CN207597645U - L-shaped H profile steel frame energy-saving wall - Google Patents
L-shaped H profile steel frame energy-saving wall Download PDFInfo
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- CN207597645U CN207597645U CN201721648843.8U CN201721648843U CN207597645U CN 207597645 U CN207597645 U CN 207597645U CN 201721648843 U CN201721648843 U CN 201721648843U CN 207597645 U CN207597645 U CN 207597645U
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Abstract
The utility model is related to a kind of building energy conservation wall, the L-shaped H profile steel frame energy-saving wall used more particularly to a kind of energy saving building.L-shaped H profile steel frame energy-saving wall, including H profile steel frame structure energy-saving wallboard A plates, H profile steel frame structure energy-saving wallboard B plates, H profile steel, channel steel, thermal insulation board, outer layer heat preservation corner backplate one end of H profile steel frame structure energy-saving wallboard A plates is connect with outer layer heat preservation corner backplate one end of H profile steel frame structure energy-saving wallboard B plates by H profile steel, channel steel, forms L-shaped H profile steel frame energy-saving wall；The overall coordination performance of the utility model 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, reduces resource and energy consumption；Furthermore it is possible to realize the generalization of Side fascia, standardize.
Description
Technical field
The utility model is related to a kind of building energy conservation wall, the L-shaped H profile steel frame used more particularly to a kind of energy saving building
Frame energy-saving wall.
Background technology
In recent years, since national policy, steel production, component make, design the favorable factor of research and development etc., 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
Problem is wanted to be, still lacks the retaining design research to match with structure system of steel structure housing.As the important of retaining design
Component 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 have it is light, heat preservation, every
Heat, sound insulation, fire prevention, waterproof, it is resistance to freeze, ageing-resistant, weather-proof and environmentally friendly etc. performances.Also it is exactly that exterior wall is connect with steel construction main body
When should ensure that it is reliable, to meet the needs of the needs for stratified deformation of providing fortification against earthquakes and structure ductility.
However 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 have
A little wallboard globalities are poor, affect the whole stress of structure, and the also switching performance of some wallboards and steel construction is poor, easily de-
It opens.
Invention content
In order to solve the above-mentioned technical problem, the utility model provides a kind of L-shaped H profile steel frame energy-saving wall, it is integrally assisted
The same sex is good, and energy-efficient performance is high, and connector quantity is greatly reduced, and simplifies construction, can significantly improve anti-seismic performance, be obviously improved it
Efficiency drives China housing industrialization development process is industrialized, reduces resource and energy consumption.
The technical solution adopted in the utility model is as follows：
L-shaped H profile steel frame energy-saving wall, including H profile steel frame structure energy-saving wallboard A plates (1), H profile steel frame knot
Structure energy-saving wallboard B plates (2), H profile steel (3), channel steel (4), thermal insulation board (5)；Its main body is H profile steel frame structure energy-saving
Wallboard A plates (1) and H profile steel frame structure energy-saving wallboard B plates (2), outer layer heat preservation corner backplate (1-15) one end of the two
It is connected by H profile steel (3), channel steel (4), forms L-shaped H profile steel frame energy-saving wall；
On the outside of the inner card cage (1-10) of the connecting pin of L-shaped H profile steel frame energy-saving wall corner backplate (1- is kept the temperature for outer layer
15), outer layer heat preservation corner backplate (1-15) extends through H profile steel (3)；It is outer layer heat preservation shield on the outside of the inner card cage (1-10) of the other end
Plate (1-11), outer layer insulation guard board (1-11) extend to the web corresponding position of H profile steel (3)；The direction one of the H profile steel (3) at both ends
It causes, in the opposite side filling thermal insulation board (5) of the H profile steel (3) of connecting pin, thermal insulation board (5) fills up two edges of a wing and web surrounds
Groove body；
H profile steel (3) is mutually welded with the edge of a wing that outer bayonet (1-9) is mutually agreed with and the waist of channel steel (4), the height of H profile steel (3) with
The waist height of channel steel (4) is equal, and the leg width of channel steel (4) is the half of the width of H profile steel (3)；
The internal layer bayonet lock (1-7) at the both ends of H profile steel frame structure energy-saving wallboard A plates (1), trapezoidal plunger (1-8) are equal
It is inserted between the edge of a wing of H profile steel (3) respectively, H profile steel (3) edge of a wing and H profile steel frame structure on the outside of internal layer bayonet lock (1-7) are special
The outer bayonet (1-9) of energy-saving wall board A plates (1) is mutually agreed with, H profile steel (3) edge of a wing on the inside of internal layer bayonet lock (1-7) and H profile steel frame
The inner card cage (1-10) of structure energy-saving wallboard A plates (1) mutually agrees with；
The internal layer bayonet lock of outer layer heat preservation corner backplate (1-15) one end of H profile steel frame structure energy-saving wallboard B plates (2)
(1-7), trapezoidal plunger (1-8) are inserted between the both legs of channel steel (4), the one leg of the channel steel (4) on the outside of internal layer bayonet lock (1-7)
Mutually agree with the outer bayonet (1-9) of H profile steel frame structure energy-saving wallboard B plates (2), the channel steel on the inside of internal layer bayonet lock (1-7)
(4) inner card cage (1-10) of one leg and H profile steel frame structure energy-saving wallboard B plates (2) mutually agrees with；H profile steel frame knot
The internal layer bayonet lock (1-7) of structure energy-saving wallboard B plates (2) other end, trapezoidal plunger (1-8) are respectively inserted into the wing of H profile steel (3)
Between edge, H profile steel (3) edge of a wing and the wild card of H profile steel frame structure energy-saving wallboard B plates (2) on the outside of internal layer bayonet lock (1-7)
Mouth (1-9) mutually agrees with, H profile steel (3) edge of a wing on the inside of internal layer bayonet lock (1-7) and H profile steel frame structure energy-saving wallboard B plates
(2) inner card cage (1-10) mutually agrees with；
The outer layer heat preservation corner backplate (1-15) of H profile steel frame structure energy-saving wallboard B plates (2) extends to H profile steel frame
The inner surface of the outer layer heat preservation corner backplate (1-15) of structure energy-saving wallboard A plates (1), H profile steel frame structure private section
The outer layer heat preservation corner backplate (1-15) of energy wallboard A plates (1) extends to the outer layer of H profile steel frame structure energy-saving wallboard B plates (2)
The outer surface of heat preservation corner backplate (1-15) is simultaneously flushed with outer surface；
Internal layer bayonet lock (1-7), trapezoidal plunger (1-8) respectively be inserted into H profile steel (3), channel steel (4) is using structure glue
It coheres, two outer layers heat preservation corner backplate (1-15) in corner is mutually cohered using structure glue.
Further, the H profile steel frame structure energy-saving wallboard A plates (1) are by external protection (1-1), interior protection
Layer (1-2), intermediate 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 card
Sell (1-7), trapezoidal plunger (1-8), outer bayonet (1-9), inner card cage (1-10), outer layer insulation guard board (1-11), outer seam lesser calorie
Slot (1-12), standard incubation plate (1-13), seam thermal insulation board (1-14), outer layer heat preservation corner backplate (1-15) form；
There are two rows of insulating layers within the walls, every layer of insulating layer has polylith standard incubation plate (1-13) composition, in the heat preservation of outer layer
The left end of plate is seam thermal insulation board (1-14), and the left and right width of seam thermal insulation board (1-14) is standard incubation plate (1-13) width
Half；It is cross rib (1- between standard incubation plate (1-13) and between standard incubation plate (1-13) and seam thermal insulation board (1-14)
4)；The cross rib (1-4) between cross rib (1-4) and internal layer thermal insulation board between outer layer thermal insulation board is mutually staggered；
It is external protection (1-1) on the outside of outer layer thermal insulation board, is inner protective layer (1-2) in the inside of internal layer thermal insulation board,
It is intermediate longitudinal rib (1-3) between outer layer thermal insulation board and internal layer thermal insulation board, in external protection (1-1), inner protective layer (1-2), centre
The inside of longitudinal rib (1-3) is respectively provided with one layer of alkali resistant glass fibre open weave cloth (1-5)；
In the left end of internal layer thermal insulation board, standard incubation plate (1-13) is inwardly taken in the middle part of seam thermal insulation board (1-14),
And form the internal layer bayonet lock (1-7) of no thermal insulation board, and outer bayonet (1-9), outer bayonet (1- are set on inner protective layer (1-2)
9) it is stepped notch, inner card cage (1-10) is set in intermediate longitudinal rib (1-3), inner card cage (1-10) is rectangular channel；At two
The outer end of internal layer bayonet lock (1-7) sets trapezoidal plunger (1-8) respectively, and trapezoidal plunger (1-8) is trapezoidal, and short side is outside；
In the outside of right end inner card cage (1-10) corner backplate (1-15), outer layer heat preservation corner backplate (1- are kept the temperature for outer layer
15) from inner card cage (1-10), overhanging length is equal to H profile steel frame structure energy-saving wallboard A plates (1) thickness to the right, in left end
The outside of inner card cage (1-10) is outer layer insulation guard board (1-11), and outer layer insulation guard board (1-11) is stretched more than trapezoidal plunger (1-8)
The length gone out is the thickness of web；In the left end of external protection (1-1), vertical rows of several outer seam lesser calorie slot (1- are set
12), outer seam lesser calorie slot (1-12) is rectangle, is preferentially uniformly distributed from top to bottom；
Equally distributed no heat bridge tension member (1-6) from top to bottom, no heat bridge tension member (1- are respectively provided on cross rib (1-4)
6) it is rectangle, and plane where rectangle is vertical, the side at no heat bridge tension member (1-6) both ends extends through alkali-resisting glass fiber adjacent thereto
Grid cloth (1-5).
Further, the H profile steel frame structure energy-saving wallboard B plates (2) and H profile steel frame structure energy-saving
The cross section of wallboard A plates (1) is axial symmetry face.
The beneficial effects of the utility model：
The utility model has the advantages that the overall coordination performance of wall is good, energy-efficient performance is high, using entirety without heat bridge technology,
Heat bridge can be effectively cut off, there is good heat-insulating property；Anti-seismic performance is significantly improved, construction is simple is obviously improved its work
Industry efficiency reduces resource and energy consumption；It can realize the generalization of Side fascia, standardize.
Description of the drawings
Fig. 1 is the utility model L-shaped H profile steel frame energy-saving wall floor map.
Fig. 2 is the utility model H profile steel frame structure energy-saving wallboard A plate floor map.
Fig. 3 is the utility model H profile steel frame structure energy-saving wallboard A plate elevational schematic views.
In figure, 1 is H profile steel frame structure energy-saving wallboard A plates；2 be H profile steel frame structure energy-saving wallboard B plates；
3 be H profile steel；4 be channel steel；5 be thermal insulation board.
1-1 is external protection；1-2 is inner protective layer；1-3 is intermediate longitudinal rib；1-4 is cross rib；1-5 is alkali-resisting glass fiber grid
Cloth；1-6 is no heat bridge tension member；1-7 is internal layer bayonet lock；1-8 is trapezoidal plunger；1-9 is outer bayonet；1-10 is inner card cage；1-
11 be outer layer insulation guard board；1-12 is outer seam lesser calorie slot；1-13 is standard incubation plate；1-14 is seam thermal insulation board；1-15 is
Outer layer keeps the temperature corner backplate.
Specific embodiment
In order to further illustrate the utility model, the utility model is retouched in detail with reference to the accompanying drawings and embodiments
It states, but they cannot be interpreted as to the restriction to scope of protection of the utility model.
Embodiment：As shown in Figure 1-Figure 3, L-shaped H profile steel frame energy-saving wall, including H profile steel frame structure energy-saving
Wallboard A plates (1), H profile steel frame structure energy-saving wallboard B plates (2), H profile steel (3), channel steel (4), thermal insulation board (5)；Its main body
For H profile steel frame structure energy-saving wallboard A plates (1) and H profile steel frame structure energy-saving wallboard B plates (2), the outer layer of the two
It keeps the temperature corner backplate (1-15) one end to connect by H profile steel (3), channel steel (4), forms L-shaped H profile steel frame energy-saving wall；H profile steel
The cross section of frame structure energy-saving wallboard B plates (2) and H profile steel frame structure energy-saving wallboard A plates (1) is axial symmetry
Face；
On the outside of the inner card cage (1-10) of the connecting pin of L-shaped H profile steel frame energy-saving wall corner backplate (1- is kept the temperature for outer layer
15), outer layer heat preservation corner backplate (1-15) extends through H profile steel (3)；It is outer layer heat preservation shield on the outside of the inner card cage (1-10) of the other end
Plate (1-11), outer layer insulation guard board (1-11) extend to the web corresponding position of H profile steel (3)；The direction one of the H profile steel (3) at both ends
It causes, in the opposite side filling thermal insulation board (5) of the H profile steel (3) of connecting pin, thermal insulation board (5) fills up two edges of a wing and web surrounds
Groove body；
H profile steel (3) is mutually welded with the edge of a wing that outer bayonet (1-9) is mutually agreed with and the waist of channel steel (4), the height of H profile steel (3) with
The waist height of channel steel (4) is equal, and the leg width of channel steel (4) is the half of the width of H profile steel (3)；
The internal layer bayonet lock (1-7) at the both ends of H profile steel frame structure energy-saving wallboard A plates (1), trapezoidal plunger (1-8) are equal
It is inserted between the edge of a wing of H profile steel (3) respectively, H profile steel (3) edge of a wing and H profile steel frame structure on the outside of internal layer bayonet lock (1-7) are special
The outer bayonet (1-9) of energy-saving wall board A plates (1) is mutually agreed with, H profile steel (3) edge of a wing on the inside of internal layer bayonet lock (1-7) and H profile steel frame
The inner card cage (1-10) of structure energy-saving wallboard A plates (1) mutually agrees with；
The internal layer bayonet lock of outer layer heat preservation corner backplate (1-15) one end of H profile steel frame structure energy-saving wallboard B plates (2)
(1-7), trapezoidal plunger (1-8) are inserted between the both legs of channel steel (4), the one leg of the channel steel (4) on the outside of internal layer bayonet lock (1-7)
Mutually agree with the outer bayonet (1-9) of H profile steel frame structure energy-saving wallboard B plates (2), the channel steel on the inside of internal layer bayonet lock (1-7)
(4) inner card cage (1-10) of one leg and H profile steel frame structure energy-saving wallboard B plates (2) mutually agrees with；H profile steel frame knot
The internal layer bayonet lock (1-7) of structure energy-saving wallboard B plates (2) other end, trapezoidal plunger (1-8) are respectively inserted into the wing of H profile steel (3)
Between edge, H profile steel (3) edge of a wing and the wild card of H profile steel frame structure energy-saving wallboard B plates (2) on the outside of internal layer bayonet lock (1-7)
Mouth (1-9) mutually agrees with, H profile steel (3) edge of a wing on the inside of internal layer bayonet lock (1-7) and H profile steel frame structure energy-saving wallboard B plates
(2) inner card cage (1-10) mutually agrees with；
The outer layer heat preservation corner backplate (1-15) of H profile steel frame structure energy-saving wallboard B plates (2) extends to H profile steel frame
The inner surface of the outer layer heat preservation corner backplate (1-15) of structure energy-saving wallboard A plates (1), H profile steel frame structure private section
The outer layer heat preservation corner backplate (1-15) of energy wallboard A plates (1) extends to the outer layer of H profile steel frame structure energy-saving wallboard B plates (2)
The outer surface of heat preservation corner backplate (1-15) is simultaneously flushed with outer surface；
Internal layer bayonet lock (1-7), trapezoidal plunger (1-8) respectively be inserted into H profile steel (3), channel steel (4) is using structure glue
It coheres, two outer layers heat preservation corner backplate (1-15) in corner is mutually cohered using structure glue.
As shown in Fig. 2-Fig. 3, L-shaped H profile steel frame energy-saving wall has two rows of insulating layers, and every layer of insulating layer has polylith standard
Thermal insulation board (1-13) is formed, outer layer thermal insulation board left end for seam thermal insulation board (1-14), a left side for seam thermal insulation board (1-14)
Right width is the half of standard incubation plate (1-13) width；Between standard incubation plate (1-13) and standard incubation plate (1-13)
It is cross rib (1-4) between seam thermal insulation board (1-14)；The cross rib between cross rib (1-4) and internal layer thermal insulation board between outer layer thermal insulation board
(1-4) is mutually staggered；
It is external protection (1-1) on the outside of outer layer thermal insulation board, is inner protective layer (1-2) in the inside of internal layer thermal insulation board,
It is intermediate longitudinal rib (1-3) between outer layer thermal insulation board and internal layer thermal insulation board, in external protection (1-1), inner protective layer (1-2), centre
The inside of longitudinal rib (1-3) is respectively provided with one layer of alkali resistant glass fibre open weave cloth (1-5)；
In the left end of internal layer thermal insulation board, standard incubation plate (1-13) is inwardly taken in the middle part of seam thermal insulation board (1-14),
And form the internal layer bayonet lock (1-7) of no thermal insulation board, and outer bayonet (1-9), outer bayonet (1- are set on inner protective layer (1-2)
9) it is stepped notch, inner card cage (1-10) is set in intermediate longitudinal rib (1-3), inner card cage (1-10) is rectangular channel；At two
The outer end of internal layer bayonet lock (1-7) sets trapezoidal plunger (1-8) respectively, and trapezoidal plunger (1-8) is trapezoidal, and short side is outside；
In the outside of right end inner card cage (1-10) corner backplate (1-15), outer layer heat preservation corner backplate (1- are kept the temperature for outer layer
15) from inner card cage (1-10), overhanging length is equal to H profile steel frame structure energy-saving wallboard A plates (1) thickness to the right, in left end
The outside of inner card cage (1-10) is outer layer insulation guard board (1-11), and outer layer insulation guard board (1-11) is stretched more than trapezoidal plunger (1-8)
The length gone out is the thickness of web；In the left end of external protection (1-1), vertical rows of several outer seam lesser calorie slot (1- are set
12), outer seam lesser calorie slot (1-12) is rectangle, is preferentially uniformly distributed from top to bottom；
Equally distributed no heat bridge tension member (1-6) from top to bottom, no heat bridge tension member (1- are respectively provided on cross rib (1-4)
6) it is rectangle, and plane where rectangle is vertical, the side at no heat bridge tension member (1-6) both ends extends through alkali-resisting glass fiber adjacent thereto
Grid cloth (1-5)；
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, under the premise of the utility model principle is not departed from, several improvements and modifications can also be made, these improve and
Retouching also should be regarded as the scope of protection of the utility model.
Claims (3)
1. a kind of L-shaped H profile steel frame energy-saving wall, including H profile steel frame structure energy-saving wallboard A plates (1), H profile steel frame
Structure energy-saving wallboard B plates (2), H profile steel (3), channel steel (4), thermal insulation board (5), it is characterised in that：
The main body of the L-shaped H profile steel frame energy-saving wall is H profile steel frame structure energy-saving wallboard A plates (1) and H profile steel
Frame structure energy-saving wallboard B plates (2), outer layer heat preservation corner backplate (1-15) one end of the two pass through H profile steel (3), channel steel
(4) it connects, forms L-shaped H profile steel frame energy-saving wall；
Corner backplate (1-15) is kept the temperature for outer layer on the outside of the inner card cage (1-10) of the connecting pin of L-shaped H profile steel frame energy-saving wall, outside
Layer heat preservation corner backplate (1-15) extends through H profile steel (3)；It is outer layer insulation guard board (1- on the outside of the inner card cage (1-10) of the other end
11), outer layer insulation guard board (1-11) extends to the web corresponding position of H profile steel (3)；The direction of the H profile steel (3) at both ends is consistent,
The opposite side filling thermal insulation board (5) of the H profile steel (3) of connecting pin, the groove body that thermal insulation board (5) fills up two edges of a wing and web surrounds；
H profile steel (3) is mutually welded with the edge of a wing that outer bayonet (1-9) is mutually agreed with and the waist of channel steel (4), the height and channel steel of H profile steel (3)
(4) waist height is equal, and the leg width of channel steel (4) is the half of the width of H profile steel (3)；
The internal layer bayonet lock (1-7) at the both ends of H profile steel frame structure energy-saving wallboard A plates (1), trapezoidal plunger (1-8) are respectively
It is inserted between the edge of a wing of H profile steel (3), H profile steel (3) edge of a wing on the outside of internal layer bayonet lock (1-7) and H profile steel frame structure energy-saving
The outer bayonet (1-9) of wallboard A plates (1) is mutually agreed with, H profile steel (3) edge of a wing on the inside of internal layer bayonet lock (1-7) and H profile steel frame structure
The inner card cage (1-10) of energy-saving wallboard A plates (1) mutually agrees with；
Internal layer bayonet lock (the 1- of outer layer heat preservation corner backplate (1-15) one end of H profile steel frame structure energy-saving wallboard B plates (2)
7), trapezoidal plunger (1-8) is inserted between the both legs of channel steel (4), the one leg and H of the channel steel (4) on the outside of internal layer bayonet lock (1-7)
The outer bayonet (1-9) of structural steel frame structure energy-saving wallboard B plates (2) is mutually agreed with, the channel steel (4) on the inside of internal layer bayonet lock (1-7)
The inner card cage (1-10) of one leg and H profile steel frame structure energy-saving wallboard B plates (2) mutually agree with；H profile steel frame structure is special
Respectively be inserted into the internal layer bayonet lock (1-7) of energy-saving wall board B plates (2) other end, trapezoidal plunger (1-8) H profile steel (3) the edge of a wing it
Between, H profile steel (3) edge of a wing and the outer bayonet of H profile steel frame structure energy-saving wallboard B plates (2) on the outside of internal layer bayonet lock (1-7)
(1-9) mutually agrees with, H profile steel (3) edge of a wing on the inside of internal layer bayonet lock (1-7) and H profile steel frame structure energy-saving wallboard B plates (2)
Inner card cage (1-10) mutually agree with；
The outer layer heat preservation corner backplate (1-15) of H profile steel frame structure energy-saving wallboard B plates (2) extends to H profile steel frame structure
The inner surface of the outer layer heat preservation corner backplate (1-15) of energy-saving wallboard A plates (1), H profile steel frame structure energy-saving wall
The outer layer heat preservation corner backplate (1-15) of plate A plates (1) extends to the outer layer heat preservation of H profile steel frame structure energy-saving wallboard B plates (2)
The outer surface of corner backplate (1-15) is simultaneously flushed with outer surface；
Internal layer bayonet lock (1-7), trapezoidal plunger (1-8) respectively be inserted into H profile steel (3), channel steel (4) is using structure gluing
Knot, two outer layers heat preservation corner backplate (1-15) in corner are mutually cohered using structure glue.
2. L-shaped H profile steel frame energy-saving wall according to claim 1, it is characterised in that：The H profile steel frame structure
Energy-saving wallboard A plates (1) are by external protection (1-1), inner protective layer (1-2), intermediate longitudinal rib (1-3), cross rib (1-4), alkaline-resisting
Glass fiber reticular cloth (1-5), without heat bridge tension member (1-6), internal layer bayonet lock (1-7), trapezoidal plunger (1-8), outer bayonet (1-9), interior
Card slot (1-10), outer layer insulation guard board (1-11), outer seam lesser calorie slot (1-12), standard incubation plate (1-13), seam thermal insulation board
(1-14), outer layer heat preservation corner backplate (1-15) form；
There are two rows of insulating layers within the walls, every layer of insulating layer have polylith standard incubation plate (1-13) composition, in the thermal insulation board of outer layer
Left end is seam thermal insulation board (1-14), and the left and right width of seam thermal insulation board (1-14) is the one of standard incubation plate (1-13) width
Half；It is cross rib (1- between standard incubation plate (1-13) and between standard incubation plate (1-13) and seam thermal insulation board (1-14)
4)；The cross rib (1-4) between cross rib (1-4) and internal layer thermal insulation board between outer layer thermal insulation board is mutually staggered；
It is external protection (1-1) on the outside of outer layer thermal insulation board, is inner protective layer (1-2) in the inside of internal layer thermal insulation board, in outer layer
It is intermediate longitudinal rib (1-3) between thermal insulation board and internal layer thermal insulation board, in external protection (1-1), inner protective layer (1-2), intermediate longitudinal rib
The inside of (1-3) is respectively provided with one layer of alkali resistant glass fibre open weave cloth (1-5)；
In the left end of internal layer thermal insulation board, standard incubation plate (1-13) is inwardly taken in the middle part of seam thermal insulation board (1-14), and shape
Into the internal layer bayonet lock (1-7) of no thermal insulation board, and outer bayonet (1-9) is set on inner protective layer (1-2), outer bayonet (1-9) is
Stepped notch, sets inner card cage (1-10) in intermediate longitudinal rib (1-3), and inner card cage (1-10) is rectangular channel；In two internal layers
The outer end of bayonet lock (1-7) sets trapezoidal plunger (1-8) respectively, and trapezoidal plunger (1-8) is trapezoidal, and short side is outside；
The outside of right end inner card cage (1-10) for outer layer keep the temperature corner backplate (1-15), outer layer heat preservation corner backplate (1-15) from
Overhanging length is equal to H profile steel frame structure energy-saving wallboard A plates (1) thickness to inner card cage (1-10) to the right, blocks in left end
The outside of slot (1-10) is outer layer insulation guard board (1-11), and outer layer insulation guard board (1-11) stretches out more than trapezoidal plunger (1-8)
Length is the thickness of web；In the left end of external protection (1-1), vertical rows of several outer seam lesser calorie slots (1-12) are set,
Outer seam lesser calorie slot (1-12) is rectangle, is preferentially uniformly distributed from top to bottom；
Equally distributed no heat bridge tension member (1-6), no heat bridge tension member (1-6) from top to bottom are respectively provided on cross rib (1-4) is
Rectangle, and plane where rectangle is vertical, the side at no heat bridge tension member (1-6) both ends extends through alkali-resisting glass fiber grid adjacent thereto
Cloth (1-5).
3. L-shaped H profile steel frame energy-saving wall according to claim 1, it is characterised in that：The H profile steel frame structure
The cross section of energy-saving wallboard B plates (2) and H profile steel frame structure energy-saving wallboard A plates (1) is axial symmetry face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721648843.8U CN207597645U (en) | 2017-12-01 | 2017-12-01 | L-shaped H profile steel frame energy-saving wall |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721648843.8U CN207597645U (en) | 2017-12-01 | 2017-12-01 | L-shaped H profile steel frame energy-saving wall |
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| Publication Number | Publication Date |
|---|---|
| CN207597645U true CN207597645U (en) | 2018-07-10 |
Family
ID=62761953
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721648843.8U Withdrawn - After Issue CN207597645U (en) | 2017-12-01 | 2017-12-01 | L-shaped H profile steel frame energy-saving wall |
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|---|---|
| CN (1) | CN207597645U (en) |
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2017
- 2017-12-01 CN CN201721648843.8U patent/CN207597645U/en not_active Withdrawn - After Issue
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180710 Effective date of abandoning: 20181219 |
|
| AV01 | Patent right actively abandoned |