CN206368501U - A kind of drainage system for glass sunlight house - Google Patents
A kind of drainage system for glass sunlight house Download PDFInfo
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- CN206368501U CN206368501U CN201720019852.4U CN201720019852U CN206368501U CN 206368501 U CN206368501 U CN 206368501U CN 201720019852 U CN201720019852 U CN 201720019852U CN 206368501 U CN206368501 U CN 206368501U
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- girder
- guiding gutter
- drainage element
- sunlight house
- glass sunlight
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Abstract
The utility model discloses a kind of drainage system for glass sunlight house, belong to glass sunlight house technical field, including girder, curb girder and auxiliary girder, the girder is provided with a left side first, left second guiding gutter and the right side first, right second guiding gutter, curb girder is provided with the first guiding gutter and the second guiding gutter, the auxiliary girder is arranged on girder and curb girder, the auxiliary girder is formed for pacifying glazing framework with girder and curb girder, the auxiliary girder is extended to above a left side first, left second guiding gutter and the right side first, right second guiding gutter of girder, and is extended to above first, second guiding gutter of curb girder.The utility model is no longer dependent on fluid sealant to reach the purpose of preventing water leakage, even if fluid sealant aging or other factors are there is no sealing function, glass sunlight house also will not leak, solve the significant problem that glass sunlight house easily leaks, be conducive to the promotion and application of glass sunlight house.
Description
Technical field
The utility model is related to glass sunlight house technical field, is specifically related to a kind of drainage system for glass sunlight house.
Background technology
Glass sunlight house is a new product in recent years, but the great defect that glass sunlight house often occurs is just
The problem of being roof leak.Glass sunlight house leak is typically caused by underlying cause：
What the 1st, the framework of glass sunlight house was built is unstable.Because framework is insecure and glass sunlight house top glass is usually very heavy
, unstable framework is under the pressure of glass, the slight deformation that glass sunlight house can be caused overall, and basic framework is once deformed so
The fluid sealant of itself and wall junction will be pulled open slightly, and the fluid sealant of framework junction is also equally can be by slight drawing
Open, such fluid sealant is opened position and drainage just occurs, because the deformation of this framework typically visually be can't see,
So leak caused by this reason, is typically not easy to be realized by glass sunlight house producer.This exactly many glass sunlight houses build
It has been made that, but one rains and occurs as soon as the phenomenon of leak, and repaired the place that but always can not find reason many times.
2nd, there is no sealing function for the fluid sealant used in the roof structure of glass sunlight house.The quality of fluid sealant is also to determine one
The major reason of individual glass sunlight house preventing water leakage performance quality.The leakproof of existing glass sunlight house is aqueous mostly to depend on this fluid sealant,
Therefore the reason for fluid sealant plays extremely important for this glass sunlight house preventing water leakage, because glass sunlight house frame section bar is affirmed first
Be not in leak, the covering at top, glass, color steel etc. these, it is not in leak to be also, and the appearance of leak is just
It is the seam crossing of section bar and section bar, covering and covering, what these junctions were relied on is exactly fluid sealant waterproof.It is ropy close
Sealing waterproof effect is very poor, can't forbid the immersion of rainwater, and the time one, which is grown, easily to be occurred rotting to cause the roof leak of glass sunlight house, is had
The clear-cut just basic anti-incessantly water of very poor fluid sealant.
Notification number is CN201232304, and date of declaration discloses one for the Chinese utility model patent on May 6th, 2009
Slope roof drainage system for aluminum alloy sunlight house is planted, including aluminium alloy purlin material and rafter material are constituted on roof glass framework, purlin material
There is V-arrangement to uncover aquaporin on the outside of the inner seal bar of glass and section bar main chamber upper wall formation rain water channel, the sealing joint strip,
The inner seal adhesive tape of glass on rafter material and purlin material " T " junction, rafter material disconnects, as rain water channel entrance, on purlin material
Including rain water channel, V-arrangement dew passage, section bar main chamber in ladder successively lordosis.Although the patent is improved in structure,
That the quality of fluid sealant is still the major reason for determining glass sunlight house preventing water leakage performance quality, when fluid sealant because aging or other because
Element is there is no during sealing function, and the situation of following leak just occurs in glass sunlight house：
1st, external rainwater is introduced drainage channel by the slope on the patent utilization roof, and water is discharged, but the pair on roof
Beam is is horizontally mounted, and after auxiliary girder exports unnecessary rainwater, auxiliary girder two ends can produce a small amount of backwater, bottom surface of the backwater along auxiliary girder
The junction of auxiliary girder and girder is flowed to, because the fluid sealant of its junction is there is no sealing function, then backwater passes through junction
Gap, instill room in, there is the phenomenon of house leak；
2nd, the rainwater of glass edge flows to glass and girder junction, glass and auxiliary girder junction and glass along glass bottom surface
Glass and curb girder junction, because the fluid sealant of junction is there is no sealing function, the gap that rainwater is passed through junction falls into room
It is interior, so as to occur roof drainage.
Utility model content
The utility model is difficult discharge and glass and the rain of house beam junction to solve the above-mentioned backwater of auxiliary girder in the prior art
The problem of water is difficult discharge is no longer dependent on fluid sealant to reach there is provided a kind of drainage system for glass sunlight house, the utility model
To the purpose of preventing water leakage, even if fluid sealant aging or other factors are there is no sealing function, glass sunlight house also will not leak, solve
The significant problem that glass sunlight house easily leaks, is conducive to the promotion and application of glass sunlight house.
In order to solve the above technical problems, the technical scheme that the utility model is used is：
A kind of drainage system for glass sunlight house, including girder, curb girder and auxiliary girder, it is characterised in that：The girder is provided with
Left drainage element, right drainage element and connector, the left drainage element are connected in the left side of connector, the left drainage element provided with a left side
Left drainage element is divided into left first guiding gutter and left second guiding gutter, the right drainage element connection by diversion wall, the left diversion wall
On the right side of connector, right diversion wall is provided with the right drainage element, right drainage element is divided into the right side first and led by the right diversion wall
Tank and right second guiding gutter；The curb girder side, which is provided with drainage element, the drainage element, is provided with diversion wall, and the diversion wall will
Drainage element is divided into the first guiding gutter and the second guiding gutter；The curb girder be arranged on roof both sides, the erection of main beam curb girder it
Between, the auxiliary girder is horizontally arranged on girder and curb girder, and the auxiliary girder is formed for pacifying glazing framework with girder and curb girder,
The auxiliary girder extends into a left side first for girder, left second guiding gutter top and the right side first, right second guiding gutter top, and extension
To above first, second guiding gutter of curb girder.
Further, the section of the connector is door shape hollow cavity, and the left drainage element is connected to cavity in a shape
Body left bottom, the right drainage element is connected to a shape hollow cavity bottom right side.
Further, the girder also includes gap bridge cut-off, and the gap bridge cut-off is in the left side of left drainage element and right draining
The right side of part respectively installs one, and the gap bridge cut-off is provided with the 3rd guiding gutter, and the on the gap bridge cut-off in left side the 3rd leads
Left first guiding gutter on tank and girder is communicated, the right side on the 3rd guiding gutter and girder on the gap bridge cut-off on right side
First guiding gutter is communicated.
Further, the gap bridge cut-off is provided with two cavitys up and down.
Further, the drainage system for glass sunlight house also includes front-axle beam, and the front-axle beam is fixed on the branch of glass sunlight house
On dagger, conversion beam is fixed with the front-axle beam, the opposite side of the conversion beam is fixedly connected with girder and curb girder, the front-axle beam
Provided with rhone, the lower end of the girder and curb girder is extended into rhone across conversion beam.
Compared with prior art, the utility model has the advantages that：
1st, the utility model includes girder, curb girder and auxiliary girder, and the girder is provided with left drainage element and right drainage element, the left side
Drainage element is provided with left first guiding gutter and left second guiding gutter, and the right drainage element is provided with right first guiding gutter and right second water guide
Groove, the curb girder is provided with the first guiding gutter and the second guiding gutter, and the auxiliary girder extends into a left side first for girder, left second water guide
Above groove and above the right side first, right second guiding gutter, and extend to above first, second guiding gutter of curb girder.When top outdoor has
During the rainwater of part seepage, auxiliary girder imports rainwater in girder and curb girder, left first guiding gutter and the right side first of the rainwater from girder
Flowed out in first guiding gutter of guiding gutter and curb girder；Because auxiliary girder is horizontally mounted, a small amount of return is had during auxiliary girder level export water
Water, this small amount of backwater is back to along auxiliary girder bottom surface at the diversion wall of girder and curb girder, and sealant sealing can be used at this diversion wall
Extremely, prevent backwater further flow back, when fluid sealant at sealing function or diversion wall there is no fluid sealant is not broken, backwater then by
Diversion wall is introduced into left second guiding gutter of girder and in the second guiding gutter of right second guiding gutter and curb girder and then is discharged；So
The water of volume is discharged with the first guiding gutter of right first guiding gutter and curb girder by left first guiding gutter of girder, passes through girder
Second guiding gutter of left second guiding gutter and right second guiding gutter and curb girder discharges a small amount of backwater, and the utility model just can be thorough
The rainwater of seepage is discharged, reaches and does not beat the technique effect that fluid sealant is also capable of preventing water leakage very well.
2nd, the section of the utility model connector is door shape hollow cavity, can penetrate in the middle cavity of connector steel bar or
Other materials, makes the field of load of girder become big, it is born bigger external force, so that house beam is more consolidated.
3rd, the utility model girder also includes gap bridge cut-off, and the gap bridge cut-off is in the left side of left drainage element and right drainage element
Right side respectively install one, the gap bridge cut-off be provided with the 3rd guiding gutter, the 3rd water guide on the gap bridge cut-off in left side
Left first guiding gutter on groove and girder is communicated, and right the on the 3rd guiding gutter and girder on the gap bridge cut-off on right side
One guiding gutter is communicated.When having the rainwater of seepage at glass edge, rainwater is back to the company of glass and girder along glass bottom surface
Connect the junction of place, glass and curb girder and the junction of glass and auxiliary girder；When rainwater is back to the junction of glass and girder,
This junction has for the adhesive tape of bearing glass and for sealed fluid sealant, the sealing if fluid sealant fails or do not beaten herein
Glue, rainwater then can flow into the 3rd guiding gutter along the side wall of the 3rd guiding gutter, because of the 3rd guiding gutter and left first guiding gutter and the right side
First guiding gutter is communicated, so rainwater can be further flowed into left first guiding gutter and right first guiding gutter, so that rainwater
It is discharged；When rainwater is back to the junction of glass and auxiliary girder, rainwater is introduced into the tank of auxiliary girder by the side wall of auxiliary girder, then by
Auxiliary girder imports rainwater in left first guiding gutter of girder and the first guiding gutter of right first guiding gutter and curb girder, and part backwater draws
Enter in left second guiding gutter of girder and the second guiding gutter of right second guiding gutter and curb girder, so that rainwater is discharged；Work as rainwater
It is back at the diversion wall of curb girder, can be equally shut at this diversion wall with fluid sealant, prevents backwater from further flowing back, work as sealing
When not breaking fluid sealant at glue failure or diversion wall, rainwater is then introduced in the second guiding gutter of curb girder by diversion wall, so that rainwater
It is discharged；The problem of so solving rain leakage from multi-angle, it is ensured that glass sunlight house is in fluid sealant failure or does not break fluid sealant
When it is all water-tight.
4th, the utility model gap bridge cut-off is provided with two cavitys up and down.The setting of two cavitys improve gap bridge cut-off every
Hot property；Some heat-barrier materials can also be inserted in cavity, more preferable heat-proof quality is made it have.
5th, the utility model also includes front-axle beam for the drainage system of glass sunlight house, and the front-axle beam is fixed on the support of glass sunlight house
On post, conversion beam is fixed with the front-axle beam, the opposite side of the conversion beam is fixedly connected with girder and curb girder, and the front-axle beam is set
There is rhone, the lower end of the girder and curb girder is extended into rhone across conversion beam.In girder and each guiding gutter of curb girder
Water is flowed into rhone, rhone is unified to discharge rainwater, it is to avoid each girder and curb girder end are all entered caused by dripping
Go out the problem of glass sunlight house is inconvenient.
6th, the utility model is by adding the second guiding gutter so that the auxiliary girder of glass sunlight house and girder, auxiliary girder and curb girder
Junction just can solve the problem that the technical problem of auxiliary girder backwater independent of fluid sealant, be led by the be arranged on gap bridge cut-off the 3rd
Tank, the rainwater infiltered from the junction of glass and girder, curb girder is drained, and is reached when fluid sealant fails or without using close
Sealing, glass sunlight house also will not leak technique effect, solve the significant problem of the easy leak of glass sunlight house.Meanwhile, because this reality
With new independent of fluid sealant, it is possible to reduce glass sunlight house later maintenance of leak because of fluid sealant failure, maintenance cost is saved；
In other fluid sealant to contain easy volatile solvent, these easy volatile solvents can both damage the health of people or can pollute air more, this
Utility model can not only improve living environment completely without using fluid sealant, and the use cost of material is saved again.
Brief description of the drawings
Fig. 1 is the schematic diagram of the utility model embodiment 1；
Fig. 2 is the sectional view of the middle girder of the utility model embodiment 1；
Fig. 3 is curb girder and the schematic diagram of auxiliary girder junction in the utility model embodiment 1；
Fig. 4 is the schematic diagram of the junction of the middle girder of the utility model embodiment 1 and auxiliary girder；
Fig. 5 is the sectional view of the middle girder of the utility model embodiment 2；
Fig. 6 is front-axle beam and girder junction schematic diagram in the utility model embodiment 3.
Reference：1st, girder；11st, left drainage element；111st, left diversion wall；112nd, left first guiding gutter；113rd, a left side second
Guiding gutter；12nd, right drainage element；121st, right diversion wall；122nd, right first guiding gutter；123rd, right second guiding gutter；13rd, connector；
14th, gap bridge cut-off；15th, the 3rd guiding gutter；2nd, curb girder；211st, diversion wall；212nd, the first guiding gutter；213rd, the second guiding gutter；22、
Water fender；3rd, auxiliary girder；4th, front-axle beam；41st, rhone；5th, conversion beam.
Embodiment
With reference to embodiment, the utility model will be further described, and described embodiment is only that this practicality is new
A part of embodiment of type, is not whole embodiments.Based on the embodiment in the utility model, the ordinary skill people of this area
Other embodiments used that member is obtained under the premise of creative work is not made, belong to protection model of the present utility model
Enclose.
Embodiment 1
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, a kind of drainage system for glass sunlight house, including girder 1, curb girder 2 and auxiliary girder
3, the girder 1 includes integrally welded left drainage element 11, right drainage element 12 and connector 13, and the connector 13 is section
It is the hollow cavity of a shape, the left drainage element 11 is provided with left diversion below the left side of connector 13 in the left drainage element 11
Left drainage element is divided into left first guiding gutter 112 and left second guiding gutter 113, the right row by wall 111, the left diversion wall 111
Water part 12 is provided with right diversion wall 121 in the right drainage element 12 in the lower right-hand side of connector 13, and the right diversion wall 121 is by the right side
Drainage element is divided into right first guiding gutter 122 and right second guiding gutter 123；The side of curb girder 2 is provided with drainage element, the drainage element
Interior to be provided with diversion wall 211, drainage element is divided into the first guiding gutter 212 and the second guiding gutter 213, the curb girder 2 by the diversion wall
Opposite side is provided with water fender 22；The curb girder 2 is arranged on roof both sides, and the girder 1 is arranged between curb girder 2, flat with curb girder 2
OK, the auxiliary girder 3 and girder 1 and curb girder 2 are orthogonal, and the frame of auxiliary girder 3 is formed on girder 1 and curb girder 2 with girder 1 and curb girder 2
For pacifying glazing framework, auxiliary girder 3 extends into left first guiding gutter 112 of girder 1, left second guiding gutter 113 and right the
One guiding gutter 122, the top of right second guiding gutter 123, and extend into the first guiding gutter 212 of curb girder 2, the second guiding gutter 213
Top.
In Fig. 1, Fig. 2, Fig. 3 and Fig. 4, black arrow symbol represents the trend of rainwater：The rainwater of seepage flows into girder 1, side
In beam 2 and auxiliary girder 3, the rainwater in girder 1 flows away from left first guiding gutter 112 and right first guiding gutter 122, in curb girder 2
Rainwater is flowed away from the first guiding gutter 212, and the rainwater part on auxiliary girder 3 is flowed on girder 1, and a part is flowed into curb girder 2
On, the rainwater being flowed on girder 1 flows away from left first guiding gutter 112 and right first guiding gutter 122, part backwater from a left side second
Guiding gutter 113 and right second guiding gutter 123 are flowed away, and the rainwater being flowed on curb girder 2 flows away from the first guiding gutter 212, and part is returned
Water flows away from the second guiding gutter 213.
Embodiment 2
As shown in figure 5, the present embodiment further optimizes on the basis of embodiment 1, a kind of draining system for glass sunlight house
System, including girder 1, curb girder 2 and auxiliary girder 3, the girder 1 include integrally formed left drainage element 11, right drainage element 12 and connection
Part 13, in addition to gap bridge cut-off 14, the connector 13 are the hollow cavity that section is a shape, and the left drainage element 11 is in connection
Left diversion wall 111 is provided with the left side of part 13 lower section, the left drainage element 11, left drainage element is divided into a left side by the left diversion wall 111
First guiding gutter 112 and left second guiding gutter 113, the right drainage element 12 is in the lower right-hand side of connector 13, the right drainage element
Right diversion wall 121 is provided with 12, right drainage element is divided into right first guiding gutter 122 and right second water guide by the right diversion wall 121
Groove 123；One gap bridge cut-off 14 is respectively installed, the gap bridge cut-off 14 is provided with the 3rd on the left of left drainage element and on the right side of right drainage element
Guiding gutter 15, the left phase of first guiding gutter 112 on the 3rd guiding gutter 15 and girder 1 on the gap bridge cut-off 14 in left side
Logical, right first guiding gutter 122 on the 3rd guiding gutter 15 and girder 1 on the gap bridge cut-off on right side is communicated；The side
The side of beam 2, which is provided with drainage element, the drainage element, is provided with diversion wall 211, and drainage element is divided into the first guiding gutter by the diversion wall
212 and second guiding gutter 213, the curb girder opposite side is provided with water fender 22；The curb girder 2 is arranged on roof both sides, the master
Beam 1 is arranged between curb girder 2, and parallel with curb girder 2, the auxiliary girder 3 and girder 1 and curb girder 2 are orthogonal, and auxiliary girder 3 is extended into
Left first guiding gutter 112, left second guiding gutter 113 and right first guiding gutter 122 of girder 1, the top of right second guiding gutter 123,
And extend into the first guiding gutter 212 of curb girder 2, the top of the second guiding gutter 213.
In Fig. 5, black arrow symbol represents the trend of rainwater：Except in the case of described in embodiment 1, in the present embodiment when
When rainwater is back to the junction of glass and girder 1, rainwater can flow into the 3rd guiding gutter 15 along the side wall of the 3rd guiding gutter 15,
Because the 3rd guiding gutter 15 is communicated with left first guiding gutter 112 and right first guiding gutter 122, so rainwater can be further flowed into
In left first guiding gutter 112 and right first guiding gutter 122, so as to be discharged；When rainwater is back to the junction of glass and auxiliary girder 3
When, rainwater is introduced into the tank of auxiliary girder 3 by the side wall of auxiliary girder 3, then is imported rainwater in girder 1 and curb girder 2 by auxiliary girder, so that rain
Water is discharged；When rainwater is back at the diversion wall 211 of curb girder 2, the second guiding gutter 212 of curb girder 2 is introduced by diversion wall 211
It is interior, so as to be discharged.
Embodiment 3
As shown in fig. 6, the present embodiment further optimizes on the basis of embodiment 2, a kind of draining system for glass sunlight house
System, including girder 1, curb girder, auxiliary girder and front-axle beam 4, the front-axle beam 1 are fixed on the support column of glass sunlight house, fixed on the front-axle beam 1
There is conversion beam 5, the opposite side of the conversion beam 5 is fixedly connected with girder 1 and curb girder, the front-axle beam 4 is provided with rhone 41, described
The lower end delivery port of girder 1 and curb girder is extended into rhone 41 across conversion beam 5.
In Fig. 6, black arrow symbol represents the trend of rainwater：Except in the case of embodiment 1 and the description of embodiment 2, this
Left first guiding gutter 112, right first guiding gutter 122, left second guiding gutter 113, right first guiding gutter 123, first in embodiment
Water in the guiding gutter 213 of guiding gutter 212 and second is finally flowed into the rhone 41 of front-axle beam 4, unified by rainwater by rhone 41
Discharge.
Claims (5)
1. a kind of drainage system for glass sunlight house, including girder, curb girder and auxiliary girder, it is characterised in that：The girder is provided with a left side
Drainage element, right drainage element and connector, the left drainage element is connected in the left side of connector, the left drainage element to be drawn provided with a left side
Left drainage element is divided into left first guiding gutter and left second guiding gutter by water wall, the left diversion wall, and the right drainage element is connected to
Right diversion wall is provided with the right side of connector, the right drainage element, right drainage element is divided into right first water guide by the right diversion wall
Groove and right second guiding gutter；The curb girder side, which is provided with drainage element, the drainage element, is provided with diversion wall, and the diversion wall will be arranged
Water part is divided into the first guiding gutter and the second guiding gutter；The curb girder be arranged on roof both sides, the erection of main beam between curb girder,
The auxiliary girder is horizontally arranged on girder and curb girder, and the auxiliary girder is formed for pacifying glazing framework, institute with girder and curb girder
State auxiliary girder to extend into above a left side first, left second guiding gutter and the right side first, right second guiding gutter of girder, and extend to curb girder
First, second guiding gutter above.
2. the drainage system according to claim 1 for glass sunlight house, it is characterised in that：The girder is also disconnected including gap
Bridge, the gap bridge cut-off respectively installs one on the left side of left drainage element and the right side of right drainage element, and the gap bridge cut-off is provided with the
Three guiding gutters, left first guiding gutter on the 3rd guiding gutter and girder on the gap bridge cut-off in left side is communicated, and is arranged on
Right first guiding gutter on the 3rd guiding gutter and girder on the gap bridge cut-off on right side is communicated.
3. the drainage system according to claim 2 for glass sunlight house, it is characterised in that：Above and below the gap bridge cut-off is provided with
Two cavitys.
4. the drainage system for glass sunlight house according to claim 1,2 or 3, it is characterised in that：Section of the connector
Face is door shape hollow cavity, and the left drainage element is connected to a shape hollow cavity left bottom, and the right drainage element is connected to door
Shape hollow cavity bottom right side.
5. the drainage system for glass sunlight house according to claim 1,2 or 3, it is characterised in that：It is described to be used for glass sunlight house
Drainage system also include front-axle beam, the front-axle beam is fixed on the support column of glass sunlight house, and conversion beam, institute are fixed with the front-axle beam
The opposite side for stating conversion beam is fixedly connected with girder and curb girder, and the front-axle beam is provided with rhone, the lower end of the girder and curb girder
Extended into across conversion beam in rhone.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720019852.4U CN206368501U (en) | 2017-01-09 | 2017-01-09 | A kind of drainage system for glass sunlight house |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720019852.4U CN206368501U (en) | 2017-01-09 | 2017-01-09 | A kind of drainage system for glass sunlight house |
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| Publication Number | Publication Date |
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| CN206368501U true CN206368501U (en) | 2017-08-01 |
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ID=59391046
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109537820A (en) * | 2018-11-20 | 2019-03-29 | 孙广凯 | Glass roof frame and its water discharge method |
| CN114319610A (en) * | 2021-12-18 | 2022-04-12 | 山西省安装集团股份有限公司 | Assembled frame and construction method |
| CN114351952A (en) * | 2022-01-04 | 2022-04-15 | 静美幕墙技术有限公司 | Double-deck functional type shutter type ventilation rain-proof system of roofing |
-
2017
- 2017-01-09 CN CN201720019852.4U patent/CN206368501U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109537820A (en) * | 2018-11-20 | 2019-03-29 | 孙广凯 | Glass roof frame and its water discharge method |
| CN114319610A (en) * | 2021-12-18 | 2022-04-12 | 山西省安装集团股份有限公司 | Assembled frame and construction method |
| CN114319610B (en) * | 2021-12-18 | 2023-12-01 | 山西省安装集团股份有限公司 | Assembled frame and construction method |
| CN114351952A (en) * | 2022-01-04 | 2022-04-15 | 静美幕墙技术有限公司 | Double-deck functional type shutter type ventilation rain-proof system of roofing |
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