CN101691789B - Dry-hanging device of curtain wall with embedded bayonet type stone composite thermal insulation layer and dry-hanging method thereof - Google Patents
Dry-hanging device of curtain wall with embedded bayonet type stone composite thermal insulation layer and dry-hanging method thereof Download PDFInfo
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- CN101691789B CN101691789B CN2009101126114A CN200910112611A CN101691789B CN 101691789 B CN101691789 B CN 101691789B CN 2009101126114 A CN2009101126114 A CN 2009101126114A CN 200910112611 A CN200910112611 A CN 200910112611A CN 101691789 B CN101691789 B CN 101691789B
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Abstract
The invention discloses a dry-hanging device of a curtain wall with an embedded bayonet type stone composite thermal insulation layer and a dry-hanging method thereof and relates to the curtain wall of a building. The invention provides the dry-hanging device of the curtain wall with the embedded bayonet type stone composite thermal insulation layer and the dry-hanging method thereof, wherein, the dry-hanging device has better wind pressure resistance and better thermal insulation performance. The dry-hanging device is provided with a composite of a matrix and the thermal insulation layer, a fixing mechanism of a wall body, a screw rod and a double-button connecting dowel pin. The composite of the matrix and the thermal insulation layer is provided with the matrix, the thermal insulation layer, a bayonet and a washer; and the fixing mechanism of the wall body is provided with an L-shaped corner brace connecting part, an L-shaped keel fixing part and fixing bolts of a corner brace and a keel, the screw rod is inserted from the back of a transverse hole of the L-shaped corner brace connecting part and embedded in a plastic injection nut hole of the bayonet, one end of the screw rod is fastened on the L-shaped corner brace connecting part through the screw rod and a fixing nut of the corner brace connecting part, and the other end of the screw rod is fastened on the bayonet and a bayonet nut through a hexagon nut with the washer. The double-button connecting dowel pin used for connecting the adjacent matrixes is arranged in back grooves on the back surfaces of the matrixes, thereby mutually connecting the two adjacent matrixes.
Description
Technical field
The present invention relates to a kind of curtain wall of building, especially relate to a kind of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device and dried hanging method thereof.
Background technology
Continuous development along with the skin decoration technique, adopt the method for curtain wall in many buildings, to be applied, particularly stone curtain wall has good decorative property, stone curtain wall and structural wall identity distance from short and adjustable, safe characteristics such as firm, corrosion-resistant, and its application is more extensive.
Notification number provides a kind of building dry-fasten stone curtain wall fixture for the utility model patent of CN2332769, mainly form by support, hypotenuse connector, right angle positioning link, connecting bolt, the fixed head of hypotenuse connector is stacked on the short right-angle side upper surface of support, its grafting hypotenuse stretches into the prefabricated respective slots of slabstone inwall, the fixed head of right angle positioning link is stacked on the fixed head of hypotenuse connector, be fastenedly connected with bolt, packing ring, nut, its right-angle side is posted by the slabstone inwall and plays the role of positioning, slabstone and slabstone seam crossing silica gel sealing.This utility model can reduce the spacing of stone material distance structure metope, increases safe firmness, and distance is adjustable, easy to use.
Notification number provides the syndeton of a kind of granite curtain wall and curtain wall for the utility model patent of CN201292631, described glass fixed structure is by the last wall steel part that is arranged on granite cover plate lateral surface, the aluminium alloys crossbeam, crossbeam back cover plate and the crossbeam pressing plate that are arranged on wall steel part one side are formed, and glass is fixed in the groove of aluminium alloys crossbeam; Described granite is fixed, be by being arranged on the pre-embedded steel slab on the body of wall, be arranged on the chemical bolt of wall steel part and body of wall fixed position, angle bar is fixedly connected on the outside of wall steel part by stainless steel bolt, stainless steel bolt, described stainless steel suspension member one end connects goes up the wall steel part, and the other end is inserted in granitic medial surface.This utility model can realize that the slit between granite curtain wall and the curtain wall the seepage rainwater can not occur, and reaches the prolongation greatly of general structure durability, and does not affect the appearance.
