CN203188368U - Light-weight steel composite plate assembly house - Google Patents
Light-weight steel composite plate assembly house Download PDFInfo
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- CN203188368U CN203188368U CN 201320258665 CN201320258665U CN203188368U CN 203188368 U CN203188368 U CN 203188368U CN 201320258665 CN201320258665 CN 201320258665 CN 201320258665 U CN201320258665 U CN 201320258665U CN 203188368 U CN203188368 U CN 203188368U
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Abstract
The utility model discloses a light-weight steel composite plate assembly house, which comprises a house foundation, wall plates, floor plates and connecting sectional materials with grooves, wherein the connecting sectional materials comprise a foundation connecting sectional material, a wall plate connecting sectional material and a floor plate connecting sectional material, the foundation connecting sectional material is fixedly arranged on the house foundation, the wall plate connecting sectional material is vertically and fixedly arranged on the foundation connecting sectional material, the bottom of each wall plate is inserted, connected and fixed in the groove of the foundation connecting sectional material, the top end of the wall plate connecting sectional material is fixedly connected with the floor plate connecting sectional material, the top of each wall plate is inserted, connected and fixed in the groove of the floor plate connecting sectional material, and each floor plate is inserted and connected or overlapped with the floor plate connecting sectional material. The light-weight steel composite plate assembly house has the advantages that the light-weight steel composite plate assembly house is a mixed construction system combined by the wall plates and the floor plates of high-intensity composite heat insulation light-weight plates and the connecting sectional material (light-weight steel structures can be selected), the connecting sectional materials are utilized as building unit plate connecting components, components such as external wall plates, internal wall plates and floor plates are effectively combined, and a single-layer or multilayer building house is formed.
Description
Technical field:
The utility model relates to building field, relates in particular to a kind of light steel composite board assembly unit house.
Background technology:
Traditional dwelling house design, construction worker's labour intensity is big, production efficiency is low, and speed of application is slow, and the construction period is long, high material consumption, even owing to material and manual operation factor, the building safety performance of building is not ensured reliably that building energy conservation can not satisfy standard-required like this, but also having fire safety hidden danger, these a series of problems can not adapt to modern society far away to the demand of dwelling house.Therefore, make construction industry adapt to modern needs, must start Xin Lu, abolish " Qin brick and Han tile ", adopt building material, build a house with new technology.
The utility model content:
It is a kind of big from heavy and light, span that the purpose of this utility model is to provide, and energy-saving effect is obvious, and sound insulation property is good, guarantees fire safety, and anti-seismic performance is good, environmental protection, the light steel composite board assembly unit house that saves labour turnover.
The utility model is implemented by following technical scheme: light steel composite board assembly unit house, the connection profile that it comprises house foundation, wallboard, floor and has groove, evenly distributed on described groove side walls have a fixed via, and described connection profile comprises basic connection profile, wallboard connection profile and floor connection profile; At described house foundation described basic connection profile is arranged fixedly, described wallboard connection profile is vertically fixedly arranged on described basic connection profile, pegging graft and be fixed in the described groove of described basic connection profile in the bottom of described wallboard, pegs graft respectively and be fixed in the described groove of two adjacent described wallboard connection profiles in the both sides of described wallboard; Fixedlying connected with described floor connection profile on described wallboard connection profile top, pegs graft and is fixed in the described groove of described floor connection profile bottom in the top of described wallboard; Described floor and described floor connection profile are pegged graft or overlap joint.
Described wallboard connection profile is vertically fixedly arranged on described floor connection profile, on described floor connection profile, with described wallboard connection profile grafting described wallboard is arranged fixedly, pegging graft and be fixed in the described groove at described floor connection profile top in the bottom of described wallboard, pegs graft respectively and be fixed in the described groove of two adjacent described wallboard connection profiles in the both sides of described wallboard.
Described wallboard comprises that it comprises warming plate, steel fabric sheet, high-strength light concrete layer, is respectively equipped with described steel fabric sheet in described warming plate both sides; Two described steel fabric sheets connect with the oblique rollering steel silk that passes described warming plate; The two ends of described oblique rollering steel silk respectively with described steel fabric sheet intersect solder joint welding; On the described steel fabric sheet of described warming plate both sides, all built the described high-strength light concrete layer of one deck, described steel fabric sheet places in the described high-strength light concrete layer, described high-strength light concrete layer and described warming plate close adhesion, the outer end edges of described warming plate and described steel fabric sheet flushes, and exposing to the described high-strength light concrete layer 3～8cm of edge, the described steel fabric sheet that exposes and the welding of described groove side walls are fixing.
Described floor comprises that it comprises warming plate, steel fabric sheet, high-strength light concrete layer, is respectively equipped with described steel fabric sheet in described warming plate both sides; Two described steel fabric sheets connect with the oblique rollering steel silk that passes described warming plate; The two ends of described oblique rollering steel silk respectively with described steel fabric sheet intersect solder joint welding; On the described steel fabric sheet of described warming plate both sides, all built the described high-strength light concrete layer of one deck, described steel fabric sheet places in the described high-strength light concrete layer, described high-strength light concrete layer and described warming plate close adhesion, the termination of described floor is built by solid concrete.
Described basic connection profile comprises a base plate and two side plates, described base plate two side ends respectively vertical fixing the described side plate that is parallel to each other is arranged, described base plate and described side plate are into a single integrated structure, described base plate and described side plate form described groove.
Described wallboard connection profile comprises butt joint connection profile, corner connection profile, T-shaped connection profile, cross connection profile.
Described butt joint connection profile comprises a dividing plate and two base plates, centre at two described base plates that are parallel to each other is provided with described dividing plate, described dividing plate and described side plate are into a single integrated structure, two described base plates become two opposite described grooves of notch direction with described shelf-shaped, evenly distributed on the described base plate of described groove both sides have a described fixed via.
Described corner connection profile comprises two base plates and two dividing plates, described base plate one a side vertical fixing another described base plate is arranged, vertical fixing has a described plate washer respectively at two described base plate middle parts, two described dividing plates vertically are cross mutually and arrange, described base plate and described dividing plate are into a single integrated structure, and the described base plate that is parallel to each other and described dividing plate and perpendicular described dividing plate form two mutually perpendicular described grooves of notch direction respectively.
Described T-shaped connection profile comprises a base plate, two side plates and a dividing plate, in described base plate one side vertical fixing two described side plates that are parallel to each other are arranged, be provided with the described dividing plate parallel with described base plate at two described side plates, described dividing plate passes two described side plates, and described dividing plate is parallel with described base plate; Described base plate, described side plate and described dividing plate are into a single integrated structure; Described base plate, two described side plates and described dividing plate form three described grooves, and wherein, described base plate, two described side plates become two opposite described grooves of notch direction with described shelf-shaped; Described dividing plate forms three the described groove vertical with the notch direction of other two described grooves with two described side plates.
Described cross connection profile becomes groined type to arrange by four base plates, and four described base plates are into a single integrated structure, and the described base plate that is parallel to each other and perpendicular described base plate form the described groove that four notch direction across are arranged.
Described floor connection profile comprises interior wall and floor connection profile and exterior wall and floor connection profile.
Described interior wall and floor connection profile comprise a base plate, two side plates and a dividing plate, vertical fixing has two described side plates that are parallel to each other at middle part, described base plate bottom surface, described side plate and described base plate form described groove, vertically be provided with described dividing plate at described plate top surface middle part, described side plate and described dividing plate are into a single integrated structure, and evenly distributed on the described base plate of described bottom portion of groove have a fixed via.
Described exterior wall and floor connection profile comprise a base plate, long and short two side plates and two dividing plates, in described base plate one side vertical fixing two described side plates that are parallel to each other are arranged, middle side part is provided with a described dividing plate parallel with described base plate outside described long side plate; End in the described short side plate outside is provided with another described dividing plate parallel with described base plate; Described base plate, described side plate and described dividing plate are into a single integrated structure; Described base plate, two described side plates and two described dividing plates form three described grooves, and wherein, described base plate, two described side plates become two opposite described grooves of notch direction with two described shelf-shaped; Evenly distributed on the described base plate of described groove both sides and described dividing plate have a described fixed via; Evenly distributed on the described side plate of the described bottom portion of groove that described base plate, described long side plate and described dividing plate form have a described fixed via; Described base plate forms three the described groove vertical with the notch direction of other two described grooves with two described side plates.
Be provided with the filling glue-line in the bottom surface of described groove.
Advantage of the present utility model: the light steel composite board assembly unit of the utility model house is the mixed construction system by the wallboard of connection profile (can select light section steel structure for use) and high-strength compound heat-insulating light plate and floor combination, utilize connection profile as building unit sheet material connecting elements, parts such as side fascia, inner wall panel, floor are combined effectively, formed the single or multiple lift building.
Be connected by structure with floor by the wallboard of connection profile with high-strength compound heat-insulating light plate, bear the vertical and horizontal direction load of building jointly, stressed even, structural safety, agent structure reduce the cost cost from heavy and light.Because from heavy and light, the geological process that makes structure self bear reduces, anti-seismic performance is good, increases usable floor area, and energy-saving heat preserving is effective, and sound insulation property is good, guarantees fire safety, saves labour turnover.Embody the green building theory.Connection profile can circulate to produce and utilize, and wallboard and the production of floor factory prefabricating, job site assembling can realize pollution-free, the zero-emission of work progress, really embody the theory of green building.
Light steel composite board assembly unit house utilizes the good supporting capacity of wallboard and rigidity, with the common combination of connection profile system, as load-bearing, maintenance, the separation system in house; Connection profile mainly is installed on negative and positive angle, body of wall connecting part, floor and the body of wall connecting part in house, forms the framework combination construction with wallboard, is equivalent to collar tie beam and the constructional column of brick mix structure; Body of wall and floor have from heavy and light, characteristics that span is big, and simultaneously, the insulation layer thickness of wallboard and floor reaches 10cm, and no cold bridge greatly reduces building energy consumption, and energy-saving effect is obvious; Heat insulating material has sound absorption function, makes the indoor quiet environment that has, and avoids the interference of external noise, and sound insulation property is good; Light steel composite board assembly unit house heat-insulating material just has been installed on airtight wallboard inside when plant produced, the textural A of the satisfying level standard-required of setting fire can prevent spreading or involving of fire, guarantees fire safety; A large amount of light materials that use reduce building weight, increase fabricated flexibly connecting, and anti-seismic performance is good; The employed material of the utility model is all very green, and recyclable recycling, environmental protection more; Light steel composite board assembly unit house major part all is to operate in factory, therefore its easier control quality substantially all is modularization or plateization, and engineering site is direct assembly unit, therefore reduced the demand to site technology workman and experienced operator, saved labour turnover; The modularization in light steel composite board assembly unit house and the characteristic of plateization, having determined it to produce construction duration shortens greatly, high building efficient is applicable to civilian construction such as villa, multi-storey building, holiday village, club and extra floor building, roof flat-changed-into-sloping, lightweight inner partition wall etc.
Description of drawings:
Fig. 1 is the overall schematic of utility model.
Fig. 2 is the wall plate structure schematic diagram.
Fig. 3 is the floor slab structure schematic diagram.
Fig. 4 is basic connection profile structural representation.
Fig. 5 is that basic connection profile is installed in the design sketch on the house foundation.
Fig. 6 is that basic connection profile is installed in the design sketch on the floor.
Fig. 7 is butt joint connection profile structural representation.
Fig. 8 installs design sketch for the butt joint connection profile.
Fig. 9 is corner connection profile structural representation.
Figure 10 installs design sketch for the corner connection profile.
Figure 11 is T-shaped connecting-type structural representation.
Figure 12 is that T-shaped connection profile is installed design sketch.
Figure 13 is cross connection profile structural representation.
Figure 14 installs design sketch for the cross connection profile.
Figure 15 is interior wall and floor connection profile structural representation.
Figure 16 is that interior wall and floor connection profile are installed design sketch.
Figure 17 is exterior wall and floor connection profile structural representation.
Figure 18 is that exterior wall and floor connection profile are installed design sketch.
The specific embodiment: as shown in Figure 1, light steel composite board assembly unit house, it comprises house foundation 16, wallboard 1, floor 2 and the connection profile 3 that has groove 4, groove 4 bottom surfaces of connection profile 3 are provided with fills glue-line 5, connection profile 3 comprises basic connection profile 3-1, wallboard connection profile 3-A and floor connection profile 3-B, wallboard connection profile 3-A comprises butt joint connection profile 3-2, corner connection profile 3-3, T-shaped connection profile 3-4, cross connection profile 3-5, floor connection profile 3-B comprise interior wall and floor connection profile 3-6 and exterior wall and floor connection profile 3-7; At house foundation 16 basic connection profile 3-1 is arranged fixedly, wallboard connection profile 3-A is vertically fixedly arranged on basic connection profile 3-1, pegging graft and be fixed in the groove 4 of basic connection profile 3-1 in the bottom of wallboard 1, pegs graft respectively and be fixed in the groove 4 of two adjacent wallboard connection profile 3-A in the both sides of wallboard 1; Fixedlying connected with floor connection profile 3-B on wallboard connection profile 3-A top, pegs graft and is fixed in the groove 4 of floor connection profile 3-B bottom in the top of wallboard 1; Be provided with a floor connection profile 3-B at adjacent wall board connection profile 3-A; Or be provided with a floor connection profile 3-B at several wallboard connection profile 3-A; Floor 2 is pegged graft or overlap joint with floor connection profile 3-B; Wallboard connection profile 3-A is vertically fixedly arranged on floor connection profile 3-B, grafting fixedly has wallboard 1 with wallboard connection profile 3-A on floor connection profile 3-B, pegging graft and be fixed in the groove 4 at floor connection profile 3-B top in the bottom of wallboard 1, pegs graft respectively and be fixed in the groove 4 of two adjacent wallboard connection profile 3-A in the both sides of wallboard 1.
As shown in Figure 2, wallboard 1 comprises warming plate 6, steel fabric sheet 7, high-strength light concrete layer 8, is respectively equipped with steel fabric sheet 7 in warming plate 6 both sides; Two steel fabric sheet 7 usefulness are passed oblique rollering steel silk 9 connections of warming plate 6; The two ends of oblique rollering steel silk 9 respectively with steel fabric sheet 7 intersect solder joint welding; On the steel fabric sheet 7 of warming plate 6 both sides, all built the high-strength light concrete layer 8 of one deck, steel fabric sheet 7 places in the high-strength light concrete layer 8, high-strength light concrete layer 8 and warming plate 6 close adhesion, the outer end edges of warming plate 6 and steel fabric sheet 7 flushes, and exposes to high-strength light concrete layer 8 5cm of edge.
