CN109403590A - A kind of intelligent building system based on furring tile and Internet of Things - Google Patents
A kind of intelligent building system based on furring tile and Internet of Things Download PDFInfo
- Publication number
- CN109403590A CN109403590A CN201811329509.5A CN201811329509A CN109403590A CN 109403590 A CN109403590 A CN 109403590A CN 201811329509 A CN201811329509 A CN 201811329509A CN 109403590 A CN109403590 A CN 109403590A
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- China
- Prior art keywords
- laid
- ceramic tile
- laying
- platform
- motor
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Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F21/00—Implements for finishing work on buildings
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F21/00—Implements for finishing work on buildings
- E04F21/165—Implements for finishing work on buildings for finishing joints, e.g. implements for raking or filling joints, jointers
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F21/00—Implements for finishing work on buildings
- E04F21/18—Implements for finishing work on buildings for setting wall or ceiling slabs or plates
- E04F21/1838—Implements for finishing work on buildings for setting wall or ceiling slabs or plates for setting a plurality of similar elements
Abstract
A kind of intelligent building system based on furring tile and Internet of Things, including mobile device, storage device, laying apparatus, driving means, knocking device, protective device, identification device, wireless device and processing unit, mobile device includes that metope is laid with platform, it is laid with telescope motor, it is laid with telescopic prop, it is laid with mobile platform, it is laid with mobile motor and is laid with shifting roller, storage device includes cement storage silo, cement spray head, cement conduit and ceramic tile storage silo, laying apparatus includes being laid with channel, ceramic tile telescope motor, ceramic tile telescopic prop, ceramic tile fixed frame, ceramic tile fixes motor, ceramic tile fixed block, storage closing motor and storage closed plate, driving means includes being laid with pushing motor, it is laid with push pillar and is laid with push platform, knocking device includes tapping mechanical arm and preventing rubber layer, protective device includes that protection is flexible Channel, protection telescope motor and protection expansion plate, identification device include being laid with camera and infrared sensor.
Description
Technical field
The present invention relates to ceramic tiles to be laid with field, in particular to a kind of intelligence based on furring tile and Internet of Things builds system
System.
Background technique
For many years, the ceramic tile of building floor and metope laying is completed by construction and decoration worker handwork,
Firstly the need of unwrapping wire is carried out when hand lay-up, then with one piece one piece of the manual skill to accumulate over a long period alignment, draw close, press
Real, large labor intensity, construction efficiency is low, higher to manual skill requirement, and flatness, straight line rate are irregular, standardization
Degree is poor, and quality is difficult to ensure.
So, how intelligence to be combined with furring tile laying, so that after having detected that furring tile is laid with request, control
Metope processed is laid with platform intelligentization progress furring tile laying and the intelligentized ceramic tile to be laid with completion is reinforced, and in porcelain
Brick is automatic after the completion of being laid with to carry out U.S. seam, is current urgent problem to save a large amount of manpower and material resources.
Summary of the invention
Goal of the invention: in order to overcome the disadvantage in background technique, the embodiment of the invention provides one kind to be based on furring tile
And the intelligent building system of Internet of Things, the problem of can effectively solve the problem that involved in above-mentioned background technique.
Technical solution:
A kind of intelligent building system based on furring tile and Internet of Things, including mobile device, storage device, laying apparatus,
Driving means, knocking device, protective device, identification device, wireless device and processing unit,
The mobile device includes that metope is laid with platform, is laid with telescope motor, is laid with telescopic prop, is laid with mobile platform, is laid with
Mobile motor and laying shifting roller, the metope are laid with platform for carrying out intelligent laying furring tile；The laying
Telescope motor, which is provided with several and is set to metope, is laid with platform top and lower position, and is laid with platform with metope respectively
And it is laid with telescopic prop connection, the laying telescopic prop for drive connection is flexible；The laying telescopic prop quantity and paving
If telescope motor quantity is consistent and is set to laying telescope motor lower position, and mobile flat with laying telescope motor and laying
Platform connection, the laying mobile platform for drive connection are flexible；The laying mobile platform quantity and laying telescopic prop quantity
Unanimously and it is set to laying telescopic prop front position, and is connect with telescopic prop is laid with, for being supported with ground or house top
Touching；The laying mobile motor quantity is consistent with mobile platform quantity is laid with and is set to laying mobile platform interior location, and
It is connect respectively with laying mobile platform and laying shifting roller, the laying shifting roller for drive connection is run；The paving
If shifting roller, which is provided with several and is set to, is laid with mobile platform front position, and respectively be laid with mobile platform and paving
If mobile motor connects, it is mobile that the laying mobile platform for drive connection drives metope to be laid with platform；
The storage device includes cement storage silo, cement spray head, cement conduit and ceramic tile storage silo, the cement storage silo
It is set to metope and is laid with platform interior position, be laid with floor tile cement for storing；The cement spray head is provided with several simultaneously
It is set to metope laying platform side coil to set, and is laid with platform with metope and connect, for spraying the cement of cement storage silo storage；
The cement conduit quantity is consistent with cement spray head quantity and connect respectively with cement spray head and cement storage silo, for that will connect
The cement of the cement storage silo storage connect imports inside the cement spray head of connection；It is flat that the ceramic tile storage silo is set to metope laying
Platform inner upper position, for storing furring tile；
The laying apparatus include furring tile, be laid with channel, ceramic tile telescope motor, ceramic tile telescopic prop, ceramic tile fixed frame,
Ceramic tile fixes motor, ceramic tile fixed block, storage closing motor and storage closed plate, the furring tile and is provided with several,
For the position with laying and the laying furring tile of metope planning；The channel that is laid with is set to metope laying platform interior
Ceramic tile storage silo lower position stretches out and metope conflict for providing furring tile；The ceramic tile telescope motor is set to ceramic tile
Storage silo upper interior position is simultaneously connect with ceramic tile storage silo and ceramic tile telescopic prop respectively, and the ceramic tile for drive connection is stretched
Contracting pillar is flexible；The ceramic tile telescopic prop be set to ceramic tile telescope motor lower position and with ceramic tile telescope motor and ceramic tile
Fixed frame connection, the ceramic tile fixed frame for drive connection are flexible；The ceramic tile fixed frame is set to the flexible branch of ceramic tile
Column front position is simultaneously connect with ceramic tile rope pillar, for fixing the furring tile of ceramic tile storage silo storage；The fixed electricity of the ceramic tile
Machine is provided with several and is set to ceramic tile fixed frame inner wall side position, and solid with ceramic tile fixed frame and ceramic tile respectively
Determine block connection, the ceramic tile fixed block for drive connection is flexible；The fixed number of blocks of the ceramic tile and the fixed number of motors one of ceramic tile
Ceramic tile fixed frame inner wall side position is caused and be set to, and is connect with the fixed motor of ceramic tile, after stretching, for fixing metope porcelain
Brick；The storage telescope motor be set to be laid with channel and ceramic tile storage silo middle position and be laid with respectively with metope platform and
Closed plate connection is stored, the storage closed plate for drive connection is flexible；The storage closed plate, which is set to, is laid with channel and porcelain
Brick storage silo middle position is simultaneously connect with laying channel, ceramic tile storage silo and ceramic tile telescope motor respectively, is laid with for switching
The connected state in channel and ceramic tile storage silo；
The driving means includes being laid with pushing motor, be laid with push pillar and being laid with push platform, the laying push electricity
Machine, which is set to, to be laid with channel interior position and connect respectively with laying channel and laying push pillar, the paving for drive connection
If it is flexible to push pillar；Laying push pillar be set to be laid with channel interior position and respectively be laid with pushing motor and
It is laid with push platform connection, the laying push platform for drive connection is flexible；The laying push platform is set to laying and pushes away
It send pillar front position and is connect with push pillar is laid with, for pushing the furring tile for being laid with channel interior；
The knocking device includes tapping mechanical arm and preventing rubber layer, and the percussion mechanical arm front end is to be provided with percussion machine
The telescopic mechanical arm of structure, the percussion mechanical arm be provided with several and be set to metope be laid with platform side coil set, for into
Row taps the furring tile for reinforcing and being laid with and completing；The preventing rubber layer number is consistent with mechanical arm quantity is tapped and will hit against machine
The striking mechanism of tool arm front end wraps up；
The protective device includes protection Telescopic path, protection telescope motor, protection expansion plate, is laid with fixed motor and laying
Fixed block, the protection Telescopic path is provided with several and is set to laying channel side coil and sets, flexible for providing protection
Plate is flexible；The protection telescope motor quantity is consistent with protection Telescopic path quantity and is set to position in protection Telescopic path
It sets, and is connect respectively with protection Telescopic path and protection expansion plate, the protection expansion plate for drive connection is flexible；It is described anti-
Shield expansion plate quantity is consistent with protection telescope motor quantity and is set to protection Telescopic path interior location, and it is electric to stretch with protection
Machine connection, after stretching, the furring tile for laying channel interior to be contradicted and provided with house sidings stretches out；The laying is fixed
Motor is provided with several and is set to the flexible front edge of board interior location of protection, and fixes respectively with protection expansion plate and laying
Block connection, the laying fixed block for drive connection are flexible；The fixed number of blocks of the laying is consistent with fixed number of motors is laid with
And it is set to the flexible front edge of board interior location of protection, and connect with fixed motor is laid with, after stretching, for being contradicted with furring tile
It is fixed；
The identification device includes that laying camera and infrared sensor, the laying camera are provided with several and set
It is placed in ceramic tile laying platform side coil to set, and is laid with platform with ceramic tile and connect, the ceramic tile for absorbing connection is laid with around platform
Environmental images；The infrared sensor is provided with several and is set to ceramic tile laying platform side coil and sets, and and ceramic tile
It is laid with platform connection, the ceramic tile for obtaining connection is laid with the biological information around platform；
The wireless device is set to processing unit interior location, for respectively be laid with telescope motor, be laid with mobile motor, water
Mud spray head, ceramic tile telescope motor, ceramic tile fixed motor, are laid with pushing motor, tap mechanical arm, protecting and stretch storage telescope motor
Contracting motor, be laid with fixed motor, be laid with camera, infrared sensor, processing unit, the external equipment of user, alarm center,
Fire-fighting center, first-aid centre and network connection；
The processing unit is set to metope and is laid with platform interior position, carries out furring tile laying and laying for intelligent
Reinforce operation.
As a kind of preferred embodiment of the invention, the storage device further includes ceramic tile addition channel, the ceramic tile addition
Channel is set to metope and is laid with platform side interior location, and connect respectively with metope laying platform and ceramic tile storage silo, uses
It is added in ceramic tile to ceramic tile fixed frame in providing user.
As a kind of preferred embodiment of the invention, the storage device further includes addition closing motor and addition closing
Plate, the addition closing motor is set to ceramic tile addition channel side metope and is laid with platform interior position, and spreads respectively with metope
If platform, wireless device and addition closed plate connection, the addition closed plate for drive connection are flexible；The addition closed plate
It is set to ceramic tile addition channel side metope and is laid with platform interior position, and be laid with platform, ceramic tile addition channel with metope respectively
And addition closing motor connection, the ceramic tile for switching connection add channel.
As a kind of preferred embodiment of the invention, the storage device further includes storage telescope motor and storage telescopic frame
Body, the storage telescope motor are set to ceramic tile fixed frame and add channel side top position towards ceramic tile and consolidate respectively with ceramic tile
Determine frame, wireless device and store flexible framework connection, the flexible framework of storage for drive connection is flexible；The storage is stretched
Contracting framework be set to ceramic tile fixed frame towards ceramic tile add channel side top position and respectively with ceramic tile fixed frame and deposit
Telescope motor connection is stored up, after contraction, adds furring tile to ceramic tile fixed frame interior location for providing user.
It further include ceramic tile device as a kind of preferred embodiment of the invention, the ceramic tile device further includes the first splicing electricity
Machine and the first splice plate, the first splicing motor are provided with several and are set to furring tile side interior location, and
It is connect respectively with furring tile, wireless device and the first splice plate, the first splice plate for drive connection is flexible；Described
One splice plate quantity and the first splicing number of motors are consistent and be set to furring tile side interior location, after stretching, be used for
Side others furring tile contradicts connection.
As a kind of preferred embodiment of the invention, the ceramic tile device further includes the first splicing slot, the first splicing slot
Quantity is consistent with the first splice plate quantity and is set to the side position that furring tile does not have the first splice plate, is used for and first
Splice plate contradicts connection.
As a kind of preferred embodiment of the invention, the ceramic tile device further includes the second splicing motor and the second splicing
Plate, the second splicing motor is provided with several and is set to the first splicing front edge of board interior location, and spells respectively with first
Fishplate bar, wireless device and the connection of the second splice plate, the second splice plate for drive connection are flexible；The second splice plate number
It is consistent and be set to the first splicing front edge of board interior location that amount with second splices number of motors, and respectively with the first splice plate and
Second splicing motor connection after stretching, is connect for reinforcing the first splice plate with the conflict of the first splicing slot.
As a kind of preferred embodiment of the invention, the ceramic tile device further includes the second splicing slot, the second splicing slot
Quantity is consistent with the second splice plate quantity and is set to the first splicing slot bottom end side orientation and sets, and connect with the first splicing slot, use
It is fixed in being contradicted with the second splice plate.
As a kind of preferred embodiment of the invention, the ceramic tile device further include U.S. seam telescopic block, U.S. seam telescope motor with
And U.S. seam expansion plate, the flexible number of blocks of U.S. seam is consistent with the first splice plate quantity and is set to the first splice plate interposition
It sets, and is connect with the first splice plate, it is flexible for providing U.S. seam expansion plate；The U.S. seam telescope motor quantity and U.S. seam telescopic block
Quantity is consistent and is set to U.S. seam telescopic block interior location, and stitches telescopic block, wireless device and U.S. seam expansion plate with beauty respectively
Connection, the U.S. seam expansion plate for drive connection are flexible；The U.S. seam expansion plate quantity and U.S. seam telescope motor quantity are consistent simultaneously
It is set to U.S. seam telescopic block upper end interior location, and is connect with U.S. seam telescopic block and U.S. seam telescope motor, after stretching, for filling out
Fill the gap for being laid with the furring tile completed.
As a kind of preferred embodiment of the invention, the ceramic tile device further includes color adaptation plate, the color adaptation plate
Quantity and beauty stitch flexible front edge of board upper surface location, and connect respectively with U.S. seam expansion plate and wireless device, for adjusting face
Coloured light.
The present invention realize it is following the utility model has the advantages that
1. after intelligent building system receives furring tile laying instruction, control metope laying platform carries out movement and is adjusted to house
The furring tile paving location of metope planning carries out laying furring tile, while intelligent measurement human body information, prevents from touching when operation
Thrust into body；After the completion of furring tile is laid with, it is to be laid with the furring tile completed to be reinforced that control metope, which is laid with platform,.
2. reminding user to be added furring tile after ceramic tile fixed frame adds completion furring tile.
3. control furring tile progress intelligent connecting, which is fixed and controls color adaptation plate, to be stretched after the completion of furring tile is laid with
Out, so that user adjusts the U.S. seam color liked and light emission luminance.
Detailed description of the invention
The drawings herein are incorporated into the specification and forms part of this specification, and shows the implementation for meeting the disclosure
Example, and consistent with the instructions for explaining the principles of this disclosure.
Fig. 1 is the front schematic view that the metope that the one of example of the present invention provides is laid with platform；
Fig. 2 is the side cross sectional views that the metope that the one of example of the present invention provides is laid with platform；
Fig. 3 is the schematic rear view that the metope that the one of example of the present invention provides is laid with platform；
Fig. 4 is the schematic cross-sectional view for the ceramic tile fixed frame that the one of example of the present invention provides；
Fig. 5 is the schematic top plan view for the metope floor tile that the one of example of the present invention provides；
Fig. 6 is the broken section that the furring tile that the one of example of the present invention provides and other furring tiles contradict fixed area
Schematic diagram；
Fig. 7 is the schematic cross-sectional view for the furring tile that the one of example of the present invention provides；
Fig. 8 is the annexation figure for the intelligent building system that the one of example of the present invention provides.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.
Unless otherwise defined, positioned opposite, the numerical expression of the component and step that illustrate in these embodiments
It is not limited the scope of the invention with numerical value.Simultaneously, it should be appreciated that for ease of description, various pieces shown in attached drawing
Size is not to draw according to actual proportionate relationship.For technology, method known to person of ordinary skill in the relevant and
Equipment may be not discussed in detail, but in the appropriate case, and the technology, method and apparatus should be considered as authorizing specification
A part.All technical and scientific terms used herein are usually managed with those skilled in the art of the invention are belonged to
The meaning of solution is identical.Term as used herein in the specification of the present invention is intended merely to the mesh of description specific embodiment
, it is not intended that in the limitation present invention.Term " and or " used herein can not one or more relevant listed items
Any and all combinations.
For ease of description, spatially relative term, such as " on being set to ... ", " setting can be used herein
In ... top ", " being set to ... upper surface ", " above " etc., for describing such as a device shown in the figure or spy
The spatial relation of sign and other devices or feature.It should be understood that spatially relative term is intended to comprising in addition to device exists
Different direction in use or operation except orientation described in figure.For example, if the device in attached drawing is squeezed,
It is described as to be positioned as " above other devices or construction " or after the device of " on other devices or construction " " at it
His device or construction lower section " or " under other devices or construction ".Thus, exemplary term " being set to ... top " can be with
Including " being set to ... top " and " being set to ... lower section " two kinds of orientation.The device can also be positioned with other different modes,
And respective explanations are made to the opposite description in space used herein above.
Embodiment one
With reference to Fig. 1-4, shown in Fig. 8.
Specifically, the present embodiment provides a kind of intelligent building system based on furring tile 30 and Internet of Things, including move
Dynamic device 1, storage device 2, laying apparatus 3, driving means 4, knocking device 5, protective device 6, identification device 7, wireless device 8
And processing unit 9,
The mobile device 1 includes metope laying platform 11, is laid with telescope motor 12, is laid with telescopic prop 13, is laid with mobile put down
Platform 14 is laid with mobile motor 15 and is laid with shifting roller 16, and the metope is laid with platform 11 and is laid with wall for carrying out intelligence
Furring tile 30；The laying telescope motor 12, which is provided with several and is set to metope, is laid with 11 top of platform and lower orientation
It sets, and is connect respectively with metope laying platform 11 and laying telescopic prop 13, the laying telescopic prop 13 for drive connection
It is flexible；13 quantity of laying telescopic prop is consistent with 12 quantity of telescope motor is laid with and is set to 12 lower section of laying telescope motor
Position, and connect with being laid with telescope motor 12 and being laid with mobile platform 14, the laying mobile platform 14 for drive connection is stretched
Contracting；14 quantity of laying mobile platform is consistent with 13 quantity of telescopic prop is laid with and is set to laying 13 front end of telescopic prop position
It sets, and connect with telescopic prop 13 is laid with, for being contradicted with ground or house top；15 quantity of laying mobile motor and paving
If 14 quantity of mobile platform is consistent and is set to and is laid with 14 interior location of mobile platform, and respectively be laid with mobile platform 14 and
It is laid with shifting roller 16 to connect, the laying shifting roller 16 for drive connection is run；The laying shifting roller 16 is provided with
Several simultaneously be set to be laid with 14 front position of mobile platform, and respectively be laid with mobile platform 14 and be laid with mobile motor 15
Connection, it is mobile that the laying mobile platform 14 for drive connection drives metope to be laid with platform 11；
The storage device 2 includes cement storage silo 20, cement spray head 21, cement conduit 22 and ceramic tile storage silo 23, described
Cement storage silo 20 is set to metope and is laid with 11 interior location of platform, is laid with floor tile cement for storing；The cement spray head
21 are provided with several and are set to metope laying 11 side position of platform, and are laid with platform 11 with metope and connect, for spraying
The cement that cement storage silo 20 stores；22 quantity of cement conduit it is consistent with 21 quantity of cement spray head and respectively with cement spray head
21 and cement storage silo 20 connect, cement for storing the cement storage silo 20 of connection imports the cement spray head 21 of connection
It is internal；The ceramic tile storage silo 23 is set to metope and is laid with 11 inner upper position of platform, for storing furring tile 30；
The laying apparatus 3 includes furring tile 30, is laid with channel 31, ceramic tile telescope motor 32, ceramic tile telescopic prop 33, ceramic tile
The fixed motor 35 of fixed frame 34, ceramic tile, ceramic tile fixed block 36, storage closing motor 37 and storage closed plate 38, the wall
Furring tile 30 is provided with several, for the position with laying and the laying furring tile 30 of metope planning；The laying channel
31 are set to 23 lower position of ceramic tile storage silo that metope is laid with inside platform 11, for providing the stretching of furring tile 30 and metope
It contradicts；The ceramic tile telescope motor 32 be set to 23 upper interior position of ceramic tile storage silo and respectively with ceramic tile storage silo 23 and
Ceramic tile telescopic prop 33 connects, and the ceramic tile telescopic prop 33 for drive connection is flexible；The ceramic tile telescopic prop 33 is set to
32 lower position of ceramic tile telescope motor is simultaneously connect with ceramic tile telescope motor 32 and ceramic tile fixed frame 34, for drive connection
Ceramic tile fixed frame 34 is flexible；The ceramic tile fixed frame 34 be set to 33 front position of ceramic tile telescopic prop and with ceramic tile rope branch
Column connection, for fixing the furring tile 30 of the storage of ceramic tile storage silo 23；The fixed motor 35 of the ceramic tile is provided with several simultaneously
It is set to 34 inner wall side position of ceramic tile fixed frame, and is connect respectively with ceramic tile fixed frame 34 and ceramic tile fixed block 36,
Ceramic tile fixed block 36 for drive connection is flexible；36 quantity of ceramic tile fixed block and fixed 35 quantity of motor of ceramic tile are consistent simultaneously
It is set to 34 inner wall side position of ceramic tile fixed frame, and is connect with the fixed motor 35 of ceramic tile, after stretching, for fixing metope porcelain
Brick 30；The storage closing motor 37, which is set to, to be laid with channel 31 and 23 middle position of ceramic tile storage silo and is laid with respectively with metope
Platform 11 and storage closed plate 38 connect, and the storage closed plate 38 for drive connection is flexible；The storage closed plate 38 is set
Laying channel 31 is placed in stretch with 23 middle position of ceramic tile storage silo and respectively with laying channel 31, ceramic tile storage silo 23 and ceramic tile
Contracting motor 32 connects, for switching the connected state for being laid with channel 31 and ceramic tile storage silo 23；
The driving means 4 includes being laid with pushing motor 40, be laid with push pillar 41 and being laid with push platform 42, the laying
Pushing motor 40, which is set to, to be laid with 31 interior location of channel and connect respectively with laying channel 31 and laying push pillar 41, is used
It is flexible in the laying push pillar 41 of drive connection；The laying push pillar 41, which is set to, to be laid with 31 interior location of channel and divides
It is not connect with laying pushing motor 40 and laying push platform 42, the laying push platform 42 for drive connection is flexible；Institute
It states laying push platform 42 to be set to laying push 41 front position of pillar and connect with push pillar 41 is laid with, for pushing paving
If the furring tile 30 inside channel 31；
The knocking device 5 includes tapping mechanical arm 50 and preventing rubber layer 51, and 50 front end of percussion mechanical arm is setting
There is the telescopic mechanical arm of striking mechanism, the percussion mechanical arm 50, which is provided with several and is set to metope, is laid with 11 side of platform
Position taps the furring tile 30 for reinforcing and being laid with and completing for carrying out；51 quantity of preventing rubber layer and percussion mechanical arm 50
Quantity is consistent and will hit against the striking mechanism of 50 front end of mechanical arm package.
The protective device 6 includes protection Telescopic path 60, protection telescope motor 61, protection expansion plate 62, is laid with and fixes
Motor 63 and laying fixed block 64, the protection Telescopic path 60, which is provided with several and is set to, is laid with 31 side coil of channel
It sets, it is flexible for providing protection expansion plate 62；61 quantity of protection telescope motor and protection 60 quantity of Telescopic path are consistent simultaneously
It is set to protection 60 interior location of Telescopic path, and is connect respectively with protection Telescopic path 60 and protection expansion plate 62, is used for
The protection expansion plate 62 of drive connection is flexible；62 quantity of protection expansion plate is consistent with protection 61 quantity of telescope motor and is arranged
It is connect in protection 60 interior location of Telescopic path, and with protection telescope motor 61, after stretching, for contradicting and mentioning with house sidings
It is stretched out for being laid with the furring tile 30 inside channel 31；The fixed motor 63 of the laying, which is provided with several and is set to protection, to be stretched
62 front end interior location of contracting plate, and connect respectively with protection expansion plate 62 and laying fixed block 64, the paving for drive connection
If fixed block 64 is flexible；64 quantity of laying fixed block is consistent with fixed 63 quantity of motor is laid with and is set to protection expansion plate
62 front end interior locations, and connect with fixed motor 63 is laid with, after stretching, fixed for being contradicted with furring tile 30；
The identification device 7 includes being laid with camera 70 and infrared sensor 71, if the laying camera 70 is provided with
It dry and is set to ceramic tile and is laid with platform side coil and set, and be laid with platform with ceramic tile and connect, for absorb the ceramic tile connected laying
Environmental images around platform；The infrared sensor 71, which is provided with several and is set to ceramic tile, is laid with platform side coil
It sets, and is laid with platform with ceramic tile and connect, the ceramic tile for obtaining connection is laid with the biological information around platform；
The wireless device 8 is set to 9 interior location of processing unit, for mobile electric with laying telescope motor 12, laying respectively
The fixed motor 35 of machine 15, cement spray head 21, ceramic tile telescope motor 32, ceramic tile, storage closing motor 37, be laid with pushing motor 40,
Mechanical arm 50, protection telescope motor 61 are tapped, fixed motor 63 is laid with, is laid with camera 70, infrared sensor 71, processing dress
Set external equipment, alarm center, fire-fighting center, first-aid centre and the network connection of 9, user；
The processing unit 9 is set to metope and is laid with 11 interior location of platform, for it is intelligent carry out furring tile 30 be laid with
And it is laid with and reinforces operation.
Wherein, the processing unit 9 is flexible to telescope motor 12, laying mobile motor 15, cement spray head 21, ceramic tile is laid with
The fixed motor 35 of motor 32, ceramic tile, storage closing motor 37 are laid with pushing motor 40, tap mechanical arm 50, protection telescope motor
61, be laid with fixed motor 63, be laid with camera 70, infrared sensor 71, the external equipment of user, alarm center, in fire-fighting
The heart, first-aid centre, network, addition closing motor 25, storage telescope motor 27, first splice motor 100, second and splice motor
103, U.S. seam telescope motor 107 and color adaptation plate 109 send or receive information and/or instruction and/or request passes through nothing
Line apparatus 8 executes；The processing unit 9 controls electronic device and refers to that processing unit 9 is sent to need electronic device to be controlled
It is solid to be laid with telescope motor 12, laying mobile motor 15, cement spray head 21, ceramic tile telescope motor 32, ceramic tile for corresponding control instruction
Determine motor 35, storage closing motor 37, is laid with pushing motor 40, taps mechanical arm 50, protection telescope motor 61, be laid with fixed electricity
Machine 63, laying camera 70, infrared sensor 71, addition closing motor 25, the storage closing splicing motor of motor 37, first
100, second splicing motor 103, U.S. seam telescope motor 107 and color adaptation plate 109 execute complete control instruction after to
Processing unit 9 returns to corresponding instruction and completes information；The metope is laid with platform 11 and is internally provided with battery, the battery
Respectively to be laid with telescope motor 12, be laid with the fixed motor 35 of mobile motor 15, cement spray head 21, ceramic tile telescope motor 32, ceramic tile,
Storage closing motor 37 is laid with pushing motor 40, taps mechanical arm 50, protection telescope motor 61, be laid with fixed motor 63, be laid with
Camera 70, infrared sensor 71, addition closing motor 25, storage closing motor 37, first, which splice motor 100, second, spells
Motor 103, U.S. seam telescope motor 107 and color adaptation plate 109, wireless device 8 and processing unit 9 is connect to supply electric power；Institute
Intelligent building system is stated using waterproofing design；After use, processing unit 9 passes through wireless cement inside cement storage silo 20
Device 8 sends cement to the external equipment of user and lacks information, to notify user to be added cement as cement storage silo 20.
It is then returned specifically, the furring tile 30 that the external equipment that wireless device 8 receives user is sent is laid with instruction
Inside the room being laid with needed for being placed in metope laying platform 11 back to processing unit 9(, that is, user), the processing unit 9
It receives, controls and be laid with 70 real time shooting of the camera laying image (wall for being laid with image and referring to the laying intake of camera 70
Face is laid with the environmental images around platform 11) and control the driving of laying shifting roller 16 company for being laid with the drive connection of mobile motor 15
The laying mobile platform 14 connect drives metope to be laid with platform 11 and is moved to house sidings side position, is laid with platform 11 in metope and moves
It moves to the position of house sidings side, the processing unit 9 controls the laying telescope motor that metope is laid with 11 top of platform
Metope laying platform 11 is adjusted (when adjustment, above metope laying platform 11 by the 12 laying telescopic props 13 being drivingly connected
Be laid with telescopic prop 13 stretch out then lower section be laid with telescopic prop 13 shrink with top be laid with telescopic prop 13 stretch out length
Metope laying platform 11 is moved downwards the length one that the laying telescopic prop 13 of adjustment and top stretches out by consistent distance
The distance of cause, metope is laid with the adjustment of about 11 platform, and the rest may be inferred, if desired moves left and right then by being laid with 16 band of shifting roller
Dynamic metope is laid with the mobile adjustment of platform 11) to house initial laying position and after the completion of metope laying platform 11 is mobile, it is described
Processing unit 9 controls cement spray head 21 and is deposited the cement storage silo 20 of connection by the cement conduit 22 of connection according to laying image
The cement of storage is uniformly sprayed to 30 paving location of furring tile of house wall surface planning and after the completion of sprinkling, and control protection is flexible
The protection expansion plate 62 that motor 61 is drivingly connected is stretched out with the cement layer of wall surface spraying at a distance of 0.5 centimetre, in protection expansion plate 62
After the completion of stretching, the control of processing unit 9 is laid with what the laying push pillar 41 that pushing motor 40 is drivingly connected was drivingly connected
Furring tile 30 inside laying channel 31 is pushed to wall cement layer position and is bonded (i.e. by paving by laying push platform 42
If the furring tile 30 of 31 front end of channel pushes to wall cement layer position and is bonded) and pushed being laid with push platform 42
After the completion, the laying fixed block that the fixed motor 63 of laying inside fully extended protection 62 front end of expansion plate is drivingly connected is controlled
64 stretch out and protect the furring tile 30 inside 62 front end of expansion plate fixed, are being laid with fixed block 64 and protection 62 front end of expansion plate
After internal furring tile 30 is fixed, the control of processing unit 9 is laid with the laying that pushing motor 40 is drivingly connected and pushes pillar
The 41 laying push platforms 42 being drivingly connected shrink completely and control the protection expansion plate 62 that protection telescope motor 61 is drivingly connected
It shrinks (be laid with inside channel 31 so that furring tile 30 to be contracted to) completely with the speed that push platform 42 is consistent is laid with,
After being laid with push platform 42 and the contraction completely of protection expansion plate 62, the control of processing unit 9 is laid with telescope motor 12 and drives
The laying telescopic prop 13 of connection by metope be laid with platform 11 adjustment move up adjustment one lattice (house is waited spreading by processing unit 9
If the metope of furring tile 30 is divided into several lattice, every lattice correspond to a piece of furring tile 30), after the completion of mobile adjustment, the place
Reason device 9 controls cement spray head 21 and is stored the cement storage silo 20 of connection by the cement conduit 22 of connection according to laying image
Cement be uniformly sprayed to 30 paving location of furring tile of house wall surface planning, after the completion of sprinkling, the processing unit 9 is controlled
System is laid with the laying fixed block 64 that fixed motor 63 is drivingly connected and shrinks and control the protection that protection telescope motor 61 is drivingly connected
Expansion plate 62 is stretched out with the cement layer of wall surface spraying at a distance of 0.5 centimetre, and so on, until the furring tile of house internal layout
Until 30 paving locations are laid with the completion of furring tile 30 completely；In house, 30 paving location of furring tile of internal layout is spread completely
If after the completion of furring tile 30, the processing unit 9 controls metope and is laid with the stretching of percussion mechanical arm 50 of platform 11 and is tapping
After the completion of mechanical arm 50 stretches out, the laying mobile motor 15 being laid with inside mobile platform 14 that control metope is laid with platform 11 is driven
The laying mobile platform 14 that the laying shifting roller 16 of connection is drivingly connected drives metope to be laid with platform 11 and carries out inside house
Tapping reinforcing movement, (i.e. metope laying platform 11 is moved to house wall surface from house wall surface initial laying position and terminates to be laid with position
Set, successively uniform motion), while the percussion mechanical arm 50 that the control of the processing unit 9 is stretched out carries out at the uniform velocity tapping house wall surface
It is laid with the furring tile 30(completed and carries out percussion reinforcing so that the furring tile 30 completed will be laid with), and so on, until by room
Until the furring tile 30 that the laying of 30 paving location of furring tile of room planning is completed reinforces completion.
When metope is laid with the lifting of platform 11, adjustment and movement, it is real that the processing unit 9 controls infrared sensor 71
When obtain metope be laid with platform 11 around biological information and according to infrared sensor 71 obtain biological information analyze in real time
Whether metope is laid with around platform 11 with the presence of human body, and the processing unit 9 controls metope and is laid with the stopping liter of platform 11 if having
Drop or adjustment are mobile and after living body leaves, and the operation before stopping are continued to execute, to increase safety.
Specifically, after 30 paving location of furring tile of house planning is laid with completion furring tile 30, processing unit 99
The furring tile 30 of laying is connect with the external equipment of user, user can grasp floor ceramic tile by external equipment
Make.
Specifically, if being laid with after 31 inside furring tile 30 of channel has been laid with, the control of the processing unit 9 storage closing electricity
The storage closed plate 38 that machine 37 is drivingly connected is shunk completely to open the connected state in laying channel 31 and ceramic tile storage silo 23 simultaneously
After the completion of storing the contraction of closed plate 38, the processing unit 9 controls the flexible branch of ceramic tile that ceramic tile telescope motor 32 is drivingly connected
The ceramic tile fixed frame 34 of connection is stretched out and is laid with the conflict of 31 ground of channel by column 33, is stretched out and is completed in ceramic tile fixed frame 34
Afterwards, the processing unit 9 controls the ceramic tile fixed block 36 that the fixed motor 35 of the ceramic tile inside ceramic tile fixed frame 34 is drivingly connected
It is shunk completely to release the stationary state with furring tile 30, after the completion of ceramic tile fixed block 36 is shunk, the processing unit 9 is controlled
The ceramic tile fixed frame 34 of connection is contracted to ceramic tile by the ceramic tile telescopic prop 33 that porcelain making brick telescope motor 32 is drivingly connected completely
Storage silo 23 and ceramic tile fixed frame 34 shrink after the completion of, control storage closing motor 37 be drivingly connected storage closed plate 38
The fully extended connected state to close laying channel 31 and ceramic tile storage silo 23.
Embodiment two
With reference to Fig. 2, Fig. 4, shown in Fig. 8.
The present embodiment and embodiment one are substantially consistent, and difference place is, in the present embodiment, the storage device 2 is also
Channel 24 is added including ceramic tile, ceramic tile addition channel 24 is set to metope and is laid with 11 side interior location of platform, and respectively
Platform 11 is laid with metope and ceramic tile storage silo 23 is connect, and is added in ceramic tile to ceramic tile fixed frame 34 for providing user.
As a kind of preferred embodiment of the invention, the storage device 2 further includes addition closing motor 25 and addition envelope
Closing plate 26, the addition closing motor 25 is set to ceramic tile addition 24 side metope of channel and is laid with 11 interior location of platform, and divides
Platform 11, wireless device 8 and addition closed plate 26 are not laid with metope to connect, the addition closed plate 26 for drive connection is stretched
Contracting；The addition closed plate 26 be set to ceramic tile addition 24 side metope of channel be laid with 11 interior location of platform, and respectively with wall
Face is laid with platform 11, ceramic tile addition channel 24 and addition closing motor 25 and connects, and the ceramic tile for switching connection adds channel
24。
As a kind of preferred embodiment of the invention, the storage device 2 further includes that storage telescope motor 27 and storage are stretched
Contracting framework 28, the storage telescope motor 27 are set to ceramic tile fixed frame 34 and add 24 upper side position of channel simultaneously towards ceramic tile
It is connect respectively with the flexible framework 28 of ceramic tile fixed frame 34, wireless device 8 and storage, the storage telescopic frame for drive connection
Body 28 is flexible；The flexible framework 28 of storage is set to ceramic tile fixed frame 34 and adds 24 upper side position of channel simultaneously towards ceramic tile
It is connect respectively with ceramic tile fixed frame 34 and storage telescope motor 27, after contraction, adds furring tile 30 for providing user
To 34 interior location of ceramic tile fixed frame.
Specifically, ceramic tile fixed block 36 shrink complete and ceramic tile fixed frame 34 be contracted to ceramic tile storage silo 23 completely
Afterwards, the addition closed plate 26 that the processing unit 9 control addition closing motor 25 is drivingly connected is shunk completely to open and ceramic tile
The ceramic tile that storage silo 23 connects adds channel 24 and sends furring tile 30 to the external equipment of user using wireless device 8 and adds
Request, after ceramic tile addition channel 24 is opened, the storage that the control of the processing unit 9 storage telescope motor 27 is drivingly connected is flexible
Framework 28 is shunk completely so that user adds channel 24 to addition furring tile 30 inside ceramic tile fixed frame 34 by ceramic tile,
After information is completed in the ceramic tile addition that processing unit 9 is sent by the external equipment that wireless device 8 receives user, the processing dress
Set 9 controls storage telescope motor 27 be drivingly connected storage stretch framework 28 it is fully extended and control addition closing motor 25 drive
The addition closed plate 26 of connection is fully extended to add channel 24 to close the ceramic tile connecting with ceramic tile storage silo 23, flexible in storage
After framework 28 is fully extended, the processing unit 9 control the ceramic tile fixed block 36 that the fixed motor 35 of ceramic tile is drivingly connected stretch out with
The furring tile 30 added inside ceramic tile fixed frame 34, which contradicts, to be fixed, that is, completes metope addition operation.
Embodiment three
With reference to shown in Fig. 5-8.
The present embodiment and embodiment one are substantially consistent, and it further includes ceramic tile device in the present embodiment that difference place, which is,
10, the ceramic tile device 10 further includes the first splicing motor 100 and the first splice plate 101, and the first splicing motor 100 is set
Be equipped with several and be set to 30 side interior location of furring tile, and respectively with furring tile 30, wireless device 8 and first
Splice plate 101 connects, and the first splice plate 101 for drive connection is flexible；First splice plate, 101 quantity and the first splicing
100 quantity of motor is consistent and is set to 30 side interior location of furring tile, after stretching, is used for and side others furring tile
30 contradict connection.
As a kind of preferred embodiment of the invention, the ceramic tile device 10 further includes the first splicing slot 102, and described first spells
102 quantity of access slot is consistent with 101 quantity of the first splice plate and is set to the side that furring tile 30 does not have the first splice plate 101
Position is connected for contradicting with the first splice plate 101.
As a kind of preferred embodiment of the invention, the ceramic tile device 10 further includes the second splicing motor 103 and second
Splice plate 104, the second splicing motor 103 are provided with several and are set to 101 front end interior location of the first splice plate, and
It is connect respectively with the first splice plate 101, wireless device 8 and the second splice plate 104, the second splice plate for drive connection
104 is flexible；Second splice plate, 104 quantity is consistent with the second splicing 103 quantity of motor and before being set to the first splice plate 101
Interior location is held, and is connect respectively with the first splice plate 101 and the second splicing motor 103, after stretching, is spelled for reinforcing first
Fishplate bar 101 is connect with the conflict of the first splicing slot 102.
As a kind of preferred embodiment of the invention, the ceramic tile device 10 further includes the second splicing slot 105, and described second spells
105 quantity of access slot is consistent with 104 quantity of the second splice plate and is set to 102 bottom end side coil of the first splicing slot and sets, and with first
Splice slot 102 to connect, be fixed for being contradicted with the second splice plate 104.
As a kind of preferred embodiment of the invention, the ceramic tile device 10 further includes U.S. seam telescopic block 106, the flexible electricity of U.S. seam
Machine 107 and U.S. seam expansion plate 108, U.S. seam 106 quantity of telescopic block is consistent with 101 quantity of the first splice plate and is set to the
One splice plate, 101 middle position, and connect with the first splice plate 101, it is flexible for providing U.S. seam expansion plate 108；The U.S. seam
107 quantity of telescope motor with U.S. seam 106 quantity of telescopic block it is consistent and be set to beauty stitch 106 interior location of telescopic block, and respectively with
U.S. seam telescopic block 106, wireless device 8 and U.S. seam expansion plate 108 connect, and the U.S. seam expansion plate 108 for drive connection is flexible；
U.S. seam 108 quantity of expansion plate is consistent with U.S. seam 107 quantity of telescope motor and is set to position in U.S. seam 106 upper end of telescopic block
It sets, and is connect with U.S. seam telescopic block 106 and U.S. seam telescope motor 107, after stretching, for filling the floor ceramic tile for being laid with and completing
Gap.
As a kind of preferred embodiment of the invention, the ceramic tile device 10 further includes color adaptation plate 109, the color tune
109 quantity of plate and U.S. seam 108 front end upper surface location of expansion plate are saved, and is connected respectively with U.S. seam expansion plate 108 and wireless device 8
It connects, for adjusting color of light.
Specifically, after 30 paving location of furring tile of house planning is laid with completion furring tile 30, the processing dress
The first splice plate 101 that 9 control the first splicing drive connection of motor 100 inside furring tile 30 using wireless device 8 is set to stretch
First splicing slot 102 of the other furring tiles 30 contradicted out with side contradicts connection and spells in the first splice plate 101 and first
After the completion of connecing conflict connection, control contradicts the second splicing inside 101 front end of the first splice plate of connection with the first splicing slot 102
The second splice plate 104 that motor 103 is drivingly connected, which stretches out to contradict with the second splicing slot 105, to be fixed, in the second splice plate 104 and the
After the completion of the two splicing conflicts of slots 105 are fixed, the processing unit 9 is stretched using the U.S. seam that wireless device 8 controls the first splice plate 101
The U.S. seam expansion plate 108 that U.S. seam telescope motor 107 inside contracting block 106 is drivingly connected stretches out color adaptation plate 109, and handles
The control color adaptation plate 109 of device 9 and the external equipment of user are bound, and (after binding, user can pass through external equipment tune
The color and brightness of whole U.S. seam).
The above embodiments merely illustrate the technical concept and features of the present invention, and the purpose is to allow the skill for being familiar with the technical field
Art personnel can understand the content of the present invention and implement it accordingly, and can not be limited the scope of the invention with this.All bases
Equivalent changes or modifications made by spirit of the invention, should be covered by the protection scope of the present invention.
Claims (10)
1. a kind of intelligent building system based on furring tile and Internet of Things, including mobile device, storage device, laying dress
It sets, driving means, knocking device, protective device, identification device, wireless device and processing unit, which is characterized in that
The mobile device includes that metope is laid with platform, is laid with telescope motor, is laid with telescopic prop, is laid with mobile platform, is laid with
Mobile motor and laying shifting roller, the metope are laid with platform for carrying out intelligent laying furring tile；The laying
Telescope motor, which is provided with several and is set to metope, is laid with platform top and lower position, and is laid with platform with metope respectively
And it is laid with telescopic prop connection, the laying telescopic prop for drive connection is flexible；The laying telescopic prop quantity and paving
If telescope motor quantity is consistent and is set to laying telescope motor lower position, and mobile flat with laying telescope motor and laying
Platform connection, the laying mobile platform for drive connection are flexible；The laying mobile platform quantity and laying telescopic prop quantity
Unanimously and it is set to laying telescopic prop front position, and is connect with telescopic prop is laid with, for being supported with ground or house top
Touching；The laying mobile motor quantity is consistent with mobile platform quantity is laid with and is set to laying mobile platform interior location, and
It is connect respectively with laying mobile platform and laying shifting roller, the laying shifting roller for drive connection is run；The paving
If shifting roller, which is provided with several and is set to, is laid with mobile platform front position, and respectively be laid with mobile platform and paving
If mobile motor connects, it is mobile that the laying mobile platform for drive connection drives metope to be laid with platform；
The storage device includes cement storage silo, cement spray head, cement conduit and ceramic tile storage silo, the cement storage silo
It is set to metope and is laid with platform interior position, be laid with floor tile cement for storing；The cement spray head is provided with several simultaneously
It is set to metope laying platform side coil to set, and is laid with platform with metope and connect, for spraying the cement of cement storage silo storage；
The cement conduit quantity is consistent with cement spray head quantity and connect respectively with cement spray head and cement storage silo, for that will connect
The cement of the cement storage silo storage connect imports inside the cement spray head of connection；It is flat that the ceramic tile storage silo is set to metope laying
Platform inner upper position, for storing furring tile；
The laying apparatus include furring tile, be laid with channel, ceramic tile telescope motor, ceramic tile telescopic prop, ceramic tile fixed frame,
Ceramic tile fixes motor, ceramic tile fixed block, storage closing motor and storage closed plate, the furring tile and is provided with several,
For the position with laying and the laying furring tile of metope planning；The channel that is laid with is set to metope laying platform interior
Ceramic tile storage silo lower position stretches out and metope conflict for providing furring tile；The ceramic tile telescope motor is set to ceramic tile
Storage silo upper interior position is simultaneously connect with ceramic tile storage silo and ceramic tile telescopic prop respectively, and the ceramic tile for drive connection is stretched
Contracting pillar is flexible；The ceramic tile telescopic prop be set to ceramic tile telescope motor lower position and with ceramic tile telescope motor and ceramic tile
Fixed frame connection, the ceramic tile fixed frame for drive connection are flexible；The ceramic tile fixed frame is set to the flexible branch of ceramic tile
Column front position is simultaneously connect with ceramic tile rope pillar, for fixing the furring tile of ceramic tile storage silo storage；The fixed electricity of the ceramic tile
Machine is provided with several and is set to ceramic tile fixed frame inner wall side position, and solid with ceramic tile fixed frame and ceramic tile respectively
Determine block connection, the ceramic tile fixed block for drive connection is flexible；The fixed number of blocks of the ceramic tile and the fixed number of motors one of ceramic tile
Ceramic tile fixed frame inner wall side position is caused and be set to, and is connect with the fixed motor of ceramic tile, after stretching, for fixing metope porcelain
Brick；The storage telescope motor be set to be laid with channel and ceramic tile storage silo middle position and be laid with respectively with metope platform and
Closed plate connection is stored, the storage closed plate for drive connection is flexible；The storage closed plate, which is set to, is laid with channel and porcelain
Brick storage silo middle position is simultaneously connect with laying channel, ceramic tile storage silo and ceramic tile telescope motor respectively, is laid with for switching
The connected state in channel and ceramic tile storage silo；
The driving means includes being laid with pushing motor, be laid with push pillar and being laid with push platform, the laying push electricity
Machine, which is set to, to be laid with channel interior position and connect respectively with laying channel and laying push pillar, the paving for drive connection
If it is flexible to push pillar；Laying push pillar be set to be laid with channel interior position and respectively be laid with pushing motor and
It is laid with push platform connection, the laying push platform for drive connection is flexible；The laying push platform is set to laying and pushes away
It send pillar front position and is connect with push pillar is laid with, for pushing the furring tile for being laid with channel interior；
The knocking device includes tapping mechanical arm and preventing rubber layer, and the percussion mechanical arm front end is to be provided with percussion machine
The telescopic mechanical arm of structure, the percussion mechanical arm be provided with several and be set to metope be laid with platform side coil set, for into
Row taps the furring tile for reinforcing and being laid with and completing；The preventing rubber layer number is consistent with mechanical arm quantity is tapped and will hit against machine
The striking mechanism of tool arm front end wraps up；
The protective device includes protection Telescopic path, protection telescope motor, protection expansion plate, is laid with fixed motor and laying
Fixed block, the protection Telescopic path is provided with several and is set to laying channel side coil and sets, flexible for providing protection
Plate is flexible；The protection telescope motor quantity is consistent with protection Telescopic path quantity and is set to position in protection Telescopic path
It sets, and is connect respectively with protection Telescopic path and protection expansion plate, the protection expansion plate for drive connection is flexible；It is described anti-
Shield expansion plate quantity is consistent with protection telescope motor quantity and is set to protection Telescopic path interior location, and it is electric to stretch with protection
Machine connection, after stretching, the furring tile for laying channel interior to be contradicted and provided with house sidings stretches out；The laying is fixed
Motor is provided with several and is set to the flexible front edge of board interior location of protection, and fixes respectively with protection expansion plate and laying
Block connection, the laying fixed block for drive connection are flexible；The fixed number of blocks of the laying is consistent with fixed number of motors is laid with
And it is set to the flexible front edge of board interior location of protection, and connect with fixed motor is laid with, after stretching, for being contradicted with furring tile
It is fixed；
The identification device includes that laying camera and infrared sensor, the laying camera are provided with several and set
It is placed in ceramic tile laying platform side coil to set, and is laid with platform with ceramic tile and connect, the ceramic tile for absorbing connection is laid with around platform
Environmental images；The infrared sensor is provided with several and is set to ceramic tile laying platform side coil and sets, and and ceramic tile
It is laid with platform connection, the ceramic tile for obtaining connection is laid with the biological information around platform；
The wireless device is set to processing unit interior location, for respectively be laid with telescope motor, be laid with mobile motor, water
Mud spray head, ceramic tile telescope motor, ceramic tile fixed motor, are laid with pushing motor, tap mechanical arm, protecting and stretch storage telescope motor
Contracting motor, be laid with fixed motor, be laid with camera, infrared sensor, processing unit, the external equipment of user, alarm center,
Fire-fighting center, first-aid centre and network connection；
The processing unit is set to metope and is laid with platform interior position, carries out furring tile laying and laying for intelligent
Reinforce operation.
2. a kind of intelligent building system based on furring tile and Internet of Things according to claim 1, which is characterized in that
The storage device further includes ceramic tile addition channel, and ceramic tile addition channel is set to metope and is laid with position inside platform side
It sets, and is connect respectively with metope laying platform and ceramic tile storage silo, add ceramic tile to ceramic tile fixed frame for providing user
It is interior.
3. a kind of intelligent building system based on furring tile and Internet of Things according to claim 2, which is characterized in that
The storage device further includes addition closing motor and addition closed plate, and it is logical that the addition closing motor is set to ceramic tile addition
Road side metope is laid with platform interior position, and is laid with platform, wireless device and addition closed plate with metope respectively and connect, and uses
It is flexible in the addition closed plate of drive connection；The addition closed plate is set to ceramic tile addition channel side metope and is laid in platform
Portion position, and be laid with platform, ceramic tile addition channel and addition closing motor with metope respectively and connect, for switching the porcelain of connection
Brick adds channel.
4. a kind of intelligent building system based on furring tile and Internet of Things according to claim 1, which is characterized in that
The storage device further includes storage telescope motor and stores flexible framework, and the storage telescope motor is set to ceramic tile and fixes
Frame adds channel side top position towards ceramic tile and connects respectively with the flexible framework of ceramic tile fixed frame, wireless device and storage
It connects, the flexible framework of the storage for drive connection is flexible；The framework of stretching that stores is set to ceramic tile fixed frame towards ceramic tile
Addition channel side top position is simultaneously connect with ceramic tile fixed frame and storage telescope motor respectively, after contraction, for providing use
Furring tile is added to ceramic tile fixed frame interior location in family.
5. a kind of intelligent building system based on furring tile and Internet of Things according to claim 1, which is characterized in that
It further include ceramic tile device, the ceramic tile device further includes the first splicing motor and the first splice plate, the first splicing motor
It is provided with several and is set to furring tile side interior location, and spelled respectively with furring tile, wireless device and first
Fishplate bar connection, the first splice plate for drive connection are flexible；The first splice plate quantity and the first splicing number of motors one
It causes and is set to furring tile side interior location, after stretching, connected for being contradicted with side others furring tile.
6. a kind of intelligent building system based on furring tile and Internet of Things according to claim 5, which is characterized in that
The ceramic tile device further includes the first splicing slot, and the first splicing slot number is consistent with the first splice plate quantity and is set to wall
There is no the side position of the first splice plate in furring tile, connect for contradicting with the first splice plate.
7. a kind of intelligent building system based on furring tile and Internet of Things according to claim 5, which is characterized in that
The ceramic tile device further includes the second splicing motor and the second splice plate, and the second splicing motor is provided with several and sets
It is placed in the first splicing front edge of board interior location, and is connect respectively with the first splice plate, wireless device and the second splice plate, is used for
The second splice plate being drivingly connected is flexible；The second splice plate quantity is consistent with the second splicing number of motors and is set to first
Splice front edge of board interior location, and connect respectively with the first splice plate and the second splicing motor, after stretching, for reinforcing first
Splice plate is connect with the conflict of the first splicing slot.
8. a kind of intelligent building system based on furring tile and Internet of Things according to claim 6, which is characterized in that
The ceramic tile device further includes the second splicing slot, and the second splicing slot number is consistent with the second splice plate quantity and is set to the
One splicing slot bottom end side orientation is set, and is connect with the first splicing slot, is fixed for contradicting with the second splice plate.
9. a kind of intelligent building system based on furring tile and Internet of Things according to claim 5, which is characterized in that
The ceramic tile device further includes U.S. seam telescopic block, U.S. seam telescope motor and U.S. seam expansion plate, the beauty stitch flexible number of blocks with
First splice plate quantity is consistent and is set to the first splice plate middle position, and connect with the first splice plate, for providing U.S. seam
Expansion plate is flexible；The U.S. seam telescope motor quantity is consistent with the flexible number of blocks of U.S. seam and is set to position in U.S. seam telescopic block
It sets, and is connect respectively with U.S. seam telescopic block, wireless device and U.S. seam expansion plate, the U.S. seam expansion plate for drive connection is stretched
Contracting；The U.S. seam expansion plate quantity is consistent with U.S. seam telescope motor quantity and is set to U.S. seam telescopic block upper end interior location, and
It is connect with U.S. seam telescopic block and U.S. seam telescope motor, after stretching, for filling the gap for being laid with the furring tile completed.
10. a kind of intelligent building system based on furring tile and Internet of Things, feature according to claim 9 exist
In, the ceramic tile device further includes color adaptation plate, and the color adaptation plate quantity and beauty stitch flexible front edge of board upper surface location,
And connect respectively with U.S. seam expansion plate and wireless device, for adjusting color of light.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201811329509.5A CN109403590A (en) | 2018-11-09 | 2018-11-09 | A kind of intelligent building system based on furring tile and Internet of Things |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811329509.5A CN109403590A (en) | 2018-11-09 | 2018-11-09 | A kind of intelligent building system based on furring tile and Internet of Things |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110206286A (en) * | 2019-05-28 | 2019-09-06 | 温州市昆仑石业有限公司 | A kind of patch block device of wall face auxiliary picture mosaic |
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| WO2017220469A1 (en) * | 2016-06-23 | 2017-12-28 | Cbot Ab | Method and system for placing at least one object on a surface |
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