CN103510679A - Architectural ceramic sheet aluminum honeycomb composite hanging system and construction method thereof - Google Patents
Architectural ceramic sheet aluminum honeycomb composite hanging system and construction method thereof Download PDFInfo
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- CN103510679A CN103510679A CN201310514382.5A CN201310514382A CN103510679A CN 103510679 A CN103510679 A CN 103510679A CN 201310514382 A CN201310514382 A CN 201310514382A CN 103510679 A CN103510679 A CN 103510679A
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Abstract
The invention relates to the field of curtain walls, in particular to an architectural ceramic sheet aluminum honeycomb composite hanging system and a construction method of the composite hanging system. The architectural ceramic sheet aluminum honeycomb composite hanging system comprises a wall body, a keel, hanging pieces, an aluminum alloy black frame, stainless steel square tubes and ceramic aluminum honeycomb composite boards. The construction method comprises the following steps: the ceramic aluminum honeycomb composite boards are installed on the keel of the wall body through the hanging pieces and the aluminum alloy black frame; the stainless steel square tubes are filled in clearances between the adjacent ceramic sheet aluminum honeycomb composite boards. By virtue of the structure and the method, the stainless steel square tubes are used to fill the clearances to avoid the ageing problem caused by sealant filling. The architectural ceramic is composite with the aluminum honeycomb to form the firm structure which has the advantages of strong impact-resistant performance, simple structure, high safety performance, and can be applied to various sites.
Description
Technical field
The present invention relates to curtain wall field, relate in particular to compound system and the job practices thereof of mounting of architectural pottery thin plate aluminium honeycomb.
Background technology
The architectural pottery industry of China is developed rapidly in the time of nearly more than ten years, the advantages for development and the opportunity that rely on inside and outside, become the production and consumption big country of world architecture pottery, the more than half architectural pottery in the whole world originates from China, and China's architectural pottery has occupied consequence on international arena as can be seen here.On vast territory, architectural pottery producing region has covered most areas, and many areas have formed the architectural pottery cluster showing unique characteristics.
Dry hanging construction, for wet combining method (claiming again grouting), has and can avoid surface contamination, variable color " anti-alkali ", makes stone material keep color gloss; The mode that adopts flat moulded prefabricated, has improved speed of application, and the impact that changes of few climate, has saved the extra charge that wet combining Fa Dongshi, rain are executed generation; Can avoid the advantages such as stone material comes off, therefore be widely used.
But current curtain wall construction exists following shortcoming, and the time is long, the fluid sealant that joint filling is used is easily aging, easily produces gap between slabstone, and at Used in Rainy Seasons of Southern Cities, rainwater can infiltrate in body of wall from outside to inside; At north of china in winter, because body of wall internal-external temperature difference is very large, internal temperature is high, and external temperature is low, and this will cause the carbonated drink of wall inside to separate out outside mutually, causes the alkalization of slabstone envelope.
Summary of the invention
The object of the invention is to propose the compound system that mounts of architectural pottery thin plate aluminium honeycomb, its security performance is high.
Another object of the present invention is to propose the job practices of architectural pottery thin plate heat preservation decoration integrative structure, the compound system that mounts of architectural pottery thin plate aluminium honeycomb of utilizing the method to construct, use the joint filling of stainless steel square tube, can be not aging as fluid sealant, architectural pottery thin plate, after compound with aluminium honeycomb, forms tough and tensile integral body, has superpower impact resistance performance, security performance is high, can be applicable to all kinds of places.
For reaching this object, the present invention by the following technical solutions:
The compound system that mounts of architectural pottery thin plate aluminium honeycomb, comprises body of wall, keel, suspension member, the aluminium alloys back of the body frame, stainless steel square tube and ceramic aluminium honeycomb composite plate;
Described keel are zinc-plated square steel, form in length and breadth grid and are arranged on described body of wall;
Described suspension member is on section bar ，Cong cross section, to see that it has the suspension member draw-in groove of " U " type, and described suspension member is fixed on described keel.
The upper and lower two edges of whole system are provided with side suspension member, and one end of two ceramic aluminium honeycomb composite plate junctions, from wherein one end of Shang Kanqi upper end, cross section or lower end, be provided with the described suspension member draw-in groove of " U " type, described side suspension member has two described suspension member draw-in grooves, mutually form longitudinal avoiding hollow groove, described in each, suspension member draw-in groove is installed a described ceramic aluminium honeycomb composite plate, the gap forming between described ceramic aluminium honeycomb composite plate is positioned at the dead ahead of described longitudinal avoiding hollow groove, and described stainless steel square tube is arranged in described longitudinal avoiding hollow groove;
In whole system, the junction of four described ceramic aluminium honeycomb composite plates is provided with middle part suspension member, from cross section, its upper and lower two ends have the described suspension member draw-in groove of " U " type to described middle part suspension member, the notch direction of described suspension member draw-in groove is consistent, described middle part suspension member has four described suspension member draw-in grooves, mutually form described longitudinal avoiding hollow groove and horizontal avoiding hollow groove, described in each, suspension member draw-in groove is installed a described ceramic aluminium honeycomb composite plate, the gap forming between described ceramic aluminium honeycomb composite plate is positioned at the dead ahead of described longitudinal avoiding hollow groove and described horizontal avoiding hollow groove, described stainless steel square tube is arranged in described longitudinal avoiding hollow groove and described horizontal avoiding hollow groove,
Described ceramic aluminium honeycomb composite plate comprises architectural pottery thin plate and aluminum honeycomb panel, described architectural pottery thin plate and aluminum honeycomb panel are bonded together, described aluminium alloys back of the body frame is fixed on described aluminum honeycomb panel dorsal edge, described aluminium alloys back of the body frame is provided with the back of the body frame draw-in groove matching with described suspension member draw-in groove, and described ceramic aluminium honeycomb composite plate is carried on the back frame and is arranged on coordinating of described suspension member on described keel by described aluminium alloys;
Described stainless steel square tube is arranged in the gap between adjacent two described ceramic aluminium honeycomb composite plates.
Further, the width dimensions in the gap between described ceramic aluminium honeycomb composite plate is 20mm-25mm.
Further, described aluminium alloys back of the body frame and described aluminum honeycomb panel are used double faced adhesive tape and structural silicone adhesive to fix.
Further, described suspension member is used Stainless Steel Self Tapping Screws to be fixed on described keel, is also provided with the rubber pad that 1mm-3mm is thick between described suspension member and keel.
Further, described keel are provided with corner brace, described keel by expansion bolt by corner brace and wall connecting, thereby be fixed on body of wall.
Further, the external corner place of described body of wall is used the stainless steel junction plate that external surface is circular arc to connect two described ceramic aluminium honeycomb composite plates.
Further, the inner corner trim place of described body of wall, the described wherein side of a ceramic aluminium honeycomb composite plate connects the surface of ceramic aluminium honeycomb composite plate described in another piece.
Further, described stainless steel junction plate and described body of wall are used stainless steel screw to be fixed together.
Realize the compound job practices that mounts system of architectural pottery thin plate aluminium honeycomb as above, comprise the steps:
A, to adopt bonding adhesive that described architectural pottery thin plate and described aluminum honeycomb panel are carried out compound, treats that described bonding adhesive solidifies;
B, use hand-powered cutter cut into back of the body frame assembly by aluminium alloy extrusions;
C, use connector and blind rivet become described aluminium alloys back of the body frame by assembling back of the body frame assembly;
D, use described double faced adhesive tape that described aluminium alloys back of the body frame is affixed to described ceramic aluminium honeycomb composite plate;
F, inject described structural silicone adhesive in described aluminium alloys back of the body frame and described ceramic aluminium honeycomb composite plate junction;
G, naturally dry in the air and put described ceramic aluminium honeycomb composite plate and solidify to described structural silicone adhesive;
H, according to the installation site of described ceramic aluminium honeycomb composite plate, described surface of wall is carried out to segmentation lattice bullet lattice unwrapping wire;
I, according to the line lattice of described body of wall, described keel are installed to body of wall;
J, use hand electric screwdriver, be mounted to keel with machine tooth screw by described suspension member, middle part suspension member and described side suspension member, and the torsion of described hand electric screwdriver is 7kgf.cm-10kgf.cm;
Ceramic aluminium honeycomb composite plate described in k, paving;
L, described stainless steel square tube is installed to gap;
M, use clear water and cleaning agent are by described ceramic aluminium honeycomb composite plate surface scrub.
Further, naturally dry in the air while putting described ceramic aluminium honeycomb composite plate, described ceramic aluminium honeycomb composite plate is placed on clean and smooth wooden unit, storage temperature and humidity range are respectively 20 ℃-25 ℃ and 50%-55%.
The present invention, by above structure and method, uses the joint filling of stainless steel square tube, avoids using the problem of aging of fluid sealant joint filling, architectural pottery thin plate, after compound with aluminium honeycomb, forms tough and tensile integral body, has superpower impact resistance performance, simple in structure, security performance is high, can be applicable to all kinds of places.
Accompanying drawing explanation
Fig. 1 is the longitudinal cross-section structural representation that the present invention mounts an embodiment of system.
Fig. 2 is the enlarged diagram at A place in Fig. 1.
Fig. 3 is the lateral cross section structural representation that the present invention mounts an embodiment of system.
Fig. 4 is the body of wall external corner structure schematic diagram of the present invention embodiment mounting system.
Fig. 5 is the wall internal corner structural representation that the present invention mounts an embodiment of system.
Fig. 6 is the present invention middle part suspension member perspective view.
Fig. 7 is side suspension member perspective view of the present invention.
Wherein: 1, body of wall; 2, keel; 31, middle part suspension member; 32, side suspension member; 33, suspension member; 4, aluminium alloys back of the body frame; 5, stainless steel square tube; 6, ceramic aluminium honeycomb composite plate; 61, aluminum honeycomb panel; 62, architectural pottery thin plate; 7, stainless steel junction plate; 8, suspension member draw-in groove; 9, back of the body frame draw-in groove; 10, longitudinal avoiding hollow groove; 11, horizontal avoiding hollow groove.
The specific embodiment
Below in conjunction with accompanying drawing and by the specific embodiment, further illustrate technical scheme of the present invention.
As shown in Figures 1 to 5, the compound system that mounts of architectural pottery thin plate aluminium honeycomb, comprises body of wall 1, keel 2, suspension member 33, the aluminium alloys back of the body frame 4, stainless steel square tube 5 and ceramic aluminium honeycomb composite plate 6;
Described keel 2 are zinc-plated square steel, form in length and breadth grid and are arranged on described body of wall 1;
Described suspension member 33 sees that on section bar ，Cong cross section it has the suspension member draw-in groove 8 of " U " type, and described suspension member 33 is fixed on described keel 2.
As shown in Figure 7, the upper and lower two edges of whole system are provided with side suspension member 32, and one end of two ceramic aluminium honeycomb composite plate 6 junctions, from wherein one end of Shang Kanqi upper end, cross section or lower end, be provided with the described suspension member draw-in groove 8 of " U " type, described side suspension member 32 has two described suspension member draw-in grooves 8, mutually form longitudinal avoiding hollow groove 10, described in each, suspension member draw-in groove 8 is installed a described ceramic aluminium honeycomb composite plate 6, the gap forming between described ceramic aluminium honeycomb composite plate 6 is positioned at described longitudinal avoiding hollow groove 10 dead ahead, described stainless steel square tube 5 is arranged in described longitudinal avoiding hollow groove 10,
As shown in Figure 6, in whole system, the junction of four described ceramic aluminium honeycomb composite plates 6 is provided with middle part suspension member 31, as described in Figure 6, on suspension member 31Cong cross section, described middle part, see that its upper and lower two ends have the described suspension member draw-in groove 8 of " U " type, the notch direction of described suspension member draw-in groove 8 is consistent, described middle part suspension member 31 has four described suspension member draw-in grooves 8, mutually form described longitudinal avoiding hollow groove 10 and horizontal avoiding hollow groove 11, described in each, suspension member draw-in groove 8 is installed a described ceramic aluminium honeycomb composite plate 6, the gap forming between described ceramic aluminium honeycomb composite plate 6 is positioned at described longitudinal avoiding hollow groove 10 and described horizontal avoiding hollow groove 11 dead ahead, described stainless steel square tube 5 is arranged in described longitudinal avoiding hollow groove 10 and described horizontal avoiding hollow groove 11,
Described ceramic aluminium honeycomb composite plate 6 comprises architectural pottery thin plate 62 and aluminum honeycomb panel 61, described architectural pottery thin plate 62 and aluminum honeycomb panel 61 are bonded together, described aluminium alloys back of the body frame 4 is fixed on described aluminum honeycomb panel 61 dorsal edge, described aluminium alloys back of the body frame 4 is provided with the back of the body frame draw-in groove 9 matching with described suspension member draw-in groove 8, and described ceramic aluminium honeycomb composite plate 6 is carried on the back frame 4 and is arranged on coordinating of described suspension member 33 on described keel 2 by described aluminium alloys;
Described stainless steel square tube 5 is arranged in the gap between adjacent two described ceramic aluminium honeycomb composite plates 6.
Further, the width dimensions in the gap between described ceramic aluminium honeycomb composite plate 6 is 20mm-25mm.
Further, described aluminium alloys back of the body frame 4 is used double faced adhesive tape and structural silicone adhesive to fix with described aluminum honeycomb panel 61.
Further, described suspension member 33 is used Stainless Steel Self Tapping Screws to be fixed on described keel 2, between described suspension member 33 and keel 2, is also provided with the rubber pad that 1mm-3mm is thick.
Further, described keel 2 are provided with corner brace, and described keel 2 are connected corner brace by expansion bolt with body of wall 1, thereby are fixed on body of wall 1, and cross section length and width and the gauge of described keel are greater than or equal to 60mm*60mm*3mm.
Further, the external corner place of described body of wall 1 is used the stainless steel junction plate 7 that external surface is circular arc to connect two described ceramic aluminium honeycomb composite plates 6.
Further, the inner corner trim place of described body of wall 1, the described wherein side of a ceramic aluminium honeycomb composite plate 6 connects the surface of ceramic aluminium honeycomb composite plate 6 described in another piece.
Further, described stainless steel junction plate 7 is used stainless steel screw to be fixed together with described body of wall 1.
Realize the compound job practices that mounts system of architectural pottery thin plate aluminium honeycomb as above, comprise the steps:
A, employing bonding adhesive carry out described architectural pottery thin plate 62 and described aluminum honeycomb panel 61 compound, treat that described bonding adhesive solidifies;
B, use hand-powered cutter cut into back of the body frame assembly by aluminium alloy extrusions;
C, use connector and blind rivet become described aluminium alloys back of the body frame 4 by assembling back of the body frame assembly;
D, use described double faced adhesive tape that described aluminium alloys back of the body frame 4 is affixed to described ceramic aluminium honeycomb composite plate 6;
F, inject described structural silicone adhesive in described aluminium alloys back of the body frame 4 and described ceramic aluminium honeycomb composite plate 6 junctions;
G, naturally dry in the air and put described ceramic aluminium honeycomb composite plate 6 to described structural silicone adhesive and solidify;
H, according to the installation site of described ceramic aluminium honeycomb composite plate 6, segmentation lattice bullet lattice unwrapping wire is carried out in described body of wall 1 surface;
I, according to the line lattice of described body of wall 1, described keel 2 are installed to body of wall 1;
J, use hand electric screwdriver, be mounted to keel 2 with machine tooth screw by described suspension member 33, middle part suspension member 31 and described side suspension member 32, and the torsion of described hand electric screwdriver is 7kgf.cm-10kgf.cm;
Ceramic aluminium honeycomb composite plate 6 described in k, paving;
L, described stainless steel square tube 5 is installed to gap;
M, use clear water and cleaning agent are by the surperficial scrub of described ceramic aluminium honeycomb composite plate 6.
Further, naturally dry in the air while putting described ceramic aluminium honeycomb composite plate 6, described ceramic aluminium honeycomb composite plate 6 is placed on clean and smooth wooden unit, storage temperature and humidity range are respectively 20 ℃-25 ℃ and 50%-55%.
Pottery aluminium honeycomb composite plate can be realized batch production production and processing, and machining accuracy is high, quality assurance, and site operation is convenient and swift, efficiency is high, can complete fast every engineering; Architectural pottery thin plate color and luster is abundant, clean mark, generous style, "dead", durable in use, can well meet each space-like decorative effect; Architectural pottery thin plate, after compound with aluminium honeycomb, forms tough and tensile integral body, has superpower impact resistance performance, and security performance is high, can be applicable to all kinds of places; This system cost has clear superiority with respect to other facings such as glass plate, glassed steels.Be applicable to the interior decoration of all kinds of buildings, especially all kinds of large spaces, as the places such as subway, airport, railway terminal, bus station, applied range.
Know-why of the present invention has below been described in conjunction with specific embodiments.These are described is in order to explain principle of the present invention, and can not be interpreted as by any way limiting the scope of the invention.Explanation based on herein, those skilled in the art does not need to pay performing creative labour can associate other specific embodiment of the present invention, within these modes all will fall into protection scope of the present invention.
Claims (10)
1. the compound system that mounts of architectural pottery thin plate aluminium honeycomb, is characterized in that: comprise body of wall, keel, suspension member, the aluminium alloys back of the body frame, stainless steel square tube and ceramic aluminium honeycomb composite plate;
Described keel are zinc-plated square steel, form in length and breadth grid and are arranged on described body of wall;
Described suspension member is on section bar ，Cong cross section, to see that it has the suspension member draw-in groove of " U " type, and described suspension member is fixed on described keel.
The upper and lower two edges of whole system are provided with side suspension member, and one end of two ceramic aluminium honeycomb composite plate junctions, from wherein one end of Shang Kanqi upper end, cross section or lower end, be provided with the described suspension member draw-in groove of " U " type, described side suspension member has two described suspension member draw-in grooves, mutually form longitudinal avoiding hollow groove, described in each, suspension member draw-in groove is installed a described ceramic aluminium honeycomb composite plate, the gap forming between described ceramic aluminium honeycomb composite plate is positioned at the dead ahead of described longitudinal avoiding hollow groove, and described stainless steel square tube is arranged in described longitudinal avoiding hollow groove;
In whole system, the junction of four described ceramic aluminium honeycomb composite plates is provided with middle part suspension member, from cross section, its upper and lower two ends have the described suspension member draw-in groove of " U " type to described middle part suspension member, the notch direction of described suspension member draw-in groove is consistent, described middle part suspension member has four described suspension member draw-in grooves, mutually form described longitudinal avoiding hollow groove and horizontal avoiding hollow groove, described in each, suspension member draw-in groove is installed a described ceramic aluminium honeycomb composite plate, the gap forming between described ceramic aluminium honeycomb composite plate is positioned at the dead ahead of described longitudinal avoiding hollow groove and described horizontal avoiding hollow groove, described stainless steel square tube is arranged in described longitudinal avoiding hollow groove and described horizontal avoiding hollow groove,
Described ceramic aluminium honeycomb composite plate comprises architectural pottery thin plate and aluminum honeycomb panel, described architectural pottery thin plate and aluminum honeycomb panel are bonded together, described aluminium alloys back of the body frame is fixed on described aluminum honeycomb panel dorsal edge, described aluminium alloys back of the body frame is provided with the back of the body frame draw-in groove matching with described suspension member draw-in groove, and described ceramic aluminium honeycomb composite plate is carried on the back frame and is arranged on coordinating of described suspension member on described keel by described aluminium alloys;
Described stainless steel square tube is arranged in the gap between adjacent two described ceramic aluminium honeycomb composite plates.
2. the compound system that mounts of architectural pottery thin plate aluminium honeycomb according to claim 1, is characterized in that: the width dimensions in the gap between described ceramic aluminium honeycomb composite plate is 20mm-25mm.
3. the compound system that mounts of architectural pottery thin plate aluminium honeycomb according to claim 1, is characterized in that: described aluminium alloys back of the body frame and described aluminum honeycomb panel are used double faced adhesive tape and structural silicone adhesive to fix.
4. according to the compound system that mounts of architectural pottery thin plate aluminium honeycomb described in claim 1 or 2, it is characterized in that: described suspension member is used Stainless Steel Self Tapping Screws to be fixed on described keel, is also provided with the rubber pad that 1mm-3mm is thick between described suspension member and keel.
5. the compound system that mounts of architectural pottery thin plate aluminium honeycomb according to claim 1, is characterized in that: described keel are provided with corner brace, described keel by expansion bolt by corner brace and wall connecting, thereby be fixed on body of wall.
6. the compound system that mounts of architectural pottery thin plate aluminium honeycomb according to claim 1, is characterized in that: the external corner place of described body of wall is used the stainless steel junction plate that external surface is circular arc to connect two described ceramic aluminium honeycomb composite plates.
7. the compound system that mounts of architectural pottery thin plate aluminium honeycomb according to claim 1, is characterized in that: the inner corner trim place of described body of wall, the described wherein side of a ceramic aluminium honeycomb composite plate connects the surface of ceramic aluminium honeycomb composite plate described in another piece.
8. the compound system that mounts of architectural pottery thin plate aluminium honeycomb according to claim 1, is characterized in that: described stainless steel junction plate and described body of wall are used stainless steel screw to be fixed together.
9. realize the compound job practices that mounts system of architectural pottery thin plate aluminium honeycomb as described in claim 1-8, it is characterized in that comprising the steps:
A, to adopt bonding adhesive that described architectural pottery thin plate and described aluminum honeycomb panel are carried out compound, treats that described bonding adhesive solidifies;
B, use hand-powered cutter cut into back of the body frame assembly by aluminium alloy extrusions;
C, use connector and blind rivet become described aluminium alloys back of the body frame by assembling back of the body frame assembly;
D, use described double faced adhesive tape that described aluminium alloys back of the body frame is affixed to described ceramic aluminium honeycomb composite plate;
F, inject described structural silicone adhesive in described aluminium alloys back of the body frame and described ceramic aluminium honeycomb composite plate junction;
G, naturally dry in the air and put described ceramic aluminium honeycomb composite plate and solidify to described structural silicone adhesive;
H, according to the installation site of described ceramic aluminium honeycomb composite plate, described surface of wall is carried out to segmentation lattice bullet lattice unwrapping wire;
I, according to the line lattice of described body of wall, described keel are installed to body of wall;
J, use hand electric screwdriver, be mounted to keel with machine tooth screw by described suspension member, middle part suspension member and described side suspension member, and the torsion of described hand electric screwdriver is 7kgf.cm-10kgf.cm;
Ceramic aluminium honeycomb composite plate described in k, paving;
L, described stainless steel square tube is installed to gap;
M, use clear water and cleaning agent are by described ceramic aluminium honeycomb composite plate surface scrub.
10. the compound job practices that mounts system of architectural pottery thin plate aluminium honeycomb according to claim 1, it is characterized in that: naturally dry in the air while putting described ceramic aluminium honeycomb composite plate, described ceramic aluminium honeycomb composite plate is placed on clean and smooth wooden unit, and storage temperature and humidity range are respectively 20 ℃-25 ℃ and 50%-55%.
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