CN106703201A - Fabricated integrated building and production method thereof - Google Patents
Fabricated integrated building and production method thereof Download PDFInfo
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- CN106703201A CN106703201A CN201510458120.0A CN201510458120A CN106703201A CN 106703201 A CN106703201 A CN 106703201A CN 201510458120 A CN201510458120 A CN 201510458120A CN 106703201 A CN106703201 A CN 106703201A
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Abstract
The invention relates to the field of building, in particular to a fabricated integrated building and a production method thereof. The fabricated integrated building comprises a basis (1) laid on the foundation. The fabricated integrated building is characterized in that the building comprises a stand column (2), a floor laminated beam (3), a floor laminated board (41), a floor composite board (42), an external wall panel (51), an internal wall panel (52), a roof truss (61) and a roof boarding (62). The production method of the fabricated integrated building is characterized in that the steps are carried out as following: a, the stand column arrangement; b, the roof beam erection; c, the floor laying; d, the wallboard laying; e, the roof erection. The fabricated integrated building has the advantages of tight structure, convenient installation, stable quality, strong adaptation, friendly environmental protection, fast project progress as well as short construction term.
Description
Technical field
The present invention relates to building field, specially a kind of assembled integrated building and its manufacture method.
Background technology
At present, the inside and outside maintenance of steel construction is masonry structure, and floor is concrete casting structure, and roofing is scene dispersion construction.The major advantage for safeguarding thorough body structure is low cost, has the disadvantage that from great, high to house foundation load requirement, self-strength is low, and wall very easily ftractures, and construction is slow, and wet construction water wasting is time-consuming.Job site environment is poor, and building waste is more, not environmentally, high energy consumption.Live floorslab concrete is poured, and needs scene to lay and set up template, and concreting process needs antifreeze moisturizing, thus construction climate influence, and various auxiliary equipment losses are big.Roofing scene dispersion construction, construction is complicated, and dangerous big, construction quality is difficult to ensure that.Above-mentioned various construction methods, it is disadvantageous in that jointly：Speed of application is slow, long in time limit, efficiency is low, high energy consumption not environmentally, construction quality is difficult to control to.
The content of the invention
In order to overcome the defect of prior art, there is provided a kind of sound construction, easy for installation, steady quality, strong adaptability, the feature of environmental protection are good, engineering progress is fast, short construction period building, the invention discloses a kind of assembled integrated building and its manufacture method.
The present invention reaches goal of the invention by following technical solution：
A kind of assembled integrated building, including the basis on ground is layed in, it is characterized in that：Also include column, floor beam, floor plates, floor composite plate, Side fascia, lining, roof truss and roof boarding,
On the basis of column is all vertically fixed on；
Floor beam is frame structure, floor beam is vertically layered setting, the floor beam of each floor is all horizontally disposed with, it it is the 1st layer with the floor beam for most descending floor, vertically upward floor beam be followed successively by the 2nd layer, the 3rd layer ... n-th layer, floor beam includes beam between intercolumniation beam and beam, the two ends of intercolumniation beam are separately fixed on a root post, the two ends of beam are separately fixed on an intercolumniation beam between beam, are all connected with stair between the floor beam of contiguous floors between floor layer beam and basis and from the layer；
Floor plates are all laid on the floor beam of each floor, connection cushion block is lined between floor plates and floor beam, the floor plates being laid on the 1st floor layer beam are the 1st floor laminate, the floor plates being laid on the 2nd floor layer beam are the 2nd floor laminate, ... the floor plates on n-th layer floor beam are laid on for n-th layer floor plates, and the floor beam of correspondence floor is paved with and reserved the stairs port come in and gone out for stair by floor plates；
Side fascia is laid on the column axis of basic outer, the two ends of Side fascia horizontal direction are separately fixed in adjacent two root posts, the two ends of Side fascia vertical direction are separately fixed between two adjacent intercolumniation beams or between intercolumniation beam and basis, and at least one in aperture of door and fenestra is provided with Side fascia；
Lining is laid on the column axis in Side fascia, the two ends of lining horizontal direction are separately fixed in adjacent two root posts, the two ends of lining vertical direction are separately fixed between two adjacent intercolumniation beams or between intercolumniation beam and basis, and at least one in aperture of door and fenestra is provided with lining；
Floor composite plate is laid in floor plates；
Roof truss is fixed on the floor beam of the superiors, and roof truss is truss structure, is connected with roof truss beam between adjacent roof truss, and roof boarding is laid on roof truss and roof truss beam.
Described assembled integrated building, it is characterized in that：Floor plates, floor composite plate and Side fascia are all put together by structure Slab element, structure Slab element includes body frame, inserts, base plate and panel, body frame is by the crisscross lattice frames for constituting of vertical pole and cross bar, inserts is placed or is poured in body frame, inserts has sound-insulating and heat-insulating effect for loose porous shape material, and the bottom surface of body frame and top surface are covered each by base plate and panel；
Construction unit pieces together concave shape and constitutes and is provided with the Side fascia of aperture of door, the opening of the concave shape as Side fascia aperture of door, construction unit pieces together square shape and constitutes opens fenestrated Side fascia, the port of the square shape as Side fascia fenestra；
It is connected by connector between adjacent floor plates, crash roll is lined between floor composite plate and floor plates, floor composite plate and crash roll is screwed in floor plates；
Decoration panel is laid on the lateral surface of Side fascia, the decoration panel plays decoration, beautification, waterproof, protection etc.；The top laying tile of roof boarding, the tile plays waterproof, protection, decoration function.
The manufacture method of described assembled integrated building, it is characterized in that：Implement successively as follows：
A. column：Basis is laid on ground, column, the outer on basis and internal vertical columns respectively are fitted vertically on the basis of；
B. set a roof beam in place：According to story height, the floor beam for flatly fixing each floor is vertically distinguished on column, it it is the 1st layer with the floor beam for most descending floor, vertically upward floor beam be followed successively by the 2nd layer, the 3rd layer ... n-th layer, floor beam includes beam between intercolumniation beam and beam, intercolumniation beam is fixed between adjacent two root posts, face between fixed beam between adjacent two intercolumniation beams is all connected between the floor beam of contiguous floors between the 1st floor layer beam and basis and from the 2nd layer with stair；
C. floor is spread：Floor plates are laid on the floor beam of each floor, connection cushion block is lined between floor plates and floor beam, the floor plates being laid on the 1st floor layer beam are the 1st floor laminate, the floor plates being laid on the 2nd floor layer beam are the 2nd floor laminate, ... the floor plates on n-th layer floor beam are laid on for n-th layer floor plates, and the floor beam of correspondence floor is paved with and reserved the stairs port come in and gone out for stair by floor plates；
Floor composite plate is laid in floor plates；
D. wallboard is spread：Side fascia is laid on the column of most outer, the two ends of Side fascia horizontal direction are separately fixed in adjacent two root posts, the two ends of Side fascia vertical direction are separately fixed between two adjacent intercolumniation beams or between intercolumniation beam and basis, and at least one in aperture of door and fenestra is provided with Side fascia；
Lining is being laid on the column on the inside of Side fascia, the two ends of lining horizontal direction are separately fixed in adjacent two root posts, the two ends of lining vertical direction are separately fixed between two adjacent intercolumniation beams or between intercolumniation beam and basis, and at least one in aperture of door and fenestra is provided with lining；
E. frame top：Roof truss is fixed on the floor beam of the superiors, roof truss is truss structure, connected with roof truss beam between adjacent roof truss, roof boarding is laid on roof truss and roof truss beam.
The manufacture method of described assembled integrated building, it is characterized in that：During step c and step d, floor plates, floor composite plate and Side fascia are all put together by structure Slab element, structure Slab element includes body frame, inserts, base plate and panel, body frame is by the crisscross lattice frames for constituting of vertical pole and cross bar, inserts is placed or is poured in body frame, and the bottom surface of body frame and top surface are covered each by base plate and panel；
Construction unit pieces together concave shape and constitutes and is provided with the Side fascia of aperture of door, the opening of the concave shape as Side fascia aperture of door, construction unit pieces together square shape and constitutes opens fenestrated Side fascia, the port of the square shape as Side fascia fenestra；
It is connected by connector between adjacent floor plates, crash roll is lined between floor composite plate and floor plates, floor composite plate and crash roll is screwed in floor plates.
The invention provides a kind of fabricated integrated building, the building structural component unit whole integrated production of batch production, steel component can be used, is divided into frame structure unit, integrated wall unit, integrated flooring Slab element, integrated Roof plate element and other integration component elementary cells.In-site installation combination of the present invention is simple and convenient, not high to site operation personnel specialty technical requirements, and fast and safely, steady quality reliability is not affected by environment, low to house foundation load requirement from heavy and light without building waste for construction.Dry construction, water-saving and environmental protection is connected firmly, and anti-seismic performance is superior, can greatly improve project speed, shortens construction period.The suitable large-scale industrial production of the present invention, meets housing industrialization developing direction, with modulated dimension design production stock, various house types is assembled with modularization, and can composite assembly at the construction field (site) steel construction assembled integrated building assemble method.
Brief description of the drawings
Fig. 1 is the structural representation on basis in the present invention；
Fig. 2 is the structural representation of the vertical columns on the basis of in the present invention；
Fig. 3 is the structural representation for fixing the 1st floor layer beam in the present invention on column；
Fig. 4 is the structural representation for setting stair in the present invention between basis and the 1st floor layer beam；
Fig. 5 is the structural representation for fixing the 2nd floor layer beam in the present invention on column；
Fig. 6 is the structural representation for laying floor plates in the present invention on the 1st floor layer beam；
Fig. 7 is the structural representation that floor plates laying is finished on the 1st floor layer beam in the present invention；
Fig. 8 is the 1st layer of structural representation of Side fascia of laying in the present invention；
Fig. 9 is the structural representation that the 1st layer of Side fascia laying is finished in the present invention；
Figure 10 is the 2nd layer of structural representation of Side fascia of laying in the present invention；
Figure 11 is the structural representation that the 2nd layer of Side fascia laying is finished in the present invention；
Figure 12 is the 2nd layer of structural representation of lining of laying in the present invention；
Figure 13 is the structural representation of laying floor composite plate in the present invention；
Figure 14 is the structural representation that the laying of floor composite plate is finished in the present invention；
Figure 15 is the structural representation of erection roof truss in the present invention；
Figure 16 is the structural representation that middle berth of the present invention is provided as the Side fascia for gable wallboard；
Figure 17 is the structural representation of laying roof boarding in the present invention；
Figure 18 is the structural representation that roof boarding laying is finished in the present invention；
Figure 19 is the body frame of structure Slab element in the present invention and the structural representation of base plate；
Figure 20 is the structural representation that structure Slab element makees broken section in the present invention；
Figure 21 is the structural representation of the floor plates 41 that middle berth of the present invention sets crash roll 43 and connection cushion block 44；
Figure 22 is the structural representation of the first connector in the present invention；
Figure 23 is the structural representation of the second connector in the present invention；
Figure 24 is the structural representation of the 3rd connector in the present invention；
Figure 25 is the structural representation of the 4th connector in the present invention；
Figure 26 is the structural representation of the 5th connector in the present invention；
Figure 27 is the structural representation of the 6th connector in the present invention.
Specific embodiment
The present invention is further illustrated below by way of specific embodiment.
Embodiment 1
A kind of assembled integrated building, including basis 1, column 2, floor beam 3, floor plates 41, floor composite plate 42, Side fascia 51, lining 52, roof truss 61 and roof boarding 62, as shown in Fig. 1~Figure 21, concrete structure is：
Basis 1 is layed on ground, and column 2 is all vertically fixed on basis 1；
Floor beam 3 is frame structure, floor beam 3 is vertically layered setting, the floor beam 3 of each floor is all horizontally disposed with, most to descend the floor beam 3 of floor for the 1st layer, vertically upward floor beam 3 be followed successively by the 2nd layer, the 3rd layer ... n-th layer, floor beam 3 includes beam 32 between intercolumniation beam 31 and beam, the two ends of intercolumniation beam 31 are separately fixed on a root post 2, the two ends of beam 32 are separately fixed on an intercolumniation beam 31 between beam, are all connected with stair 33 between the floor beam 3 of contiguous floors between the 1st floor layer beam 3 and basis and from the 2nd layer；
Floor plates 41 are all laid on the floor beam 3 of each floor, connection cushion block 44 is lined between floor plates 41 and floor beam 3, the floor plates 41 being laid on the 1st floor layer beam 3 are the 1st floor laminate 41, the floor plates 41 being laid on the 2nd floor layer beam 3 are the 2nd floor laminate 4, ... the floor plates 41 on n-th layer floor beam 3 are laid on for n-th layer floor plates 41, and the floor beam 3 of correspondence floor is paved with and reserved the stairs port come in and gone out for stair 33 by floor plates 41；
Side fascia 51 is laid on the axis of column 2 of basic 1 outer, the two ends of the horizontal direction of Side fascia 51 are separately fixed in adjacent two root posts 2, the two ends of the vertical direction of Side fascia 51 be separately fixed between two adjacent intercolumniation beams 31 or intercolumniation beam 31 and basis 1 between, aperture of door and fenestra are provided with Side fascia 51；Relative both sides are used as gable wallboard 53 in Side fascia 51；
Lining 52 is laid on the axis of column 2 in Side fascia 51, the two ends of the horizontal direction of lining 52 are separately fixed in adjacent two root posts 2, the two ends of the vertical direction of lining 52 be separately fixed between two adjacent intercolumniation beams 31 or intercolumniation beam 31 and basis 1 between, aperture of door and fenestra are provided with lining 52；
Floor composite plate 42 is laid in floor plates 41；
Roof truss 61 is fixed on the floor beam 3 of the superiors, and roof truss 61 is truss structure, is connected with roof truss beam 611 between adjacent roof truss 61, and roof boarding 62 is laid on roof truss 61 and roof truss beam 611；
In the present embodiment：Floor plates 41, floor composite plate 42 and Side fascia 51 are all put together by structure Slab element 7, structure Slab element 7 includes body frame 71, inserts 72, base plate 73 and panel 74, body frame 71 is by the crisscross lattice frames for constituting of vertical pole and cross bar, inserts 72 is placed or is poured in body frame 71, inserts 72 has sound-insulating and heat-insulating effect for loose porous shape material, and the bottom surface of body frame 71 and top surface are covered each by base plate 73 and panel 74；
Construction unit 7 pieces together concave shape and constitutes and is provided with the Side fascia 51 of aperture of door, the opening of the concave shape as Side fascia 51 aperture of door, construction unit 7 pieces together square shape and constitutes opens fenestrated Side fascia 51, the port of the square shape as Side fascia 51 fenestra；
It is connected by connector between adjacent floor plates 41, crash roll 43 is lined between floor composite plate 42 and floor plates 41, floor composite plate 42 and crash roll 43 is screwed in floor plates 41；
Decoration panel is laid on the lateral surface of Side fascia 51, the decoration panel plays decoration, beautification, waterproof, protection etc.；The top laying tile of roof boarding 62, the tile plays waterproof, protection, decoration function.
When the present embodiment is manufactured, implement successively as follows：
A. column：As shown in figure 1, lay basis 1 on ground, as shown in Fig. 2 be fitted vertically column 2 on basis 1, the outer on basis 1 and internal vertical columns 2 respectively；
B. set a roof beam in place：As shown in Figure 3, according to story height, the 1st layer of floor beam 3 is vertically flatly fixed on column 2, floor beam 3 includes beam 32 between intercolumniation beam 31 and beam, intercolumniation beam 31 is fixed between adjacent two root posts 2, face 22 between fixed beam between adjacent two intercolumniation beams 31, as shown in Figure 4, connected with stair 33 between 1st floor layer beam 3 and basis
As shown in figure 5, in the 1st layer of the vertically upward floor beam 3 for flatly fixing the 2nd layer of floor beam 3, being connected with stair 33 between the floor beam 3 of contiguous floors；
C. floor is spread：As shown in Figure 6 and Figure 7, floor plates 41 are laid on the 1st layer of floor beam 3, connection cushion block 44 is lined between floor plates 41 and floor beam 3, the floor plates 41 being laid on the 1st floor layer beam 3 are the 1st floor laminate 41, the floor plates 41 being laid on the 2nd floor layer beam 3 are the 2nd floor laminate 4, ... the floor plates 41 on n-th layer floor beam 3 are laid on for n-th layer floor plates 41, and the floor beam 3 of correspondence floor is paved with and reserved the stairs port come in and gone out for stair 33 by floor plates 41；
As shown in Figure 13 and Figure 14, floor composite plate 42 is laid in floor plates 41；
D. wallboard is spread：As shown in Fig. 8~Figure 11, Side fascia 51 is laid on the column 2 of most outer, the two ends of the horizontal direction of Side fascia 51 are separately fixed in adjacent two root posts 2, the two ends of the vertical direction of Side fascia 51 be separately fixed between two adjacent intercolumniation beams 31 or intercolumniation beam 31 and basis 1 between, aperture of door and fenestra are provided with Side fascia 51；
As shown in figure 12, lining 52 is being laid on the column 2 in Side fascia 51, the two ends of the horizontal direction of lining 52 are separately fixed in adjacent two root posts 2, the two ends of the vertical direction of lining 52 be separately fixed between two adjacent intercolumniation beams 31 or intercolumniation beam 31 and basis 1 between, aperture of door and fenestra are provided with lining 52；
As shown in figure 16, both sides relative in Side fascia 51 are used as gable wallboard 53；
E. frame top：As shown in figure 15, roof truss 61 is fixed on the floor beam 3 of the superiors, roof truss 61 is truss structure, as shown in Figure 17 and Figure 18, is connected with roof truss beam 611 between adjacent roof truss 61, and roof boarding 62 is laid on roof truss 61 and roof truss beam 611.
In the present embodiment：During step c and step d, floor plates 41, floor composite plate 42 and Side fascia 51 are all put together by structure Slab element 7, structure Slab element 7 is as illustrated in figures 19 and 20, including body frame 71, inserts 72, base plate 73 and panel 74, body frame 71 is by the crisscross lattice frames for constituting of vertical pole and cross bar, inserts 72 is placed or is poured in body frame 71, and the bottom surface of body frame 71 and top surface are covered each by base plate 73 and panel 74；
Construction unit 7 pieces together concave shape and constitutes and is provided with the Side fascia 51 of aperture of door, the opening of the concave shape as Side fascia 51 aperture of door, construction unit 7 pieces together square shape and constitutes opens fenestrated Side fascia 51, the port of the square shape as Side fascia 51 fenestra；
As shown in figure 21, it is connected by connector between adjacent floor plates 41, crash roll 43 is lined between floor composite plate 42 and floor plates 41, floor composite plate 42 and crash roll 43 is screwed in floor plates 41, for the sake of for easy clear, floor composite plate 42 is not drawn into Figure 21.
As shown in Figure 22~Figure 27, connector includes the first connector 81, second connector 82, 3rd connector 83, 4th connector 84, 5th connector 85 and the 6th connector 86, connector is used to connect each component, wherein the first connector 81, second connector 82 is all for flat connector is used to connect conplane accessory, 3rd connector 83 is used for wall and ground level is connected, 4th connector 84 is that L-type connector is used to connect mutually perpendicular accessory, 5th connector 85 is that tank-type connecting component is used for square tube framing component connection accessory, 6th connector 86 is that bridge connector is used for same plane, the connection of T-shaped intersection or angle-style crossing members, the adjacent floor plates 41 of connection can select the first connector 81, second connector 82 or the 6th connector 86.
Claims (4)
1. a kind of assembled integrated building, including the basis (1) on ground is layed in, it is characterized in that：Also include column (2), floor beam (3), floor plates (41), floor composite plate (42), Side fascia (51), lining (52), roof truss (61) and roof boarding (62)
Column (2) is all vertically fixed on basic (1)；
Floor beam (3) is frame structure, floor beam (3) is vertically layered setting, the floor beam (3) of each floor is all horizontally disposed with, it it is the 1st layer with the floor beam (3) for most descending floor, vertically upward floor beam (3) is followed successively by the 2nd layer, 3rd layer, ... n-th layer, floor beam (3) beam (32) and between beam including intercolumniation beam (31), the two ends of intercolumniation beam (31) are separately fixed on a root post (2), the two ends of beam (32) are separately fixed on an intercolumniation beam (31) between beam, 1st floor layer beam (3) is all connected between the floor beam (3) of contiguous floors and basis between and from the 2nd layer with stair (33)；
Floor plates (41) are all laid on the floor beam (3) of each floor, connection cushion block (44) is lined between floor plates (41) and floor beam (3), the floor plates (41) being laid on the 1st floor layer beam (3) are the 1st floor laminate (41), the floor plates (41) being laid on the 2nd floor layer beam (3) are the 2nd floor laminate (4), ... the floor plates (41) being laid on n-th layer floor beam (3) are n-th layer floor plates (41), the floor beam (3) of correspondence floor is paved with and reserved the stairs port come in and gone out for stair (33) by floor plates (41)；
Side fascia (51) is laid on column (2) axis of basic (1) outer, the two ends of Side fascia (51) horizontal direction are separately fixed in adjacent two root posts (2), the two ends of Side fascia (51) vertical direction be separately fixed between two adjacent intercolumniation beams (31) or intercolumniation beam (31) and basic (1) between, at least one in aperture of door and fenestra is provided with Side fascia (51)；
Lining (52) is laid on the axis of the column (2) in Side fascia (51), the two ends of lining (52) horizontal direction are separately fixed in adjacent two root posts (2), the two ends of lining (52) vertical direction be separately fixed between two adjacent intercolumniation beams (31) or intercolumniation beam (31) and basic (1) between, at least one in aperture of door and fenestra is provided with lining (52)；
Floor composite plate (42) is laid in floor plates (41)；
Roof truss (61) is fixed on the floor beam (3) of the superiors, roof truss (61) is truss structure, connected with roof truss beam (611) between adjacent roof truss (61), roof boarding (62) is laid on roof truss (61) and roof truss beam (611).
2. assembled integrated building as claimed in claim 1, it is characterized in that：Floor plates (41), floor composite plate (42) and Side fascia (51) are all put together by structure Slab element (7), structure Slab element (7) includes body frame (71), inserts (72), base plate (73) and panel (74), body frame (71) is by the crisscross lattice frames for constituting of vertical pole and cross bar, inserts (72) is placed or is poured in body frame (71), and the bottom surface of body frame (71) and top surface are covered each by base plate (73) and panel (74)；
Construction unit (7) pieces together concave shape and constitutes the Side fascia (51) for being provided with aperture of door, the opening of the concave shape as Side fascia (51) aperture of door, construction unit (7) pieces together square shape and constitutes opens fenestrated Side fascia (51), the port of the square shape as Side fascia (51) fenestra；
It is connected by connector between adjacent floor plates (41), crash roll (43) is lined between floor composite plate (42) and floor plates (41), floor composite plate (42) and crash roll (43) are screwed in floor plates (41)；
Plaque is laid on the lateral surface of Side fascia (51)；The top laying tile of roof truss (61).
3. the manufacture method of assembled integrated building as claimed in claim 1 or 2, it is characterized in that：Implement successively as follows：
A. column：Laid on ground basic (1), column (2), the outer of basic (1) and internal vertical columns (2) respectively are fitted vertically on basic (1)；
B. set a roof beam in place：According to story height, the floor beam (3) for flatly fixing each floor is vertically distinguished on column (2), it it is the 1st layer with the floor beam (3) for most descending floor, vertically upward floor beam (3) is followed successively by the 2nd layer, 3rd layer, ... n-th layer, floor beam (3) beam (32) and between beam including intercolumniation beam (31), intercolumniation beam (31) is fixed between adjacent two root posts (2), face (22) between fixed beam between adjacent two intercolumniation beams (31), 1st floor layer beam (3) is all connected between the floor beam (3) of contiguous floors and basis between and from the 2nd layer with stair (33)；
C. floor is spread：Floor plates (41) are laid on the floor beam (3) of each floor, connection cushion block (44) is lined between floor plates (41) and floor beam (3), the floor plates (41) being laid on the 1st floor layer beam (3) are the 1st floor laminate (41), the floor plates (41) being laid on the 2nd floor layer beam (3) are the 2nd floor laminate (4), ... the floor plates (41) being laid on n-th layer floor beam (3) are n-th layer floor plates (41), the floor beam (3) of correspondence floor is paved with and reserved the stairs port come in and gone out for stair (33) by floor plates (41)；
Floor composite plate (42) is laid in floor plates (41)；
D. wallboard is spread：Side fascia (51) is laid on the column (2) of most outer, the two ends of Side fascia (51) horizontal direction are separately fixed in adjacent two root posts (2), the two ends of Side fascia (51) vertical direction be separately fixed between two adjacent intercolumniation beams (31) or intercolumniation beam (31) and basic (1) between, at least one in aperture of door and fenestra is provided with Side fascia (51)；
Lining (52) is being laid on the column (2) in Side fascia (51), the two ends of lining (52) horizontal direction are separately fixed in adjacent two root posts (2), the two ends of lining (52) vertical direction be separately fixed between two adjacent intercolumniation beams (31) or intercolumniation beam (31) and basic (1) between, at least one in aperture of door and fenestra is provided with lining (52)；
E. frame top：Roof truss (61) is fixed on the floor beam (3) of the superiors, roof truss (61) is truss structure, connected with roof truss beam (611) between adjacent roof truss (61), roof boarding (62) is laid on roof truss (61) and roof truss beam (611).
4. the manufacture method of assembled integrated building as claimed in claim 3, it is characterized in that：During step c and step d, floor plates (41), floor composite plate (42) and Side fascia (51) are all put together by structure Slab element (7), structure Slab element (7) includes body frame (71), inserts (72), base plate (73) and panel (74), body frame (71) is by the crisscross lattice frames for constituting of vertical pole and cross bar, inserts (72) is placed or is poured in body frame (71), and the bottom surface of body frame (71) and top surface are covered each by base plate (73) and panel (74)；
Construction unit (7) pieces together concave shape and constitutes the Side fascia (51) for being provided with aperture of door, the opening of the concave shape as Side fascia (51) aperture of door, construction unit (7) pieces together square shape and constitutes opens fenestrated Side fascia (51), the port of the square shape as Side fascia (51) fenestra；
It is connected by connector between adjacent floor plates (41), crash roll (43) is lined between floor composite plate (42) and floor plates (41), floor composite plate (42) and crash roll (43) are screwed in floor plates (41).
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| CN201510458120.0A CN106703201A (en) | 2015-07-30 | 2015-07-30 | Fabricated integrated building and production method thereof |
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