CN204571112U - Roof water of breathing freely cuts wall mount structure - Google Patents
Roof water of breathing freely cuts wall mount structure Download PDFInfo
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- CN204571112U CN204571112U CN201420787379.0U CN201420787379U CN204571112U CN 204571112 U CN204571112 U CN 204571112U CN 201420787379 U CN201420787379 U CN 201420787379U CN 204571112 U CN204571112 U CN 204571112U
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Abstract
The utility model relates to a kind of roof water of breathing freely and cuts wall mount structure, at ordinary times, water is utilized to cut wall frame by roof while end is closed with the space of wall surface confluce, decapacitation covers air-vent by means of frame portion of keeping off the rain, prevent rainwater from entering gap of giving vent to anger, and then avoid immersing within doors from this intersection gap, when there being damp-heat air to produce within doors, hot temperature air rises, naturally being pooled to roof and space, wall surface confluce enters after water cuts the space of giving vent to anger of wall frame, exhaust chamber can be drained into via the air-vent on ventilating board face, quick effect of discharging the external world from ventilation notch again, make torridity summer, roof and neighbour wall surface intersection corner Hot wet air heating can be reduced constantly to accumulate or the sultry situation that heats up occurs, promote result of ventilating heat dissipation within doors.
Description
Technical field
The utility model relates to a kind of torridity summer, and particularly one can reduce roof and neighbour wall surface intersection corner Hot wet air heating is constantly accumulated or heats up, and has result of ventilating heat dissipation is promoted within doors roof water of breathing freely and cuts wall mount structure.
Background technology
By the construction of some house on the market, be build against the wall surface of neighbour, owing to having space between limit, roof end and wall surface, water often need be set and cut envelope frame and closed, prevent rainwater from immersing indoor; Such as the roof water in existing iron sheet room cuts structure, as Fig. 1,2,3,4, a water is established to cut frame 20 at one side end on a roof 10, this water cuts the section configuration of frame 20, lock on a wall surface 30 with a lock wall frame portion 21, the lower end in this lock wall frame portion 21, and knuckle extends the capping 22 of a locking on this roof surface; At ordinary times, cut frame 20 by water and the space 40 of roof 10 with wall surface 30 confluce is closed, can prevent rainwater from immersing indoor from space 40; As Fig. 3,4,5, torridity summer, moisture weight within doors, add burning sun solar radiation roof 10, when Hot wet air heating rises to roof 10, normally obvious with the situation at wall surface 30 intersection corner wall place to collect in roof 10, only existing water cuts the waterproof immersion function that frame 20 is only limitted to close in space 40, and these Hot wet air heatings cannot be provided to emit extraneous path, the result of a large amount of or continuous accumulation corner wall of Hot wet air heating, often causes inner temperature of room to exceed the sultry hard to bear situation of temperature outside room; If the Hot wet air heating that roof 10 and the intersection corner of wall surface 30 can collect rising is discharged the external world or provides ventilation and heat path in good time, too sultry within doors problem in summer effectively must be improved.
Utility model content
For solving the problems of the technologies described above, the purpose of this utility model is: provide a kind of roof water of breathing freely to cut wall mount structure, this structure can reduce roof and neighbour wall surface intersection corner Hot wet air heating is constantly accumulated or heats up, and has result of ventilating heat dissipation within doors.
For achieving the above object, the technical scheme that the utility model adopts is: a kind of roof water of breathing freely cuts wall mount structure, one side end on one roof and the confluce of neighbour one wall surface are installed with a water and cut wall frame, the section configuration that this water cuts wall frame is included in one first locking frame face fixing on this wall surface, it is facial that the lower end of this first locking frame face is extended with a lid frame vertical with this wall surface towards the top knuckle of this limit, roof end, the limit end of this lid frame face then continuous several times 90 degree of knuckles and be formed with and keep off the rain frame portion and an interior lining panel face parallel with this lid frame face, the inner 90 degree of knuckles again of this interior lining panel face are formed with the ventilating board face that has multiple air-vent, between this ventilating board face and this wall surface, there is gap of giving vent to anger, the gradient knuckle on this roof relative, bottom of this ventilating board face extends the second locking frame face of a locking on this roof surface, an exhaust chamber is formed between this second locking frame face and this interior lining panel face, this the second locking frame face and this keep off the rain between frame portion and form a ventilation notch.
Described roof water of breathing freely cuts wall mount structure, this roof is steel plate iron sheet roof, this roof has the surface peening raised line that multiple height rises and falls, this water cuts the second locking frame face locking of wall frame on the surface on this roof, its edge is this roof surface shape relatively, catch before knuckle is extended with one down, and each raised line place corresponding is provided with multiple short slot on this front catch; Passed for raised line by short slot, and by the second locking frame face locking on the raised line of the most not easily ponding, front catch block rainwater can be relied on towards giving vent to anger gap end adverse current.
Described roof water of breathing freely cuts wall mount structure, this water cuts the first locking frame face locking of wall frame on this wall surface, the upper end of this first locking frame face knuckle be extended with offset plate face on outwardly, and on this, offset plate face is also provided with a sealing joint strip with the confluce of this wall surface; Close the slot between the first locking frame face and wall surface by means of sealing adhesive tape, rainwater can not be infiltrated from the first locking frame face and give vent to anger in gap.
Described roof water of breathing freely cuts wall mount structure, this water cuts the interior lining panel face of wall frame, with be formed with a space, top communicating this gap of giving vent to anger between this lid frame face, and this interior lining panel face also offers multiple air vent that this space, top is communicated with this exhaust chamber; Drain into exhaust chamber by means of air vent assisted Extraction for hot temperature air in gap of giving vent to anger, increase hot temperature air and discharge extraneous ability and effect.
Described roof water of breathing freely cuts wall mount structure, the side on this roof is provided with a cornerite frame and is closed by the intersection space side of this roof and this wall surface, this water is cut wall frame and is installed on this roof and this wall surface along this intersection space, this water cuts a side end and this cornerite bezel contact of wall frame, and this cornerite frame is provided with a hush panel, this hush panel is that relatively this water cuts the cover plate body of wall frame section configuration, and one end locking of this hush panel gap of this being given vent to anger in the side end that this water cuts wall frame is closed; Enter by means of hush panel block rainwater the gap of giving vent to anger that water cuts wall frame, the side end avoiding rainwater to cut wall frame from water immerses within doors.
Compared with prior art, the utility model has the advantage of of technique scheme is adopted:
(1) water is utilized to cut wall frame by roof while end is closed with the space of wall surface confluce, decapacitation covers air-vent by means of frame portion of keeping off the rain, prevent rainwater from entering gap of giving vent to anger, and then avoid immersing within doors from this intersection gap, when there being damp-heat air to produce within doors, hot temperature air rises, naturally being pooled to roof and space, wall surface confluce enters after water cuts the space of giving vent to anger of wall frame, exhaust chamber can be drained into via the air-vent on ventilating board face, quick effect of discharging the external world from ventilation notch again, make torridity summer, roof and neighbour wall surface intersection corner Hot wet air heating can be reduced constantly to accumulate or the sultry situation that heats up occurs, promote result of ventilating heat dissipation within doors.
(2) by means of front catch block rainwater towards giving vent to anger gap end adverse current; Close the slot between the first locking frame face and wall surface by means of sealing adhesive tape, can not infiltrate from the first locking frame face in order to do making rainwater and give vent to anger in gap; Drain into exhaust chamber by means of air vent assisted Extraction for hot temperature air in gap of giving vent to anger, increase hot temperature air and discharge extraneous ability and effect; Enter by means of hush panel block rainwater the gap of giving vent to anger that water cuts wall frame, the side end avoiding rainwater to cut wall frame from water immerses within doors.
Accompanying drawing explanation
Fig. 1 is that existing iron sheet roof is while end sets firmly the stereoscopic figure that water cuts frame;
Fig. 2 is that existing water cuts frame structure stereogram;
Fig. 3 is the sectional drawing that existing iron sheet roof water is cut frame and neighbour wall surface and locked;
Fig. 4 is the A portion structure enlarged diagram of Fig. 3;
Fig. 5 is that existing water is cut frame Hot wet air heating and collected the view that cannot discharge;
Fig. 6 is that the utility model water is cut wall frame and is located at roof while hold the stereoscopic figure that is combined with a wall surface;
Fig. 7 is that the utility model water cuts wall frame structure stereogram;
Fig. 8 is the sectional drawing that the utility model water is cut wall frame and neighbour wall surface and locked;
Fig. 9 is the B portion structure enlarged diagram of Fig. 8;
Figure 10 is the view that the utility model water cuts when wall frame Hot wet air heating is discharged;
Figure 11 is that the utility model water cuts the closed structure stereoscopic figure of wall side end.
Description of reference numerals: 10-roof; 11-raised line; 12-cornerite frame; 20-water cuts frame; 21-locks wall frame portion; 22-capping portion; 30-wall surface; 40-space; 50-water cuts wall frame; 500-exhaust chamber; 501-ventilation notch; 51-first locks frame face; 52-lid frame face; 53-keeps off the rain frame portion; 54-interior lining panel face; 540-upper gap; 541-gravity vent; 55-air-vent; 56-ventilating board face; 57-gives vent to anger gap; 58-second locks frame face; Catch before 580-; 581-short slot; The upper offset plate face of 59-; 590-sealing joint strip; 60-hush panel.
Detailed description of the invention
A kind of roof water of breathing freely cuts wall mount structure, as Fig. 6, 7, 8, 9, one side end on one roof 10 and the confluce of neighbour one wall surface 30 are installed with a water and cut wall frame 50, this water cuts the section configuration of wall frame 50, that there is an one first locking frame face 51 fixing on this wall surface 30, the lower end of this first locking frame face 51, towards the top of this limit, roof 10 end, knuckle is extended with a lid frame face 52 vertical with this wall surface 30, the limit end of this lid frame face 52, then continuous several times 90 degree of knuckles and be formed with and keep off the rain frame portion 53 and an interior lining panel face 54 parallel with this lid frame face 52, this interior lining panel face 54 is inner, also 90 degree of knuckles are formed with the ventilating board face 56 that has multiple air-vent 55, between this ventilating board face 56 and this wall surface 30, there is gap 57 of giving vent to anger, and the gradient on this roof 10 relative, bottom, knuckle extends the second locking frame face 58 of a locking on this roof surface, this second locking frame face 58 and this keep off the rain between frame portion 53 and this interior lining panel face 54, and be formed with exhaust chamber 500 and a ventilation notch 501, at ordinary times, water is utilized to cut wall frame 50 by roof 10 while end is closed with the space 40 of wall surface 30 confluce, decapacitation covers air-vent 55 by means of frame portion 53 of keeping off the rain, prevent from rainwater from entering giving vent to anger gap 57, and then avoid immersing within doors from this intersection space 40, as Fig. 8, 9, 10, when there being damp-heat air to produce within doors, hot temperature air rises, naturally being pooled to roof 10 and space, wall surface 30 confluce 40 enters after water cuts the space 57 of giving vent to anger of wall frame 50, exhaust chamber 500 can be drained into via the air-vent 55 on ventilating board face 56, quick effect of discharging the external world from ventilation notch 501 again, in order to do making torridity summer, roof 10 can be reduced constantly to accumulate with neighbour wall surface 30 intersection corner Hot wet air heating or the sultry situation that heats up occurs, promote result of ventilating heat dissipation within doors.
According to above-described embodiment, wherein, as Fig. 6,7,8,9, this roof 10 is steel plate iron sheet roof, have the surface peening raised line 11 that multiple height rises and falls, this water cuts the second locking frame face 58 locking of wall frame 50 on the surface on this roof 10, and its edge is this roof 10 surface configuration relatively, catch 580 before knuckle is extended with one down, and each raised line 11 place corresponding is provided with multiple short slot 581 on this front catch 580; Pass for raised line 11 in order to do by short slot 581, and by the second locking frame face locking on the raised line 11 of the most not easily ponding, front catch 580 block rainwater can be relied on towards giving vent to anger gap 57 end adverse current.
According to above-described embodiment, wherein, as Fig. 6,7,8,9, this water cuts the first locking frame face 51 locking of wall frame 50 on this wall surface 30, the upper end of this first locking frame face 51 is that knuckle is extended with offset plate face 59 on outwardly, and on this, offset plate face 59 is also provided with a sealing joint strip 590 with the confluce of this wall surface 30; Close the slot between the first locking frame face 51 and wall surface 30 by means of sealing adhesive tape 590, can not infiltrate from the first locking frame face 51 in order to do making rainwater and give vent to anger in gap 57.
According to above-described embodiment, wherein, as Fig. 6,7,8,9, this water cuts the interior lining panel face 54 of wall frame 50, with be formed with a space, top 540 communicating this gap 57 of giving vent to anger between this lid frame face 52, and this interior lining panel face 54 also offers multiple air vent 541 that this space, top 540 is communicated with this exhaust chamber 500; Drain into exhaust chamber 500 by means of air vent 541 assisted Extraction for hot temperature air in gap 57 of giving vent to anger, increase hot temperature air and discharge extraneous ability and effect.
According to above-described embodiment, wherein, as Fig. 6,11, the side on this roof 10, be provided with a cornerite frame 12 this roof 10 is closed with intersection space 40 side of this wall surface 30, this water is cut wall frame 50 and is installed on this roof 10 and this wall surface 30 along this intersection space 40, one side end and in this cornerite frame 12, and this cornerite frame 12 is provided with a hush panel 60, this hush panel 60 is that this water cuts the cover plate body of wall frame 50 section configuration relatively, one end also locks in the side end that this water cuts wall frame 50, and gap 57 of this being given vent to anger is closed; Enter by means of hush panel 60 block rainwater the gap 57 of giving vent to anger that water cuts wall frame 50, the side end avoiding rainwater to cut wall frame 50 from water immerses within doors.
More than illustrate the utility model just illustrative; and nonrestrictive, those of ordinary skill in the art understand, when not departing from the spirit and scope that appended manual limits; many amendments, change or equivalence can be made, but all will fall in protection domain of the present utility model.
Claims (5)
1. roof water of breathing freely cuts wall mount structure, it is characterized in that, one side end on one roof and the confluce of neighbour one wall surface are installed with a water and cut wall frame, the section configuration that this water cuts wall frame is included in one first locking frame face fixing on this wall surface, it is facial that the lower end of this first locking frame face is extended with a lid frame vertical with this wall surface towards the top knuckle of this limit, roof end, the limit end of this lid frame face then continuous several times 90 degree of knuckles and be formed with and keep off the rain frame portion and an interior lining panel face parallel with this lid frame face, the inner 90 degree of knuckles again of this interior lining panel face are formed with the ventilating board face that has multiple air-vent, between this ventilating board face and this wall surface, there is gap of giving vent to anger, the gradient knuckle on this roof relative, bottom of this ventilating board face extends the second locking frame face of a locking on this roof surface, an exhaust chamber is formed between this second locking frame face and this interior lining panel face, this the second locking frame face and this keep off the rain between frame portion and form a ventilation notch.
2. roof as claimed in claim 1 water of breathing freely cuts wall mount structure, it is characterized in that, this roof is steel plate iron sheet roof, this roof has the surface peening raised line that multiple height rises and falls, this water cuts the second locking frame face locking of wall frame on the surface on this roof, its edge is this roof surface shape relatively, catch before knuckle is extended with down, and each raised line place corresponding is provided with multiple short slot on this front catch; Passed for raised line by short slot, and by the second locking frame face locking on the raised line of the most not easily ponding, front catch block rainwater can be relied on towards giving vent to anger gap end adverse current.
3. roof as claimed in claim 1 water of breathing freely cuts wall mount structure, it is characterized in that, this water cuts the first locking frame face locking of wall frame on this wall surface, the upper end of this first locking frame face knuckle be extended with offset plate face on outwardly, and on this, offset plate face is also provided with a sealing joint strip with the confluce of this wall surface; Close the slot between the first locking frame face and wall surface by means of sealing adhesive tape, rainwater can not be infiltrated from the first locking frame face and give vent to anger in gap.
4. roof as claimed in claim 1 water of breathing freely cuts wall mount structure, it is characterized in that, this water cuts the interior lining panel face of wall frame, with be formed with a space, top communicating this gap of giving vent to anger between this lid frame face, and this interior lining panel face also offers multiple air vent that this space, top is communicated with this exhaust chamber; Drain into exhaust chamber by means of air vent assisted Extraction for hot temperature air in gap of giving vent to anger, increase hot temperature air and discharge extraneous ability and effect.
5. roof as claimed in claim 1 water of breathing freely cuts wall mount structure, it is characterized in that, the side on this roof is provided with a cornerite frame and is closed by the intersection space side of this roof and this wall surface, this water is cut wall frame and is installed on this roof and this wall surface along this intersection space, this water cuts a side end and this cornerite bezel contact of wall frame, and this cornerite frame is provided with a hush panel, this hush panel is that relatively this water cuts the cover plate body of wall frame section configuration, and one end locking of this hush panel gap of this being given vent to anger in the side end that this water cuts wall frame is closed; Enter by means of hush panel block rainwater the gap of giving vent to anger that water cuts wall frame, the side end avoiding rainwater to cut wall frame from water immerses within doors.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420787379.0U CN204571112U (en) | 2014-12-12 | 2014-12-12 | Roof water of breathing freely cuts wall mount structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420787379.0U CN204571112U (en) | 2014-12-12 | 2014-12-12 | Roof water of breathing freely cuts wall mount structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204571112U true CN204571112U (en) | 2015-08-19 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420787379.0U Expired - Fee Related CN204571112U (en) | 2014-12-12 | 2014-12-12 | Roof water of breathing freely cuts wall mount structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204571112U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107401255A (en) * | 2017-08-18 | 2017-11-28 | 北京中恒嘉业装饰工程有限公司 | Closing in waterproof construction and closing method between balcony and oblique top tile |
-
2014
- 2014-12-12 CN CN201420787379.0U patent/CN204571112U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107401255A (en) * | 2017-08-18 | 2017-11-28 | 北京中恒嘉业装饰工程有限公司 | Closing in waterproof construction and closing method between balcony and oblique top tile |
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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: 20150819 Termination date: 20161212 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |