CN205476280U - A hang subassembly futilely for ceramic sheet metal - Google Patents
A hang subassembly futilely for ceramic sheet metal Download PDFInfo
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- CN205476280U CN205476280U CN201620250078.3U CN201620250078U CN205476280U CN 205476280 U CN205476280 U CN 205476280U CN 201620250078 U CN201620250078 U CN 201620250078U CN 205476280 U CN205476280 U CN 205476280U
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- ceramic thin
- zinc
- thin plate
- backing
- alloy
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Abstract
The utility model provides a hang subassembly futilely for ceramic sheet metal, belongs to the premises wall face and decorates the field. Including main joist zinc -plating side pipe, set up zinc -plated angle steel on zinc -plating side's pipe, set up the aluminum alloy adaptor on zinc -plated angle steel, set up on the aluminum alloy adaptor at least and to hang the subassembly futilely by what aluminum alloy frame, false keel and bright edge constituted, set up backing, adhesive layer and ceramic sheet metal in the frame rack structure of aluminum alloy frame and bright edge constitution, the subassembly of hanging futilely be the alloy section bar, it is protruding to be provided with the location in the inboard on an alloy section bar limit, the high spot sets up the damped glue strip in the location, set up bright frame side turn -ups on the bright frame side of bright edge, inlay between the side of two adjacent ceramic sheet metals and set up resistant sealed glue of waiting. This technical scheme makes the ceramic building materials board of big specification both have the decoration function, has the stronger seal pressure of resistant wind again, and applicable region obtains further expansion. The installation field that can extensively be used for big specification for building pottery type panel.
Description
Technical field
This utility model belongs to the decoration/finishing field of the inside and outside metope of building, particularly relates to a kind of covering or lining
In the component back side hide fastening/fixing device.
Background technology
Traditional decorating outer wall of building typically uses the mode of patch ceramic tile decoration, this kind of architectural style to be connect by masses
It is subject to, has been widely used in decoration of exterior wall.
Authorized announcement date is on April 26th, 2006, and Authorization Notice No. is the Chinese invention patent of CN1253402C
In, disclosing one " inner, external wall decoration Superthin ceramic boad ", it is mixed with nothing in the clay of fiber ceramic board base layer
Machine mineral fibres, the one side at base layer arranges the composite facer including ground glaze layer and cover coat；The length of porcelain plate,
Ratio wide, gauge is 3～1.5: 2～1: 0.008～0.003.This technical scheme is at fiber ceramic board base layer
Being mixed with inorganic mineral fiber in clay, the surface configuration at fiber ceramic board has composite glaze surface layer, such that it is able to prepared length,
Wide a size of 3 meters × 1.5 meters, thickness only 3 to 6 millimeters, the large size ceramic building board with decorative effect,
The inner, external wall decoration that can be widely used for building is used.
Authorized announcement date is on 03 26th, 2008, and Authorization Notice No. is the Chinese invention of CN100376755C
In patent, disclose one " fiber ceramic board backing dry hanging external and internal wall surface decoration structure and construction method thereof ", its
Dry hanging external and internal wall surface decoration structure in technical scheme includes body of wall, incrustation sheet material and couples both anchors
Gu external member, its incrustation sheet material is fiber ceramic board, arranges a backer board, at backer board between fiber ceramic board and body of wall
On be provided for and anchor the draw bail that external member is fixedly connected, backer board through and draw bail anchoring external member fix
Couple, be integrally forming by binding agent is bonding between backer board with fiber ceramic board.This technical scheme solves ultra-thin specification
Dalle use the cladding mounting process problem that carries out construction and installation.
Owing to there is gap between each fiber ceramic board in technique scheme, its large-area decoration ceramic building plate is resistance to
Wind energy power is poor, easily comes off, it is impossible to adapt to the Northwest often in strong wind atmosphere.
As the inner, external wall decorative material material of building, the large size ceramic building board used is except to have
Good can ornamental, be easy to outside the convenience of in-site installation and construction, the quality of its resistive/voltage endurance capability, also
Have influence on its suitable environment, region and service life, how to make the ceramic building material plate being similar to above-mentioned big specification both have
There is decoration functions, there is stronger resistive/voltage endurance capability the most simultaneously, be problem anxious to be resolved during practice of construction.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of dry-hanging component for ceramic thin plate, and it passes through
Use Coulping structure component and sealing, the structure of special construction so that the ceramic building material plate of big specification had both had decoration
Function, has stronger resistive/voltage endurance capability the most simultaneously, is adapted to the region often in strong wind atmosphere completely,
Both can improve the safety of building exterior wall finishing attachment, and reduce again the requirement of strength to supporting construction, help
In reducing construction cost and building cost so that the requirement using environment is entered one by big specification decoration ceramic building material plate
Step reduces, and applicable region is expanded further.
The technical solution of the utility model is to provide a kind of dry-hanging component for ceramic thin plate, including by zinc-plated square tube
The main joist constituted, is characterized in that:
Described zinc-plated square tube arranges Zinc-coated angle steel；Zinc-coated angle steel arranges aluminium alloy adaptor；
Aluminium alloy adaptor arranges cladding group be at least made up of aluminum alloy frame, false keel and bright frame limit
Part；
In the tower structure that aluminum alloy frame and bright frame limit are constituted, backing and ceramic thin plate are set；
Adhesive layer is set between backing and ceramic thin plate, described adhesive layer by affixed to backing and ceramic thin plate be one
Body；
Described dry-hanging component is alloy profile, in the inner side at least one limit of alloy profile, is provided with at least
One positioning convex；
At described positioning convex, it is respectively arranged with damping adhesive tape；
On the bright frame side on stated clearly frame limit, it is provided with bright frame side flange；
Between the side of two pieces of adjacent ceramic thin plates, inlay and be provided with weather proofing sealant.
Further, between described aluminium alloy adaptor, aluminum alloy frame, false keel and bright frame limit, use
Plug in construction connects as one.
Concrete, on the T-shaped limit of alloy profile constituting described aluminium alloy adaptor, it is provided with at least one
Individual first positioning convex.
Concrete, on a T-shaped limit of the described alloy profile constituting false keel, be provided with at least one the
Two positioning convex.
Concrete, described bright frame limit is double H-type alloy profile, at the H constituting double H-type alloy profile
On the inboard groove opposite face on type limit, it is correspondingly arranged at least one pair of the 3rd positioning convex respectively.
Further, described backing is pulling force carbon fibre web or metal corrugated core.
In the technical program, at the middle part of described ceramic thin plate or non-edge position, it is provided with backing node,
At described backing node, zinc-plated square tube is directly anchored on the body of wall of building through angle steel, in zinc-plated square tube
It is provided with several Zinc-coated angle steel, between two Zinc-coated angle steels, is provided with " Л " font or " П " font aluminum closes
Gold support member, arranges blind rivet, by ceramic thin plate, glue on " Л " font or " П " font aluminium alloy support member
Adhesion coating and backing are fixed on " Л " font or " П " font aluminium alloy support member.
Compared with the prior art, the utility model has the advantages that:
1, use plug in construction between each alloy profile of the technical program, each alloy profile is provided with
The combination type positioning cushioning structure that positioning convex and damping adhesive tape are constituted so that by original between each section components
Hard contact changes soft contact into, allows general frame structure be provided with stronger buffer capacity and loosing prevention performance；
2, on bright frame limit, it is provided with bright frame limit flange, between the side of two pieces of adjacent ceramic thin plates, inlays
It is provided with weather proofing sealant, enhances wind resistance and the weather resistance of ceramic thin plate, and be easy to each ceramic thin plate
Between installation, location；
3, use pulling force carbon fibre web or metal corrugated core to constitute the backing of ceramic thin plate, between ceramic thin plate and
Backing arranges adhesive layer so that ceramic thin plate fixes as one with backing, enhance ceramic thin plate installation strength and
Endurance quality；
4, by using the Coulping structure component of flexible structure and sealing structure so that the ceramic building material plate of big specification
Both there is decoration functions, there is stronger resistive/voltage endurance capability the most simultaneously, be adapted to completely often in big vane
The region in border；Use the technical program, both can improve steadiness and the safety of building exterior wall finishing attachment,
Reduce again the requirement of strength to supporting construction, contribute to reducing construction cost and building cost so that big specification dress
The requirement using environment is reduced by decorations ceramic building material plate further, and applicable region is expanded further.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model；
Fig. 2 is the A portion structure enlarged diagram of Fig. 1；
Fig. 3 is the structural representation of aluminium alloy adaptor；
Fig. 4 is the structural representation of false keel contact；
Fig. 5 is the structural representation of bright frame node；
Fig. 6 is the structural representation of this utility model backing node embodiment；
Fig. 7 is the simplification structural representation of one embodiment of this utility model.
In figure, 1 is steel square tube, and 2 is thick " L " type adaptor, and 3 is " work " word steel, and 4 is the first galvanized steel adaptor,
5 is the second galvanized steel adaptor, and 6 is zinc-plated square tube, and 7 is long column lock pin, 8,8a be Zinc-coated angle steel, 9 are
Aluminium alloy adaptor, 9a, 9b are aluminium alloy support member, and 10 is aluminum alloy frame, and 10b is false keel, and 10c is
Bright frame limit, 11 is ceramic thin plate, and 12 is backing, and 13 is adhesive layer, and 14 is damping adhesive tape, and 15 is weather-proof sealing
Glue, 16 is aluminium alloy group corner brace, and 17 is coiled hair self threading pin, and 17a is blind rivet, and 18a is the first positioning convex, 18b
Being the second positioning convex, 18c is the 3rd positioning convex, and 19 is bright frame side, and 19a is bright frame side flange.
Detailed description of the invention
With embodiment, this utility model is described further below in conjunction with the accompanying drawings.
In Fig. 1 and Fig. 2, the technical solution of the utility model provides a kind of dry-hanging component for ceramic thin plate,
Including the steel square tube 1 being fixed on body of wall, being provided with " work " word steel 3 in steel square tube 1, " work " word steel is through thickness
" L " type adaptor 2 is affixed with steel square tube；" work " word steel arranges the main joist being made up of zinc-plated square tube 6,
The zinc-plated square tube the first galvanized steel adaptor 4 and the second galvanized steel adaptor 5 through being sequentially connected with, with " work " word steel
Fix as one；The inventive point of the technical program is:
Zinc-plated square tube (i.e. main joist) is provided with Zinc-coated angle steel 8；Zinc-coated angle steel arranges aluminium alloy switching
Part 9；Aluminium alloy adaptor is arranged at least by aluminum alloy frame 10, false keel 10b and bright frame limit 19 structure
The dry-hanging component become；
In the tower structure that aluminum alloy frame and bright frame limit are constituted, it is provided with backing 12 and ceramic thin plate 11；
Between backing and ceramic thin plate, arranging adhesive layer 13, backing and ceramic thin plate are fixed as one by adhesive layer；
Dry-hanging component in the technical program is alloy profile, in the inner side at least one limit of alloy profile, arranges
There is at least one positioning convex；At each positioning convex, it is respectively arranged with damping adhesive tape 14；
On an outside on bright frame limit, it is provided with bright frame limit flange 19a；
Between the side of two pieces of adjacent ceramic thin plates, inlay and be provided with weather proofing sealant 15.
Between each aluminium alloy adaptor, aluminum alloy frame, false keel and bright frame limit in the technical program, use
Connected structure connects as one.
Main joist in the technical program uses zinc-plated square tube to constitute, between two sections of zinc-plated square tube ends connected,
Grafting is provided with long column lock pin 7, to ensure the location between each zinc-plated square tube and bonding strength.
Fig. 3 gives the structural representation of aluminium alloy adaptor 10, as seen from the figure, is constituting described aluminium alloy
On one T-shaped limit of the alloy profile of adaptor, it is provided with at least one first positioning convex 14, in the first location
Damping adhesive tape 14 it is provided with in projection.
Understanding in conjunction with shown in Fig. 2, the first positioning convex and the combination damping adhesive tape, at aluminium alloy adaptor and aluminum
Between alloy frame, constitute a combination type positioning cushioning structure so that by original between each section components
Hard contact changes soft contact into, allows general frame structure be provided with stronger buffer capacity and loosing prevention performance.
Fig. 4 gives the structural representation of false keel contact, as seen from the figure, at the alloy-type constituting false keel 10b
On one T-shaped limit of material, it is provided with at least one second positioning convex 18b.
The alloy profile of false keel arranges the second positioning convex structure, on the one hand can be by between each section bar connected structure
The way of contact, by original point contact and stress, change into wire type (or facial) contact and force modes, increase
Born external force ability between strong each section bar component, is favorably improved whole skin decoration fixed frame
Wind loading rating and strengthen its overall security, stability.
Similarly, the second positioning convex also can be with damping adhesive tape with the use of (in this figure for brevity, not marking
Damping adhesive tape)；False keel alloy profile arranges the second positioning convex and the purpose of damping adhesive tape and effect, with
Aforementioned first positioning convex is identical with the composite construction of damping adhesive tape, and narration is not repeated at this.
Fig. 5 gives the structural representation of bright frame node, and as seen from the figure, bright frame limit 10c uses double H-type alloy-type
Material structure, on the opposite face constituting double H-type alloy profile H type limit inboard groove, is correspondingly arranged at least respectively
A pair the 3rd positioning convex 18c.
Two the 3rd positioning convex being herein oppositely arranged, for inserting the aluminium alloy group corner brace of H type limit inboard groove
16 (seeing shown in Fig. 1, Fig. 2, be also called corner plug-in unit) play spacing effect, can avoid corner plug-in unit
Abrasion to section bar, contributes to extending the service life of the double H-type alloy profile constituting bright frame limit, and then extends whole
The service life of individual dry-hanging component.
Also can learn by scheming, on the bright frame side 19 of bright frame limit 10c, be provided with bright frame side flange 19a；Adopt
Use this structure, contribute to the in place/location of ceramic thin plate and backing, also greatly enhance ceramic thin plate and backing
Crystallized ability, additionally aid replacing and the dismounting of ceramic thin plate.
All inlay/be fixed on one due to every piece of ceramic thin plate in the technical program to be made up of four bright frame limits
In framework, when in whole sidewalls, a certain piece of ceramic thin plate damages, by the bright frame limit that dismounting is corresponding, can be not
In the case of affecting other periphery ceramic thin plates, individually remove the ceramic thin plate that certain block damages；Use above-mentioned construction party
After method so that the dismounting of ceramic thin plate and be more referred to as possibility, and greatly reduce decorating building exterior wall
Maintenance workload and maintenance cost.
In Fig. 6, give the structural representation of a backing node embodiment, zinc-plated square tube (main joist) in figure
6 are directly anchored on the body of wall of building through angle steel, are provided with Zinc-coated angle steel 8a in zinc-plated square tube, two platings
Between zinc angle steel, it is provided with aluminium alloy support member 9a, by adhesive layer 13 between ceramic thin plate 11 and backing 12
Fix as one.
As seen from the figure, by blind rivet 17a, ceramic thin plate 11 and backing 12 are tightly held in aluminium alloy support member
On 9a, on the one hand can strengthen the bulk strength of ceramic thin plate by backing, on the other hand, tie by backing node
Structure, can strengthen stability in the large and the firmness of ceramic thin plate, is favorably improved the wind resistance in whole decorative exterior wall face
Ability and the stability of every piece of large size ceramic thin plate.
In Fig. 7, give the simplification structural implementation of the technical program, as seen from the figure, at aluminum alloy frame
And in the tower structure of bright frame limit 19 composition, it is provided with backing 12 and ceramic thin plate 11；At backing and pottery
Between thin plate, arranging adhesive layer 13, backing and ceramic thin plate are fixed as one by adhesive layer.Bright frame on bright frame limit
On side 19, it is provided with bright frame side flange 19a；Between the side of two pieces of adjacent ceramic thin plates, fill/
Inlay and be provided with weather proofing sealant 11.
Ceramic thin plate and back structure are set, and bright frame side flange knot is set on the bright frame side on bright frame limit
Structure, is filled with weather proofing sealant between the side of two adjacent ceramic thin plates, and its purpose and effect are the same described,
It is not repeated at this.
During practice of construction, the technical program presses construction operation pattern by deep fat, uses adhesive layer by backing
Fix as one with ceramic thin plate, be conducive to improving speed of application.
According to the bonding construction method of existing natural air drying, need the adhesive curing time of 48 hours, backing and pottery
Adhesive strength between porcelain thin plate just can meet the requirements, and presses construction operation pattern by deep fat, in the technical program
Need only to 12 minutes, i.e. can reach identical adhesive strength.After using the technical program, its efficiency of construction is
More than 4 times of traditional method.
Use the technical program dry-hanging component after so that the decorating structure of skin have wind resistance, loosing prevention,
Accurate positioning between jointless mosaic, each ceramic thin plate, it is easy to the remarkable advantages such as modular repair/replacing, building whole
Body decorative visual effects is remarkably reinforced, and the durability of decorative exterior wall is greatly improved.
Through the test of corresponding inspection center of country, after using the technical program, it is made up of aforementioned large size ceramic thin plate
Decorating building exterior wall, the frontal impact of 9 grades of strong wind can be born, the safety of whole skin and steady
Qualitative it is greatly improved.
The enforcement of the technical program, both can improve steadiness and the safety of building exterior wall finishing attachment, drop again
The low requirement of strength to supporting construction, contributes to reducing construction cost and building cost so that the pottery of big specification
Building board had both had decoration functions, had stronger resistive/voltage endurance capability the most simultaneously, and the requirement to using environment enters one
Step reduces, and applicable region is expanded further.
This utility model can be widely used for the installing area of large size ceramic class sheet material for building.
Claims (7)
1., for a dry-hanging component for ceramic thin plate, including the main joist being made up of zinc-plated square tube, it is characterized in that:
Described zinc-plated square tube arranges Zinc-coated angle steel, Zinc-coated angle steel arranges aluminium alloy adaptor；
Aluminium alloy adaptor arranges cladding group be at least made up of aluminum alloy frame, false keel and bright frame limit
Part；
In the tower structure that aluminum alloy frame and bright frame limit are constituted, backing and ceramic thin plate are set；
Arranging adhesive layer between backing and ceramic thin plate, described adhesive layer by affixed to backing and ceramic thin plate is
Integrally；
Described dry-hanging component is alloy profile, in the inner side at least one limit of alloy profile, is provided with at least
One positioning convex；
At described positioning convex, it is respectively arranged with damping adhesive tape；
On the bright frame side on stated clearly frame limit, it is provided with bright frame side flange；
Between the side of two pieces of adjacent ceramic thin plates, inlay and be provided with weather proofing sealant.
2., according to the dry-hanging component for ceramic thin plate described in claim 1, it is characterized in that described aluminium alloy
Between adaptor, aluminum alloy frame, false keel and bright frame limit, plug in construction is used to connect as one.
3., according to the dry-hanging component for ceramic thin plate described in claim 1, it is characterized in that constituting described aluminum
On one T-shaped limit of the alloy profile of alloy adaptor, it is provided with at least one first positioning convex.
4., according to the dry-hanging component for ceramic thin plate described in claim 1, it is characterized in that in described composition
On one T-shaped limit of the alloy profile of false keel, it is provided with at least one second positioning convex.
5., according to the dry-hanging component for ceramic thin plate described in claim 1, it is characterized in that described bright frame limit
For double H-type alloy profile, on the inboard groove opposite face on a H type limit constituting double H-type alloy profile,
It is correspondingly arranged at least one pair of the 3rd positioning convex respectively.
6., according to the dry-hanging component for ceramic thin plate described in claim 1, it is characterized in that described backing is
Pulling force carbon fibre web or metal corrugated core.
7., according to the dry-hanging component for ceramic thin plate described in claim 1, it is characterized in that at described ceramic thin
The middle part of plate or non-edge position, be provided with backing node, at described backing node, and zinc-plated square tube warp
Angle steel is directly anchored on the body of wall of building, is provided with several Zinc-coated angle steel in zinc-plated square tube, zinc-plated at two
Between angle steel, it is provided with " Л " font or " П " font aluminium alloy support member, at " Л " font or " П "
On font aluminium alloy support member, blind rivet is set, ceramic thin plate, adhesive layer and backing are fixed on " Л " font or " П "
On font aluminium alloy support member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620250078.3U CN205476280U (en) | 2016-03-28 | 2016-03-28 | A hang subassembly futilely for ceramic sheet metal |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620250078.3U CN205476280U (en) | 2016-03-28 | 2016-03-28 | A hang subassembly futilely for ceramic sheet metal |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205476280U true CN205476280U (en) | 2016-08-17 |
Family
ID=56648545
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620250078.3U Expired - Fee Related CN205476280U (en) | 2016-03-28 | 2016-03-28 | A hang subassembly futilely for ceramic sheet metal |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205476280U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106381974A (en) * | 2016-08-31 | 2017-02-08 | 佛山市柏茨装饰墙体技术有限公司 | Glass hanger, light-weight glass hanging wall system using glass pendant and method |
| CN108360784A (en) * | 2018-02-02 | 2018-08-03 | 上海品宅装饰科技有限公司 | Dry-hang wall brick and its construction method in a kind of assembled room |
-
2016
- 2016-03-28 CN CN201620250078.3U patent/CN205476280U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106381974A (en) * | 2016-08-31 | 2017-02-08 | 佛山市柏茨装饰墙体技术有限公司 | Glass hanger, light-weight glass hanging wall system using glass pendant and method |
| CN108360784A (en) * | 2018-02-02 | 2018-08-03 | 上海品宅装饰科技有限公司 | Dry-hang wall brick and its construction method in a kind of assembled room |
| CN108360784B (en) * | 2018-02-02 | 2023-10-27 | 上海品宅装饰科技有限公司 | Assembled indoor dry-hanging wall brick and construction method thereof |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210421 Address after: 336400 No.1, huangjinduiyuan South Avenue, Shanggao County, Yichun City, Jiangxi Province Patentee after: Jiangxi bonuoyan building materials Co.,Ltd. Address before: The new town Pinghu venture Road Jiaxing city Zhejiang province 314211 City No. 2 Patentee before: GROUP JOE GROUP Co.,Ltd. |
|
| TR01 | Transfer of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160817 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |