CN100485149C - Mounting method for composite thermal insulation board with or without decoration strips, complement presser and moulding - Google Patents
Mounting method for composite thermal insulation board with or without decoration strips, complement presser and moulding Download PDFInfo
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- CN100485149C CN100485149C CNB2006100200446A CN200610020044A CN100485149C CN 100485149 C CN100485149 C CN 100485149C CN B2006100200446 A CNB2006100200446 A CN B2006100200446A CN 200610020044 A CN200610020044 A CN 200610020044A CN 100485149 C CN100485149 C CN 100485149C
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Abstract
A method for erecting composite insulation board includes utilizing presser embedded in foam insulation layer and anchor bolt to erect composite insulation board on wall by fastening said presser and anchor bolt into erection hole on wall, filling adhesive in trench between said boards and embedding synthetic stone slab in the same width as said trench into trench and binding it there, filling silica gel on seams between the two and making decoration strip surface of synthetic stone be even to or lower than external surface of composite insulation board.
Description
Technical field the present invention relates to the arming panel of a kind of building wall ornament materials and mounting method, particularly a kind of composite insulation boards and the ornamental strip mounting method is arranged and match, be used for fastening composite insulation boards with it in the crab-bolt compressing tablet of building wall or be embedded in the polymerization stone decoration bar that the ditch of two adjacent polymerization stone decoration face composite insulation boards stitches.
Background technology is along with the rapid growth of China's rapid development of economy and people's living standard, and is more and more higher to the requirement that the new building of producing, manage, living is decorated, and makes rapid progress; Wall face in its old building is fitted up, another name " wear the clothes and attach the names of pre-determined candidates ", taken on a new look, " The tailor makes the man, horse by saddle ", wall decoration are just as new clothing, for old building takes on an entirely new look; So the decoration construction amount doubles day by day.External wall decorative materials such as natural stone sheet material, curtain wall, plastic-aluminum curtain wall panel such as at present popular ceramic mosaic, marble, changing traditional cement mortar metope dominance situation, extensive adopted while, yet existing increases exterior wall heavy burden, difficulty of construction and construction cost and follows very easily cracked, the problem of inconvenience carrying, storage and construction, and do not possess good heat preservation and insulation; Particularly have and exposed hang erection bolt and the high-altitude is fallen, jeopardized people life property safety's major hidden danger and increases the defective of maintenance cost in the future.
In the epoch of world today's energy scarcity, require building masonry wall except that possessing necessary bearing capacity, protection against the tide, fire prevention, sound insulation value, good heat insulation heat preservation energy-saving performance also should be arranged, help the energy-saving and cost-reducing of warming, cooling in summer, thereby building wall heat preservation plate material, particularly be incubated and decorate the construction material that two kinds of functions have both, build the target that the boundary is pursued especially.Now general thermal insulation wall surface is to adopt on-the-spot paste and in the periphery and the middle part securing member tightening of polystyrene thermal insulation plate, then with cementing agent with on the fiberglass gridding paste heat-preserving plate, smear cement mortar again, and stickup or smear decorative fabric.Like this multilayer site operation, operation procedure is loaded down with trivial details, and field operation influences greatly by weather environment, makes the engineering construction cycle be difficult to control, and workmanship is difficult to guarantee.The decoration surface composite thermal insulation board that arises at the historic moment in the recent period, directly install at the scene can be avoided above-mentioned defective, but at the middle part of warming plate with securing member with the technology of its tightening in body of wall, can destroy the integrality of decorative cover and specious.Scheme is a cast-in fixing bolt in the ditch seam between mounted composite insulation boards preferably, and holdfast is installed: at last to ditch seam filling concrete mortar, but be difficult to evenly smoothly, it is attractive in appearance that appearance is owed.
The summary of the invention the technical problem to be solved in the present invention provide a kind of no panel of composite insulation boards and the ornamental strip mounting method is arranged and match with it, be used for fastening composite insulation boards and stitch, and the polymerization stone decoration bar identical or different with the top layer stone decoration face of polymerization stone material composite insulation boards in the crab-bolt compressing tablet of building wall or the ditch that is embedded in two adjacent polymerization stone decoration face composite insulation boards.
