CN208220014U - A kind of waterproof thermal-insulated Roof system - Google Patents
A kind of waterproof thermal-insulated Roof system Download PDFInfo
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- CN208220014U CN208220014U CN201820408762.9U CN201820408762U CN208220014U CN 208220014 U CN208220014 U CN 208220014U CN 201820408762 U CN201820408762 U CN 201820408762U CN 208220014 U CN208220014 U CN 208220014U
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Abstract
The utility model discloses a kind of waterproof thermal-insulated Roof systems, comprising: base；The vapor barrier layer being layed in base；The sub- insulating layer group of several groups, sub- insulating layer group described in every group include at least one piece of sub- insulating layer, and the sub- insulating layer group of several groups is arranged in along a first direction in the vapor barrier layer；Sub- bottom waterproof layer, the sub- bottom waterproof layer separate the adjacent sub- insulating layer group.The utility model is separated adjacent sub- insulating layer group by sub- bottom waterproof layer, after waterproof damage layer by carrying out partitioning waterproofing to insulating layer, it is only necessary to which the insulating layer that removable parts heat insulation function is lost reduces maintenance cost.
Description
Technical field
The utility model relates to the structure-design technique fields of Roof system, more particularly to a kind of waterproof thermal-insulated roofing system
System.
Background technique
Traditional roof system can be laid with insulating layer and waterproof layer, play the function of carrying out heat preservation and waterproof within doors.
In the prior art, Roof system arrangement is divided into positively fixed type and two kinds of inversion type, wherein positively fixed type is arranged as base
Layer sets gradually vapor barrier layer, cement sand bed, insulating layer, cement sand bed, waterproof layer from the bottom to top.Due to waterproof layer and heat preservation
Between layer therefore cement sand bed can be generally arranged in incompatible bonding between, for looking for slope, protection, isolation and excessive
Effect, still, since insulating layer generally uses the preferable thermal insulation material of water imbibition to be made, if absorb cement sand bed water
Part, then it can be preferable due to the heating conduction of water, the thermal insulation property so as to cause insulating layer itself is bad, then, in the prior art
The structure is changed to directly to be laid with waterproof layer on insulating layer, and suitable waterproof layer is selected according to the material that insulating layer uses,
It is bonded together it.
But after waterproof layer long-time use, waterproof layer is likely to occur cracking or is destroyed, so as to cause external empty
Rainwater or steam in gas can penetrate into insulating layer from destruction place of waterproof layer, and water is absorbed and stored so as to cause insulating layer
In insulating layer, when cannot achieve heat insulation function, once waterproof layer destroys, it is necessary to and monolith replaces insulating layer, causes to tie up
It repairs with high costs.
Summary of the invention
The purpose of the utility model is to provide a kind of waterproof thermal-insulated Roof systems, after waterproof damage layer, it is only necessary to more
The insulating layer of part heat insulation function forfeiture is changed, maintenance cost is reduced.
The technical scheme that the utility model is provided is as follows:
A kind of waterproof thermal-insulated Roof system, comprising: base；The vapor barrier layer being layed in base；The sub- insulating layer of several groups
Group, sub- insulating layer group described in every group include at least one piece of sub- insulating layer, and the sub- insulating layer group of several groups is arranged along a first direction
Cloth is in the vapor barrier layer；Sub- bottom waterproof layer, the sub- bottom waterproof layer separate the adjacent sub- insulating layer group.
In above structure, sub- insulating layer group is separated by using sub- bottom waterproof layer, avoids phase between sub- insulating layer group
Mutually transmitting moisture, after long-time use, sub- bottom waterproof damage layer, water can by being flowed into sub- insulating layer group at destruction, from
And the insulating power of the sub- insulating layer group at this is caused to reduce, and then cause to replace or repair in the sub- insulating layer group at this
Sub- insulating layer, however the water flowed into virgin's insulating layer group separates due to being provided with sub- bottom waterproof layer and is not easy to flow into and closes on
Other sub- insulating layer groups in, the sub- insulating layer group closed on is replaced to reduce, and can provide and rob for maintenance personal
The time is repaired, avoids large area from replacing sub- insulating layer, needs monolith insulating layer to be replaced compared with the existing technology, reduce replacement
The area of insulating layer realizes subregion maintenance replacement insulating layer, good economy performance.
