CN206428874U - The waterproof construction and building of roof deformation joint - Google Patents
The waterproof construction and building of roof deformation joint Download PDFInfo
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- CN206428874U CN206428874U CN201720079926.3U CN201720079926U CN206428874U CN 206428874 U CN206428874 U CN 206428874U CN 201720079926 U CN201720079926 U CN 201720079926U CN 206428874 U CN206428874 U CN 206428874U
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- roof
- bank
- movement joint
- joint
- waterproof
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Abstract
The utility model provides a kind of waterproof construction and building of roof deformation joint.Building roof at least has the first roof parts and the second roof parts, and the separated formation roof movement joint of two parts, and the waterproof construction includes：The anti-bank of first movement joint, the anti-bank of the first movement joint is arranged on the edge of close roof movement joint of the first roof parts；The anti-bank of second movement joint, the anti-bank of the second movement joint is arranged on the edge of close roof movement joint of the second roof parts, has gap between the anti-bank of the second movement joint and the anti-bank of the first movement joint；Water repellent component, water repellent component is covered on the anti-bank of the first movement joint and the anti-bank of the second movement joint, the flexible kink of water repellent component, and elastic bending part is located in the gap between the anti-bank of the second movement joint and the anti-bank of the first movement joint；Closure assemblies, closure assemblies lid is located on water repellent component.The problem of seepage leak easily occurs for roof deformation joint in the prior art is solved using the technical solution of the utility model.
Description
Technical field
The utility model is related to the realm of building construction technical field, in particular it relates to a kind of waterproof of roof deformation joint
Structure and building.
Background technology
Fabric structure is usually to be made up of armored concrete, and armored concrete is because of the change meeting of the factors such as temperature and humidity
Produce micro- swell-shrinking deformation.Therefore, generally vertical clearance gap (i.e. movement joint) is set at the appropriate position of building roof, by wall
The components such as post, floor layer, roofing layer are fully disconnected so that building is separated into several independent parts, so that the steel of building
Reinforced concrete component can free microdilatancy deform, finally prevent fabric structure ftractureed because of the swell-shrinking deformation of armored concrete or
Person destroys.
Wherein, planted roof be again building roof the superiors covering soil planted, roof deformation joint is necessary
With good waterproof action, to prevent the infiltration water in rainwater or soil from leaking into Indoor environment.If planted roof
If there is serious leak in roof deformation joint, it will the normal life of influence architecture indoor is used, and to roof movement joint
The rectification difficulty of leakage is also very big, causes the rectification to the leakage of the roof movement joint of planted roof to block expense huge
Greatly, thus planted roof deformation joint waterproof construction be construction quality emphasis.
Utility model content
The purpose of this utility model is to provide a kind of waterproof construction and building of roof deformation joint, it is intended to solve existing
There is the problem of seepage leak easily occurs for roof deformation joint in technology.
In order to solve the above technical problems, the technical solution of the utility model is：A kind of waterproof of roof deformation joint is provided
Structure, building roof at least has the first roof parts and the second roof parts, the first roof parts and the second roof parts
Separated formation roof movement joint, the waterproof construction of roof deformation joint includes：The anti-bank of first movement joint, the first movement joint is anti-
Bank is arranged on the edge of close roof movement joint of the first roof parts；The anti-bank of second movement joint, the anti-bank of the second movement joint is set
Put on the edge of the close roof movement joint of the second roof parts, have between the anti-bank of the second movement joint and the anti-bank of the first movement joint
There is gap；Water repellent component, water repellent component is covered on the anti-bank of the first movement joint and the anti-bank of the second movement joint, wherein, water repellent component
Flexible kink, elastic bending part is located in the gap between the anti-bank of the second movement joint and the anti-bank of the first movement joint；Capping
Component, closure assemblies lid is located on water repellent component.
Alternatively, water repellent component includes：Waterproof aluminium sheet, waterproof aluminium sheet includes lamina tecti and the bound edge of both sides, and lamina tecti covers
On the top for covering the top in the anti-bank of the first movement joint and the anti-bank of the second movement joint, it is anti-that both sides bound edge encases the first movement joint respectively
The elastic bending part set on the side of bank and the side of the anti-bank of the second movement joint, lamina tecti bends for V-arrangement；First waterproof roll
Layer, the first waterproof roll layer is coated with waterproof aluminium sheet, and the bending being engaged with V-arrangement bending is formed on the first waterproof roll layer
Position, the both sides elongated end of the first waterproof roll layer extends beyond the bound edge of the both sides of waterproof aluminium sheet.
Alternatively, the both sides bound edge of waterproof aluminium sheet is correspondingly deformed by connecting bolt with the anti-bank of the first movement joint, second
Anti- bank is stitched to be fixedly connected.
Alternatively, the edge of the both sides bound edge of waterproof aluminium sheet correspondingly with the anti-bank of the first movement joint, the anti-bank of the second movement joint
Between be filled with waterproofing unction.
Alternatively, water repellent component also includes the second waterproof roll layer, and the second waterproof roll layer is coated with the first waterproof roll
On layer, wherein, the second waterproof roll layer is coated with coiled material and second including first and is coated with coiled material, and first, which is coated with coiled material, is covered in first
On the top and side of the anti-bank of movement joint, second, which is coated with coiled material, is covered on the top and side of the anti-bank of the second movement joint, and first
The end and the end of the second close V-arrangement bending for being coated with coiled material for being coated with the close V-arrangement bending of coiled material are arranged at intervals.
Alternatively, the both sides elongated end stacking of the both sides elongated end of the first waterproof roll layer and the second waterproof roll layer is set
Put, and be capped the end of component and be pressed on building roof.
Alternatively, it is additionally provided with layer of non-woven fabric laying between the second waterproof roll layer and closure assemblies.
Alternatively, closure assemblies include the first brick protective layer, the second brick protective layer and concreting cover plate, coagulation
Soil pours cover plate and is cast between the first brick protective layer and the second brick protective layer, and concreting cover plate is covered in nonwoven
In cloth laying.
Alternatively, the waterproof construction of roof deformation joint also includes rhone and drainpipe, and rhone is arranged on building
The inner side on roof, and rhone is oppositely arranged with roof movement joint, drainpipe is connected with rhone.
According to another aspect of the present utility model there is provided a kind of building, set on the roof of building just like foregoing
Roof deformation joint waterproof construction.
In the utility model, water repellent component is supported by the anti-bank of the first movement joint and the second deformation anti-bank, installed,
Water repellent component is enabled to carry out waterproof protection against leakage to roof movement joint, and it is curved by devising elasticity on water repellent component
Folding part so that elastic deformation can occur with being adapted during building roof is deformed for water repellent component, protection is anti-
Water assembly will not ftracture because building roof expands the applied stress that deformation applies to water repellent component, it is ensured that waterproof
Component can continuous and effective there is waterproof, the function of leakproof to roof movement joint, in addition, water repellent component is sealed by closure assemblies
Lid so that water repellent component avoids the influence for the weather conditions exposed to the sun and rain and ageing failure, so as to ensure that water repellent component can be just
Also the service life of water repellent component is extended while normal waterproof, leakproof.
Brief description of the drawings
Fig. 1 is that the structure after the assembling completion of the embodiment of the waterproof construction of roof deformation joint of the present utility model is cutd open
Depending on schematic diagram；
Fig. 2 is that the embodiment of the waterproof construction of roof deformation joint of the present utility model builds on building roof
The structure schematic cross-sectional view of the anti-bank of one movement joint and the anti-bank of the second movement joint；
Fig. 3 is the embodiment of the waterproof construction of roof deformation joint of the present utility model in the first constructed movement joint
The structure schematic cross-sectional view of waterproof aluminium sheet is installed on anti-bank and the anti-bank of the second movement joint；
Fig. 4 is the structural representation of the waterproof aluminium sheet of the embodiment of the waterproof construction of roof deformation joint of the present utility model
Figure；
Fig. 5 is that the embodiment of the waterproof construction of roof deformation joint of the present utility model on waterproof aluminium sheet upper berth covers first
The structure schematic cross-sectional view of waterproof roll layer；
Fig. 6 is the embodiment of the waterproof construction of roof deformation joint of the present utility model on the first waterproof roll layer upper berth
Cover the structure schematic cross-sectional view of the second waterproof roll layer；
Fig. 7 be the embodiment of the waterproof construction of roof deformation joint of the present utility model the brick protective layer of construction first and
The cross section structure diagram of second brick protective layer；
Fig. 8 is that the casting concrete of the embodiment of the waterproof construction of roof deformation joint of the present utility model pours cover plate
Cross section structure diagram；
Fig. 9 is the installation rhone and drainpipe of the embodiment of the waterproof construction of roof deformation joint of the present utility model
Cross section structure diagram.
In the accompanying drawings：
11st, the first roof parts；12nd, the second roof parts；
13rd, roof movement joint；21st, the anti-bank of the first movement joint；
22nd, the anti-bank of the second movement joint；30th, water repellent component；
31st, elastic bending part；32nd, waterproof aluminium sheet；
33rd, the first waterproof roll layer；34th, the second waterproof roll layer；
35th, non-woven fabrics laying；321st, lamina tecti；
322nd, bound edge；323rd, connecting bolt；
324th, waterproofing unction；341st, first it is coated with coiled material；
342nd, second it is coated with coiled material；40th, closure assemblies；
41st, the first brick protective layer；42nd, the second brick protective layer；
43rd, concreting cover plate；51st, rhone；
52nd, drainpipe；53rd, fixing bolt；
211st, the first opening iron hoop；221st, the second opening iron hoop；
431st, the first cover plate reinforcing bar；432nd, the second cover plate reinforcing bar.
Embodiment
In order that the purpose of this utility model, technical scheme and advantage are more clearly understood, below in conjunction with accompanying drawing and implementation
Example, the utility model is further elaborated.It should be appreciated that specific embodiment described herein is only to explain
The utility model, is not used to limit the utility model.
It should be noted that when element is referred to as " being fixed on " or " being arranged at " another element, it can be directly another
On one element or it is connected on another element.When an element is referred to as " being connected to " another element, it can be with
It is directly to another element or is indirectly connected on another element.
It should also be noted that, the orientation term such as left and right, upper and lower in the present embodiment, be only each other relative concept or
Using the normal operating condition of product as reference, and it should not be regarded as restrictive.
Produced as shown in figure 1, building roof adapts to building roof under the influence of the factors such as different temperatures, humidity
Dilatancy, thus, building roof typically at least has the first roof parts 11 and the second roof parts 12, the first roof portion
Points 11 and second roof parts 12 separated formation roof movement joint 13, during building roof is deformed, by
Separated between adjacent the first roof parts 11 and the second roof parts 12 using roof movement joint 13, both are in expansion
It is mutually unaffected in deformation process.In the present embodiment, the waterproof construction of roof deformation joint includes the anti-bank of the first movement joint
21st, the anti-bank 22 of the second movement joint, water repellent component 30 and closure assemblies 40, the anti-bank 21 of the first movement joint are arranged on the first roof parts
On the edge of 11 close roof movement joint 13, the close roof that the anti-bank 22 of the second movement joint is arranged on the second roof parts 12 becomes
On the edge of shape seam 13, there is gap between the anti-anti- bank 21 of the movement joint of bank 22 and first of the second movement joint, water repellent component 30 is covered
On the anti-anti- bank 22 of the movement joint of bank 21 and second of the first movement joint, wherein, the flexible kink 31 of water repellent component 30, elasticity is curved
Folding part 31 is located in the gap between the anti-anti- bank 21 of the movement joint of bank 22 and first of the second movement joint, and the lid of closure assemblies 40 is located at waterproof
On component 30.
Water repellent component 30 is supported by the first movement joint anti-movement joint of bank 21 and second anti-bank 22, installed so that
Water repellent component 30 can carry out waterproof protection against leakage to roof movement joint 13, and by devising elasticity on water repellent component 30
Kink 31 so that during building roof is deformed elastic deformation can occur with being adapted for water repellent component 30,
Protection water repellent component 30 will not be opened because building roof expands the applied stress that deformation applies to water repellent component 30
Split, it is ensured that water repellent component 30 can continuous and effective to roof movement joint 13 have waterproof, the function of leakproof, in addition, pass through capping
Component 40 covers water repellent component 30 so that water repellent component 30 avoids the influence for the weather conditions exposed to the sun and rain and ageing failure,
So as to also extend the service life of water repellent component 30 while energy normally waterproof, the leakproof of water repellent component 30 is ensured.
As shown in Fig. 2 during the anti-anti- bank 22 of the movement joint of bank 21 and second of the first movement joint of the present embodiment is built,
Strengthen the construction intensity of the anti-bank 21 of the first movement joint using the multiple first opening iron hoops 211, use the multiple second opening iron hoops
221 strengthen the construction intensity of the anti-bank 22 of the second movement joint.In building course, first by the multiple first opening iron hoops 211 along the
It is spaced on the direction that the anti-bank 21 of one movement joint extends, and the open section insertion original of each first opening iron hoop 211 is built
Not less than the one anchorage length La of depth of structural beams on thing roof is built (as shown in Fig. 2 anchorage length La is more than the mixed of roof
Solidifying soil pours thickness), (the first opening iron then is attached to the multiple first opening iron hoops 211 using the straight reinforcing bar of multiple length
Hoop 211 in generally place 4 Φ 8 the straight reinforcing bar of length), so that it is multiple first opening iron hoops 211 and 4 long straight reinforcing bar it
Between formed casting concrete pouring frame space, poured followed by concrete, the first movement joint for pouring shaping is anti-
Bank 21 is H=400mm, the width L=200mm of the anti-bank 21 of the first movement joint relative to building roof apparent height.Similarly,
The building course of the anti-bank 22 of second movement joint is identical with the process that the anti-bank of the first movement joint 21 is built.
In the present embodiment, water repellent component 30 includes waterproof aluminium sheet 32, the first waterproof roll layer 33 and the second waterproof roll
Layer 34, waterproof aluminium sheet 32 includes lamina tecti 321 and the bound edge 322 of both sides, and lamina tecti 321 is covered in the anti-bank 21 of the first movement joint
On top and the top of the anti-bank 22 of the second movement joint, both sides bound edge 322 encases the side and of the anti-bank 21 of the first movement joint respectively
The elastic bending part 31 set on the side of the anti-bank 22 of two movement joints, lamina tecti 321 bends for V-arrangement, V-arrangement bending direction first
Extend in gap between the anti-anti- bank 22 of the movement joint of bank 21 and second of movement joint, the first waterproof roll layer 33 is coated with waterproof aluminium sheet
Formed on 32, and on the first waterproof roll layer 33 and bend the bending part being engaged, the both sides of the first waterproof roll layer 33 with V-arrangement
Elongated end extends beyond the bound edge 322 of the both sides of waterproof aluminium sheet 32, and the second waterproof roll layer 34 is coated with the first waterproof roll layer
On 33, wherein, the second waterproof roll layer 34 is coated with coiled material 341 and second including first and is coated with coiled material 342, and first is coated with coiled material
341 are covered on the top and side of the anti-bank 21 of the first movement joint, and second, which is coated with coiled material 342, is covered in the anti-bank 22 of the second movement joint
Top and side on, first be coated with coiled material 341 close V-arrangement bending end and the second close V-arrangement for being coated with coiled material 342 it is curved
The end of folding is arranged at intervals.
As shown in Figures 3 to 6, after the construction completion anti-anti- bank 22 of the movement joint of bank 21 and second of the first movement joint is poured,
Then the top cover at the top of the anti-bank 21 of the first movement joint and the anti-bank 22 of the second movement joint is set on waterproof aluminium sheet 32, is such as schemed
Shown in 3 and Fig. 4, the both sides bound edge 322 of waterproof aluminium sheet 32 by connecting bolt 323 correspondingly with the anti-bank of the first movement joint 21,
The anti-bank 22 of two movement joints is fixedly connected, then, after connection completes waterproof aluminium sheet 32, in order to be better protected from water from bound edge
Seepage in gap between 322 and the first gap and the anti-bank 22 of the movement joint of bound edge 322 and second between the anti-bank 21 of movement joint,
Thus waterproof aluminium sheet 32 both sides bound edge 322 edge correspondingly with the first movement joint anti-bank 21, the anti-bank 22 of the second movement joint it
Between be filled with waterproofing unction 324.
As shown in figure 4, waterproof aluminium sheet 32 is generally manufactured from the aluminium sheet after 1mm, the both sides bound edge of waterproof aluminium sheet 32
322 wrap 50mm length under the anti-bank 21 of the first movement joint, the side of the anti-bank 22 of the second movement joint.In the present embodiment, applied
Connecting bolt 323 is the expansion bolt of M6 × 80, and the spacing distance between two neighboring connecting bolt 323 is 300mm.
In the present embodiment, the both sides of the both sides elongated end of the first waterproof roll layer 33 and the second waterproof roll layer 34 extend
End is stacked, and is capped the end of component 40 and is pressed on building roof.As shown in fig. 7, closure assemblies 40 include the
One brick protective layer 41, the second brick protective layer 42 and concreting cover plate 43, concreting cover plate 43 are cast in first
Between the brick protective layer 42 of brick protective layer 41 and second.Waterproof aluminium sheet in installation water repellent component 30 is coated with successively
32nd, after the 33, second waterproof roll of the first waterproof roll layer layer 34, and the first waterproof roll layer the 33, second waterproof volume is put in order
The both sides elongated end and the flatness of fitting between the first movement joint anti-bank 21, the anti-bank 22 of the second movement joint of material layer 34, then brick
Finish building into the first brick protective layer 42 of brick protective layer 41 and second, and the first brick protective layer 41 by brick completion and
Two brick protective layers 42 are so that two layers of stacking coiled material of turning one's coat is pressed on building roof.In the first brick protection of brick completion
After the brick protective layer 42 of layer 41 and second, then by concreting in the first brick protective layer 41, the second brick protective layer
What is formed between 42 and water repellent component 30 pours in groove, so as to be shaped to concreting cover plate 43.
First waterproof roll layer 33 continues after the fit complete anti-bank 21 of first movement joint, the anti-bank 22 of the second movement joint
Be coated with the surface of building roof, and from the length of the first movement joint anti-bank 21 starting extension be 250mm (or from the
The length that is coated with of the anti-starting of bank 22 extension of two movement joints is 250mm).Waterproof roll layer in the side of the anti-bank 21 of the first movement joint
Outside, the outer cement brick masonry thick by the use of 100mm of waterproof roll layer of the side of the anti-bank 22 of the second movement joint is brick as protective layer
Building by laying bricks or stones for protective layer is highly high more than the anti-bank bottom 100mm of movement joint, it is possible to regard brick protective layer as concreting lid
Plate 43 pours brick loose tool, for concreting cover plate 43 pours shaping.
As shown in figure 8, pouring during formation of concrete pours cover plate 43, by using multiple first cover plate reinforcing bars
431 and multiple second cover plate reinforcing bars 432 carry out the intensity that reinforcing concrete pours cover plate 43, wherein, corresponding two the first cover plates
The formation cuff-like of reinforcing bar 431, then connects multiple first cover plates to form cuff-like using the second straight cover plate reinforcing bar 432 of multiple length
Reinforcing bar 431, material is thus formed the casting space of casting concrete.Further, in order to pour lid pouring formation of concrete
Water repellent component 30 is isolated during plate 43, thus, also set up between the second waterproof roll layer 34 and closure assemblies 40
There is layer of non-woven fabric laying 35, so then concreting cover plate 43 is covered in non-woven fabrics laying 35.
In the forming process for carrying out concreting cover plate 43, the first cover plate reinforcing bar 431 applied is Φ 12, mixed
Solidifying soil is poured on the length direction of cover plate 43, and the spacing between two neighboring first cover plate reinforcing bar 431 is 200mm；Applied
Second cover plate reinforcing bar 432 is Φ 8, on the width of concreting cover plate 43, two neighboring second cover plate reinforcing bar 432
Spacing is 200mm, in the short transverse of concreting cover plate 43, the height spacing of two neighboring second cover plate reinforcing bar 432
For 80mm to 100mm.Brick protective layer by the use of both sides directly can pour cover plate 43 by casting concrete, pour as brick loose tool
Concreting cover plate 43 afterwards can as the water repellent component 30 of roof movement joint 13 protective layer, and in planted roof
In, concreting cover plate 43 can also bear the load after planted roof earthing.
In the present embodiment, as shown in figure 9, the waterproof construction of roof deformation joint also includes rhone 51 and drainpipe
52, rhone 51 is arranged on the inner side of building roof, and rhone 51 is oppositely arranged with roof movement joint 13, drainpipe 52 with
Rhone 51 is connected.So, it can not be oozed even in water repellent component 30 because of ageing failure in water in the case of waterproof, leakproof
Cross water repellent component 30 and along the anti-bank 21 of the first movement joint, when avoiding flowing to architecture indoor of the anti-bank 22 of the second movement joint, due to
There is provided collect in rhone 51, thus water meeting runner rhone 51, and finally gone out by the drainage of drainpipe 52, so that it is guaranteed that water
Indoor floor can not be soaked and influence normal life activity, realize further water-proof function.
