CN206737191U - Steel wire net rack complex heat-preservation sandwich wall board node - Google Patents
Steel wire net rack complex heat-preservation sandwich wall board node Download PDFInfo
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- CN206737191U CN206737191U CN201720527057.6U CN201720527057U CN206737191U CN 206737191 U CN206737191 U CN 206737191U CN 201720527057 U CN201720527057 U CN 201720527057U CN 206737191 U CN206737191 U CN 206737191U
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- node
- steel wire
- warming plate
- fabric sheet
- net rack
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Abstract
It the utility model is related to a kind of steel wire net rack complex heat-preservation sandwich wall board node, belong to building energy conservation heat insulation technical field, to be interconnected to form T-shape, " L " type or " Z " type joint structure by steel wire net rack complex heat-preservation sandwich wall board, its wallboard junction is cylinder, and steel wire net rack complex heat-preservation sandwich wall board includes the steel fabric sheet being parallel to each other by two panels and a plurality of three layers of warming plate for being used to connecting steel wire net rack that the cold-drawn oblique cutting steel wire of two panels steel fabric sheet forms, being clipped between two panels steel fabric sheet and the concrete layer for being arranged on warming plate both sides；Steel fabric sheet is to be welded by steel wire by intersecting in length and breadth；Three layers of warming plate include middle one layer thicker main warming plate, it is respectively separated in its both sides and arranges relatively thin warming plate, the warming plate of both sides is distributed in the main warming plate both sides of centre in " horse tooth trough ", and the warming plate of wherein any side can cover the piece position of middle main warming plate.
Description
Technical field
A kind of wall is the utility model is related to, particularly a kind of steel wire net rack complex heat-preservation sandwich wall board node, belongs to and builds
Build energy-saving heat preserving technical field.
Background technology
Complex heat-preservation sandwich wall is that insulation material (such as polyphenyl, rock wool, mineral wool) is placed among two panels wall, and
Tension member is set among interior siphonal lobe wall, forms sandwich thermal insulation composite wall.The wall is typically by internal lobe wall, heat-insulation layer, siphonal lobe
Wall is formed, and heat-insulation material is located at the centre of outer wall body, is advantageous to play the protective effect of materials for wall in itself, so as to exempt from
Remove heat-insulation layer, the enhancing surface layer of material layer, cost relative reduction.Tension member generally use oblique cutting among connection inner-outer wall at present
Silk or staking part connector are attached；Panel is also classified into cast-in-place and prefabricated two kinds.With country carry out building industrialization with
And the requirement to energy-saving heat preserving, the composite thermal-insulating wall with structural thermal insulation integration have broad application prospects.
Composite thermal-insulating wall domestic at present is mainly to fill based on wall, and its bearing capacity is limited, and it is in load bearing wall
Using have received limitation, so a kind of requirement that can meet energy-saving heat preserving of research and development, and can are meeting the load-bearing requirements of load bearing wall
Seem most important.Complex heat-preservation sandwich wall using steel wire net rack as skeleton is using special equipment that cold-drawn low-carbon is zinc-plated
Steel wire weld is into a three-dimensional truss, the certain thickness warming plate of central filler, forms an overall heat preservation core plate of rigidity,
Then complete sheet material, i.e. steel wire net rack complex heat-preservation sandwich are formed in core plate both sides gunite or pea gravel concreten
Plate.The wall is from heavy and light, and bearing capacity is big, the filling wall that can not only be applied in frame structure, and the energy in shear wall structure
Used as shear wall.This technology comparative maturity abroad, is formd based on the structural system of this technology.
ZL 200920142762.X disclose a kind of steel mesh sandwich plate, including two panels steel wire veil parallel to each other, folder
Core plate between two panels steel wire veil, and multiple oblique inserted wires for being used to connect two panels steel wire veil, described steel wire veil
Formed by multiple veil steel wire welds intersected in length and breadth, on the same root veil steel wire of described steel wire veil, described is oblique
Plugging wire tilts to the both ends opposite direction of described veil steel wire respectively, and the oblique inserted wire of inclined in opposite directions is in described face
It is interspersed in the netting wire.Using above-mentioned technical proposal, in the production work of the light-duty steel mesh sandwich plate of no radical change
On the premise of skill, the cost of product do not rise, it is improved the performance of product, inside connection is relatively reliable and firm, has
More preferable bearing capacity.The patent is related to a kind of light-duty steel mesh sandwich plate, it is proposed that a variety of oblique inserted wire arrangement form sides
Case so that its bearing capacity is improved.But because its core warming plate is often that one piece of block is assembled, easily caused in edge joint position
Its heat insulation effect of cold bridge impact；Its heat-insulation layer both sides is more smooth, it is difficult to ensure its connection snap-in force between concrete layer,
Rigidity is difficult to ensure that.
