CN109322411A - Multiple-story Lightweight Steel building floor connect engineering method with metope node - Google Patents
Multiple-story Lightweight Steel building floor connect engineering method with metope node Download PDFInfo
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- CN109322411A CN109322411A CN201811313039.3A CN201811313039A CN109322411A CN 109322411 A CN109322411 A CN 109322411A CN 201811313039 A CN201811313039 A CN 201811313039A CN 109322411 A CN109322411 A CN 109322411A
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- metope
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- 229910000831 Steel Inorganic materials 0.000 title claims abstract description 68
- 239000010959 steel Substances 0.000 title claims abstract description 68
- 238000010276 construction Methods 0.000 claims abstract description 82
- 238000004519 manufacturing process Methods 0.000 claims abstract description 8
- 239000000463 materials Substances 0.000 claims description 42
- 238000009434 installation Methods 0.000 claims description 21
- 230000002146 bilateral Effects 0.000 claims description 15
- 239000010410 layers Substances 0.000 claims description 15
- 239000000872 buffers Substances 0.000 claims description 14
- 239000004567 concrete Substances 0.000 claims description 12
- 230000003014 reinforcing Effects 0.000 claims description 12
- 230000000875 corresponding Effects 0.000 claims description 9
- 239000011381 foam concrete Substances 0.000 claims description 9
- 239000011901 water Substances 0.000 claims description 9
- 239000011150 reinforced concrete Substances 0.000 claims description 8
- 238000004891 communication Methods 0.000 claims description 7
- 230000003139 buffering Effects 0.000 claims description 6
- 238000009413 insulation Methods 0.000 claims description 6
- 229920002223 polystyrenes Polymers 0.000 claims description 6
- 238000004321 preservation Methods 0.000 claims description 6
- 239000008261 styrofoam Substances 0.000 claims description 6
- 238000005034 decoration Methods 0.000 claims description 4
- 210000003195 Fascia Anatomy 0.000 claims description 3
- 241000628997 Flos Species 0.000 claims description 3
- UHOVQNZJYSORNB-UHFFFAOYSA-N benzene Chemical compound 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- 239000004570 mortar (masonry) Substances 0.000 description 1
- 239000011178 precast concrete Substances 0.000 description 1
Classifications
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/38—Connections for building structures in general
- E04B1/61—Connections for building structures in general of slab-shaped building elements with each other
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B5/00—Floors; Floor construction with regard to insulation; Connections specially adapted therefor
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B5/00—Floors; Floor construction with regard to insulation; Connections specially adapted therefor
- E04B5/48—Special adaptations of floors for incorporating ducts, e.g. for heating or ventilating
Abstract
Description
Technical field
The invention belongs to build integrally-built technical field, more particularly, to a kind of Multiple-story Lightweight Steel building floor with Metope node connects engineering method.
Background technique
Assembled arthitecutral structure gradually increases in building field, assembly method also gradual perfection.For example, traditional assembly Formula steel building is increased and connects using the traditional architectures profile such as welded H section steel, welding square tube, hot rolled H-shaped as main member The components such as fishplate bar and link bolt hole are connect with other structures.
Traditional lightweight steel construction long construction period, construction procedure is cumbersome, needs manually to build, and expends substantial contribution and manpower, Requirement to construction site is relatively high.
In the construction of assembled arthitecutral structure, tier building refers to that building height is greater than 10 meters, less than 24 meters, and builds The number of plies is greater than 3 layers, the building less than 7 layers.Multiple-story Lightweight Steel building floor, which connect engineering method with metope node, has its special to apply Work method.Application No. is 201820120420.7 Chinese patents to disclose one kind based on beams of concrete and light gauge cold-formed steel shape beam Composite floor system system, but its primary structure of the invention be precast concrete beam frame, profiled sheet and several C-shaped cold bending thin walls Section steel beam；Each C-shaped light gauge cold-formed steel shape beam is fixed in lightweight concrete beam frame, and profiled sheet is located at lightweight concrete beam frame Interior, profiled sheet is located on each C-shaped light gauge cold-formed steel shape beam, and the top flange of profiled sheet and each C-shaped light gauge cold-formed steel shape beam It is fixedly connected, profiled sheet upper has gypsum based self-leveling mortar layer.Scene needs cast-in-place wet construction, fails integrated decoration Face still needs to carry out interior and exterior finishes processing after the completion of building.Constructing, assembly rate is lower, and the period is longer.
Summary of the invention
The object of the present invention is to provide a kind of adaptation modern architecture demands, serve structure with assembled lightweight steel operational characteristic Multiple-story Lightweight Steel building floor connect engineering method with metope node.
The purpose of the present invention is what is realized by following technical proposals:
Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, it is characterised in that includes the following steps:
(1) the floor construction modularized production of lightweight steel construction assembly building；
Floor construction module includes floor steel construction, covers the floor decorative board structure in this floor steel structure surface, described Floor steel construction includes two floor stile frames, is connected by angle connector I and angle connector II with this two floor stile frames The two floor transverse frames connect are horizontally installed on horizontal by one group in the floor stile frame and the formed frame of floor transverse frame Beam, and this group of crossbeam interlaced arrangement and is arranged in by one group in the floor stile frame and the formed frame of floor transverse frame Shape of the mouth as one speaks profile I,
Floor stile frame, the floor transverse frame and one group of crossbeam includes section material framework, and setting is herein Profile assembling assembly on section material framework,
The section material framework includes plane middle pectoral plate, connects two buffering intermediate zones in this plane middle pectoral plate two sides, Two surface plates that intermediate zone is connected are buffered with this two respectively, two surface plates on this two surface plates are respectively set Press reinforcing strip, two wing plates being connected respectively with described two surface plates, two to be connected respectively with this two wing plates Wing plate reinforcing rib,
The profile assembling assembly includes one group of square hole being arranged on described two surface plates, is separately positioned on described two Two groups of connecting holes on wing plate, each shape of the mouth as one speaks profile I pass through corresponding square hole and by screws and corresponding floor transverse frame Or the connecting hole on crossbeam on two wing plates is connected,
Power supply circuit I, light current communication device I, ventilating system I and supply and drain water system I are mountable in floor steel construction, then match Floor thermal insulation packing layer, floor decorative board structure are closed, the floor of a complete lightweight steel construction assembly building is formed.
(2) the metope structure modularized production of lightweight steel construction assembly building；
Metope structure module includes exterior wall decorative board structure, and inner wall decorative board structure is arranged in the exterior wall decorative panel Wall steel construction between structure and inner wall decorative board structure, the wall steel construction include metope frame, and setting is herein Decoration frame on metope frame, the metope frame include two metope stile frames, are connected by angle connector III with angle Two metope transverse frames that part IV is connected with this two metope stile frames, are vertically arranged in by the metope stile frame and metope One group of shape of the mouth as one speaks profile II in the formed frame of transverse frame,
The metope stile frame includes section material framework, and the metope transverse frame includes section material framework, is arranged in this frame of section bar Profile assembling assembly on frame,
The section material framework includes plane middle pectoral plate, connects two buffering intermediate zones in this plane middle pectoral plate two sides, Two surface plates that intermediate zone is connected are buffered with this two respectively, two surface plates on this two surface plates are respectively set Press reinforcing strip, two wing plates being connected respectively with described two surface plates, two to be connected respectively with this two wing plates Wing plate reinforcing rib,
The profile assembling assembly includes one group of square hole being arranged on described two surface plates, is separately positioned on described two Two groups of connecting holes on wing plate, each shape of the mouth as one speaks profile II pass through corresponding square hole and by screws and the metope transverse frame Connecting hole on two wing plates is connected,
Power supply circuit II, light current communication device II, ventilating system II and supply and drain water system II are mountable in metope lightweight steel construction It is interior, then cooperate insulating layer, exterior wall decorative board structure and inner wall decorative board structure within the walls, form a complete lightweight steel construction The metope structure module of building is assembled, this module can carry out assembly in factory or assemble at the construction field (site)；
(3) type of attachment of different floors and metope structure module；
A, wing plate and the lower metope top of metope two sides floor frame bilateral floor and upper and lower metope node type of attachment: will be located at The two sides surface plate of frame is separately mounted to together with screw by pre-manufactured hole, so that metope and floor form a right angle setting Relationship；The wing plate of the two sides surface plate of upper metope lower part frame and two sides floor frame is mounted on one by pre-manufactured hole with screw It rises, so that the junction of bilateral floor and upper and lower metope is by the rectangular section girder construction of the frame shape of each metope and floor；It is adjacent Two sides floor between be fixedly connected by floor c-type connector so that two pieces or muti-piece floor connect into a monolithic architecture building Plate；Square cavity is formed in the cross junction of bilateral floor and upper and lower wall, armored concrete is set in this square cavity Structural column beam；The stability of the structure is good, easy for installation also to have by good antidetonation buffer capacity；
B, wing plate and the lower metope top of metope side floor frame unilateral floor and upper and lower metope node type of attachment: will be located at The side surface plate of frame is separately mounted to together with screw by pre-manufactured hole, so that metope and floor form a right angle setting Relationship；The wing plate of the side surface plate of upper metope lower part frame and side floor frame is mounted on one by pre-manufactured hole with screw It rises；It is connected between upper metope and lower metope by metope bracing means, so that the frame of metope and floor frame shape are rectangular up and down Section girder construction；Square cavity is formed in the junction of unilateral floor, upper and lower metope and metope bracing means, in this square cavity Interior setting reinforced concrete structure column beam；The stability of the structure is good, easy for installation also to have by good antidetonation buffer capacity；
C, bilateral floor and lower metope node type of attachment: will be located on the wing plate and lower metope of metope two sides floor frame The two sides surface plate of portion's frame is separately mounted to together with screw by pre-manufactured hole, so that metope and floor form a vertical peace Dress relationship；It is fixedly connected between adjacent two sides floor by floor c-type connector, so that two pieces or muti-piece floor connect into one Monolithic architecture floor；Then floor seam cover board is mounted at the wing plate of two sides floor frame, so that bilateral floor and lower wall The junction in face is by the rectangular section girder construction of the frame shape of each metope and floor；In double-storied floor, lower metope and floor seam The junction of cover board forms square cavity, and reinforced concrete structure column beam is arranged in this square cavity；The stability of the structure It is good, it is easy for installation also to have by good antidetonation buffer capacity；
D, unilateral floor and lower metope node type of attachment: by the wing plate for being located at metope side floor frame and lower metope upper edge The side surface plate of frame is separately mounted to together with screw by pre-manufactured hole, is closed so that metope and floor form a right angle setting System；Connect the other side surface plate of lower metope top frame using side seal board, then with metope c-type connector connection floor frame with Side seal board, so that lower metope frame and the rectangular section girder construction of floor frame shape；Unilateral floor, lower metope, side seal board and Metope c-type connector junction forms square cavity, and reinforced concrete structure column beam is arranged in this square cavity；The structure Stability is good, easy for installation also to have by good antidetonation buffer capacity.
The metope bracing means includes the section material framework, the wing plates on two sides of this section material framework respectively with it is described on The side surface plate of the side surface plate of metope lower part frame and the lower metope top frame is installed with screw by pre-manufactured hole Together.
The floor seam cover board includes the section material framework, the two sides surface plate of this section material framework respectively with two sides The wing plate of floor frame is connected.
The side seal board includes the section material framework, a side wing of this section material framework and the lower metope top The side surface plate of frame is threadedly coupled, and the side surface plate of the side seal board is threadedly coupled with the metope c-type connector.
The insulating layer within the walls needs to fill tight when installing the inorganic heat insulation materials such as hard rock wool or hard glass silk floss Close and no loosening and gap ensure that tight is filled in heat preservation within the walls after exterior wall decorative board structure on the outside of installation,
When insulating layer is filled using the complex heat-preservation of packet styrofoam in foamed concrete within the walls, first by styrofoam concrete mats Block, which is fixed in metope structure, keeps benzene plate uniform apart from the distance of wall surface keel, frame, then pours foamed concrete or installation Complete Side fascia pours foamed concrete again.
