CN210530678U

CN210530678U - Hidden drainage structures of integrative window of window screening

Info

Publication number: CN210530678U
Application number: CN201920889289.5U
Authority: CN
Inventors: 熊志斌
Original assignee: Foshan Roland Xini Door And Window Co Ltd
Current assignee: Guangdong luolanxini Home Technology Co., Ltd
Priority date: 2019-06-13
Filing date: 2019-06-13
Publication date: 2020-05-15
Anticipated expiration: 2029-06-13

Abstract

The utility model discloses a hidden drainage structure of a window screen integrated window, a drainage groove is formed on the outer wall of one side of a first window lower frame section bar facing the outdoor, which is positioned below a splicing wall of a turning frame, a first drainage hole is arranged on the upper end groove wall of the drainage groove, a first water-retaining adhesive tape groove is formed between the first window lower frame section bar and a second window lower frame section bar and is positioned above a heat-insulating adhesive tape of the window lower frame, a first water-retaining adhesive tape is embedded and fixed on the first water-retaining adhesive tape groove, a turning frame drainage cavity is formed in the first turning frame section bar, a second drainage hole is arranged on the lower end cavity wall of the turning frame drainage cavity, a third drainage hole is arranged on the upper end cavity wall of the turning frame drainage cavity, a second water-retaining adhesive tape groove is formed between the first turning frame section bar and the second turning frame section bar and is positioned above the heat-insulating adhesive tape of the turning frame, a second water-retaining adhesive tape is embedded and fixed on the second water-retaining, the vertical drainage structure has the characteristics that the drainage holes are invisible, the vertical smooth drainage can be realized, the drainage effect is good, and rainwater is not easy to permeate indoors.

Description

Hidden drainage structures of integrative window of window screening

Technical Field

The utility model belongs to the technical field of door and window, concretely relates to hidden drainage structures of integrative window of window screening.

Background

The drainage hole of the drainage structure of the existing window screen integrated window is designed to be more obtrusive, and in order to not influence the integral attractiveness of the window screen integrated window, the drainage hole needs to be covered by a drainage hole cover; meanwhile, in terms of drainage effect, the drainage effect of the drainage structure of the existing window screen integrated window is deficient, and rainwater is easy to permeate into the frame and sash structure of the window screen integrated window due to the fact that the rainwater cannot be smoothly drained out of a room through the drainage hole, and further permeate into the room. In summary, the drainage structure of the conventional window with integrated window screen has the above disadvantages, and needs to be further improved.

Disclosure of Invention

The utility model aims at providing a hidden drainage structures of integrative window of window screening that wash port is invisible, can vertical smooth and easy drainage, drainage effect are good and the rainwater is difficult for to indoor infiltration.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

a hidden drainage structure of a window screen integrated window comprises a lower window frame, a steering frame, a glass sash frame and a screen sash frame, wherein the steering frame is arranged above the lower window frame, the glass sash frame is arranged on the outdoor side of the steering frame, the screen sash frame is arranged on the indoor side of the steering frame, the lower window frame comprises a first lower window frame profile, a second lower window frame profile and a lower window frame thermal insulation rubber strip, the first lower window frame profile is arranged on the outdoor side, the second lower window frame profile is arranged on the indoor side, the first lower window frame profile and the second lower window frame profile are in broken bridge thermal insulation connection through the lower window frame thermal insulation rubber strip, a steering frame splicing wall is vertically formed by extending the outer wall of the first lower window frame profile facing the outdoor side upwards, a first rubber strip groove is formed on the inner wall of the upper end of the steering frame splicing wall, a first sealing rubber strip is fixedly embedded in the first rubber strip groove, a drainage groove is formed below the steering frame splicing wall of the outer wall of the first lower window frame profile facing the outdoor side, a first drainage hole is formed in the upper end groove wall of the drainage groove in a forming mode, a first water retaining adhesive tape groove is formed between the first window lower frame profile and the second window lower frame profile and located above the window lower frame heat insulation adhesive tape in a forming mode, and a first water retaining adhesive tape is fixedly embedded in the first water retaining adhesive tape groove; the steering frame comprises a first steering frame profile, a second steering frame profile and a steering frame heat-insulating adhesive tape, the first steering frame profile is located above the first window lower frame profile, the outer wall of one outdoor side of the first steering frame profile is in sealing contact with the first sealing adhesive tape, the second steering frame profile is fixed on the second window lower frame profile in a positioning mode, the first steering frame profile and the second steering frame profile are in broken bridge heat-insulating connection through the steering frame heat-insulating adhesive tape, the steering frame heat-insulating adhesive tape is in sealing contact with the first water-retaining adhesive tape, a first glass sash stopping wall is vertically formed on the outer wall of one outdoor side of the first steering frame profile in an upward extending mode, a steering frame drainage cavity is formed in the first steering frame profile, a second drainage hole is formed on the lower end cavity wall of the steering frame drainage cavity, a third drainage hole is formed on the upper end cavity wall of the steering frame drainage cavity, and a second drainage hole is formed between the first steering frame profile and the second steering frame profile above the steering frame heat-insulating adhesive tape A second water retaining adhesive tape is fixedly embedded in the second water retaining adhesive tape groove, a second glass sash frame stopping wall is vertically formed by extending the top of the second steering frame profile upwards, a second sealant tape groove is formed in the upper end side wall of one side, facing the glass sash frame, of the second glass sash frame stopping wall, and a second sealant tape is fixedly embedded in the second sealant tape groove; the glass sash frame comprises a first glass sash frame section bar, a second glass sash frame section bar and a glass sash frame heat insulation rubber strip, the first glass sash frame section bar and the second glass sash frame section bar are in broken bridge heat insulation connection through the glass sash frame heat insulation rubber strip, the glass sash frame heat insulation rubber strip is in sealing contact with a second water blocking rubber strip, a first extending wall is formed by extending downwards and vertically on the outer wall of one side of the first glass sash frame section bar facing the outdoor, a third sealant strip groove is formed on the inner wall of the lower end of the first extending wall, a third sealant strip is fixedly embedded in the third sealant strip groove, the third sealant strip is in sealing contact with a first glass sash frame stop wall, a glass installation cavity is formed between the first glass sash frame section bar and the second glass sash frame section bar and positioned above the glass sash frame heat insulation rubber strip, a glass sash frame drainage cavity is formed in the first glass sash frame section bar, a fourth drainage hole is formed on the wall of the lower end of the glass sash frame drainage cavity, and a fifth drain hole is formed in the upper end cavity wall of the glass sash frame drainage cavity in a molded mode, a second extension wall is formed in a second glass sash frame sectional material in a downward vertical extension mode towards the lower end of the outer wall of the indoor side and is in sealing contact with a second sealing rubber strip, and the glass installation cavity, the fifth drain hole, the fourth drain hole, the third drain hole, the second drain hole, the first drain hole and the drainage groove form a drainage channel from top to bottom in sequence.

Further, first manger plate adhesive tape groove comprises the first T shape wall that is located window lower frame heat-insulating adhesive tape both sides that takes shape respectively on first window lower frame section bar and second window lower frame section bar, and first manger plate adhesive tape includes first embedment portion, inlay the groove and extend the adhesive tape piece, inlay the groove shaping on the both sides of first embedment portion, extend the adhesive tape piece and extend the upper end of distribution shaping at first embedment portion up, first embedment portion inlays the dress through inlaying the groove and inlays the dress and fix on first T shape wall, extend the adhesive tape piece and turn to frame heat-insulating adhesive tape sealing contact.

Furthermore, second manger plate adhesive tape groove is become by the second T shape wall that is located the thermal-insulated adhesive tape both sides of turn to frame that is formed respectively on first turn to frame section bar and the second turns to frame section bar, and second manger plate adhesive tape includes second embedded part, adhesive tape extension body and adhesive tape stick up the end, and the adhesive tape extension body upwards extends the shaping in the upper end of second embedded part, and the adhesive tape sticks up the end and extends the shaping on the upper end tip of adhesive tape extension body, and the second inlays the dress portion and inlays the dress and fix on second T shape wall, adhesive tape stick up end and the thermal-insulated adhesive tape sealing contact of glass sash frame.

Furthermore, a second steering frame section bar supporting wall is arranged on the top of the second window lower frame section bar in a forming mode, a positioning convex wall extends upwards and forms on the end portion, facing the indoor side, of the second steering frame section bar, a screen window frame installing frame is arranged on the end portion, facing the indoor side, of the second steering frame section bar in a forming mode, a lapping wall lapped on the outer wall, facing the indoor side, of the second window lower frame section bar is formed on the outer side end of the screen window frame installing frame in a downward extending mode, a clamping wall extends downwards and forms on the bottom of the second steering frame section bar correspondingly to the positioning convex wall, the clamping wall is clamped and fixed on the positioning convex wall, a supporting extending wall extends downwards and forms between the lapping wall and the clamping wall on the bottom of the second steering frame section bar, and the supporting extending wall is supported on the second steering frame section bar supporting wall.

The utility model discloses following beneficial effect has:

the utility model relates to a hidden drainage structures of window screening integrative window, rainwater can be discharged to the outdoor through the drainage channel that glass installation cavity, fifth drain hole, fourth drain hole, third drain hole, second drain hole, first drain hole and drainage groove form from top to bottom in proper order, the drain hole is hidden and invisible, can realize vertical smooth drainage, drainage effect is good; and water retaining rubber strips are respectively embedded between the lower window frame and the steering frame and between the steering frame and the glass sash frame, so that rainwater is not easy to permeate indoors.

Drawings

Fig. 1 is a schematic sectional view of a hidden drainage structure of a window integrated with a window screen according to the present invention;

fig. 2 is a schematic view of the first water retaining rubber strip embedded structure of the hidden drainage structure of the window integrated with window screening according to the present invention;

fig. 3 is a schematic view of the second water retaining rubber strip of the hidden drainage structure of the window screen integrated window of the present invention.

In the figure: 1. a lower window frame; 2. a steering frame; 3. a glass sash frame; 4. a screen frame; 11. a first window lower frame section bar; 12. a second window lower frame section bar; 13. a window lower frame heat insulation rubber strip; 14. a first water-retaining adhesive tape groove; 15. a first water retaining rubber strip; 11a, a steering frame splicing wall; 11b, a first sealant strip groove; 11c, a first sealing rubber strip; 11d, a drainage groove; 11e, a first drain hole; 12a, a second bogie frame profile support wall; 12b, positioning convex walls; 14a, a first T-shaped wall; 15a, a first embedded part; 15b, embedding grooves; 15c, extending the adhesive tape piece; 21. a first steering frame profile; 22. a second steering frame profile; 23. a heat insulation rubber strip of the steering frame; 24. a second water retaining adhesive tape groove; 25. a second water retaining rubber strip; 21a, a first glass sash frame stop wall; 21b, a steering frame drainage cavity; 21c, a second drain hole; 21d, a third drain hole; 22a, a screen sash frame mounting frame; 22b, an overlapping wall; 22c, a clamping wall; 22d, supporting extension walls; 22e, a second glass sash frame stop wall; 22f, a second sealant strip groove; 22g of a second sealing rubber strip; 24a, a second T-shaped wall; 25a, a second fitting part; 25b, an adhesive tape extension; 25c, raising the end of the adhesive tape; 31. a first glass sash frame profile; 32. a second glass sash frame profile; 33. a glass sash frame heat insulation rubber strip; 31a, a first extension wall; 31b, a third sealing rubber strip groove; 31c, a third sealing rubber strip; 31d, a glass installation cavity; 31e, a glass fan frame drainage cavity; 31f, a fourth drain hole; 31g, a fifth drain hole; 32a, a second extension wall.

Detailed Description

The invention will be further described with reference to the accompanying drawings and specific embodiments so as to more clearly understand the technical idea claimed in the invention.

The hidden drainage structure of the window screen integrated window of the utility model shown in the figures 1-3 comprises a window lower frame 1, a turning frame 2, a glass sash frame 3 and a sash frame 4, wherein the turning frame 2 is arranged above the window lower frame 1, the glass sash frame 3 is arranged at the outdoor side of the turning frame 2, the sash frame 4 is arranged at the indoor side of the turning frame 2, the window lower frame 1 comprises a first window lower frame section bar 11, a second window lower frame section bar 12 and a window lower frame heat insulation adhesive tape 13, the first window lower frame section bar 11 is arranged at the outdoor side, the second window lower frame section bar 12 is arranged at the indoor side, the first window lower frame section bar 11 and the second window lower frame section bar 12 are connected by a bridge-cut-off heat insulation adhesive tape 13, the turning frame splicing wall 11a is vertically extended upwards and formed on the outer wall of the outdoor side of the first window lower frame section bar 11, a first sealant groove 11b is formed on the inner wall of the upper end of the turning frame splicing wall 11a, a first sealing rubber strip 11c is fixedly embedded in the first sealant strip groove 11b, a drainage groove 11d is formed in the outer wall of the outdoor side of the first window lower frame profile 11 and is positioned below the steering frame splicing wall 11a in an inwards concave mode, a first drainage hole 11e is formed in the upper end groove wall of the drainage groove 11d, a first water retaining rubber strip groove 14 is formed between the first window lower frame profile 11 and the second window lower frame profile 12 and is positioned above the window lower frame heat insulation rubber strip 13, and a first water retaining rubber strip 15 is fixedly embedded in the first water retaining rubber strip groove 14; the turning frame 2 comprises a first turning frame section bar 21, a second turning frame section bar 22 and a turning frame heat insulation rubber strip 23, the first turning frame section bar 21 is positioned above the first window lower frame section bar 11, the outer wall of one outdoor side of the first turning frame section bar 21 is in sealing contact with a first sealing rubber strip 11c, the second turning frame section bar 22 is fixedly positioned on the second window lower frame section bar 12, the first turning frame section bar 21 and the second turning frame section bar 22 are in broken bridge heat insulation connection through the turning frame heat insulation rubber strip 23, the turning frame heat insulation rubber strip 23 is in sealing contact with a first water retaining rubber strip 15, a first glass sash stopping wall 21a is vertically extended and formed on the outer wall of one outdoor side of the first turning frame section bar 21, a turning frame drainage cavity 21b is formed in the first turning frame section bar 21, a second drainage hole 21c is formed on the lower end cavity wall of the turning frame drainage cavity 21b, a third drainage hole 21d is formed on the upper end cavity wall of the turning frame drainage cavity 21b, a second water-retaining adhesive tape groove 24 is formed and arranged between the first steering frame profile 21 and the second steering frame profile 22 and above the steering frame heat-insulating adhesive tape 23, a second water-retaining adhesive tape 25 is embedded and fixed on the second water-retaining adhesive tape groove 24, a second glass sash stopping wall 22e is formed by extending the top of the second steering frame profile 22 upwards vertically, a second adhesive tape groove 22f is formed on the upper end side wall of the second glass sash stopping wall 22e facing one side of the glass sash frame 3, and a second sealing adhesive tape 22g is embedded and fixed on the second adhesive tape groove 22 f; the glass sash frame 3 comprises a first glass sash frame section bar 31, a second glass sash frame section bar 32 and a glass sash frame heat insulation rubber strip 33, the first glass sash frame section bar 31 and the second glass sash frame section bar 32 are in bridge-cut-off heat insulation connection through the glass sash frame heat insulation rubber strip 33, the glass sash frame heat insulation rubber strip 33 is in sealing contact with a second water stop rubber strip 25, a first extending wall 31a is formed by downward vertical extension of the outer wall of one side of the first glass sash frame section bar 31 facing the outdoor, a third sealant strip groove 31b is formed on the inner wall of the lower end of the first extending wall 31a, a third sealant strip 31c is fixedly embedded in the third sealant strip groove 31b, the third sealant strip 31c is in sealing contact with the first glass sash frame stop wall 21a, a glass installation cavity 31d is formed between the first glass sash frame section bar 31 and the second glass sash frame section bar 32 and is positioned above the glass sash frame heat insulation rubber strip 33, a glass sash frame drainage cavity 31e is formed in the first glass sash frame section bar 31, a fourth drainage hole 31f is formed in the cavity wall of the lower end of the glass sash frame drainage cavity 31e, a fifth drainage hole 31g is formed in the cavity wall of the upper end of the glass sash frame drainage cavity 31e, a second extension wall 32a is formed in the lower end of the outer wall of the second glass sash frame section bar 32, which faces the indoor side, in a downward vertical extending mode, the second extension wall 32a is in sealing contact with the second sealing rubber strip 22g, and a drainage channel is formed by the glass installation cavity 31d, the fifth drainage hole 31g, the fourth drainage hole 31f, the third drainage hole 21d, the second drainage hole 21c, the first drainage hole 11e and the drainage groove 11d from top to bottom in sequence.

Specifically, the first water-blocking adhesive tape groove 14 is composed of first T-shaped walls 14a which are respectively formed on the first window lower frame profile 11 and the second window lower frame profile 12 and located on two sides of the window lower frame heat-insulating adhesive tape 13, the first water-blocking adhesive tape 15 includes a first embedding portion 15a, an embedding groove 15b and an extension adhesive tape piece 15c, the embedding grooves 15b are formed on two sides of the first embedding portion 15a, the extension adhesive tape piece 15c extends upwards and is distributed and formed at the upper end of the first embedding portion 15a, the first embedding portion 15a is embedded and fixed on the first T-shaped wall 14a through the embedding groove 15b, and the extension adhesive tape piece 15c is in sealing contact with the turning frame heat-insulating adhesive tape 23.

The second water retaining rubber strip groove 24 is composed of second T-shaped walls 24a which are formed on the first steering frame profile 21 and the second steering frame profile 22 and located on two sides of the steering frame heat insulation rubber strip 23, the second water retaining rubber strip 25 comprises a second embedding portion 25a, a rubber strip extending body 25b and a rubber strip warping end 25c, the rubber strip extending body 25b extends upwards to be formed at the upper end of the second embedding portion 25a, the rubber strip warping end 25c extends to be formed on the upper end portion of the rubber strip extending body 25b, the second embedding portion 25a is embedded and fixed on the second T-shaped walls 24a, and the rubber strip warping end 25c is in sealing contact with the glass sash heat insulation rubber strip 33.

A second steering frame section bar supporting wall 12a is formed at the top of the second window lower frame section bar 12, a positioning convex wall 12b is formed by upward extending the end part of the second steering frame section bar supporting wall 12a facing the indoor side, a sash frame mounting frame 22a is formed by downward extending the outer side end of the sash frame mounting frame 22a and is overlapped with a lapping wall 22b lapped on the outer wall of the second window lower frame section bar 12 facing the indoor side, a clamping wall 22c is formed by downward extending the corresponding positioning convex wall 12b on the bottom of the second steering frame section bar 22, the clamping wall 22c is clamped and fixed on the positioning convex wall 12b, a supporting extending wall 22d is formed by downward extending the bottom of the second steering frame section bar 22 between the lapping wall 22b and the clamping wall 22c, and the supporting extending wall 22d is supported on the second steering frame section bar supporting wall 12 a.

The hidden drainage structure of the window screen integrated window of the utility model has the advantages that rainwater can be drained to the outside from the drainage channel formed by the glass installation cavity 31d, the fifth drain hole 31g, the fourth drain hole 31f, the third drain hole 21d, the second drain hole 21c, the first drain hole 11e and the drainage groove 11d from top to bottom in sequence, the drain holes are hidden and invisible, vertical smooth drainage can be realized, and the drainage effect is good; and the water retaining rubber strips are respectively embedded between the lower window frame 1 and the steering frame 2 and between the steering frame 2 and the glass sash frame 3, so that rainwater is not easy to permeate indoors.

Various other changes and modifications may be made by those skilled in the art based on the above-described technical solutions and concepts, and all such changes and modifications should fall within the scope of the present invention.

Claims

1. The utility model provides a hidden drainage structures of integrative window of window screening, includes window lower frame (1), turns to frame (2), glass fan frame (3) and screen window frame (4), turns to the top that frame (2) were installed in window lower frame (1), and outdoor one side at turning to frame (2) is installed in glass fan frame (3), and screen window frame (4) are installed in the indoor one side that turns to frame (2), its characterized in that: the window lower frame (1) comprises a first window lower frame section bar (11), a second window lower frame section bar (12) and a window lower frame heat insulation rubber strip (13), the first window lower frame section bar (11) is arranged on one outdoor side, the second window lower frame section bar (12) is arranged on one indoor side, a broken bridge heat insulation connection is carried out between the first window lower frame section bar (11) and the second window lower frame section bar (12) through the window lower frame heat insulation rubber strip (13), a turning frame splicing wall (11a) is vertically extended and formed on the outer wall of the outdoor side of the first window lower frame section bar (11) upwards, a first rubber strip groove (11b) is formed on the inner wall of the upper end of the turning frame splicing wall (11a), a first sealing rubber strip (11c) is fixedly embedded in the first rubber strip groove (11b), a drainage groove (11d) is formed in the inner concave manner on the outer wall of the outdoor side of the first window lower frame section bar (11) below the turning frame splicing wall (11a), a first drainage hole (11e) is formed in the upper end groove wall of the drainage groove (11d), a first water retaining adhesive tape groove (14) is formed between the first window lower frame section (11) and the second window lower frame section (12) and located above the window lower frame heat insulation adhesive tape (13), and a first water retaining adhesive tape (15) is fixedly embedded in the first water retaining adhesive tape groove (14);

the steering frame (2) comprises a first steering frame section bar (21), a second steering frame section bar (22) and a steering frame heat-insulating rubber strip (23), the first steering frame section bar (21) is positioned above the first window lower frame section bar (11), the outer wall of one outdoor side of the first steering frame section bar (21) is in sealing contact with the first sealing rubber strip (11c), the second steering frame section bar (22) is fixedly positioned on the second window lower frame section bar (12), the first steering frame section bar (21) and the second steering frame section bar (22) are in broken bridge heat-insulating connection through the steering frame heat-insulating rubber strip (23), the steering frame heat-insulating rubber strip (23) is in sealing contact with the first water-retaining rubber strip (15), a first glass sash stop wall (21a) is vertically formed by upward extending and forming on the outer wall of one outdoor side of the first steering frame section bar (21), a steering frame drainage cavity (21b) is formed in the first steering frame section bar (21), a second drain hole (21c) is formed in the wall of the lower end cavity of the steering frame drainage cavity (21b), a third drain hole (21d) is formed in the wall of the upper end cavity of the steering frame drainage cavity (21b), a second water retaining adhesive tape groove (24) is formed above the steering frame heat insulation adhesive tape (23) between the first steering frame section bar (21) and the second steering frame section bar (22), a second water retaining adhesive tape (25) is embedded and fixed in the second water retaining adhesive tape groove (24), a second glass sash stopping wall (22e) is formed in a mode that the top of the second steering frame section bar (22) extends upwards vertically, a second sealant tape groove (22f) is formed in the side wall of the upper end, facing one side of the glass sash frame (3), of the second glass sash stopping wall (22e), and a second sealing adhesive tape (22g) is embedded and fixed in the second sealant tape groove (22 f);

the glass sash frame (3) comprises a first glass sash frame profile (31), a second glass sash frame profile (32) and a glass sash frame heat insulation rubber strip (33), the first glass sash frame profile (31) and the second glass sash frame profile (32) are in bridge-cut-off heat insulation connection through the glass sash frame heat insulation rubber strip (33), the glass sash frame heat insulation rubber strip (33) is in sealing contact with a second water retaining rubber strip (25), the outer wall of one side, facing the outdoor side, of the first glass sash frame profile (31) is formed into a first extending wall (31a) in a downward vertical extending mode, a third sealing rubber strip groove (31b) is formed in the inner wall of the lower end of the first extending wall (31a), a third sealing rubber strip (31c) is fixedly embedded in the third sealing rubber strip groove (31b), the third sealing rubber strip (31c) is in sealing contact with the stop wall (21a) of the first glass sash frame, and the portion, located above the glass sash frame heat insulation rubber strip (33), between the first glass sash frame profile (31) and the second glass sash frame (32), is formed into a sealing rubber strip groove (31 Glass installation cavity (31d), the shaping is provided with glass fan frame drainage chamber (31e) in first glass fan frame section bar (31), it has fourth wash port (31f) to set up the shaping on the lower extreme chamber wall of glass fan frame drainage chamber (31e), it has fifth wash port (31g) to set up the shaping on the upper end chamber wall of glass fan frame drainage chamber (31e), second glass fan frame section bar (32) have second extension wall (32a) towards the outer wall lower extreme of indoor one side vertical extension shaping down, second extension wall (32a) and second joint strip (22g) sealing contact, glass installation cavity (31d), fifth wash port (31g), fourth wash port (31f), third wash port (21d), second wash port (21c), first wash port (11e) and water drainage tank (11d) form drainage channel from top to bottom in proper order.

2. The hidden type drainage structure of a window screen integrated window as claimed in claim 1, wherein: the first water retaining adhesive tape groove (14) is composed of first T-shaped walls (14a) which are formed on the first window lower frame profile (11) and the second window lower frame profile (12) and located on two sides of a window lower frame heat insulation adhesive tape (13), the first water retaining adhesive tape (15) comprises a first embedding part (15a), an embedding groove (15b) and an extending adhesive tape piece (15c), the embedding groove (15b) is formed on two sides of the first embedding part (15a), the extending adhesive tape piece (15c) extends upwards and is distributed and formed at the upper end of the first embedding part (15a), the first embedding part (15a) is embedded and fixed on the first T-shaped wall (14a) through the embedding groove (15b), and the extending adhesive tape piece (15c) is in sealing contact with a steering frame heat insulation adhesive tape (23).

3. The hidden type drainage structure of a window screen integrated window as claimed in claim 1, wherein: the second water retaining rubber strip groove (24) is formed by second T-shaped walls (24a) which are formed on the first steering frame profile (21) and the second steering frame profile (22) and located on two sides of the steering frame heat insulation rubber strip (23), the second water retaining rubber strip (25) comprises a second embedding part (25a), a rubber strip extending body (25b) and a rubber strip warping end (25c), the rubber strip extending body (25b) extends upwards to be formed at the upper end of the second embedding part (25a), the rubber strip warping end (25c) extends to be formed at the upper end part of the rubber strip extending body (25b), the second embedding part (25a) is embedded and fixed on the second T-shaped wall (24a), and the warping end (25c) is in sealing contact with the glass sash frame heat insulation rubber strip (33).

4. The hidden type drainage structure of a window screen integrated window as claimed in claim 1, wherein: the top of the second window lower frame section bar (12) is provided with a second steering frame section bar supporting wall (12a) in a forming mode, the end part, facing the indoor side, of the second steering frame section bar supporting wall (12a) extends upwards to form a positioning convex wall (12b), the side, facing the indoor side, of the second steering frame section bar (22) is provided with a screen window frame mounting frame (22a) in a forming mode, the outer side end of the screen window frame mounting frame (22a) extends downwards to form a lapping wall (22b) lapped on the outer wall, facing the indoor side, of the second window lower frame section bar (12), the bottom of the second steering frame section bar (22) is provided with a clamping wall (22c) in a downward extending mode, the clamping wall (22c) is clamped and fixed on the positioning convex wall (12b), the bottom of the second steering frame section bar (22) is positioned between the lapping wall (22b) and the clamping wall (22c) and extends downwards to form a supporting extending wall (22d), the support extension wall (22d) is supported on the second bogie frame profile support wall (12 a).