CN107989229A - Steel-frame structure is without heat bridge energy-saving wall board linear type wall connecting node - Google Patents
Steel-frame structure is without heat bridge energy-saving wall board linear type wall connecting node Download PDFInfo
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- CN107989229A CN107989229A CN201711489683.1A CN201711489683A CN107989229A CN 107989229 A CN107989229 A CN 107989229A CN 201711489683 A CN201711489683 A CN 201711489683A CN 107989229 A CN107989229 A CN 107989229A
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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
- E04B2/56—Load-bearing walls of framework or pillarwork; Walls incorporating load-bearing elongated members
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Abstract
This invention provides a kind of steel-frame structure without heat bridge energy-saving wall board linear type wall connecting node, belongs to technical field of buildings, and steel-frame structure is installed on steel-frame structure without heat bridge energy-saving wall board, and steel-frame structure between heat bridge energy-saving wall board without joining end to end；When 2 or 3 steel-frame structures are connected without heat bridge energy-saving wall board, steel-frame structure without heat bridge energy-saving wall board every 2 or every 3 steel-frame structures between heat bridge energy-saving wall board by I-shaped steel column without, to be directly connected to, otherwise, being connected；The effect and advantage of the present invention is that the overall coordination performance of wall is good, and energy-efficient performance is high, using entirety without heat bridge technology, can effectively cut off heat bridge, have good heat-insulating property；Anti-seismic performance is significantly improved, construction is simple, is obviously improved it and industrializes efficiency, reduce resource and energy consumption.Furthermore it is possible to realize the generalization of Side fascia, standardize.
Description
Technical field
The invention belongs to technical field of buildings, is related to a kind of building energy conservation wall, more particularly to a kind of steel-frame structure
Without heat bridge energy-saving wall board linear type wall connecting node.
Background technology
In recent years, due to national policy, steel production, structure manufacture, design research and development etc. favorable factor, China
Housing building of steel-structure enters a new developing period.But the master of China's housing building of steel-structure development is restricted at present
Want problem to be, still lack the retaining design research to match with structure system of steel structure housing.As the important of retaining design
Part, the reform of steel construction wall material and constructing technology research are vital.
Steel construction exterior wall should be the non bearing structure of light material composition.Steel construction exterior wall should possess it is light, insulation, every
Heat, sound insulation, fire prevention, waterproof, it is resistance to freeze, ageing-resistant, weather-proof and environmentally friendly etc. performance.Also it is exactly that exterior wall is connected with steel construction main body
When should ensure that it is reliable, with meet the to provide fortification against earthquakes needs of stratified deformation and the needs of structure ductility.
But it is less suitable for the wallboard of steel construction at present, some wallboard heat-insulating properties are poor, or installation is complicated, in addition has
A little wallboard globalities are poor, have impact on the overall stress of structure, and the also switching performance of some wallboards and steel construction is poor, easily de-
Open.
The content of the invention
In order to solve the above problem of steel construction wallboard, the present invention provides a kind of steel-frame structure without heat bridge energy-saving wall board,
The overall coordination performance issue of assembled energy-saving wall can be solved, energy-efficient performance is improved, significantly improves anti-seismic performance, and significantly
Connector quantity is reduced, simplifies construction, it is obviously improved and industrializes efficiency, promote China's housing industrialization development process, reduce
Resource and energy consumption.