The thick U-shaped aluminium sheets of 1mm are installed in the bottom beam below roof movement joint 13 as rhone 51, rhone 51
Highly it is 80mm, width is (150+30+A+30+150) mm, wherein：150mm for rhone 51 contacted with bottom beam contact
Partial width, 30mm+30mm is the width that groove width is more than the gap of roof movement joint 13, and A is wide for the spacing of roof movement joint 13
Degree, the zinc-plated draining steel pipe for then installing diameter 50mm in the both sides of rhone 51 is used as drainpipe 52.
With reference to shown in referring to Fig. 1 and Fig. 9, during rhone 51 to be arranged on to the inner side of building roof, using solid
Determine bolt 53 and rhone 51 is fixedly connected on building roof, then again between the edge and building roof of rhone 51
Gap position at covered with waterproofing unction 324, so as to avoid the seam between edge and building roof of the water through rhone 51
Gap is overflowed and causes Indoor environment environment to be destroyed by infiltration, further realizes water-proof function.
The waterproof construction difficulty of the waterproof construction is small, and process is simple, is carried significantly on the basis of the construction method of prior art
High waterproof, leak preventing effect, especially on the building roof of planted roof, when roof movement joint 13 occurs needing to pass through after seepage
Excavate planting soil to rectify and improve the expense of breakthrough, can be kept away the timely draining of leak by the rhone 51 of the bottom of roof movement joint 13
Exempt to influence the normal using so as to avoid producing the expense of rectification breakthrough of Indoor environment.
According to another aspect of the present utility model, there is provided a kind of building.Set on the roof of the building just like preceding
The waterproof construction for the roof deformation joint stated.Especially, the roof of the building is the roof of planted roof, thus utilizes the room
The waterproof construction for pushing up deformation joint carries out waterproof, leakproof.After roofing overlying covers the soil of plantation, in planting process
Water or during rainwater weather, the waterproof construction can effectively realize waterproof, drip-preventing function, so as to avoid water from oozing flowed into chamber
It is interior and normal life activity is impacted.
Preferred embodiment of the present utility model is these are only, it is all in this practicality not to limit the utility model
Any modifications, equivalent substitutions and improvements made within new spirit and principle etc., should be included in guarantor of the present utility model
Within the scope of shield.
Claims (10)
1. a kind of waterproof construction of roof deformation joint, building roof at least has the first roof parts (11) and the second roof
Partly (12), the separated formation roof movement joint of first roof parts (11) and second roof parts (12)
(13), it is characterised in that the waterproof construction of the roof deformation joint includes：
The anti-bank of first movement joint (21), the anti-bank of the first movement joint (21) is arranged on the close of first roof parts (11)
On the edge of the roof movement joint (13)；
The anti-bank of second movement joint (22), the anti-bank of the second movement joint (22) is arranged on the close of second roof parts (12)
On the edge of the roof movement joint (13), between the anti-bank of the second movement joint (22) and the anti-bank of the first movement joint (21)
With gap；
Water repellent component (30), the water repellent component (30) is covered in the anti-bank of the first movement joint (21) and second movement joint
On anti-bank (22), wherein, the flexible kink of the water repellent component (30) (31), the elastic bending part (31) is located at described
In gap between the anti-bank of second movement joint (22) and the anti-bank of the first movement joint (21)；
Closure assemblies (40), closure assemblies (40) lid is located on the water repellent component (30).
2. the waterproof construction of roof deformation joint as claimed in claim 1, it is characterised in that water repellent component (30) bag
Include：
Waterproof aluminium sheet (32), the waterproof aluminium sheet (32) includes lamina tecti (321) and the bound edge (322) of both sides, the lamina tecti
(321) on the top for being covered in the top of the anti-bank of the first movement joint (21) and the anti-bank of the second movement joint (22), both sides
The bound edge (322) encases the side and the side of the anti-bank of the second movement joint (22) of the anti-bank of the first movement joint (21) respectively
The elastic bending part (31) set on face, the lamina tecti (321) bends for V-arrangement；
First waterproof roll layer (33), the first waterproof roll layer (33) is coated with the waterproof aluminium sheet (32), and described
Formed on first waterproof roll layer (33) and bend the bending part being engaged, the first waterproof roll layer (33) with the V-arrangement
Both sides elongated end extend beyond the waterproof aluminium sheet (32) both sides the bound edge (322).
3. the waterproof construction of roof deformation joint as claimed in claim 2, it is characterised in that the two of the waterproof aluminium sheet (32)
Side bound edge (322) by connecting bolt (323) correspondingly with the anti-bank of the first movement joint (21), the anti-bank of the second movement joint
(22) it is fixedly connected.
4. the waterproof construction of roof deformation joint as claimed in claim 3, it is characterised in that the two of the waterproof aluminium sheet (32)
The edge of side bound edge (322) is correspondingly filled out between the anti-bank of the first movement joint (21), the anti-bank of the second movement joint (22)
Filled with waterproofing unction (324).
5. the waterproof construction of roof deformation joint as claimed in claim 2, it is characterised in that the water repellent component (30) is also wrapped
The second waterproof roll layer (34) is included, the second waterproof roll layer (34) is coated with first waterproof roll layer (33), its
In, the second waterproof roll layer (34) is coated with coiled material (341) and second including first and is coated with coiled material (342), first paving
Cover coiled material (341) to be covered on the top and side of the anti-bank of the first movement joint (21), described second, which is coated with coiled material (342), covers
Cover on the top and side in the anti-bank of the second movement joint (22), described first be coated with coiled material (341) the close V-arrangement it is curved
The end of folding and the end of the described second close V-arrangement bending for being coated with coiled material (342) are arranged at intervals.
6. the waterproof construction of roof deformation joint as claimed in claim 5, it is characterised in that the first waterproof roll layer
(33) the both sides elongated end of both sides elongated end and second waterproof roll layer (34) is stacked, and by the closure assemblies
(40) end is pressed on the building roof.
7. the waterproof construction of roof deformation joint as claimed in claim 5, it is characterised in that the second waterproof roll layer
(34) layer of non-woven fabric laying (35) is additionally provided between the closure assemblies (40).
8. the waterproof construction of roof deformation joint as claimed in claim 7, it is characterised in that the closure assemblies (40) include
First brick protective layer (41), the second brick protective layer (42) and concreting cover plate (43), the concreting cover plate
(43) it is cast between the described first brick protective layer (41) and the second brick protective layer (42), and the concreting
Cover plate (43) is covered on the non-woven fabrics laying (35).
9. the waterproof construction of the roof deformation joint as any one of claim 1 to 8, it is characterised in that the roof
The waterproof construction of deformation joint also includes rhone (51) and drainpipe (52), and the rhone (51) is arranged on the building
The inner side on roof, and the rhone (51) is oppositely arranged with the roof movement joint (13), the drainpipe (52) with it is described
Rhone (51) is connected.
10. a kind of building, it is characterised in that set on the roof of the building just like any one of claim 1 to 9 institute
The waterproof construction for the roof deformation joint stated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720079926.3U CN206428874U (en) | 2017-01-21 | 2017-01-21 | The waterproof construction and building of roof deformation joint |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720079926.3U CN206428874U (en) | 2017-01-21 | 2017-01-21 | The waterproof construction and building of roof deformation joint |
Publications (1)
| Publication Number | Publication Date |
|---|---|
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112942598A (en) * | 2021-02-02 | 2021-06-11 | 华北水利水电大学 | Leakage-proof structure for deformation joint of building roof |
| CN114934601A (en) * | 2022-05-27 | 2022-08-23 | 中建五局第三建设(深圳)有限公司 | Joint filling structure of expansion joint, expansion joint structure and construction process |
| CN115387551A (en) * | 2022-09-21 | 2022-11-25 | 中建科工集团有限公司 | Flexible waterproof method for box house roof |
-
2017
- 2017-01-21 CN CN201720079926.3U patent/CN206428874U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112942598A (en) * | 2021-02-02 | 2021-06-11 | 华北水利水电大学 | Leakage-proof structure for deformation joint of building roof |
| CN114934601A (en) * | 2022-05-27 | 2022-08-23 | 中建五局第三建设(深圳)有限公司 | Joint filling structure of expansion joint, expansion joint structure and construction process |
| CN115387551A (en) * | 2022-09-21 | 2022-11-25 | 中建科工集团有限公司 | Flexible waterproof method for box house roof |
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