As shown in Figure 3, floor 2 comprises warming plate 6, steel fabric sheet 7, high-strength light concrete layer 8, is respectively equipped with steel fabric sheet 7 in warming plate 6 both sides; Two steel fabric sheet 7 usefulness are passed oblique rollering steel silk 9 connections of warming plate 6; The two ends of oblique rollering steel silk 9 respectively with steel fabric sheet 7 intersect solder joint welding; All built the high-strength light concrete layer 8 of one deck on the steel fabric sheet 7 of warming plate 6 both sides, steel fabric sheet 7 places in the high-strength light concrete layer 8, high-strength light concrete layer 8 and warming plate 6 close adhesion, and the termination of floor 2 is built by solid concrete 10.
As shown in Figure 4, basic connection profile 3-1 comprises a base plate 11 and two side plates 12, base plate 11 two side ends respectively vertical fixing the side plate 12 that is parallel to each other is arranged, base plate 11 and side plate 12 are into a single integrated structure; Base plate 11 and side plate 12 forms grooves 4, and evenly distributed on side plate 12 have a fixed via 13; Basis connection profile 3-1 vertically is fixed on the house foundation 16 for the exterior wall bottom or the interior wall bottom vertically is fixed on floor 2, as shown in Figure 5, the base plate 11 of basis connection profile 3-1 is mechanically anchored on the end face of house foundation 16 by connecting rod member 17, vertical the pegging graft in wallboard 1 bottom is fixed in the groove 4 of basic connection profile 3-1, fixing means is: the base plate 11 in groove 4 bottoms is coated with the organic polymer rubber cement as filling glue-line 5 earlier, again warming plate 6 terminations of wallboard 1 bottom are inserted in the groove 4 and proofread and correct, the steel fabric sheet 7 that wallboard 1 exposes is fixing with the welding of groove 4 both sides side plates 12 outsides, fill filling concrete 18 in the last fixed via 13 on groove 4 both sides side plates 12, smear respectively in the outside of two side plates 12 again after tamping filling concrete 18 and with the floating press polish of wallboard 1 external surface, wallboard 1 is adhesively fixed with basic connection profile 3-1; As shown in Figure 6, the base plate 11 of basis connection profile 3-1 is mechanically anchored on the end face of floor 2 by connecting rod member 17, vertical the pegging graft in wallboard 1 bottom is fixed in the groove 4 of basic connection profile 3-1, fixing means is: the base plate 11 in groove 4 bottoms is coated with the organic polymer rubber cement as filling glue-line 5 earlier, again warming plate 6 terminations of wallboard 1 bottom are inserted in the groove 4 and proofread and correct, the steel fabric sheet 7 that wallboard 1 exposes is fixing with the welding of groove 4 both sides side plates 12 outsides, fill filling concrete 18 in the last fixed via 13 on groove 4 both sides side plates 12, smear respectively in the outside of two side plates 12 again after tamping filling concrete 18 and with the floating press polish of wallboard 1 external surface, wallboard 1 is adhesively fixed with basic connection profile 3-1.
As shown in Figure 7, butt joint connection profile 3-2 comprises a dividing plate 14 and two base plates 11, centre at two base plates 11 that are parallel to each other is provided with dividing plate 14, dividing plate 14 and base plate 11 are into a single integrated structure, two base plates 11 and dividing plate 14 form two opposite grooves 4 of notch directions, and evenly distributed on the base plate 11 of groove 4 both sides have a fixed via 13; The end face of butt joint connection profile 3-2 is " H " shape structure; Butt joint connection profile 3-2 is used for being connected and fixed of same aspect neighboring walls 1, and as shown in Figure 8, the side of neighboring walls 1 is pegged graft respectively and is fixed in two grooves 4 of butt joint connection profile 3-2; Fixing means is: be coated with the organic polymer rubber cement respectively as filling glue-line 5 on the dividing plate 14 of two groove 4 bottoms, again warming plate 6 terminations of two wallboard 1 sides are inserted respectively in two grooves 4 and proofread and correct, the steel fabric sheet 7 that wallboard 1 exposes is fixing with the welding of groove 4 both sides base plates 11 outsides, fill filling concrete 18 in the last fixed via 13 on two grooves, 4 both sides base plates 11, smear respectively in the outside of two base plates 11 again after tamping filling concrete 18 and with the floating press polish of wallboard 1 external surface, finish the adjacent two blocks of wallboards 1 of same aspect and dock connection profile 3-2 and be adhesively fixed.
As shown in Figure 9, corner connection profile 3-3 comprises two base plates 11 and two dividing plates 14, in a base plate 11 1 side vertical fixing another base plate 11 is arranged, vertical fixing has a dividing plate 14 respectively at two base plate 11 middle parts, two dividing plates 14 vertically are cross mutually and arrange, base plate 11 and dividing plate 14 are into a single integrated structure, the base plate that is parallel to each other 11 and dividing plate 14 and perpendicular dividing plate 14 form two mutually perpendicular grooves 4 of notch direction respectively, and evenly distributed on the base plate 11 of groove 4 both sides and dividing plate 14 have a fixed via 13; Corner connection profile 3-3 is used for being connected and fixed of body of wall 1 that same aspect becomes 90 ° of arrangements, as shown in figure 10, wallboard 1 side of 90 ° of arrangements of one-tenth is pegged graft respectively and is fixed in two grooves 4 of corner connection profile 3-3, fixing means is: be coated with the organic polymer rubber cement respectively as filling glue-line 5 on the dividing plate 14 of two groove 4 bottoms, again warming plate 6 terminations of two wallboard 1 sides are inserted respectively in two grooves 4 and proofread and correct, the steel fabric sheet 7 that wallboard 1 exposes is fixing with the base plate 11 of groove 4 both sides and the welding of dividing plate 14 outsides, in the base plate 11 of groove 4 both sides and the fixed via 13 on the dividing plate 14, fill at last and clog concrete 18, smear in the outside of two base plate 11 outsides and dividing plate 14 again after tamping the filling concrete 18 and with the floating press polish of wallboard 1 external surface, fill insulant material 20 in the cavity 19 of base plate 11 and dividing plate 14 formation is finished two same aspects and is become the wallboard 1 of 90 ° of arrangements to be adhesively fixed with corner connection profile 3-3.
As shown in figure 11, T-shaped connection profile 3-4 comprises a base plate 11, two side plates 12 and a dividing plate 14, two side plates 12 that are parallel to each other are arranged in base plate 11 1 side vertical fixing, be provided with the dividing plate 14 parallel with base plate 11 at two side plates 12, dividing plate 14 passes two side plates 12, and dividing plate 14 is parallel with base plate 11; Base plate 11, side plate 12 and dividing plate 14 are into a single integrated structure; Base plate 11, two side plates 12 and dividing plate 14 form three grooves 4, and wherein, base plate 11, two side plates 12 and dividing plate 14 form two opposite grooves 4 of notch directions, and evenly distributed on the base plate 11 of two groove 4 both sides and dividing plate 14 have a fixed via 13; The 3rd groove 4 that dividing plate 14 and two side plates 12 form and the notch direction of other two grooves 4 is vertical, evenly distributed on the side plate 12 of the 3rd groove 4 both sides have a fixed via 13; T-shaped connection profile 3-4 is used for same aspect and becomes being connected and fixed of the T-shaped body of wall of arranging 1, and as shown in figure 12, the side of the body of wall 1 that the one-tenth T-shaped is arranged is pegged graft respectively and is fixed in three grooves 4 of T-shaped connection profile 3-4; Fixing means is: the base plate 11 three groove 4 bottoms, be coated with the organic polymer rubber cement on side plate 12 and the dividing plate 14 respectively as filling glue-line 5, again warming plate 6 terminations of three wallboard 1 sides are inserted respectively in three grooves 4 and proofread and correct, the steel fabric sheet 7 that wallboard 1 exposes respectively with the base plate 11 of groove 4 both sides, side plate 12 and dividing plate 14 and outside welding are fixing, last base plate 11 three groove 4 both sides, fill filling concrete 18 in the fixed via 13 on side plate 12 and the dividing plate 14, after tamping again at base plate 11, the outside of side plate 12 and dividing plate 14 smear filling concrete 18 and with the floating press polish of wallboard 1 external surface, finish three blocks of wallboards 1 that same aspect becomes T-shaped to arrange and be adhesively fixed with T-shaped connection profile 3-4.
As shown in figure 13, cross connection profile 3-5 is arranged by 11 one-tenth groined types of four base plates, four base plates 11 are into a single integrated structure, the base plate 11 that is parallel to each other and perpendicular base plate 11 forms the groove 4 that four notch direction across are arranged, and evenly distributed on the base plate 11 of groove 4 both sides have a fixed via 13; Cross connection profile 3-5 is used for being connected and fixed of body of wall 1 that same aspect across arranges, as shown in figure 14, the side of the wallboard 1 of four across arrangements is pegged graft respectively and is fixed in four grooves of cross connection profile 3-5, fixing means is: be coated with the organic polymer rubber cement respectively as filling glue-line 5 on the base plate 11 of four groove 4 bottoms, again warming plate 6 terminations of four wallboard 1 sides are inserted respectively in four grooves 4 and proofread and correct, the steel fabric sheet 7 that wallboard 1 exposes is fixing with the welding of groove 4 both sides base plates 11 outsides, fill filling concrete 18 in the last fixed via 13 on the base plate 11 of four groove 4 both sides, smear in the outside of base plate 11 again after tamping filling concrete 18 and with the floating press polish of wallboard 1 external surface, finish four blocks of wallboards 1 that same aspect across arranges and be adhesively fixed with cross connection profile 3-5.
As shown in figure 15, interior wall and floor connection profile 3-6 comprise a base plate 11, two side plates 12 and a dividing plate 14, vertical fixing has two side plates 12 that are parallel to each other at middle part, base plate 11 bottom surfaces, and side plate 12 and base plate 11 form groove 4, vertically are provided with dividing plate 14 at base plate 11 end faces middle part; Base plate 11, side plate 12 and dividing plate 14 are into a single integrated structure; All evenly distributed on the side plate 12 of groove 4 both sides, on the base plate 11 on the base plate 11 of groove 4 bottoms and side plate 12 outsides fixed via 13 arranged; Interior wall and floor connection profile 3-6 are used for being connected and fixed of interior wall body of wall 1 and top floor 2, as shown in figure 16, peg graft and be fixed in the groove 4 of interior wall and floor connection profile 3-6 in wallboard 1 top, the end of two floors 2 is overlapped on the base plate 11 of dividing plate 14 both sides, fixing means is: be coated with the organic polymer rubber cement in warming plate 6 terminations on body of wall 1 top as filling glue-line 5, groove 4 is fastened on warming plate 6 terminations proofreaies and correct, the steel fabric sheet 7 that wallboard 1 exposes is fixing with side plate 12 outsides welding of groove 4 both sides, fill filling concrete 18 in the fixed via 13 on fixed via 13 on groove 4 both sides side plates 12 and the base plate 11 of groove 4 bottoms, smear in the outside of side plate 12 again after tamping filling concrete 18 and with the floating press polish of wallboard 1 external surface; Again the end of two floors is overlapped on respectively on the base plate 11 of dividing plate 14 both sides and proofreaies and correct, finish two floors in interior wall body of wall 1 and top 2 and be adhesively fixed with floor connection profile 3-6.
As shown in figure 17, exterior wall and floor connection profile 3-7 comprise a base plate 11, long and short two side plates 12 and two dividing plates 14, in base plate 11 1 side vertical fixing two side plates 12 that are parallel to each other are arranged, middle side part is provided with a dividing plate 14 parallel with base plate 11 outside long side plate 12; Be provided with another dividing plate 14 parallel with base plate 11 in the end in short side plate 12 outsides; Base plate 11, side plate 12 and dividing plate 14 are into a single integrated structure; Base plate 11, two side plates 12 and two dividing plates 14 form three grooves 4, wherein, base plate 11, two side plates 12 and two dividing plates 14 form two opposite grooves 4 of notch directions, and evenly distributed on the base plate 11 of two groove 4 both sides and dividing plate 14 have a fixed via 13; Evenly distributed on the side plate 12 of groove 4 bottoms that base plate 11, long side plate 12 and dividing plate 14 form have a fixed via 13; Base plate 11 forms three groove 4 vertical with the notch direction of other two grooves 4 with two side plates 12; Exterior wall and floor connection profile 3-7 are used for the fixing of floor and outer wall body, as shown in figure 18, peg graft respectively and be fixed in two opposite grooves 4 of notch direction in the end of bilevel outer wall body 1, peg graft and be fixed in the groove 4 of base plate 11 and two side plate 12 formation in the end of floor 2, fixing means is: be coated with the organic polymer rubber cement earlier in warming plate 6 ends on bottom wall 1 top as filling glue-line 5, with base plate 11, the groove 4 that long side plate 12 and dividing plate 14 form is buckled on warming plate 6 terminations to be proofreaied and correct, the steel fabric sheet 7 that wallboard 1 exposes is fixing with side plate 12 outsides welding of groove 4 both sides, fills filling concrete 18 in the fixed via 13 on groove 4 both sides base plates 11 and dividing plate 14; Place the polystyrene board 21 of 2cm again at the base plate 11 of groove 4 bottoms that base plate 11 and two side plates 12 form, floor 2 one ends are inserted base plate 11 and two groove 4 interior corrections that side plate 12 forms, groove 4 bottom side plate 12 that form at base plate 11, short side plate 12 and dividing plate 14 are buried underground and are connected rod member 17, and floor 2 is fixedlyed connected with floor connection profile 3-7 with exterior wall; Be coated with the organic polymer rubber cement as filling glue-line 5 at the side plate 12 of burying groove 4 bottoms that connect rod member 17 underground at last, correction in the groove 4 is inserted in insulation layer 6 terminations of top wall panel 1 bottom, the steel fabric sheet 7 that wallboard 1 exposes is fixing with the base plate 11 of groove 4 both sides and the welding of dividing plate 14 outsides, fill filling concrete 18 in the fixed via 13 on groove 4 both sides base plates 11 and dividing plate 14, smear in the outside of base plate 11 outsides and dividing plate 14 again after tamping filling concrete 18 and respectively with the floating press polish of two-layer body of wall 1 external surface up and down, finish fixing of floor and outer wall body.
Claims (14)
1. light steel composite board assembly unit house, it is characterized in that, the connection profile that it comprises house foundation, wallboard, floor and has groove, evenly distributed on described groove side walls have a fixed via, and described connection profile comprises basic connection profile, wallboard connection profile and floor connection profile; At described house foundation described basic connection profile is arranged fixedly, described wallboard connection profile is vertically fixedly arranged on described basic connection profile, pegging graft and be fixed in the described groove of described basic connection profile in the bottom of described wallboard, pegs graft respectively and be fixed in the described groove of two adjacent described wallboard connection profiles in the both sides of described wallboard; Fixedlying connected with described floor connection profile on described wallboard connection profile top, pegs graft and is fixed in the described groove of described floor connection profile bottom in the top of described wallboard; Described floor and described floor connection profile are pegged graft or overlap joint.
2. light steel composite board assembly unit according to claim 1 house, it is characterized in that, described wallboard connection profile is vertically fixedly arranged on described floor connection profile, on described floor connection profile, with described wallboard connection profile grafting described wallboard is arranged fixedly, pegging graft and be fixed in the described groove at described floor connection profile top in the bottom of described wallboard, pegs graft respectively and be fixed in the described groove of two adjacent described wallboard connection profiles in the both sides of described wallboard.
3. light steel composite board assembly unit according to claim 1 house is characterized in that described wallboard comprises that it comprises warming plate, steel fabric sheet, high-strength light concrete layer, is respectively equipped with described steel fabric sheet in described warming plate both sides; Two described steel fabric sheets connect with the oblique rollering steel silk that passes described warming plate; The two ends of described oblique rollering steel silk respectively with described steel fabric sheet intersect solder joint welding; On the described steel fabric sheet of described warming plate both sides, all built the described high-strength light concrete layer of one deck, described steel fabric sheet places in the described high-strength light concrete layer, described high-strength light concrete layer and described warming plate close adhesion, the outer end edges of described warming plate and described steel fabric sheet flushes, and exposing to the described high-strength light concrete layer 3～8cm of edge, the described steel fabric sheet that exposes and the welding of described groove side walls are fixing.
4. light steel composite board assembly unit according to claim 1 house is characterized in that described floor comprises that it comprises warming plate, steel fabric sheet, high-strength light concrete layer, is respectively equipped with described steel fabric sheet in described warming plate both sides; Two described steel fabric sheets connect with the oblique rollering steel silk that passes described warming plate; The two ends of described oblique rollering steel silk respectively with described steel fabric sheet intersect solder joint welding; On the described steel fabric sheet of described warming plate both sides, all built the described high-strength light concrete layer of one deck, described steel fabric sheet places in the described high-strength light concrete layer, described high-strength light concrete layer and described warming plate close adhesion, the termination of described floor is built by solid concrete.
5. light steel composite board assembly unit according to claim 1 house, it is characterized in that, described basic connection profile comprises a base plate and two side plates, described base plate two side ends respectively vertical fixing the described side plate that is parallel to each other is arranged, described base plate and described side plate are into a single integrated structure, and described base plate and described side plate form described groove.
6. light steel composite board assembly unit according to claim 1 house is characterized in that, described wallboard connection profile comprises butt joint connection profile, corner connection profile, T-shaped connection profile, cross connection profile.
7. light steel composite board assembly unit according to claim 6 house, it is characterized in that, described butt joint connection profile comprises a dividing plate and two base plates, centre at two described base plates that are parallel to each other is provided with described dividing plate, described dividing plate and described side plate are into a single integrated structure, two described base plates become two opposite described grooves of notch direction with described shelf-shaped, evenly distributed on the described base plate of described groove both sides have a described fixed via.
8. light steel composite board assembly unit according to claim 6 house, it is characterized in that, described corner connection profile comprises two base plates and two dividing plates, described base plate one a side vertical fixing another described base plate is arranged, vertical fixing has a described plate washer respectively at two described base plate middle parts, two described dividing plates vertically are cross mutually and arrange, described base plate and described dividing plate are into a single integrated structure, and the described base plate that is parallel to each other and described dividing plate and perpendicular described dividing plate form two mutually perpendicular described grooves of notch direction respectively.
9. light steel composite board assembly unit according to claim 6 house, it is characterized in that, described T-shaped connection profile comprises a base plate, two side plates and a dividing plate, in described base plate one side vertical fixing two described side plates that are parallel to each other are arranged, be provided with the described dividing plate parallel with described base plate at two described side plates, described dividing plate passes two described side plates, and described dividing plate is parallel with described base plate; Described base plate, described side plate and described dividing plate are into a single integrated structure; Described base plate, two described side plates and described dividing plate form three described grooves, and wherein, described base plate, two described side plates become two opposite described grooves of notch direction with described shelf-shaped; Described dividing plate forms three the described groove vertical with the notch direction of other two described grooves with two described side plates.
10. light steel composite board assembly unit according to claim 6 house, it is characterized in that, described cross connection profile becomes groined type to arrange by four base plates, four described base plates are into a single integrated structure, and the described base plate that is parallel to each other and perpendicular described base plate form the described groove that four notch direction across are arranged.
11. light steel composite board assembly unit according to claim 1 house is characterized in that, described floor connection profile comprises interior wall and floor connection profile and exterior wall and floor connection profile.
12. light steel composite board assembly unit according to claim 11 house, it is characterized in that, described interior wall and floor connection profile comprise a base plate, two side plates and a dividing plate, vertical fixing has two described side plates that are parallel to each other at middle part, described base plate bottom surface, described side plate and described base plate form described groove, vertically be provided with described dividing plate at described plate top surface middle part, described side plate and described dividing plate are into a single integrated structure, and evenly distributed on the described base plate of described bottom portion of groove have a fixed via.
13. light steel composite board assembly unit according to claim 11 house, it is characterized in that, described exterior wall and floor connection profile comprise a base plate, long and short two side plates and two dividing plates, in described base plate one side vertical fixing two described side plates that are parallel to each other are arranged, middle side part is provided with a described dividing plate parallel with described base plate outside described long side plate; End in the described short side plate outside is provided with another described dividing plate parallel with described base plate; Described base plate, described side plate and described dividing plate are into a single integrated structure; Described base plate, two described side plates and two described dividing plates form three described grooves, and wherein, described base plate, two described side plates become two opposite described grooves of notch direction with two described shelf-shaped; Evenly distributed on the described base plate of described groove both sides and described dividing plate have a described fixed via; Evenly distributed on the described side plate of the described bottom portion of groove that described base plate, described long side plate and described dividing plate form have a described fixed via; Described base plate forms three the described groove vertical with the notch direction of other two described grooves with two described side plates.
14. according to claim 5,7,8,9,10,12 or 13 described light steel composite board assembly unit houses, it is characterized in that, be provided with the filling glue-line in the bottom surface of described groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320258665 CN203188368U (en) | 2013-04-27 | 2013-04-27 | Light-weight steel composite plate assembly house |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320258665 CN203188368U (en) | 2013-04-27 | 2013-04-27 | Light-weight steel composite plate assembly house |
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| CN203188368U true CN203188368U (en) | 2013-09-11 |
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| CN 201320258665 Expired - Lifetime CN203188368U (en) | 2013-04-27 | 2013-04-27 | Light-weight steel composite plate assembly house |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103266662A (en) * | 2013-04-27 | 2013-08-28 | 陈久旺 | Light steel composite plate assembled house |
| CN104294912A (en) * | 2014-10-08 | 2015-01-21 | 哈尔滨工业大学深圳研究生院 | Beam-column-free metal face core plate type house and manufacturing method thereof |
| CN104947788A (en) * | 2015-06-18 | 2015-09-30 | 北京大工简筑科技有限公司 | DGC modular fabricated building system and building method thereof |
| CN106894504A (en) * | 2017-04-27 | 2017-06-27 | 王立 | A kind of light-duty assembling type steel structure house and its method of construction |
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2013
- 2013-04-27 CN CN 201320258665 patent/CN203188368U/en not_active Expired - Lifetime
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103266662A (en) * | 2013-04-27 | 2013-08-28 | 陈久旺 | Light steel composite plate assembled house |
| CN103266662B (en) * | 2013-04-27 | 2015-11-25 | 陈久旺 | The assembled house of light steel composite board |
| CN104294912A (en) * | 2014-10-08 | 2015-01-21 | 哈尔滨工业大学深圳研究生院 | Beam-column-free metal face core plate type house and manufacturing method thereof |
| CN104294912B (en) * | 2014-10-08 | 2017-09-26 | 哈尔滨工业大学深圳研究生院 | Without beam column metal faced sandwich house |
| CN104947788A (en) * | 2015-06-18 | 2015-09-30 | 北京大工简筑科技有限公司 | DGC modular fabricated building system and building method thereof |
| CN104947788B (en) * | 2015-06-18 | 2019-03-15 | 江苏保力自动化科技有限公司 | A kind of modular assembly formula building systems and its method of construction |
| CN106894504A (en) * | 2017-04-27 | 2017-06-27 | 王立 | A kind of light-duty assembling type steel structure house and its method of construction |
| CN106894504B (en) * | 2017-04-27 | 2023-04-25 | 王立 | Light assembled steel structure house and construction method thereof |
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