CN107366429B - A kind of construction technology of moisture-proof wall - Google Patents
A kind of construction technology of moisture-proof wall Download PDFInfo
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- CN107366429B CN107366429B CN201710731859.3A CN201710731859A CN107366429B CN 107366429 B CN107366429 B CN 107366429B CN 201710731859 A CN201710731859 A CN 201710731859A CN 107366429 B CN107366429 B CN 107366429B
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- metope
- plasterboard
- cavity
- floor
- moisture
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
Abstract
The invention discloses a kind of construction technologies of moisture-proof wall, include the following steps: S1, are fixedly installed with cover surface keel on the metope in house, cover surface keel and metope are set in distance；S2, it is laid with plasterboard on cover surface keel, forms the first cavity between plasterboard and metope；S3, house bottom surface on laying floor, plasterboard and floor are in gap setting；S4, timber skirting is fixedly mounted on floor, the air hole of the first cavity of connection is offered on timber skirting；Floor and plasterboard is set to be connected；S5, ceiling joist is installed on the top surface in house, ceiling joist is connected to plasterboard side, and ceiling joist and plasterboard are fixed together by nailing；S6, by installation of ceiling to ceiling joist, furred ceiling is connected to plasterboard side, between furred ceiling and top surface be equipped with the second cavity, the first cavity be connected to the second cavity.Air and room air in first cavity form circulation, and then can reduce the probability of metope mildew easily to being dried in the first cavity.
Description
Technical field
The present invention relates to construction walls, and in particular to a kind of construction technology of moisture-proof wall.
Background technique
With the rise of room rate, the use of basement is more and more important, in particular for villa basement.But existing
Basement in, usually there is a problem of moist, causes to be unsuitable for living inside basement, and make the thing for being stored in inside
It is easily damaged.There are some dehumidifying equipment in the prior art, by being placed on inside basement, to the air of underground chamber interior
Dehumidification treatments are dried.
But in these dehumidification equipments in the prior art, be placed on inside basement, occupy basement space.To wall
The steam of internal leak can only could be dried by leaking out wall later, and the steam inside wall be easy to cause wall
The veneer on surface damages, influence using.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide a kind of construction technology of moisture-proof wall, subtract
The probability that small wet environment makes the plasterboard on metope and metope go mouldy.
To achieve the above object, the present invention provides the following technical scheme that
A kind of construction technology of moisture-proof wall, includes the following steps:
S1, cover surface keel is fixedly installed on the metope in house, cover surface keel and metope are set in distance；
S2, it is laid with plasterboard on cover surface keel, is set in distance to form the first cavity between plasterboard and metope；
S3, house bottom surface on laying floor, plasterboard lower end and floor are in gap setting；
S4, timber skirting is fixedly mounted on floor, air hole is offered on timber skirting, the air hole connection first is empty
Chamber；Timber skirting is fixed adhered to plasterboard side, floor and plasterboard is made to be connected；
S5, ceiling joist is installed on the top surface in house, ceiling joist is connected to plasterboard side, by ceiling joist and stone
Cream plate is fixed together by nailing；
S6, by installation of ceiling to ceiling joist, furred ceiling is connected to plasterboard side, between furred ceiling and top surface be equipped with second
Cavity, first cavity are connected to the second cavity.
By using above-mentioned technical proposal, the general tide of metope can be drained by the first cavity and the second cavity above furred ceiling, from
Air port, lamp hole are dispersed into interior, can also be distributed by the air hole of timber skirting to interior.Indoor seasoning equipment such as air-conditioning is opened
When, room air is dried, and the air and room air in the first cavity can form circulation, and then in the first cavity also into
Row is dried, and reduces the probability of metope, plasterboard and timber skirting mildew.
Cover surface keel and metope are set in distance, and be directly entered the moisture in metope can in the first cavity, be not required to by
Cover surface keel reduces the probability that cover surface keel rust becomes.
The further setting of the present invention are as follows: the timber skirting is installed with plank base with respect to metope side along the vertical direction, wood
Base and bottom surface are set in distance, and the plank base and plasterboard are in gap setting formation ventilating groove, and the air hole is along horizontal
The projection in direction is fallen in ventilating groove.
By using above-mentioned technical proposal, plank base strengthens the structural strength of timber skirting, reduces its strain cracking
Possibility.Simultaneously because plank base and bottom surface are in gap setting, therefore the water in bottom surface directly will not enter gypsum by plank base
Plate reduces a possibility that plasterboard goes mouldy.
The further setting of the present invention are as follows: between step S2 and S3, structure floor and floor heating are successively laid on bottom surface
Then pipe uses the cast-in-place formation floor heating screed-coat of cement slurry on floor heating pipe, floor is laid on floor heating screed-coat.
By using above-mentioned technical proposal, indoor temperature when winter is can be improved in floor heating pipe, improves residence comfort.
The further setting of the present invention are as follows: first along the circumferential laying toy plastic building blocks plate on bottom surface in bottom surface, then again on bottom surface upper berth
If structure floor and floor heating pipe, after floor heating screed-coat is poured and smash, toy plastic building blocks plate is dismantled；The structure floor, floor heating pipe and ground
Warm screed-coat forms floor heating layer, makes floor heating layer after the disassembly of toy plastic building blocks plate and metope is in gap setting in the horizontal direction, it is empty to form third
Chamber, the third cavity are connected to the first cavity.
By using above-mentioned technical proposal, prevents moisture in floor heating screed-coat from directly being absorbed by metope, it is mould to reduce metope
The probability of change.Floor heating condensed water vapour can be drained by the first cavity and third cavity above furred ceiling simultaneously, distributed from air port, lamp hole
To interior, can also be distributed by the air hole of timber skirting to interior.When indoor seasoning equipment such as air-conditioning is opened, room air is done
It is dry, and the air and room air in third cavity can form circulation, and then to being also dried in third cavity, reduce
The probability of floor mildew.
The further setting of the present invention are as follows: the toy plastic building blocks plate thickness is 20mm~30mm.
By using above-mentioned technical proposal, reduces the probability that moisture is directly absorbed by metope in floor heating screed-coat, reduce
The probability of metope mildew.
The further setting of the present invention are as follows: the cover surface keel includes several keel units, and the keel unit is along metope
Length direction is equipped with several, and the keel unit includes the mobile jib being arranged along the vertical direction and is fixed on mobile jib in the horizontal direction
The mounting plate of two sides, the mounting plate are equipped with several along its mobile jib length direction at equal intervals, and the mounting plate and mobile jib are in incline
Tiltedly setting, the mounting plate are connected to metope and are fixed on metope, and the mobile jib and mounting plate are set in distance, the plasterboard
It is fixed on mobile jib.
It by using above-mentioned technical proposal, be stably mounted to cover surface keel can on metope, plasterboard played fixed
Effect, even if plasterboard is stably mounted on metope.Mobile jib and metope are set in distance, and be directly entered the moisture in metope can
In first cavity, it is not required to reduce the probability that mobile jib rust becomes by mobile jib.Reduce the resistance that mobile jib flows air simultaneously, makes
Air can preferably circulate in the first cavity, reduce the probability of metope and plasterboard mildew.
The further setting of the present invention are as follows: the mobile jib two sides are equipped with mounting blocks, and the mounting blocks are pre-buried to be fixed on wall
In face, the mounting blocks are connected to mobile jib side wall, and fixing bolt, the fixing bolt screw thread are threaded on the mounting plate
It is connected to mounting blocks.
By using above-mentioned technical proposal, so that mounting plate be made more stable can be connected with metope, i.e. cover surface keel and stone
Cream plate can be more stable be mounted on the wall, improve mounting stability.And mounting blocks have a horizontal direction to mobile jib
Limit, can also make mobile jib is more stable to be mounted on the wall.It need to be only embedded between two mounting blocks i.e. when installing mobile jib
Can, improve installation effectiveness.
The further setting of the present invention are as follows: the mounting plate is in include the first transverse slat for being fixed on mounting plate, abutting in wall
Second transverse slat and connecting plate in face, the connection board ends are respectively fixedly connected in the first transverse slat and the second transverse slat, and the mounting plate is in
It is wholely set.
By using above-mentioned technical proposal, the contact area of mounting plate and metope, mounting plate and mounting blocks is increased, thus
Make what mounting plate can be more stable to be mounted on the wall.
The further setting of the present invention are as follows: before step S1, first form inner wall render layer in metope coating cement, then
Internal calcimine brush layer carries out scraping rough processing, then cover surface keel is fixedly installed on metope.
By using above-mentioned technical proposal, the frictional force between the second transverse slat and metope is increased, keeps mounting plate more steady
Fixed opposite metope is fixed, i.e., what cover surface keel and plasterboard can be more stable is mounted on the wall.
The further setting of the present invention are as follows: several through-holes are offered on the mounting plate.
By using above-mentioned technical proposal, reduces the resistance that mounting plate flows air, make air can be preferably first
Circulation in cavity reduces the probability of metope and plasterboard mildew.
The invention has the following advantages that
1, the moisture resistance for improving metope, floor and plasterboard reduces the possibility of its mildew；
2, plasterboard and cover surface keel are stably mounted to can on metope；
3, indoor stabilization can be improved in winter floor heating, improves residence comfort.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment one；
Fig. 2 is the structural schematic diagram of metope and cover surface keel in embodiment one；
Fig. 3 is the cross-sectional view of metope, cover surface keel and plasterboard in embodiment；
Fig. 4 is the enlarged drawing in Fig. 1 at A；
Fig. 5 is structural schematic diagram when embodiment two does not disassemble toy plastic building blocks plate.
Appended drawing reference: 1, inner wall render layer；2, cover surface keel；3, plasterboard；4, keel unit；5, mobile jib；6, mounting plate；
7, mounting blocks；8, the first transverse slat；9, the second transverse slat；10, connecting plate；11, fixing bolt；12, through-hole；13, the first cavity；14,
Structure floor；15, floor heating pipe；16, floor heating screed-coat；17, floor；18, floor heating layer；19, toy plastic building blocks plate；20, third cavity；21,
Timber skirting；22, air hole；23, plank base；24, ventilating groove；25, ceiling joist；26, furred ceiling；27, the second cavity；28, bottom surface；
29, metope；30, top surface.
Specific embodiment
Referring to attached drawing, the present invention will be further described.
Embodiment one:
As shown in Figure 1, a kind of moisture-proof wall, including bottom surface 28, top surface 30 and metope 29.
As shown in Figure 1, inner wall render layer 1, cover surface keel 2 and plasterboard 3 are successively arranged on metope 29 from the inside to the outside.Interior wall
Rendering layer 1 is coated on metope 29, and carries out scraping rough setting.
As shown in Fig. 2, cover surface keel 2 includes several keel units 4, if keel unit 4 is equipped with along 29 length direction of metope
Dry, keel unit 4 includes the mobile jib 5 being arranged along the vertical direction and the mounting plate 6 for being fixed on 5 two sides of mobile jib.Mobile jib 5 and metope
29 are set in distance.As shown in figure 3,5 two sides of mobile jib are equipped with mounting blocks 7, mounting blocks 7 are connected to 5 side wall of mobile jib, mounting blocks 7
It is embedded in metope 29 in advance.Two pieces of mounting blocks 7 fix mobile jib 5 in the horizontal direction.If mounting blocks 7 are equipped with along 5 length direction of mobile jib
Dry.
As shown in figure 3, mounting plate 6 is in include the first transverse slat 8, the second transverse slat 9 and connecting plate 10.First transverse slat 8 is fixed on
Mobile jib 5 and the first transverse slat 8 are connected to mounting blocks 7 back to 29 side of metope.Second transverse slat 9 is connected to metope 29, and 10 liang of connecting plate
End is respectively fixedly connected in the first transverse slat 8 and the second transverse slat 9.Mounting plate 6 is process by one piece of steel plate bending.Spiral shell on first transverse slat 8
Line is connected with fixing bolt 11, and fixing bolt 11 is threadedly connected to mounting blocks 7, so that keel unit 4 be made to be fixedly installed in metope
29。
As shown in Fig. 2, mounting plate 6 is equipped with several along its 5 length direction of mobile jib at equal intervals.As shown in figure 3, and mounting plate
Several through-holes 12 are offered on 6.The fixation of plasterboard 3 fits in mobile jib 5.Plasterboard 3 and metope 29 are set in distance to form first
Cavity 13.
As shown in Figure 1, bottom surface 28 is successively fixed with structure floor 14, floor heating pipe 15, floor heating screed-coat 16 from bottom to up
With floor 17.15 diameter of floor heating pipe is 16mm, and floor heating screed-coat 16 is formed by cement slurry is cast-in-place.Structure floor 14, floor heating pipe
15, floor heating screed-coat 16 forms floor heating layer 18.Floor heating layer 18 and metope 29 form third cavity in gap setting in the horizontal direction
20, third cavity 20 is connected to the first cavity 13.
As shown in figure 4, plasterboard 3 is installed with timber skirting 21 back to 29 side of metope, 21 lower end of timber skirting is fixed on floor
17.Air hole 22 is offered on timber skirting 21, air hole 22 is connected to the first cavity 13.21 side of timber skirting is fixed along the vertical direction
There are plank base 23, plank base 23 and plasterboard 3 to form ventilating groove 24 in gap setting, the projection of air hole 22 in the horizontal direction is fallen
In in ventilating groove 24.Plank base 23 and floor heating screed-coat 16 are set in distance.
As shown in Figure 1, being fixedly installed with ceiling joist 25 below top surface 30, ceiling joist 25 is connected to 3 side of plasterboard.
Furred ceiling 26 is fixedly installed on ceiling joist 25, furred ceiling 26 is also connected to 3 side of plasterboard.Furred ceiling 26 and top surface 30 form second
Cavity 27, the second cavity 27 are connected to the first cavity 13.
The moisture-proof principle of the metope 29 is as follows:
The general tide of metope 29 and floor heating condensation steam can be drained by the first cavity 13, the second cavity 27 and third cavity 20
26 top of furred ceiling, distributes from air port, lamp hole, can also be distributed by the air hole 22 on timber skirting 21.When room conditioning is opened, the
Air and room air in one cavity 13 can form circulation, while be dried by air-conditioning, prevent metope 29 and plasterboard 3 etc. from occurring
Mildew.
Embodiment two:
Embodiment two is the construction method of embodiment one: being included the following steps:
1, mounting blocks 7 are embedded into metope 29, mounting blocks 7 are equipped with two pieces in the horizontal direction and form one group, 7 edge of mounting blocks
Vertical direction is equipped with several groups；
2, cement being coated in metope 29 and forming inner wall render layer 1, then internal calcimine brush layer 1 carries out scraping rough processing；
3, by mobile jib 5 be embedded between two pieces of mounting blocks 7, make the first transverse slat 8 of mounting plate 6 be connected to mounting blocks 7 back to
29 side of metope, the second transverse slat 9 are connected to metope 29, and screwing fixing bolt 11 makes it that mounting plate 6 and mounting blocks 7 are connected in one
It rises；To make keel unit 4 be fixedly mounted on metope 29；
4, step 3 is repeated, all keel units 4 is installed along 29 length direction of metope and forms cover surface keel 2；
5, plasterboard 3 is laid on cover surface keel 2, plasterboard 3 and the bonding of cover surface keel 2 are connected, plasterboard 3 and metope 29
Between be set in distance to form the first cavity 13；
6, as shown in Figure 1 and Figure 5, be first laid with toy plastic building blocks plate 19 on bottom surface 28 along bottom surface 28 is circumferential, toy plastic building blocks plate 19 with a thickness of
20mm, then successively laying structure floor 14 and floor heating pipe 15 are torn open after floor heating screed-coat 16 is poured and smash on bottom surface 28 again
Unload toy plastic building blocks plate 19；
Structure floor 14, toy plastic building blocks plate 19, floor heating pipe 15 and floor heating screed-coat 16 form floor heating layer 18, after toy plastic building blocks plate 19 is dismantled
Floor heating layer 18 and metope 29 is set in gap setting, to form third cavity 20 in the horizontal direction, third cavity 20 is connected to the first cavity
13；
7, the laying floor 17 on floor heating screed-coat 16,3 lower end of plasterboard and floor 17 are in gap setting；
8, timber skirting 21 is fixedly mounted on floor 17, timber skirting 21 is fixed adhered to 3 side of plasterboard, makes floor 17
It is connected with plasterboard 3；Timber skirting 21 is installed with plank base 23, plank base 23 and floor 17 with respect to 29 side of metope along the vertical direction
In gap setting, plank base 23 and plasterboard 3 are in gap setting formation ventilating groove 24；
Offer air hole 22 on timber skirting 21, air hole 22 is connected to the first cavity 13, and air hole 22 is in the horizontal direction
Projection is fallen in ventilating groove 24；
9, ceiling joist 25 is installed on the top surface 30 in house, ceiling joist 25 is connected to 3 side of plasterboard, by furred ceiling dragon
Bone 25 and plasterboard 3 are fixed together by nailing；
10, furred ceiling 26 is installed on ceiling joist 25, furred ceiling 26 is connected to 3 side of plasterboard, furred ceiling 26 and top surface 30
Between be equipped with the second cavity 27, the first cavity 13 be connected to the second cavity 27.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of construction technology of moisture-proof wall, characterized in that include the following steps:
S1, it is fixedly installed with cover surface keel (2) on the metope (29) in house, cover surface keel (2) and metope (29) are set in interval
It sets；
S2, plasterboard (3) are laid on cover surface keel (2), are set in distance to form first between plasterboard (3) and metope (29)
Cavity (13)；
S3, house bottom surface (28) on laying floor (17), plasterboard (3) lower end and floor (17) are in gap setting；
S4, timber skirting (21) are fixedly mounted on floor (17), offer air hole (22), the air hole on timber skirting (21)
(22) the first cavity (13) are connected to；Timber skirting (21) is fixed adhered to plasterboard (3) side, makes floor (17) and plasterboard
(3) it is connected；
S5, ceiling joist (25) are installed on the top surface (30) in house, ceiling joist (25) is connected to plasterboard (3) side, will
Ceiling joist (25) and plasterboard (3) are fixed together by nailing；
S6, furred ceiling (26) is installed on ceiling joist (25), furred ceiling (26) is connected to plasterboard (3) side, furred ceiling (26) and
The second cavity (27) are equipped between top surface (30), first cavity (13) is connected to the second cavity (27).
2. the construction technology of a kind of moisture-proof wall according to claim 1, it is characterized in that: the timber skirting (21) is with respect to wall
Face (29) side is installed with plank base (23) along the vertical direction, and the plank base (23) and bottom surface (28) are described at gap setting
Plank base (23) and plasterboard (3) are in gap setting formation ventilating groove (24), the projection of the air hole (22) in the horizontal direction
It falls in ventilating groove (24).
3. a kind of construction technology of moisture-proof wall according to claim 2, it is characterized in that: between step S2 and S3, according to
It is secondary that structure floor (14) and floor heating pipe (15) are laid on bottom surface (28), the cast-in-place shape of cement slurry is then used on floor heating pipe (15)
At floor heating screed-coat (16), floor (17) are laid on floor heating screed-coat (16).
4. the construction technology of a kind of moisture-proof wall according to claim 3, it is characterized in that: first circumferential the bottom of at along bottom surface (28)
Toy plastic building blocks plate (19) are laid on face (28), structure floor (14) and floor heating pipe (15) are then laid on bottom surface (28) again, in floor heating
Screed-coat (16) pours smash after, dismantle toy plastic building blocks plate (19)；The structure floor (14), floor heating pipe (15) and floor heating screed-coat
(16) floor heating layer (18) are formed, sets floor heating layer (18) and metope (29) in gap in the horizontal direction after toy plastic building blocks plate (19) disassembly
It sets, is formed third cavity (20), the third cavity (20) is connected to the first cavity (13).
5. a kind of construction technology of moisture-proof wall according to claim 4, it is characterized in that: the toy plastic building blocks plate (19) with a thickness of
20mm~30mm.
6. the construction technology of a kind of moisture-proof wall according to claim 1, it is characterized in that: the cover surface keel (2) includes
Several keel units (4), the keel unit (4) are equipped with several along metope (29) length direction, keel unit (4) packet
The mounting plate (6) for including the mobile jib (5) being arranged along the vertical direction and being fixed on mobile jib (5) two sides in the horizontal direction, the mounting plate
(6) it is equipped with several at equal intervals along its mobile jib (5) length direction, the mounting plate (6) and mobile jib (5) are inclined to set, described
Mounting plate (6) is connected to metope (29) and is fixed on metope (29), and the mobile jib (5) and mounting plate (6) are set in distance, described
Plasterboard (3) is fixed on mobile jib (5).
7. the construction technology of a kind of moisture-proof wall according to claim 6, it is characterized in that: the mobile jib (5) two sides are all provided with
Having mounting blocks (7), the mounting blocks (7) are pre-buried to be fixed in metope (29), and the mounting blocks (7) are connected to mobile jib (5) side wall,
It is threaded with fixing bolt (11) on the mounting plate (6), the fixing bolt (11) is threadedly connected to mounting blocks (7).
8. the construction technology of a kind of moisture-proof wall according to claim 7, it is characterized in that: the mounting plate (6) is in include
It is fixed on the first transverse slat (8) of mounting plate (6), pushes against in the second transverse slat (9) and connecting plate (10) of metope (29), the connection
Plate (10) both ends are respectively fixedly connected in the first transverse slat (8) and the second transverse slat (9), and the mounting plate (6) is in be wholely set.
9. a kind of construction technology of moisture-proof wall according to claim 8, it is characterized in that: before step S1, first in wall
Face (29) is coated with cement and forms inner wall render layer (1), and then internal calcimine brush layer (1) scrape rough processing, then by cover surface keel
(2) it is fixedly installed on metope (29).
10. the construction technology of a kind of moisture-proof wall according to claim 9, it is characterized in that: being opened up on the mounting plate (6)
There are several through-holes (12).
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| CN201710731859.3A CN107366429B (en) | 2017-08-23 | 2017-08-23 | A kind of construction technology of moisture-proof wall |
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| CN201710731859.3A CN107366429B (en) | 2017-08-23 | 2017-08-23 | A kind of construction technology of moisture-proof wall |
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| CN112252463A (en) * | 2020-10-31 | 2021-01-22 | 苏州金螳螂建筑装饰股份有限公司 | Damp-proof treatment method for basement wood veneer decoration design |
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