CN208315819U - A kind of modularization intelligent door lock - Google Patents
A kind of modularization intelligent door lock Download PDFInfo
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- CN208315819U CN208315819U CN201820985322.XU CN201820985322U CN208315819U CN 208315819 U CN208315819 U CN 208315819U CN 201820985322 U CN201820985322 U CN 201820985322U CN 208315819 U CN208315819 U CN 208315819U
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- 238000009434 installation Methods 0.000 claims abstract description 71
- 239000000758 substrate Substances 0.000 claims description 41
- 238000005192 partition Methods 0.000 claims description 20
- 239000004020 conductor Substances 0.000 claims 1
- 238000010586 diagram Methods 0.000 description 19
- 230000003014 reinforcing effect Effects 0.000 description 9
- 238000000034 method Methods 0.000 description 3
- 238000005034 decoration Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 239000002360 explosive Substances 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 210000003205 muscle Anatomy 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
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Abstract
The utility model relates to a kind of modularization intelligent door locks comprising mounting body module, modularization decorative panel and intelligent door lock ontology；It is formed with wiring groove in mounting body module, conducting connecting part is provided on modularization decorative panel, multiple conducting connecting parts connect in the wiring groove and form conducting wire；Intelligent door lock ontology is installed in the mounting body module by the second connector, and it is electrically connected by conduct piece with the conducting wire.Installation can be rapidly completed in the utility model, and easy to repair, after the damage of intelligent door lock corresponding component can be reduced, the human cost of replacement.
Description
Technical field
The utility model relates to a kind of intelligent door locks, concretely relate to a kind of modularization intelligent door lock.
Background technique
Intelligent door lock is the product improved on the basis of traditional mechanical door lock, make the safety of user, identification,
Managerial aspect more intelligence is easy.Intelligent door lock has many advantages, such as safety, convenience, intelligence.It is widely used in high-end room
The places such as production.
It is mounted on due to intelligent door lock on traditional door, is not suitable for wiring and replacement.Once power supply power supply parts damages with
And internal part, when needing replacing, entire smart lock requires to replace, and causes great waste, and can not easily extend it makes
Use function.
Utility model content
For the deficiencies of the prior art, the utility model provides a kind of modularization intelligent door lock.
The technical solution of the modularization intelligent door lock of the utility model is as follows:
A kind of modularization intelligent door lock comprising mounting body module, modularization decorative panel and intelligent door lock ontology；Its
In, the mounting body module includes multiple module bodies；The module body is in hollow hexahedron structure, each of which face
Four corners are each formed with a lug boss, so that being formed between the lug boss adjacent on each face of the module body recessed
Slot；And through-hole is provided in the middle part of six faces of the module body；Multiple module bodies pass through the first connection
Part permutation and combination connects into the mounting body module, and the groove in multiple module bodies is interconnected, in institute
It states and forms wiring groove in mounting body module；Wherein, the modularization decorative panel includes decorative panel ontology；In the decorative panel sheet
The medial surface of body is provided with conducting connecting part；In the mounted state, multiple modularization decorative panels are installed on the installation master
On module, and multiple conducting connecting parts are connected in the wiring groove and form conducting wire；Wherein, the intelligence
Door lock ontology is installed in the mounting body module by the second connector, and it passes through conduct piece and the conducting wire
Electrical connection.
According to a preferred embodiment, the conducting connecting part is conductive sheet；The conductive sheet includes substrate and two
Piece elastic slice；The substrate offers the through-hole of perforation substrate upper and lower surface, and the one side wall of the through-hole, which is connected with, can be caught in card
The elastic clipping strip of slot；Elastic slice described in two panels is connect with the front-end and back-end of substrate respectively, and elastic slice is vertical with substrate to be connect；Described
It is provided with installation buckle in the middle part of decorative panel ontology medial surface, is respectively arranged with conductive sheet installation in the two sides of the installation buckle
Locating piece, and the side bottom of conductive sheet installation locating piece is equipped with card slot；The conductive sheet passes through through-hole and elastic clipping strip card
It connects on conductive sheet installation locating piece, two panels conductive sheet is located at the left and right sides of installation buckle, the two panels elastic slice of conductive sheet
It is stretched out respectively from the front and back end of plaquette noumenon.
According to a preferred embodiment, the medial surface of the decorative panel ontology is also connected with conductive sheet limit rib and supports
Block；The conductive sheet limit rib is contacted with substrate, and the support block is contacted with elastic slice；And the inner surface of the decorative panel ontology connects
It is connected to partition, the height of the partition is less than the height of installation buckle, and the partition is between two panels conductive sheet.
According to a preferred embodiment, the conducting connecting part includes tabletting and conduction FPC soft board；The tabletting packet
Include substrate and two panels arch shrapnel；The substrate offers the through-hole of perforation substrate upper and lower surface, and the one side wall of the through-hole connects
It is connected to the elastic clipping strip that can be caught in card slot；Arch shrapnel described in two panels is connect with the front-end and back-end of substrate respectively, arch bullet
For piece to arching upward on the inside of substrate, the top surface of arch shrapnel is equipped with salient point；It is provided in the middle part of the decorative panel ontology medial surface
Installation buckle is respectively arranged with conductive sheet installation locating piece in the two sides of the installation buckle, and conductive sheet installs locating piece
Side bottom be equipped with card slot；The tabletting is connected to tabletting by through-hole and elastic clipping strip and installs on locating piece, two panels tabletting
It is located at the left and right sides of installation buckle；The conduction FPC soft board is arranged in the wiring groove；In the mounted state, phase
Adjacent two panels conduction FPC soft board is mutually steadily contacted in the extruding lower contact of arch shrapnel top surface salient point, forms conducting wire.
According to a preferred embodiment, the medial surface of the decorative panel ontology is additionally provided with tabletting limit rib and supports
Block；The tabletting limit rib is contacted with substrate, and the support block is contacted with arch shrapnel；Also, the interior table of the decorative panel ontology
Face is connected with partition, and the height of the partition is less than the height of installation buckle, and the partition is between two panels tabletting.
According to a preferred embodiment, the conducting connecting part includes puncturing elastic slice and conduction FPC soft board；It is decorating
The medial surface of plate ontology is fixedly connected with buckle；The upper surface of the decorative panel ontology is equipped with and punctures elastic slice mounting base, the thorn
The upper surface of broken elastic slice mounting base offers mounting hole；The upper end for puncturing elastic slice is equipped with spine, punctures the lower part card of elastic slice
Enter in mounting hole, the spine is stretched out from the upper surface for puncturing elastic slice mounting base；The conduction FPC soft board is arranged in the wiring
In slot, conducting wire is formed；In the mounted state, decorative panel ontology is pierced by being connected in the mounting body module
Broken spring plate puncture conduction FPC soft board, makes its connection be formed as conductive path.
According to a preferred embodiment, the upper end for puncturing elastic slice is set there are two spine, is opened between two spines
Equipped with through slot, the through slot extends to the middle part for puncturing elastic slice；Also, the elastic slice mounting base that punctures has eight, the decoration
The four side of plate ontology is respectively set there are two elastic slice mounting base is punctured, and the buckle is located at the middle part of decorative panel ontology；Alternatively,
The upper end for puncturing elastic slice is set there are three spine, and vertically upward, the spine on both sides is inclined outwardly intermediate spine respectively；And
And the elastic slice mounting base that punctures has eight, the four side of the decorative panel ontology is respectively set that there are two puncture elastic slice installation
Seat, the buckle are located at the middle part of decorative panel ontology.
According to a preferred embodiment, first connector is identical with second connecting-piece structure, wraps
Include connector ontology, the first bayonet for being set to one middle side part of connector ontology and being matched with the through-hole and
It is set to the second bayonet matched in the middle part of the connector ontology other side and with the through-hole.
According to a preferred embodiment, the modularization intelligent door lock further includes hard or soft seamless panel；
In the mounted state, the seamless panel is set to the modularization outer surface of decorative board, so that outside the mounting body module
Portion is formed as seamless surface.
Compared with prior art, the modularization intelligent door lock of the utility model has the following beneficial effects:
The modularization intelligent door lock of the utility model is by using modular mounting body module, and in mounting body mould
Wiring groove is formed on block；Multiple modularization decorative panels are installed in the mounting body module, and make multiple described lead
Electrical connector connects in the wiring groove and forms conducting wire；The intelligent door lock ontology is installed on institute by the second connector
It states in mounting body module, and it is electrically connected by conduct piece with the conducting wire；So that the utility model can be fast
Speed completes installation, and easy to repair, after the damage of intelligent door lock corresponding component can be reduced, the human cost of replacement.
Detailed description of the invention
Fig. 1, Fig. 2 are the connection knots of mounting body module and intelligent door lock ontology in the utility model modularization intelligent door lock
Structure schematic diagram；
Fig. 3 is the structural schematic diagram of module body in the utility model modularization intelligent door lock；
Fig. 4 is the structural schematic diagram of main body module in the utility model modularization intelligent door lock；
Fig. 5 is the structural schematic diagram of the first connector, the second connector in the utility model modularization intelligent door lock；
Fig. 6 is the side view of the first connector, the second connector in the utility model modularization intelligent door lock；
The connection schematic diagram of main body module and modularization decorative panel in Fig. 7 the utility model modularization intelligent door lock；
Fig. 8 is the modularization decorative board structure schematic diagram with conducting connecting part of embodiment 1；
Fig. 9 is the structural schematic diagram of the decorative panel ontology of embodiment 1；
Figure 10 is the top view of Fig. 9；
Figure 11 is the bottom view of Fig. 9；
Figure 12 is the structural schematic diagram of the conducting connecting part of embodiment 1；
Figure 13 is the conducting connecting part connected state schematic diagram of embodiment 1；
Figure 14 is the modularization decorative board structure schematic diagram with conducting connecting part of embodiment 2；
Figure 15 is the structural schematic diagram of the decorative panel ontology of embodiment 2；
Figure 16 is the top view of Figure 15；
Figure 17 is the bottom view of Figure 15；
Figure 18 is the structural schematic diagram of the tabletting of embodiment 2；
Figure 19 is the side view of Figure 18；
Figure 20 is the first modularization decorative board structure schematic diagram with conducting connecting part of embodiment 3；
Figure 21 is the top view of Figure 20；
Figure 22 is the right view of Figure 20；
Figure 23 is the structural schematic diagram of the first decorative panel ontology in embodiment 3；
Figure 24 is the structural schematic diagram that the first in embodiment 3 punctures elastic slice；
Figure 25 is second of modularization decorative board structure schematic diagram with conducting connecting part of embodiment 3；
Figure 26 is the top view of Figure 25；
Figure 27 is the right view of Figure 26；
Figure 28 is the structural schematic diagram of second of decorative panel ontology in embodiment 3；
Figure 29 is the structural schematic diagram for puncturing elastic slice in embodiment 3 for second；
Figure 30 is the explosive view of the conducting connecting part of embodiment 2, main body module and modularization decorative panel；
Figure 31 is the schematic diagram for being equipped with the modularization intelligent door lock of seamless panel.
Specific embodiment
The modularization intelligent door lock of the utility model is described in detail with reference to the accompanying drawing.
Embodiment 1
As shown in Figures 1 to 7, a kind of modularization intelligent door lock comprising mounting body module 100, modularization decorative panel
200 and intelligent door lock ontology 300.
Mounting body module 100 includes multiple module bodies 110.Module body 110 is in hollow hexahedron structure, every
The four corners in a face are each formed with a lug boss 111, so that being formed between lug boss adjacent on each face of module body
Groove 112.And through-hole 113 is provided in the middle part of six faces of module body.
Multiple module bodies 110 connect into mounting body module 100 by 120 permutation and combination of the first connector, and make
Groove in multiple module bodies is interconnected, and wiring groove 130 is formed in mounting body module 100.
First connector 120 include connector ontology 410, be set to 410 1 middle side part of connector ontology and with through-hole 113
The first bayonet 420 for matching and being set to match in the middle part of 410 other side of connector ontology and with through-hole 113 the
Two bayonets 430.
Under installation condition, the first bayonet 420 of the first connector 120 and leading in previous module body 110
Hole 113 is connected together, and the second bayonet 430 is connected together with the through-hole 113 in the latter module body 110, thus will
Two module bodies 110 link together.In this manner it is achieved that multiple module bodies 110 can according to need permutation and combination company
It is connected into different shapes, forms different mounting body modules 100.
Modularization decorative panel 200 includes decorative panel ontology；The medial surface of decorative panel ontology is provided with conducting connecting part.?
Under installation condition, multiple modularization decorative panels 200 are installed in mounting body module 100, and multiple conducting connecting parts are existed
Connection forms conducting wire in wiring groove 130.
Specifically, modularization decorative panel includes decorative panel ontology 501 as shown in Fig. 8 to Figure 13.In decorative panel ontology 501
Inner surface be connected with installation buckle 502 and conductive sheet installation locating piece 503.Installation buckle 502 is located at decorative panel ontology 501
Middle part；Conductive sheet install locating piece 503 at least there are two, conductive sheet installation locating piece 503 is symmetrically distributed in installation buckle 502
Two sides, the side bottom that conductive sheet installs locating piece 503 are equipped with card slot 531.When installation, installation buckle 502 engages with through-hole 113
Connection.
Conducting connecting part is conductive sheet 509.Conductive sheet 509 includes substrate 591 and two panels elastic slice 594, and substrate 591 offers
The through-hole 592 of 591 upper and lower surface of substrate is penetrated through, the one side wall of through-hole 592 is connected with the elastic clipping strip that can be caught in card slot 531
593.Two panels elastic slice 594 is connect with the front-end and back-end of substrate 591 respectively, and elastic slice 594 is vertical with substrate 591 to be connect.
Conductive sheet 509 is connected to conductive sheet by through-hole 592 and elastic clipping strip 593 and installs on locating piece 503, and two panels is conductive
Piece 509 is located at the left and right sides of installation buckle 502, and the two panels elastic slice 594 of conductive sheet 509 is respectively from plaquette noumenon 501
Front and back end is stretched out.
After decorative panel ontology 501 is mounted in mounting body module 100 by installation buckle 502, two adjacent decorations
The conductive sheet 509 installed on plate ontology 501 contacts with each other, and two mutually independent conducting wires are just formd in wiring groove,
Just have through type conducting function, it is very convenient without additional arrangement conducting wire.
Elastic slice 594 is vertical with substrate 591 to be connect, and substrate 591 is parallel with decorative panel ontology 501, elastic slice 594 and decorative panel sheet
Body 501 is vertical, and elastic force horizontal force is on elastic slice 594 after deformation occurs for elastic slice 594, so that elastic slice 594 is not easy to pacify from conductive sheet
It falls off on dress locating piece 503, can be improved the connective stability of conductive sheet 509 Yu decorative panel ontology 501；It can be simultaneously elastic slice
594 flexible deformation provides sufficient space, avoid elastic slice 594 be pressurized curling when by decorative panel ontology 501 from mounting body mould
Roof fall on block.
In order to increase the stability and elastic force of conductive sheet 509, the inner surface of decorative panel ontology 501 is connected with conductive sheet limit
Muscle 504 and support block 505, conductive sheet limit rib 504 are contacted with substrate 591, can limit the position of substrate 591；Support block 505 and bullet
Piece 594 contacts, and can inhibit the deformation of elastic slice 594 to a certain extent, increases elastic force.
Specifically, installation buckle 502 includes two valve support elastic sheets, two valve support elastic sheets have spacing, the bottom of support elastic sheet
It is fixedly connected with decorative panel ontology 501, the top of support elastic sheet is equipped with the convex eaves extended to side, can very just when installation
Being caught in mounting body module in through-hole just.
In order to increase bonding strength, connected between two valve support elastic sheets by reinforcing rib 507, the bottom surface of reinforcing rib 507 with
Decorative panel ontology 501 connects, and to lower recess in the middle part of the top surface of reinforcing rib 507, has not only increased the intensity of support elastic sheet 507, but also protect
The elasticity of support elastic sheet 507 is demonstrate,proved.
In order to increase conductive security, the inner surface of decorative panel ontology 501 is connected with partition 506, and the height of partition 506 is small
In the height of installation buckle 502, partition 506 is between two panels conductive sheet 509, and partition 506 is by the interior table of decorative panel ontology 501
Face is separated into two regions, can separate two panels conductive sheet 509, avoids the generation of short circuit.
In order to increase connective stability, four angles of 501 inner surface of decorative panel ontology offer locating slot 511 respectively, fixed
Position slot 511 is just stuck in the high spot of mounting body module, plays the role of positioning.
The edge phase of connective stability in order to further increase, conductive sheet limit rib 504 and support block 505 and locating slot 511
It connects, conductive sheet limit rib 504 is additionally provided with vertical stretch 541, increases the area with the projection contacts of mounting body module.
In order to facilitate the installation of, the outer surface of decorative panel ontology 501 is equipped with installation sign 512, convenient from decorative panel sheet
Which two sides what the connection of conductive sheet 509 was differentiated in the outer surface of body 501 is, is mounted directly.
Wherein, intelligent door lock ontology 300 is installed in mounting body module 100 by the second connector 140, and it is logical
Conduct piece is crossed to be electrically connected with conducting wire.Intelligent door lock ontology 300 is intelligent door lock in the prior art.
The structure of second connector 140 is identical as the first connecting-piece structure.When installation, the first bayonet 420 and mould
Through-hole 113 on block body 110 is connected together, and the second bayonet 430 engages company with the through-hole on intelligent door lock ontology 300
It connects, so that intelligent door lock ontology 300 is installed in mounting body module 100.
Conduct piece can be conducting wire, conductive sheet, conduction FPC soft board or conductive contact etc..Conduct piece one end and electric line
Electrical connection, the other end passes through to be electrically connected in the second connector 140 and intelligent door lock ontology 300.
In the above-described embodiments, the conducting connecting part on modularization decorative panel can be using plug and external circuit communication
To realize the assembly of module, and the mode that is connected to external circuit of plug can be male and female terminal and patch connection, can be two
Elastic slice contact is connected, and is also possible to elastic slice and is contacted the various ways such as connection with wiring board.
By using above-mentioned technical proposal, it can enable the modularization intelligent door lock of the present embodiment that installation is rapidly completed,
And it is easy to repair, after the damage of intelligent door lock corresponding component can be reduced, the human cost of replacement.
Embodiment 2
As shown in Figures 1 to 7, a kind of modularization intelligent door lock comprising mounting body module 100, modularization decorative panel
200 and intelligent door lock ontology 300.
Mounting body module 100 includes multiple module bodies 110.Module body 110 is in hollow hexahedron structure, every
The four corners in a face are each formed with a lug boss 111, so that being formed between lug boss adjacent on each face of module body
Groove 112.And through-hole 113 is provided in the middle part of six faces of module body.
Multiple module bodies 110 connect into mounting body module 100 by 120 permutation and combination of the first connector, and make
Groove in multiple module bodies is interconnected, and wiring groove 130 is formed in mounting body module 100.
First connector 120 include connector ontology 410, be set to 410 1 middle side part of connector ontology and with through-hole 113
The first bayonet 420 for matching and being set to match in the middle part of 410 other side of connector ontology and with through-hole 113 the
Two bayonets 430.
Under installation condition, the first bayonet 420 of the first connector 120 and leading in previous module body 110
Hole 113 is connected together, and the second bayonet 430 is connected together with the through-hole 113 in the latter module body 110, thus will
Two module bodies 110 link together.In this manner it is achieved that multiple module bodies 110 can according to need permutation and combination company
It is connected into different shapes, forms different mounting body modules 100.
Modularization decorative panel 200 includes decorative panel ontology；The medial surface of decorative panel ontology is provided with conducting connecting part.?
Under installation condition, multiple modularization decorative panels 200 are installed in mounting body module 100, and multiple conducting connecting parts are existed
Connection forms conducting wire in wiring groove 130.
Specifically, modularization decorative panel includes decorative panel ontology 601 as shown in Figure 14 to Figure 19, Figure 30.Decorative panel ontology
601 inner surface is connected with installation buckle 602 and tabletting installation locating piece 603.
Installation buckle 602 is located at the middle part of decorative panel ontology 601；Tabletting install locating piece 603 at least there are two, tabletting peace
Dress locating piece 603 is symmetrically distributed in the two sides of installation buckle 602, and the side bottom that locating piece 603 is installed in tabletting is equipped with card slot
631.When installation, installation buckle 602 is connected together with through-hole 113.
Conducting connecting part includes tabletting 609 and conduction FPC soft board 6100.
Tabletting 609 includes substrate 691 and two panels arch shrapnel 694, and substrate 691 offers perforation 691 upper and lower surface of substrate
Through-hole 692, the one side wall of through-hole 692 is connected with the elastic clipping strip 693 that can be caught in card slot 631.Two panels arch shrapnel 694 divides
It is not connect with the front-end and back-end of substrate 691, arch shrapnel 694 arches upward to the inside of substrate 691, the top surface of arch shrapnel 694
Equipped with salient point 695.
Tabletting 609 is connected to tabletting by through-hole 692 and elastic clipping strip 693 and installs on locating piece 603, two panels tabletting 609
It is located at the left and right sides of installation buckle 602.
After decorative panel ontology 601 is mounted in mounting body module by installation buckle 602, by modular conduction FPC
Soft board 6100 is pressed in wiring groove, extruding of the adjacent two panels conduction FPC soft board 6100 in 694 top surface salient point 695 of arch shrapnel
Under, contact is mutually steadily contacted, and adjacent two panels conduction FPC soft board 6100 realizes electrical connection, just has through type conduction function
Can, it is very convenient without additional arrangement conducting wire.
Arch shrapnel 694 arches upward to the inside of substrate 691, can mention to the conductive FPC soft board 6100 being pressed in wiring groove
For elastic pressing force, guarantee that adjacent two panels conduction FPC soft board 6100 is steadily contacted.The top surface of arch shrapnel 694 is equipped with salient point
695, the pressure that tabletting 609 can be made to give conductive FPC soft board 6100 converges, and can not only increase the pressure of contact point
By force, additionally it is possible to avoid squeezing the contact for being detached from conduction FPC soft board 6100.
In order to increase the stability of tabletting 609, the inner surface of decorative panel ontology 601 is connected with tabletting limit rib 604 and supports
Block 605, tabletting limit rib 604 are contacted with substrate 691, can limit the position of substrate 691；Support block 605 connects with arch shrapnel 694
Touching can increase stability when arch shrapnel 694 deforms to a certain extent.
Specifically, installation buckle 602 includes two valve support elastic sheets, two valve support elastic sheets have spacing, the bottom of support elastic sheet
It is fixedly connected with decorative panel ontology 601, the top of support elastic sheet is equipped with the convex eaves extended to side, can very just when installation
Being caught in mounting body module in through-hole just.
In order to increase bonding strength, connected between two valve support elastic sheets by reinforcing rib 607, the bottom surface of reinforcing rib 607 with
Decorative panel ontology 601 connects, and to lower recess in the middle part of the top surface of reinforcing rib 607, has not only increased the intensity of support elastic sheet 607, but also protect
The elasticity of support elastic sheet 607 is demonstrate,proved.
In order to increase conductive security, the inner surface of decorative panel ontology 601 is connected with partition 606, and the height of partition 606 is small
In the height of installation buckle 602, for partition 606 between two panels tabletting 609, partition 606 divides the inner surface of decorative panel ontology 1
Two regions are divided into, two panels tabletting 609 can be separated, the generation of short circuit is avoided.
In order to increase connective stability, four angles of 601 inner surface of decorative panel ontology offer locating slot 611 respectively, fixed
Position slot 611 is just stuck in the high spot of module carrier, plays the role of positioning.
Connective stability in order to further increase, the side edge of tabletting limit rib 604 and support block 605 and locating slot 611,
Tabletting limit rib 604 is additionally provided with vertical stretch 641, increases the area with the projection contacts of mounting body module.
In order to facilitate the installation of, the outer surface of decorative panel ontology 601 is equipped with installation sign 612, convenient from decorative panel sheet
Which two sides what the connection of tabletting 609 was differentiated in the outer surface of body 601 is, is mounted directly.
Wherein, intelligent door lock ontology 300 is installed in mounting body module 100 by the second connector 140, and it is logical
Conduct piece is crossed to be electrically connected with conducting wire.Intelligent door lock ontology 300 is intelligent door lock in the prior art.
The structure of second connector 140 is identical as the first connecting-piece structure.When installation, the first bayonet 420 and mould
Through-hole 113 on block body 110 is connected together, and the second bayonet 430 engages company with the through-hole on intelligent door lock ontology 300
It connects, so that intelligent door lock ontology 300 is installed in mounting body module 100.
Conduct piece can be conducting wire, conductive sheet, conduction FPC soft board or conductive contact etc..Conduct piece one end and electric line
Electrical connection, the other end passes through to be electrically connected in the second connector 140 and intelligent door lock ontology 300.
In the above-described embodiments, the conducting connecting part on modularization decorative panel uses plug and external circuit communication with reality
The assembly of existing module, and the mode that is connected to external circuit of plug can be male and female terminal and patch connection, can be two elastic slices
Contact is connected, and is also possible to elastic slice and is contacted the various ways such as connection with wiring board.
By using above-mentioned technical proposal, it can enable the modularization intelligent door lock of the present embodiment that installation is rapidly completed,
And it is easy to repair, after the damage of intelligent door lock corresponding component can be reduced, the human cost of replacement.
Embodiment 3
As shown in Figures 1 to 7, a kind of modularization intelligent door lock comprising mounting body module 100, modularization decorative panel
200 and intelligent door lock ontology 300.
Mounting body module 100 includes multiple module bodies 110.Module body 110 is in hollow hexahedron structure, every
The four corners in a face are each formed with a lug boss 111, so that being formed between lug boss adjacent on each face of module body
Groove 112.And through-hole 113 is provided in the middle part of six faces of module body.
Multiple module bodies 110 connect into mounting body module 100 by 120 permutation and combination of the first connector, and make
Groove in multiple module bodies is interconnected, and wiring groove 130 is formed in mounting body module 100.
First connector 120 include connector ontology 410, be set to 410 1 middle side part of connector ontology and with through-hole 113
The first bayonet 420 for matching and being set to match in the middle part of 410 other side of connector ontology and with through-hole 113 the
Two bayonets 430.
Under installation condition, the first bayonet 420 of the first connector 120 and leading in previous module body 110
Hole 113 is connected together, and the second bayonet 430 is connected together with the through-hole 113 in the latter module body 110, thus will
Two module bodies 110 link together.In this manner it is achieved that multiple module bodies 110 can according to need permutation and combination company
It is connected into different shapes, forms different mounting body modules 100.
Modularization decorative panel 200 includes decorative panel ontology；The medial surface of decorative panel ontology is provided with conducting connecting part.?
Under installation condition, multiple modularization decorative panels 200 are installed in mounting body module 100, and multiple conducting connecting parts are existed
Connection forms conducting wire in wiring groove 130.
Specifically, modularization decorative panel includes decorative panel ontology 701 as shown in Figure 20 to Figure 24.In decorative panel ontology 701
Upper surface be fixedly connected with buckle 702.Buckle 702 is connected together with through-hole 113.
The upper surface of decorative panel ontology 701 is equipped with and punctures elastic slice mounting base 703, punctures the upper surface of elastic slice mounting base 703
Offer mounting hole 731.
Conducting connecting part includes puncturing elastic slice 704 and conduction FPC soft board 7100.The upper end for puncturing elastic slice 704 is equipped with spine
741, the lower part for puncturing elastic slice 704 is caught in mounting hole 731, and spine 741 is stretched out from the upper surface for puncturing elastic slice mounting base 703；
The upper end for puncturing elastic slice 74 is set there are two spine 741, offers through slot 742 between two spines 741, through slot 742 extends to thorn
The middle part of broken elastic slice 704, so that it is at regular intervals between two spines 741, and then increase the elasticity for puncturing elastic slice 704, a side
Face is conveniently fixed in mounting hole 731, is on the other hand conducive to puncture conductive FPC soft board.
When installation, it is only necessary to complete conductive FPC soft board in the wiring groove in mounting body module, then utilize buckle
702 are connected to decorative panel ontology in mounting body module, and conductive FPC soft board can be punctured by puncturing elastic slice 74, are connected to conductive logical
Road；The decorative appearance of product is also completed simultaneously, it is very convenient.
Specifically, puncturing elastic slice mounting base 703 has eight, the four side of decorative panel ontology 701 is respectively set that there are two thorns
Broken elastic slice mounting base 703, buckle 702 are located at the middle part of decorative panel ontology 701, and cross connection may be implemented, and can be used in parallel connection
The crotch of circuit.
In order to increase the stability of installation, the upper surface of decorative panel ontology 701 is equipped with limited block 705, can prevent
It is rotated in mounting body module.
Specifically, buckle 702 includes two valve support elastic sheets, two valve support elastic sheets have spacing, the bottom of support elastic sheet and dress
Plaquette noumenon 701 is fixedly connected, and the top of support elastic sheet is equipped with the convex eaves extended to side, can be very easily when installation
It is caught in skeleton upper installing hole.
In order to increase bonding strength, connected between two valve support elastic sheets by reinforcing rib 706, the bottom surface of reinforcing rib 706 with
Decorative panel ontology 706 connects, and to lower recess in the middle part of the top surface of reinforcing rib 706, had both increased the intensity of support elastic sheet, and had in turn ensured
The elasticity of support elastic sheet.
Alternatively, as shown in Figure 25 to Figure 29, the upper end for puncturing elastic slice 704 sets that there are three spine 741, intermediate spines 741
Vertically upward, the spine 741 on both sides is inclined outwardly respectively, and be capable of increasing spine 741 punctures range, facilitates installation.
Range is punctured in order to further increase, each punctures mounting hole 731 there are two opening up in elastic slice mounting base 703, often
It is installed respectively in a mounting hole 731 and a piece of punctures elastic slice 704.
Wherein, intelligent door lock ontology 300 is installed in mounting body module 100 by the second connector 140, and it is logical
Conduct piece is crossed to be electrically connected with conducting wire.Intelligent door lock ontology 300 is intelligent door lock in the prior art.
The structure of second connector 140 is identical as the first connecting-piece structure.When installation, the first bayonet 420 and mould
Through-hole 113 on block body 110 is connected together, and the second bayonet 430 engages company with the through-hole on intelligent door lock ontology 300
It connects, so that intelligent door lock ontology 300 is installed in mounting body module 100.
Conduct piece can be conducting wire, conductive sheet, conduction FPC soft board or conductive contact etc..Conduct piece one end and electric line
Electrical connection, the other end passes through to be electrically connected in the second connector 140 and intelligent door lock ontology 300.
In the above-described embodiments, the conducting connecting part on modularization decorative panel uses plug and external circuit communication with reality
The assembly of existing module, and the mode that is connected to external circuit of plug can be male and female terminal and patch connection, can be two elastic slices
Contact is connected, and is also possible to elastic slice and is contacted the various ways such as connection with wiring board.
By using above-mentioned technical proposal, it can enable the modularization intelligent door lock of the present embodiment that installation is rapidly completed,
And it is easy to repair, after the damage of intelligent door lock corresponding component can be reduced, the human cost of replacement.
Embodiment 4
Compared with embodiment 1, embodiment 2 or embodiment 3, the main distinction is the present embodiment, the module of the present embodiment
Changing intelligent door lock further includes hard or soft seamless panel 800.
In the mounted state, seamless panel 800 is set to 200 outer surface of modularization decorative panel, so that mounting body module
Be formed as seamless surface outside 100, as shown in figure 31.
Preferably, modularization decorative panel appearance can be arranged in seamless panel 800 in a manner of being bonded and/or snap connection
Face.
It should be noted that all features disclosed in this specification or disclosed all methods or in the process the step of,
Other than mutually exclusive feature and/or step, it can combine in any way.
In addition, above-mentioned specific embodiment is exemplary, those skilled in the art can be in the utility model disclosure
Inspiration under find out various solutions, and these solutions also belong to the open scope of the utility model and fall into this reality
Within novel protection scope.It will be understood by those skilled in the art that the utility model specification and its attached drawing are explanation
Property and not constitute limitations on claims.The protection scope of the utility model is defined by the claims and their equivalents.
Claims (10)
1. a kind of modularization intelligent door lock, which is characterized in that it includes mounting body module (100), modularization decorative panel (200)
With intelligent door lock ontology (300)；
Wherein, the mounting body module (100) includes multiple module bodies (110)；The module body (110) in it is hollow just
Hexahedron structure, the four corners in each of which face are each formed with a lug boss (111), so that the phase on each face of the module body
Fluted (112) are formed between the adjacent lug boss；And it is provided in the middle part of six faces of the module body logical
Hole (113)；Multiple module bodies (110) connect into the mounting body mould by the first connector (120) permutation and combination
Block (100), and the groove in multiple module bodies is interconnected, it is formed on the mounting body module (100)
Wiring groove (130)；
Wherein, the modularization decorative panel (200) includes decorative panel ontology；It is provided with and leads in the medial surface of the decorative panel ontology
Electrical connector；In the mounted state, multiple modularization decorative panels (200) are installed on the mounting body module (100),
And the connection in the wiring groove (130) of multiple conducting connecting parts is made to form conducting wire；
Wherein, the intelligent door lock ontology (300) is installed on the mounting body module (100) by the second connector (140)
On, and it is electrically connected by conduct piece with the conducting wire.
2. modularization intelligent door lock according to claim 1, which is characterized in that the conducting connecting part is conductive sheet
(509)；
The conductive sheet (509) includes substrate (591) and two panels elastic slice (594)；The substrate (591) offers perforation substrate
(591) one side wall of the through-hole (592) of upper and lower surface, the through-hole (592) is connected with the elastic card that can be caught in card slot (531)
Item (593)；Elastic slice described in two panels (594) is connect with the front-end and back-end of substrate (591) respectively, elastic slice (594) and substrate (591)
Vertical connection；
It is provided with installation buckle (502) in the middle part of decorative panel ontology (501) medial surface, buckles (502) in the installation
Two sides be respectively arranged with conductive sheet installation locating piece (503), and conductive sheet installation locating piece (503) side bottom be equipped with
Card slot (531)；
The conductive sheet (509) is connected in conductive sheet installation locating piece (503) by through-hole (592) and elastic clipping strip (593),
Two panels conductive sheet (509) is located at the left and right sides of installation buckle (502), and the two panels elastic slice (594) of conductive sheet (509) is respectively
It is stretched out from the front and back end of plaquette noumenon (501).
3. modularization intelligent door lock according to claim 2, which is characterized in that the inside of the decorative panel ontology (501)
Face is also connected with conductive sheet limit rib (504) and support block (505)；
The conductive sheet limit rib (504) contacts with substrate (591), and the support block (505) contacts with elastic slice (594)；
And the inner surface of the decorative panel ontology (501) is connected with partition (506), and the height of the partition (506) is less than peace
Be loaded the height of button (502), and the partition (506) is located between two panels conductive sheet (509).
4. modularization intelligent door lock according to claim 1, which is characterized in that the conducting connecting part includes tabletting
(609) and conduction FPC soft board (6100)；
The tabletting (609) includes substrate (691) and two panels arch shrapnel (694)；The substrate (691) offers perforation substrate
(691) one side wall of the through-hole (692) of upper and lower surface, the through-hole (692) is connected with the elastic card that can be caught in card slot (631)
Item (693)；Arch shrapnel described in two panels (694) is connect with the front-end and back-end of substrate (691) respectively, arch shrapnel (694) to
Substrate arches upward on the inside of (691), and the top surface of arch shrapnel (694) is equipped with salient point (695)；
It is provided with installation buckle (602) in the middle part of decorative panel ontology (601) medial surface, buckles (602) in the installation
Two sides be respectively arranged with conductive sheet installation locating piece (603), and conductive sheet installation locating piece (603) side bottom be equipped with
Card slot (631)；
The tabletting (609) is connected in tabletting installation locating piece (603) by through-hole (692) and elastic clipping strip (693), two panels
Tabletting (609) is located at the left and right sides of installation buckle (602)；
The conduction FPC soft board (6100) is arranged in the wiring groove (130)；In the mounted state, adjacent two panels is conductive
FPC soft board (6100) is mutually steadily contacted in the extruding lower contact of arch shrapnel (694) top surface salient point (695), forms conductor wire
Road.
5. modularization intelligent door lock according to claim 4, which is characterized in that the inside of the decorative panel ontology (601)
Face is additionally provided with tabletting limit rib (604) and support block (605)；
The tabletting limit rib (604) contacts with substrate (691), and the support block (605) contacts with arch shrapnel (694)；
Also, the inner surface of the decorative panel ontology (601) is connected with partition (606), and the height of the partition (606) is less than peace
Be loaded the height of button (602), and the partition (606) is located between two panels tabletting (609).
6. modularization intelligent door lock according to claim 1, which is characterized in that the conducting connecting part includes puncturing elastic slice
(704) and conduction FPC soft board (7100)；
Buckle (702) are fixedly connected in the medial surface of decorative panel ontology (701)；The upper surface of the decorative panel ontology (701)
Equipped with puncturing elastic slice mounting base (703), the upper surface for puncturing elastic slice mounting base (703) offers mounting hole (731)；
The upper end for puncturing elastic slice (704) is equipped with spine (741), and the lower part for puncturing elastic slice (704) is caught in mounting hole (731)
Interior, the spine (741) is stretched out from the upper surface for puncturing elastic slice mounting base (703)；
The conduction FPC soft board (7100) is arranged in the wiring groove (130), forms conducting wire；In the mounted state, it fills
Plaquette noumenon (701) is connected on the mounting body module (100) by buckling (702), is punctured elastic slice (704) and is punctured conduction
FPC soft board makes its connection be formed as conductive path.
7. modularization intelligent door lock according to claim 6, which is characterized in that the upper end for puncturing elastic slice (704) is set
There are two spine (741), offered through slot (742) between two spines (741), the through slot (742), which extends to, punctures elastic slice
(704) middle part；Also, the elastic slice mounting base (703) that punctures has eight, the four side point of the decorative panel ontology (701)
She Zhi not be there are two puncturing elastic slice mounting base (703), the buckle (702) is located at the middle part of decorative panel ontology (701)；
Alternatively, the upper end for puncturing elastic slice (704) is set, there are three spine (741), and intermediate spine (741) is vertical upward, two
The spine (741) on side is inclined outwardly respectively；Also, the elastic slice mounting base (703) that punctures has eight, the decorative panel ontology
(701) four side is respectively set there are two puncturing elastic slice mounting base (703), and the buckle (702) is located at decorative panel ontology
(701) middle part.
8. according to claim 1 to modularization intelligent door lock described in one of 7, which is characterized in that first connector (120)
It is identical with the second connector (140) structure, include connector ontology (410), be set to the connector ontology
(410) one middle side parts and the first bayonet (420) matched with the through-hole (113) and it is set to the connector sheet
The second bayonet (430) matched in the middle part of body (410) other side and with the through-hole (113).
9. according to claim 1 to modularization intelligent door lock described in one of 7, which is characterized in that the conduct piece is conducting wire, leads
Electric piece, conduction FPC soft board or conductive contact.
10. according to claim 1 to modularization intelligent door lock described in one of 7, which is characterized in that the modularization intelligent door lock
It further include hard or soft seamless panel (800)；
In the mounted state, the seamless panel (800) is set to modularization decorative panel (200) outer surface, so that described
Be formed as seamless surface outside mounting body module (100).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820985322.XU CN208315819U (en) | 2018-06-25 | 2018-06-25 | A kind of modularization intelligent door lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820985322.XU CN208315819U (en) | 2018-06-25 | 2018-06-25 | A kind of modularization intelligent door lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208315819U true CN208315819U (en) | 2019-01-01 |
Family
ID=64707779
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820985322.XU Expired - Fee Related CN208315819U (en) | 2018-06-25 | 2018-06-25 | A kind of modularization intelligent door lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208315819U (en) |
-
2018
- 2018-06-25 CN CN201820985322.XU patent/CN208315819U/en not_active Expired - Fee Related
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