Advantages of the present invention:
(1) Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, and all components are in plant floor Prefabricated processing, assembly are, it can be achieved that factory modularization produces, and standardization connection, construction is fast, simple installation；It is installed, is had by screw Efficiency avoids welding deformation, while screw connection does not destroy workpiece erosion resistant coating, building service life is improved, for various buildings Plate can be installed flexibly with metope structure form, form hollow posts girder construction after-pouring concrete using metope and floor Construction method does not have to use building template when pouring, and reduces operating expenses, accelerates construction progress；
(2) Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, and the simple install convenient of node structure is complete At rear good integrity, connection not only securely but also had durability and stability；It is hidden inside seam that seaming component is installed, is not influenced The beauty of incrustation seam can also be arranged in metope and floor junction；The node does not influence water preset in floor Electric line passes through and connects；The connection method of the node solve single floor area it is larger when, length and width transfinites can not The problem of transport；
(3) Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, and either floor or metope makes It has used a large amount of assembled architecture cold-forming shapes as main structure body stressed member, has been improved while mitigating construction(al)steel weight Building overall stability and shock resistance improve building service life and greatly improve building economy；Hollow structure frame design It can be convenient the preheating embedding lines such as installation electric wire, data line, telephone wire, water pipe；
(4) Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, reduces traditional light steel construction scene The series of processes of construction reduces the labor intensity of field worker, shortens construction period；
(5) Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, using dry construction, makees without welding Industry, construction method realizes the assembled architecture construction that house is built as playing with building blocks, and is supported without scene building Shield processing.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is I view of Fig. 1 of the present invention.
Fig. 3 is II view of Fig. 1 of the present invention.
Fig. 4 is III view of Fig. 1 of the present invention.
Fig. 5 is IV view of Fig. 1 of the present invention.
Fig. 6 is the structural schematic diagram of floor of the present invention.
Fig. 7 is that the structure of floor of the present invention cuts open figure.
Fig. 8 is the mounting structure schematic diagram of the power supply circuit of floor of the present invention, light current communication device and ventilating system.
Fig. 9 is the integrally-built topology view of metope of the present invention.
Figure 10 is the cross-sectional view of Fig. 9 of the present invention.
Figure 11 is the structural schematic diagram of section material framework of the present invention and profile assembling assembly.
Figure 12 is the section view of section material framework of the present invention.
Figure 13 is the section view of shape of the mouth as one speaks profile of the present invention.
Specific embodiment
A specific embodiment of the invention is further illustrated with reference to the accompanying drawing.
As shown in figures 1-13, Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, and feature exists In including the following steps:
(1) the floor construction modularized production of lightweight steel construction assembly building；
Floor construction module includes floor steel construction, covers the floor decorative board structure 13 in this floor steel structure surface, described Floor steel construction include two floor stile frames 9, pass through angle connector I and angle connector II and this two floor stile frames 9 Two floor transverse frames 10 being connected are horizontally installed on by the floor stile frame 9 and the formed frame of floor transverse frame 10 One group of interior crossbeam 11, with this group of 11 interlaced arrangement of crossbeam and setting is by the floor stile frame 9 and floor transverse frame 10 One group of shape of the mouth as one speaks profile I 12 in formed frame,
Floor stile frame 9, the floor transverse frame 10 and one group of crossbeam 11 includes section material framework, setting Profile assembling assembly on this section material framework,
The section material framework includes plane middle pectoral plate 27, connects two buffering transition in this 27 two sides of plane middle pectoral plate Band 28 buffers two surface plates 29 that intermediate zone 28 is connected with this two respectively, is respectively set on this two surface plates 29 Two surface plates press reinforcing strip 30, two wing plates 31 being connected respectively with described two surface plates 29, respectively with this two Two wing plate reinforcing ribs 32 that a wing plate 31 is connected,
The profile assembling assembly includes one group of square hole 33 being arranged on described two surface plates 29, is separately positioned on described Two groups of connecting holes on two wing plates 31, each shape of the mouth as one speaks profile I 12 pass through corresponding square hole 33 and by screw with it is corresponding Connecting hole 34 on floor transverse frame 10 or crossbeam 11 on two wing plates 31 is connected,
Power supply circuit I 16, light current communication device I 17, ventilating system I 18 and supply and drain water system I are mountable in floor steel construction It is interior, then cooperate floor thermal insulation packing layer 15, floor decorative board structure 13, form the building of a complete lightweight steel construction assembly building Plate.
(2) the metope structure modularized production of lightweight steel construction assembly building；
Metope structure module includes exterior wall decorative board structure 26, and inner wall decorative board structure 24, setting is in exterior wall dress Wall steel construction between tile construction 26 and inner wall decorative board structure 24, the wall steel construction include metope frame, Decoration frame on this metope frame is set, and the metope frame includes two metope stile frames 19, passes through angle connector III and the two metope transverse frames 35 being connected with this two metope stile frames 19 of angle connector IV, it is vertically arranged in by the wall One group of shape of the mouth as one speaks profile II 36 in face stile frame 19 and the formed frame of metope transverse frame 35,
The metope stile frame 19 includes section material framework, and the metope transverse frame 35 includes section material framework, is arranged in this type Profile assembling assembly on material frame,
The section material framework includes plane middle pectoral plate 27, connects two buffering transition in this 27 two sides of plane middle pectoral plate Band 28 buffers two surface plates 29 that intermediate zone 28 is connected with this two respectively, is respectively set on this two surface plates 29 Two surface plates press reinforcing strip 30, two wing plates 31 being connected respectively with described two surface plates 29, respectively with this two Two wing plate reinforcing ribs 32 that a wing plate 31 is connected,
The profile assembling assembly includes one group of square hole 33 being arranged on described two surface plates 29, is separately positioned on described Two groups of connecting holes 34 on two wing plates 31, each shape of the mouth as one speaks profile II 36 pass through corresponding square hole 33 and by screw with it is described Connecting hole 34 on metope transverse frame 35 on two wing plates 31 is connected,
Power supply circuit II 20, light current communication device II 21, ventilating system II 22 and supply and drain water system II 23 are mountable in metope In lightweight steel construction, then cooperate insulating layer 25, exterior wall decorative board structure 26 and inner wall decorative board structure 24 within the walls, forms one The metope structure module of complete lightweight steel construction assembly building, this module can carry out assembly in factory or fill at the construction field (site) Match；
(3) type of attachment of different floors and metope structure module；
A, the wing plate 31-1 and lower metope of metope two sides floor frame bilateral floor and upper and lower metope node type of attachment: will be located at The two sides surface plate 29-2 of 2 top frames is separately mounted to together with screw by pre-manufactured hole, so that metope and floor 3 form one A right angle setting relationship；By the wing plate 31-1 spiral shell of the two sides surface plate 29-1 of upper 1 lower part frame of metope and two sides floor frame Nail is installed together by pre-manufactured hole, so that the junction of bilateral floor 3 and upper and lower metope is by the frame shape of each metope and floor 3 Rectangular section girder construction；It is fixedly connected between adjacent two sides floor 3 by floor c-type connector 4, so that two pieces or muti-piece building Plate 3 connects into a monolithic architecture floor；Square cavity is formed in the cross junction of bilateral floor 3 and upper and lower wall, herein Reinforced concrete structure column beam 37 is set in square cavity；The stability of the structure is good, easy for installation also to have by good anti- Shake buffer capacity；
B, the wing plate 31-1 and lower metope of metope side floor frame unilateral floor and upper and lower metope node type of attachment: will be located at The side surface plate 29-2 of 2 top frames is separately mounted to together with screw by pre-manufactured hole, so that metope and floor 3 form one A right angle setting relationship；By the wing plate 31-1 spiral shell of the side surface plate 29-1 of upper 1 lower part frame of metope and side floor frame Nail is installed together by pre-manufactured hole；It is connected between upper metope 1 and lower metope 2 by metope bracing means 5, so that upper and lower metope Frame and the rectangular section girder construction of floor frame shape；In the junction of unilateral floor 3, upper and lower metope and metope bracing means 5 Square cavity is formed, reinforced concrete structure column beam 37 is set in this square cavity；The stability of the structure is good, easy for installation Also have by good antidetonation buffer capacity；
C, the wing plate 31-1 and lower wall of metope two sides floor frame bilateral floor and lower metope node type of attachment: will be located at The two sides surface plate 29-2 of 2 top frame of face is separately mounted to together with screw by pre-manufactured hole, so that metope and the formation of floor 3 One right angle setting relationship；It is fixedly connected between adjacent two sides floor 3 by floor c-type connector 4, so that two pieces or muti-piece building Plate 3 connects into a monolithic architecture floor；Then floor seam cover board 6 is mounted at the wing plate 31-1 of two sides floor frame, So that the junction of bilateral floor 3 and lower metope 2 is by the rectangular section girder construction of the frame shape of each metope and floor 3；In bilayer The junction of floor 3, lower metope 2 and floor seam cover board 6 forms square cavity, and armored concrete is arranged in this square cavity Structural column beam 37；The stability of the structure is good, easy for installation also to have by good antidetonation buffer capacity；
D, the wing plate 31-1 and lower metope 2 of metope side floor frame unilateral floor and lower metope node type of attachment: will be located at The side surface plate 29-2 of top frame is separately mounted to together with screw by pre-manufactured hole, so that metope and floor 3 form one A right angle setting relationship；The other side surface plate 29-2 of lower 2 top frame of metope is connected using side seal board 8, then is connected with metope c-type Fitting 7 connects floor frame and side seal board 8, so that lower metope frame and the rectangular section girder construction of floor frame shape；In unilateral side Floor 3, lower metope 2, side seal board 8 and 7 junction of metope c-type connector form square cavity, and steel is arranged in this square cavity Tendon concrete structure column beam 37；The stability of the structure is good, easy for installation also to have by good antidetonation buffer capacity.