Utility model content
The utility model is in order to overcome drawbacks described above, there is provided the steel wire net rack that a kind of heat-insulating property is more preferable, rigidity is stronger is answered
Heat insulating sandwich wallboard node is closed, to solve the problems such as its insulation, construction and intensity.
To achieve these goals, the utility model takes following technical scheme：
A kind of steel wire net rack complex heat-preservation sandwich wall board node, the steel wire net rack complex heat-preservation sandwich wall board node are served as reasons
Steel wire net rack complex heat-preservation sandwich wall board is interconnected to form T-shape, " L " type or " Z " type joint structure, and its wallboard junction is
Cylinder；The steel wire net rack complex heat-preservation sandwich wall board includes the steel fabric sheet that is parallel to each other by two panels and a plurality of is used to connect
The steel wire net rack of the cold-drawn oblique cutting steel wire composition of two panels steel fabric sheet, three layers of warming plate being clipped between two panels steel fabric sheet and
It is arranged on the concrete layer of warming plate both sides；Described steel fabric sheet is to be welded by steel wire by intersecting in length and breadth；Described
Three layers of warming plate include middle one layer thicker main warming plate, are respectively separated in its both sides and arrange relatively thin warming plate, both sides
The warming plate in the main warming plate both sides of centre in " horse tooth trough " distribution, and the warming plate of wherein any side can cover
The piece position of main warming plate among firmly；Three layers of warming plate edge joint position passes through adhesive bonds.
Further, the wall that the T-shape joint structure, i.e. steel wire net rack complex heat-preservation sandwich wall board are formed is in " T "
Type is distributed, and is cylinder at node, and internal wall insulation plate is arranged by three layers of warming plate, additional node thermal insulation on the outside of node
Plate, node add steel fabric sheet at oblique cutting steel wire and node, and steel fabric sheet is arranged on node thermal insulation plate both sides at node,
The node adds steel fabric sheet at the node of oblique cutting steel wire connection both sides, and being equipped with node at node inside corner adds steel
Muscle.
Or further, the wall that " L " the type joint structure, i.e. steel wire net rack complex heat-preservation sandwich wall board are formed
L-shaped distribution, it is cylinder at node, internal wall insulation plate is arranged by three layers of warming plate, is added at node external corners
Node thermal insulation plate, node add steel fabric sheet at oblique cutting steel wire and node, and it is attached to be arranged on node for steel fabric sheet at node
Add warming plate both sides, the node adds at the node on the inside of oblique cutting steel wire connecting node thermal insulation plate steel fabric sheet and outer
Steel fabric sheet passes through steel wire lashing, node inside corner at the steel fabric sheet of side, the steel fabric sheet in outside and the node in outside
Place is equipped with node additional bar.
Or further, the wall that " Z " the type joint structure, i.e. steel wire net rack complex heat-preservation sandwich wall board are formed
It is distributed in " Z " type, is cylinder at node, internal wall insulation plate is arranged by three layers of warming plate, the node external corners at two
Locate additional layer node thermal insulation plate, separately set node additional bar at two at the inside corner of node, opposite side at node
Steel fabric sheet at node is added, steel fabric sheet passes through steel wire lashing at the steel fabric sheet in outside and the node in outside.
Further, the thickness of the main warming plate in the centre is 40mm-150mm；The width of every piece of the both sides warming plate
Spend for 300mm, thickness 30mm-80mm, adjacent two pieces of spacing are 250mm.
Further, three layers of warming plate is made up of EPS, XPS, rock wool material,
Further, the concrete layer is constructed using in-situ spraying or prefabrication, its thickness are 50mm-100mm；Institute
The strength grade for stating concrete layer is at least 20MPa.
Further, described cold-drawn oblique cutting steel wire is diameter 3mm cold drawn wire, and the cold-drawn oblique cutting steel wire is using plating
Zinc preservative treatment；A diameter of 8mm of node additional bar.
Further, described steel fabric sheet is by lateral separation, longitudinally spaced all passes through phase in length and breadth for 50mm steel wire
Friendship is welded.
Relative to prior art, the utility model has the advantages that：
Construction of the utility model available for shear wall in wall column construction in concrete frame structure and shear wall structure,
By built-in three layers of warming plate, the presence of edge joint position cold bridge is avoided, improves heat-insulating property；And three layers of warming plate are rationally spelled
Connect to form horse tooth trough, enhance the snap-in force of heat-insulation layer and concrete layer contact surface so that the rigidity of structure becomes big；Heat-insulation layer is concavo-convex
It is alternate, be advantageous to the spraying of concrete layer with it is levelling.By at wall column joint structure set additional bar, thermal insulation plate and
Steel wire net rack, solve the presence of cold bridge at wall column node well and ensure that the globality of structure, have it is reasonable in design,
The advantages of construction is simple.
Brief description of the drawings：
Fig. 1 is steel wire net rack complex heat-preservation sandwich wall board structural representation of the present utility model；
Fig. 2 is the T-shape joint structure figure that Fig. 1 is formed；
Fig. 3 is that Fig. 1 forms " L " type joint structure figure；
Fig. 4 is that Fig. 1 forms " Z " type joint structure figure；
In figure：1- warming plates；2- concrete layers；3- cold-drawn oblique cutting steel wires；4- steel fabric sheets；5- adhesive；6- cylinders；7-
Node additional bar；8- node thermal insulation plates；9- nodes add oblique cutting steel wire；Steel fabric sheet at 10- nodes.
The length on the a- edges of a wing, specific length is depending on design requirement, is rectangular column as a=0, at node.
Embodiment
The utility model is further described with reference to embodiment.
As Figure 1-4, a kind of steel wire net rack complex heat-preservation sandwich wall board node of the present utility model, steel wire net rack are compound
Heat insulating sandwich wallboard node is to be interconnected to form T-shape, " L " type or " Z " type section by steel wire net rack complex heat-preservation sandwich wall board
Point construction, its wallboard junction is cylinder 6, as shown in figure 1, steel wire net rack complex heat-preservation sandwich wall board includes mutually being put down by two panels
Capable steel fabric sheet 4 and the steel wire of a plurality of composition of cold-drawn oblique cutting steel wire 3 for being used to connect the diameter 3mm of two panels steel fabric sheet 4
Rack, three layers of warming plate 1 being clipped between two panels steel fabric sheet 4 and the concrete layer 2 for being arranged on the both sides of warming plate 1.Steel wire
Mesh sheet 4 be by lateral separation, it is longitudinally spaced all for 50mm steel wire by length and breadth intersect be welded.Three layers of warming plate 1 include
Middle one layer thicker main warming plate 1, it is respectively separated in its both sides and arranges relatively thin warming plate 1；Middle main warming plate
Thickness is 40mm-150mm；The width of every piece of the both sides warming plate is 300mm, thickness 30mm-80mm, adjacent two pieces of spacing
For 250mm.Three layers of warming plate 1 are made up of EPS, XPS, rock wool material.Main warming plate of the warming plate 1 of both sides in centre
1 both sides are distributed in " horse tooth trough ", and the warming plate 1 of wherein any side can cover the piece position of middle main warming plate 1.
Three layers of edge joint position of warming plate 1 are bonded by adhesive 5.Wherein, concrete layer 2 uses in-situ spraying construction or prefabrication, its
Thickness is 50mm-100mm, and the strength grade of concrete layer 2 is at least 20MPa.Cold-drawn oblique cutting steel wire 3 is using at galvanized anticorrosive
Reason.
As shown in Fig. 2 the wall that the T-shape joint structure, i.e. steel wire net rack complex heat-preservation sandwich wall board are formed is in " T "
Type is distributed, and is cylinder at node, and internal wall insulation plate 1 is arranged by three layers of warming plate 1, and additional node is additional on the outside of node protects
Warm plate 8, node add steel fabric sheet 10 at oblique cutting steel wire 9 and node, and steel fabric sheet 10 is arranged on the additional guarantor of node at node
The warm both sides of plate 8, the node add oblique cutting steel wire 9 and connect steel fabric sheet 10 at the node of both sides, added at node inside corner
There is diameter 8mm node additional bar 7.
As shown in figure 3, the wall that " L " the type joint structure, i.e. steel wire net rack complex heat-preservation sandwich wall board are formed is in " L "
Type is distributed, and is cylinder at node, internal wall insulation plate 1 is arranged by three layers of warming plate 1, additional node at node external corners
Thermal insulation plate 8, node add steel fabric sheet 10 at oblique cutting steel wire 9 and node, and steel fabric sheet 10 is arranged on node at node
The both sides of thermal insulation plate 8, the node add steel fabric sheet at the node of the inner side of 9 connecting node thermal insulation plate of oblique cutting steel wire 8
10 and the steel fabric sheet 4 in outside, at the steel fabric sheet 4 in outside and the node in outside steel fabric sheet 10 by steel wire lashing,
Diameter 8mm node additional bar 7 is equipped with node inside corner.
As shown in figure 4, the wall that " Z " the type joint structure, i.e. steel wire net rack complex heat-preservation sandwich wall board are formed is in " Z "
Type is distributed, and is cylinder at node, and internal wall insulation plate 1 is arranged by three layers of warming plate 1, at two at node external corners it is attached
Add a node layer thermal insulation plate 8, separately set diameter 8mm node additional bar 7 at two at the inside corner of node, at node
Opposite side adds steel fabric sheet 10 at node, and steel fabric sheet 10 passes through steel wire at the steel fabric sheet 4 in outside and the node in outside
Colligation.
A kind of construction method of steel wire net rack complex heat-preservation sandwich wall board node, comprises the following steps：
A, base treatment：Metal anchors are set to ensure steel wire net rack complex heat-preservation sandwich in the footing of wall or wall ground floor face
The bottom balance of wallboard, wall ground floor face implantation certain length two placing of reinforcements with for fixing steel wire net rack complex heat-preservation sandwich
The balance of wallboard, while also ensure that being reliably connected for wallboard；
The steel wire net rack laminboard layer that steel wire net rack and warming plate are formed is installed B,：By the steel wire net rack according to design requirement
Laminboard layer is arranged into corresponding position；Because the weight of laminboard layer is lighter, so being very easy to place and installing.By steel wire
Frame laminboard layer is placed among the placing of reinforcement of step A basic units two, and reinforcing bar and steel fabric sheet 4 are carried out into colligation；Further according to specific
Whether construction environment is supported, and is generally fixed in the side of wallboard with support member, generally need support to depend on several
Condition：Such as panel height, wind regime.All supports should be located at the same side, first pour opposite side concrete；
C, node and piece are handled：The additional steel fabric sheet of two pieces of edge joint positions of warming plate 1 application of same face wall is reinforced
Connection, covered usually using 50mm × 50mm additional steel fabric sheet；A node layer is arranged in wall column node turning side
Insulation and reinforcing at thermal insulation plate 8 and the additional oblique cutting steel wire 9 of node and node at the progress cold bridge of steel fabric sheet 10, while
Another side gusset in turning is laid node additional bar 7 and reinforced；
D, gunning concrete：The spraying of concrete layer 2 first is carried out in the opposite side of support, until carried out after some strength
The concrete construction of supporting surface.Concrete construction can have accomplished in many ways, specifically mortar pump or spray gun can be used to carry out
Spraying.Generally, it is at least 50mm per the thickness of side concrete；In order to ensure corrosion resistance, steel fabric sheet at least should
15mm is covered, the overburden cover of concrete must increase under erosion environment condition.
E, mortar levelling：Carried out after the completion of gunning concrete artificial levelling, it is ensured that surface of wall and node corner are smooth.
Above is an exemplary embodiments of the present utility model, implementation not limited to this of the present utility model.
Claims (8)
- A kind of 1. steel wire net rack complex heat-preservation sandwich wall board node, it is characterised in that：The steel wire net rack complex heat-preservation sandwich wall Plate node is to be interconnected to form T-shape, " L " type or " Z " type joint structure, its wall by steel wire net rack complex heat-preservation sandwich wall board Plate junction is cylinder；The steel wire net rack complex heat-preservation sandwich wall board include the steel fabric sheet (4) that is parallel to each other by two panels with And it is a plurality of be used for connect two panels steel fabric sheet (4) cold-drawn oblique cutting steel wire (3) composition steel wire net rack, be clipped in two panels steel fabric sheet (4) three layers of warming plate (1) between and the concrete layer (2) for being arranged on warming plate (1) both sides；Described steel fabric sheet (4) It is to be welded by steel wire by intersecting in length and breadth；Three layers of described warming plate (1) include middle one layer thicker main warming plate (1), it is respectively separated in its both sides and arranges relatively thin warming plate (1), the warming plate (1) of both sides is in middle main warming plate (1) both sides are distributed in " horse tooth trough ", and the warming plate (1) of wherein any side can cover the spelling of middle main warming plate (1) Stitch position；Three layers of warming plate (1) edge joint position is bonded by adhesive (5).
- 2. steel wire net rack complex heat-preservation sandwich wall board node according to claim 1, it is characterised in that：The T-shape section Point construction, i.e., the wall that steel wire net rack complex heat-preservation sandwich wall board is formed are distributed in T-shape, are cylinder at node, are protected in wall Warm plate (1) is arranged by three layers of warming plate (1), and additional node thermal insulation plate (8), node add oblique cutting steel wire on the outside of node (9) steel fabric sheet (10) and at node, steel fabric sheet (10) is arranged on node thermal insulation plate (8) both sides at node, described Node adds steel fabric sheet (10) at the node of oblique cutting steel wire (9) connection both sides, and being equipped with node at node inside corner adds Reinforcing bar (7).
- 3. steel wire net rack complex heat-preservation sandwich wall board node according to claim 1, it is characterised in that：" L " the type section Point constructs, i.e., the L-shaped distribution of wall that steel wire net rack complex heat-preservation sandwich wall board is formed, and is cylinder at node, is protected in wall Warm plate (1) is arranged by three layers of warming plate (1), and additional node thermal insulation plate (8), node are additional oblique at node external corners Steel fabric sheet (10) at steel wire (9) and node is inserted, steel fabric sheet (10) is arranged on node thermal insulation plate (8) two at node Side, the node add at the node on the inside of oblique cutting steel wire (9) connecting node thermal insulation plate (8) steel fabric sheet (10) and outer The steel fabric sheet (4) of side, steel fabric sheet (10) passes through steel wire lashing, section at the steel fabric sheet (4) and the node in outside in outside Node additional bar (7) is equipped with point inside corner.
- 4. steel wire net rack complex heat-preservation sandwich wall board node according to claim 1, it is characterised in that：" Z " the type section Point construction, i.e., the wall that steel wire net rack complex heat-preservation sandwich wall board is formed are distributed in " Z " type, are cylinder at node, are protected in wall Warm plate (1) is arranged by three layers of warming plate (1), in additional layer node thermal insulation plate (8) at node external corners at two, Node additional bar (7) is separately set at the inside corner of node at two, opposite side adds steel fabric sheet at node (10) at node, Steel fabric sheet (10) passes through steel wire lashing at the steel fabric sheet (4) and the node in outside in outside.
- 5. the steel wire net rack complex heat-preservation sandwich wall board node according to claim any one of 2-4, it is characterised in that：It is described The thickness of middle main warming plate is 40mm-150mm；The width of every piece of the both sides warming plate is 300mm, thickness 30mm- 80mm, adjacent two pieces of spacing are 250mm.
- 6. the steel wire net rack complex heat-preservation sandwich wall board node according to claim any one of 2-4, it is characterised in that：It is described Concrete layer (2) thickness is 50mm-100mm.
- 7. the steel wire net rack complex heat-preservation sandwich wall board node according to claim any one of 2-4, it is characterised in that：It is described Cold-drawn oblique cutting steel wire (3) be diameter 3mm cold drawn wire；A diameter of 8mm of node additional bar.
- 8. the steel wire net rack complex heat-preservation sandwich wall board node according to claim any one of 2-4, it is characterised in that：It is described Steel fabric sheet (4) be by lateral separation, it is longitudinally spaced all for 50mm steel wire by length and breadth intersect be welded.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720527057.6U CN206737191U (en) | 2017-05-12 | 2017-05-12 | Steel wire net rack complex heat-preservation sandwich wall board node |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720527057.6U CN206737191U (en) | 2017-05-12 | 2017-05-12 | Steel wire net rack complex heat-preservation sandwich wall board node |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206737191U true CN206737191U (en) | 2017-12-12 |
Family
ID=60565579
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720527057.6U Withdrawn - After Issue CN206737191U (en) | 2017-05-12 | 2017-05-12 | Steel wire net rack complex heat-preservation sandwich wall board node |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206737191U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106968362A (en) * | 2017-05-12 | 2017-07-21 | 保定市冀创建筑工程有限公司 | Steel wire net rack complex heat-preservation sandwich wall board node and its construction method |
-
2017
- 2017-05-12 CN CN201720527057.6U patent/CN206737191U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106968362A (en) * | 2017-05-12 | 2017-07-21 | 保定市冀创建筑工程有限公司 | Steel wire net rack complex heat-preservation sandwich wall board node and its construction method |
| CN106968362B (en) * | 2017-05-12 | 2023-06-16 | 保定市冀创建筑工程有限公司 | Steel wire net rack composite heat-insulating sandwich wallboard node and construction method thereof |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20171212 Effective date of abandoning: 20230616 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20171212 Effective date of abandoning: 20230616 |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |