CN207672780U - A kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet and walling system - Google Patents
A kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet and walling system Download PDFInfo
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- CN207672780U CN207672780U CN201721717514.4U CN201721717514U CN207672780U CN 207672780 U CN207672780 U CN 207672780U CN 201721717514 U CN201721717514 U CN 201721717514U CN 207672780 U CN207672780 U CN 207672780U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A30/00—Adapting or protecting infrastructure or their operation
- Y02A30/24—Structural elements or technologies for improving thermal insulation
- Y02A30/242—Slab shaped vacuum insulation
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B80/00—Architectural or constructional elements improving the thermal performance of buildings
- Y02B80/10—Insulation, e.g. vacuum or aerogel insulation
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Abstract
The utility model provides a kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, including plate ontology, the cracking resistance of the cracking resistance enhancing outer layer of the built-in scale type steel fabric sheet for the inorganic slurry material being compounded on plate outer body face and the built-in scale type steel fabric sheet for the inorganic slurry material being compounded on plate ontology medial surface enhances internal layer, plate ontology includes the skeleton of inorganic heat preservation slurry material and several thermal insulation boards, skeleton includes outer rim and outer rim inner space is divided into the tabula item in several lattice storehouses and perpendicular parting bead, thermal insulation board correspondence is placed in each lattice storehouse, plane residing for thermal insulation board entirety is vertical with plate body thickness direction, thermal insulation board is vacuum heat-insulating plate, extruded polystyrene foam board, graphite extruded sheet, polyurethane sheet or rock cotton board.The utility model also provides a kind of walling system, including the compound lattice storehouse type thermal insulation board of base course wall, scale type steel fabric sheet, anti-cracking plastering layer, finish coat and fixing piece.
Description
Technical field
The utility model belongs to technical field of buildings, more specifically, is related to a kind of compound lattice storehouse of scale type steel fabric sheet
Type thermal insulation board further relates to the walling system using the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet.
Background technology
Whole nation Civil Building Energy Conservation field, either residential architecture or public building at present energy saving should all be set as existing
Meter standard and code for fire protection design are designed, construct and check and accept.Especially it is severe cold and cold district, the raising to fractional energy savings
More stringent with fire protection requirement, for fire prevention angle, the organic insulation material scope of application is limited, for city with rapid changepl. never-ending changes and improvements
It is based on skyscraper mostly for city's building, it is therefore desirable to inorganic material fire-blocking belt be set and meet fire integrity
It is required that outer door and window could meet the relevant regulations of applicable fire design specification, accordingly bring design, construction and examination not
Just with economic cost that is cumbersome, while also increasing various aspects, the application and development of organic insulation material are constrained.
From the point of view of the application technology angle of current exterior sheathing in-situ concrete wall heat-insulation system, which belongs to building and protects
It is warm with structure-integrated technology, it can be achieved that design, construction and examinations it is synchronous progress, be heat preservation technology an important innovation and into
Step.But with the raising of fractional energy savings, exterior sheathing is as insulating layer in use, template globality, fracture resistance and antiseepage, anti-
Curved etc. to bring a series of problems and drawback, there are some potential safety problemss.
Invention content
The technical problem to be solved by the present invention is to provide a kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet,
Intensity, rigidity and globality are effectively enhanced, and solve the cracking, hollowing, infiltration quality problems of thermal insulation board, it is outer to increase building
The safety and reliability of wall heat preservation.
In order to solve the above-mentioned technical problem, the technical solution of the utility model is：
A kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, including plate ontology, be compounded on plate outer body face
The cracking resistance of the built-in scale type steel fabric sheet of inorganic slurry material enhances outer layer and is compounded in inorganic on plate ontology medial surface
The cracking resistance of the built-in scale type steel fabric sheet of slurry material enhances internal layer, plate ontology include inorganic heat preservation slurry material skeleton and
Several thermal insulation boards, skeleton include outer rim and outer rim inner space are divided into the tabula item in several lattice storehouses and perpendicular parting bead,
Thermal insulation board correspondence is placed in each lattice storehouse, and plane residing for thermal insulation board entirety is vertical with plate body thickness direction, and thermal insulation board is vacuum
Heat-insulating shield, extruded polystyrene foam board, graphite extruded sheet, polyurethane sheet or rock cotton board.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, whole thermal insulation boards rectangle battle array in the plane residing for plate ontology
Row arrangement.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, scale type steel fabric sheet include from left to right sequentially being spaced
Several main reinforcements of arrangement, from left to right sequentially the first dowel of arranged for interval, the second dowel, third between adjacent two main reinforcement
Dowel, the 4th dowel, the 5th dowel, the 6th dowel and the 7th dowel, main reinforcement, the first dowel, second connect
It connects muscle, third dowel, the 4th dowel, the 5th dowel, the 6th dowel and the 7th dowel to be arranged in parallel, first
Dowel, third dowel, the 5th dowel and the 7th dowel are identical, and the second dowel and the 6th dowel are identical, main
The width G T.GT.GT first of width G T.GT.GT the second dowel left and right directions of the 4th dowel left and right directions of width G T.GT.GT of muscle left and right directions connects
Connect the width of muscle left and right directions；
Between main reinforcement and the first dowel setting connection they and spaced several first abdomen silks from top to bottom, the
Between one dowel and the second dowel setting connection they and spaced several second abdomen silks from top to bottom, the first abdomen
Silk is consistent with the second abdomen silk inclined direction；
Between second dowel and third dowel setting connection they and spaced several thirds from top to bottom
Abdomen silk, third abdomen silk and the second abdomen silk line centered on the second dowel are symmetrical arranged, third abdomen silk and the second common structure of abdomen silk
At spaced several " V " shape structures from top to bottom；
Between third dowel and the 4th dowel setting connection they and from top to bottom spaced several four
Abdomen silk, the 4th abdomen silk are consistent with third abdomen silk inclined direction；
Between 4th dowel and the 5th dowel setting connection they and from top to bottom spaced several five
Abdomen silk, the 5th abdomen silk and the 4th abdomen the silk line centered on the 4th dowel are symmetrical arranged, the 5th abdomen silk and the 4th common structure of abdomen silk
At spaced several " V " shape structures from top to bottom；
Between 5th dowel and the 6th dowel setting connection they and from top to bottom spaced several six
Abdomen silk, the 6th abdomen silk and the 5th abdomen silk inclined direction are consistent；
Between 6th dowel and the 7th dowel setting connection they and from top to bottom spaced several seven
Abdomen silk, the 7th abdomen silk and the 6th abdomen the silk line centered on the 6th dowel are symmetrical arranged, the 7th abdomen silk and the 6th common structure of abdomen silk
At spaced several " V " shape structures from top to bottom；
Between 7th dowel and adjacent another main reinforcement setting connection they and it is spaced several from top to bottom
8th abdomen silk, the 8th abdomen silk and the 7th abdomen silk inclined direction are consistent.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, scale type steel fabric sheet include from left to right sequentially being spaced
Several main reinforcements of arrangement, between adjacent two main reinforcement setting connection they and spaced several abdomen silks from top to bottom, together
The abdomen silk of one main reinforcement both sides collectively forms spaced several " V " shape structures from top to bottom.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, scale type steel fabric sheet surface form zinc coat.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, cracking resistance enhance outer thickness 5-10mm, and cracking resistance enhances internal layer
Thick 5-10mm.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, skeleton, cracking resistance enhancing internal layer and cracking resistance enhancing outer layer are
One-pass molding.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, whole thermal insulation boards arrange aftershaping skeleton.
The above-mentioned compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, the long 50-150mm of vacuum heat-insulating plate, vacuum heat-insulating plate are wide
50-150mm, vacuum insulation plate thickness 15-30mm.
The technical problem to be solved by the present invention is to provide a kind of walling systems, multiple using above-mentioned scale type steel fabric sheet
Qualified storehouse type thermal insulation board.
In order to solve the above-mentioned technical problem, the technical solution of the utility model is：
A kind of walling system, including base course wall, the compound lattice storehouse type of the scale type steel fabric sheet on the outside of base course wall
Thermal insulation board, built-in anti-crack net on the outside of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet anti-cracking plastering layer, be located at it is anti-
It splits the finish coat on the outside of float coat and the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet is fixed on to the fixation of base course wall
Part.
Skeleton is formed with several lattice storehouses, and lattice storehouse is built-in with thermal insulation board, the two sides composite inorganic slurry material of plate ontology
The cracking resistance enhancement layer of built-in scale type steel fabric sheet keeps respectively independent by lattice storehouse construction between thermal insulation board and passes through built-in fish scale
The cracking resistance enhancement layer integration of formula steel fabric sheet is bonded as one, and the cracking resistance enhancement layer of scale type steel fabric sheet built in skeleton and two is aobvious
Work enhances its whole anti-folding and anti crack performance, can lattice storehouse inside holding plate and mesh sheet anti-cracking structure layer be securely effectively connected as one
It is whole, outer wall safety and quality assurance are effectively increased, economic, society, environmental benefit are clearly.Unique lattice storehouse construction
Both can reinforce being reliably connected between thermal insulation board, and also provide facility with reserving hole to cut, realization can saw do not influenced after can cutting it is whole
The heat insulation effect of plate.
Description of the drawings
Below in conjunction with the accompanying drawings to the further details of explanation of the utility model：
Fig. 1 is the sectional view of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet.
Fig. 2 is the sectional view of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet.
Fig. 3 is the schematic diagram of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet.
Fig. 4 is the schematic diagram of scale type steel fabric sheet.
Fig. 5 is the schematic diagram of walling system.
In figure：1 thermal insulation board, 2 scale type steel fabric sheets, 3 skeletons, the compound lattice storehouse type thermal insulation board of 4 scale type steel fabric sheets, 5
Finish coat, 6 anti-cracking plastering layers, 8 base course walls, 9 fixing pieces, 10 main reinforcements, 11 first dowels, 12 second dowels, 13 thirds
Dowel, 14 the 4th dowels, 15 the 5th dowels, 16 the 6th dowels, 17 the 7th dowels, 18 third abdomen silks, L indicate fish
The length of the compound lattice storehouse type thermal insulation board of scale formula steel fabric sheet, B indicate the width of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet,
T indicates the thickness of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet.
Specific implementation mode
In order to make those skilled in the art more fully understand the technical solution in the utility model, below in conjunction with this reality
With the attached drawing in new embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that
The described embodiments are only a part of the embodiments of the utility model, instead of all the embodiments.Based on the utility model
In embodiment, the every other embodiment that those skilled in the art are obtained without making creative work, all
The scope of protection of the utility model should be belonged to.
As shown in Figures 1 to 4, the compound lattice storehouse type thermal insulation board 4 of a kind of scale type steel fabric sheet, including plate ontology, be compounded in
The cracking resistance of the built-in scale type steel fabric sheet 2 of inorganic slurry material on plate outer body face enhances outer layer and is compounded in plate sheet
The cracking resistance of the built-in scale type steel fabric sheet of inorganic slurry material on internal side enhances internal layer, and plate ontology includes inorganic heat preservation
The skeleton 3 and several thermal insulation boards 1 of slurry material, skeleton include outer rim and outer rim inner space are divided into several lattice storehouses
Tabula item and perpendicular parting bead, thermal insulation board correspondence be placed in each lattice storehouse, plane residing for thermal insulation board entirety and plate body thickness direction
Vertically, thermal insulation board is vacuum heat-insulating plate, extruded polystyrene foam board, graphite extruded sheet, polyurethane sheet or rock cotton board.
Specifically, rectangular array is arranged in whole thermal insulation boards plane residing for plate ontology.
A kind of structure of scale type steel fabric sheet is：If scale type steel fabric sheet includes from left to right sequentially spaced apart
Dry main reinforcement 10, from left to right sequentially arranged for interval the first dowel 11, the second dowel 12, third connect between adjacent two main reinforcement
Connect muscle 13, the 4th dowel 14, the 5th dowel 15, the 6th dowel 16 and the 7th dowel 17, main reinforcement, the first connection
Muscle, the second dowel, third dowel, the 4th dowel, the 5th dowel, the 6th dowel and the 7th dowel are parallel
Setting, the first dowel, third dowel, the 5th dowel and the 7th dowel are identical, the second dowel and the 6th connection
Muscle is identical, the width of width G T.GT.GT the second dowel left and right directions of the 4th dowel left and right directions of width G T.GT.GT of main reinforcement left and right directions
The width of ＞ the first dowel left and right directions；
Between main reinforcement and the first dowel setting connection they and spaced several first abdomen silks from top to bottom, the
Between one dowel and the second dowel setting connection they and spaced several second abdomen silks from top to bottom, the first abdomen
Silk is consistent with the second abdomen silk inclined direction；
Between second dowel and third dowel setting connection they and spaced several thirds from top to bottom
Abdomen silk 18, third abdomen silk and the second abdomen silk line centered on the second dowel are symmetrical arranged, and third abdomen silk and the second abdomen silk are common
Constitute spaced several " V " shape structures from top to bottom；
Between third dowel and the 4th dowel setting connection they and from top to bottom spaced several four
Abdomen silk, the 4th abdomen silk are consistent with third abdomen silk inclined direction；
Between 4th dowel and the 5th dowel setting connection they and from top to bottom spaced several five
Abdomen silk, the 5th abdomen silk and the 4th abdomen the silk line centered on the 4th dowel are symmetrical arranged, the 5th abdomen silk and the 4th common structure of abdomen silk
At spaced several " V " shape structures from top to bottom；
Between 5th dowel and the 6th dowel setting connection they and from top to bottom spaced several six
Abdomen silk, the 6th abdomen silk and the 5th abdomen silk inclined direction are consistent；
Between 6th dowel and the 7th dowel setting connection they and from top to bottom spaced several seven
Abdomen silk, the 7th abdomen silk and the 6th abdomen the silk line centered on the 6th dowel are symmetrical arranged, the 7th abdomen silk and the 6th common structure of abdomen silk
At spaced several " V " shape structures from top to bottom；
Between 7th dowel and adjacent another main reinforcement setting connection they and it is spaced several from top to bottom
8th abdomen silk, the 8th abdomen silk and the 7th abdomen silk inclined direction are consistent.
Whole abdomen silks are steel wire, pass through spot welding and corresponding main reinforcement or dowel electric welding connection.
The enhancing mesh sheet of this structure includes main reinforcement and multiple tracks dowel and abdomen silk, is constituted unique complex-shaped
Structure is capable of the cracking resistance enhancement layer of guard inorganic slurry material securely, effectively prevents the compound lattice storehouse type of scale type steel fabric sheet
The surface cracking of thermal insulation board and infiltration greatly promote the rigidity, intensity and globality of steel fabric sheet.The spy of scale type steel fabric sheet
Different construction can ensure that cracking resistance enhancement layer can meet face layer anticracking and antiseepage requirement in 5-10mm, improve the same of heat insulation effect
When, greatly reduce the thickness and weight of system insulating layer.
The structure of another scale type steel fabric sheet is：Scale type steel fabric sheet includes from left to right sequentially spaced apart
Several main reinforcements, between adjacent two main reinforcement setting connection they and spaced several abdomen silks from top to bottom, same main reinforcement
The abdomen silk of both sides collectively forms spaced several " V " shape structures from top to bottom.
Specifically, scale type steel fabric sheet surface forms zinc coat.
Specifically, cracking resistance enhances outer thickness 5-10mm, and cracking resistance enhances inner-layer thick 5-10mm.
Specifically, skeleton, cracking resistance enhancing internal layer and cracking resistance enhancing outer layer are one-pass molding, and skeleton is starched using inorganic heat preservation
Inorganic heat preservation slurry may be used in material, cracking resistance enhancing internal layer and cracking resistance enhancing outer layer, can also use other inorganic slurries.
Whole thermal insulation boards arrange aftershaping skeleton, that is to say, that thermal insulation board arranges, scale type steel fabric sheet arrangement
It is good, pour inorganic heat preservation slurry.
Specifically, the long 50-150mm of vacuum heat-insulating plate, the wide 50-150mm of vacuum heat-insulating plate, vacuum insulation plate thickness 15-30mm.
As shown in figure 5, a kind of walling system, including base course wall 8, the above-mentioned scale type steel wire on the outside of base course wall
The compound lattice storehouse type thermal insulation board 4 of mesh sheet, built-in anti-crack net on the outside of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet it is anti-
It splits float coat 6, the finish coat 5 on the outside of anti-cracking plastering layer and fixes the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet
In the fixing piece 9 of base course wall.
The compound lattice storehouse type insulation board of scale type steel fabric sheet can be used as cast-in-situ wall exempt from tear exterior sheathing open, it is also possible to make outer
Wall heat-insulating board.Scale type steel fabric sheet and skeleton construction significantly enhance its whole anti-folding and anti crack performance, can be effectively by lattice storehouse
Inside holding plate securely connect with mesh sheet anti-cracking structure layer and is integral.Respective independence is kept by lattice storehouse construction between thermal insulation board and is led to
Upper layer and lower layer scale type steel fabric sheet is crossed to be bonded as one with heat preservation slurry integration.Can saw can cut and not reduce it after punching a hole
The characteristic of integral heat insulation effect overcomes the use defect that vacuum heat-insulating plate cannot be cut, when heat preservation core plate is vacuum heat-insulating plate,
Can whole plate used as inorganic material, width about 50-150mm, overall thickness is in 30-50mm, you can meets existing energy saving 75%
Design requirement has the technical advantages such as ultra-thin, high-efficiency insulated, it can be achieved that arbitrarily cutting uses, and breaching vacuum heat-insulating plate can not
What is cut uses obstacle and technical bottleneck, greatly reduces the thickness and weight of cast-in-place exterior sheathing or thermal insulation board, effectively increases
Outer wall safety and quality assurance, economic, society and environmental benefit are clearly.
The utility model solves vacuum heat-insulating plate and can not cut and the drawbacks of reserving hole and technical bottleneck, realize compound
Plate can saw can cut and can construction drill without influence whole plate heat insulation effect, it is ultra-thin and high-efficiency insulated to efficiently use and play its
Products characteristics and advantage, while a kind of very special scale type steel fabric sheet construction being provided, to realize composite insulation boards conduct
The high-efficiency insulated and ultra-thin feature of building insulating layer promotes building exterior wall heat preserving degree of safety, reduces engineering accident and quality problems,
Construction efficiency is improved, the dead weight of external wall is mitigated, saves project cost, there is greatly economic, society and environmental benefit, city
Field foreground is boundless.
The utility model can include following advantageous effect：
（1）Overcoming vacuum heat-insulating plate cannot cut with the technical bottleneck of jewel hole and using barrier, realize that composite plate can saw
Can cut and can construction drill without influence whole plate heat insulation effect.
（2）Effectively played the efficient thermal insulation materials such as shape vacuum heat-insulating plate uses thickness ultrathin feature, can substantially reduce
The thickness of architectural exterior insulation layer and dead weight, while mitigating external wall dead weight, the reduction of dead load is brought, in structure design side
Project cost and investment are saved in face.
（3）By the backbone type main reinforcement and flake type oblique cutting abdomen silk of spot welding and zinc-plated antirust treatment, it is different from current engineering
All steel fabric sheets in have unique innovation and creation and novelty and practicability, can securely guard it is inorganic
（Heat preservation）Slurry protective layer effectively prevents surface cracking and the infiltration of the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, significantly
Promote rigidity, intensity and the globality of steel fabric sheet.Meanwhile can effectively enhance the intensity, rigidity and globality of composite insulation boards,
The common quality defects such as the cracking, hollowing, infiltration of composite insulation boards are effectively prevent, the safety of building exterior wall heat preserving and reliable is increased
Property.
（4）The working procedure of external wall insulation project can be simplified and manufacture process, ensuring building heat preservation construction quality
Under the premise of, realize the most simplified and most thin technical finesse of each techonosphere of heat-insulation system.
（5）Composite plate can not only be used for outer wall thin plastoring system insulating layer use, also can be used as heat preservation with it is structure-integrated
The non-dismantling formwork of technology uses, applicable in extensive range.
（6）Using high-efficiency insulated core material, the most Milling Technique In The Microstructure Study measure of insulating layer is realized, and practicability is apparent, is readily produced,
It makes and constructs, bring the once progress of exterior wall heat-preserving system technology and reform.
Certainly, above description is also not limited to the example above, and technical characteristic of the utility model without description can lead to
It crosses or realizes that details are not described herein using the prior art；Above example and attached drawing are merely to illustrate the technology of the utility model
Scheme is not limitations of the present invention, and the utility model is described in detail with reference to preferred embodiment, this
Field it is to be appreciated by one skilled in the art that those skilled in the art institute in the essential scope of the utility model
The variations, modifications, additions or substitutions made without departure from the objective of the utility model, want by the right that should also belong to the utility model
Seek protection domain.
Claims (10)
1. a kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet, it is characterised in that：Including plate ontology, to be compounded in plate sheet external
The cracking resistance of the built-in scale type steel fabric sheet of inorganic slurry material on side enhances outer layer and is compounded in plate ontology medial surface
On inorganic slurry material built-in scale type steel fabric sheet cracking resistance enhance internal layer, plate ontology includes inorganic heat preservation slurry material
Skeleton and several thermal insulation boards, skeleton include outer rim and by outer rim inner space be divided into several lattice storehouses tabula item and
Perpendicular parting bead, thermal insulation board correspondence are placed in each lattice storehouse, and plane residing for thermal insulation board entirety is vertical with plate body thickness direction, thermal insulation board
For vacuum heat-insulating plate, extruded polystyrene foam board, graphite extruded sheet, polyurethane sheet or rock cotton board.
2. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Whole thermal insulation boards
Rectangular array is arranged in the plane residing for plate ontology.
3. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Scale type steel wire
Mesh sheet includes from left to right sequentially spaced apart several main reinforcements, from left to right sequentially arranged for interval the between adjacent two main reinforcement
One dowel, the second dowel, third dowel, the 4th dowel, the 5th dowel, the 6th dowel and the 7th connection
Muscle, main reinforcement, the first dowel, the second dowel, third dowel, the 4th dowel, the 5th dowel, the 6th dowel and
7th dowel is arranged in parallel, and the first dowel, third dowel, the 5th dowel and the 7th dowel are identical, and second
Dowel and the 6th dowel are identical, the connections of width G T.GT.GT second of the 4th dowel left and right directions of width G T.GT.GT of main reinforcement left and right directions
The width of width G T.GT.GT the first dowel left and right directions of muscle left and right directions；
Between main reinforcement and the first dowel setting connection they and spaced several first abdomen silks from top to bottom, first connects
Connect between muscle and the second dowel setting connection they and spaced several second abdomen silks from top to bottom, the first abdomen silk and
Second abdomen silk inclined direction is consistent；
Between second dowel and third dowel setting connection they and spaced several third abdomen silks from top to bottom,
Third abdomen silk and the second abdomen silk line centered on the second dowel are symmetrical arranged, and third abdomen silk and the second abdomen silk are collectively formed from upper
Arrive down spaced several " V " shape structures；
Between third dowel and the 4th dowel setting connection they and spaced several 4th abdomen silks from top to bottom,
4th abdomen silk is consistent with third abdomen silk inclined direction；
Between 4th dowel and the 5th dowel setting connection they and spaced several 5th abdomen silks from top to bottom,
5th abdomen silk and the 4th abdomen the silk line centered on the 4th dowel are symmetrical arranged, and the 5th abdomen silk and the 4th abdomen silk are collectively formed from upper
Arrive down spaced several " V " shape structures；
Between 5th dowel and the 6th dowel setting connection they and spaced several 6th abdomen silks from top to bottom,
6th abdomen silk and the 5th abdomen silk inclined direction are consistent；
Between 6th dowel and the 7th dowel setting connection they and spaced several 7th abdomen silks from top to bottom,
7th abdomen silk and the 6th abdomen the silk line centered on the 6th dowel are symmetrical arranged, and the 7th abdomen silk and the 6th abdomen silk are collectively formed from upper
Arrive down spaced several " V " shape structures；
Between 7th dowel and adjacent another main reinforcement setting connection they and from top to bottom spaced several eight
Abdomen silk, the 8th abdomen silk and the 7th abdomen silk inclined direction are consistent.
4. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Scale type steel wire
Mesh sheet includes from left to right sequentially spaced apart several main reinforcements, between adjacent two main reinforcement setting connection they and on to
Under spaced several abdomen silks, the abdomen silk of same main reinforcement both sides collectively forms spaced several " V " shape knots from top to bottom
Structure.
5. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Scale type steel wire
Mesh sheet surface forms zinc coat.
6. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Cracking resistance enhancing is outer
Thickness 5-10mm, cracking resistance enhance inner-layer thick 5-10mm.
7. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Skeleton, cracking resistance
It is one-pass molding to enhance internal layer and cracking resistance enhancing outer layer.
8. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Whole thermal insulation boards
Arrange aftershaping skeleton.
9. the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet according to claim 1, it is characterised in that：Vacuum heat-insulating plate
Long 50-150mm, the wide 50-150mm of vacuum heat-insulating plate, vacuum insulation plate thickness 15-30mm.
10. a kind of walling system, it is characterised in that：The claims 1 including base course wall, on the outside of base course wall to
4 any compound lattice storehouse type thermal insulation boards of scale type steel fabric sheet are located at the compound lattice storehouse type thermal insulation board of scale type steel fabric sheet
The anti-cracking plastering layer of the built-in anti-crack net in outside, the finish coat on the outside of anti-cracking plastering layer and scale type steel fabric sheet is answered
Qualified storehouse type thermal insulation board is fixed on the fixing piece of base course wall.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721717514.4U CN207672780U (en) | 2017-12-12 | 2017-12-12 | A kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet and walling system |
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| CN201721717514.4U CN207672780U (en) | 2017-12-12 | 2017-12-12 | A kind of compound lattice storehouse type thermal insulation board of scale type steel fabric sheet and walling system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107724549A (en) * | 2017-12-12 | 2018-02-23 | 青岛建润节能建材科技有限公司 | A kind of compound lattice storehouse type warming plate of scale type steel fabric sheet and walling system |
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2017
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107724549A (en) * | 2017-12-12 | 2018-02-23 | 青岛建润节能建材科技有限公司 | A kind of compound lattice storehouse type warming plate of scale type steel fabric sheet and walling system |
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| GR01 | Patent grant | ||
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| TR01 | Transfer of patent right |
Effective date of registration: 20220120 Address after: 266000 No. 396, Feiyu Road, Huangdao District, Qingdao, Shandong Patentee after: Shandong Jianguo Haigang New Material Technology Co.,Ltd. Address before: 266000 Bo Li Zhen Hai Bo Lu, Huangdao District, Qingdao City, Shandong Province Patentee before: QINGDAO JIANRUN ENERGY SAVING BUILDING MATERIAL TECHNOLOGY CO.,LTD. |