For solving the problems of the technologies described above, technical scheme of the present invention is:
1. the no panel mounting method of a composite insulation boards, after in the side slotted eye of the metope of construction and bottom surface, side and the expanded polystyrene foams plate thereof of one-sided composite insulation boards (being called for short EPS) insulation layer or polystyrene extruded sheet (being called for short XPS) insulation layer, smearing adhesive mortar and boundary layer, tightly be bonded on the body of wall it:
1. in the EPS of standard type composite insulation boards or the manufactured side of XPS insulation layer slotted eye, insert the stealthy compressing tablet in plane, smear adhesive mortar or water-proof silica-gel in the side slotted eye with bottom surface, side and the EPS thereof of the composite insulation boards that is adjacent or XPS insulation layer 7 again, its side slotted eye is inserted in the stealthy compressing tablet that has been installed in the composite insulation boards, and make the side of adjacent composite insulation boards keep wide gap B=1-10 millimeter, the bloated shrinkage of heat supply is regulated automatically, prevents that composite insulation boards is extruded distortion; After adjusting the planeness of the composite insulation boards pasted, the bottom surface of composite insulation boards is close on the monoblock metope of being constructed by the requirement of installation process rules; For non-standard composite insulation boards, then to process EPS or XPS insulation layer side slotted eye at the scene on request:
2. after treating that composite insulation boards and body of wall are fixed, cloth hole requirement by installation process rules, with the line of a side L=8-15 millimeter of adjacent composite insulation boards piece on, aim at pre-buried stealthy compressing tablet middle part and bore the crab-bolt installing hole until body of wall, knock in crab-bolt, in crab-bolt, insert holdfast and tighten, or in crab-bolt, knock in holdfast:
3. fill out in the piece between mounted composite insulation boards and cover transparent or coloured neutral water-proof climate resisting silica gel;
4. repair with homochromy surface decoration material with material and inserted the hole of holdfast, make the surperficial in full accord of it and polymerization stone decoration face composite insulation boards, just as of the same colour.
2. a composite insulation boards has a panel mounting method, after adhesive mortar and boundary layer are smeared in the bottom surface of the metope of construction and one-sided composite insulation boards, tightly is bonded at it on the body of wall;
1. the upper side of standard type composite insulation boards is processed with step, its width B=2-20 millimeter, and the ditch seam width between two adjacent composite insulation boards that closely recline is 2B; For non-standard composite insulation boards, then will be at the scene processing step on request;
2. after smearing adhesive mortar and boundary layer in the metope of construction and the bottom surface of composite insulation boards, composite insulation boards tightly is bonded on the body of wall and the planeness of the composite insulation boards pasted by the requirement adjustment of technological procedure:
3. by the cloth hole requirement of installation process rules, in the long groove between right-angled intersection groove between four adjacent composite insulation boards and the two adjacent composite insulation boards, bore the crab-bolt installing hole until body of wall, and knock in whole crab-bolt compressing tablet of the cross that matches with groove width and the whole crab-bolt compressing tablet of in-line respectively, in the holdfast hole, insert holdfast and tighten, or knock in holdfast; When adopting split crab-bolt compressing tablet, earlier knock in crab-bolt respectively to the crab-bolt installing hole that has bored, again the cross split compressing tablet that matches with groove width is inserted in four plots of right-angled intersection grooves between the adjacent composite insulation boards, in-line split compressing tablet is aimed at crab-bolt, insert in the long groove between two adjacent composite insulation boards, in the holdfast hole, insert holdfast and tighten, or knock in holdfast;
T-shaped intersection trench between three adjacent composite insulation boards of isosceles triangle, bore the crab-bolt installing hole, and knock in the T-shaped whole compressing tablet that matches with groove width respectively, in the holdfast hole, insert or knock in holdfast and tighten until body of wall; When adopting T-shaped split compressing tablet, earlier knock in crab-bolt respectively to the crab-bolt installing hole that has bored, again the T-shaped split compressing tablet that matches with groove width is inserted in three T-shaped intersection trench between the adjacent composite insulation boards of isosceles triangle, in the holdfast hole, insert or knock in holdfast and tighten;
4. fill out in the groove between mounted composite insulation boards and cover cementing agent, the polymerization stone decoration bar that width is matched with groove embeds and sticks in the groove, and fills out at both seam crossings and to cover transparent or coloured neutral water-proof climate resisting silica gel: it is concordant with the aspect of polymerization stone decoration face composite insulation boards or be lower than the outer layer surface of polymerization stone decoration face composite insulation boards to embed polymerization stone decoration bar surface in the ditch seam.
3. a whole crab-bolt compressing tablet and split crab-bolt compressing tablet in the panel mounting method of having of realizing composite insulation boards, wherein the top of the whole compressing tablet of cross, T-shaped whole compressing tablet and the whole crab-bolt compressing tablet of in-line is provided with the vertical and horizontal reinforcing rib, and the bottom is provided with vertical rectangular tooth and is connected as a single entity with the upper end of hollow cylinder crab-bolt; The width of the whole crab-bolt compressing tablet of cross matches with the cross groove width between four adjacent composite insulation boards being inlayed, and the middle part is provided with the holdfast hole; T-shaped groove width between three adjacent composite insulation boards of width and the isosceles triangle of being inlayed of the whole compressing tablet of T-shaped matches, and the middle part is provided with the holdfast hole; The width of the whole crab-bolt compressing tablet of in-line matches with the groove width between two adjacent composite insulation boards being inlayed, and the middle part is provided with the holdfast hole.
The top of cross split compressing tablet, T-shaped split compressing tablet and in-line split compressing tablet is provided with the vertical and horizontal reinforcing rib, and the bottom is provided with vertical rectangular tooth; The width of cross split compressing tablet matches with cross groove width between four adjacent composite insulation boards being inlayed, and the middle part is provided with the holdfast hole; T-shaped groove width between three adjacent composite insulation boards of width and the isosceles triangle of being inlayed of T-shaped split compressing tablet matches, and the middle part is provided with the holdfast hole; The width of in-line split compressing tablet matches with groove width between two adjacent composite insulation boards being inlayed, and the middle part is provided with the holdfast hole.
4. polymerization stone decoration bar in the panel mounting method of having of realizing composite insulation boards, the polymerization stone material top layer that the topping that it is made up of transparent high molecular synthetic resin, lithotome particle or thin slice and high molecular synthetic resin are mixed and made into, macromolecule emulsion alkali resistant layer, adhesive mortar layer, grid layer of cloth and bottom adhesive screed be superposition successively, is combined into one: described polymerization stone material top layer can make the decorative pattern of various colors; Described lithotome particle is by natural granite; sandstone; marble; ore; quartz sand or diamond dust are broken into 0.1-29 millimeters; the particulate of different-grain diameter: described lithotome thin slice is by natural granite; sandstone; marble; ore; quartz sand or diamond dust are broken into the irregularly shaped sheet material that is polymerized less than 0.5 millimeter particulate and macromolecule resin: described high molecular synthetic resin comprises polyamino resin; organosilicon acrylic resin and acrylic resin: described lithotome particle or thin slice are (3-9) with the mixed weight ratio of high molecular synthetic resin: 1.
Ditch seam width between the width of polymerization stone decoration bar and the two adjacent composite insulation boards being inlayed matches; It is concordant with the outer layer surface of polymerization stone decoration face composite insulation boards or be lower than polymerization stone decoration face to embed polymerization stone decoration bar surface in the ditch seam.
The invention has the beneficial effects as follows:
1. polymerization stone decoration bar can be identical with the top layer stone decoration face of polymeric composite warming plate, also can give the ornamental lines or the pattern of different color, and appearance is evenly smooth, neat appearance.
2. the polymerization stone decoration bar surface in the embedding groove can be concordant with the outer layer surface of polymerization stone decoration face composite insulation boards, outward appearance is just as the big metope of integral body: the ornamental strip surface also can be lower than the outer layer surface of composite insulation boards, and the polymerization stone decoration bar of inlaying the ornamental lines of different color or pattern is more apparent colourful: fill out the saturating effect of waterproof, seepage control that can reach gapless after covering transparent neutral water-proof climate resisting silica gel at seam crossing.
3. groove and embed the distortion that polymerization stone decoration bar wherein can balanced expand with heat and contract with cold and cause is avoided the be full of cracks or the hollowing of composite insulation boards.
4. the present invention can be produced by factory's streamline, press polymerization stone decoration face composite insulation boards and mounting process standard thereof, but the width standardization and the seriation of the polymerization stone decoration bar that matches with the groove of being inlayed.
The present invention is further described below in conjunction with drawings and Examples for description of drawings.
Fig. 1 is the no panel mounting method (embodiment 1) of composite insulation boards.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the scheme of installation (embodiment 2) of concordant type ornamental strip.
Fig. 4 is the vertical view of Fig. 3.
Fig. 5 is the schematic diagram of composite insulation boards step.
Fig. 6 is the scheme of installation (embodiment 3) of umbilicate type ornamental strip.
Fig. 7 is the schematic diagram of composite insulation boards step.
Fig. 8 is the scheme of installation of T-shaped compressing tablet.
Fig. 9 is the generalized section of polymerization stone decoration bar.
Figure 10 is the whole crab-bolt compressing tablet of a cross structural representation.
Figure 11 is the vertical view of Figure 10.
Figure 12 is the whole crab-bolt compressing tablet of an in-line structural representation.
Figure 13 is the vertical view of Figure 12.
Figure 14 is that the A of Figure 12 is to view.
Figure 15 is a cross split compressing tablet structural representation.
Figure 16 is the vertical view of Figure 15.
Figure 17 is an in-line split compressing tablet structural representation.
Figure 18 is the vertical view of Figure 17.
Figure 19 is that the B of Figure 17 is to view.
Figure 20 is a crank slot crab-bolt structural representation.
Figure 21 is that the crank slot crab-bolt is squeezed the schematic diagram of opening by holdfast.
Figure 22 is T-shaped whole compressing tablet structural representation.
Figure 23 is the vertical view of Figure 22.
Figure 24 is T-shaped split compressing tablet structural representation.
Figure 25 is the C-C sectional view of Figure 24.
The specific embodiment
1. in the EPS of standard type composite insulation boards 1 or XPS insulation layer 7 manufactured side slotted eyes 6, insert the stealthy compressing tablet 2 in plane, smear adhesive mortar or water-proof silica-gel in the side slotted eye 6 with bottom surface, side and the EPS thereof of the composite insulation boards 5 that is adjacent or XPS insulation layer 7 again, its side slotted eye 6 inserted be installed in the composite insulation boards 1, width is in the stealthy compressing tablet 2 of 29--50 millimeter, and make the side of adjacent composite insulation boards 1 and 5 keep wide gap B=1-10 millimeter, the bloated shrinkage of heat supply is regulated automatically, prevents that composite insulation boards is extruded distortion; After adjusting the planeness of the composite insulation boards pasted, the bottom surface of composite insulation boards is close on the monoblock metope of being constructed by the requirement of installation process rules; For non-standard composite insulation boards, then to process EPS or XPS insulation layer 7 side slotted eyes 6 at the scene on request:
2. after treating that composite insulation boards and body of wall are fixed, cloth hole requirement by installation process rules, with the line of a side L=8-15 millimeter of adjacent composite insulation boards piece on, aim at pre-buried stealthy compressing tablet middle part and bore the crab-bolt installing hole until body of wall, knock in crab-bolt 4, in crab-bolt 4, insert or knock in holdfast 3 and tighten; Crank slot crab-bolt 28 shown in Figure 20-21 is stronger with the adhesive power of body of wall anchor hole, and the holdfast 3 that it is screwed into squeezes to be opened, and crank slot crab-bolt 28 tightly is stuck in the body of wall anchor hole;
3. fill out in piece between mounted composite insulation boards and the holdfast hole and cover transparent or coloured neutral water-proof climate resisting silica gel.
4. repair with homochromy surface decoration material with material and inserted the hole of holdfast, make the surperficial in full accord of it and polymerization stone decoration face composite insulation boards, just as of the same colour.
Embodiment 2 is shown in Fig. 3-5,8: a kind of concordant type ornamental strip mounting method of composite insulation boards: after adhesive mortar and boundary layer are smeared in the bottom surface of the metope of construction and one-sided composite insulation boards, it tightly is bonded on the body of wall, follow-up construction sequence is as follows:
1. the upper side of standard type composite insulation boards 1 is processed with step 10, as shown in Figure 5, its width B=2-20 millimeter, ditch between two adjacent composite insulation boards that closely recline seam width is 2B: for non-standard composite insulation boards, then will be at the scene processing step 10 on request:
2. after smearing adhesive mortar and boundary layer in the metope of construction and bottom surface, the side of composite insulation boards 1, composite insulation boards tightly is bonded on the body of wall and the planeness of the composite insulation boards pasted by the requirement adjustment of installation process rules:
3. by the cloth hole requirement of installation process rules, right-angled intersection groove between four adjacent composite insulation boards, bore the crab-bolt installing hole until body of wall, and knock in the whole crab-bolt compressing tablet 14 of the cross that matches with groove width respectively, in holdfast hole 27, insert holdfast 3 and tighten, or knock in holdfast 3; When adopting split crab-bolt compressing tablet, earlier knock in crab-bolt 4 respectively to the crab-bolt installing hole that has bored, again the cross split compressing tablet 11 that matches with groove width is inserted in four plots of right-angled intersection grooves between the adjacent composite insulation boards, in holdfast hole 27, insert or knock in holdfast 3 and tighten;
As shown in Figure 8: the T-shaped intersection trench between three adjacent composite insulation boards 15 of isosceles triangle, bore the crab-bolt installing hole until body of wall, and knock in the T-shaped whole compressing tablet 16 that matches with groove width respectively, in holdfast hole 27, insert or knock in holdfast 17 and tighten; When adopting T-shaped split compressing tablet 29, earlier knock in crab-bolt 4 respectively to the crab-bolt installing hole that has bored, again the T-shaped split compressing tablet 29 that matches with groove width is inserted in three T-shaped intersection trench between the adjacent composite insulation boards of isosceles triangle, in holdfast hole 27, insert or knock in holdfast 3 and tighten;
Word length groove between two adjacent composite insulation boards, bore the crab-bolt installing hole, and knock in the whole compressing tablet 12 of the in-line that matches with groove width respectively, in holdfast hole 27, insert or knock in holdfast 3 and tighten until body of wall; When adopting in-line split compressing tablet 13, knock in crab-bolt 4 respectively to the crab-bolt installing hole that has bored earlier, again the in-line split compressing tablet 13 that matches with groove width is inserted in the word length groove, in holdfast hole 27, insert or knock in holdfast 3 and tighten;
4. fill out in the groove between mounted composite insulation boards and cover cementing agent, the polymerization stone decoration bar 9 that width is matched with groove embeds and sticks in the groove, and fills out at both seam crossings and to cover transparent or coloured neutral water-proof climate resisting silica gel: the polymerization stone decoration bar surface 8 that embeds in the ditch seam is concordant with the aspect of polymerization stone decoration face composite insulation boards.
Embodiment 4 is shown in Fig. 8,10-14,22-23: a kind of whole crab-bolt compressing tablet in the panel mounting method of having of realizing composite insulation boards, the top of the whole compressing tablet 14 of its cross, T-shaped whole compressing tablet 16 and the whole crab-bolt compressing tablet 12 of in-line is provided with vertical and horizontal reinforcing rib 25, and the bottom is provided with vertical rectangular tooth 26 and is connected as a single entity with the upper end of hollow cylinder crab-bolt 24; The width of the whole crab-bolt compressing tablet 14 of cross matches with the cross groove width between four adjacent composite insulation boards being inlayed, and the middle part is provided with holdfast hole 27; T-shaped groove width between three adjacent composite insulation boards of width and the isosceles triangle of being inlayed of the whole compressing tablet 16 of T-shaped matches, and the middle part is provided with holdfast hole 27; The width of the whole crab-bolt compressing tablet 12 of in-line matches with the groove width between two adjacent composite insulation boards being inlayed, and the middle part is provided with holdfast hole 27.
Embodiment 6 is as shown in Figure 9: a kind of composite insulation boards polymerization stone decoration bar in the panel mounting method arranged, the polymerization stone material top layer 19 that the topping 18 that it is made up of transparent high molecular synthetic resin, lithotome particle or thin slice and high molecular synthetic resin are mixed and made into, macromolecule emulsion alkali resistant layer 20, adhesive mortar layer 21, grid layer of cloth 22 and bottom adhesive screed 23 be superposition successively, is combined into one: described polymerization stone material top layer can make the decorative pattern of various colors; Described lithotome particle is to be broken into 0.1-29 millimeters, the particulate of different-grain diameter by natural granite, sandstone, marble, ore, quartz sand or diamond dust: described lithotome thin slice is to be broken into the irregularly shaped sheet material that is polymerized less than 0.5 millimeter particulate and macromolecule resin by natural granite, sandstone, marble, ore, quartz sand or diamond dust; Described high molecular synthetic resin comprises polyamino resin, organosilicon acrylic resin and acrylic resin: described lithotome particle or thin slice are (3-9) with the mixed weight ratio of high molecular synthetic resin: 1; Ditch seam width between the width of polymerization stone decoration bar and the two adjacent composite insulation boards being inlayed matches.
Claims (8)
1. the no panel mounting method of a composite insulation boards, after in the side slotted eye of the metope of construction and bottom surface, side and the expanded polystyrene foams plate thereof of one-sided composite insulation boards (being called for short EPS) insulation layer (7) or polystyrene extruded sheet (being called for short XPS) insulation layer (7), smearing adhesive mortar and boundary layer, it tightly is bonded on the body of wall, it is characterized in that:
1. in the EPS of standard type composite insulation boards (1) or XPS insulation layer (7) manufactured side slotted eye (6), insert the stealthy compressing tablet (2) in plane, again with the bottom surface of the composite insulation boards (5) that is adjacent, smear adhesive mortar or water-proof silica-gel in the side slotted eye (6) of side and EPS thereof or XPS insulation layer (7), its side slotted eye (6) is inserted in the stealthy compressing tablet (2) that has been installed in the composite insulation boards (1), and make the side of adjacent composite insulation boards keep wide gap B=1-10 millimeter, the bloated shrinkage of heat supply is regulated automatically, prevents that composite insulation boards is extruded distortion; After adjusting the planeness of the composite insulation boards pasted, the bottom surface of composite insulation boards is close on the monoblock metope of being constructed by the requirement of installation process rules; For non-standard composite insulation boards, then to process EPS or XPS insulation layer (7) side slotted eye (6) at the scene on request;
2. after treating that composite insulation boards and body of wall are fixed, cloth hole requirement by installation process rules, with the line of a side L=8-15 millimeter of adjacent composite insulation boards piece on, aim at pre-buried stealthy compressing tablet middle part and bore the crab-bolt installing hole until body of wall, knock in crab-bolt (4), in crab-bolt (4), insert or knock in holdfast (3) and tighten;
3. fill out in piece between mounted composite insulation boards and the holdfast hole and cover transparent or coloured neutral water-proof climate resisting silica gel;
4. repair with homochromy surface decoration material with material and inserted the hole of holdfast, make the surperficial in full accord of it and polymerization stone decoration face composite insulation boards, just as of the same colour.
2. a composite insulation boards has a panel mounting method, after adhesive mortar and boundary layer are smeared in the bottom surface of the metope of construction and one-sided composite insulation boards, it tightly is bonded on the body of wall, it is characterized in that:
1. the upper side of standard type composite insulation boards (1) is processed with step (10), and the ditch seam width between two adjacent composite insulation boards that closely recline is 2 times of step (10) width; For non-standard composite insulation boards, then will be at the scene processing step (10) on request;
2. after smearing adhesive mortar and boundary layer in the metope of construction and the bottom surface of composite insulation boards (1), composite insulation boards tightly is bonded on the body of wall and the planeness of the composite insulation boards pasted by the requirement adjustment of installation process rules;
3. by the cloth hole requirement of installation process rules, right-angled intersection groove between four adjacent composite insulation boards, bore the crab-bolt installing hole until body of wall, and knock in the whole crab-bolt compressing tablet (14) of the cross that matches with groove width respectively, insertion or knock in holdfast (3) and tighten to holdfast hole (27) in; When adopting split crab-bolt compressing tablet, earlier knock in crab-bolt (4) respectively to the crab-bolt installing hole that has bored, again the cross split compressing tablet (11) that matches with groove width is inserted in four plots of right-angled intersection grooves between the adjacent composite insulation boards, in holdfast hole (27), insert or knock in holdfast (3) and tighten;
T-shaped intersection trench between three adjacent composite insulation boards of isosceles triangle (15), bore the crab-bolt installing hole until body of wall, and knock in the T-shaped whole compressing tablet (16) that matches with groove width respectively, in holdfast hole (27), insert or knock in holdfast (17) and tighten; When adopting T-shaped split compressing tablet (29), earlier knock in crab-bolt (4) respectively to the crab-bolt installing hole that has bored, again the T-shaped split compressing tablet (29) that matches with groove width is inserted in three T-shaped intersection trench between the adjacent composite insulation boards of isosceles triangle, in holdfast hole (27), insert or knock in holdfast (3) and tighten;
Word length groove between two adjacent composite insulation boards, bore the crab-bolt installing hole, and knock in the whole compressing tablet (12) of the in-line that matches with groove width respectively until body of wall, insertion holdfast (3) and tightening to holdfast hole (27) in, or knock in holdfast (3); When adopting in-line split compressing tablet (13), earlier knock in crab-bolt (4) respectively to the crab-bolt installing hole that has bored, again the in-line split compressing tablet (13) that matches with groove width is inserted in the word length groove, in holdfast hole (27), insert or knock in holdfast (3) and tighten;
4. fill out in the groove between mounted composite insulation boards and cover cementing agent, the polymerization stone decoration bar (9) that width is matched with groove embeds and sticks in the groove, and fills out at both seam crossings and to cover transparent or coloured neutral water-proof climate resisting silica gel; It is concordant with the aspect of polymerization stone decoration face composite insulation boards or be lower than the outer layer surface of polymerization stone decoration face composite insulation boards to embed polymerization stone decoration bar surface (8) in the ditch seam.
3. whole crab-bolt compressing tablet in the panel mounting method of having of realizing the described composite insulation boards of claim 2, it is characterized in that: the top of the whole compressing tablet (14) of its cross, T-shaped whole compressing tablet (16) and in-line integral body crab-bolt compressing tablet (12) is provided with vertical and horizontal reinforcing rib (25), and the bottom is provided with vertical rectangular tooth (26) and is connected as a single entity with the upper end of hollow cylinder crab-bolt (24); The width of the whole crab-bolt compressing tablet of cross (14) matches with the cross groove width between four adjacent composite insulation boards being inlayed, and the middle part is provided with holdfast hole (27); T-shaped groove width between three adjacent composite insulation boards of width and the isosceles triangle of being inlayed of the whole compressing tablet of T-shaped (16) matches, and the middle part is provided with holdfast hole (27); The width of the whole crab-bolt compressing tablet of in-line (12) matches with the groove width between two adjacent composite insulation boards being inlayed, and the middle part is provided with holdfast hole (27).
4. split compressing tablet in the panel mounting method of having of realizing the described composite insulation boards of claim 2, it is characterized in that: the top of its cross split compressing tablet (11), T-shaped split compressing tablet (29) and in-line split compressing tablet (13) is provided with vertical and horizontal reinforcing rib (25), and the bottom is provided with vertical rectangular tooth (26); The width of cross split compressing tablet (11) matches with cross groove width between four adjacent composite insulation boards being inlayed, and the middle part is provided with holdfast hole (27); T-shaped groove width between three adjacent composite insulation boards of width and the isosceles triangle of being inlayed of T-shaped split compressing tablet (29) matches, and the middle part is provided with holdfast hole (27); The width of in-line split compressing tablet (13) matches with groove width between two adjacent composite insulation boards being inlayed, and the middle part is provided with holdfast hole (27).
5. polymerization stone decoration bar in the panel mounting method of having of realizing the described composite insulation boards of claim 2; it is characterized in that: the polymerization stone material top layer (19) that the topping that it is made up of transparent high molecular synthetic resin (18), lithotome particle or thin slice and high molecular synthetic resin are mixed and made into, macromolecule emulsion alkali resistant layer (20), adhesive mortar layer (21), grid layer of cloth (22) and bottom adhesive screed (23) be superposition successively, is combined into one: described polymerization stone material top layer (18) can make the decorative pattern of various colors.
6. polymerization stone decoration bar according to claim 5 is characterized in that: described lithotome particle is to be broken into 0.1-29 millimeters, the particulate of different-grain diameter by natural granite, sandstone, marble, ore, quartz sand or diamond dust; Described lithotome thin slice is to be broken into the irregularly shaped sheet material that is polymerized less than 0.5 millimeter particulate and macromolecule resin by natural granite, sandstone, marble, ore, quartz sand or diamond dust.
7. polymerization stone decoration bar according to claim 5, it is characterized in that: described high molecular synthetic resin comprises polyamino resin, organosilicon acrylic resin and acrylic resin: described lithotome particle or thin slice are (3-9) with the mixed weight ratio of high molecular synthetic resin: 1.
8. polymerization stone decoration bar according to claim 5 is characterized in that: the ditch seam width between the width of polymerization stone decoration bar and the two adjacent composite insulation boards being inlayed matches.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100200446A CN100485149C (en) | 2006-08-23 | 2006-08-23 | Mounting method for composite thermal insulation board with or without decoration strips, complement presser and moulding |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2006100200446A CN100485149C (en) | 2006-08-23 | 2006-08-23 | Mounting method for composite thermal insulation board with or without decoration strips, complement presser and moulding |
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| CN1912306A CN1912306A (en) | 2007-02-14 |
| CN100485149C true CN100485149C (en) | 2009-05-06 |
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| CN101638917B (en) * | 2008-07-30 | 2011-11-16 | 武汉公济墙体节能材料有限公司 | Novel heat insulation and preservation building structure and construction technology thereof |
| CN102182285B (en) * | 2011-04-28 | 2013-07-31 | 苏州金螳螂建筑装饰股份有限公司 | Wood veneer joint interface structure |
| CN103046713B (en) * | 2013-01-01 | 2015-09-02 | 苏州金螳螂建筑装饰股份有限公司 | Large glass mounting structure |
| CN103603473A (en) * | 2013-10-25 | 2014-02-26 | 潍坊喜澳建材有限公司 | Decorative plate construction process and decorative plate thereof |
| CN109113350B (en) * | 2018-09-18 | 2021-03-02 | 蔡启中 | Building decorative plate anchoring method |
| CN109025146A (en) * | 2018-10-15 | 2018-12-18 | 湖南斯多孚节能科技有限公司 | Anchoring piece for wallboard installation |
| CN113463939B (en) * | 2021-07-20 | 2022-06-03 | 福建省南安市拓威石材有限公司 | Natural stone repairing method |
| CN114908940A (en) * | 2022-06-08 | 2022-08-16 | 上海宝冶集团有限公司 | Light stone external wall heat insulation and decoration integrated plate and construction method thereof |
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| FR2293540A1 (en) * | 1974-12-04 | 1976-07-02 | Rheinische Kalksteinwerke | Forming heat insulating building wall facings - by covering reinforcement and anchors through insulating panels |
| CN1055215A (en) * | 1990-03-29 | 1991-10-09 | 株式会社大理石工艺社 | The hookup mechanism of structures such as stone material |
| CN1566554A (en) * | 2003-06-18 | 2005-01-19 | 张英保 | Outer heat preservation construction structure for external wall |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2293540A1 (en) * | 1974-12-04 | 1976-07-02 | Rheinische Kalksteinwerke | Forming heat insulating building wall facings - by covering reinforcement and anchors through insulating panels |
| CN1055215A (en) * | 1990-03-29 | 1991-10-09 | 株式会社大理石工艺社 | The hookup mechanism of structures such as stone material |
| CN1566554A (en) * | 2003-06-18 | 2005-01-19 | 张英保 | Outer heat preservation construction structure for external wall |
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| CN1912306A (en) | 2007-02-14 |
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