CN205713219U - Modularization assembled house system - Google Patents
Modularization assembled house system Download PDFInfo
- Publication number
- CN205713219U CN205713219U CN201620595892.9U CN201620595892U CN205713219U CN 205713219 U CN205713219 U CN 205713219U CN 201620595892 U CN201620595892 U CN 201620595892U CN 205713219 U CN205713219 U CN 205713219U
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- steel
- crossbeam
- light gauge
- gauge cold
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Abstract
This utility model discloses a kind of modularization assembled house system, it is characterized in that: it includes the house (1) of one or more modularization making, and the described house (1) within two-layer extends the most unlimited, each described house (1) is made up of steel structure frame (2), light gauge cold-formed steel shape system wallboard (3), light gauge cold-formed steel shape system floor (4) and light gauge cold-formed steel shape system roofing (5)；Described steel structure frame (2) includes crossbeam (2.1) the most parallel to each other and column connected vertically (2.2), and eight corners that described crossbeam (2.1) and column (2.2) surround all connect with connector (7)；Which overcoming folding in prior art inconvenient, associativity is bad, the shortcoming being not suitable for complex environment, has detachable, interchangeable, the advantage of changeable.
Description
Technical field
This utility model belongs to building structure technology field, is more specifically modularization assembled house system.
Background technology
At present, modularization assembled house mostly is Container Reconstruction, and the movable plank house of steel structure support, Factory Building have price
Cheap, easy for installation, it is used widely in daily life, but the structure of existing container, movable plank house, Factory Building is not
Rationally, its folding is inconvenient, and associativity is bad, is not suitable for complex environment.Existing integrated house is Container Reconstruction, and ferrum
Skin, alien invasion effectiveness comparison is dull, does not reaches the standard-required in permanent house, i.e. modularization assembled house and still suffers from bigger
Room for improvement.
At present, modularization assembled house mostly is Container Reconstruction, and the movable plank house of steel structure support, Factory Building have price
Cheap, easy for installation, it is used widely in daily life, but the structure of existing container, movable plank house, Factory Building is not
Rationally, its folding is inconvenient, and associativity is bad, is not suitable for complex environment.Existing integrated house is Container Reconstruction, and ferrum
Skin, alien invasion effectiveness comparison is dull, does not reaches the standard-required in permanent house, i.e. modularization assembled house and still suffers from bigger
Room for improvement；High energy conservation standard can be realized, and cool in summer and warm in winter.
And relative to patent (CN201110035793, modularity quickly assemble room)；This patent is practically without according with completely
Matched moulds massing, a lot of places are required for on-the-spot nailing；This patent can not do the building of more than a layer, the most excellent on area
Gesture, it is impossible to accomplish to expand；This patent body of wall cannot realize appointing easy interchangeability.
Summary of the invention
The purpose of this utility model is to overcome the weak point of above-mentioned background technology, and proposes a kind of modularization assembling room
House body system.
This utility model modularization assembled house system, it includes the house of one or more modularization making, and
Described house within two-layer extends the most unlimited, and each described house is by steel structure frame, light gauge cold-formed steel shape body
Toggle bolt plate, light gauge cold-formed steel shape system floor and light gauge cold-formed steel shape system roofing composition；Described steel structure frame includes
Under crossbeam parallel to each other and column connected vertically, eight corners that described crossbeam and column surround are all with connector even
Connect；Described light gauge cold-formed steel shape system wallboard is followed successively by inner trim panels, interior substrate, cold bending thin wall steel joist, glass from inside to outside
Glass centrifugal cotton, outer substrate, breathing paper, balustrade exterior panelling；At described light gauge cold-formed steel shape system wallboard with crossbeam, column by recessed
Tongue is engaged, described light gauge cold-formed steel shape system floor be followed successively by from top to bottom composite floor board, building template basic unit and
Spun-glass insulation is cotton；It is welded with angle steel on described crossbeam, described angle steel is shelved with described light gauge cold-formed steel shape
System floor；Described light gauge cold-formed steel shape system roofing is followed successively by 5mm color steel roofing, osb plate basic unit, glass from top to bottom
Fiber thermal insulation cotton and plasterboard basic unit.
In technique scheme: described tongue and groove include the steel column at two ends and be positioned at the L-type angle steel of centre, square steel with
And finished product wall stand；Described L-type angle steel welds together with square steel, and with the described alternate layout of finished product wall stand.
In technique scheme: described light gauge cold-formed steel shape system roofing and described steel structure frame pass through angle steel
Fixing, described angle steel includes the girder steel at two ends and middle L-type angle steel, square steel and finished product wall stand；Described L-type angle steel with
Square steel welds together, and is positioned at the two ends of described finished product steelframe.
In technique scheme: described light gauge cold-formed steel shape system wallboard is 3X3 modular construction, and each other
Can be substituted for each other.
In technique scheme: described composite floor board has elasticity, heat conductivity is 0.17-0.34w/mk；Described
Spun-glass insulation cotton use damping, insulation, the material of noise reduction；Heat conductivity is 0.042-0.049w/mk；Described
5mm color steel roofing uses the exotic material of lightweight, and heat conductivity is 0.05w/mk.
In technique scheme: described connector is made up of 2 the most L-shaped component A and component B, described structure
Part A is bolted on the medial angle of described crossbeam and column, and one end of described component B is welded on described column
On, the other end is welded on described crossbeam.
In technique scheme: all have four holes in two ends of described component A, a diameter of the 16 of each hole
Millimeter, is welded on the component B of described crossbeam one end and has four holes, and a diameter of 16 millimeters of each hole, each two hole
Between spacing be 60 millimeters.
In technique scheme: described connector includes a component and U-shaped No. two components, described No. one
Component includes that L-shaped steel fishplate bar and vertical steel plate, described vertical steel plate are parallel to the minor face of described steel fishplate bar, described
No. two components are bolted on described cross rail inner face.
In technique scheme: the minor face of described steel fishplate bar is bolted on the interior of the described crossbeam in outside
On side, on the described vertical steel plate lateral surface by two described crossbeams being bolted to inner side, described No. one
The long limit of component is sequentially fixed on described column and crossbeam by three bolts.
This utility model has following technological merit: 1, detachable, interchangeable, changeable, buying easily, can be with standard
Change, it is not necessary to use lifting construction machinery to assemble.
2, wallboard, floor, roofing and variola use cold bending thin wall steel joist and decorative panel, can realize high energy-conservation mark
Standard, and cool in summer and warm in winter；Modular unit product in-site installation is convenient, saves labour force, on-the-spot without construction building rubbish.
3, not welding, environmental protection, wet-less operation, it is possible to ensure construction safety and civilized construction；Modular is integrated
House building speed is fast, and it is convenient to assemble, and house takes effect early, shortens project investment payoff period, has preferable social benefit.
4, modular unit product in-site installation is convenient, the finishing of production-lines, packaging, saves on-the-spot artificial, entirely
Portion completes in factory, on-the-spot the most assembled, reduces cost.
5, on-the-spot without construction building rubbish, not welding, environmental protection, wet-less operation, it is possible to guarantee construction safety and
Civilized construction.
6, modular integrated house construction speed is fast, and it is convenient to assemble, and house takes effect early, shortens project investment payoff period,
There is preferable social benefit.
Accompanying drawing explanation
Fig. 1 is the overall schematic in the single house of this utility model.
Fig. 2 is the structural representation of the steel structure frame in this utility model.
Fig. 3 is the structural representation of this utility model deadlight.
Fig. 4 is the structural representation of floor in this utility model.
Fig. 5 is the structural representation of the roofing in this utility model.
Fig. 6 is the structural representation of the angle steel in this utility model.
Fig. 7 is the structural representation of tongue and groove.
Fig. 8 is the structural representation of the first connector.
The structural representation of component A in the first connector in Fig. 9.
Figure 10 is the structural representation of component B in the first connector.
Figure 11 is the punching particular location schematic diagram in the first connector on component A.
Figure 12 is the structural representation of the second connector.
Figure 13 is the structural representation of a component in the second connector.
Figure 14 is the structural representation of No. two components in the second connector.
In figure: house 1, steel structure frame 2, crossbeam 2.1, column 2.2, light gauge cold-formed steel shape system wallboard 3, inner trim panels
3.1, interior substrate 3.2, cold bending thin wall steel joist 3.3, glass centrifugal cotton 3.4, outer substrate 3.6, breathing paper 3.7, balustrade exterior panelling
3.8, tongue and groove 3.9, steel column 3.9.1, square steel 3.9.2, finished product wall stand 3.9.3, angle steel 3.9.4, light gauge cold-formed steel shape system building
Plate 4, composite floor board 4.1, building template basic unit 4.2, spun-glass insulation cotton 4.3, light gauge cold-formed steel shape system roofing 5,5mm coloured silk
Steel tile roofing 5.1, osb plate basic unit 5.2, spun-glass insulation cotton 5.3, plasterboard basic unit 5.4, angle steel 6, girder steel 6.1, connector
7, component A7.1, hole 7.1.1, component B7.2, component 8, steel fishplate bar 8.1,8.2, No. two components 9 of vertical steel plate.
Detailed description of the invention
Describe performance of the present utility model below in conjunction with the accompanying drawings in detail, but they are not intended that this utility model
Restriction, the most for example, simultaneously by illustrate advantage of the present utility model will become clearer from easy to understand.
With reference to shown in Fig. 1-14: this utility model modularization assembled house system, it is characterised in that: it includes one or many
The house 1 of individual modularization making, and the described house 1 within two-layer is in the most unlimited extension, each described house 1
By steel structure frame 2, light gauge cold-formed steel shape system wallboard 3, light gauge cold-formed steel shape system floor 4 and light gauge cold-formed steel shape system room
Face 5 forms；Described steel structure frame 2 includes crossbeam 2.1 the most parallel to each other and column connected vertically 2.2, described
Eight corners that crossbeam 2.1 and column 2.2 surround all connect with connector 7；Described light gauge cold-formed steel shape system wallboard 3 is by interior
It is followed successively by inner trim panels 3.1, interior substrate 3.2, cold bending thin wall steel joist 3.3, glass centrifugal cotton 3.4, outer substrate 3.6 to outward, exhales
Inhale paper 3.7, balustrade exterior panelling 3.8；Tongue and groove is passed through with crossbeam 2.1, column 2.2 at described light gauge cold-formed steel shape system wallboard 3
3.9 is engaged, and described light gauge cold-formed steel shape system floor 4 is followed successively by composite floor board 4.1, building template basic unit from top to bottom
4.2 and spun-glass insulation cotton 4.3；It is welded with angle steel 6 on described crossbeam 2.1, described angle steel 6 is shelved with described
Light gauge cold-formed steel shape system floor 4；Described light gauge cold-formed steel shape system roofing 5 is followed successively by 5mm color steel roofing from top to bottom
5.1, osb plate basic unit 5.2, spun-glass insulation cotton 5.3 and plasterboard basic unit 5.4.
Described tongue and groove 3.9 includes the steel column 3.9.1 at two ends and is positioned at L-type angle steel 3.9.4, the square steel 3.9.2 of centre
And finished product wall stand 3.9.3；Described L-type angle steel 3.9.4 welds together with square steel 3.9.2, and with described finished product wall stand
The most alternate layout.
Described light gauge cold-formed steel shape system roofing 5 is fixed by angle steel 6 with described steel structure frame 2, described angle
Steel 6 includes the girder steel 6.1 at two ends and middle L-type angle steel 3.9.4, square steel 3.9.2 and finished product wall stand 3.9.3；Described L-type
Angle steel 3.9.4 welds together with square steel 3.9.2, and is positioned at the two ends of described finished product steelframe 3.9.3.
Described light gauge cold-formed steel shape system wallboard 3 is 3X3 modular construction, and can be substituted for each other each other.
Described composite floor board 4.1 has elasticity, and heat conductivity is 0.17-0.34w/mk；Described spun-glass insulation
Employing damping, insulation, the material of noise reduction of cotton 5.3；Heat conductivity is 0.042-0.049w/mk；Described 5mm color steel roofing
5.1 exotic materials using lightweight, heat conductivity is 0.05w/mk.
Described connector 7 is made up of 2 the most L-shaped component A7.1 and component B7.2, and described component A7.1 passes through
Being bolted on the medial angle of described crossbeam 2.1 and column 2.2, one end of described component B7.2 is welded on described standing
On post 2.2, the other end is welded on described crossbeam 2.1.
Four hole 7.1.1 are all had in two ends of described component A7.1, a diameter of 16 millimeters of each hole 7.1,
It is welded on the component B7.2 of described crossbeam 2.1 one end and has four hole 7.1.1, and a diameter of 16 millimeters of each hole, often
Spacing between two hole 7.1.1 is 60 millimeters.
Described connector 7 also includes another component building form；Described connector 7 includes component 8 He
No. two U-shaped components 9, a described component 8 includes L-shaped steel fishplate bar 8.1 and vertical steel plate 8.2, and described is vertical
Steel plate 8.2 is parallel to the minor face of described steel fishplate bar 8.1, and No. two described components 9 are bolted on described crossbeam 2.1
Medial surface.
On the medial surface of the described crossbeam 2.1 that the minor face of described steel fishplate bar 8.1 is bolted on outside, described
Lateral surface by two described crossbeams 2.1 being bolted to inner side of vertical steel plate 8.2 on, a described component 8
Long limit be sequentially fixed on described column 2.2 and crossbeam 2.1 by three bolts；And vertically steel plate 8.2 and steel fishplate bar 8.1
The spacing of minor face be 100 millimeters.
Wall stand 3.9.3 of finished product locks by tongue and groove 3.9, it is not necessary to nailing.Fix by structure glue at gap.Wall
Skeleton uses rivet, saves cost of labor.Special connected mode is the most rendered in above-mentioned node to be marked；G550 clod wash
Light-gauge steel section shock resistance is good, wind resistance, durability, fire resistance, sound-proofing, health, comfortableness, insect protected.
OSB (Oriented Strandboard) plate, also known as oriented wood chipboard, domestic is also named it for Europe deals.It is a kind of
Synthesized wood material.
Because all components of 3X3 are all modular, the installation dimension structure of its four sides wall is just as, so
Four sides wall can exchange with task, can change the general layout in house according to real needs, selects window and the open position of door
Put.Particularly in the building of combination 3X3, in the case of decoration background is different, this interchangeability can be utilized, more effectively change
The style of building.
Above-mentioned unspecified part is prior art.
Claims (9)
1. modularization assembled house system, it is characterised in that: it includes the house (1) of one or more modularization making,
And the described house (1) within two-layer extends the most unlimited, each described house (1) is by steel structure frame (2), clod wash
Light-gauge steel section system wallboard (3), light gauge cold-formed steel shape system floor (4) and light gauge cold-formed steel shape system roofing (5) composition；Described
Steel structure frame (2) include crossbeam (2.1) the most parallel to each other and column connected vertically (2.2), described crossbeam
(2.1) all connect with connector (7) with eight corners surrounding of column (2.2)；Described light gauge cold-formed steel shape system wallboard (3)
Be followed successively by from inside to outside inner trim panels (3.1), interior substrate (3.2), cold bending thin wall steel joist (3.3), glass centrifugal cotton (3.4),
Outer substrate (3.6), breathing paper (3.7), balustrade exterior panelling (3.8)；Described light gauge cold-formed steel shape system wallboard (3) and crossbeam
(2.1), column (2.2) by tongue and groove (3.9) engaged,
Described light gauge cold-formed steel shape system floor (4) is followed successively by composite floor board (4.1), building template basic unit from top to bottom
And spun-glass insulation cotton (4.3) (4.2)；It is welded with angle steel (6) on described crossbeam (2.1), described angle steel (6) is put
It is equipped with described light gauge cold-formed steel shape system floor (4)；
Described light gauge cold-formed steel shape system roofing (5) is followed successively by 5mm color steel roofing (5.1), osb plate basic unit from top to bottom
(5.2), spun-glass insulation cotton (5.3) and plasterboard basic unit (5.4).
Modularization assembled house system the most according to claim 1, it is characterised in that: described tongue and groove (3.9) includes
The steel column (3.9.1) at two ends and be positioned at L-type angle steel (3.9.4), square steel (3.9.2) and the finished product wall stand (3.9.3) of centre；Institute
The L-type angle steel (3.9.4) stated welds together with square steel (3.9.2), and with described finished product wall stand (3.9.3) alternate layout.
Modularization assembled house system the most according to claim 1 and 2, it is characterised in that: described light gauge cold-formed steel shape
System roofing (5) is fixed by angle steel (6) with described steel structure frame (2), and described angle steel (6) includes the girder steel at two ends
And middle L-type angle steel (3.9.4), square steel (3.9.2) and finished product wall stand (3.9.3) (6.1)；Described L-type angle steel
(3.9.4) weld together with square steel (3.9.2), and be positioned at the two ends of described finished product steelframe (3.9.3).
Modularization assembled house system the most according to claim 3, it is characterised in that: described light gauge cold-formed steel shape system
Wallboard (3) is 3X3 modular construction, and can be substituted for each other each other.
Modularization assembled house system the most according to claim 1, it is characterised in that: described composite floor board (4.1) tool
Flexible, heat conductivity is 0.17-0.34w/mk；Described spun-glass insulation cotton (5.3) uses damping, insulation, noise reduction
Material；Heat conductivity is 0.042-0.049w/mk；Described 5mm color steel roofing (5.1) uses the exotic material of lightweight,
Heat conductivity is 0.05w/mk.
Modularization assembled house system the most according to claim 4, it is characterised in that: described connector (7) is by 2 all
L-shaped component A (7.1) and component B (7.2) composition, described component A (7.1) is bolted on described crossbeam
(2.1) and on the medial angle of column (2.2), one end of described component B (7.2) is welded on described column (2.2), another
End is welded on described crossbeam (2.1).
Modularization assembled house system the most according to claim 6, it is characterised in that: at the two of described component A (7.1)
Individual end all has four holes (7.1.1), a diameter of 16 millimeters of each hole (7.1.1), is welded on described crossbeam (2.1)
Four holes (7.1.1), and a diameter of 16 millimeters of each hole (7.1.1), each two hole is had on the component B (7.2) of end
(7.1.1) spacing between is 60 millimeters.
Modularization assembled house system the most according to claim 4, it is characterised in that: described connector (7) includes one
Number component (8) and U-shaped No. two components (9), a described component (8) includes L-shaped steel fishplate bar (8.1) and vertical steel
Plate (8.2), described vertical steel plate (8.2) is parallel to the minor face of described steel fishplate bar (8.1), and No. two described components (9) are led to
Cross and be bolted to described crossbeam (2.1) medial surface.
Modularization assembled house system the most according to claim 8, it is characterised in that: described steel fishplate bar (8.1) short
While be bolted on the medial surface of the described crossbeam (2.1) in outside, described vertical steel plate (8.2) passes through two spiral shells
On the lateral surface of the described crossbeam (2.1) that bolt is fixed on inner side, the long limit of a described component (8) is depended on by three bolts
Secondary it is fixed on described column (2.2) and crossbeam (2.1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620595892.9U CN205713219U (en) | 2016-06-17 | 2016-06-17 | Modularization assembled house system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620595892.9U CN205713219U (en) | 2016-06-17 | 2016-06-17 | Modularization assembled house system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205713219U true CN205713219U (en) | 2016-11-23 |
Family
ID=57306064
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620595892.9U Withdrawn - After Issue CN205713219U (en) | 2016-06-17 | 2016-06-17 | Modularization assembled house system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205713219U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108678175A (en) * | 2018-05-22 | 2018-10-19 | 南京思丹鼎建筑科技有限公司 | Assembly type light house self sealss modular system |
| WO2019128092A1 (en) * | 2017-12-30 | 2019-07-04 | 王文广 | Assembly-type kitchen and installation method therefor |
-
2016
- 2016-06-17 CN CN201620595892.9U patent/CN205713219U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019128092A1 (en) * | 2017-12-30 | 2019-07-04 | 王文广 | Assembly-type kitchen and installation method therefor |
| CN108678175A (en) * | 2018-05-22 | 2018-10-19 | 南京思丹鼎建筑科技有限公司 | Assembly type light house self sealss modular system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161123 Effective date of abandoning: 20180302 |