CN207700876U - Sliding door smart lock lock body - Google Patents
Sliding door smart lock lock body Download PDFInfo
- Publication number
- CN207700876U CN207700876U CN201721862720.4U CN201721862720U CN207700876U CN 207700876 U CN207700876 U CN 207700876U CN 201721862720 U CN201721862720 U CN 201721862720U CN 207700876 U CN207700876 U CN 207700876U
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- square tongue
- poke rod
- peach
- lock
- handle
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Abstract
The utility model discloses a kind of sliding door smart lock lock bodies, including lock box, lock box cover board and the square tongue being set in lock box, square tongue dial peach, handle dials peach and square tongue shifting component；Square tongue is dialled drive square tongue when driving protruding square tongue, reverse rotation when peach rotates in the forward direction and is inwardly withdrawn, and the reverse rotation of square tongue group peach is dialled peach by handle and controlled by square tongue shifting component；Square tongue shifting component includes the first, second square tongue poke rod, and the first, second square tongue poke rod is set in lock box by shaft and can be rotated around the axis；Handle is dialled can drive the first square tongue poke rod or the second square tongue poke rod to rotate respectively when peach rotates to different directions；First square tongue poke rod and square tongue, which dial peach and be connected and square tongue can be driven to dial peach in rotation, to be reversely rotated, and when the second square tongue poke rod rotation can abut with the first square tongue poke rod and drive the rotation of the first square tongue poke rod.The utility model improves the versatility of sliding door intelligent door lock, simple in structure, at low cost, and can reduce installation difficulty.
Description
Technical field
The utility model is related to a kind of intelligent lock more particularly to a kind of smart locks on sliding door.
Background technology
Door lock is one of common lockset in people's daily life, is widely used in house and workplace.Commonly
Indoor sliding door there are mainly two types of door-opening mode：It is by door to outdoor direction when outward swinging door will open one is outward swinging door
It opens；Another kind is inward swinging door, is to open door to indoor direction when inward swinging door will open the door.
The handle of conventional door lock is dialled peach and can only generally be rotated to a direction, and dialling peach by square tongue in rotation drives square tongue
It withdraws, realizes and open the door.And inward swinging door and outward swinging door are two different door-opening modes, it is indoors, conventional if door is inward swinging door
The door lock enabling that need to pull handle inside need to push pad to open outward if door is outward swinging door.Therefore it is needed when installation door lock and door
Enabling direction corresponds to, and the door lock for outward swinging door can not be applied in inward swinging door, and the versatility of door lock is poor.In order to improve door lock
Versatility, occur can be not only used for inward swinging door on the market, it can also be used to the smart lock of outward swinging door, but the lock body knot of such door lock
Structure is sufficiently complex, and manufacturing cost is high, while also increasing the difficulty of door lock installation.
Invention content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide it is a kind of it is simple in structure, lead to indoors
Cross the sliding door smart lock lock body that pushes or pulls on and can unlock.
The purpose of this utility model is realized using following technical scheme：
Sliding door smart lock lock body, including lock box, lock box cover board and the square tongue being set in the lock box, square tongue are dialled
Peach, handle dial peach and square tongue shifting component；The square tongue dials peach and drives that the square tongue is protruding, reversely rotates when rotating in the forward direction
When drive the square tongue inwardly to withdraw, the square tongue dial peach reverse rotation by the handle dial peach group is stirred by the square tongue
Part controls；The square tongue shifting component includes the first square tongue poke rod and the second square tongue poke rod, the first square tongue poke rod
It is set in the lock box, and can rotated around the shaft by shaft with the second square tongue poke rod；The handle dials peach to not
The first square tongue poke rod and the second square tongue poke rod one of which can be driven to rotate when equidirectional rotation respectively；Institute
It states the first square tongue poke rod and the square tongue and dials peach and be connected and the square tongue can be driven to dial peach reverse rotation in rotation, described the
Two square tongue poke rods can abut with the first square tongue poke rod when rotating and the first square tongue poke rod is driven to rotate.