Preferably, the sub- bottom waterproof layer is inverted L shape, including sequentially connected first part and second part, wherein
The first part of the sub- bottom waterproof layer is located at the upper surface of the sub- insulating layer group, and second of the sub- bottom waterproof layer
One end far from first part is divided to connect with the vapor barrier layer.
Sub- bottom waterproof layer is arranged to inverted L shape, the sub- insulating layer group that wherein first part can cover it plays anti-
Water effect, second part connect with vapor barrier layer far from one end of first part, adjacent sub- insulating layer group are separated, and guarantee phase
Moisture content in adjacent sub- insulating layer group is not easy to influence each other.
Preferably, the second part of the sub- bottom waterproof layer extends to form third portion towards adjacent sub- insulating layer group
Point, the Part III is connect with the vapor barrier layer.
Preferably, the waterproof thermal-insulated Roof system further include: surface layer waterproof layer, the surface layer waterproof layer are set to institute
It states on sub- bottom waterproof layer；The upper surface of the surface layer waterproof layer is equipped with slate layer.
By adding one layer of surface layer waterproof layer on sub- bottom waterproof layer, the double layer water-proof structure of roof structure is realized, from
And the effect of roof waterproof is further strengthened, extend the service life of roof waterproof layer, reduces since waterproof damage layer leads to son
The case where insulating layer group intakes and needs repairing.By being equipped with a laminate rock stratum on the upper surface of surface layer waterproof layer, by
There is good protective action to ultraviolet light in slate layer, to protect sub- bottom waterproof layer and surface layer waterproof layer in prolonged day
The service life of surface layer waterproof layer and sub- bottom waterproof layer is not substantially prolonged by ultraviolet injury according to after, and due to using
The roof structure of positively fixed type guarantees that sub- insulating layer is not easy into water, has both good heat insulating to reach, the service life is long, general surface layer
The service life of waterproof layer and sub- bottom waterproof layer was up to 10~15 years.
Preferably, the waterproof thermal-insulated Roof system further include: parapet ontology, the vapor barrier layer is close to the daughter
One end of wall ontology extends to the top of parapet ontology and is laid on the parapet ontology；Parapet bottom waterproof layer,
The first end of the parapet bottom waterproof layer is laid in the vapor barrier layer, the second end of the parapet bottom waterproof layer with
The sub- bottom waterproof layer connection；The surface layer waterproof layer is laid on the parapet bottom waterproof layer；Close to parapet sheet
A portion of the first part of the sub- bottom waterproof layer of body connects with the vapor barrier layer being laid on the parapet ontology
It connects；Between the junction of parapet ontology and the sub- insulating layer, the sub- bottom waterproof layer and parapet bottom waterproof layer
Equipped with heat preservation chamfering structure；It is additionally provided between the vapor barrier layer and parapet bottom waterproof layer and is laid with parapet insulating layer and Europe
Deals, the Europe deals are arranged on the parapet insulating layer of the parapet bodies top.
In above structure, in the junction of parapet ontology and sub- insulating layer setting heat preservation chamfering structure, the heat preservation chamfering
Structure is that can disperse to be located at the sub- bottom waterproof layer at parapet ontology and parapet bottom using chamfering made of thermal insulation material
The stress of layer waterproof layer avoids above-mentioned the two from tearing since stress is concentrated.
Preferably, sub- insulating layer group described in every group only includes the sub- insulating layer, sub- insulating layer described in several groups
Group is arranged in the vapor barrier layer with second direction along a first direction respectively, and the second direction is perpendicular to the first party
To.
Preferably, sub- insulating layer group described in the several groups along first direction arrangement is staggered.
In above structure, since the sub- insulating layer group arranged along a first direction is staggered, wherein one group son
It, can be by adjacent sub- insulating layer group when insulating layer group is intake and water flows to adjacent sub- insulating layer group along sub- bottom waterproof layer
Sub- bottom waterproof layer block, increase water and immerse time and the path length of adjacent sub- insulating layer, be conducive to as maintenance personal
It races against time and the sub- insulating layer group for losing insulating power is replaced.
Preferably, the sub- insulating layer group is arranged in a one-to-one correspondence with the sub- bottom waterproof layer.
In above structure, by the way that each piece of sub- insulating layer to be all laid with using sub- bottom waterproof layer, when one of sub- bottom
When layer waterproof layer rupture leak, so that the quantity of the sub- insulating layer of water inlet is as few as possible, the maintenance cost of sub- insulating layer will be replaced
It reduces as far as possible, and since other most of sub- insulating layers are not intake, the heat insulation effect of integral roofing not will receive larger
Influence.
Preferably, the first part of the sub- bottom waterproof layer extends to the first part of the adjacent sub- bottom waterproof layer
Locate and the two connects.
Preferably, base treatment agent is equipped between the vapor barrier layer and the base；And/or the vapor barrier layer and the son
Adhesive layer is equipped between insulating layer.
The waterproof thermal-insulated Roof system of one kind provided by the utility model, can bring it is following the utility model has the advantages that
Insulating layer in the prior art is divided into the sub- insulating layer group of several groups by the utility model, and uses sub- bottom waterproof
Layer separates adjacent sub- insulating layer component, after long-time use, if sub- bottom waterproof damage layer leads to virgin's insulating layer
Sub- insulating layer water inlet in group, and then the insulating power of virgin's insulating layer is caused to reduce, but water is due to quilt bottom waterproof
Layer is blocked without easily leaking at adjacent sub- insulating layer group, to protect adjacent sub- insulating layer group, therefore it may only be necessary to into
Sub- insulating layer in the sub- insulating layer group of water is replaced, and is needed to replace monolith insulating layer compared with the existing technology, be subtracted
The area for the insulating layer replaced less realizes subregion maintenance replacement insulating layer, good economy performance.
Detailed description of the invention
Below by clearly understandable mode, preferred embodiment is described with reference to the drawings, to waterproof thermal-insulated Roof system
Above-mentioned characteristic, technical characteristic, advantage and its implementation be further described.
Fig. 1 is a kind of schematic cross-section of specific embodiment of the waterproof thermal-insulated Roof system of the utility model；
Fig. 2 be the utility model sub- insulating layer be one layer when arrangement schematic diagram；
Fig. 3 be the utility model sub- insulating layer be two layers when arrangement schematic diagram；
Fig. 4 is the junction structural schematic diagram of parapet ontology Yu sub- insulating layer；
Fig. 5 is the junction stereoscopic schematic diagram of parapet ontology Yu sub- insulating layer.
Drawing reference numeral explanation:
1- base, 2- vapor barrier layer, 3- insulating layer, 4- bottom waterproof layer, 4a- first part, 4b- second part, 4c-
Part III, 5- base treatment agent, 6- adhesive layer, 7- parapet ontology, 8- surface layer waterproof layer, 9- parapet bottom waterproof layer,
10- keeps the temperature chamfering structure, 11- parapet insulating layer, the Europe 12- deals.
Specific embodiment
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, attached drawing will be compareed below
Illustrate specific embodiment of the present utility model.It should be evident that the accompanying drawings in the following description is only the one of the utility model
A little embodiments for those of ordinary skill in the art without creative efforts, can also be according to these
Attached drawing obtains other attached drawings, and obtains other embodiments.
To make simplified form, part relevant to the utility model is only schematically shown in each figure, they are simultaneously
Its practical structures as product is not represented.
[embodiment 1]
As shown in Figure 1, embodiment 1 discloses a kind of specific embodiment of waterproof thermal-insulated Roof system, comprising: base
1,2, two groups of sub- insulating layer groups of vapor barrier layer and the one piece of sub- bottom waterproof layer 4 being laid in base 1, wherein two groups of sub- insulating layers
Group includes six pieces of sub- insulating layers 3 altogether, and first group of sub- insulating layer group is two pieces, and second group of sub- insulating layer group is four pieces.In other realities
It applies in example, the number of sub- insulating layer group can be other numbers, as long as meeting site operation needs, herein with no restriction.
Wherein, two groups of sub- insulating layer groups are arranged along a first direction is arranged in vapor barrier layer 2, in every group of sub- insulating layer 3
Sub- insulating layer 3 is arranged also along first direction, and first direction is defined as the width direction of sub- insulating layer 3, of courses, first direction
It is also possible to other directions, can be converted according to specific site operation needs.The sub- bottom waterproof layer 4 is in inverted L font, packet
Sequentially connected first part 4a and second part 4b are included, the first part 4a of sub- bottom waterproof layer 4 is located at first group of son heat preservation
The upper surface of layer group, the second part 4b of sub- bottom waterproof layer 4 are connect far from one end of first part 4a with vapor barrier layer 2, sub- bottom
The connection type of layer waterproof layer 4 and vapor barrier layer 2 can select suitable connection side according to specific material using the roasting or self-adhesion of fire
Formula.
It of courses, the second part 4b of sub- bottom waterproof layer 4 extends to form towards second group of adjacent sub- insulating layer group
Three parts 4c, Part III 4c are also connect with vapor barrier layer 2.
Specifically, the quantity of the sub- insulating layer 3 in every group of sub- insulating layer 3 is with no restriction, i.e. first group of insulating layer group can be with
For three pieces of sub- insulating layers 3, and second group of sub- insulating layer group is three pieces of sub- insulating layers 3.
Should be noted that if sub- insulating layer group is three groups, four groups or is more, adopted between adjacent sub- insulating layer group
It is separated with sub- bottom waterproof layer 4, herein with no restrictions.
It is separated in the present embodiment by the way that sub- bottom waterproof layer 4 will be passed through between sub- insulating layer group, when a portion
After thermal insulation property is lost in the water inlet of insulating layer group, the moisture content in virgin's insulating layer group is not easy to leak into the separation of quilt bottom waterproof layer 4
Other a part of sub- insulating layer group in.Wherein, sub- bottom waterproof layer 4 play prevent the moisture content of its first side leak into its second
The effect of side.When a portion sub- insulating layer group water inlet, it is only necessary to replace sub- insulating layer 3 in virgin's insulating layer group i.e.
Can, without replacing the sub- insulating layer 3 in all sub- insulating layer groups, the area of the insulating layer of replacement is reduced, dimension is reduced
Accomplish this.
[embodiment 2]
Embodiment 2 on the basis of embodiment 1, is equipped with one layer of surface layer waterproof layer on the sub- bottom waterproof layer 4 of embodiment 2
8, and the upper surface of the surface layer waterproof layer 8 is equipped with a laminate rock stratum, i.e. surface layer waterproof layer 8 is towards being equipped on external end face
Slate layer.Since slate layer has good protective action to ultraviolet light, to protect sub- bottom waterproof layer 4 and surface layer waterproof layer 8
The service life of surface layer waterproof layer 8 and sub- bottom waterproof layer 4 is not extended by ultraviolet injury after prolonged sunshine.
On the other hand, since slate layer extends the service life of surface layer waterproof layer 8 and sub- bottom waterproof layer 4,
So surface layer waterproof layer 8 and sub- bottom waterproof layer 4 more not cracky, therefore, when Roof system uses the roofing knot of positively fixed type
When structure, guarantee that the sub- insulating layer 3 in sub- insulating layer group is not easy to cause because of surface layer waterproof layer 8 and 4 breakage of sub- bottom waterproof layer
Water inlet, so that the feature of good heat insulating and service life length is had both, by the above-mentioned means, surface layer waterproof layer 8 and sub- bottom waterproof layer 4
Service life up to 10~15 years.
[embodiment 3]
For embodiment 3 on the basis of embodiment 2, the sub- insulating layer group of every group of embodiment 3 only includes one piece of sub- insulating layer
3, and son heat preservation layer component is not arranged in vapor barrier layer 2 with second direction along a first direction, the second direction is perpendicular to first
Direction, i.e., when first direction is the width direction of sub- insulating layer 3, second direction is the length direction of sub- insulating layer 3.
Specifically, totally three ten six groups of sub- insulating layer group, the number of sub- insulating layer 3 is 36 pieces, sub- guarantor in the present embodiment
Warm layer group is arranged six groups along a first direction, and arranges six groups along second direction, obtains the sub- insulating layer of six rows six column
The matrix of group.
[embodiment 4]
As shown in Fig. 2, embodiment 4, on the basis of embodiment 3, the son of embodiment 4 arranged along a first direction is kept the temperature
Layer organizes interlaced setting, and every piece of sub- insulating layer group is correspondingly arranged one piece of sub- bottom waterproof layer 4, i.e., the adjacent son of every a pair
It is all made of one piece of sub- bottom waterproof layer 4 between insulating layer 3 to separate, thus when one of sub- bottom waterproof layer 4 ruptures leak
When, so that the quantity of the sub- insulating layer 3 of water inlet is as few as possible, the maintenance cost for replacing sub- insulating layer 3 is reduced as far as possible, Er Qieyou
It does not intake in other most of sub- insulating layers 3, therefore, the heat insulation effect of integral roofing not will receive large effect.
More preferably, as shown in Figure 1, the first part 4a of sub- bottom waterproof layer 4 extends to the of adjacent sub- bottom waterproof layer 4
The upper end of a part of 4a and both above-mentioned interconnection.
It of courses, sub- insulating layer 3 may be set to be two layers or multilayer, as shown in figure 3, neighbouring sub- insulating layer
3 are staggered, and details are not described herein again.
[embodiment 5]
As shown in Figure 1, embodiment 5 on the basis of embodiment 2~4, is equipped between the vapor barrier layer 2 and base 1 of embodiment 5
Base treatment agent 5, i.e. base 1 are coated with base treatment agent 5 on the end face of vapor barrier layer 2, in the present embodiment, base treatment agent 5
For adhesive bitument primer, adhesive bitument primer provides clean clean basal plane for removing basal plane floating dust, for waterproof layer, and such way can
Guarantee that there is good bonding force between base 1 and vapor barrier layer 2, adhesive bitument primer penetrates into the capillary porosity of base 1, is equivalent to drip
Blueness hammers into base 1, increases the cohesive force of vapor barrier layer 2 Yu base 1, and adhesive bitument primer plays the role of closing basal plane.
More preferably, it is equipped with one layer of adhesive layer 6 between vapor barrier layer 2 and sub- insulating layer 3, is PU glue-line in the present embodiment, is used for
Sub- insulating layer 3 is pasted onto securely in vapor barrier layer 2.
[embodiment 6]
Embodiment 6 is on the basis of embodiment 2~5, embodiment 6 further include: parapet ontology 7 and parapet bottom waterproof
Layer 9, as shown in Figure 4 and Figure 5, vapor barrier layer 2 extends to top and the laying of parapet ontology 7 close to one end of parapet ontology 7
On parapet ontology 7, the first end of parapet bottom waterproof layer 9 extends to the top of parapet ontology 7 and is laid on every vapour
On layer 2, and the second end of parapet bottom waterproof layer 9 is connect with sub- bottom waterproof layer 4.And surface layer waterproof layer 8 is laid on daughter
On wall bottom waterproof layer 9.Close to a portion and laying of the first part 4a of the sub- bottom waterproof layer 4 of parapet ontology 7
Vapor barrier layer 2 on parapet ontology 7 connects, to realize in the anti-of the junction of parapet ontology 7 and the sub- insulating layer 3
Aqueous energy realizes the connection of sub- bottom waterproof layer 4 and vapor barrier layer 2.
As shown in figure 4, in the junction of parapet ontology 7 and sub- insulating layer 3, sub- bottom waterproof layer 4 and parapet bottom
Heat preservation chamfering structure 10 is equipped between waterproof layer 9, the cross sectional shape of the heat preservation chamfering structure 10 is triangle, uses thermal insulating material
Material is made, and is fixed on sub- bottom waterproof layer 4 and parapet ontology 7 by PU glue.10 energy of chamfering structure is kept the temperature by setting
Enough reinforce the thermal insulation property of the junction of parapet ontology 7 and sub- insulating layer 3.
The heat preservation chamfering structure 10 dispersion is located at sub- bottom waterproof layer 4 and parapet bottom waterproof at parapet ontology 7
The stress of layer 9 avoids above-mentioned the two from tearing since stress is concentrated.
As shown in figure 4, more preferably, being additionally provided between vapor barrier layer 2 and parapet bottom waterproof layer 9 and being laid with parapet insulating layer
11 and Europe deals 12, wherein parapet insulating layer 11 is laid with around the outer wall of parapet ontology 7, and Europe deals 12 is arranged in place
Parapet insulating layer 11 in the upper end of the parapet insulating layer 11 at 7 top of parapet ontology, positioned at the top of parapet ontology 7
Parapet insulating layer 11 with the two sides for being located at parapet ontology 7 Europe deals 12 and is located at parapet sheet by PU glue connection
The parapet insulating layer 11 on the top of body 7 is fixed on parapet ontology 7 by that can completely cut off the heat preservation expandable nail of heat bridge.
It should be noted that above-described embodiment can be freely combined as needed.The above is only the utility model
Preferred embodiment, it is noted that for those skilled in the art, do not departing from the utility model principle
Under the premise of, several improvements and modifications can also be made, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (10)
1. a kind of waterproof thermal-insulated Roof system characterized by comprising
Base；
The vapor barrier layer being layed in base；
The sub- insulating layer group of several groups, sub- insulating layer group described in every group include at least one piece of sub- insulating layer, the several groups heat preservation
Layer group is arranged in along a first direction in the vapor barrier layer；
Sub- bottom waterproof layer, the sub- bottom waterproof layer separate the adjacent sub- insulating layer group.
2. waterproof thermal-insulated Roof system according to claim 1, it is characterised in that:
The sub- bottom waterproof layer is inverted L shape, including sequentially connected first part and second part, wherein the sub- bottom
The first part of waterproof layer is located at the upper surface of the sub- insulating layer group, and the second part of the sub- bottom waterproof layer is far from first
Partial one end is connect with the vapor barrier layer.
3. waterproof thermal-insulated Roof system according to claim 2, it is characterised in that:
The second part of the sub- bottom waterproof layer extends to form Part III, the third portion towards adjacent sub- insulating layer group
Divide and is connect with the vapor barrier layer.
4. waterproof thermal-insulated Roof system according to claim 1, which is characterized in that further include:
Surface layer waterproof layer, the surface layer waterproof layer are set on the sub- bottom waterproof layer；
The upper surface of the surface layer waterproof layer is equipped with slate layer.
5. waterproof thermal-insulated Roof system according to claim 4, which is characterized in that further include:
Parapet ontology, the vapor barrier layer extend to top and the laying of parapet ontology close to one end of the parapet ontology
On the parapet ontology；
The first end of parapet bottom waterproof layer, the parapet bottom waterproof layer is laid in the vapor barrier layer, the daughter
The second end of wall bottom waterproof layer is connect with the sub- bottom waterproof layer；
The surface layer waterproof layer is laid on the parapet bottom waterproof layer；
Close to parapet ontology the sub- bottom waterproof layer first part a portion and be laid on the parapet
Vapor barrier layer connection on ontology；
Between the junction of parapet ontology and the sub- insulating layer, the sub- bottom waterproof layer and parapet bottom waterproof layer
Equipped with heat preservation chamfering structure；
It is additionally provided between the vapor barrier layer and parapet bottom waterproof layer and is laid with parapet insulating layer and Europe deals, the Ou Song
Plate is arranged on the parapet insulating layer of the parapet bodies top.
6. waterproof thermal-insulated Roof system according to claim 1, it is characterised in that:
Sub- insulating layer group described in every group only includes the sub- insulating layer, and son described in several groups keeps the temperature layer component not along the
One direction and second direction are arranged in the vapor barrier layer, and the second direction is perpendicular to the first direction.
7. waterproof thermal-insulated Roof system according to claim 6, it is characterised in that:
Sub- insulating layer group described in several groups along first direction arrangement is staggered.
8. waterproof thermal-insulated Roof system according to claim 7, it is characterised in that:
The sub- insulating layer group is arranged in a one-to-one correspondence with the sub- bottom waterproof layer.
9. waterproof thermal-insulated Roof system according to claim 8, it is characterised in that:
The first part of the sub- bottom waterproof layer extends at the first part of the adjacent sub- bottom waterproof layer and the two connects
It connects.
10. waterproof thermal-insulated Roof system described according to claim 1~any one of 9, it is characterised in that:
Base treatment agent is equipped between the vapor barrier layer and the base；
And/or
Adhesive layer is equipped between the vapor barrier layer and the sub- insulating layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820408762.9U CN208220014U (en) | 2018-03-26 | 2018-03-26 | A kind of waterproof thermal-insulated Roof system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820408762.9U CN208220014U (en) | 2018-03-26 | 2018-03-26 | A kind of waterproof thermal-insulated Roof system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113137011A (en) * | 2021-03-16 | 2021-07-20 | 中国建筑第八工程局有限公司 | Passive type roof partition stubble throwing structure and construction method |
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2018
- 2018-03-26 CN CN201820408762.9U patent/CN208220014U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113137011A (en) * | 2021-03-16 | 2021-07-20 | 中国建筑第八工程局有限公司 | Passive type roof partition stubble throwing structure and construction method |
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