CN209620445U - High-performance multiple waterproof energy-saving lighting, which opens, opens window system - Google Patents
High-performance multiple waterproof energy-saving lighting, which opens, opens window system Download PDFInfo
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- CN209620445U CN209620445U CN201920088417.6U CN201920088417U CN209620445U CN 209620445 U CN209620445 U CN 209620445U CN 201920088417 U CN201920088417 U CN 201920088417U CN 209620445 U CN209620445 U CN 209620445U
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Abstract
It is opened the utility model relates to a kind of high-performance multiple waterproof energy-saving lighting and opens window system, including daylighting roof construction, the structure of operable window on daylighting roof construction, and the hermetic water-proof structure between daylighting roof construction and structure of operable window；Daylighting roof construction includes lighting roof main body, the unlatching window being opened in lighting roof main body, and the unlatching framework in lighting roof main body, opens framework and encloses the surrounding for being set to and opening window；Structure of operable window includes the unlatching fan body at unlatching window, and set on the opening sash frame for opening fan body surrounding, opening sash frame is corresponding with framework is opened；Hermetic water-proof structure includes the first sealing structure between the external side of opening frame and opening sash frame outside, and the second seals structure between side in opening frame body and opening sash frame inside.Scheme provided by the utility model considers waterproof sealing from structure design, accomplishes that soft seal is combined with hard sealing, does not increase extra design, and achievees the effect that effective waterproof, seepage control.
Description
Technical field
The utility model relates to architectural lighting technical fields, more particularly to a kind of high-performance multiple waterproof energy-saving lighting top
Open window system.
Background technique
In modern architecture, in order to obtain better daylighting effect, architect can be on the entrance of building, passageway, roof etc.
On the one hand public domain can efficiently use space, on the other hand penetrating light may be used using lighting roof or light the canopy design of large area
Construct different architectural style and one of different beautiful landscape.And according to related specifications, lighting roof is especially closed
Light canopy require a certain proportion of unlatching window, in favor of fire-fighting requirements such as ventilation smoke exhausts.
Currently, lighting roof or shelf daylighting in the market is mostly fixed full-enclosed structure, have openable windows on a small quantity is also general
Logical structure of operable window, only with two seals adhesive tape sealing, if this openable windows are arranged in vertical direction, waterproof effect
Fruit is pretty good；But when this openable windows wide-angle tilt or lying status are arranged, waterproof effect cannot guarantee, especially
It is for large area lighting roof or light canopy.Moreover, more or less there is leak or infiltration in domestic overwhelming majority lighting roof or light canopy
The phenomenon that, beauty is gently then influenced, it is serious just to will affect normal use, or even heavy losses can be caused to user.
Utility model content
Based on this, the utility model, which provides a kind of high-performance multiple waterproof energy-saving lighting and opens, opens window system, sets from structure
Waterproof sealing is considered on meter, accomplishes that soft seal is combined with hard sealing, does not increase extra design, and reaches effective waterproof, seepage control
Effect.
In order to achieve the above objectives, the utility model proposes following technical solutions:
A kind of high-performance multiple waterproof energy-saving lighting, which opens, opens window system, including daylighting roof construction, is set to the lighting roof
Structure of operable window in structure, and the hermetic water-proof structure between the daylighting roof construction and the structure of operable window；
The daylighting roof construction includes lighting roof main body, the unlatching window being opened in the lighting roof main body, Yi Jishe
Unlatching framework in the lighting roof main body, the framework of opening are enclosed set on the surrounding for opening window；
The structure of operable window includes the unlatching fan body at the unlatching window, and is set to the unlatching fan body four
The opening sash frame in week, the opening sash frame are corresponding with the unlatching framework；
The hermetic water-proof structure includes first between the external side of the opening frame and opening sash frame outside
Sealing structure, and the second seals structure between side in the opening frame body and opening sash frame inside.
Optionally, the framework of opening includes being set to the framework master set on the framework main body for opening window surrounding
On body and it is located outside the framework outer end of side, and in the framework main body and is located at the framework inner end of indoor；
The opening sash frame includes being set in the fan frame main body, simultaneously set on the fan frame main body for opening window surrounding
It is located outside the fan frame outer end of side, and the fan frame inner end in the fan frame main body and positioned at indoor；The opening door-leaf
Body be set to the fan frame main body in, the fan frame main body is correspondingly arranged in the framework main body, and the fan frame outer end with it is described
Framework outer end is corresponding, and the fan frame inner end is corresponding with the framework inner end；
First sealing structure includes prominent the first seal convexity being set on the inside of the framework outer end, and protrusion is set
The first sealing plastic structure on the outside of the fan frame outer end, the first sealing plastic structure and first seal convexity push against；
Alternatively,
First sealing structure includes prominent the first seal convexity being set on the outside of the fan frame outer end, and protrusion is set
The first sealing plastic structure on the inside of the framework outer end, the first sealing plastic structure and first seal convexity push against.
Optionally, first seal convexity is adopted from the edge of the framework outer end from the unlatching window direction to described
The direction of spire main body extends, the direction simultaneously to the fan frame outer end is close, and the first sealing plastic structure includes by described
The the first fan frame protrusion and be set to first fan frame protrusion that fan frame outer end edges extend to the lighting roof main direction
First sealing joint strip of portion end, first sealing joint strip and first seal convexity end push against；Alternatively,
First seal convexity is from the edge of the fan frame outer end from the fan frame main direction to close to the daylighting
The direction for pushing up main body extends, is close to the direction of the framework main body simultaneously, and the first sealing plastic structure includes by the frame
The the first framework protrusion and be set to the first framework protrusion that external end margin extends to the lighting roof main direction
First sealing joint strip of end, first sealing joint strip and first seal convexity end push against.
Optionally, first sealing structure further includes prominent the second seal convexity being set on the outside of the framework outer end,
And prominent the second sealing plastic structure being set on the inside of the fan frame outer end, the second sealing plastic structure and second sealing
Protrusion pushes against；Alternatively,
First sealing structure includes prominent the second sealing plastic structure being set on the outside of the framework outer end, and prominent
The second seal convexity on the inside of the fan frame outer end, the second sealing plastic structure and second seal convexity push against；
First seal convexity, the first sealing plastic structure, the fan frame outer end, second seal convexity, institute
It states to enclose between the second sealing plastic structure, the framework outer end and sets to form first annular seal space structure.
Optionally, first sealing structure further includes prominent the second seal convexity being set on the outside of the framework outer end,
And prominent the second sealing plastic structure being set on second seal convexity, described second seals outside plastic structure and the fan frame
End pushes against；Alternatively,
First sealing structure includes prominent the second seal convexity being set on the inside of the fan frame outer end, and protrusion is set
In the second sealing plastic structure on second seal convexity, the second sealing plastic structure and the framework outer end are pushed against；
First seal convexity, the first sealing plastic structure, the fan frame outer end, second seal convexity, institute
It states to enclose between the second sealing plastic structure, the framework outer end and sets to form first annular seal space structure.
Optionally, second seal convexity is from the edge of the framework outer end from the lighting roof main direction to close
The direction for opening window extends, the second sealing plastic structure include it is prominent be set on the inside of the fan frame outer end it is second close
Seal strip, second sealing joint strip and second seal convexity end push against；Alternatively,
Second seal convexity is from the edge of the fan frame outer end from the unlatching window direction to close to the daylighting
The direction for pushing up main body extends, and the second sealing plastic structure includes prominent the second sealant being set on the outside of the framework outer end
Item, second sealing joint strip and second seal convexity end push against.
Optionally, the second seals structure includes the prominent third seal convexity being set on the outside of the framework inner end, with
And the prominent third being set on the third seal convexity seals plastic structure, the third sealing plastic structure and the fan frame inner end
End face pushes against；Alternatively,
The second seals structure includes the prominent third seal convexity being set on the outside of the framework inner end, and protrusion is set
Plastic structure is sealed in the third on the end face of the fan frame inner end, the third sealing plastic structure is supported with the third seal convexity
Tightly；
The third seal convexity, the third seal plastic structure, the framework main body, second seal convexity, institute
It states to enclose between the second sealing plastic structure, the fan frame main body and sets to form the second sealing cavity configuration.
Optionally, the second seals structure further includes that the prominent third sealing being set on the outside of the framework inner end is cementing
Structure, and the prominent third seal convexity for being set to the fan frame inner end, the third sealing plastic structure seal convex with the third
It rises and pushes against；Alternatively,
The second seals structure includes the prominent third seal convexity being set on the inside of the fan frame inner end, and protrusion is set
Plastic structure is sealed in the third on the third seal convexity, the third sealing plastic structure is supported with framework inner end end face
Tightly；
The third seal convexity, the third seal plastic structure, the framework main body, second seal convexity, institute
It states to enclose between the second sealing plastic structure, the fan frame main body and sets to form the second sealing cavity configuration.
Optionally, the third seal convexity is from the framework inner end edge from the framework main direction to the unlatching
Window direction extends, and the third sealing plastic structure includes the prominent third sealing joint strip being set on the third seal convexity,
The third sealing joint strip and fan frame inner end end face push against；Alternatively,
The third seal convexity is from the framework inner end edge from the framework main direction to the unlatching window side
To extension, third sealing plastic structure includes the prominent third sealing joint strip being set on the end face of the fan frame inner end, and described the
Three sealing joint strips and fan frame inner end end face push against.
Optionally, the third seal convexity includes from the framework inner end edge from the framework main direction to described
Open the third protrusion main body that window direction extends, and along the third protrusion main body edge to the fan frame outer end side
The third protrusion flanging extended to overturning；
The third sealing joint strip is prominent to be set in the third protrusion main body or supports with the third protrusion main body
Tightly；It is enclosed between the framework inner end, third protrusion main body and third protrusion flanging and sets to form seal-accommodating groove, in the fan frame
End is located in the seal-accommodating groove.
In technical solution provided by the utility model, multiple waterproof structure is taken, sealing effect is good, eliminates daylighting and opens
Window leak, infiltration hidden danger are opened, is assembled by factory process, precision is high, and high-quality, securely and reliably and easy to maintain, reducing will
Carry out maintenance cost cost, the fabulous response call of current energy-saving and environmental protection adapts to development, the green construction of assembled architecture
All it is of great significance.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.
Fig. 1 is opened for high-performance multiple waterproof energy-saving lighting described in the utility model embodiment and is opened window system (openable windows knot
When structure is closed on daylighting roof construction) partial cross section's structural schematic diagram；
Fig. 2 is the partial enlargement structural representation of the local A of Fig. 1；
Fig. 3 is the partial enlargement structural representation of the local B of Fig. 1；
Fig. 4 is opened for high-performance multiple waterproof energy-saving lighting described in the utility model embodiment and is opened window system (openable windows knot
Structure from daylighting roof construction upper half open when) cross section structure schematic diagram；
Fig. 5 is opened for high-performance multiple waterproof energy-saving lighting described in the utility model embodiment and is opened window system (openable windows knot
When structure is separated with daylighting roof construction) cross section structure schematic diagram.