The technical solution adopted by the present invention is as follows：
Steel-frame structure without heat bridge energy-saving wall board linear type wall connecting node, by steel-frame structure without heat bridge energy-saving wall board (1) and
I-shaped steel column (2) is formed；Steel-frame structure without heat bridge energy-saving wall board (1) be installed on steel-frame structure on, steel-frame structure without
Heat bridge energy-saving wall board joins end to end between (1)；When 2 or 3 steel-frame structures are connected without heat bridge energy-saving wall board (1), steel framework
Frame structure is without being to be directly connected between heat bridge energy-saving wall board (1), otherwise, every 2 or every 3 steel-frame structures without heat bridge section
Energy wallboard (1) passes through I-shaped steel column (2) and connects；Steel-frame structure is directly connected to without heat bridge energy-saving wall board (1)：Adjacent steel framework
Internal layer convex clip pin (1-7) and internal layer recessed bayonet lock (1-9) of the frame structure without heat bridge energy-saving wall board (1) relatively, internal layer convex clip pin (1-7)
The internal layer trapezoidal groove (1-10) on the trapezoidal plunger of internal layer (1-8) the insertion recessed bayonet lock of internal layer (1-9) top on top；The trapezoidal pin of internal layer
Head (1-8) mutually agrees with internal layer trapezoidal groove (1-10)；The two flat bayonet (1-12) of internal layer of the trapezoidal plunger of internal layer (1-8) both sides
Mutually agree with the internal layer double card tongue (1-13) of internal layer trapezoidal groove (1-10) both sides；The trapezoidal plunger of internal layer (1-8) and internal layer are trapezoidal
Between groove (1-10), and structure gemel connection is used between two flat bayonet (1-12) of internal layer and internal layer double card tongue (1-13)；
The recessed bayonet lock of outer layer (1-18) and convex outer bayonet lock (1-22) relatively, the trapezoidal plunger (1- of outer layer on convex outer bayonet lock (1-22) top
21) the outer layer trapezoidal groove (1-19) on the recessed bayonet lock of outer layer (1-18) top is inserted into, outer layer trapezoidal groove (1-19) and outer layer are trapezoidal
Plunger (1-21) is mutually agreed with；The two flat bayonet (1-24) of outer layer of the trapezoidal plunger of outer layer (1-21) both sides and outer layer trapezoidal groove
The outer layer double card tongue (1-20) of (1-19) both sides mutually agrees with；The trapezoidal plunger of outer layer (1-21) and outer layer trapezoidal groove (1-19) it
Between, and use structure gemel connection between two flat bayonet (1-24) of outer layer and outer layer double card tongue (1-20)；Outer layer is overhanging energy saving
Nose arm (1-14) and the overhanging energy saving female end arm (1-15) of internal layer are close to each other, therebetween using structure gemel connection；Steel frame
Structure is connected without heat bridge energy-saving wall board (1) by I-shaped steel column (2)：Adjacent steel-frame structure is without heat bridge energy-saving wall board (1)
Internal layer convex clip pin (1-7) and the recessed bayonet lock of internal layer (1-9) relatively, be respectively inserted into the two of respective one end of I-shaped steel column (2)
Between a edge of a wing, I-shaped steel column (2) uses structure gemel connection with internal layer convex clip pin (1-7) and the recessed bayonet lock of internal layer (1-9)；Outside
The recessed bayonet lock (1-18) of layer and convex outer bayonet lock (1-22) relatively, the trapezoidal plunger of outer layer (1-21) on convex outer bayonet lock (1-22) top
It is inserted into the outer layer trapezoidal groove (1-19) on the recessed bayonet lock of outer layer (1-18) top, outer layer trapezoidal groove (1-19) and the trapezoidal plunger of outer layer
(1-21) mutually agrees with；The two flat bayonet (1-24) of outer layer of the trapezoidal plunger of outer layer (1-21) both sides and outer layer trapezoidal groove (1-19)
The outer layer double card tongue (1-20) of both sides mutually agrees with；Between the trapezoidal plunger of outer layer (1-21) and outer layer trapezoidal groove (1-19), and
Structure gemel connection is used between two flat bayonet (1-24) of outer layer and outer layer double card tongue (1-20)；The overhanging energy saving nose arm of outer layer
The overhanging energy saving female end arm (1-15) of (1-14) and internal layer is close to each other, therebetween using structure gemel connection.
Further, the steel-frame structure without heat bridge energy-saving wall board include external protection (1-1), inner protective layer (1-2),
Middle longitudinal rib (1-3), cross rib (1-4), alkali resistant glass fibre open weave cloth (1-5), without heat bridge tension member (1-6), internal layer convex clip pin (1-
7), the trapezoidal plunger of internal layer (1-8), the recessed bayonet lock of internal layer (1-9), internal layer trapezoidal groove (1-10), the flat bayonet of internal layer (1-11), internal layer
Two flat bayonets (1-12), internal layer double card tongue (1-13), the overhanging energy saving nose arm (1-14) of outer layer, the overhanging energy saving female end arm of internal layer
(1-15), thermal insulation board (1-16), middle card slot (1-17), the recessed bayonet lock of outer layer (1-18), outer layer trapezoidal groove (1-19), outer layer are double
Block tongue (1-20), the trapezoidal plunger of outer layer (1-21), two Dao Pingka of convex outer bayonet lock (1-22), the flat bayonet of outer layer (1-23) and outer layer
Mouth (1-24) composition, there is two rows of insulating layers within the walls, and every layer of insulating layer has polylith thermal insulation board (1-16) composition, thermal insulation board (1-16)
Between be cross rib (1-4)；The cross rib (1-4) between cross rib (1-4) and internal layer thermal insulation board between outer layer thermal insulation board mutually staggers；
It is external protection (1-1) on the outside of outer layer thermal insulation board, is inner protective layer (1-2) in the inner side of internal layer thermal insulation board, in outer layer thermal insulation board
It is middle longitudinal rib (1-3) between internal layer thermal insulation board, in external protection (1-1), inner protective layer (1-2), middle longitudinal rib (1-3)
Inside is respectively provided with one layer of alkali resistant glass fibre open weave cloth (1-5)；Equally distributed no heat bridge up and down is respectively set in cross rib (1-4)
Tension member (1-6), no heat bridge tension member (1-6) are rectangle, and plane where rectangle is vertical, and horizontal both ends extend alkali-resisting glass fiber respectively
Grid cloth (1-5)；The left and right ends of middle longitudinal rib (1-3) between internal layer thermal insulation board and outer layer thermal insulation board, in respectively setting
Between card slot (1-17), middle card slot (1-17) is rectangle；In left end, outer layer thermal insulation board is overhanging, and internal layer thermal insulation board is taken in；On the right side
End, outer layer thermal insulation board are taken in, and internal layer thermal insulation board is overhanging；Left and right ends wallboard by middle card slot (1-17) be divided into lining and
Side fascia, sets internal layer convex clip pin (1-7), thermal insulation board (1-16) extends the three of internal layer convex clip pin (1-7) in the lining of left end
2/1 mono- to three, the both sides of internal layer convex clip pin (1-7) are respectively the flat bayonet of internal layer (1-11) and middle card slot (1-17),
It is that level cross-sectionn is the trapezoidal plunger of trapezoidal internal layer (1-8) in the end of internal layer convex clip pin (1-7), the trapezoidal plunger (1- of internal layer
8) short side is outside, and the long side of the trapezoidal plunger of internal layer (1-8) is taken in respect to the both sides of internal layer convex clip pin (1-7), forms both sides
Two flat bayonet (1-12) of internal layer；Convex outer bayonet lock (1-22) is set in the Side fascia of left end, thermal insulation board (1-16) extends outer
2nd/to three/3rd of layer convex clip pin (1-22), the outside of convex outer bayonet lock (1-22) set the flat bayonet (1- of outer layer
23) it is, that level cross-sectionn is the trapezoidal plunger of trapezoidal outer layer (1-21) in the end of outer layer convex clip pin (1-22), the trapezoidal pin of outer layer
The short side of head (1-21) is outside, and the both sides of the long side opposed outer layer convex clip pin (1-22) of the trapezoidal plunger of outer layer (1-21) are taken in,
Form the two flat bayonet (1-24) of outer layer of both sides；In the lining of right end, the recessed bayonet lock of internal layer (1-9), thermal insulation board (1-16) are set
2nd/to three/3rd of the recessed bayonet lock of internal layer (1-9) are extended, the lateral surface of the recessed bayonet lock of internal layer (1-9) sets the flat bayonet of internal layer
(1-11), is that level cross-sectionn is trapezoidal internal layer trapezoidal groove (1-10) in the end of the recessed bayonet lock of internal layer (1-9), internal layer is trapezoidal
The long side of groove (1-10) is outside, and internal layer trapezoidal groove (1-10) mutually agrees with the trapezoidal plunger of internal layer (1-8), internal layer trapezoidal groove
The both sides of (1-10) are respectively trapezoidal internal layer double card tongue (1-13)；In the Side fascia of right end, the recessed bayonet lock of outer layer (1-18) is set,
Thermal insulation board (1-16) extends 2nd/1st to three/3rd of the recessed bayonet lock of outer layer (1-18), the both sides point of the recessed bayonet lock of outer layer (1-18)
She Zhi not the flat bayonet of outer layer (1-23) and middle card slot (1-17)；It is that level cross-sectionn is in the end of the recessed bayonet lock of outer layer (1-18)
Trapezoidal outer layer trapezoidal groove (1-19), the long side of outer layer trapezoidal groove (1-19) is outside, outer layer trapezoidal groove (1-19) with it is outer
The trapezoidal plunger (1-21) of layer is mutually agreed with, and the both sides of outer layer trapezoidal groove (1-19) are respectively trapezoidal outer layer double card tongue (1-20).
Beneficial effects of the present invention：
The effect and advantage of the present invention is that the overall coordination performance of wall is good, and energy-efficient performance is high, using entirety without heat bridge technology, energy
Enough effective cut-out heat bridges, have good heat-insulating property；Anti-seismic performance is significantly improved, construction is simple, is obviously improved its industry
Change efficiency, reduce resource and energy consumption.Furthermore it is possible to realize the generalization of Side fascia, standardize.
Brief description of the drawings
Fig. 1 has steel column connecting node schematic diagram for steel-frame structure without heat bridge energy-saving wall board linear type wall.
Fig. 2 is for steel-frame structure without heat bridge energy-saving wall board linear type wall without steel column connecting node schematic diagram.
Fig. 3 is steel-frame structure without heat bridge energy-saving wall board floor map.
Fig. 4 is steel-frame structure without heat bridge energy-saving wall board elevational schematic view.
In figure, 1 for steel-frame structure without heat bridge energy-saving wall board, 2 be I-shaped steel column；1-1 is external protection；1-2 is interior
Protective layer；1-3 is middle longitudinal rib；1-4 is cross rib；1-5 is alkali resistant glass fibre open weave cloth；1-6 is no heat bridge tension member；1-7 is interior
Layer convex clip pin；1-8 is the trapezoidal plunger of internal layer；1-9 is the recessed bayonet lock of internal layer；1-10 is internal layer trapezoidal groove；1-11 puts down card for internal layer
Mouthful；1-12 is two flat bayonet of internal layer；1-13 is internal layer double card tongue；1-14 is the overhanging energy saving nose arm of outer layer；1-15 is internal layer
Overhanging energy saving female end arm；1-16 is thermal insulation board；1-17 is middle card slot；1-18 is the recessed bayonet lock of outer layer；1-19 is trapezoidal recessed for outer layer
Groove；1-20 is outer layer double card tongue；1-21 is the trapezoidal plunger of outer layer；1-22 is convex outer bayonet lock；1-23 is the flat bayonet of outer layer；1-24
For two flat bayonet of outer layer.
Embodiment
In order to further illustrate the present invention, the present invention is described in detail with reference to the accompanying drawings and embodiments, but not
They can be interpreted as limiting the scope of the present invention.
Embodiment
Steel-frame structure proposed by the present invention is without heat bridge energy-saving wall board as shown in Fig. 1 ~ Fig. 4, and steel-frame structure is without heat bridge section
Energy wallboard linear type wall connecting node, is made of, steel framework steel-frame structure without heat bridge energy-saving wall board (1) and I-shaped steel column (2)
Frame structure is installed on steel-frame structure without heat bridge energy-saving wall board (1), and steel-frame structure is without head and the tail between heat bridge energy-saving wall board (1)
It is connected；When 2 or 3 steel-frame structures are connected without heat bridge energy-saving wall board (1), steel-frame structure is without heat bridge energy-saving wall board (1)
Between to be directly connected to, otherwise, pass through I-shaped steel column without heat bridge energy-saving wall board (1) every 2 or every 3 steel-frame structures
(2) connect；Steel-frame structure is directly connected to without heat bridge energy-saving wall board (1)：Adjacent steel-frame structure is without heat bridge energy-saving wall board (1)
Internal layer convex clip pin (1-7) and the recessed bayonet lock of internal layer (1-9) relatively, the trapezoidal plunger of internal layer (1-8) on internal layer convex clip pin (1-7) top
It is inserted into the internal layer trapezoidal groove (1-10) on the recessed bayonet lock of internal layer (1-9) top；The trapezoidal plunger of internal layer (1-8) and internal layer trapezoidal groove
(1-10) mutually agrees with；The two flat bayonet (1-12) of internal layer of the trapezoidal plunger of internal layer (1-8) both sides and internal layer trapezoidal groove (1-10)
The internal layer double card tongue (1-13) of both sides mutually agrees with；Between the trapezoidal plunger of internal layer (1-8) and internal layer trapezoidal groove (1-10), and it is interior
Structure gemel connection is used between two flat bayonet (1-12) of layer and internal layer double card tongue (1-13)；The recessed bayonet lock of outer layer (1-18) and outer layer
Relatively, the trapezoidal plunger of outer layer (1-21) on convex outer bayonet lock (1-22) top is inserted into the recessed bayonet lock of outer layer (1-18) to convex clip pin (1-22)
The outer layer trapezoidal groove (1-19) on top, outer layer trapezoidal groove (1-19) mutually agree with the trapezoidal plunger of outer layer (1-21)；Outer layer ladder
The two flat bayonet (1-24) of outer layer of shape plunger (1-21) both sides and the outer layer double card tongue (1- of outer layer trapezoidal groove (1-19) both sides
20) mutually agree with；Between the trapezoidal plunger of outer layer (1-21) and outer layer trapezoidal groove (1-19), and two flat bayonet (1-24) of outer layer
Structure gemel connection is used between outer layer double card tongue (1-20)；The overhanging energy saving nose arm (1-14) of outer layer and internal layer are overhanging energy saving recessed
End arms (1-15) is close to each other, therebetween using structure gemel connection；Steel-frame structure passes through I-shaped without heat bridge energy-saving wall board (1)
Steel column (2) connects：Internal layer convex clip pin (1-7) and internal layer recessed bayonet lock of the adjacent steel-frame structure without heat bridge energy-saving wall board (1)
(1-9) relatively, between two edges of a wing of the respective one end for being respectively inserted into I-shaped steel column (2), I-shaped steel column (2) and internal layer
Convex clip pin (1-7) and the recessed bayonet lock of internal layer (1-9) use structure gemel connection；The recessed bayonet lock of outer layer (1-18) and convex outer bayonet lock (1-
22) relatively, the trapezoidal plunger of outer layer (1-21) the insertion recessed bayonet lock of outer layer (1-18) top on convex outer bayonet lock (1-22) top is outer
Layer trapezoidal groove (1-19), outer layer trapezoidal groove (1-19) mutually agree with the trapezoidal plunger of outer layer (1-21)；Trapezoidal plunger (the 1- of outer layer
21) the two flat bayonet (1-24) of outer layer and outer layer double card tongue (1-20) phase contract of outer layer trapezoidal groove (1-19) both sides of both sides
Close；Between the trapezoidal plunger of outer layer (1-21) and outer layer trapezoidal groove (1-19), and two flat bayonet (1-24) of outer layer and outer layer
Structure gemel connection is used between double card tongue (1-20)；The overhanging energy saving nose arm (1-14) of outer layer and the overhanging energy saving female end arm of internal layer
(1-15) is close to each other, therebetween using structure gemel connection.
The steel-frame structure includes external protection (1-1), inner protective layer (1-2), middle longitudinal rib without heat bridge energy-saving wall board
(1-3), cross rib (1-4), alkali resistant glass fibre open weave cloth (1-5), without heat bridge tension member (1-6), internal layer convex clip pin (1-7), internal layer ladder
Shape plunger (1-8), the recessed bayonet lock of internal layer (1-9), internal layer trapezoidal groove (1-10), the flat bayonet of internal layer (1-11), two Dao Pingka of internal layer
Mouthful (1-12), internal layer double card tongue (1-13), the overhanging energy saving nose arm (1-14) of outer layer, the overhanging energy saving female end arm (1-15) of internal layer,
Thermal insulation board (1-16), middle card slot (1-17), the recessed bayonet lock of outer layer (1-18), outer layer trapezoidal groove (1-19), outer layer double card tongue (1-
20), the trapezoidal plunger of outer layer (1-21), convex outer bayonet lock (1-22), the flat bayonet of outer layer (1-23) and the flat bayonet (1- of outer layer two
24) form, there are two rows of insulating layers within the walls, every layer of insulating layer has polylith thermal insulation board (1-16) to form, between thermal insulation board (1-16)
For cross rib (1-4)；The cross rib (1-4) between cross rib (1-4) and internal layer thermal insulation board between outer layer thermal insulation board mutually staggers；In outer layer
It is external protection (1-1) on the outside of thermal insulation board, is inner protective layer (1-2) in the inner side of internal layer thermal insulation board, in outer layer thermal insulation board and interior
Be middle longitudinal rib (1-3) between layer thermal insulation board, external protection (1-1), inner protective layer (1-2), middle longitudinal rib (1-3) inside
It is respectively provided with one layer of alkali resistant glass fibre open weave cloth (1-5)；Equally distributed no heat bridge drawknot up and down is respectively set in cross rib (1-4)
Part (1-6), no heat bridge tension member (1-6) are rectangle, and plane where rectangle is vertical, and horizontal both ends extend alkali-resisting glass fiber grid respectively
Cloth (1-5)；The left and right ends of middle longitudinal rib (1-3) between internal layer thermal insulation board and outer layer thermal insulation board, respectively set middle card
Groove (1-17), middle card slot (1-17) are rectangle；In left end, outer layer thermal insulation board is overhanging, and internal layer thermal insulation board is taken in；In right end, outside
Layer thermal insulation board is taken in, and internal layer thermal insulation board is overhanging；Wallboard in left and right ends is divided into lining and exterior wall by middle card slot (1-17)
Plate, left end lining set internal layer convex clip pin (1-7), thermal insulation board (1-16) extend internal layer convex clip pin (1-7) three/
2/1sts to three, the both sides of internal layer convex clip pin (1-7) are respectively the flat bayonet of internal layer (1-11) and middle card slot (1-17), inside
The end of layer convex clip pin (1-7) is that level cross-sectionn is the trapezoidal plunger of trapezoidal internal layer (1-8), the trapezoidal plunger of internal layer (1-8)
Short side is outside, and the long side of the trapezoidal plunger of internal layer (1-8) is taken in respect to the both sides of internal layer convex clip pin (1-7), forms the interior of both sides
Two flat bayonet (1-12) of layer；Convex outer bayonet lock (1-22) is set in the Side fascia of left end, thermal insulation board (1-16) extends convex outer
2nd/to three/3rd of bayonet lock (1-22), the outside of convex outer bayonet lock (1-22) set the flat bayonet of outer layer (1-23),
The end of convex outer bayonet lock (1-22) is that level cross-sectionn is the trapezoidal plunger of trapezoidal outer layer (1-21), the trapezoidal plunger (1- of outer layer
21) short side is outside, and the both sides of the long side opposed outer layer convex clip pin (1-22) of the trapezoidal plunger of outer layer (1-21) are taken in, and forms two
The two flat bayonet (1-24) of outer layer of side；The recessed bayonet lock of internal layer (1-9) is set in the lining of right end, thermal insulation board (1-16) extends interior
2nd/to three/3rd of the recessed bayonet lock (1-9) of layer, the lateral surface of the recessed bayonet lock of internal layer (1-9) set the flat bayonet (1- of internal layer
11) it is, that level cross-sectionn is trapezoidal internal layer trapezoidal groove (1-10) in the end of the recessed bayonet lock of internal layer (1-9), internal layer is trapezoidal recessed
The long side of groove (1-10) is outside, and internal layer trapezoidal groove (1-10) mutually agrees with the trapezoidal plunger of internal layer (1-8), internal layer trapezoidal groove
The both sides of (1-10) are respectively trapezoidal internal layer double card tongue (1-13)；In the Side fascia of right end, the recessed bayonet lock of outer layer (1-18) is set,
Thermal insulation board (1-16) extends 2nd/1st to three/3rd of the recessed bayonet lock of outer layer (1-18), the both sides point of the recessed bayonet lock of outer layer (1-18)
She Zhi not the flat bayonet of outer layer (1-23) and middle card slot (1-17)；It is that level cross-sectionn is in the end of the recessed bayonet lock of outer layer (1-18)
Trapezoidal outer layer trapezoidal groove (1-19), the long side of outer layer trapezoidal groove (1-19) is outside, outer layer trapezoidal groove (1-19) with it is outer
The trapezoidal plunger (1-21) of layer is mutually agreed with, and the both sides of outer layer trapezoidal groove (1-19) are respectively trapezoidal outer layer double card tongue (1-20).
The above is only the preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (2)
1. a kind of steel-frame structure is without heat bridge energy-saving wall board linear type wall connecting node, by steel-frame structure without heat bridge energy-saving wall board
(1) formed with I-shaped steel column (2), it is characterised in that：Steel-frame structure is installed on steel-frame structure without heat bridge energy-saving wall board (1)
On, steel-frame structure between heat bridge energy-saving wall board (1) without joining end to end；When 2 or 3 steel-frame structures are without heat bridge energy-saving wall board
(1) when connecting, steel-frame structure is without being to be directly connected between heat bridge energy-saving wall board (1), otherwise, every 2 or every 3 steel frameworks
Frame structure is connected without heat bridge energy-saving wall board (1) by I-shaped steel column (2)；Steel-frame structure is direct without heat bridge energy-saving wall board (1)
Connection：Internal layer convex clip pin (1-7) and internal layer recessed bayonet lock (1-9) of the adjacent steel-frame structure without heat bridge energy-saving wall board (1) relatively,
The internal layer trapezoidal groove on the trapezoidal plunger of internal layer (1-8) the insertion recessed bayonet lock of internal layer (1-9) top on internal layer convex clip pin (1-7) top
(1-10)；The trapezoidal plunger of internal layer (1-8) is mutually agreed with internal layer trapezoidal groove (1-10)；The trapezoidal plunger of internal layer (1-8) both sides it is interior
Two flat bayonet (1-12) of layer and the internal layer double card tongue (1-13) of internal layer trapezoidal groove (1-10) both sides mutually agree with；The trapezoidal pin of internal layer
Between head (1-8) and internal layer trapezoidal groove (1-10), and two flat bayonet (1-12) of internal layer and internal layer double card tongue (1-13) it
Between use structure gemel connection；The recessed bayonet lock of outer layer (1-18) and convex outer bayonet lock (1-22) relatively, convex outer bayonet lock (1-22) top
The trapezoidal plunger of outer layer (1-21) insertion the recessed bayonet lock of outer layer (1-18) top outer layer trapezoidal groove (1-19), outer layer trapezoidal groove
(1-19) mutually agrees with the trapezoidal plunger of outer layer (1-21)；The two flat bayonet (1-24) of outer layer of the trapezoidal plunger of outer layer (1-21) both sides
Mutually agree with the outer layer double card tongue (1-20) of outer layer trapezoidal groove (1-19) both sides；The trapezoidal plunger of outer layer (1-21) and outer layer are trapezoidal
Between groove (1-19), and structure gemel connection is used between two flat bayonet (1-24) of outer layer and outer layer double card tongue (1-20)；
The overhanging energy saving nose arm (1-14) of outer layer and the overhanging energy saving female end arm (1-15) of internal layer are close to each other, therebetween using structure glue
Connection；Steel-frame structure is connected without heat bridge energy-saving wall board (1) by I-shaped steel column (2)：Adjacent steel-frame structure is without heat bridge
The internal layer convex clip pin (1-7) and the recessed bayonet lock of internal layer (1-9) of energy-saving wall board (1) relatively, are respectively inserted into each of I-shaped steel column (2)
From between two edges of a wing of one end, I-shaped steel column (2) is with internal layer convex clip pin (1-7) and the recessed bayonet lock of internal layer (1-9) using knot
Structure gemel connection；Relatively, the outer layer on convex outer bayonet lock (1-22) top is terraced for the recessed bayonet lock of outer layer (1-18) and convex outer bayonet lock (1-22)
Shape plunger (1-21) be inserted into the recessed bayonet lock of outer layer (1-18) top outer layer trapezoidal groove (1-19), outer layer trapezoidal groove (1-19) with
The trapezoidal plunger of outer layer (1-21) is mutually agreed with；The two flat bayonet (1-24) of outer layer of the trapezoidal plunger of outer layer (1-21) both sides and outer layer ladder
The outer layer double card tongue (1-20) of connected in star (1-19) both sides mutually agrees with；The trapezoidal plunger of outer layer (1-21) and outer layer trapezoidal groove (1-
19) between, and structure gemel connection is used between two flat bayonet (1-24) of outer layer and outer layer double card tongue (1-20)；Outer layer is overhanging
Energy saving nose arm (1-14) and the overhanging energy saving female end arm (1-15) of internal layer are close to each other, therebetween using structure gemel connection.
2. steel-frame structure as claimed in claim 1 is without heat bridge energy-saving wall board linear type wall connecting node, it is characterised in that：Institute
State steel-frame structure includes external protection (1-1), inner protective layer (1-2), middle longitudinal rib (1-3), cross rib without heat bridge energy-saving wall board
(1-4), alkali resistant glass fibre open weave cloth (1-5), without heat bridge tension member (1-6), internal layer convex clip pin (1-7), the trapezoidal plunger (1- of internal layer
8), the recessed bayonet lock of internal layer (1-9), internal layer trapezoidal groove (1-10), the flat bayonet of internal layer (1-11), two flat bayonet (1-12) of internal layer,
The overhanging energy saving nose arm (1-14) of internal layer double card tongue (1-13), outer layer, the overhanging energy saving female end arm (1-15) of internal layer, thermal insulation board (1-
16), middle card slot (1-17), the recessed bayonet lock of outer layer (1-18), outer layer trapezoidal groove (1-19), outer layer double card tongue (1-20), outer layer
Trapezoidal plunger (1-21), two flat bayonet (1-24) of convex outer bayonet lock (1-22), the flat bayonet of outer layer (1-23) and outer layer；Have within the walls
Two rows of insulating layers, every layer of insulating layer have polylith thermal insulation board (1-16) composition, are cross rib (1-4) between thermal insulation board (1-16)；Outside
The cross rib (1-4) between cross rib (1-4) and internal layer thermal insulation board between layer thermal insulation board mutually staggers；It is outer on the outside of outer layer thermal insulation board
Protective layer (1-1), is inner protective layer (1-2) in the inner side of internal layer thermal insulation board, is between outer layer thermal insulation board and internal layer thermal insulation board
Middle longitudinal rib (1-3), external protection (1-1), inner protective layer (1-2), middle longitudinal rib (1-3) inside be respectively provided with one layer it is alkaline-resisting
Glass fiber reticular cloth (1-5)；Equally distributed no heat bridge tension member (1-6) up and down, no heat bridge are respectively set in cross rib (1-4)
Tension member (1-6) is rectangle, and plane where rectangle is vertical, and horizontal both ends extend alkali resistant glass fibre open weave cloth (1-5) respectively；Internal layer is protected
The left and right ends of middle longitudinal rib (1-3) between warm plate and outer layer thermal insulation board, respectively set middle card slot (1-17), middle card
Groove (1-17) is rectangle；In left end, outer layer thermal insulation board is overhanging, and internal layer thermal insulation board is taken in；In right end, outer layer thermal insulation board is taken in, interior
Layer thermal insulation board is overhanging；Wallboard in left and right ends is divided into lining and Side fascia by middle card slot (1-17), in the interior wall of left end
Plate sets internal layer convex clip pin (1-7), and thermal insulation board (1-16) extends 2nd/1st to three/3rd of internal layer convex clip pin (1-7), interior
The both sides of layer convex clip pin (1-7) are respectively the flat bayonet of internal layer (1-11) and middle card slot (1-17), in internal layer convex clip pin (1-7)
End is that level cross-sectionn is the trapezoidal plunger of trapezoidal internal layer (1-8), and the short side of the trapezoidal plunger of internal layer (1-8) is outside, internal layer ladder
The long side of shape plunger (1-8) is taken in respect to the both sides of internal layer convex clip pin (1-7), forms the flat bayonet (1- of internal layer two of both sides
12)；Convex outer bayonet lock (1-22) is set in the Side fascia of left end, thermal insulation board (1-16) extends three points of convex outer bayonet lock (1-22)
One of to 2/3rds, the outside of convex outer bayonet lock (1-22) sets the flat bayonet of outer layer (1-23), in outer layer convex clip pin (1-22)
End be that level cross-sectionn is the trapezoidal plunger of trapezoidal outer layer (1-21), the short side of the trapezoidal plunger of outer layer (1-21) is outside, outside
The both sides of the long side opposed outer layer convex clip pin (1-22) of the trapezoidal plunger (1-21) of layer are taken in, and form two Dao Pingka of outer layer of both sides
Mouth (1-24)；The recessed bayonet lock of internal layer (1-9) is set in the lining of right end, thermal insulation board (1-16) extends the recessed bayonet lock of internal layer (1-9)
2/1sts to three/3rd, the lateral surface of the recessed bayonet lock of internal layer (1-9) sets the flat bayonet of internal layer (1-11), in the recessed bayonet lock of internal layer
The end of (1-9) is that level cross-sectionn is trapezoidal internal layer trapezoidal groove (1-10), the long side of internal layer trapezoidal groove (1-10) to
Outside, internal layer trapezoidal groove (1-10) mutually agrees with the trapezoidal plunger of internal layer (1-8), and the both sides of internal layer trapezoidal groove (1-10) are respectively
Trapezoidal internal layer double card tongue (1-13)；The recessed bayonet lock of outer layer (1-18) is set in the Side fascia of right end, thermal insulation board (1-16) extends outer
2nd/to three/3rd of the recessed bayonet lock (1-18) of layer, the both sides of the recessed bayonet lock of outer layer (1-18) set the flat bayonet of outer layer respectively
(1-23) and middle card slot (1-17)；It is that level cross-sectionn is that trapezoidal outer layer is trapezoidal recessed in the end of the recessed bayonet lock of outer layer (1-18)
Groove (1-19), the long side of outer layer trapezoidal groove (1-19) is outside, outer layer trapezoidal groove (1-19) and the trapezoidal plunger of outer layer (1-21)
Mutually agree with, the both sides of outer layer trapezoidal groove (1-19) are respectively trapezoidal outer layer double card tongue (1-20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711489683.1A CN107989229A (en) | 2017-12-30 | 2017-12-30 | Steel-frame structure is without heat bridge energy-saving wall board linear type wall connecting node |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711489683.1A CN107989229A (en) | 2017-12-30 | 2017-12-30 | Steel-frame structure is without heat bridge energy-saving wall board linear type wall connecting node |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107989229A true CN107989229A (en) | 2018-05-04 |
Family
ID=62040417
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711489683.1A Withdrawn CN107989229A (en) | 2017-12-30 | 2017-12-30 | Steel-frame structure is without heat bridge energy-saving wall board linear type wall connecting node |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107989229A (en) |
-
2017
- 2017-12-30 CN CN201711489683.1A patent/CN107989229A/en not_active Withdrawn
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Application publication date: 20180504 |
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