CN207228492U - The reinforced water-proof roofing of pseudo-classic architecture - Google Patents
The reinforced water-proof roofing of pseudo-classic architecture Download PDFInfo
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- CN207228492U CN207228492U CN201721032520.6U CN201721032520U CN207228492U CN 207228492 U CN207228492 U CN 207228492U CN 201721032520 U CN201721032520 U CN 201721032520U CN 207228492 U CN207228492 U CN 207228492U
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Abstract
The utility model discloses a kind of reinforced water-proof roofing of pseudo-classic architecture, it includes roofing area and cornice end socket area, and roofing area includes wooden rafter, sheathing tile floor successively from inside to outside, rough ground, anti-corrosion wood board basic unit, first floor waterproof roll floor, second layer waterproof roll floor, convex plastic draining flaggy, nonwoven layer, steel wire lamella, cement mortar covers backing layer with mat, roofing tile makees floor；Cornice end socket area includes wooden rafter, inner mouth wood, sheathing tile floor, wooden flying-rafter, bead wood, the second sheathing tile floor, roofing flaggy, anti-corrosion wood board basic unit, wooden fascia, stainless steel draining board, first floor waterproof roll floor, second layer waterproof roll floor, stainless angle steel baffle, convex plastic draining flaggy, nonwoven layer, cornice anti-corrosion wood board end socket etc. successively from inside to outside.The utility model is on the basis of pseudo-classic architecture traditional roof waterproof technology, breakthrough and innovation, by the flying passage for building draining moisture-inhibiting, realizes the timely drainage of infiltration, the roof waterproof safety coefficient of pseudo-classic architecture is obtained the lifting of matter.
Description
Technical field
The utility model belongs to pseudo-classic architecture construction field, and in particular to a kind of reinforced water-proof roofing of pseudo-classic architecture.
Background technology
In pseudo-classic architecture construction field, roof waterproof is the most important thing for determining building life.Yi Ting, platform, building, pavilion, corridor,
Pavilion is easily corroded for the wooden structure pseudo-classic architecture of representative by water, the roof leakage caused by waterproof problem, for a long time, it is sufficient to big
Gallows timber causes damage, to building in itself and personal safety and safety of property causes unpredictable hidden danger.
Also, roof waterproof once goes wrong, because of its " patch " effect often new infiltration hidden danger of related generation, it is difficult to
Root problem is solved by sectional repair.
Traditional roof water-proof system lacks in ability or is difficult to durable basic reason, is direct by the water oozed under tile roofing
Into roof structure layer, channel is not discharged directly, causes moisture to be stranded in for a long time on waterproof material surface layer, to material
Water resistance forms great test.For another angle, Water seeks its own level, as long as with the presence of lower absolute altitude, just can not
Infiltration meeting " voluntarily " discovery notch is avoided, this technological requirement to waterproof material lap-joint also forms harsh test.
The content of the invention
For problems of the prior art, the utility model is thought：Important task of roof waterproof is relied on completely with it
In the quality of waterproof material, not as holding principal contradiction, try to allow moisture to discharge along suitable path, " preventing trouble before it happens ".
The utility model comes into being under this theory, makes every effort on the basis of pseudo-classic architecture traditional roof waterproof technology,
Breakthrough and innovation, by the flying passage for building draining moisture-inhibiting, realizes the timely drainage of infiltration, pacifies the roof waterproof of pseudo-classic architecture
Overall coefficient obtains the lifting of matter.
The utility model provides a kind of reinforced water-proof roofing of pseudo-classic architecture, and the utility model is applicable not only to both at home and abroad often
Advise pseudo-classic architecture roof waterproof engineering, in high latitude, the area that the temperature difference is big, rainfall is big can highlight advantage especially, it is and conventional
Pitched roof building can also use for reference this method and greatly improve roof waterproof ability.
To achieve the above object, the utility model uses following technical scheme：
A kind of reinforced water-proof roofing of pseudo-classic architecture, it includes roofing area and cornice end socket area, and the roofing area is by introversion
Include wooden rafter, sheathing tile layer, rough ground, anti-corrosion wood board basic unit, first floor waterproof roll layer, second layer waterproof roll layer, convex successively outside
Plastic pvd layer, nonwoven layer, steel wire lamella, cement mortar cover backing layer with mat, roofing tile makees layer；
The cornice end socket area includes wooden rafter, inner mouth wood, sheathing tile floor, wooden flying-rafter, bead wood, the second prestige successively from inside to outside
Brick layer, flying-rafter top wood shingle flaggy, anti-corrosion wood board basic unit, wooden fascia, stainless steel draining board, first floor waterproof roll layer, the
Two layers of waterproof roll layer, stainless angle steel baffle, convex plastic draining flaggy, nonwoven layer, cornice anti-corrosion wood board end socket, non-woven fabrics
On along wrapping layer, steel wire lamella, cement mortar cover backing layer, third layer waterproof roll end socket, waterproof mortar enhancement layer, roofing tile with mat
Make layer, watt mouth fascia is equipped with the outer end in the cornice end socket area.
Based on former roof truss wood rafter and sheathing tile layer, in adjacent sheathing tile gap location, boat nail puts the rough ground of 40mm wide on wooden rafter,
The rough ground thickness is identical with sheathing tile thickness, and on the rough ground, by cornice to ridge, along the slope of roof, laterally nail is put
The anti-corrosion wood board of 1.2m × 2.4m, follows closely in the anti-corrosion wood board surface layer and puts wooden fascia, edge and anticorrosive wood on the wood fascia
Plate face flushes and plate face connection.
In the anti-corrosion wood board basic unit and the boundary line of wooden fascia, stainless steel draining board is fixed on by anti-corrosion using screw
Edge on plank, lap width 100mm, the stainless steel draining board cover wooden fascia plate face height along 90 ° of bending outsourcings of cornice
20mm, drip bead 10mm wide, and 45° angle bending is outside.
Full knocker-holder layer waterproof roll layer, covers to stainless steel draining board upper face, institute above the anti-corrosion wood board basic unit
First floor waterproof roll layer thickness 3mm is stated, positive and negative are smooth surface；The second layer is completely spread on the first floor waterproof roll layer to prevent
Water coiled material layer, the second layer waterproof roll layer thickness 4mm.
The stainless angle steel baffle 5mm is thick, and section is L-shaped, and long side 150mm is placed in above second layer waterproof roll layer,
About 45cm settings hole is spaced in stainless angle steel baffle long side, its short side 50mm corresponds to drain bar and cement mortar covers backing layer total thickness with mat
Degree forms baffle and receives side；At stainless angle steel baffle dog-ear, 5mm diameter spilled water holes, institute are set in being spaced 300mm on 50mm short sides
State stainless angle steel baffle and wooden rafter anchor connection under roofing.
The convex plastic draining flaggy and the nonwoven layer of top connection form the drainage channel of general thickness 10mm, institute
State convex plastic draining flaggy and nonwoven layer completely spreads roofing.
Steel fabric sheet is stainless steel in the steel wire lamella, core line diameter 1mm, mesh size 25mm x 25mm,
On the steel wire lamella upper berth backing layer is covered with mat equipped with cement mortar.
The construction method comprises the following steps：Step 1, roofing area base layer construction；Step 2, anti-corrosion wood board base layer construction；Step
Rapid 3, stainless steel draining board is constructed；Step 4, the construction of composite of water-proof coiled material layer；Step 5, the construction of stainless angle steel baffle；Step 6, row
Water flaggy and nonwoven layer construction；Step 7, the construction of steel wire lamella；Step 8, cement mortar cover backing layer construction with mat；Step 9, cornice
Construct in end socket area；Step 10, roofing tile make layer construction.
The step 1 roofing area base layer construction comprises the following steps：
According to pseudo-classic architecture building technology, wooden rafter, inner mouth wood, sheathing tile layer, wooden flying-rafter, bead wood, the second prestige are sequentially completed
The installation of brick layer, flying-rafter top wood shingle flaggy；
The step 2 anti-corrosion wood board base layer construction comprises the following steps：
First, based on former roof truss wood rafter and sheathing tile layer, the wood dragon of 40mm wide is put in boat nail on adjacent sheathing tile gap location, wooden rafter
Bone, the rough ground thickness is identical with sheathing tile thickness,
Then, on rough ground, by cornice to ridge, the anti-corrosion wood board for putting 1.2m × 2.4m is laterally followed closely along the slope of roof,
After the completion of the anti-corrosion wood board base layer construction, check that flatness and plate face connection, the anti-corrosion wood board surface layer after the completion of corresponding to, nail are put
Wooden fascia, along being flushed with anticorrosive wood plate face and plate face be connected on the wood fascia, it is concavo-convex to avoid the occurrence of seam.The anticorrosive wood
Plate has the function of that two is big：One is protection lower section sheathing tile；Two is realize that interface is levelling, connect easy to stablizing for top water proof structure layer
Connect.
The step 3 stainless steel draining board construction comprises the following steps：
The boundary line of anti-corrosion wood board basic unit and wooden fascia after the completion of correspondence（Build cornice）, will be stainless using screw
Steel draining board is fixed on edge in anti-corrosion wood board, lap width 100mm, and the stainless steel draining board is covered along 90 ° of bending outsourcings of cornice
The wooden fascia plate face height 20mm of lid, drip bead 10mm wide, and 45° angle bending is outside, avoids from roof structure layer, drain bar
The moisture of discharge flows through wooden fascia in flying passage.
The step 4 composite of water-proof coiled material layer construction comprises the following steps：
First floor waterproof roll layer is SBS modified asphalt waterproof coiled materials, and the full paving above the anti-corrosion wood board basic unit, covering is extremely
Stainless steel draining board upper face, using construction with cold alhesion method, coiled material joint location and localised reinforced areas must meet roof waterproof and apply
Work specification, the SBS modified asphalt waterproof coiled materials thickness 3mm, positive and negative are smooth surface, possess following characteristic：Low temperature resistance
It is excellent, pliability is strong, anti-impact force is strong, has self-healing property；
Second layer waterproof roll layer is SBS sandblasting surface layer modified asphalt waterproof coiled materials, be completely laid on first floor waterproof roll layer it
On, using Hot-melt construction, the sandblasting of SBS sandblasting surface layer modified asphalt waterproof coiled materials is face-up, smooth surface downward, hot melt adhesion,
The coiled material joint location and localised reinforced areas must meet roof waterproof construction specification, and the SBS sandblastings surface layer modified pitch is prevented
Water coil thickness 4mm, surface are abound with quartz sand, and rough surface one can be easy to the connection of superstructure layer, and two can effectively completely cut off
Portion's heat conduction, so as to improve waterproof material durability.Need to press when the waterproof roll is located at negative and positive angle, roofing gable and hip roof, gable
Turned over according to specification no less than 30cm.Negative and positive angle coiled material, which is mutually lapped or turns over construction, must use hot air welding, and lap width is not
Less than 10cm.Ensure waterproof effect at coiled material lapping.
The stainless angle steel baffle construction of step 5 comprises the following steps：
After first floor waterproof roll layer and second layer waterproof roll layer are constructed, along roofing eave flat segments（In an opposite direction at angle without
Need to place）Moved back in corresponding roofing eave at 50mm, roof boarding basic unit is passed through using bolt, by wood under stainless angle steel baffle and roofing
Rafter anchor connection, the stainless angle steel baffle 5mm is thick, and section is L-shaped, and long side 150mm is placed on second layer waterproof roll layer
It is square, about 45cm is spaced in stainless angle steel baffle long side hole is set, corresponding lower part wood rafter is anchored with bolt, and short side 50mm corresponds to row
Water plate and cement mortar cover backing layer gross thickness with mat and form baffle receipts side；At stainless angle steel baffle dog-ear, it is spaced on 50mm short sides
300mm sets 5mm diameter spilled water holes, and moisture reserves passage in the drain bar laid for the later stage, and stainless angle steel baffle construction finishes
Afterwards, in second layer waterproof roll layer and shaped steel engaging portion brushing water-repellent paint, shaped steel and waterproof roll contact surface palpus full coat are paid attention to,
It must be brushed twice in engaging portion.
Step 6 pvd layer and nonwoven layer construction comprise the following steps：
Convex plastic draining flaggy and the nonwoven layer of top connection are integrated metaplasia production, form the row of general thickness 10mm
Aquaporin, convex plastic draining flaggy and nonwoven layer completely spread roofing, at roofing flat segments, convex plastic draining flaggy and nonwoven
Layer of cloth is cut at stainless angle steel baffle, and notch depth is to be equal to stainless angle along 5mm, incision length on stainless angle steel baffle
Steel shoe length；
Convex plastic draining board laying notably clash angle at overlap joint should according to waterproof roofing coiled material paving requirement into
OK, it is ensured that negative and positive angle overlap distance meets water-proof roofing code requirement.Convex plastic draining board negative and positive angle lap width not
Less than 10cm.
The fixed form of the convex plastic draining flaggy and top nonwoven layer is：Fixed fastener is formulated, between in length and breadth
Arranged away from 500mm in plum blossom-shaped, be fixed to roof construction layer by fastener center hole with bolt, fastener both sides pass through iron wire, use
In fixed upper strata steel fabric sheet, the firm connection of structure sheaf, waterproof layer, drainage blanket and steel wire lamella is formed.
Pay special attention in convex plastic draining board（And steel fabric sheet）Lap-joint position, fastener must along overlap edge with interval not
Set more than 300mm.Convex plastic draining board is applied to roofing by the present invention, it is therefore an objective to draining, ventilation, moisture-inhibiting passage are formed,
Fundamentally prevent delay of the moisture on waterproof roll, the dependency degree of waterproof material performance will be preferably minimized；And passage is same
When can dredge hot gas, cold current in time, strengthen the durable of waterproof layer and stablize.
The step 7 steel wire lamella construction comprises the following steps：
Steel fabric sheet is stainless steel in steel wire lamella, core line diameter 1mm, mesh size 25mm x 25mm, in convex
Plastic pvd layer is laid with scope, binds and connects with fixed fastener iron wire, and the lap width that the steel wire lamella is laid with is not
Less than 20cm, and lap-joint's fixed fastener encryption connection.Steel fabric sheet should be arranged according to roofing raising-and-depression slope gesture, to ensure that mortar is covered with mat
Backing layer thickness and mesh sheet present position.
Step 8 cement mortar is covered backing layer construction with mat and is comprised the following steps：
Cement mortar covers backing layer with mat with must choose whether to need additive according to local climate condition（It is cracking resistance, freeze proof）, if any
Condition can be matched in laboratory proofing, and 1 is chosen under general weather conditions:3 cement mortar.According to roofing areal calculation sand
Dosage is starched, when the standing time of used cement mortar is small less than 2, is forbidden using standing time more than 2 cement bonded sands when small
Slurry.To ensure the overall condensation of roof construction layer and waterproof effect.
The step 9 cornice end socket area construction comprises the following steps：
Cornice anti-corrosion wood board end socket is width 80mm, and the anti-corrosion batten superposition of thickness 10mm is fixed on roofing eave to stainless
Formed between angle steel baffle, superposition total height is equal to stainless angle steel height of baffle plate, this anti-corrosion wood board receives head node on the one hand to not
Rust angle steel baffle plays external reinforcing, assists support mortar to cover backing layer with mat；On the one hand the nail joint basal plane as exterior watt mouth fascia,
Exposed stainless steel draining board is blocked jointly.Two big lime lights of anti-corrosion wood board end socket node are installed：One, the convex plastic row
The upper edge of cornice anticorrosive wood head plate is turned in nonwoven layer above water flaggy, closure is realized, the back of the body is covered with mat in roofing cement mortar
Prevent mortar from falling at stainless steel draining board or convex plastic draining flaggy during layer construction, with antifouling drainage channel；Two, bottom
Portion's nail is placed in above the convex plastic draining flaggy at cornice and non-woven fabrics, and moisture is via stainless angle in convex plastic draining flaggy
The perforate of steel shoe lower part, is discharged outside roof structure layer by convex plastic draining flaggy；
Cornice waterproof reinforced layer is constructed：By edge on above-mentioned cornice anti-corrosion wood board end socket, on nonwoven layer, concordant cement bonded sand
Slurry covers backing layer with mat, is originated by cornice, is laid with third layer waterproof roll end socket along roofing slope aspect 30cm width, and roll up in third layer waterproof
Material end socket top, which adds, applies 10mm thickness waterproof mortar enhancement layers, and corresponding cornice, which easily condenses, gives key protection at steam.Simultaneously because
It is two kinds of different materials that cornice wood sealing plate and cement, which cover the back of the body with mat, and particularly cement is covered with mat is also easy to produce cross-direction shrinkage after the back of the body hardens and splits herein
Seam, therefore cornice waterproof reinforced layer is essential, and notice that the cement such as palpus can construct after covering backing layer final set with mat；
Watt mouth fascia pre-installation and installation are fixed：Watt mouth fascia thickness 20mm, rises and falls on along shape into corrugation
Plank, a watt mouth fascia top nail are placed in cornice anticorrosive wood sealing plate, and watt mouth fascia lower part is placed in wood by the short wooden transition, nail
On fascia, the work(for closing the under tile gap and masking back side wood fascia that drips, drain bar bead and stainless steel draining board is played
Can, when construction, pays attention to being made of the excellent sheet fabrication of quality, water resistance.To ensure the forming effect of cornice, watt mouth envelope
Eaves board need to be according to the unified continuous making of drip-tile watt Bottom Shape.Pay attention to watt mouth fascia apart from stainless steel draining board during installation
Outer bead at least 5mm, reserves drainage space.Watt mouth fascia preparatory processing must treat that cement mortar covers backing layer condensation with mat, watt make setting-out
After the completion of it is corresponding carry out, after watt mouth fascia of preliminary working is pre-installed, meet that cornice hooks drop watt and is laid with and fix, then basis
Watt make actual shaping situation progress secondary operation and formally install.
Step 10 roofing tile is made layer construction and is comprised the following steps：
Pseudo-classic architecture roofing tile is carried out according to pseudo-classic architecture building technology and code requirement to construct and check and accept.
Compared with prior art, the beneficial effects of the utility model are：
1. multilayer flashing：The utility model forms composite water-proof system using double-deck waterproof roll, as " reinforced anti-
Water " basic unit, collaboration bottom anti-corrosion wood board, top waterproof mortar, self waterproofing tile roofing material collective effect, realizes multiple maintenance；
2. anti-row's one：The utility model sets drain bar on roof waterproof layer, forms draining, ventilation, moisture-inhibiting passage,
Fundamentally prevent delay of the moisture on waterproof roll, the dependency degree of waterproof material performance will be preferably minimized；
3. surcharge：In the utility model, the flying passage of drain bar formation, not only dredges infiltration and steam, also can
Hot gas, cold current are dredged in time, strengthens the durable of waterproof layer and stablizes.
4. the utility model is on the basis of pseudo-classic architecture traditional roof waterproof technology, not only by setting multiple waterproof
Compound system strengthens waterproof ability, and more breakthrough and innovation, by the flying passage for building draining moisture-inhibiting, realizes drawing in time for infiltration
Stream, makes the roof waterproof safety coefficient of pseudo-classic architecture obtain the lifting of matter.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the utility model.
Fig. 2 is C direction views in Fig. 1.
Fig. 3 is the structure diagram in the utility model roofing area.
Fig. 4 is the partial enlarged view in D regions in Fig. 3.
Fig. 5 is the structure diagram in the utility model cornice end socket area.
Fig. 6 is the partial enlarged view in E regions in Fig. 5.
Fig. 7 is the construction process figure of the utility model.
Embodiment
As shown in Fig. 1 to 7, the reinforced water-proof roofing of the present embodiment pseudo-classic architecture, it includes roofing area 1（In Fig. 1 A-A it
Between region）With cornice end socket area 2（Region in Fig. 1 between B-B）,
The roofing area 1 includes wooden rafter 101, sheathing tile floor 102, rough ground 103, anti-corrosion wood board basic unit successively from inside to outside
104th, first floor waterproof roll layer 105, second layer waterproof roll layer 106, convex plastic draining flaggy 107, nonwoven layer 108, steel
Silk screen lamella 109, cement mortar cover backing layer 110 with mat, roofing tile makees layer 111；
The cornice end socket area 2 include successively from inside to outside wooden rafter 101, inner mouth wood 201, sheathing tile floor 102, wooden flying-rafter 202,
Bead wood 203, the second sheathing tile layer 204, flying-rafter top wood shingle flaggy 205, anti-corrosion wood board basic unit 104, wooden fascia 206, no
Become rusty steel draining board 207, first floor waterproof roll layer 105, second layer waterproof roll layer 106, stainless angle steel baffle 208, convex plastics
Pvd layer 107, nonwoven layer 108, cornice anti-corrosion wood board end socket 209, on non-woven fabrics along wrapping layer 210, steel wire lamella
109th, cement mortar covers backing layer 110, third layer waterproof roll end socket 211, waterproof mortar enhancement layer 212, roofing tile with mat and makees layer 111,
Watt mouth fascia 213 is equipped with the outer end in the cornice end socket area.
The present embodiment construction method comprises the following steps：Step 1, roofing area base layer construction；Step 2, anti-corrosion wood board base
Layer construction；Step 3, the construction of stainless steel draining board；Step 4, the construction of composite of water-proof coiled material layer；Step 5, stainless angle steel baffle are applied
Work；Step 6, pvd layer and nonwoven layer construction；Step 7, the construction of steel wire lamella；Step 8, cement mortar are covered backing layer with mat and are applied
Work；Step 9, the construction of cornice end socket area；Step 10, roofing tile make layer construction.
The present embodiment step 1 roofing area base layer construction comprises the following steps：
According to pseudo-classic architecture building technology, wooden rafter 101, inner mouth wood 201, sheathing tile layer 102, wooden flying-rafter 202, edge are sequentially completed
The installation of mouth wooden 203, second sheathing tile layer 204, flying-rafter top wood shingle flaggy 205；
The step 2 anti-corrosion wood board base layer construction comprises the following steps：
First, based on former roof truss wood rafter 101 and sheathing tile layer 102, put in boat nail on adjacent sheathing tile gap location, wooden rafter 101
The rough ground 103 of 40mm wide, 103 thickness of rough ground is identical with sheathing tile thickness,
Then, on rough ground 103, by cornice to ridge, the anticorrosive wood for putting 1.2m × 2.4m is laterally followed closely along the slope of roof
Plate, after the completion of the anti-corrosion wood board basic unit 104 constructs, checks flatness and plate face connection, the anticorrosive wood plate face after the completion of corresponding to
Layer, follows closely and puts wooden fascia 206, and edge is flushed with anticorrosive wood plate face on the wood fascia and plate face is connected.
The construction of the present embodiment step 3 stainless steel draining board comprises the following steps：
The boundary line of anti-corrosion wood board basic unit 104 and wooden fascia 206 after the completion of correspondence, is dripped stainless steel using screw
Plate 207 is fixed on edge in anti-corrosion wood board, lap width 100mm, and the stainless steel draining board 207 is covered along 90 ° of bending outsourcings of cornice
Lid 206 plate face height 20mm of wooden fascia, drip bead 10mm wide, and 45° angle bending is outside.
The construction of the present embodiment step 4 composite of water-proof coiled material layer comprises the following steps：
First floor waterproof roll layer 105 is SBS modified asphalt waterproof coiled materials, the full paving above the anti-corrosion wood board basic unit 104,
Covering is to 207 upper face of stainless steel draining board, using construction with cold alhesion method, the SBS modified asphalt waterproof coiled materials thickness 3mm, just,
Reverse side is smooth surface；
Second layer waterproof roll layer 106 is SBS sandblasting surface layer modified asphalt waterproof coiled materials, is completely laid on first floor waterproof roll layer
On 105, using Hot-melt construction, sandblasting is face-up, and smooth surface downward, prevent by hot melt adhesion, the SBS sandblastings surface layer modified pitch
Water coil thickness 4mm.
The stainless angle steel baffle construction of the present embodiment step 5 comprises the following steps：
After first floor waterproof roll layer 105 and second layer waterproof roll layer 106 are constructed, corresponded to along roofing eave flat segments
Moved back in roofing eave at 50mm, roof boarding basic unit 104 is passed through using bolt, by wooden rafter 101 under stainless angle steel baffle 208 and roofing
Anchor connection, the stainless angle steel baffle 208 is thick for 5mm, and section is L-shaped, and long side 150mm is placed in second layer waterproof roll layer
Above in the of 106, about 45cm is spaced in stainless 208 long side of angle steel baffle hole is set, corresponding lower part wood rafter 101 is anchored with bolt, short
When 50mm corresponds to drain bar and cement mortar covers backing layer gross thickness formation baffle receipts with mat；At stainless 208 dog-ear of angle steel baffle, in
300mm is spaced on 50mm short sides 5mm diameter spilled water holes are set, after the stainless construction of angle steel baffle 208, rolled up in second layer waterproof
Material layer 106 and shaped steel engaging portion brushing water-repellent paint.
The present embodiment step 6 pvd layer and nonwoven layer construction comprise the following steps：
Convex plastic draining flaggy 107 and the nonwoven layer 108 of top connection are integrated metaplasia production, form general thickness
The drainage channel of 10mm, convex plastic draining flaggy 107 and nonwoven layer 108 completely spread roofing, at roofing flat segments, convex plastics
Pvd layer 107 and nonwoven layer 108 are cut at stainless angle steel baffle 208, and notch depth is apart from stainless angle steel baffle 208
On along 5mm, incision length be equal to stainless 208 length of angle steel baffle；
The fixed form of the convex plastic draining flaggy 107 and top nonwoven layer 108 is：Fixed fastener is formulated, with
Spacing 500mm is arranged in plum blossom-shaped in length and breadth, is fixed to roof construction layer by fastener center hole with bolt, fastener both sides pass through iron
Silk, for fixing upper strata steel fabric sheet, forms the firm connection of structure sheaf, waterproof layer, drainage blanket and steel wire lamella.
The construction of the present embodiment step 7 steel wire lamella comprises the following steps：
Steel fabric sheet is stainless steel in steel wire lamella 109, core line diameter 1mm, mesh size 25mm x 25mm,
Scope is laid with convex plastic draining flaggy 107, binds and connects with fixed fastener iron wire, what the steel wire lamella 109 was laid with
Lap width is not less than 20cm, and lap-joint's fixed fastener encryption connection.
The present embodiment step 8 cement mortar is covered backing layer construction with mat and is comprised the following steps：
Cement mortar covers backing layer 110 with mat with must choose whether to need additive according to local climate condition, according to roofing area
Mortar is calculated, when the standing time of used cement mortar is small less than 2.
The construction of the present embodiment step 9 cornice end socket area comprises the following steps：
Cornice anti-corrosion wood board end socket 209 is width 80mm, and the anti-corrosion batten superposition of thickness 10mm is fixed on roofing eave extremely
Formed between stainless angle steel baffle 208, superposition total height is equal to the stainless height of angle steel baffle 208, the convex plastic draining board
The upper edge of cornice anticorrosive wood head plate 209 is turned in the nonwoven layer 108 of the top of layer 107, closure is realized, in roofing cement mortar
Covering with mat when backing layer 110 is constructed prevents mortar from falling at stainless steel draining board 207 or convex plastic draining flaggy 107；Bottom nail is put
Above convex plastic draining flaggy 107 and non-woven fabrics 108 at cornice, moisture is not via in convex plastic draining flaggy 107
The 208 lower part perforate of rust angle steel baffle, is discharged outside roof structure layer by convex plastic draining flaggy 107；
Cornice waterproof reinforced layer is constructed：By edge on above-mentioned cornice anti-corrosion wood board end socket 209, on nonwoven layer 108, concordantly
Cement mortar covers backing layer 110 with mat, is originated by cornice, along roofing slope aspect 30cm width laying third layer waterproof roll end socket 211, and
211 top of third layer waterproof roll end socket, which adds, applies 10mm thickness waterproof mortars enhancement layer 212；
Watt mouth fascia 213 pre-installs and installs fixation：Watt 213 thickness 20mm of mouth fascia, along shape into corrugation on
The plank of fluctuating, watt 213 top of a mouth fascia nail are placed in cornice anticorrosive wood sealing plate 209, and watt 213 lower part of mouth fascia passes through short wood
Transition, nail is placed on wooden fascia 206, and closing is dripped under tile gap and masking back side wood fascia 206, convex plastic draining
The bead and stainless steel draining board 207 of flaggy 107, described watt of mouth fascia 213 apart from 207 outer bead of stainless steel draining board at least
5mm, watt 213 preparatory processing of mouth fascia must treat that cement mortar is covered backing layer 110 with mat and condensed, watt make it is corresponding after the completion of setting-out carry out, just
After a watt mouth fascia 213 for processing is pre-installed, secondary operation is carried out according to watt actual shaping situation of work and is formally installed.
Although above-described embodiment makes the utility model specific descriptions, for those of ordinary skill in the art
For, it is understood that in disclosed in the utility model can be based within the spirit and scope for not departing from the utility model
Appearance is modified or improved, these modification and improvement are all within the spirit and scope of the utility model.
Claims (7)
1. a kind of reinforced water-proof roofing of pseudo-classic architecture, it is characterised in that it includes roofing area（1）With cornice end socket area（2）,
The roofing area（1）Include wooden rafter successively from inside to outside（101）, sheathing tile layer（102）, rough ground（103）, anti-corrosion wood board base
Layer（104）, first floor waterproof roll layer（105）, second layer waterproof roll layer（106）, convex plastic draining flaggy（107）, nonwoven
Layer of cloth（108）, steel wire lamella（109）, cement mortar cover backing layer with mat（110）, roofing tile make layer（111）；
The cornice end socket area（2）Include wooden rafter successively from inside to outside（101）, inner mouth wood（201）, sheathing tile layer（102）, wooden flying-rafter
（202）, bead wood（203）, the second sheathing tile layer（204）, flying-rafter top wood shingle flaggy（205）, anti-corrosion wood board basic unit（104）、
Wooden fascia（206）, stainless steel draining board（207）, first floor waterproof roll layer（105）, second layer waterproof roll layer（106）, no
Become rusty angle steel baffle（208）, convex plastic draining flaggy（107）, nonwoven layer（108）, cornice anti-corrosion wood board end socket（209）, nothing
Along wrapping layer in woven fabric（210）, steel wire lamella（109）, cement mortar cover backing layer with mat（110）, third layer waterproof roll end socket
（211）, waterproof mortar enhancement layer（212）, roofing tile make layer（111）, a watt mouth envelope eaves is equipped with the outer end in the cornice end socket area
Plate（213）.
2. the reinforced water-proof roofing of pseudo-classic architecture according to claim 1, it is characterised in that based on former roof truss wood rafter
（101）And sheathing tile layer（102）, in adjacent sheathing tile gap location, in wooden rafter（101）Upper boat nail puts the rough ground of 40mm wide（103）, institute
State rough ground（103）Thickness is identical with sheathing tile thickness, in the rough ground（103）On, it is horizontal along the slope of roof by cornice to ridge
The anti-corrosion wood board of 1.2m × 2.4m is put to nail, wooden fascia is put in anti-corrosion wood board surface layer nail（206）, it is described wood fascia on
Edge is flushed with anticorrosive wood plate face and plate face is connected.
3. the reinforced water-proof roofing of pseudo-classic architecture according to claim 1, it is characterised in that in the anti-corrosion wood board basic unit
（104）And wooden fascia（206）Boundary line, using screw by stainless steel draining board（207）Edge in anti-corrosion wood board is fixed on, is taken
Connect width 100mm, the stainless steel draining board（207）Along 90 ° of bending outsourcings of cornice, wooden fascia is covered（206）Plate face height
20mm, drip bead 10mm wide, and 45° angle bending is outside.
4. the reinforced water-proof roofing of pseudo-classic architecture according to claim 1, it is characterised in that in the anti-corrosion wood board basic unit
（104）Expire knocker-holder layer waterproof roll layer in top（105）, cover to stainless steel draining board（207）Upper face, the first floor waterproof volume
Material layer（105）Thickness 3mm, positive and negative are smooth surface；In the first floor waterproof roll layer（105）On completely spread second layer waterproof
Coiled material layer（106）, the second layer waterproof roll layer（106）Thickness 4mm.
5. the reinforced water-proof roofing of pseudo-classic architecture according to claim 1, it is characterised in that the stainless angle steel baffle
（208）5mm is thick, and section is L-shaped, and long side 150mm is placed in second layer waterproof roll layer（106）Top, stainless angle steel baffle
（208）About 45cm settings hole is spaced in long side, its short side 50mm corresponds to drain bar and cement mortar is covered backing layer gross thickness with mat and formed
Baffle receives side；In stainless angle steel baffle（208）At dog-ear, 5mm diameter spilled water holes, institute are set in being spaced 300mm on 50mm short sides
State stainless angle steel baffle（208）With wooden rafter under roofing（101）Anchor connection.
6. the reinforced water-proof roofing of pseudo-classic architecture according to claim 1, it is characterised in that the convex plastic draining board
Layer（107）And the nonwoven layer of top connection（108）Form the drainage channel of general thickness 10mm, the convex plastic draining board
Layer（107）And nonwoven layer（108）Completely spread roofing.
7. the reinforced water-proof roofing of pseudo-classic architecture according to claim 1, it is characterised in that the steel wire lamella
（109）Middle steel fabric sheet is stainless steel, core line diameter 1mm, mesh size 25mm x 25mm, in the steel wire lamella
（109）On be equipped with cement mortar and cover backing layer with mat（110）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721032520.6U CN207228492U (en) | 2017-08-17 | 2017-08-17 | The reinforced water-proof roofing of pseudo-classic architecture |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721032520.6U CN207228492U (en) | 2017-08-17 | 2017-08-17 | The reinforced water-proof roofing of pseudo-classic architecture |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207228492U true CN207228492U (en) | 2018-04-13 |
Family
ID=61857318
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721032520.6U Withdrawn - After Issue CN207228492U (en) | 2017-08-17 | 2017-08-17 | The reinforced water-proof roofing of pseudo-classic architecture |
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| CN (1) | CN207228492U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107313560A (en) * | 2017-08-17 | 2017-11-03 | 上海市园林工程有限公司 | The reinforced water-proof roofing of building in the style of the ancients and its construction method |
-
2017
- 2017-08-17 CN CN201721032520.6U patent/CN207228492U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107313560A (en) * | 2017-08-17 | 2017-11-03 | 上海市园林工程有限公司 | The reinforced water-proof roofing of building in the style of the ancients and its construction method |
| CN107313560B (en) * | 2017-08-17 | 2024-01-23 | 上海市园林工程有限公司 | Reinforced waterproof roof of archaize building and construction method thereof |
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