Notification number provides a kind of pottery-stone connector and method of attachment for the patent of invention of CN1587586.Pottery-stone connector comprises the fixedly stone material of shaped steel, protruding steelframe, recessed steelframe, tommyhead bolt and band T-slot.Fixedly the hole of opening, shaped steel two surfaces is in-line up-down adjustment hole and T font bidirectional modulation hole.The top of tommyhead bolt is oval-shaped flat board.The recessed steelframe of phase interlock and protruding steelframe be installing/dismounting at any time, is full of fixing glue between the two.Between tommyhead bolt and building stones T type groove, be full of fixing glue.The brace method of pottery-stone connector, fixedly shaped steel is fixed by bolts on the ceiling, and protruding steelframe is installed on the another side, and recessed steelframe and protruding steelframe are interlocked, and stone material is installed on protruding steelframe and the recessed steelframe by tommyhead bolt.But if realize that in advance in factory T type bolt and slabstone T groove being full of fixing glue realizes fixing, the long T type bolt that exposes that is implanted on the slabstone 4 jiaos causes great inconvenience in the means of transportation that transports the building site to, and hurts the stone matrix.Perhaps earlier T type bolt and slabstone T groove are full of fixing glue realizes installing after fixing in the building site again.Because the weather of building site, comprises that the degree of dependence of the mode that other existing cladding methods of attachment application glue are directly fixed is quite strong along with the stability of season and the restive fixing glue of weather, therefore when fixing glue is unstable, hidden danger is just arranged on the safety.The installation principle of this method is to adopt that fixedly shaped steel is fixing, the stone band implant 4 the T type bolts of length move.During installation, when after glue fixes, will install extension, 4 take root in the T type bolt that is fixed on slabstone can't be evenly stressed inserts simultaneously that fixedly a side T font bidirectional modulation hole or a side of shaped steel are in the hole of yi word pattern adjustment hole, 4 T type bolts that are fixed on slabstone bear different twisting forces, damage T type slotted eye, damage the structure-bearing point, become 3 carryings or 2 these sheet stone materials of carrying, on safety, have hidden danger.The mounting technique degree of dependence of engineering construction process is high.
Slabstone is very thin through opening T type slot pitch plate face, the top of the tommyhead bolt of implanting is the ellipse flat board, its steel is rigid, the resisting wind press capacity of 4 contacts (carrying force) of rigid, the glue of stone, slabstone, the performance of expanding with heat and contract with cold, and the plane is subjected to the recovery capability of active force distortion obviously not enough.
Summary of the invention
The object of the present invention is to provide a kind of Wind-Pressure Resistance and heat-insulating property curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device preferably.
Another object of the present invention is to provide a kind of dried hanging method that adopts the curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device.
Curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device of the present invention is provided with matrix insulation layer complex, body of wall fixed mechanism, screw rod and two linking and connects dowel pin.
Matrix insulation layer complex is provided with matrix, insulation layer, snib and pad; Have back-trough at the matrix back side, snib is located between matrix and the insulation layer, and it is interior fixing that snib embeds the back-trough at the matrix back side, is used for the outer tooth of the snib nut sleeve of fastening matrix at snib, and it is fastening that snib and matrix are formed; The pad that is used to adjust stone material thickness is located between snib and the snib nut; Stickup face at insulation layer is provided with groove, and the stickup face of insulation layer sticks on the back side of matrix, is provided with adhesive-layer between insulation layer and matrix, and matrix, adhesive-layer and insulation layer are combined into one.
The body of wall fixed mechanism is provided with the set bolt of L shaped angle sign indicating number connector, L shaped keel fixture and angle sign indicating number and keel, L shaped angle sign indicating number connector is located at the front of L shaped keel fixture, the set bolt of angle sign indicating number and keel is located between L shaped keel fixture and the L shaped angle sign indicating number connector, and L shaped keel fixture and L shaped angle sign indicating number connector are connected to a fixed; L shaped angle sign indicating number connector is through the set bolt of angle sign indicating number and keel, be fastened on the L shaped keel fixture, the set bolt and the L shaped keel fixture of L shaped angle sign indicating number connector, angle sign indicating number and keel are integral, on L shaped keel fixture, punch, be used for L shaped keel fixture being fixed on wall by expansion bolt.
Screw rod inserts from the transverse holes back of L shaped angle sign indicating number connector, and the injection moulding nut bore of embedding snib, screw rod one end is fastened on the sign indicating number connector of L shaped angle by " screw rod and angle sign indicating number connector hold-down nut ", and the screw rod other end is fastened on snib and the snib nut by band pad hex nut.
Two the linking that is used to connect adjacent matrix connects dowel pin and is located in the back-trough at the matrix back side, and two adjacent matrixes are connected to each other.
The cross section of described back-trough preferably is spill.The pad that is used to adjust stone material thickness is located between snib and the snib nut, plays buffer protection function.
Described adhesive-layer can be PUR thermosol glue-line, and insulation layer can adopt high molecular fire retardant EPS insulation layer.
Described card is fastened and can be adopted plastic clip to inject nut in fastening, and the cross section of described snib is preferably convex, and cross section is that the back-trough at the snib of convex and the matrix back side is concavo-convex matched.
Described L shaped keel fixture is preferably L shaped angle steel material.
The dried hanging method of employing curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device of the present invention may further comprise the steps:
1) back-trough is opened at the matrix back side of well cutting;
2) will be embedded with in the snib embedding back-trough of snib nut;
3) from the outer tooth socket of the snib pad of packing into;
4) be used for the outer tooth of the snib nut sleeve of fastening stone material, snib nut, pad, snib and matrix formed be fastenedly connected, make snib be fastened on matrix inside at snib;
5) on insulation layer, open 4 grooves;
6) the stickup face that will hold the insulation layer of groove successfully brushes adhesive-layer, the stickup face of insulation layer is compounded in the stickup face of the matrix that embeds snib, fastening formation matrix insulation layer complex again;
7) on L shaped keel fixture, punch, L shaped keel fixture is fixed on the wall by expansion bolt;
8) with the set bolt of L shaped angle sign indicating number connector by angle sign indicating number and keel, be fastened on the L shaped keel fixture, make the set bolt of L shaped angle sign indicating number connector, angle sign indicating number and keel and L shaped keel fixture form the body of wall fixed mechanism and be fixed on the metope by expansion bolt;
9) insert screw rod from the transverse holes back of L type angle sign indicating number connector, make between the injection moulding nut bore of L shaped angle sign indicating number connector and snib to be connected, and screw rod is fastened on the sign indicating number connector of L type angle with angle sign indicating number connector hold-down nut; With band pad hex nut screw rod is fastened on snib and the snib nut, realizes that the connection between matrix insulation layer complex and the body of wall fixed mechanism is fastening;
10) after the 1st block of matrix insulation layer complex base material installs, two linking connect in the back-trough that dowel pin pushes mounted matrix, again the 2nd adjacent matrix insulation layer complex connect dowel pin and insert along two linking;
11) jointing is cleaned, and promptly finishes and adopts the cladding of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device.
Compare with the cladding technology of existing constructure screen wall, the present invention has following outstanding advantage:
1) owing to adopt plastic clip to fasten, the plastics snib embeds in the back-trough of matrix, the design of the matrix slotted eye of dual different shape combination, and pulling capacity increases, and dual preventing comes off; The snib nut that is used for the fastening stone material is embedded in the plastics snib, when the ageing of plastics of outer wrapping, the snib nut of injection also can fasten matrix alone, prevents to come off, multiple safety guarantee setting, therefore not only solved and really be implemented in prior embedding plastics snib in the factory, and fastening and fixing with matrix, when tightening fastening matrix, the plastics snib can not become flexible, can not destroy groove, and rectangular plastic clip bolt to touch area bigger, resisting wind press capacity is better.
2) because the flexible toughness of the hardware features of matrix and the plastics snib that embeds matrix slotted eye inside contacts, therefore not only play the effect of buffering, decompression, antidetonation, and solved the problem of expanding with heat and contract with cold and causing, improved weather resistance to curtain wall.
3) owing to the method for the embedded injection moulding nut embedding of employing plastics snib stone material inside, therefore effectively prevent and solve the reaction of steel iron substance and stone material mineral matter and the rust staining of generation, pollution is penetrated into stone surface, has saved a large amount of cleaning of later stage.
4) owing to can in the field, workshop, process groove, embed the plastics snib, and the embedded injection moulding nut of plastics snib, therefore connecting terminal accurate positioning, can make the disposable installation of the more convenient screens of curtain wall personnel is installed, more convenient, solved engineering construction to technical degree of dependence; And the plastic clip stud structure that embeds is reasonable in design, does not protrude insulation layer, and freight is saved in the transportation of being more convenient for.
5) because the embedded injection moulding nut of plastics snib is to insert screw rod from sign indicating number connecting hole back, L type angle, insert again and be screwed into connection and embedded injection moulding nut in the matrix, screw rod is when tightening, and the clamping part of plastics snib can not rotate or be loosening, and therefore not only matrix can not produce torsion, can not destroy the tongue-and-groove pore structure, and the plastics snib contact with stone material more in large area fastening, four jiaos of pulling capacity balances, pulling capacity increases, more difficultly be subjected to the external force effect destroyed, improved security performance.
6) because the embedded injection moulding nut of plastics snib is to insert screw rod from sign indicating number connecting hole back, L type angle, insert again and be screwed into connection and embedded injection moulding nut in the matrix, except that itself possesses pulling capacity, the junction of screw rod and injection moulding, also have a wee bit gap to possess twisting resistance, therefore can get rid of rigid contact and bring the load reflection, improve the recovery capability after active force is out of shape, thoroughly solve the stone plane problem on deformation.
7) owing to adopt high molecular fire retardant EPS insulation layer, composite bed has covered matrix, the embedded injection moulding nut of plastics snib, therefore the heat-insulating property of curtain wall is better, is not subjected to the ultraviolet ray irradiation, prevents plastics and glue oxidation, reduced air leakage, and rain penetration, further improved weather resistance, and improved heat insulation and soundproof effect.
8) owing to adopt high molecular fire retardant EPS insulation layer, composite bed has covered matrix, has therefore improved the performance of the Wind-Pressure Resistance of matrix (superthin stone), increases cushion effect.Because stone material is through the cutting of mining, factory, high temperature grinding, stone material itself is natural fragility material, passes through the multiple working procedure of loaded down with trivial details complexity again, can produce problem such as secretly split.But pass through the high viscous force effect of the insulation layer of composite high-molecular EPS, even can tightly adsorb the external force effect and be fixed on original position in the broken stone material part of initiation down, the danger that effectively prevents and avoid the high-altitude to fall be more advanced one deck and is improved security performance.
9) owing to adopt two the linking of plastics to connect dowel pin, be connected on the basis of angle sign indicating number connector in 4 carrying forces by each piece stone slab, originally each piece stone slab member is independent, softly again do comprehensive connection, form the soft of whole curtain wall and pin down, formed the whole antidetonation and the performance of Wind-Pressure Resistance.
10) because by the last two key of joints that anchor of plastics that have been fit in the stone material groove, anchor key of joint and push tongue-and-groove along plastics are two, adjust level up and down again, more guaranteed stone material this in tighten do not have fixing the time stressed, or bear torsion, solved that stone material destroyedly causes fracture, problem such as drop, and fixed unified purpose seam and level, reduced engineering construction up hill and dale and installed, further ensured workmanship technical degree of dependence.
In sum, the present invention falls sharply the base material deadweight, and engineering construction is installed lighter, alleviated the bearing capacity of building structure, alleviate the bearing load of fabric structure,, be applicable to that more highrise building and high-strength anti-seismic external wall are cladding for high-rise curtain wall provides convenience.In addition, antidetonation, resistance to compression, weather-proof, insulation, heat insulation, sound insulation, fire prevention, performance such as light are better, move indoor curtain wall decoration design at following rail wheel type, have satisfied the intermiscibility that receives function and decorative effect of the interior space.
Description of drawings
Fig. 1 is the plan structure schematic diagram of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device embodiment of the present invention.
Fig. 2 is the side-looking structural representation of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device embodiment of the present invention.
Fig. 3 is the stereochemical structure effect schematic diagram of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device embodiment of the present invention.
Fig. 4 removes the stereochemical structure effect schematic diagram of composite bed for Fig. 3.
Fig. 5 is the perspective view of the embedded injection moulding nut of plastics snib of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device embodiment of the present invention.
Fig. 6 is the vertical view of Fig. 5.
Fig. 7 is the A-A sectional drawing of Fig. 6.
Fig. 8 is the B-B sectional drawing of Fig. 6.
Fig. 9 is the perspective view of the L shaped keel fixture of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device embodiment of the present invention.
Figure 10 is two perspective view that connect dowel pin that link of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device embodiment of the present invention.
Figure 11 is the vertical view of Figure 10.
Figure 12 is the A-A sectional drawing of Figure 10.
Figure 13 is the B-B sectional drawing of Figure 10.
In Fig. 1～13, respectively be labeled as: 1. matrix (can select thickness 8mm above superthin stone), 2. adhesive-layer (hot pressure-sensitive colloidal sol), 3. insulation layer, 4. snib (embedded plastic nut), 5. snib nut (being used for the fastening stone material), 6. pad, 7. band fills up hex nut, 8. screw rod, 9. screw rod and angle sign indicating number connector hold-down nut, 10.L type angle sign indicating number connector, 11.L type keel fixture, the set bolt of 12. jiaos of sign indicating numbers and keel, 13. pairs link and connect dowel pin.
The specific embodiment
Following examples will the present invention is further illustrated in conjunction with the accompanying drawings.
Referring to Fig. 1～13, curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device of the present invention is provided with matrix insulation layer complex, body of wall fixed mechanism, screw rod 8 and two linking and connects dowel pin 13.
Matrix insulation layer complex is provided with matrix 1, insulation layer 3, snib 4 and pad 6; Have back-trough at matrix 1 back side, the cross section of back-trough is spill.Snib 4 is located between matrix 1 and the insulation layer 3, and snib 4 embeds interior the fixing of back-trough at matrix 1 back side, and the snib nut 5 that is used for fastening matrix 1 is enclosed within the outer tooth of snib 4, makes snib 4 and matrix 1 form fastening; The pad 6 that is used to adjust stone material thickness is located between snib 4 and the snib nut 5, plays buffer protection function simultaneously.Stickup face at insulation layer 3 is provided with groove, and the stickup face of insulation layer 3 sticks on the back side of matrix 1, is provided with adhesive-layer 2 between insulation layer 3 and matrix 1, and matrix 1, adhesive-layer 2 and insulation layer 3 are combined into one.Described adhesive-layer 2 can adopt PUR thermosol glue-line, and insulation layer can adopt high molecular fire retardant EPS insulation layer.Described card is fastened 4 and can be adopted plastic clip to fasten the interior nut that injects, and the cross section of described snib 4 is a convex, and cross section is that the snib 4 of convex is concavo-convex matched with the back-trough at matrix 1 back side.
The body of wall fixed mechanism is provided with the set bolt 12 of L shaped angle sign indicating number connector 10, L shaped keel fixture 11 and angle sign indicating number and keel, L shaped angle sign indicating number connector 10 is located at the front of L shaped keel fixture 11, the set bolt 12 of angle sign indicating number and keel is located between L shaped keel fixture 11 and the L shaped angle sign indicating number connector 10, and L shaped keel fixture 11 is connected to a fixed with L shaped angle sign indicating number connector 10; L shaped angle sign indicating number connector 10 is through the set bolt 12 of angle sign indicating number and keel, be fastened on the L shaped keel fixture 11, the set bolt 12 and the L shaped keel fixture 11 of L shaped angle sign indicating number connector 10, angle sign indicating number and keel are integral, punching is used for by expansion bolt L shaped keel fixture 11 being fixed on wall on L shaped keel fixture 11.Described L shaped keel fixture 11 can adopt L shaped angle steel material.
Two the linking that is used to connect adjacent matrix connects dowel pin 13 and is located in the back-trough at matrix 1 back side, and two adjacent matrixes are connected to each other.
Below provide the dried hanging method that adopts the curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device, concrete steps are as follows:
1) back-trough is opened at matrix 1 back side of well cutting;
2) will be embedded with in the snib 4 embedding back-troughs of snib nut 5;
3) from the outer tooth socket of snib 4 pad 6 of packing into;
4) the snib nut 5 that is used for the fastening stone material is enclosed within the outer tooth of snib 4, snib nut 5, pad 6, snib 4 and matrix 1 is formed be fastenedly connected, and makes snib 4 be fastened on matrix 1 inside;
5) on insulation layer 3, open 4 grooves;
6) the stickup face that will hold the insulation layer 3 of groove successfully brushes adhesive-layer 2, the stickup face of insulation layer 3 is compounded in the stickup face of the matrix 1 that embeds snib 4, fastening formation matrix insulation layer complex again;
7) punching on L shaped keel fixture 11 is fixed on the wall L shaped keel fixture 11 by expansion bolt;
8) with the set bolt 12 of L shaped angle sign indicating number connector 10 by angle sign indicating number and keel, be fastened on the L shaped keel fixture 11, make the set bolt 12 of L shaped angle sign indicating number connector 10, angle sign indicating number and keel and L shaped keel fixture 11 form the body of wall fixed mechanisms and be fixed on the metope P by expansion bolt;
9) insert screw rod 8 from the transverse holes back of L type angle sign indicating number connector 10, make between the injection moulding nut bore of L shaped angle sign indicating number connector 10 and snib 4 to be connected, and screw rod 8 is fastened on the L type angle sign indicating number connector 10 with angle sign indicating number connector hold-down nut 9; With band pad hex nut 7 screw rod 8 is fastened on snib 4 and the snib nut 5, realizes that the connection between matrix insulation layer complex and the body of wall fixed mechanism is fastening;
10) after the 1st block of matrix insulation layer complex base material installs, two linking connect in the back-trough that dowel pin 13 pushes mounted matrix 1, again the 2nd adjacent matrix insulation layer complex connect dowel pin 13 and insert along two linking;
11) jointing is cleaned, and promptly finishes and adopts the cladding of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device.
Claims (8)
1. the curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device is characterized in that being provided with matrix insulation layer complex, body of wall fixed mechanism, screw rod and two linking and connects dowel pin;
Matrix insulation layer complex is provided with matrix, insulation layer, snib and pad; Have back-trough at the matrix back side, snib is located between matrix and the insulation layer, and it is interior fixing that snib embeds the back-trough at the matrix back side, is used for the outer tooth of the snib nut sleeve of fastening matrix at snib, and it is fastening that snib and matrix are formed; The pad that is used to adjust stone material thickness is located between snib and the snib nut; Stickup face at insulation layer is provided with groove, and the stickup face of insulation layer sticks on the back side of matrix, is provided with adhesive-layer between insulation layer and matrix, and matrix, adhesive-layer and insulation layer are combined into one;
The body of wall fixed mechanism is provided with the set bolt of L shaped angle sign indicating number connector, L shaped keel fixture and angle sign indicating number and keel, L shaped angle sign indicating number connector is located at the front of L shaped keel fixture, the set bolt of angle sign indicating number and keel is located between L shaped keel fixture and the L shaped angle sign indicating number connector, and L shaped keel fixture and L shaped angle sign indicating number connector are connected to a fixed; L shaped angle sign indicating number connector is through the set bolt of angle sign indicating number and keel, be fastened on the L shaped keel fixture, the set bolt and the L shaped keel fixture of L shaped angle sign indicating number connector, angle sign indicating number and keel are integral, on L shaped keel fixture, punch, be used for L shaped keel fixture being fixed on wall by expansion bolt;
Screw rod inserts from the transverse holes back of L shaped angle sign indicating number connector, and the injection moulding nut bore of embedding snib, screw rod one end is fastened on the sign indicating number connector of L shaped angle by screw rod and angle sign indicating number connector hold-down nut, and the screw rod other end is fastened on snib and the snib nut by band pad hex nut;
Two the linking that is used to connect adjacent matrix connects dowel pin and is located in the back-trough at the matrix back side, and two adjacent matrixes are connected to each other.
2. curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device as claimed in claim 1 is characterized in that the cross section of described back-trough is spill.
3. curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device as claimed in claim 1 is characterized in that described adhesive-layer is a PUR thermosol glue-line.
4. curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device as claimed in claim 1 is characterized in that insulation layer is a high molecular fire retardant EPS insulation layer.
5. curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device as claimed in claim 1 is characterized in that described card is fastened to adopt plastic clip to inject nut in fastening.
6. curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device as claimed in claim 1, the cross section that it is characterized in that described snib is a convex, cross section is that the back-trough at the snib of convex and the matrix back side is concavo-convex matched.
7. curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device as claimed in claim 1 is characterized in that described L shaped keel fixture is L shaped angle steel material.
8. adopt dried hanging method may further comprise the steps as curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device as described in one of claim 1～7:
1) back-trough is opened at the matrix back side of well cutting;
2) will be embedded with in the snib embedding back-trough of snib nut;
3) from the outer tooth socket of the snib pad of packing into;
4) be used for the outer tooth of the snib nut sleeve of fastening stone material, snib nut, pad, snib and matrix formed be fastenedly connected, make snib be fastened on matrix inside at snib;
5) on insulation layer, open 4 grooves;
6) the stickup face that will hold the insulation layer of groove successfully brushes adhesive-layer, the stickup face of insulation layer is compounded in the stickup face of the matrix that embeds snib, fastening formation matrix insulation layer complex again;
7) on L shaped keel fixture, punch, L shaped keel fixture is fixed on the wall by expansion bolt;
8) with the set bolt of L shaped angle sign indicating number connector by angle sign indicating number and keel, be fastened on the L shaped keel fixture, make the set bolt of L shaped angle sign indicating number connector, angle sign indicating number and keel and L shaped keel fixture form the body of wall fixed mechanism and be fixed on the metope by expansion bolt;
9) insert screw rod from the transverse holes back of L type angle sign indicating number connector, make between the injection moulding nut bore of L shaped angle sign indicating number connector and snib to be connected, and screw rod is fastened on the sign indicating number connector of L type angle with angle sign indicating number connector hold-down nut; With band pad hex nut screw rod is fastened on snib and the snib nut, realizes that the connection between matrix insulation layer complex and the body of wall fixed mechanism is fastening;
10) after the 1st block of matrix insulation layer complex base material installs, two linking connect in the back-trough that dowel pin pushes mounted matrix, again the 2nd adjacent matrix insulation layer complex connect dowel pin and insert along two linking;
11) jointing is cleaned, and promptly finishes and adopts the cladding of curtain wall with embedded bayonet type stone composite thermal insulation layer dry hanging device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101126114A CN101691789B (en) | 2009-10-01 | 2009-10-01 | Dry-hanging device of curtain wall with embedded bayonet type stone composite thermal insulation layer and dry-hanging method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009101126114A CN101691789B (en) | 2009-10-01 | 2009-10-01 | Dry-hanging device of curtain wall with embedded bayonet type stone composite thermal insulation layer and dry-hanging method thereof |
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| Publication Number | Publication Date |
|---|---|
| CN101691789A CN101691789A (en) | 2010-04-07 |
| CN101691789B true CN101691789B (en) | 2011-06-29 |
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| CN2009101126114A Expired - Fee Related CN101691789B (en) | 2009-10-01 | 2009-10-01 | Dry-hanging device of curtain wall with embedded bayonet type stone composite thermal insulation layer and dry-hanging method thereof |
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Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103382757A (en) * | 2012-05-02 | 2013-11-06 | 福建万龙金刚石工具有限公司 | Thin-stone combined heat-insulating decorative board, as well as production and mounting methods thereof |
| CN102767270B (en) * | 2012-07-13 | 2014-04-16 | 叶君华 | Bonding construction method for composite plate |
| CN104563349B (en) * | 2015-01-12 | 2017-04-05 | 上海卓欧建筑装饰工程有限公司 | The attached steelframe of curtain wall back is installed on the connecting assembly in agent structure and installation method |
| CN104726900A (en) * | 2015-03-25 | 2015-06-24 | 成都虹华环保科技股份有限公司 | Mechanism for connecting anode and cathode of electrolysis equipment |
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| CN2332766Y (en) * | 1998-08-24 | 1999-08-11 | 王召鹏 | Dry hanging fixer for outer curtain wall decorative stone of building |
| CN2332768Y (en) * | 1998-08-24 | 1999-08-11 | 王召鹏 | Stone curtain wall dry hanging fixer of building |
| CN2594345Y (en) * | 2002-01-30 | 2003-12-24 | 武汉凌云建筑装饰工程有限公司 | Open non-adhesive granite curtain walls |
| KR20070071695A (en) * | 2005-12-30 | 2007-07-04 | 주식회사 대경에스앤씨티 | Drill piece and stone exterior wall constructure using the same |
| CN200955243Y (en) * | 2006-09-11 | 2007-10-03 | 淮南市顺辉锚固有限公司 | Direct-hanging adjustable stone curtain-wall anchoring piece |
-
2009
- 2009-10-01 CN CN2009101126114A patent/CN101691789B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2332766Y (en) * | 1998-08-24 | 1999-08-11 | 王召鹏 | Dry hanging fixer for outer curtain wall decorative stone of building |
| CN2332768Y (en) * | 1998-08-24 | 1999-08-11 | 王召鹏 | Stone curtain wall dry hanging fixer of building |
| CN2594345Y (en) * | 2002-01-30 | 2003-12-24 | 武汉凌云建筑装饰工程有限公司 | Open non-adhesive granite curtain walls |
| KR20070071695A (en) * | 2005-12-30 | 2007-07-04 | 주식회사 대경에스앤씨티 | Drill piece and stone exterior wall constructure using the same |
| CN200955243Y (en) * | 2006-09-11 | 2007-10-03 | 淮南市顺辉锚固有限公司 | Direct-hanging adjustable stone curtain-wall anchoring piece |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101691789A (en) | 2010-04-07 |
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