Drawing reference numeral explanation:
| Label | Title | Label | Title |
| 100 | Daylighting roof construction | 110 | Lighting roof main body |
| 120 | Open framework | 122 | Framework main body |
| 124 | Framework outer end | 126 | Framework inner end |
| 200 | Structure of operable window | 210 | Open fan body |
| 220 | Opening sash frame | 222 | Fan frame main body |
| 224 | Fan frame outer end | 226 | Fan frame inner end |
| 300 | First sealing structure | 310 | First seal convexity |
| 320 | First sealing plastic structure | 322 | First fan frame protrusion |
| 324 | First sealing joint strip | 330 | First annular seal space structure |
| 340 | Second seal convexity | 350 | Second sealing plastic structure |
| 400 | Second seals structure | 410 | Third seal convexity |
| 420 | Third seals plastic structure | 430 | Second sealing cavity configuration |
The utility model aim is realized, the embodiments will be further described with reference to the accompanying drawings for functional characteristics and advantage.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise
Under every other embodiment obtained, fall within the protection scope of the utility model.
It is to be appreciated that if related in the utility model embodiment directionality instruction (such as upper and lower, left and right, it is preceding,
Afterwards ...), then directionality instruction is only used for explaining opposite between each component under a certain particular pose (as shown in the picture)
Positional relationship, motion conditions etc., if the particular pose changes, directionality instruction is also correspondingly changed correspondingly.
In addition, if relating to the description of " first ", " second " etc. in the utility model embodiment, " first ", " the
Two " etc. description is used for description purposes only, and is not understood to indicate or imply its relative importance or is implicitly indicated meaning
The quantity of the technical characteristic shown." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one
A this feature.It in addition, the technical solution between each embodiment can be combined with each other, but must be with ordinary skill
Based on personnel can be realized, this technical side will be understood that when the combination of technical solution appearance is conflicting or cannot achieve
The combination of case is not present, also not within the protection scope of the requires of the utility model.
Window system is opened as shown in Figure 1, opening the utility model proposes a kind of high-performance multiple waterproof energy-saving lighting, including is adopted
Spire structure 100, the structure of operable window 200 on daylighting roof construction 100, and it is set to daylighting roof construction 100 and openable windows
Hermetic water-proof structure 300 between structure 200.It, can be to whole by the structure of operable window 200 being set on daylighting roof construction 100
The daylighting roof construction of body formula is opened, in favor of ventilation smoke exhaust.Moreover, by daylighting roof construction 100 and structure of operable window
Hermetic water-proof structure 300 is set between 200, so that structure of operable window 200 is either vertically arranged at daylighting roof construction 100 or light
On canopy or wide-angle tilt or lie low is set on daylighting roof construction 100 or light canopy, even if applied daylighting roof construction
100 or when larger light canopy area, good waterproof sealing effect can be played, it is both artistic and practical, securely and reliably.
Specifically, as shown in Figure 2 to Figure 3, above-mentioned daylighting roof construction 100 may include lighting roof main body 110, be opened in daylighting
The unlatching window in main body 110, and the unlatching framework 120 in lighting roof main body 110 are pushed up, unlatching framework 120, which is enclosed, to be set to
Open the surrounding of window.Moreover, above-mentioned structure of operable window 200 may include set on the unlatching fan body 210, Yi Jishe opened at window
In the opening sash frame 220 for opening 210 surrounding of fan body, opening sash frame 220 is corresponding with framework 120 is opened.Daylighting roof construction 100 can be set
Be placed in the top or side of building, the external world be isolated with building interior, and building interior can forming chamber inside, the external world can shape
At outside.Moreover, being convenient for the ventilation smoke exhaust of indoor and outdoor by opening up unlatching window in lighting roof main body 110, meet
Fire-fighting demand.In addition, by opening framework 120 opening the setting of window surrounding, convenient for install to structure of operable window 200 and
Opening and closing.In addition, the opening sash frame 220 of structure of operable window 200 can be fixed to fan body 210 is opened, it is convenient for structure of operable window
200 are set at unlatching window.In addition, above-mentioned lighting roof main body 110 and unlatching fan body 210 may be configured as glass structure.
Moreover, above-mentioned hermetic water-proof structure 300 may include (referring to out set on 120 outside of unlatching framework of daylighting roof construction 100
Framework is opened towards the side outside building, that is, opens the outside of framework) and the opening sash frame 220 of structure of operable window 200 outside
The first sealing structure 300 between side (referring to opening sash frame towards the side outside building, the i.e. outside of opening sash frame), with
And (refer to side of the opening frame dignity to interior of building, i.e. opening frame set on 120 inside of unlatching framework of daylighting roof construction 100
The indoor of body) and the inside of opening sash frame 220 (refer to side of the opening sash frame towards interior of building, the i.e. interior of opening sash frame
Side) between second seals structure 400.In this way, passing through the room in the outside of daylighting roof construction 100 and structure of operable window 200
First sealing structure is set between outside, and by between the indoor of daylighting roof construction and the indoor of structure of operable window
Be arranged second seals structure 400, structure of operable window 200 is carried out it is multi-sealed, can reduce or even prevent structure of operable window 200 infiltration
The phenomenon that water or leak.
Further, above-mentioned unlatching framework 120 may include being set to framework set on the framework main body 122 for opening window surrounding
In main body 122 and it is located outside the framework outer end 124 of side, and in framework main body 122 and is located at the framework of indoor
Inner end 126.Opening framework 120 may include in lighting roof main body 110 and enclosing the framework master for being set to and opening thereabout
Body 122, and the framework outer end 124 positioned at 122 outside of framework main body and the framework inner end positioned at 122 indoor of framework main body
126.Moreover, above-mentioned opening sash frame 220 includes set on the fan frame main body 222 for opening window surrounding, be set in fan frame main body 222,
And it is located outside the fan frame outer end 224 of side, and the fan frame inner end 226 in fan frame main body 222 and positioned at indoor.I.e.
Opening sash frame 220 may include on unlatching fan body 210 and enclosing the fan frame main body 222, Yi Jiwei for being set to unlatching thereabout
Fan frame outer end 224 in 222 outside of fan frame main body and the fan frame inner end 226 positioned at 222 indoor of fan frame main body.Moreover, opening
The unlatching fan body 210 for opening window construction 200 is installed in fan frame main body 222, and fan frame main body 222 is correspondingly arranged at framework main body 122
In (i.e. fan frame main body, which is correspondingly arranged at, opens in window), and fan frame outer end 224 is corresponding with framework outer end 124, fan frame inner end 226 and
Framework inner end 126 is corresponding, i.e., the structure of opening sash frame 220 and the structure for opening framework 110 are one-to-one.
Moreover, in some embodiments, above-mentioned first sealing structure 300 may include that protrusion is set to as shown in Fig. 4 to Fig. 5
First seal convexity 310 of 124 inside (referring to framework outer end close to the side of lighting roof main body) of framework outer end, and protrusion are set to
The first sealing plastic structure 320 in 224 outside (referring to fan frame outer end close to the side of lighting roof main body) of fan frame outer end, the first sealant
Structure 320 and the first seal convexity 310 push against.It can be convex in first sealing of the setting of framework outer end 124 outside unlatching framework 120
310 are played, and the fan frame outer end 224 outside opening sash frame 220 is correspondingly arranged the first sealing plastic structure 320, so that will open
Window construction 200 closes when opening the window's position, and the first seal convexity 310 can be in close contact with the first sealing plastic structure 320, from
And the outermost in the outermost and opening sash frame 220 of opening framework 120 is sealed, and realizes first of sealing.
Further, above-mentioned first seal convexity 310 can be from the edge of framework outer end 124 from unlatching window direction to daylighting
Direction extension, the direction simultaneously to fan frame outer end 224 for pushing up main body 110 are close, and above-mentioned first sealing plastic structure 320 may include
The first fan frame protrusion 322 from 224 edge of fan frame outer end to 110 direction of lighting roof main body that extend from and it is set to the first fan frame
First sealing joint strip 324 of 322 end of protrusion, the first sealing joint strip 324 and 310 end of the first seal convexity push against.
So that the first seal convexity 310 forms curved arc convex, and the first fan frame protrusion 322 can extend to the arc convex
End, and first sealing joint strip 324 is set in the end of the first fan frame protrusion 322, so that the first sealing joint strip 324 can be with this
The end of arc convex is in close contact, to realize first of sealing to opening between framework 120 and opening sash frame 220.And
And the trend that the end bending of oriented first seal convexity 310 in end of the first fan frame protrusion 322 extends, it is formed to the
The sealing structure that the end of one seal convexity 310 is wrapped up.It is protruded moreover, the first sealing joint strip 324 can be set to the first fan frame
On the inside of the crooked end in portion 322, make crooked end outside of first sealing joint strip 324 towards the first seal convexity 310, sealing is tight
It is close.Moreover, the first seal convexity 310 opening the framework outer end 124 outer arcuate protrusion of framework 120 and being formed, so that opening
Water flow on fan body 110 can be flowed to along the edge of the first fan frame protrusion 322 on the outside of arc convex, and along arc convex
Guiding is opened outside fan body 110 in time downwards, will not generate ponding on opening fan body 110, it can be achieved that second seals.
Moreover, in further embodiments, above-mentioned first sealing structure 300 includes prominent is set on the outside of fan frame outer end 224
First seal convexity 310 of (referring to fan frame outer end close to the side of lighting roof main body), and it is prominent set on 124 inside of framework outer end
The first sealing plastic structure 320 of (referring to framework outer end close to the side of lighting roof main body), the first sealing plastic structure 320 and first close
Envelope protrusion 310 pushes against.It, can also be in opening sash frame 220 i.e. other than the first seal convexity 310 is set to framework outer end 124
The first seal convexity 310 is arranged in fan frame outer end 224；In addition to cementing in the first sealing of the fan frame outer end 224 of opening sash frame 220 setting
The framework outer end 124 for opening framework 120 can be also arranged in first sealing plastic structure 320 by structure 320.Equally may make will open
Window construction 200 is opened to close when opening the window's position, the first seal convexity 310 can be in close contact with the first sealing plastic structure 320,
To be sealed in the outermost of the outermost and opening sash frame 220 of opening framework 120.
Further, above-mentioned first seal convexity 310 is from the edge of fan frame outer end from fan frame main direction to close to daylighting
The direction for pushing up main body extends, is close to the direction of framework main body simultaneously, and the first sealing plastic structure 320 includes by framework outer end edges
To the first framework protrusion of lighting roof main direction extension and set on the first sealant of the first framework projection ends
Item, the first sealing joint strip and the first seal convexity end push against.Similarly, it is convex to may make that the first seal convexity forms curved arc
It rises, and the first framework protrusion can extend to the end of the arc convex, and be arranged first in the end of the first framework protrusion
Sealing joint strip, so that the first sealing joint strip can be in close contact with the end of the arc convex, to realize to unlatching framework and open
Open first of sealing between fan frame.Moreover, the end of the oriented first framework protrusion in the end of first seal convexity is bent
The trend of extension forms the sealing structure wrapped up the end of the first framework protrusion.Moreover, the first sealing joint strip can be set
On the outside of the crooked end of the first framework protrusion, make crooked end inside of first sealing joint strip towards the first seal convexity,
Sealing is tight.Moreover, the first seal convexity opening the fan body outer end outer arcuate protrusion of fan body and being formed, so that opening fan body
On water flow, can be flowed to along the edge of the first seal convexity on the outside of the first framework protrusion, and along the first framework protrusion
Guiding opening door-leaf is external in time downwards, will not generate ponding on opening fan body.
In addition, in some embodiments, above-mentioned first sealing structure 300 may also include prominent be set to outside framework outer end 224
Second seal convexity 340 of side (referring to framework outer end close to the side for opening fan body), and it is prominent set on 224 inside of fan frame outer end
The second sealing plastic structure 350 of (referring to fan frame outer end close to the side for opening fan body), the second sealing plastic structure 350 and the second sealing
Protrusion 340 pushes against.Second seal convexity 340 can be set in the framework outer end 126 for opening framework 120, and in opening sash frame 220
Fan frame outer end 224 be correspondingly arranged the second sealing plastic structure 350 so that by structure of operable window 200 close in open window position
When setting, the second seal convexity 340 can be in close contact with the second sealing plastic structure 350, thus opening the outside of framework 120 and opening
The outside for opening fan frame 220 is sealed.Moreover, second seal convexity 340 and second sealing plastic structure 350 be all set in it is close
At the position of opening sash frame 220, and the first seal convexity 310 and the first sealing plastic structure 320 are all set in close to unlatching framework
At 120 position, i.e., the former is respectively arranged on the two sides of frame forward end 124 with the latter.
Further, above-mentioned second seal convexity 340 can from open framework 120 framework outer end 124 edge by daylighting
110 direction of main body is pushed up to extend to the close direction for opening window, and the second sealing plastic structure 350 may include prominent set on opening door-leaf
Second sealing joint strip of 224 inside of fan frame outer end (referring to close to the side for opening fan body 210) of frame 220, and the second sealing joint strip
It is pushed against with 340 end of the second seal convexity.The second seal convexity 340 may make to be formed to the extension of 220 direction of opening sash frame
Bulge-structure, and the second sealing joint strip is set on 224 inner side end of fan frame front end of opening sash frame 220, towards the bulge-structure
End, and be in close contact with the end of the bulge-structure, to realize to opening between framework 120 and opening sash frame 220
Sealing.Moreover, lateral surface (side of the outside) bending that the end of second seal convexity 340 oriented can open fan body 220
The trend of extension forms the sealing structure wrapped up the second sealing joint strip.Moreover, the second sealing joint strip can be close set on second
On the inside of the crooked end of envelope protrusion 340, make crooked end inside of second sealing joint strip towards the second seal convexity 340, sealing
Tightly.
In addition, in further embodiments, above-mentioned first sealing structure 300 includes prominent is set on the outside of framework outer end 124
The second sealing plastic structure 350 of (referring to framework outer end close to the side for opening fan body), and it is prominent set on 224 inside of fan frame outer end
Second seal convexity 340 of (referring to fan frame outer end close to the side for opening fan body), the second sealing plastic structure 350 and the second sealing are convex
340 are played to push against.Similarly, other than the second sealing plastic structure 350 is set to fan frame outer end 224, also plastic structure can be sealed by second
350 are set on framework outer end 124；In addition, other than the second seal convexity 340 is set to framework outer end 124, it can also be close by second
Envelope protrusion 340 is set to fan frame outer end 224.
Further, above-mentioned second seal convexity 340 can be from the edge of fan frame outer end 224 from unlatching window direction to close
The direction of lighting roof main body 110 extends, and the second sealing plastic structure 350 may include prominent being set to the of 124 outside of framework outer end
Two sealing joint strips, the second sealing joint strip and 340 end of the second seal convexity push against.Similarly, it may make the second seal convexity in this way
340 form to the bulge-structure for opening the extension of 120 direction of framework, and before the second sealing joint strip is set to the framework for opening framework 120
The end in 124 end face outsides, towards the bulge-structure is held, and is in close contact with the end of the bulge-structure, thus realization pair
Open the sealing between framework 120 and opening sash frame 220.
In addition, in further embodiments, above-mentioned first sealing structure 300 further includes prominent is set to outside framework outer end 124
Second seal convexity 340 of side, and prominent the second sealing plastic structure 350 being set on the second seal convexity 340, the second sealing
Plastic structure 350 and fan frame outer end 224 push against.In addition to the second seal convexity 340 and the second sealing plastic structure 350 are provided separately
Outside, the two can be also set together, the second seal convexity 340 can be arranged on framework outer end 124, and second is sealed
Plastic structure 350 is arranged on the second seal convexity 340, and keeps the second sealing plastic structure 350 and the end face of fan frame outer end 224 close
Contact, to realize the sealing to opening between framework 120 and opening sash frame 220.And the second seal convexity 340 and the second sealing
The specifically set-up mode of plastic structure 350, reference can be made to sealing setting for plastic structure 320 to above-mentioned first seal convexity 310 and first
It sets.
In addition, in further embodiments, above-mentioned first sealing structure 300 includes prominent is set on the inside of fan frame outer end 224
The second seal convexity 340, and prominent the second sealing plastic structure 350 being set on the second seal convexity 340, the second sealant
Structure 350 and framework outer end 124 push against.Similarly, the second seal convexity 340 can be also arranged on fan frame outer end 224, and by the
Two sealing plastic structures 350 are arranged on the second seal convexity 340, and make the end of the second sealing plastic structure 350 and framework outer end 124
Face is in close contact, to realize the sealing to opening between framework 120 and opening sash frame 220.And the second seal convexity 340 and
The specifically set-up mode of two sealing plastic structures 350, reference can be made to being set to above-mentioned first seal convexity and the first sealing plastic structure
It sets.
Moreover, above-mentioned first seal convexity 310, first seals plastic structure 320, fan frame outer end 224, the second seal convexity
340, it can be enclosed between the second sealing plastic structure 350, framework outer end 124 and set to form first annular seal space structure 330.It can open
It is enclosed between 220 outer end of fan frame and unlatching 120 outer end of framework and sets to form first annular seal space structure 330, from the outer of daylighting roof construction 100
Side and the outside of structure of operable window 200 are sealed, from the external inside for preventing aqueous from penetrating into structure of operable window 200, shape
At three seals.
In addition, in some embodiments, above-mentioned second seals structure 400 may include prominent is set on the outside of framework inner end 126
Third seal convexity 410, and the prominent third being set on third seal convexity 410 seals plastic structure 420, third sealant
Structure 420 and 226 end face of fan frame inner end push against.It is convex third sealing can be set in the framework inner end 126 for opening 120 inside of framework
410 are played, and third sealing plastic structure 420 is directly set on third seal convexity 410, so that being closed by structure of operable window 200
When together in opening the window's position, third sealing plastic structure 420 can be in close contact with fan frame inner end 226, thus opening framework 120
It is sealed with the most inner side of opening sash frame 220.
Further, above-mentioned third seal convexity 410 can be from 126 edge of framework inner end from 122 direction of framework main body to opening
The extension of window direction is opened, it includes the prominent third sealing joint strip being set on third seal convexity 410 that third, which seals plastic structure 420,
Third sealing joint strip and 226 end face of fan frame inner end push against.Third seal convexity 410 may make to be formed to opening sash frame 220 in this way
The bulge-structure that direction extends, and third sealing joint strip is directly arranged in the end of the bulge-structure, and the fan with opening sash frame 220
226 end face of frame inner end is in close contact, to realize the sealing to opening between 220 inside of 120 inside of framework and opening sash frame.
In addition, in further embodiments, above-mentioned second seals structure 400 may include prominent is set to outside framework inner end 126
The third seal convexity 410 of side, and the prominent third being set on 226 end face of fan frame inner end seal plastic structure 420, third sealing
Plastic structure 420 and third seal convexity 410 push against.It similarly, can also be in the setting of framework inner end 126 for opening the inside of framework 120 the
Three seal convexities 340, and it is correspondingly arranged third sealing plastic structure 420 in the fan frame inner end 226 of 220 inside of opening sash frame, so that
It is closed when opening the window's position by structure of operable window 200, it is tight that third seal convexity 410 can seal plastic structure 420 with third
Contiguity touching, to be sealed in the most inner side for opening framework 120 and opening sash frame 220.
Further, above-mentioned third seal convexity 410 can be from 126 edge of framework inner end from 122 direction of framework main body to opening
The extension of window direction is opened, and third sealing plastic structure 420 includes the prominent third sealant being set on 226 end face of fan frame inner end
Item, third sealing joint strip and third seal convexity 410 push against.Third seal convexity 410 may make to be formed to opening sash frame in this way
The bulge-structure that 220 directions extend, and third sealing joint strip is set on the end face of the fan frame inner end 226 of opening sash frame 220, and with
The end of the bulge-structure is corresponding, can be in close contact with the bulge-structure, to realize to 120 inside of unlatching framework and opening door-leaf
Sealing between 220 inside of frame.
In addition, in further embodiments, above-mentioned second seals structure 400 further includes prominent is set to outside framework inner end 126
The third of side seals plastic structure 420, and the prominent third seal convexity 410 for being set to fan frame inner end 226, third seal plastic structure
420 push against with third seal convexity 410.Similarly, third can also be arranged in the framework inner end 126 for opening 120 inside of framework to seal
Plastic structure 420, and it is correspondingly arranged third seal convexity 410 in the fan frame inner end 226 of 220 inside of opening sash frame, so that will open
Window construction 200 is opened to close when opening the window's position, third seal convexity 410 can seal plastic structure 420 with third and be in close contact,
To be sealed in the most inner side for opening framework 120 and opening sash frame 220.
In addition, in further embodiments, above-mentioned second seals structure 400 includes prominent is set on the inside of fan frame inner end 226
Third seal convexity 410, and the prominent third being set on third seal convexity 410 seals plastic structure 420, third sealant
Structure 420 and 126 end face of framework inner end push against.It is convex third sealing can be set in the fan frame inner end 126 of 120 inside of opening sash frame
410 are played, and third sealing plastic structure 420 is directly set on third seal convexity 410, so that being closed by structure of operable window 200
When together in opening the window's position, third sealing plastic structure 420 can be in close contact with framework inner end 126, thus opening framework 120
It is sealed with the most inner side of opening sash frame 220.
Moreover, above-mentioned third seal convexity 410, third seal plastic structure 420, framework main body 120, the second seal convexity
340, it is enclosed between the second sealing plastic structure 350, fan frame main body 220 and sets to form the second sealing cavity configuration 430.In this way, can open
The second sealing cavity configuration 430 is formed between the framework main body 122 of framework 120 and the fan frame main body 222 of opening sash frame 220, it can be from
The inside of the inside and opening sash frame 220 of opening framework 120 is sealed, and can form the 4th sealing.In this way, in conjunction with being formed in
The first annular seal space structure 330 between 220 outside of 120 outside of framework and opening sash frame is opened, it can be to 200 shape of structure of operable window
At better seal waterproof effect.
In addition, above-mentioned third seal convexity 410 may include from 126 edge of framework inner end from 122 direction of framework main body to opening
The third protrusion main body of window direction extension is opened, and is overturn along the edge of third protrusion main body to 224 direction of fan frame outer end
The third protrusion flanging of extension.Moreover, third sealing joint strip it is prominent be set in third protrusion main body or with third protrusion master
Body pushes against.It sets to form seal-accommodating groove moreover, enclosing between framework inner end 126, third protrusion main body and third protrusion flanging, and
Fan frame inner end 226 is located in seal-accommodating groove.In this way, groove-shaped protrusions can be formed opening 120 most inner side of framework, and grow unlatching
220 certain distance of fan frame can be caught and open condensed water a small amount of on 210 inside (i.e. indoor) of fan body, and accommodate on a small quantity cold
Condensate is slowly evaporate into air.In addition, above-mentioned first sealing joint strip, the second sealing joint strip and third sealing joint strip can be adopted
With the sealing joint strip of hollow structure, the big sealing effect of elasticity is more preferable.In the present embodiment, these sealing joint strips may be configured as semicircle
Ring packing adhesive tape may be alternatively provided as " e " font sealing joint strip, may also be configured to the sealing joint strip of other structures form, to protect
It is good to demonstrate,prove sealing effect.
In technical solution provided by the utility model, using five weight waterproof, seepage control designs, dual-seal cavity, wherein three
Soft waterproof, that is, sealing joint strip waterproof, two hard waterproofs, that is, profile design waterproof, anti-leakage, anti-internal condensation water, and each component
It assembles and assembles in factory, there is no live gluing situation, pollution-free problem is environmentally protective.Multiple waterproof structure is taken, is sealed
Effect is good, eliminates the leak of lighting roof openable windows, infiltration hidden danger, is assembled by factory process, and precision is high, high-quality, safely may be used
It leans on and easy to maintain, reduces maintenance cost in future cost.Can solve long-standing problem cannot design openable windows and infiltration in lighting roof
The problem of water, reduces the later maintenance cost of repairs, and safe and efficient, energy conservation and environmental protection.The current energy-saving and environmental protection of fabulous response
It calls, adapts to the development of assembled architecture, green construction is all of great significance.
The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model,
Under all utility models in the utility model are conceived, equivalent structure made based on the specification and figures of the utility model
Transformation, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.
Claims (10)
1. a kind of high-performance multiple waterproof energy-saving lighting, which opens, opens window system, which is characterized in that including daylighting roof construction, be set to institute
The structure of operable window on daylighting roof construction is stated, and the sealing between the daylighting roof construction and the structure of operable window is anti-
Water-bound；
The daylighting roof construction includes lighting roof main body, the unlatching window being opened in the lighting roof main body, and is set to institute
The unlatching framework in lighting roof main body is stated, the framework of opening is enclosed set on the surrounding for opening window；
The structure of operable window includes the unlatching fan body at the unlatching window, and set on the unlatching fan body surrounding
Opening sash frame, the opening sash frame are corresponding with the unlatching framework；
The hermetic water-proof structure includes the first sealing between the external side of the opening frame and opening sash frame outside
Structure, and the second seals structure between side in the opening frame body and opening sash frame inside.
2. high-performance multiple waterproof energy-saving lighting according to claim 1, which opens, opens window system, which is characterized in that described to open
Opening framework includes in the framework main body and being located outside the frame of side set on the framework main body for opening window surrounding
External end, and the framework inner end in the framework main body and positioned at indoor；
The opening sash frame includes in the fan frame main body and being located at set on the fan frame main body for opening window surrounding
The fan frame outer end of outside, and the fan frame inner end in the fan frame main body and positioned at indoor；The unlatching fan body is set
In the fan frame main body, the fan frame main body is correspondingly arranged in the framework main body, and the fan frame outer end and the framework
Outer end is corresponding, and the fan frame inner end is corresponding with the framework inner end；
First sealing structure includes prominent the first seal convexity being set on the inside of the framework outer end, and prominent set on institute
The first sealing plastic structure on the outside of fan frame outer end is stated, the first sealing plastic structure and first seal convexity push against；Alternatively,
First sealing structure includes prominent the first seal convexity being set on the outside of the fan frame outer end, and prominent set on institute
The first sealing plastic structure on the inside of framework outer end is stated, the first sealing plastic structure and first seal convexity push against.
3. high-performance multiple waterproof energy-saving lighting according to claim 2, which opens, opens window system, which is characterized in that described
One seal convexity extends from the unlatching window direction to the direction of the lighting roof main body from the edge of the framework outer end, is same
When to the fan frame outer end direction it is close, the first sealing plastic structure includes from the fan frame outer end edges to the daylighting
The first fan frame protrusion that main direction extends and the first sealing joint strip set on the first fan frame projection ends are pushed up,
First sealing joint strip and first seal convexity end push against；Alternatively,
First seal convexity is from the edge of the fan frame outer end from the fan frame main direction to close to the lighting roof master
The direction of body extends, is close to the direction of the framework main body simultaneously, the first sealing plastic structure include by the framework outside
The the first framework protrusion and be set to the first framework projection ends that end margin extends to the lighting roof main direction
The first sealing joint strip, first sealing joint strip and first seal convexity end push against.
4. high-performance multiple waterproof energy-saving lighting according to claim 2, which opens, opens window system, which is characterized in that described
One sealing structure further includes prominent the second seal convexity being set on the outside of the framework outer end, and prominent outside the fan frame
Second sealing plastic structure of end inside, the second sealing plastic structure and second seal convexity push against；Alternatively,
First sealing structure includes prominent the second sealing plastic structure being set on the outside of the framework outer end, and protrusion is set to
The second seal convexity on the inside of the fan frame outer end, the second sealing plastic structure and second seal convexity push against；
First seal convexity, the first sealing plastic structure, the fan frame outer end, second seal convexity, described the
It is enclosed between two sealing plastic structures, the framework outer end and sets to form first annular seal space structure.
5. high-performance multiple waterproof energy-saving lighting according to claim 2, which opens, opens window system, which is characterized in that described
One sealing structure further includes prominent the second seal convexity being set on the outside of the framework outer end, and prominent close set on described second
The second sealing plastic structure in envelope protrusion, the second sealing plastic structure and the fan frame outer end push against；Alternatively,
First sealing structure includes prominent the second seal convexity being set on the inside of the fan frame outer end, and prominent set on institute
The second sealing plastic structure on the second seal convexity is stated, the second sealing plastic structure and the framework outer end push against；
First seal convexity, the first sealing plastic structure, the fan frame outer end, second seal convexity, described the
It is enclosed between two sealing plastic structures, the framework outer end and sets to form first annular seal space structure.
6. high-performance multiple waterproof energy-saving lighting according to claim 4, which opens, opens window system, which is characterized in that described
Two seal convexities prolong from the edge of the framework outer end from the lighting roof main direction to close to the direction for opening window
It stretches, the second sealing plastic structure includes prominent the second sealing joint strip being set on the inside of the fan frame outer end, second sealing
Adhesive tape and second seal convexity end push against；Alternatively,
Second seal convexity is from the edge of the fan frame outer end from the unlatching window direction to close to the lighting roof master
The direction of body extends, and the second sealing plastic structure includes prominent the second sealing joint strip being set on the outside of the framework outer end, institute
It states the second sealing joint strip and second seal convexity end pushes against.
7. high-performance multiple waterproof energy-saving lighting according to claim 4 or 5, which opens, opens window system, which is characterized in that institute
Stating second seals structure includes the prominent third seal convexity being set on the outside of the framework inner end, and prominent set on the third
Third on seal convexity seals plastic structure, and the third sealing plastic structure and fan frame inner end end face push against；Alternatively,
The second seals structure includes the prominent third seal convexity being set on the outside of the framework inner end, and prominent set on institute
The third sealing plastic structure on the end face of fan frame inner end is stated, the third sealing plastic structure and the third seal convexity push against；
The third seal convexity, third sealing plastic structure, the framework main body, second seal convexity, described the
It is enclosed between two sealing plastic structures, the fan frame main body and sets to form the second sealing cavity configuration.
8. high-performance multiple waterproof energy-saving lighting according to claim 4 or 5, which opens, opens window system, which is characterized in that institute
Stating second seals structure further includes the prominent third sealing plastic structure being set on the outside of the framework inner end, and prominent set on described
The third seal convexity of fan frame inner end, the third sealing plastic structure and the third seal convexity push against；Alternatively,
The second seals structure includes the prominent third seal convexity being set on the inside of the fan frame inner end, and prominent set on institute
The third sealing plastic structure on third seal convexity is stated, the third sealing plastic structure and framework inner end end face push against；
The third seal convexity, third sealing plastic structure, the framework main body, second seal convexity, described the
It is enclosed between two sealing plastic structures, the fan frame main body and sets to form the second sealing cavity configuration.
9. high-performance multiple waterproof energy-saving lighting according to claim 7, which opens, opens window system, which is characterized in that described
Three seal convexities extend from the framework inner end edge from the framework main direction to the unlatching window direction, the third
Sealing plastic structure includes the prominent third sealing joint strip being set on the third seal convexity, the third sealing joint strip with it is described
Fan frame inner end end face pushes against；Alternatively,
The third seal convexity prolongs from the framework inner end edge from the framework main direction to the unlatching window direction
It stretches, the third sealing plastic structure includes the prominent third sealing joint strip being set on the end face of the fan frame inner end, and the third is close
Seal strip and fan frame inner end end face push against.
10. high-performance multiple waterproof energy-saving lighting according to claim 9, which opens, opens window system, which is characterized in that described
Third seal convexity includes extending from the framework inner end edge from the framework main direction to the unlatching window direction
Third protrusion main body, and it is convex along the edge third that extreme direction overturning extends to outside the fan frame of the third protrusion main body
Play flanging；
The third sealing joint strip is prominent to be set in the third protrusion main body or pushes against with the third protrusion main body；Institute
It states to enclose between framework inner end, third protrusion main body and third protrusion flanging and sets to form seal-accommodating groove, the fan frame inner end position
In the seal-accommodating groove.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920088417.6U CN209620445U (en) | 2019-01-18 | 2019-01-18 | High-performance multiple waterproof energy-saving lighting, which opens, opens window system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920088417.6U CN209620445U (en) | 2019-01-18 | 2019-01-18 | High-performance multiple waterproof energy-saving lighting, which opens, opens window system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209620445U true CN209620445U (en) | 2019-11-12 |
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ID=68450652
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|---|---|---|---|
| CN201920088417.6U Active CN209620445U (en) | 2019-01-18 | 2019-01-18 | High-performance multiple waterproof energy-saving lighting, which opens, opens window system |
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| Country | Link |
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2019
- 2019-01-18 CN CN201920088417.6U patent/CN209620445U/en active Active
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