Further, it is provided with the first fitting groove and second being recessed radially inward on the peripheral surface of the handle group peach
Fitting groove；One end of the first square tongue poke rod stretches in first fitting groove, the other end dials peach phase with the square tongue
Even, one end of the second square tongue poke rod stretches in second fitting groove, the other end can be dialled with first square tongue
Lever abuts.
Further, first fitting groove and the second fitting groove are arranged above and below the axis that the handle dials peach, and
Mutual dislocation, there are clearance position, second fitting grooves between the first assembly groove sidewall and the first square tongue poke rod end
There are clearance positions between side wall and the second square tongue poke rod end.
Further, first fitting groove and second fitting groove are dialling the flat of the axis of peach perpendicular to the handle
Projection section on face overlaps.
Further, the second square tongue poke rod is dialled the opposite end set of peach with the handle and is had and the first party
The connecting pole that tongue poke rod abuts against.
Further, the second square tongue poke rod is made of active handsetting gear bar and driven handsetting gear bar, described
The gear end of active handsetting gear bar is meshed with the gear end of driven gear poke rod；The non-gear end of active handsetting gear bar
It stretches in second fitting groove, the non-gear end of the driven handsetting gear bar can be supported with the first square tongue poke rod
It connects.
Further, the active handsetting gear bar and the first square tongue poke rod are set to the lock by the same shaft
In box, the driven handsetting gear bar is set to by another shaft in the lock box.
Further, the first square tongue poke rod is located at the top of the second square tongue poke rod.
Compared with prior art, the beneficial effects of the utility model are：The utility model is stirred by the way that two sets of square tongues are arranged
Bar, and so that handle is dialled peach and directly drive the first square tongue poke rod when being rotated to different directions or stirred by the second square tongue
The first square tongue poke rod of driving control square tongue group peach drives square tongue to withdraw to bar indirectly, to adapt to the door of different door-opening modes,
Without because the difference of door door-opening mode replaces the lock bodies of different structures, improving the versatility of door lock, and simple in structure,
Reduce installation difficulty.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model embodiment；
Fig. 2 is the structural schematic diagram that the utility model embodiment handle dials peach；
Fig. 3 is the front view that the utility model embodiment handle dials peach；
Fig. 4 is the assembling schematic diagram that handle dials peach and square tongue shifting component；
Fig. 5 is the schematic diagram of another angles of Fig. 4；
Fig. 6 is the upward view of Fig. 4.
Specific implementation mode
In the following, in conjunction with specific implementation mode, the utility model is described further.
As shown in Figure 1, the sliding door smart lock lock body of the present embodiment includes lock box 1, square tongue 2, square tongue dials peach 3, handle is dialled
Peach 4, square tongue shifting component and lock box cover board (not shown).Wherein, square tongue shifting component includes the first square tongue poke rod 5 and second
Square tongue poke rod 6, handle dials peach 4 can drive the first square tongue poke rod 5 and the second square tongue to dial respectively when being rotated to different directions
6 one of which of lever links, for example, when handle group peach 4 rotates forward, the rotation of the first square tongue driving lever 5, handle is driven to dial peach 4
When rotating backward, the rotation of the second square tongue driving lever 6 is driven.The second square tongue poke rod 6 of the present embodiment is by active handsetting gear bar 6-1
It is formed with driven handsetting gear bar 6-2.
Square tongue 2 is set in lock box 1 with being reciprocally moveable, and square tongue dials peach 3 and controls that square tongue 2 is protruding or inside withdrawal.
Square tongue dials peach 3 and handle is dialled peach 4 and can be rotatably provided in around own axes on the backboard of lock box 1, and square tongue dials peach 3 and handle is dialled
The axis of peach 4 and the backboard of lock box 1 are perpendicular.In the present embodiment, clockwise and anticlockwise with the definition of the view direction of attached drawing 1
Direction can dial driving lever 3a promotion square tongue 2 on peach 3 to overhanging when square tongue dials (forward direction) rotation counterclockwise of peach 3 by square tongue
Go out.Square tongue is dialled rotating in the forward direction for peach 3 and is controlled by door-lock motor.
The action that square tongue is inwardly withdrawn dials peach 4 by handle and controls the reverse rotation that square tongue dials peach 3 by square tongue shifting component
It realizes.With reference to Fig. 2 and Fig. 3, handle group peach 4 is cylinder, and handle is dialled and is provided with the handle pilot hole extended along its axis on peach 4
The handle pilot hole 4a of 4a, the present embodiment are through-hole, for installing Door handle, control handle by Door handle and dial the rotation of peach 4.
The the first fitting groove 4b being radially-inwardly recessed and the second fitting groove that peach 4 is dialled along handle are provided on the peripheral surface of handle group peach 4
4c.The axis that the first fitting groove 4b and the second fitting groove 4c of the present embodiment dial peach 4 along handle is arranged up and down, and mutually mistake
Position, the first fitting groove 4b and the second fitting groove 4c are overlapped in the projection section in the plane that handle dials 4 axis of peach.
First square tongue poke rod 5 and the second square tongue poke rod 6 are set to by shaft on the backboard of lock box 1, and can be around
Shaft rotates, the backboard of the axis of shaft perpendicular to lock box 1.With reference to Fig. 4, Fig. 5 and Fig. 6, the first square tongue poke rod 5 is located at second
The top of square tongue poke rod 6.One end of first square tongue poke rod 5 stretches in the first fitting groove 4b, and the other end dials peach 3 with square tongue
It is connected.When handle, which dials the rotation of peach 4, to offset to one end side wall of the first fitting groove 4b and the end of the first square tongue poke rod 5, hold
Hand group peach 4, which continues rotation, can drive the first square tongue poke rod 5 to rotate, and square tongue group peach 3 is driven when the first square tongue poke rod 5 rotates
It rotates clockwise, to withdraw square tongue 2.First square tongue poke rod directly can dial peach with square tongue and be connected, or even by connecting rod etc.
Fitting dials peach with square tongue and is connected.
In order to simplify structure, number of parts, the active handsetting gear bar 6-1 and the first square tongue poke rod of the present embodiment are reduced
5 share the same shaft, and driven handsetting gear bar 6-1 is set to by another shaft on the backboard of lock box 1.Actively stir tooth
The gear end of wheel bar 6-1 is meshed with the gear end of driven gear poke rod 6-2；The other end of active handsetting gear bar 6-1 is (non-
Gear end) it stretches in the second fitting groove 4c, the other end (non-gear end) of driven handsetting gear bar 6-2 can be dialled with the first square tongue
Lever 5 offsets.Non- gear end of the present embodiment in driven handsetting gear bar 6-2 is provided with connecting pole 6-2a, and connecting pole 6-2a exists
It can offset with the first square tongue poke rod 5 when driven handsetting gear bar 6-2 rotations.When handle dial peach 4 to another direction rotate to
When one end side wall of second fitting groove 4b offsets with the end of active handsetting gear bar 6-1, handle group peach 4 continues rotation can band
Dynamic active handsetting gear bar 6-1 rotations, active handsetting gear bar 6-1 drive driven handsetting gear bar 6-2 rotations, are stirred when driven
Rack 6-2 is rotated to when abutting on the outside of the connecting pole 6-2a of its end and 5 end of the first square tongue poke rod, can drive first party
Tongue poke rod 5 rotates, and is rotated clockwise to drive square tongue to dial peach 3 by the first square tongue poke rod 5, to withdraw square tongue 2.
Since the first fitting groove 4b and the second fitting groove 4c are mutually staggered, the side wall of the first fitting groove 4b and the first square tongue are dialled
There are clearance position A between lever 5, the side wall of the second fitting groove 4c and the second square tongue poke rod 6 (active handsetting gear bar 6-1) it
Between there is also clearance position A, the i.e. size of the first, second fitting groove to be all higher than the size that the first, second square tongue stirs boom end, institute
The one of rotation of the first, second square tongue poke rod can be only driven when peach 4 rotates to different directions to be dialled when handle, another
Peach 4 will not be dialled with handle to rotate.
Forward and reverse in preceding description is only intended to illustrate direction of rotation on the contrary, not limiting direction of rotation
It is fixed, such as be just reversed clockwise when being counterclockwise forward direction, when clockwise direction is forward direction, side counterclockwise
To just be reversed.Handle dials peach by being rotated toward different directions, can drive the first square tongue poke rod or the second square tongue respectively
The action of poke rod to realize that directly driving square tongue to dial peach and control square tongue by the first square tongue poke rod withdraws, or passes through the
Two square tongue poke rods drive square tongue to dial peach control square tongue and withdraw through the first square tongue poke rod, so as to be adapted to different enabling sides
To door.
The application method of the utility model door lock is further described below：
It is defined clockwise and counterclockwise with the view direction of Fig. 1.When door lock is installed on outward swinging door, control is held
Hand is dialled peach 4 and is rotated clockwise directly through the drive square tongue group control withdrawal of square tongue 2 of peach 3 of the first square tongue poke rod 5.When handle dials peach
When 4 one end for being clockwise to the side wall of the first fitting groove 4b and the first square tongue poke rod 5 offset, handle dials peach 4 and continues to turn
It is dynamic that the first square tongue poke rod 5 will be driven to rotate around the shaft, to the first square tongue poke rod 5 be connected with square tongue group peach 3 it is another
End will dial peach 3 by square tongue and square tongue 2 is driven to be retracted in lock box 1；Since the second fitting groove 4c and the first fitting groove 4b are mutual
It is staggered, and there are clearance position A between 6 end of the side wall of the second fitting groove 4c and the second square tongue poke rod, therefore handle dials peach 4 and exists
The second square tongue poke rod 6 will not be driven to link during driving the first square tongue poke rod 5 to rotate, and the second square tongue poke rod
6 driving gear poke rod 6-2 will not influence the rotation that handle dials peach 4.
When door lock is installed on inward swinging door, dialled when peach 4 rotates counterclockwise by the second square tongue poke rod 6 by controlling handle
It drives square tongue to dial peach 3 through the first square tongue poke rod 5 and controls the withdrawal of square tongue 2.Peach 4 is dialled when handle to rotate counterclockwise to the second fitting groove
When the side wall of 4c offsets with one end of driving gear poke rod 6-1, handle dials peach 4 and is rotated further and driving gear will be driven to stir
Bar 6-1 rotates around the shaft, when driving gear poke rod 6-1 is rotated, the driven gear poke rod 6-2 engaged can be made to revolve
Turn, when driven gear poke rod 6-2, which is rotated to its non-gear end, to be abutted with the outside of 5 end of the first square tongue poke rod, can push away
Dynamic first square tongue poke rod 5 rotation, the first square tongue poke rod 5 further dial peach 3 by square tongue and square tongue 2 are driven to be retracted to lock box 1
In；Likewise, due to and the first, second fitting groove mutually stagger, and the side wall of the first fitting groove 4b is stirred with the first square tongue
There are clearance position A between 5 end of bar, therefore handle dials peach 4 when rotating counterclockwise, and are driving the rotation of the second square tongue poke rod 6
During, handle dials peach 4 and will not directly drive the linkage of the first square tongue poke rod 5 (rotation of the first square tongue poke rod 5 at this time is
Driven by the driven gear poke rod 6-2 of the second square tongue driving lever 6), and the first square tongue poke rod 5 will not influence handle and dial
The rotation of peach 4 is equally applicable to outward swinging door to realize that the same door lock is applicable to inward swinging door.
For those skilled in the art, technical solution that can be as described above and design are made other each
Kind is corresponding to be changed and deforms, and all these change and deform the guarantor that should all belong to the utility model claims
Within the scope of shield.
Claims (8)
1. sliding door smart lock lock body, including lock box, lock box cover board and the square tongue being set in the lock box, square tongue dial peach,
Handle dials peach and square tongue shifting component；It is characterized in that：
The square tongue group peach drives the square tongue inwardly to receive when driving the protruding square tongue, reverse rotation when rotating in the forward direction
It returns, the reverse rotation that the square tongue dials peach is controlled by the handle group peach by the square tongue shifting component；
The square tongue shifting component includes the first square tongue poke rod and the second square tongue poke rod, the first square tongue poke rod and the
Two square tongue poke rods are set to by shaft in the lock box, and can be rotated around the axis；The handle is dialled peach and is revolved to different directions
The first square tongue poke rod and the second square tongue poke rod one of which can be driven to rotate when turning respectively；
The first square tongue poke rod, which is connected with the square tongue group peach and the square tongue can be driven to dial peach in rotation, to be reversely rotated,
It can be abutted with the first square tongue poke rod when the second square tongue poke rod rotation and the first square tongue poke rod is driven to turn
It is dynamic.
2. sliding door smart lock lock body according to claim 1, it is characterised in that：It is set on the peripheral surface of the handle group peach
It is equipped with the first fitting groove and the second fitting groove being recessed radially inward；
One end of the first square tongue poke rod stretches in first fitting groove, the other end dials peach with the square tongue and is connected,
One end of the second square tongue poke rod stretches in second fitting groove, the other end can be with the first square tongue poke rod
It abuts.
3. sliding door smart lock lock body according to claim 2, it is characterised in that：First fitting groove and the second assembly
The axis that slot dials peach along the handle is arranged up and down, and mutual dislocation, and the first assembly groove sidewall is stirred with the first square tongue
There are clearance positions between boom end, and there are clearance positions between the second assembly groove sidewall and the second square tongue poke rod end.
4. sliding door smart lock lock body according to claim 3, it is characterised in that：First fitting groove and described second
Projection section of the fitting groove in the plane of axis for dialling peach perpendicular to the handle overlaps.
5. the sliding door smart lock lock body according to Claims 2 or 3 or 4, it is characterised in that：The second square tongue poke rod
Dialling the opposite end set of peach with the handle has the connecting pole that can be abutted against with the first square tongue poke rod.
6. sliding door smart lock lock body according to claim 2, it is characterised in that：The second square tongue poke rod is by actively
Handsetting gear bar and driven handsetting gear bar composition, the tooth of the gear end and driven gear poke rod of the active handsetting gear bar
Wheel end is meshed；The non-gear end of active handsetting gear bar stretches in second fitting groove, the driven handsetting gear bar
Non- gear end can be abutted with the first square tongue poke rod.
7. sliding door smart lock lock body according to claim 6, it is characterised in that：The active handsetting gear bar and first
Square tongue poke rod is set to by the same shaft in the lock box, and the driven handsetting gear bar is arranged by another shaft
In in the lock box.
8. the sliding door smart lock lock body according to Claims 2 or 3 or 4 or 6 or 7, it is characterised in that：First square tongue
Poke rod is located at the top of the second square tongue poke rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721862720.4U CN207700876U (en) | 2017-12-27 | 2017-12-27 | Sliding door smart lock lock body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721862720.4U CN207700876U (en) | 2017-12-27 | 2017-12-27 | Sliding door smart lock lock body |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207700876U true CN207700876U (en) | 2018-08-07 |
Family
ID=63029238
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721862720.4U Active CN207700876U (en) | 2017-12-27 | 2017-12-27 | Sliding door smart lock lock body |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207700876U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108193952A (en) * | 2017-12-27 | 2018-06-22 | 广东亚太天能科技股份有限公司 | Sliding door smart lock lock body |
-
2017
- 2017-12-27 CN CN201721862720.4U patent/CN207700876U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108193952A (en) * | 2017-12-27 | 2018-06-22 | 广东亚太天能科技股份有限公司 | Sliding door smart lock lock body |
| CN108193952B (en) * | 2017-12-27 | 2024-04-05 | 广东亚太天能科技股份有限公司 | Intelligent lock body of sliding door |
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