connecting and fixing described in slip promotion of returning moves and controls described locking bar and the clutch of locking bar sleeve pipe.
Above-mentioned further scheme is used to provide the benefit that: by arranging spring, spring housing and spring housing connecting leg, motor turns
Axle is during rotating, and by the card convex on machine shaft, card convex moves in the rotary gap of spring, and spring is in card convex
Under drive, make described spring housing and spring housing connecting leg move back and forth along machine shaft, and then the portion of connecting and fixing described in making moves
Control locking bar and the clutch of locking bar sleeve pipe；Whole transmission process relies on machine shaft to provide power can complete transmission, overall knot
Structure is simple, it is easy to accomplish.
Further, described first motor-driven portion and the second motor-driven portion the most also include that at least two guide steel wire, institute
State on the outer wall of spring housing and offer along the direction that described spring housing connecting leg moves open at both ends and with described guiding steel wire
Groove one to one, one end of described guiding steel wire is connected to described motor and puts, its other end be positioned at described groove and
Can move along described groove.
Use above-mentioned further scheme to provide the benefit that: by arranging guiding steel wire, spring housing and spring housing can be made even
Bar linearly moves, and will not offset.
Further, described in, the portion of connecting and fixing includes steel ball；
Offering through hole on the sidewall of described locking bar be plugged on described locking bar sleeve pipe one section, described steel ball is arranged on described
In through hole；
On the inwall of described locking bar sleeve pipe, the position relative with described through hole is provided with multiple semi-circular groove, multiple semi-circular groove
It is arranged in ringwise on the inwall of described locking bar sleeve pipe；
Being fixedly connected with pipe box on the outer wall of described spring housing connecting leg, it is fixedly connected with away from one end of described motor and leads
To ball；The lateral wall of described pipe box is globoidal structure, between leaving between lateral wall and the medial wall of described locking bar of described pipe box
Gap, leaves gap between the medial wall of described SDeflector and described locking bar；Clutch is left between described SDeflector and described pipe box
Space；
The diameter of described steel ball is more than the distance between described spring housing connecting leg outer wall and the inwall of described locking bar, described steel
The diameter of ball is more than the thickness of described locking bar sleeve pipe, and the diameter of described steel ball is more than the degree of depth of described semi-circular groove.
Use above-mentioned further scheme to provide the benefit that: by locking bar be plugged on offer on one section of locking bar sleeve pipe logical
Hole, offers multiple semi-circular groove on the inwall of locking bar sleeve pipe, and steel ball is by moving on clutch space and locking bar sleeve pipe lateral wall
Move and then move back and forth between through hole and semi-circular groove and realize clutch between locking bar and locking bar sleeve pipe, it is achieved that locking bar and lock
Rod bush rotates and the switching of two kinds of rotation modes of unitary rotation respectively；By arranging SDeflector in one end of spring housing connecting leg,
On the one hand, when steel ball is applied to pipe box downwards when, spring housing connecting leg is played certain supporting role, prevent spring housing even
It is too obvious that pipe is pressed down, on the other hand spring housing connecting leg can be made linearly to move, it is to avoid to offset.
Further, described lock core is not detained and is included the adapter sleeve of tubular structure and for opening or closing described door lock components
Projection, described projection is integrally attached on the outer wall of described adapter sleeve；Described adapter sleeve be socketed in described locking bar sleeve pipe outer and with
Be fixedly linked.
Above-mentioned further scheme is used to provide the benefit that: by one connection bump on the lateral wall of adapter sleeve, can
The when that rotation lock core not being detained, by protruding top-opening door lock assembly.
A kind of electric-controlled intelligent door lock, including:
Electric lock cylinder as above；
Lock housing, described lock housing is tubular structure, in described locking bar and locking bar sleeve pipe are all plugged on described lock housing and turns therewith
It is dynamically connected；
Door drawback lock device, described door drawback lock device is provided with indoor knob, described indoor knob and described locking lever sleeve
Pipe is fixedly linked；
Unlocking apparatus outdoors, described unlocking apparatus outdoors is provided with knob outdoors, and described knob outdoors is solid with described locking bar
Fixed connected；
User profile harvester, described user profile harvester be arranged on described in outdoors on unlocking apparatus, described user believes
Breath harvester includes main collection authentication module and the secondary authentication module that gathers, described main collection authentication module and described first circuit electricity
Connecting, the described secondary authentication module that gathers electrically connects with described second circuit；
Connection, described connection through described lock housing and fixed thereto be connected, the two ends of described connection respectively with door
Outer unlocking apparatus and the electrical connection of door drawback lock device.
The beneficial effects of the utility model are: electric-controlled intelligent door lock of the present utility model, by the collection that sets user information
Device, and use two kinds of Validation Modes of major-minor, two kinds of Validation Modes control to run by different motor-driven portions respectively, mutually it
Between work alone, be independent of each other.
Further, described lock housing includes:
First sleeve, in described locking bar is plugged on described first sleeve and is rotatedly connected therewith；
Second sleeve, described second sleeve and described first sleeve on same straight line, described first sleeve and second
It is reserved with between sleeve and the area of space that lock core is not buckled is installed；In described locking bar sleeve pipe is plugged on described second sleeve and turn therewith
Dynamic connected；
Connecting plate, the edge, one end of described connecting plate is fixedly linked with the lateral wall of described first sleeve and the second sleeve,
Offer and institute on position relative with area of space reserved between described first sleeve and the second sleeve on described connecting plate
State the open slot that the other buckle structure of lock core is suitable；
Connection cover plate, described connection is fixed on the other end edge of described connecting plate, described connection cover plate pressure
It is connected on described connection and is fixedly linked with described connecting plate.
Further, described lock housing also includes:
Return spring, described connecting plate offers locating slot, and described locating slot is arranged vertically with described locking bar sleeve pipe, described
One end of return spring is fixedly connected on the bottom land of described locating slot；
Fore-set, described fore-set is arranged in described locating slot and is connected with the side walls of described locating slot, described fore-set
It is crimped on the other end of described return spring；
The decorative pearl on top of an official cap, the described decorative pearl on top of an official cap is arranged in described locating slot and is crimped on one end of described fore-set；Described locking bar sleeve pipe
The hole, location that the multiple and described decorative pearl on top of an official cap is suitable is offered on position relative with described locating slot on lateral wall, multiple described fixed
Hole, position is evenly arranged around the central axis of described locking bar sleeve pipe.
Above-mentioned further scheme is used to provide the benefit that: by arranging the decorative pearl on top of an official cap, fore-set and fore-set spring, to make locking bar sleeve pipe
In rotation process, the decorative pearl on top of an official cap can be under the effect of lower section spring, in the hole, location headed on locking bar sleeve pipe, can hear corresponding when the time comes
The sound, on the one hand this design can strengthen the feel of lock core, on the other hand can remind whether user's door lock is opened.
Accompanying drawing explanation
Fig. 1 is the exploded perspective structural representation of the present embodiment lock core；
Fig. 2 is the perspective view of the present embodiment lock core；
Fig. 3 is the cross-sectional view of the present embodiment lock core；
Fig. 4 is the exploded perspective structural representation in the present embodiment motor-driven portion；
Fig. 5 is the perspective view in the present embodiment motor-driven portion；
Fig. 6 is the cross-sectional view in the present embodiment motor-driven portion；
Fig. 7 is the perspective view of the electric-controlled intelligent door lock of the present embodiment.
In accompanying drawing, the list of parts representated by each label is as follows:
1, locking bar；11, through hole；2, locking bar sleeve pipe；21, semi-circular groove；22, hole, location；3, lock core is not detained；31, adapter sleeve；
32, protruding；33, other pin buckle nail；34, screw is not detained；4, steel ball；5, motor-driven portion；51, the first motor-driven portion；52, second
Motor-driven portion；53, motor；531, lock core protecgulum；532, lock core bonnet；54, machine shaft；541, card convex；55, connecting leg group
Part；551, spring；552, spring housing；5521, groove；553, spring housing connecting leg；56, steel wire is guided；57, motor set；571, electricity
Mantle trim ring；572, fixing groove；58, SDeflector；59, pipe box；591, clutch space；6, lock housing；61, the first sleeve；62, second
Sleeve；63, connecting plate；631, open slot；632, locating slot；64, return spring；65, fore-set；66, the decorative pearl on top of an official cap；67, fore-set screw；7、
Door drawback lock device；71, indoor knob；8, unlocking apparatus outdoors；81, knob outdoors；9, user profile harvester；91, communication
Line；92, connection cover plate.
Detailed description of the invention
Being described principle of the present utility model and feature below in conjunction with accompanying drawing, example is served only for explaining this practicality
Novel, it is not intended to limit scope of the present utility model.
Embodiment 1
As shown in Figure 1 and Figure 7, a kind of electric lock cylinder of the present embodiment, its two ends respectively with door drawback lock device 7 and outdoors
Unlocking apparatus 8 is connected, with door lock components clamping and be used for opening or closing door lock components in the middle part of it, including:
Locking bar 1, described locking bar 1 cylindrically structure, locking bar 1 is fixedly connected with lock away from the end of described locking bar sleeve pipe 2
Core protecgulum 531, lock core protecgulum 531 and described unlocking apparatus outdoors 8 form screens；
Locking bar sleeve pipe 2, one end of described locking bar sleeve pipe 2 is socketed in the other end of described locking bar 1 and rotationally connected, institute
The other end stating locking bar sleeve pipe 2 is connected with described door drawback lock device 7；Locking bar sleeve pipe 2 is fixing even away from the end of described locking bar 1
Being connected to lock core bonnet 532, lock core bonnet 532 and door drawback lock device 7 form screens；
The lock core being opened or closed described door lock components by own rotation does not detain 3, and described lock core is not detained 3 and is socketed in institute
State locking bar sleeve pipe 2 outer and fixed thereto connected；
For described locking bar 1 and described locking bar sleeve pipe 2 being carried out the portion that connects and fixes 4 of clutch, described in connect and fix portion 4 and set
Put between described locking bar 1 and described locking bar sleeve pipe 2 and connect and fix the most therewith；
For connecting and fixing portion 4 for described to provide the motor-driven portion 5 of power, described motor-driven portion 5 to be arranged on described
In the hollow structure of locking bar 1；
Control portion, described control portion electrically connects with described motor-driven portion 5.Control portion can be arranged on according to practical situation
Outdoors on unlocking apparatus, it is also possible to be arranged on a drawback lock device, it is also possible to be arranged on door.
The lock core structure of the present embodiment uses motor-driven portion to be controlled all parts of lock core, and lock core entirety uses
Pure automatically controlled form, its size and outward appearance are basically identical with mechanical lock, it is possible to reaching compatible with traditional mechanical lock core, replacement is got up
Convenient, eliminate mechanical key hole, stop the probability of burglar's skilled unlocking；The present embodiment is not by detaining lock core
It is fixed on outside locking bar sleeve pipe, locking bar sleeve pipe is rotationally connected with locking bar, locking bar and locking bar sleeve pipe can be made the most independently to rotate, the most not
Impact, and by connect and fix portion by both can the connecting and fixing of clutch, make both achieve unitary rotation and rotate this respectively
The switching of two kinds of rotation modes.
As it is shown on figure 3, the described motor-driven portion 5 of the present embodiment includes the first motor-driven portion 51 and the second motor-driven
Portion 52, in described first motor-driven portion 51 and the second motor-driven portion 52 are installed in described locking bar 1 and each stand alone as institute
State the portion of connecting and fixing and power, the machine shaft 54 in described first motor-driven portion 51 and described second motor-driven portion 52 are provided
Machine shaft 54 is positioned opposite and is separated by dividing plate；It is arranged on motor and overlaps the motor set trim ring 571 of 57 one end by outer spiral shell
Stricture of vagina is screwed in locking bar, and motor set 57 crimping making the first motor-driven portion 51 and the second motor-driven portion 52 is fixing.Described locking bar
Inside has a position limiting structure to come the position that limiting motor covers into, motor set by motor set trim ring and locking bar within spacing
Structure comes the position of limiting motor set.
Described control portion includes the first circuit and second circuit, described first circuit and described first motor-driven portion 51 electricity
Connecting, described second circuit electrically connects with described second motor-driven portion 52.By arranging the first motor-driven portion and the second electricity
Machine driving section, the circuit that two motor transmission part Tong Guo be not different controls, works independently from each other, be independent of each other, it is to avoid wherein
One motor-driven portion breaks down and situation about cannot unblank.
As Figure 4-Figure 6, described first motor-driven portion 51 and the second motor-driven portion 52 of the present embodiment all includes:
Motor 53, the outer cover of described motor 53 is connected to motor set 57, and described motor 53 is fixedly mounted on described locking bar 1
In hollow structure；
Machine shaft 54, described machine shaft 54 is arranged on one end of described motor 53；
Connecting leg assembly 55, described connecting leg assembly 55 is socketed in outside described machine shaft 54 and is slidably connected therewith, being used for making
The described portion 4 that connects and fixes moves and controls described locking bar 1 and the clutch of locking bar sleeve pipe 2.
As shown in Figure 6, the described connecting leg assembly 55 of the present embodiment includes:
Spring 551, described spring 551 is socketed in outside described machine shaft 54, the lateral wall of described machine shaft 54 sets
There are card convex 541, described spring 551 to be socketed in described card convex 541 and described card convex 541 is plugged on the gap of described spring 551
In；
Spring housing 552, described spring housing 552 is socketed in outside described machine shaft 54 and is slidably connected therewith, described spring
The two ends of 551 inwall with spring housing 552 respectively is connected, and described card convex 541 is positioned at described spring housing 552；
Spring housing connecting leg 553, one end of described spring housing connecting leg 553 is integrally attached to described spring housing 552 away from described
One end of motor 53, described spring housing connecting leg 553 is connected with described spring housing 552, and described spring housing connecting leg 553 is at spring housing
Can slide axially along described machine shaft 54 under the drive of 552；The described portion of connecting and fixing is arranged on described spring housing connecting leg 553
Between lateral wall and described locking bar 1, described in connect and fix portion and contact connection with the lateral wall of described spring housing connecting leg 553, described
Spring housing connecting leg 553 is by moving control described locking bar along described machine shaft 54 portion of connecting and fixing described in promotion that slidably reciprocates
1 and the clutch of locking bar sleeve pipe 2.
The present embodiment by the connecting leg assembly that is slidably connected with machine shaft of setting, can make machine shaft rotation time
Wait, connecting leg assembly is moved back and forth along machine shaft.By arranging spring, spring housing and spring housing connecting leg, machine shaft is turning
During Dong, moved in gapping of spring by the card convex on machine shaft, under the effect of spring recuperability, make described bullet
Spring set and spring housing connecting leg move back and forth along machine shaft, and then the portion of connecting and fixing described in making moves and controls locking bar and locking lever sleeve
The clutch of pipe；Whole transmission process relies on machine shaft to provide power can complete transmission, and overall structure is simple, it is easy to accomplish.
As it is shown in figure 1, the portion that connects and fixes described in the present embodiment can be steel ball 4, it is also possible to for steel column, the two ends of steel column
For globoidal structure；
Offering through hole 11 on the sidewall of described locking bar 1 be plugged on described locking bar sleeve pipe 2 one section, described steel ball 4 is arranged
In described through hole 11；
Position relative with described through hole 11 on the inwall of described locking bar sleeve pipe 2 is provided with multiple semi-circular groove 21, Duo Geban
Circular trough 21 is arranged on the inwall of described locking bar sleeve pipe 2 ringwise around the central axis of described locking bar sleeve pipe 2；Concrete such as figure
Shown in 3；
As shown in Figure 5 and Figure 6, the outer wall of the described spring housing connecting leg 553 of the present embodiment is fixedly connected with pipe box 59, its
One end away from described motor 53 is fixedly connected with SDeflector 58；The lateral wall of described pipe box 59 is globoidal structure, described pipe box
Gap is left, between described SDeflector 58 and the medial wall of described locking bar 1 between lateral wall and the medial wall of described locking bar 1 of 59
Leave gap；Clutch space 591 is left between described SDeflector 58 and described pipe box 59；
The diameter of described steel ball 4 is more than the distance between described spring housing connecting leg 553 outer wall and the inwall of described locking bar 1,
The diameter of described steel ball 4 is more than the thickness of described locking bar sleeve pipe 2, and the diameter of described steel ball 4 is deep more than described semi-circular groove 21
Degree.The length of described steel column is more than the distance between described spring housing connecting leg 553 outer wall and the inwall of described locking bar 1, described steel
The length of post is more than the thickness of described locking bar sleeve pipe 2, and the length of described steel column is more than the degree of depth of described semi-circular groove 21.
The present embodiment offers through hole by being plugged on one section of locking bar sleeve pipe at locking bar, opens on the inwall of locking bar sleeve pipe
If multiple semi-circular groove, steel ball by move on clutch space and locking bar sleeve pipe lateral wall so that through hole and semi-circular groove it
Between move back and forth to realize clutch between locking bar and locking bar sleeve pipe, it is achieved that locking bar and locking bar sleeve pipe rotate and unitary rotation respectively
The switching of two kinds of rotation modes；By arranging SDeflector in one end of spring housing connecting leg, on the one hand, when steel ball is applied to downwards pipe
The when of set, spring housing connecting leg being played certain supporting role, prevent that spring housing connecting leg from pressing down is too obvious, on the other hand can
Spring housing connecting leg is made linearly to move, it is to avoid to offset.
As Figure 4-Figure 6, described first motor-driven portion 51 and the second motor-driven portion 52 of the present embodiment the most also wraps
Including at least two and guide steel wire 56, the present embodiment preferably employs two, on the outer wall of described spring housing 552 and along described spring housing
The direction that connecting leg 553 moves offer open at both ends and with described guiding steel wire 56 groove 5521 one to one, described in lead
It is connected on described motor set 57 to one end of steel wire 56, motor set 57 offers fixing groove 572, described guiding steel wire 56
One end is positioned at described fixing groove 572, and its other end is positioned at described groove 5521 and can move along described groove 5521.Described
Guide steel wire 56 be connected to motor set 57 one end and the bottom of fixing groove 572 between leave one section of space.
As shown in Figure 1-Figure 3, the described lock core of the present embodiment does not detain 3 adapter sleeves 31 including tubular structure and for opening
The projection 32 of described door lock components, described protruding 32 are integrally attached on the outer wall of described adapter sleeve 31；Described adapter sleeve 31 overlaps
It is connected on described locking bar sleeve pipe 2 outer and fixed thereto connected.Described protruding 32 by other pin buckle nail 33 and not Kou screw 34 with described
Locking bar sleeve pipe 2 is fixed together.
The work process of the electric lock cylinder of the present embodiment and operation principle be: the lock core of the present embodiment in use,
When user is at door drawback lock, rotating indoor knob, indoor knob drives connected locking bar sleeve pipe fixed thereto to rotate, and lock core is other
Button can rotate together along with locking bar sleeve pipe, and the projection that lock core is not buckled can will be located in the door lock components jack-up above lock core, completes
Open the door.When unblanking outdoors, rotating knob outdoors, control portion controls motor by control command and rotates forward, and machine shaft is therewith
Rotating, machine shaft drives and is socketed in spring thereon generation recuperability, under the position-limiting action guiding steel wire, and then promotes bullet
Spring set and spring housing connecting leg linearly move forward；When spring housing connecting leg does not move forward when, steel ball be positioned at through hole with
And in the clutch space between SDeflector and described pipe box；When spring housing connecting leg moved forward motor rotates forward when, steel
Ball moves up along the arc outer wall of pipe box along through hole, and the upper end of steel ball enters in the semi-circular groove of locking bar sleeve pipe, its position, lower end
In described through hole, make locking bar and locking lever sleeve pipe form retaining structure, can complete to unblank at revolving door outer knob outdoors.In advance
If after the time, motor can be auto-reverse under the control action in control portion, makes all member reset in lock core.
Embodiment 2
As it is shown in fig. 7, a kind of electric-controlled intelligent door lock of the present embodiment, including:
Electric lock cylinder as described in Example 1；
Lock housing 6, described lock housing 6 in tubular structure, in described locking bar 1 and locking bar sleeve pipe 2 are all plugged on described lock housing 6 and with
Be rotationally connected；Described control portion is arranged in described lock housing 6；
Door drawback lock device 7, described door drawback lock device 7 is provided with indoor knob 71, and described indoor knob 71 is with described
Locking bar sleeve pipe 2 is fixedly linked；
Unlocking apparatus 8 outdoors, described unlocking apparatus outdoors 8 is provided with knob 81 outdoors, and described knob outdoors 81 is with described
Locking bar 1 is fixedly linked；
User profile harvester 9, described unlocking apparatus outdoors 7 is provided with the first panel, and described user profile harvester 9 sets
Putting on the first panel on described unlocking apparatus outdoors 7, described user profile harvester 9 includes main collection authentication module and pair
Gathering authentication module, described main collection authentication module electrically connects with described first circuit, and the described secondary authentication module that gathers is with described
Second circuit electrically connects；
Connection 91, described connection 91 is through described lock housing 6 and fixed thereto is connected, and the two ends of described connection 91 are divided
Do not electrically connect with unlocking apparatus 8 outdoors and door drawback lock device 7.Also set up due on unlocking apparatus and door drawback lock device outdoors
Have power supply, wifi module, configuration button, a key reduction electronic module such as button, connection be in order to will outdoors unlocking apparatus and
Electric connection is realized between door drawback lock device.
As it is shown in figure 1, the described lock housing 6 of the present embodiment includes:
First sleeve 61, in described locking bar 1 is plugged on described first sleeve 61 and is rotatedly connected therewith；
Second sleeve 62, described second sleeve 62 and described first sleeve 61 on same straight line, described first sleeve
61 and second are reserved with area of space between sleeve 62；In described locking bar sleeve pipe 2 is plugged on described second sleeve 62 and turn therewith
Dynamic connected；
Connecting plate 63, the edge, one end of described connecting plate 63 is solid with the lateral wall of described first sleeve 61 and the second sleeve 62
Fixed connected, relative with area of space reserved between described first sleeve 61 and the second sleeve 62 on described connecting plate 63 position
On offer and do not detain the suitable open slot of 3 structures 631 with described lock core, described lock core is not detained 3 and is positioned at described first sleeve 61
And in the area of space that second between sleeve 62；
Connection cover plate 92, described connection 91 is fixed on the other end edge of described connecting plate 63, described connection
Cover plate 92 is crimped on described connection 91 and is fixedly linked with described connecting plate 63；
Return spring 64, described connecting plate 63 offers locating slot 632, and described locating slot 632 hangs down with described locking bar sleeve pipe 2
The most positioned opposite, one end of described return spring 64 is fixedly connected on the bottom land of described locating slot 632；
Fore-set 65, described fore-set 65 is arranged on interior and with described locating slot 632 the side walls of described locating slot 632 and connects
Connecing, described fore-set 65 is crimped on the other end of described return spring 64；Described fore-set 65 is by fore-set screw 67 and described locating slot
The bottom land of 632 is fixedly linked；
The decorative pearl on top of an official cap 66, in the described decorative pearl on top of an official cap 66 is arranged on described locating slot 632 and be crimped on one end of described fore-set 65；Described lock
Multiple and described suitable the determining of the decorative pearl on top of an official cap 66 is offered on position relative with described locating slot 632 on the lateral wall of rod bush 2
Hole 24, position, hole, multiple described location 24 is evenly arranged around the central axis of described locking bar sleeve pipe 2.
Work process and the principle of the electric-controlled intelligent door lock of the present embodiment be: user is outdoors by user profile harvester
Carry out Information Authentication, when, after the checking user identity success of main collection authentication module, the first circuit sends instruction of unblanking, the first motor
The motor of driving section rotates forward, and completes to unblank.After user gathers authentication module checking identity success by pair, second circuit sends
Unblanking to instruct, the motor in the second motor-driven portion rotates forward, and completes to unblank.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all in this practicality
Within novel spirit and principle, any modification, equivalent substitution and improvement etc. made, should be included in guarantor of the present utility model
Within the scope of protecting.
Claims (10)
1. an electric lock cylinder, its two ends respectively with door drawback lock device and outdoors unlocking apparatus be connected, with door lock portion in the middle part of it
Part clamping and be used for opening or closing door lock components, it is characterised in that including:
Locking bar (1), described locking bar (1) cylindrically structure, its one end is fixedly linked with described unlocking apparatus outdoors (8)；
Locking bar sleeve pipe (2), one end of described locking bar sleeve pipe (2) is socketed in the other end of described locking bar (1) and rotationally connected,
The other end of described locking bar sleeve pipe (2) is connected with described door drawback lock device (7)；
The lock core being opened or closed described door lock components by own rotation is not detained (3), and described lock core is not detained (3) and is socketed in institute
State locking bar sleeve pipe (2) outward and fixed thereto be connected；
Connect and fix portion for what described locking bar (1) and described locking bar sleeve pipe (2) were carried out clutch, described in the portion of connecting and fixing arrange
And connect and fix the most therewith between described locking bar and described locking bar sleeve pipe (2)；
For providing the motor-driven portion (5) of power for the described portion of connecting and fixing, described motor-driven portion (5) is arranged on described lock
In bar (1)；
Control portion, described control portion electrically connects with described motor-driven portion.
A kind of electric lock cylinder, it is characterised in that described motor-driven portion (5) includes the first motor
Driving section (51) and the second motor-driven portion (52), described first motor-driven portion (51) and the second motor-driven portion (52) are all pacified
Described in being contained in described locking bar (1) and each standing alone as, the portion of connecting and fixing provides power；
Described control portion includes that the first circuit and second circuit, described first circuit are electrically connected with described first motor-driven portion (51)
Connecing, described second circuit electrically connects with described second motor-driven portion (52).
A kind of electric lock cylinder, it is characterised in that described first motor-driven portion (51) and the second electricity
Machine driving section (52) all includes:
Motor (53), the outer cover of described motor (53) is connected to motor set (57), and described motor (53) is fixedly mounted on described lock
In bar (1)；
Machine shaft (54), described machine shaft (54) is arranged on one end of described motor (53)；
Connecting leg assembly (55), described connecting leg assembly (55) is socketed in described machine shaft (54) and is slidably connected outward and therewith, is used for
The portion of connecting and fixing described in making moves and controls described locking bar (1) and the clutch of locking bar sleeve pipe (2).
A kind of electric lock cylinder, it is characterised in that described connecting leg assembly (55) including:
Spring (551), described spring (551) is socketed in described machine shaft (54) outward, the lateral wall of described machine shaft (54)
Being provided with card convex (541), described spring (551) is socketed in described card convex (541)；
Spring housing (552), described spring housing (552) is socketed in described machine shaft (54) and is slidably connected outward and therewith, described bullet
The two ends of spring (551) inwall with spring housing (552) respectively is connected, and described card convex (541) is positioned at described spring housing (552)；
Spring housing connecting leg (553), one end of described spring housing connecting leg (553) is integrally attached to described spring housing (552) away from institute
Stating one end of motor (53), described spring housing connecting leg (553) is connected with described spring housing (552), described spring housing connecting leg
(553) can slide axially along described machine shaft (54) under the drive of spring housing (552)；The described portion of connecting and fixing is arranged on institute
State between the lateral wall of spring housing connecting leg (553) and described locking bar (1), described in connect and fix portion and described spring housing connecting leg
(553) lateral wall contact connects, and described spring housing connecting leg (553) promotes institute by slidably reciprocating along described machine shaft (54)
State the portion of connecting and fixing to move and control described locking bar (1) and the clutch of locking bar sleeve pipe (2).
A kind of electric lock cylinder, it is characterised in that described first motor-driven portion (51) and the second electricity
Machine driving section (52) the most also includes that at least two guide steel wire (56), on the outer wall of described spring housing (552) and along described spring
Set connecting leg (553) movement direction offer open at both ends and with described guiding steel wire (56) groove one to one
(5521), one end of described guiding steel wire (56) is connected on described motor set (57), and its other end is positioned at described groove
(5521) in and can be mobile along described groove (5521).
A kind of electric lock cylinder, it is characterised in that described in the portion of connecting and fixing include steel ball (4)；
Through hole (11), described steel ball (4) is offered on the sidewall of described locking bar (1) be plugged on described locking bar sleeve pipe (2) one section
It is arranged in described through hole (11)；
On the inwall of described locking bar sleeve pipe (2), the position relative with described through hole (11) is provided with multiple semi-circular groove (21), multiple
Semi-circular groove (21) is arranged on the inwall of described locking bar sleeve pipe (2) ringwise；
Being fixedly connected with pipe box (59) on the outer wall of described spring housing connecting leg (553), it is solid away from one end of described motor (53)
Determine connection and have SDeflector (58)；The lateral wall of described pipe box (59) is globoidal structure, and the lateral wall of described pipe box (59) is with described
Leave gap between the medial wall of locking bar (1), between the medial wall of described SDeflector (58) and described locking bar (1), leave gap；
Clutch space (591) is left between described SDeflector (58) and described pipe box (59)；
The diameter of described steel ball (4) more than between described spring housing connecting leg (553) outer wall and the inwall of described locking bar (1) away from
From, the diameter of described steel ball (4) is more than described semicircle more than the thickness of described locking bar sleeve pipe (2), the diameter of described steel ball (4)
The degree of depth of groove (21).
A kind of electric lock cylinder, it is characterised in that described lock core is not detained (3) and included tubular structure
Adapter sleeve (31) and for opening or closing the projection (32) of described door lock components, described projection (32) is integrally attached to described company
On the outer wall of female connector (31)；Described adapter sleeve (31) be socketed in described locking bar sleeve pipe (2) outward and fixed thereto be connected.
8. an electric-controlled intelligent door lock, it is characterised in that including:
Electric lock cylinder as described in any one of claim 2 to 7；
Lock housing (6), described lock housing (6) is in tubular structure, and described locking bar (1) and locking bar sleeve pipe (2) are all plugged on described lock housing (6)
Interior and rotationally connected；
Door drawback lock device (7), described door drawback lock device (7) is provided with indoor knob (71), described indoor knob (71) with
Described locking bar sleeve pipe (2) is fixedly linked；
Unlocking apparatus (8) outdoors, described unlocking apparatus outdoors (8) is provided with knob (81) outdoors, described knob outdoors (81) with
Described locking bar (1) is fixedly linked；
User profile harvester (9), described user profile harvester (9) be arranged on described in outdoors on unlocking apparatus (8), described use
Family information acquisition device (9) includes main collection authentication module and the secondary authentication module that gathers, described main collection authentication module and described the
One circuit electrical connection, the described secondary authentication module that gathers electrically connects with described second circuit；
Connection (91), described connection (91) through described lock housing (6) and fixed thereto be connected, the two of described connection (91)
End electrically connects with unlocking apparatus outdoors (8) and door drawback lock device (7) respectively.
A kind of electric-controlled intelligent door lock, it is characterised in that described lock housing (6) including:
First sleeve (61), in described locking bar (1) is plugged on described first sleeve (61) and is rotatedly connected therewith；
Second sleeve (62), described second sleeve (62) and described first sleeve (61) on same straight line, described first set
It is reserved with installation lock core between cylinder (61) and the second sleeve (62) and does not buckle the area of space of (3)；Described locking bar sleeve pipe (2) is plugged on
In described second sleeve (62) and it is rotatedly connected therewith；
Connecting plate (63), the edge, one end of described connecting plate (63) and described first sleeve (61) and the outside of the second sleeve (62)
Wall is fixedly linked, the area of space that described connecting plate (63) above and is reserved between described first sleeve (61) and the second sleeve (62)
Offer on relative position and do not detain, with described lock core, the open slot (631) that (3) structure is suitable；
Connection cover plate (92), described connection (91) is fixed on the other end edge of described connecting plate (63), described communication
Line cover plate (92) is crimped on described connection (91) and above and is fixedly linked with described connecting plate (63).
A kind of electric-controlled intelligent door lock, it is characterised in that described lock housing (6) also includes:
Return spring (64), described connecting plate (63) offers locating slot (632), described locating slot (632) and described locking lever sleeve
Pipe (2) is arranged vertically, and one end of described return spring (64) is fixedly connected on the bottom land of described locating slot (632)；
Fore-set (65), described fore-set (65) be arranged in described locating slot (632) and with the side walls of described locating slot (632)
Connecting, described fore-set (65) is crimped on the other end of described return spring (64)；
The decorative pearl on top of an official cap (66), the described decorative pearl on top of an official cap (66) is arranged in described locating slot (632) and is crimped on one end of described fore-set (65)；Institute
State and on position relative with described locating slot (632) on the lateral wall of locking bar sleeve pipe (2), offer the multiple and described decorative pearl on top of an official cap (66)
Suitable hole, location (22), hole, multiple described location (22) is evenly arranged around the central axis of described locking bar sleeve pipe (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620669546.0U CN205743327U (en) | 2016-06-29 | 2016-06-29 | A kind of electric lock cylinder and electric-controlled intelligent door lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620669546.0U CN205743327U (en) | 2016-06-29 | 2016-06-29 | A kind of electric lock cylinder and electric-controlled intelligent door lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205743327U true CN205743327U (en) | 2016-11-30 |
Family
ID=57382919
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620669546.0U Expired - Fee Related CN205743327U (en) | 2016-06-29 | 2016-06-29 | A kind of electric lock cylinder and electric-controlled intelligent door lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205743327U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105971407A (en) * | 2016-06-29 | 2016-09-28 | 西安金麦电子科技有限公司 | Electric control lock core and electric control intelligent door lock |
| CN107956327A (en) * | 2017-10-25 | 2018-04-24 | 浙江浦江梅花锁业集团有限公司 | A kind of lock core |
-
2016
- 2016-06-29 CN CN201620669546.0U patent/CN205743327U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105971407A (en) * | 2016-06-29 | 2016-09-28 | 西安金麦电子科技有限公司 | Electric control lock core and electric control intelligent door lock |
| CN107956327A (en) * | 2017-10-25 | 2018-04-24 | 浙江浦江梅花锁业集团有限公司 | A kind of lock core |
| CN107956327B (en) * | 2017-10-25 | 2023-04-07 | 浙江浦江梅花锁业集团有限公司 | Lock core |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161130 Termination date: 20200629 |
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| CF01 | Termination of patent right due to non-payment of annual fee |