CN209670834U - A kind of the door and window drainage system and window frame structure of built-in windproof structure - Google Patents

Abstract

The utility model relates to a kind of door and window drainage system of built-in windproof structure and a kind of window frame structures.Wherein, the door and window drainage system of built-in windproof structure includes the water outlet opened up on side wall outside the draining guide wall of window frame profile roof and window frame profile room.The roof offers collector nozzle；Inside window frame profile, a upper impression is limited as drainage cavity by roof and outdoor side wall；Collector nozzle, upper impression and water outlet are mutually communicated to form drainage channel；Blinker is assemblied in open or close the collector nozzle on the collector nozzle, to form the built-in windproof structure being set to inside window frame profile.Blinker is not easy to block in the door and window drainage system of the utility model, simpler, the windproof reverse-filling better effect of structure.

Description

A kind of the door and window drainage system and window frame structure of built-in windproof structure

Technical field

The utility model relates to a kind of door and windows to drain field, refer in particular to a kind of door and window drainage system of built-in windproof structure And a kind of window frame structure.

Background technique

Aluminum alloy doors and windows are equipped with door and window drainage system, and existing aluminum alloy doors and windows door and window drainage system is all in window frame outside Storm shutter is installed, storm shutter is made of hurricane globe and blinker, and blinker is installed using two-side supporting axis and hurricane globe overlap joint It is easy to block blinker when the rotation of two-side supporting axis is asynchronous in frame side, occasionally resulting in blinker can not flick, Window frame ponding can not be discharged, and also resulting in blinker can not be closed, and not having prevents rainwater from flowing backward effect.

Each water outlet installs a storm shutter, and the single independent suspension of storm shutter is installed on window frame outside, because of hurricane globe It is all plastics with both blinker materials, the storm shutter and aluminium color of plastic material are inconsistent, and each storm shutter individually protrudes On door-window section bar surface, very unsightly, components are more and complicated.In addition, storm shutter is installed on outdoor environment, appearance of exposing to the sun and rain Failure easy to aging, and plastics storm shutter tightness is not strong, therefore storm shutter is caused to be easy to fall, and loses reverse-filling effect.

Utility model content

The technical problem to be solved by the utility model is to provide a kind of door and window drainage system of built-in windproof structure, solutions Certainly the windproof structure of prior art window frame structure is complicated, is easy to aging falls, the problem of windproof and rain proof water reverse irrigation effect difference.

Another technical problem to be solved in the utility model is: providing a kind of window frame structure, solves prior art window frame The windproof structure of structure is complicated, is easy to aging falls, the problem of windproof and rain proof water reverse irrigation effect difference.

In order to solve the above technical problems, the utility model adopts the following technical solution:

A kind of door and window drainage system of built-in windproof structure, draining guide wall and window including being located at window frame profile roof The water outlet opened up on side wall outside frame section room；The door and window drainage system further includes the collector nozzle for being set to window frame profile roof And it is installed in the blinker of collector nozzle；The collector nozzle can be opened or be closed to blinker to form the built-in anti-of window frame profile Wind structure.

Roof extends from outdoor inside sidewalls to indoor side；The door and window drainage system further includes by roof and outside The upper impression that wall limits is as drainage cavity；The collector nozzle, upper impression and water outlet are mutually communicated to form drainage channel；It keeps out the wind Piece is rotatably mounted to water outlet lower part.

The blinker opens water outlet into the upper impression by gravity and/or impulsive force；Blinker wind-engaging It is pushed away in power and closes collector nozzle.

Blinker is installed below collector nozzle by rotational structure and is located in upper impression；The rotational structure be shaft/ Being rotatably assorted between axle sleeve.

The side of blinker is rotatably mounted to below collector nozzle around unilateral shaft and can open or close water outlet, keeps out the wind The other side of piece is free end；For blinker around unilateral pivoted downward under its gravity, free end is detached from collector nozzle To open collector nozzle；Blinker is integral sheet or tabular single member.

The built-in windproof structure further includes the wind-proof hood shield for installing blinker, and wind-proof hood shield is from window frame profile roof Collector nozzle is penetrated, bottom end extends into drainage cavity, and blinker is rotatably mounted to the bottom end of wind-proof hood shield；Wind-proof hood shield is under The edge snap-fit at the mouth of a river.

The top edge of wind-proof hood shield extends to form flange with protruding outward, and several cards are additionally provided on the side wall of wind-proof hood shield Button；Wind-proof hood shield is caught in collector nozzle, and side wall passes through collector nozzle, and the flange and buckle of wind-proof hood shield are clamped on collector nozzle respectively Lower edges.

The side wall of wind-proof hood shield is hollow annular wall, side wall clamping across collector nozzle and the two wall surface.

Collector nozzle is higher in vertical position than water outlet；Collector nozzle and water outlet are horizontally staggered setting；Window frame profile It is in class L-type between side wall outside roof and window frame profile room；In four peripheral wall surfaces of upper impression, it is in addition to setting collector nozzle and water outlet Continuous closed wall surface；The bottom wall and inner sidewall of the upper impression opposite with window frame profile roof and outdoor side wall are closed wall.

The utility model also provides a kind of window frame structure, including window frame profile, window frame profile include window frame profile roof with And outdoor side wall, it further include above-mentioned door and window drainage system.

Window frame profile further includes and the outdoor side wall and roof opposite inner sidewall and window frame profile bottom wall respectively；Top Wall, bottom wall, outdoor side wall, inner sidewall surround the type chamber of window frame profile bottom jointly, and type chamber is separated on described by intermediate bulkhead Type chamber and lower impressions；The intermediate bulkhead is the closed wall surface of upper impression.

Window frame profile further includes the track for supporting door and window fan and/or glass；Track is located at the inner sidewall and window frame type of type chamber In material room between side wall；Roof at the top of upper impression is separated into the draining guide wall by track.

The collector nozzle is by integral type hurricane globe integral coating.

The beneficial effects of the utility model are:

The door and window drainage system of the built-in windproof structure of the utility model, is mounted on inside window frame structure, avoids outdoor day The solarization aging that drenches with rain is easy to fall, and blinker is rotatably mounted to water outlet lower part, is not easy to block, and structure is simpler, radix saposhnikoviae is anti- Flow backward better effect.

The utility model is described in further detail with reference to the accompanying drawing.

Detailed description of the invention

Fig. 1 is the perspective view of the door and window of the utility model embodiment.

Fig. 2 is the stereogram exploded view of the utility model embodiment window frame structure.

Fig. 3 is the side view of the window frame structure of the utility model embodiment.

Fig. 4 is the perspective view of the window frame structure of the utility model embodiment.

Fig. 5 is the perspective view at another visual angle of the window frame structure of the utility model embodiment.

Fig. 6 is the part isometric exploded view of the window frame structure of the utility model embodiment.

Fig. 7 is the perspective view of the window frame structure windproof structure of the utility model embodiment.

Fig. 8 is the stereogram exploded view of the window frame structure windproof structure of the utility model embodiment.

Fig. 9 be the utility model embodiment window frame structure under windproof structure perspective view.

Figure 10 is the side view of the window frame structure of the utility model second embodiment.

Figure 11 is the side view of the window frame structure of the utility model 3rd embodiment.

Figure 12 is the window frame structure scheme of installation of the utility model fourth embodiment.

Specific embodiment

It should be noted that in the absence of conflict, each embodiment in the application and the feature in embodiment can be with It is combined with each other, the utility model is described in further detail in the following with reference to the drawings and specific embodiments.

In aluminum alloy doors and windows shown in FIG. 1, window frame structure 10 includes a kind of door and window drainage system of built-in windproof structure 100, in order to drain and preferably windproof reverse-filling.In conjunction with referring to Fig. 2-12, the door and window drainage system 100 of the utility model It include: the collector nozzle 3 for being set to window frame profile roof 12 and the windproof structure 5 for being installed in collector nozzle, window frame profile outside One upper impression 21 of the water outlet 4, the lower section restriction of window frame profile roof that are opened up on wall 13.Wherein, collector nozzle 3, upper impression 21 And the mutual water route of water outlet 4 is formed through drainage channel.

Referring to shown in Fig. 2 ~ 6, the utility model first embodiment provides a kind of window frame structure 10 that Double reverse-proof fills, packet Window frame profile 1 is included, several water outlets 4 are provided on the outdoor side wall 13 of window frame profile 1, for the ponding into outdoor discharge window frame Or rainwater.The inside (being located at inner wall side) of outdoor side wall 13, the roof 12 and bottom wall 11 of window frame profile 1 limit a type chamber 2, type chamber 2 is further divided into upper impression 21 and lower impressions 22.Upper impression 21 is used as drainage cavity.2 top (as window frame type of type chamber The roof 12 of material 1) offer collector nozzle 3.Collector nozzle 3, upper impression 21, water outlet 4 are mutually communicated to form drainage channel.Radix saposhnikoviae knot Structure 5 and lower windproof structure 6 are installed in collector nozzle 3 and water outlet 4 respectively, form Double reverse-proof and fill structure.Wherein windproof structure 5 fills Built-in windproof structure is constituted in collector nozzle 3.Windproof structure 5 is located inside window frame profile 1, and by the room of window frame profile 1 Lateral wall 13 is coated on its inside.The water outlet 4 for installing lower windproof structure 6 constitutes the door and window draining system of external windproof reverse-filling System.

Water outlet 4 on outdoor side wall 13 and the lower windproof structure 6 installed thereon are finally by the anti-of integral type windproof structure Fan housing 8 coats, and hurricane globe 8 is the outside that window frame profile 1 is installed on by hurricane globe installation part 7.

In the window frame structure of the utility model, window frame profile 1 is usually aluminium alloy extrusions.The roof 12 of window frame profile with Between outdoor side wall 13 at an angle, as being in class L-type, roof 12 is from the interior sidewall surface 15 of outdoor side wall towards window frame profile 14 direction of indoor side wall extend.The bottom wall 11 of window frame profile is embedded in wall for fixing.The roof 12 of window frame profile includes using In the track 121 of door and window fan or glass is installed in support and draining guide wall separated by track 121, close to outdoor side 120, draining guide wall 120 for exporting ponding or rainwater outward.About the 13 outdoor side wall of window frame profile extend to install and Fixed door and window fan or glass；Indoor side wall 14 is opposite with outdoor side wall 13.By roof between indoor side wall 14 and outdoor side wall 13 12 and 11 horizontal connection of bottom wall, and it is separated into the type chamber 2 of the corresponding type chamber of track and above-mentioned upper lower impressions composition.It can manage Solution, track are also possible to by independent section assembling or are welded on window frame profile 1 and form window frame structure, are also possible to window frame type A part of the integral section structure of material 1.

The interior sidewall surface 15 of the outdoor side wall 13 of window frame profile and the lower surface 123 of roof 12 surround mo(u)ld top half along its length Chamber 21, collector nozzle is opened up on roof 12 and upper impression 21 penetrates through.Specifically, 15 side of interior sidewall surface of outdoor side wall 13, roof 12, along length enclosing type chamber 2 between bottom wall 11 and an inner sidewall 17.Type chamber 2 is further separated into up and down by intermediate bulkhead 16 Type chamber, upper impression 21 are drainage cavity, constitute window internal drainage channel with the draining guide wall 120 of roof upper surface.Upper impression 21 Bottom wall, that is, intermediate bulkhead 16, inner sidewall 17 seal non-aperture, roof 12 opens up collector nozzle 3 and upper impression 21 penetrates through, lateral wall 13 open up water outlet 4 and outdoor perforation.Bottom wall, that is, intermediate bulkhead 16 of its upper impression seals lower impressions 22, inside along its length Wall 17 seals inner orbit channel type chamber along its length.

Several water outlets 4 are set to outdoor side wall 13, accordingly penetrate through setting with the height of upper impression 21.Collector nozzle 3, on Type chamber 21, water outlet 4 are mutually communicated the access to form draining, preferably, the collector nozzle 3 and water outlet 4 are horizontally staggered setting, Collector nozzle 3 is higher than water outlet 4 in the height of vertical direction.It closes and separates between upper and lower type chamber 21,22.Rainwater table from roof The draining guide wall 120 in face enters in upper impression 21 through the drainage of collector nozzle 3, then the water outlet 4 opened up from outdoor side wall 13 flows It is outdoor to drain outward out.

The collector nozzle 3 being arranged on the roof 12 of window frame profile is covered by windproof structure 5 with windproof preventing return water, and formation is located at The i.e. built-in windproof structure of windproof anti-backflow structure inside window frame profile 1.What is be arranged on the outdoor side wall 13 of window frame profile is lauched Mouth 4 is covered by lower windproof structure 6 with windproof preventing return water, forms external windproof anti-backflow structure.

Referring to Fig. 7-8, the windproof structure 5 of the utility model embodiment can prevent blinker from blocking, be installed in window frame profile Roof 12 3 lower part of collector nozzle, collector nozzle 3 can be independently opened downwards by gravity and be drained, or under the action of the wind It is rotated up and closes collector nozzle 3 with radix saposhnikoviae and reverse-filling.

Windproof structure 5 include blinker 51, windproof structure 5 loaded on window frame profile drainage cavity at the top of collector nozzle 3 and to Open in drainage cavity, blinker 51 is automatic under the effect of gravity to open draining, when by Action of Wind pressure, with it is unilateral for shaft it is automatic It closes, unilateral pivot structure can effectively reduce rotation interference, and there is no the possibility that is stuck for blinker.Blinker 51 uses unilateral turn Dynamic structure is rotatably mounted to 3 lower part of collector nozzle, opens or close collector nozzle 3.Unilateral rotational structure be unilateral shaft/axle sleeve it Between be rotatably assorted, shaft/axle sleeve can replace setting.The side of blinker 51 is rotatably mounted to collector nozzle 3 around unilateral shaft Lower section, the other side of blinker 51 are free end, blinker 51 under its gravity around unilateral pivoted downward, from Collector nozzle 3 is detached to open collector nozzle 3 by end, is acted on if any wind-force, blinker 51 is upward around unilateral shaft by Wind power propelling It rotates and covers collector nozzle 3.Blinker 51 is integral sheet or tabular single member.

Windproof structure 5 further includes wind-proof hood shield 52 in the present embodiment, for installing blinker 51.Blinker 51 is assembled in anti- On wind shield 52.Wind-proof hood shield 52 is with certain altitude, is in substantially hollow ring wall construction, top edge protrudes outward ground Flange 54 is extended to form, several buckles 55 are additionally provided on center side wall, buckle 55 can correspond to shape along the corresponding flange 54 of height At notch 58, in favor of assembly.The position of buckle on wind-proof hood shield side wall is adapted with the depth of collector nozzle.Wind-proof hood shield 52 Bottom end be provided with unilateral axle sleeve/shaft 56, correspondingly, 51 side of blinker forms unilateral shaft/axle sleeve 57, and blinker 51 is pacified Form that shaft/axle sleeve is unilateral is rotatably assorted loaded on 52 bottom end of wind-proof hood shield.Windproof structure 5 is buckled in collector nozzle 3, after being caught in, The clamping across collector nozzle and the two wall surface of its side wall, flange 54 and buckle 55 are clamped in 3 lower edges of collector nozzle respectively, i.e., The roof 12 of the window frame profile of 3 edge of collector nozzle is sandwiched in snap-fit between flange 54 and buckle 55.The ring of wind-proof hood shield 52 Shape wall passes through collector nozzle 3, and bottom end protrudes into upper impression 21, the blinker 51 of bottom end installation be located at it is openable in upper impression 21 or Cover collector nozzle 3.Under the effect of gravity, (towards in upper impression 21) rotating opening or rain enter blinker 51 downwards Blinker 51 is impacted when collector nozzle downwards and continues Unscrew downwards.

Windproof structure 5 is installed in 1 the inside of window frame profile to form internal drainage radix saposhnikoviae anti-backflow structure, rather than is mounted in window The outdoor side wall 13 of frame section 1.

It is appreciated that blinker 51 can also be directly mounted at 12 inside (lower surface) of roof of window frame profile 1, i.e., it is horizontal Ground is installed on 3 lower section of collector nozzle at 21 top of upper impression formed in window frame profile 1, the rainwater in gravity or importing collector nozzle Impulse force and independently open.Above-mentioned unilateral rotation also could alternatively be on edge setting many places axis point, make blinker 51 rotate or Actively, it can be covered on opening on collector nozzle 3.

On the water outlet 4 of the outdoor side wall 13 of the utility model window frame profile 1, externally drained windproof anti-backflow structure is installed Lower windproof structure 6.Referring concurrently to Fig. 9, lower windproof structure 6 includes lower blinker 61, and lower blinker 61 is installed in suspension vertically, Water flow in inside upper impression 21 pushes out lower blinker 61 and swings and open water outlet and drained, the wind when outdoor is blown It pushes dynamic lower blinker 61 inwardly to swing and cover water outlet 4, thus windproof reverse-filling.Shaft is arranged in lower 61 top margin of blinker 63, water outlet 4 is swingingly opened or covered to lower blinker 61 63 around the shaft.

Lower windproof structure 6 further includes the plate rack 62 that keeps out the wind, for installing lower blinker 61.The plate rack 62 that keeps out the wind is vertical frame Shape structure, protrusion extends to form edge 65 to two side frames backward, and buckle 66 is provided on edge 65, and axle sleeve 64 is arranged in top margin.Lower block It is rotatably assorted in the whole insertion axle sleeve 64 of the shaft 63 of wind piece 61, suspension is installed in the vertical frame for the plate rack 62 that keeps out the wind.Lower block After wind piece 61 and the plate rack 62 that keeps out the wind assemble, from the water outlet 4 that outside is caught in window frame profile 1.It keeps out the wind 62 two sides of plate rack Edge 65 pass through water outlet 4 and the clamping of water outlet edge, 66 clamping water outlet of buckle, the 4 inner side edge edge being arranged thereon goes out The edge at the mouth of a river 4 is clamped between the frame for the plate rack 62 that keeps out the wind and buckle 66.

The also settable outer cover of lower windproof structure 6, from outdoor cover individually keep out the wind plate rack 62 and its it is interior under keep out the wind Piece 61 prevents from being blown easily and covered water outlet 4 and lead to not proper drainage by wind to protect blinker 61.

The window frame structure 10 of the utility model further includes the integral type hurricane globe 8 being arranged in the outside of window frame profile 1, For covering the lower windproof structure 6 for setting and being arranged on the multiple water outlets 4 and each water outlet 4 being arranged on same frame, thus Prevent blinker from falling, further windproof reverse-filling；And hurricane globe color, material and window frame profile 1 can be made consistent, make entire window Mount structure is beautiful, and consistency is good.In the embodiments of the present invention, integral type hurricane globe 8 is installed on by hurricane globe installation part 7 On the outdoor side wall 13 of window frame profile 1.Referring once again to Fig. 2-6, integral type hurricane globe 8 is a bar shaped profile, is preferably connected Continuous profile panel, top margin bend inwards to form hook part 81, and hook part 81 as shown in the figure is the C-shaped to bend inwards.Integral type Hurricane globe 8 is mounted on outside window frame profile Room 1 on side wall 13, and the multiple water outlets 4 being arranged on window frame profile 1 and its lower radix saposhnikoviae are tied Structure 6 coats completely, integrally.Hurricane globe installation part 7 is a sheet wall construction, and the outdoor side wall 13 with window frame profile 1 can be mutual Close to fastening, top margin is bent to form the faceplate 71 of one section of flare outward, the outdoor side wall 13 of faceplate 71 and window frame profile it Between formed one section of gap, the top margin for clamping hurricane globe 8.The formation of the hook part 81 of faceplate 71 and 8 top margin of integral type hurricane globe It is clasped.Screw hole is also set up on hurricane globe installation part 7, hurricane globe installation part 7 is fixed on window frame profile Room 1 by screw 72 On lateral wall 13, it is preferably mounted at 4 side of water outlet and (as shown in Figure 5) is mounted side by side in water outlet 4.

Hurricane globe installation part 7, the faceplate of 7 top margin of hurricane globe installation part and outdoor are installed on the outdoor side wall 13 of window frame profile Gap is formed between side wall 13,8 top margin of hurricane globe snaps into 7 the inside of hurricane globe installation part, and hurricane globe 8 is entirely lower 61 He of blinker Wind-blocking stent 62 coats, and the gap between hurricane globe 8 and lower blinker 61 is less than the gap that falls off of lower blinker 61.Preferably, The material of hurricane globe 8 is aluminium alloy, can integrally cover multiple lower blinkers 61, the color and window frame profile 1 one of hurricane globe 8 It causes.

Referring again to shown in Fig. 3, hurricane globe installation part 7 is caught in the C-shaped card of 8 top margin of integral type hurricane globe with complete intake type Inside hook part 81, snap-fit.The top margin of integral type hurricane globe 8 is caught between 7 top margin of hurricane globe installation part and outdoor side wall 13 And after clamping tangles, all windproof structures on same window frame profile are integrally coated, can effectively prevent falling for blinker 61, Windproof reverse-filling better effect.8 structure of integral type hurricane globe is simple, consistent with window frame color material, and appearance consistency is good, window Overall beautiful (such as Fig. 1).

Figure 10, the window frame structure 10' of another embodiment of the utility model are please referred to, the door and window row including built-in windproof structure Water system 100, similarly, the type chamber 2 that the roof 12 of window frame profile 1, outdoor side wall 13, bottom wall 11, inner sidewall 17 enclose, by interior The intermediate bulkhead 16 in portion is divided into upper impression 21 and lower impressions 22, and upper impression 21 is drainage cavity, positioned at the lower surface of roof 12 123. The corresponding roof 12 in the top of upper impression 21 is separated to form draining guide wall 120, that is, is located at the upper surface of roof 12.Upper impression 21 The collector nozzle 3 and upper impression that top opens up penetrate through, and water outlet 4 is provided on the outdoor side wall 13 of window frame profile and passes through with upper impression 21 It is logical, the windproof structure 5 for rotationally opening collector nozzle is provided on collector nozzle 3, to form built-in windproof anti-backflow structure.No It is with place, not set lower windproof structure 6 on water outlet 4.After wind is blown into upper impression 21 from water outlet, 5 quilt of windproof structure Wind pushes and being closed collector nozzle 3 closes roof 12, and the bottom wall (i.e. intermediate bulkhead) 16 of upper impression 21 seals lower impressions 22, inside Wall 17 separates the l track on the inside of it, therefore not will lead to rainwater and internally flow backward.

Please refer to Figure 11, the window frame structure 10'' of the utility model 3rd embodiment, including in above-mentioned second embodiment The window drainage system 100 for setting windproof reverse-filling door, unlike second embodiment shown in Fig. 10, in water outlet 4 Outside setting integral type windproof structure installs one by hurricane globe installation part 7 that is, in 13 outer wall of outdoor side wall of window frame profile Formula hurricane globe 8 directly integrally covers the multiple water outlets 4 being arranged on outdoor side wall 13 from outside, to play external radix saposhnikoviae Reverse-filling effect.

It is appreciated that in other embodiments, single outer cover also can be used and be mounted on outside the water outlet 4 of outdoor side wall 13 Portion carries out external windproof reverse-filling.

Figure 12, the window frame structure 10''' of the utility model fourth embodiment are please referred to, including preventing built in above-described embodiment The window drainage system 100 of wind reverse-filling door, unlike second embodiment shown in Fig. 10, upper impression 21 is in outside The wall surface of wall is opened up completely as water outlet 4.Upper impression 21 is as drainage channel by 12 lower surface of roof in outdoor side wall 13 Side limits.The intermediate bulkhead 16 of upper impression 21 and lower impressions 22 is sealed wall, and upper impression 21 and lower impressions 22 are sealed It separates.Track 121 is further provided between the inner sidewall 17 of window frame profile 1 and indoor side wall 14.

It is appreciated that the water outlet 4 of the utility model above-described embodiment is also possible to the outdoor side wall 13 by window frame profile The exhalant canal of restriction, such as the gap formed between wall is directly as water outlet.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the protection scope of the utility model is defined by the appended claims and their equivalents.

Claims (13)

1. a kind of door and window drainage system of built-in windproof structure, draining guide wall and window frame including being located at window frame profile roof The water outlet opened up on side wall outside profile room；It is characterized by: the door and window drainage system further includes being set to window frame profile top The collector nozzle of wall and the blinker for being installed in collector nozzle；The collector nozzle can be opened or be closed to blinker to form window frame type The built-in windproof structure of material.

2. door and window drainage system as described in claim 1, it is characterised in that: roof prolongs from outdoor inside sidewalls to indoor side It stretches；The door and window drainage system further includes the upper impression that is limited by roof and outdoor side wall as drainage cavity；The collector nozzle, Upper impression and water outlet are mutually communicated to form drainage channel；Blinker is rotatably mounted to water outlet lower part.

3. door and window drainage system as claimed in claim 2, it is characterised in that: the blinker is rushed by gravity and/or water flow Power and open water outlet into the upper impression；Blinker is above pushed away by wind-force and closes collector nozzle.

4. door and window drainage system as claimed in claim 2, it is characterised in that: blinker is installed on collector nozzle by rotational structure Lower section and be located at upper impression in；The rotational structure being rotatably assorted between shaft/axle sleeve.

5. door and window drainage system as claimed in claim 4, it is characterised in that: rotationally pacify around unilateral shaft the side of blinker Loaded on collector nozzle lower section and water outlet can be opened or close, the other side of blinker is free end；Blinker is in its gravity Under around unilateral pivoted downward, free end is detached from collector nozzle to open collector nozzle；Blinker is integral sheet or flat Plate single member.

6. door and window drainage system as claimed in claim 2, it is characterised in that: the built-in windproof structure further includes for installing The wind-proof hood shield of blinker, wind-proof hood shield penetrate collector nozzle from window frame profile roof, and bottom end extends into drainage cavity, blinker It is rotatably mounted to the bottom end of wind-proof hood shield；The edge snap-fit of wind-proof hood shield and collector nozzle.

7. door and window drainage system as claimed in claim 6, it is characterised in that: prolong with protruding outward at the top edge of wind-proof hood shield It stretches to form flange, several buckles is additionally provided on the side wall of wind-proof hood shield；Wind-proof hood shield is caught in collector nozzle, and side wall is passed through and is lauched Mouthful, the flange and buckle of wind-proof hood shield are clamped on collector nozzle lower edges respectively.

8. door and window drainage system as claimed in claim 6, it is characterised in that: the side wall of wind-proof hood shield is hollow annular wall, side Wall clamping across collector nozzle and the two wall surface.

9. door and window drainage system as described in claim 1, it is characterised in that: collector nozzle than water outlet vertical position more It is high；Collector nozzle and water outlet are horizontally staggered setting；It is in class L-type between side wall outside window frame profile roof and window frame profile room；Mo(u)ld top half It is continuous closed wall surface in addition to setting collector nozzle and water outlet in four peripheral wall surfaces of chamber；With window frame profile roof and outside The bottom wall and inner sidewall of the opposite upper impression of wall are closed wall.

10. a kind of window frame structure, including window frame profile, window frame profile includes window frame profile roof and outdoor side wall, feature Be: the window frame structure further includes door and window drainage system as claimed in any one of claims 1-9 wherein.

11. window frame structure as claimed in claim 10, it is characterised in that: window frame profile further includes and the outdoor side wall and top Wall opposite inner sidewall and window frame profile bottom wall respectively；Roof, bottom wall, outdoor side wall, inner sidewall surround window frame profile bottom jointly The type chamber in portion, type chamber are separated into upper impression and lower impressions by intermediate bulkhead；The intermediate bulkhead is the closed wall surface of upper impression.

12. window frame structure as claimed in claim 11, it is characterised in that: window frame profile further includes support door and window fan and/or glass The track of glass；Track is set in the inner sidewall and window frame profile room of type chamber between side wall；Track is by the roof at the top of upper impression It is separated into draining guide wall.

13. the window frame structure as described in any one of claim 10-12, it is characterised in that: the collector nozzle is prevented by integral type Fan housing integral coating.