The metope bracing means 5 include the section material framework, the wing plates on two sides 31-2 of this section material framework respectively with The side surface plate 29-2 screw of the side surface plate 29-1 of the upper metope lower part frame and the lower metope top frame It is installed together by pre-manufactured hole.
The floor seam cover board 6 includes the section material framework, and the two sides surface plate 29-3 of this section material framework distinguishes It is connected with the wing plate 31-1 of two sides floor frame.
The side seal board 8 includes the section material framework, a side wing 31-3 of this section material framework and the lower wall The other side surface plate 29-2 of face top frame is threadedly coupled, the side surface plate 29-4 of the side seal board 8 and the metope C Type connector 7 is threadedly coupled.
The insulating layer within the walls 25 needs to fill when installing the inorganic heat insulation materials such as hard rock wool or hard glass silk floss Closely and without loosening and gap, ensure that tight is filled in heat preservation within the walls after exterior wall decorative board structure 26 on the outside of installation,
When insulating layer 25 is filled using the complex heat-preservation of packet styrofoam in foamed concrete within the walls, first by styrofoam concrete Cushion block, which is fixed in metope structure, keeps benzene plate uniform apart from the distance of wall surface keel, frame, then pours foamed concrete or peace It installs Side fascia and pours foamed concrete again.
Multiple-story Lightweight Steel building floor of the invention connect engineering method with metope node, and all components are in plant floor Prefabricated processing, assembly are, it can be achieved that factory modularization produces, and standardization connection, construction is fast, simple installation；It is installed, is had by screw Efficiency avoids welding deformation, while screw connection does not destroy workpiece erosion resistant coating, building service life is improved, for various buildings Plate 3 can be installed flexibly with metope structure form, form hollow posts girder construction after-pouring concrete using metope and floor 3 Construction method does not have to use building template when pouring, and reduces operating expenses, accelerates construction progress；Node structure is simply installed just Victory, good integrity, connection not only securely but also had durability and stability after the completion；It is hidden inside seam that seaming component is installed, The beauty of incrustation is not influenced, seam can also be arranged in metope and 3 junction of floor；Node does not influence pre- in floor 3 The hydroelectric line set passes through and connects；The connection method of such node solve single 3 area of floor it is larger when, length and width It transfinites the problem of can not transporting；Either floor 3 or metope have used a large amount of assembled architecture cold-forming shapes as knot Structure main body stressed member, improves building overall stability while mitigating construction(al)steel weight and shock resistance improves building Service life greatly improves building economy；Hollow structure frame design can be convenient installation electric wire, data line, telephone wire, water The preheating embedding lines such as pipe；The present invention reduces the series of processes of traditional light steel construction site operation, reduce the labour of field worker Intensity shortens construction period；Using dry construction, it is not necessarily to weld job, construction method realizes the construction room as playing with building blocks The assembled architecture in room is constructed, and carries out maintenance processing without scene building.
Claims (5)
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| CN201811313039.3A CN109322411B (en) | 2018-11-06 | 2018-11-06 | Construction method for connecting multi-layer light steel structure building floor slab and wall surface node |
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