CN201635276U - Installation structure of roof diversion plate - Google Patents
Installation structure of roof diversion plate Download PDFInfo
- Publication number
- CN201635276U CN201635276U CN2010201586826U CN201020158682U CN201635276U CN 201635276 U CN201635276 U CN 201635276U CN 2010201586826 U CN2010201586826 U CN 2010201586826U CN 201020158682 U CN201020158682 U CN 201020158682U CN 201635276 U CN201635276 U CN 201635276U
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- China
- Prior art keywords
- diversion plate
- wall
- connecting portion
- roof
- vertical connecting
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- Expired - Fee Related
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Abstract
The utility model provides an installation structure of a roof diversion plate, which belongs to the building field and solves the problems of unreliable sealing, easy wall cracking and rainwater infiltration of the prior art as the diversion plate is fixed by fastening pieces. The installation structure of the roof diversion plate is fixedly arranged between the wall and the roof boarding at the roof position, and comprises a strip-shaped diversion plate, wherein the diversion plate at least comprises a vertical connection part fixed with the inner side surface of the wall; and the installation structure is characterized in that the vertical connection part of the diversion plate is embedded and fixed in the wall, and the embedding part is provided with a sealing piece which can prevent the rainwater from infiltrating into the wall from the part. The installation structure directly leads the connection part of the diversion plate to be fixedly embedded into the wall, keeps the wall surface smooth and attractive, and can effectively prevent wall cracking and further thoroughly solve the problem of rainwater infiltration.
Description
Technical field
The utility model relates to the mounting structure of a kind of roof with the diversion plate, belongs to building field.
Background technology
In recent years, along with developing of prefectures and cities' economic technology, the industrial premises of a lot of large spans, large space appears in the industrial occupancy, and the roof system of these industrial premises almost all adopts the steel plate roof system, and this roof system has demonstrated fully advantages such as easy construction, cost economic.
The roof panel of industrial premises adopts profiled sheet usually, and (profiled sheet is to be substrate with the cold-reduced sheet, after zinc-plated or zinc-plated coated with coloured coating again through the ripple sheet material of roll bending formation), roof panel is lower than the body of wall around it slightly, before and after roof panel, be provided with gutter between the body of wall of both sides and this roof panel, rainwater on the roof panel flows in the gutter, guides on the ground by the gutter spout funnel of being located at the gutter below again.In order to prevent that rainwater is seeped into indoor from the body of wall all around and the junction of roof floor slab, on the body of wall (i.e. " gable ") of the roof panel left and right sides, be fixed with L shaped diversion plate respectively, rainwater is guided on the corrugation of profiled sheet by this diversion plate, in two gutters, all be installed with simultaneously the diversion plate that matches with gutter, stop the slit that is connected of body of wall and floor by the diversion plate.
The mounting structure of existing diversion plate and body of wall is: at first adopt expansion bolt that one side of diversion plate is fixed on the inboard of body of wall, coat sealing compound at the installation oral area of diversion plate and expansion bolt again, entered in the body of wall by this place to prevent rainwater.But sealing compound is aging easily, and the body of wall at expansion bolt place ftractures easily, therefore, this technology still can not thoroughly solve the problem that rainwater infiltrates, particularly in southeastern coast typhoon prone areas, these industrial premises roof systems according to the routine construction are easy to suffer damage, and cause equipment, the product that have destroy, force plant downtime, repair is very heavy after the calamity, economic loss is heavy.Therefore improve the anti-platform of the industrial premises ability of combating typhoon, ensure the industrial premises quality safety, particularly important.
Summary of the invention
The purpose of this utility model provides a kind of rainwater that can effectively prevent and infiltrates the roof of bearing of diversion plate with the mounting structure of diversion plate.
The purpose of this utility model can realize by following technical proposal: the roof mounting structure of diversion plate, be fixedly arranged between the body of wall and roof panel of roof, this structure comprises the diversion plate of a bar shaped, described diversion plate comprises that at least one is used for the vertical connecting portion that the medial surface with body of wall fixes, it is characterized in that, the vertical connecting portion of described diversion plate embeds also and is fixed in the described body of wall, and is provided with in embedding place and can prevents that rainwater from being invaded the seal of body of wall by this place.
When actual installation, need between the body of wall around roof panel and this roof panel, the diversion plate to be installed all, each diversion plate is interconnected, roof panel adopts undulatory profiled sheet, the corrugated one-tenth rhone of profiled sheet, be connected with the roof floor slab of level between roof panel and the body of wall around it, after installing, the diversion plate can stop splicing place of splicing place between roof panel and the roof floor slab and roof floor slab and corresponding body of wall, rainwater is flow on the diversion plate by metope and the rhone on the roof panel near the body of wall place, rainwater in the diversion plate is discharged on the ground by coupled gutter spout funnel unification, constitutes a complete roof drainage system thus.
In the mounting structure of above-mentioned roof with the diversion plate, the top of described vertical connecting portion and body of wall are built and are integral.It is fixing reliable that mode is built in employing, the bonding strength height, and can not destroy metope.
In the mounting structure of above-mentioned roof with the diversion plate, the medial surface of described body of wall has the embedded groove of bar shaped, and the top of described vertical connecting portion is stretched in this embedded groove, and builds the concrete that vertical connecting portion and body of wall are fused in this embedded groove.This fixed form is reserved with embedded groove when building body of wall, treat that body of wall is done the top of vertical connecting portion to be inserted in the embedded groove after solid again, carries out secondary at last and builds, and vertical connecting portion and body of wall are solidly fixed.
In the mounting structure of above-mentioned roof with the diversion plate, the part that embeds body of wall on the described vertical connecting portion is broken line shape.This structure can further be strengthened the bonding strength of diversion plate and body of wall.
In the mounting structure of above-mentioned roof with the diversion plate, the whole inboard of described body of wall is installed with rendering layer, and described vertical connecting portion passes this rendering layer and is embedded in the body of wall.After coating rendering layer, can prevent wall crazing, and increase attractive in appearance.
In the mounting structure of above-mentioned roof with the diversion plate, described seal is the fluid sealant that is fixedly arranged between vertical connecting portion and the rendering layer.Fluid sealant can be strengthened being connected of vertical connecting portion and rendering layer, thereby prevents that rainwater from entering from this junction.
In the mounting structure of above-mentioned roof with the diversion plate, described fluid sealant is a weather-resistant glue.Owing to can being subjected to influences such as variations in temperature, agent structure distortion, vertical connecting portion and rendering layer thereof be subjected to displacement, cause joint gap also will change thereupon, and weather-resistant glue has the good ability of bearing the seam displacement, guarantees not ftracture under the situation of bearing the joint gap variation for a long time.
In the mounting structure of above-mentioned roof, be installed with gauze wire cloth between the rendering layer at described vertical connecting portion place and the body of wall with the diversion plate.Before whitewashing, at body of wall external fixation one gauze wire cloth at vertical connecting portion place,, thereby effectively prevent wall crazing in advance for body of wall is established one protection more.
In the above-mentioned roof mounting structure with the diversion plate, described diversion plate is made one by vertical connecting portion with it horizontal connecting portion one constitutes L shaped, and described horizontal connecting portion one is fixed on the described roof panel.The diversion plate of this structure is suitable for and is installed between gable and the roof panel, make the rainwater that flows down along the gable metope by the diversion plate current in the rhone of roof panel.
In the mounting structure of above-mentioned roof with the diversion plate, described diversion plate is made one by vertical connecting portion with it some connecting portions constitute and have the ditch tee section that is upward opening, and the outside of the connecting portion relative with vertical connecting portion is connected with and is used for the horizontal connecting portion two that fixes with described roof panel.This diversion plate is suitable for and is installed between the body of wall and roof panel at gutter place, makes that the rainwater in the rhone flows in the groove of diversion plate on the roof panel, is discharged on the ground by the gutter spout funnel that is connected with this diversion plate again.
Compared with prior art, this roof is directly fixedly embedded in body of wall with the vertical connecting portion of diversion plate with the mounting structure of diversion plate, specifically be vertical connecting portion and body of wall to be built be integral, and replace traditional securing member fixed form, not only can thoroughly solve and cause metope to ftracture when adopting securing member fixedly, and then cause the problem of rain penetration, can also guarantee wall surface levelling, attractive in appearance, and the mode of building is fixed, the bonding strength height; In addition, between vertical connecting portion and rendering layer, be provided with fluid sealant, between the rendering layer at vertical connecting portion place and body of wall, also be installed with gauze wire cloth, thereby form duplicate protection, can effectively prevent the cracking of body of wall.
Description of drawings
Fig. 1 is the structural representation of the mounting structure of gutter place diversion plate.
Fig. 2 is the structural representation of the mounting structure of gable place diversion plate.
Among the figure, 1 body of wall; The 1a embedded groove; 2 roof panel; 3 diversion plates; The vertical connecting portion of 3a; The horizontal connecting portion one of 3b; The horizontal connecting portion two of 3c; 4 seals; 5 concrete; 6 rendering layers; 7 gauze wire cloths; 8 purlins; 9 gutter spout funnels.
The specific embodiment
Below be specific embodiment of the utility model and in conjunction with the accompanying drawings, the technical solution of the utility model is further described, but the utility model be not limited to these embodiment.
Embodiment one
As shown in Figure 1, this roof is installed between the body of wall 1 and roof panel 2 at gutter place with the diversion plate, this diversion plate 3 is bar shaped, and constitute by vertical connecting portion 3a with its some connecting portions of making one and to have the ditch tee section that is upward opening, matches with the inwall of gutter, the bottom of its vertical connecting portion 3a is resisted against on the medial surface of body of wall 1, and the top of vertical connecting portion 3a is broken line shape and embeds in the body of wall 1; The outside of the connecting portion relative with vertical connecting portion 3a is connected with horizontal connecting portion two 3c, laterally connecting portion two 3c are located between roof panel 2 and the purlin 8, and the three is fixed up by screw, be positioned on the connecting portion of gutter bottom of trench and have several inlets for stom water, all fixed cover is connected to gutter spout funnel 9 in each inlet for stom water, and the lower end of each gutter spout funnel 9 connects leader.
The both sides, front and back of roof panel 2 generally all are provided with gutter, therefore need in two gutters, all will serve as a contrast to establish this diversion plate 3, when actual installation, can before building body of wall 1, reserve the embedded groove 1a of a bar shaped, the top of vertical connecting portion 3a is bent into broken line shape, top with its broken line shape is inserted in the embedded groove 1a again, at last concrete 5 is injected embedded groove 1a, and body of wall 1 and the top of vertical connecting portion 3a are solidly fixed.
Invade body of wall 1 and cause body of wall 1 cracking from embedding in order to prevent rainwater; can coat rendering layer 6 at the whole medial surface of body of wall 1 with waterproof ability; and make rendering layer 6 protrude from embedding place of vertical connecting portion 3a; contact position at vertical connecting portion 3a and rendering layer 6 is provided with seal 4; seal 4 can adopt fluid sealant (as weather-resistant glue etc.); also can be between the external surface of doing the concrete 5 after solid and rendering layer 6 fixing layer of steel wire net 7; gauze wire cloth 7 should extend up on the body of wall 1, thereby constitutes duplicate protection.
Embodiment two
As shown in Figure 2, this roof is installed between gable (gable is the body of wall 1 that is positioned at roof panel 2 left and right sides) and the roof panel 2 with the diversion plate, this diversion plate 3 also has vertical connecting portion 3a, and it is identical described in the mode that is connected and fixed of this vertical connecting portion 3a and gable and the embodiment one, its difference is, the lower end of this vertical connecting portion 3a is connected with horizontal connecting portion one 3b that makes one with it, make this diversion plate 3 L-shaped, laterally connecting portion one 3b directly extends on the roof panel 2, and be fixed to simultaneously on the purlin 8 with roof panel 2, in addition, in order to improve the mechanical strength of horizontal connecting portion one 3b, can make the lateral separation of the length of horizontal connecting portion one 3b greater than two crests on the roof panel 2.
Claims (10)
1. the roof is with the mounting structure of diversion plate, be fixedly arranged between the body of wall (1) and roof panel (2) of roof, this structure comprises the diversion plate (3) of a bar shaped, described diversion plate (3) comprises that at least one is used for the vertical connecting portion (3a) that the medial surface with body of wall (1) fixes, it is characterized in that, the vertical connecting portion (3a) of described diversion plate (3) embeds and is fixed in the described body of wall (1), and is provided with in embedding place and can prevents the seal (4) of rainwater by this place invasion body of wall (1).
2. roof according to claim 1 is characterized in that with the mounting structure of diversion plate the top of described vertical connecting portion (3a) and body of wall (1) are built and be integral.
3. the roof according to claim 2 mounting structure of diversion plate, it is characterized in that, the medial surface of described body of wall (1) has the embedded groove (1a) of bar shaped, the top of described vertical connecting portion (3a) is stretched in this embedded groove (1a), and builds the concrete (5) that vertical connecting portion (3a) and body of wall (1) are fused in this embedded groove (1a).
4. roof according to claim 2 is characterized in that with the mounting structure of diversion plate described vertical connecting portion (3a) is gone up the part that embeds body of wall (1) and is broken line shape.
5. roof according to claim 2 is characterized in that with the mounting structure of diversion plate the whole inboard of described body of wall (1) is installed with rendering layer (6), and described vertical connecting portion (3a) passes this rendering layer (6) and is embedded in the body of wall (1).
6. roof according to claim 5 is characterized in that with the mounting structure of diversion plate described seal (4) is for being fixedly arranged on the fluid sealant between vertical connecting portion (3a) and the rendering layer (6).
7. roof according to claim 6 is characterized in that with the mounting structure of diversion plate described fluid sealant is a weather-resistant glue.
8. roof according to claim 6 is characterized in that with the mounting structure of diversion plate, is installed with gauze wire cloth (7) between rendering layer (6) that described vertical connecting portion (3a) is located and the body of wall (1).
9. according to the mounting structure of arbitrary described roof of claim 1-8 with the diversion plate, it is characterized in that, described diversion plate (3) is made of L shaped vertical connecting portion (3a) and the horizontal connecting portion one (3b) of making one with it, described horizontal connecting portion one (3b) is fixed on the described roof panel (2).
10. according to the mounting structure of arbitrary described roof of claim 1-8 with the diversion plate, it is characterized in that, described diversion plate (3) is made one by vertical connecting portion (3a) with it some connecting portions constitute and have the ditch tee section that is upward opening, and the outside of the connecting portion relative with vertical connecting portion (3a) is connected with and is used for the horizontal connecting portion two (3c) that fixes with described roof panel (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201586826U CN201635276U (en) | 2010-04-14 | 2010-04-14 | Installation structure of roof diversion plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201586826U CN201635276U (en) | 2010-04-14 | 2010-04-14 | Installation structure of roof diversion plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201635276U true CN201635276U (en) | 2010-11-17 |
Family
ID=43079761
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201586826U Expired - Fee Related CN201635276U (en) | 2010-04-14 | 2010-04-14 | Installation structure of roof diversion plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201635276U (en) |
-
2010
- 2010-04-14 CN CN2010201586826U patent/CN201635276U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101117 Termination date: 20180414 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |