CN218542079U - Prevent ponding one-way internal flush and open window - Google Patents

Abstract

The utility model discloses a one-way inward casement window for anti-waterlogging, which comprises an upper window frame, a left window frame, a lower window frame and a right window frame which are vertically fixed and connected successively, and the left window frame and the right window frame are fixed horizontally. The horizontal center stile is arranged, the vertical center sill is arranged between the horizontal center sill and the lower window frame, the first heat insulator is arranged in the rectangular area formed by the upper window frame, the left There is a movable sash in the rectangular area formed by the sash, the left sash, the lower sash, and the vertical center sill, and the movable sash is connected with the lower sash through a loose-leaf rotation. A second heat insulator is arranged in the window sash, and a third heat insulator is arranged in the rectangular area formed by the vertical middle sill and the horizontal middle sill, the lower window frame, and the right window frame. The utility model adopts the anti-water one-way one-way inward opening casement window with the above structure, which can discharge the rainwater accumulated in the window frame, avoid abnormal noise when the wind blows past, and realize ventilation through one-way inward opening and closing.

Description

One-way inward-hung casement window for anti-waterlogging

technical field

The utility model relates to the technical field of windows, in particular to a one-way inward-opening casement window for preventing stagnant water.

Background technique

As an essential part of a building, windows undertake the functions of light transmission, ventilation and heat insulation. Casement window is a type of window, and the opening and closing of the sash moves along a certain horizontal direction, so it is called "casement window". At present, in the use of windows, there is a problem of water accumulation in the bottom window frame after rain or water, and even spread to the house in severe cases. And because the structure of the window cannot be completely sealed, when there is a strong wind with a high velocity outside the window, the air pressure inside and outside the window will change, and the indoor and outdoor air will flow through the gap in the window, which will cause sharp abnormal noise.

Utility model content

The purpose of this utility model is to provide a one-way anti-water casement window, which can discharge the rainwater accumulated in the window frame, avoid abnormal noise when the wind blows past, and realize ventilation through one-way inward opening and closing.

In order to achieve the above object, the utility model provides a one-way anti-water casement window, comprising an upper window frame, a left window frame, a lower window frame and a right window frame which are vertically fixedly connected in turn, the left window frame and the Horizontal middle stiles are fixed horizontally between the right sash frames, vertical middle stiles are arranged between the horizontal middle sills and the lower sash frame, and the upper sash frame and the left sash frame and the right sash frame 1. The first heat insulator is arranged in the rectangular area formed by the horizontal middle pole, and the movable The window sash, the movable window sash is connected with the lower window frame through loose-leaf rotation, the movable window sash is composed of four inner sash frames which are vertically and fixedly connected in sequence, a second heat insulator is arranged inside the movable window sash, and the vertical window sash A third heat insulator is arranged in the rectangular area formed by the middle stile, the horizontal middle sill, the lower window frame, and the right window frame;

The upper sash, the left sash, the lower sash and the right sash all include a first outer member and a first inner member, and both the horizontal center sill and the vertical center sill include a second An outer fixture and a second inner fixture, the inner window frame includes a third inner fixture and a third outer fixture, the first inner fixture, the second inner fixture and the third inner fixture are located on the interior side, the The first outer fixture, the second outer fixture and the third outer fixture are located outside the outdoor, between the first inner fixture and the first outer fixture, between the second inner fixture and the second outer fixture Heat-insulating air slots are provided between the fixtures, between the third inner fixture and the third outer fixture, and porous heat-insulating rubber strips are provided at both ends of the heat-insulating air slots;

The first outer member located on the lower window frame is provided with a drainage mechanism, the drainage mechanism is close to the outdoor side, and the drainage mechanism includes a drainage hole arranged on the top surface of the first outer member and a The movable cover on the outer surface of the first outer member, the top of the movable cover is rotatably connected with the first outer member, and the outer surface of the first outer member is also provided with a discharge groove, and the discharge groove It communicates with the drainage hole, and the movable cover is arranged on the water outlet of the discharge groove.

Preferably, the first heat insulator, the second heat insulator and the third heat insulator all include double-layer heat insulating glass, and a filling strip is arranged between the edges of the heat insulating glass, so that A sealing rubber strip is arranged on the periphery of the filling strip.

Preferably, both ends of the heat-insulating air groove between the third inner member and the third outer member are provided with the porous heat-insulating rubber strip and the protruding heat-insulating rubber strip respectively.

Preferably, the end of the first outer member near the outdoor side and the two ends of the second outer member near the outdoor side are provided with a first outer pressure edge, and the end of the third outer member near the outdoor side is provided with a side Groove, the side groove is provided with an outer gasket, the outer gasket is in contact with the first outer pressure edge, and the other end of the third outer member close to the outdoor side is provided with a second outer pressure edge , the second outer pressing edge faces the direction of the third heat insulator, and the ends of the first outer pressing edge and the second outer pressing edge are provided with claw-shaped locking grooves.

Preferably, the end of the third internal member close to the indoor side is provided with an inner hook, the inner hook faces a direction away from the third heat insulator, and the end of the inner hook is provided with an inner groove, An inner gasket is arranged in the inner groove, and the inner gasket is in contact with the first inner member or the second inner member.

Preferably, the other end of the third inner piece close to the indoor side, the end of the first inner piece close to the indoor side, and the end of the second inner piece close to the indoor side are provided with arc-shaped buckles, and the arc-shaped The end of the buckle is provided with a pressure plate, between the pressure plate and the first heat insulator, the second heat insulator or the third heat insulator and between the claw-shaped slot and the first heat insulator An extruded rubber strip is arranged between the heating body, the second heat insulator or the third heat insulator.

Preferably, the hinge is located between the movable sash and the lower window frame, the hinge includes a movable plate and a fixed plate, the movable plate and the fixed plate are both rotatably connected to a pin shaft, and the pin shaft It is arranged on the inner side of the lower window frame, the end of the movable plate is fixedly connected with the bottom surface of the third internal member located at the bottom of the movable sash, and the end of the fixed plate is connected with the bottom surface of the third internal member located at the bottom of the lower window frame. The top surface of the first inner member is fixedly connected.

Therefore, the utility model adopts a kind of water-logging-proof one-way inward-hung casement window with the above-mentioned structure, and the drainage mechanism located on the lower window frame realizes the drainage of the accumulated water in the window frame, which can prevent rainwater from accumulating and flowing into the window, and the drainage mechanism It can also realize the balance of air pressure when the strong wind blows, and the window does not produce abnormal noise. The movable sash is connected with the lower window frame through the hinge, so that the window can be opened downwards and ventilated.

The technical solutions of the present utility model will be further described in detail through the drawings and embodiments below.

Description of drawings

Fig. 1 is a structural schematic diagram of an embodiment of a waterlogging-proof one-way inner casement window of the present invention;

Fig. 2 is a schematic diagram of the cross-sectional structure of ①②③ position of the utility model embodiment;

Fig. 3 is a schematic diagram of the longitudinal section of the position ④⑤⑥ of the embodiment of the utility model.

reference sign

1. Upper window frame; 11. Left window frame; 12. Lower window frame; 13. Right window frame; 14. First heat insulator; 15. First outer piece; 16. First inner piece; 17. Porous insulation Hot glue strip; 2. Horizontal mid-stiff; 21. Vertical mid-stiff; 22. The second heat insulator; 23. The second outer piece; 24. The second inner piece; 25. The first outer edge; Glass; 27. Filling strip; 28. Sealant strip; 29. Claw-shaped slot; 3. Inner window frame; 31. The third heat insulator; 32. The third outer member; 33. The third inner member; 34. 35, side groove; 36, protruding heat insulation strip; 37, inner hook edge; 38, inner groove; 4, curved buckle strip; 41, pressure plate; 42, extrusion rubber strip ; 5, loose-leaf; 51, movable plate; 52, fixed plate; 53, bearing pin;

Detailed ways

The technical solution of the utility model is further described below by means of the accompanying drawings and embodiments.

Example

As shown in the figure, a one-way anti-water casement window includes an upper sash 1, a left sash 11, a lower sash 12, and a right sash 13, which are connected vertically and vertically in sequence, and the left sash 11 and the right sash Between the frames 13 horizontally fixedly set the horizontal center 2, between the horizontal center 2 and the lower window frame 12 is provided with the vertical center 21, the upper window frame 1 and the left window frame 11, the right window frame 13, and the horizontal center 2 constitute A first heat insulator 14 is arranged in the rectangular area of the . A movable sash is arranged in the rectangular area formed by the horizontal middle sash 2, the left sash 11, the lower sash 12, and the vertical middle stile 21. The movable sash is connected with the lower sash 12 through the hinge 5, and the movable sash is fixed vertically by four successively. It consists of connected inner window frames 3, and a second heat insulator 22 is arranged in the movable window sash. A third heat insulator 31 is arranged in the rectangular area formed by the vertical middle pole 21 and the horizontal middle pole 2 , the lower window frame 12 , and the right window frame 13 .

The first heat insulator 14, the second heat insulator 22 and the third heat insulator 31 all include double-layer heat insulating glass 26, and a filling strip 27 is arranged between the edges of the heat insulating glass 26, and the filling strip 27 is made of steel Or iron strip material, support the distance between two layers of insulating glass 26. The periphery of the filling strip 27 is provided with a sealing strip 28, the sealing strip 28 bonds the heat insulating glass 26 and the filling strip 27 together, reduces the heat transfer between the inner side of the heat insulation body and the outer side of the outdoor, and plays the role of heat insulation and sound insulation. effect.

The upper sash 1, the left sash 11, the lower sash 12 and the right sash 13 all include a first outer member 15 and a first inner member 15, and the horizontal middle 2 and the vertical middle 21 all include a second outer member 23 and a first inner member 15. The second inner fixture 24, the inner window frame 3 includes the third inner fixture 33 and the third outer fixture 32, the first inner fixture 15, the second inner fixture 24 and the third inner fixture 33 are located on the indoor side, the first outer fixture 15, The second outer fixture 23 and the third outer fixture 32 are located outside the room, between the first inner fixture 15 and the first outer fixture 15, between the second inner fixture 24 and the second outer fixture 23, between the third inner fixture 33 and the first outer fixture 23 The heat-insulating air grooves are arranged between the three outer parts 32, and the two ends of the heat-insulating air grooves are provided with porous heat-insulating rubber strips 17, and the heat-insulating air grooves and the porous heat-insulating rubber strips 17 reduce the heat transfer between the inner and outer parts. It has the functions of heat insulation and shock absorption.

The two ends of the heat-insulating air groove between the third inner member 33 and the third outer member 32 are respectively provided with porous heat-insulating rubber strips 17 and protruding heat-insulating rubber strips 36 .

A drainage mechanism 6 is arranged on the first outer fixture 15 of the lower window frame 12, and the drainage mechanism 6 is close to the outdoor side. The movable cover 62 on the outer surface of 15, the top of the movable cover 62 is rotatably connected with the first outer member 15, the outer surface of the first outer member 15 is also provided with a discharge groove 63, and the discharge groove 63 communicates with the drain hole 61, The movable cover 62 is disposed on the water outlet of the discharge groove 63 . The rainwater that flows into the lower window frame 12 from the outdoor side flows into the discharge groove 63 through the drain hole 61, and flushes the movable cover 62 to be discharged to the outside, so water accumulation in the lower window frame 12 can be avoided, and even flow indoors. When there is a high-speed wind blowing outside the window, the movable cover 62 can balance the air pressure of the lower window frame 12 to form a pressure relief channel for the airflow and reduce the noise generated by the window.

One end of the first outer member 15 near the outdoor side and the two ends of the second outer member 23 near the outer side of the outdoor are provided with a first outer pressure edge 25, and the end of the third outer member 32 near the outdoor side is provided with a side groove 35. Outer pads are arranged in the groove 35 , and the outer pads are in contact with the first outer pressure edge 25 .

The end of the third internal member 33 near the indoor side is provided with an inner hook 37, the inner hook 37 faces away from the direction of the third heat insulator 31, and the end of the inner hook 37 is provided with an inner groove 38, and the inner groove 38 An inner gasket is provided, and the inner gasket is in contact with the first inner member 15 or the second inner member 24 . Inner and outer gaskets provide cushioning when the movable sash is closed.

The other end of the third outer member 32 near the outdoor side is provided with a second outer pressure edge 34, the second outer pressure edge 34 faces the direction of the third heat insulator 31, the first outer pressure edge 25 and the second outer pressure edge 34 The end is provided with a claw-shaped slot 29 .

The other end of the third inner piece 33 near the indoor side, the end of the first inner piece 15 near the inner side of the room and the second inner piece 24 are provided with an arc-shaped buckle 4 near the end of the indoor side, and the end of the arc-shaped buckle 4 is provided with Press plate 41, between press plate 41 and the first heat insulator 14, the second heat insulator 22 or the third heat insulator 31, and between the claw-shaped slot 29 and the first heat insulator 14, the second heat insulator 22 or the third heat insulator Extruded rubber strips 42 are arranged between the three heat insulators 31 . The claw-shaped slot 29 and the curved buckle 4 fix the insulating glass 26 by extruding the rubber strip 42 .

The loose-leaf 5 is located between the movable sash and the lower sash 12. The loose-leaf 5 includes a movable plate 51 and a fixed plate 52. Both the movable plate 51 and the fixed plate 52 are rotatably connected with a pin 53, and the pin 53 is arranged on the inner side of the lower sash 12. , the end of the movable plate 51 is fixedly connected with the bottom surface of the third inner member 33 located at the bottom of the movable sash, and the end of the fixed plate 52 is fixedly connected with the top surface of the first inner member 15 located at the lower window frame 12 . Under the action of the connection of the hinge 5, the movable sash rotates around the first inner member 15 in the lower window frame 12 to open the window downwards and inwardly.

Therefore, the utility model adopts a kind of anti-accumulation one-way inward casement window with the above structure, and realizes discharging the accumulated water in the window frame through the drainage mechanism 6 located on the lower window frame 12, so as to prevent rainwater from accumulating and flowing into the window. Drainage mechanism 6 can also realize balance air pressure when strong wind blows past, and form does not produce abnormal sound, and movable sash is connected with lower window frame 12 by loose-leaf 5 and rotates, and realizes downward inward casement window, reaches the function of ventilating.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present utility model and are not intended to limit it. Although the utility model has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand that: It is still possible to make modifications or equivalent replacements to the technical solutions of the present utility model, and these modifications or equivalent replacements cannot make the modified technical solutions deviate from the spirit and scope of the technical solutions of the present utility model.

Claims (7)

1. The utility model provides a prevent ponding one-way internal flush and open window which characterized in that: the heat insulation window comprises an upper window frame, a left window frame, a lower window frame and a right window frame which are sequentially and vertically and fixedly connected, wherein a transverse middle support is horizontally and fixedly arranged between the left window frame and the right window frame, a vertical middle support is arranged between the transverse middle support and the lower window frame, a first heat insulation body is arranged in a rectangular region formed by the upper window frame, the left window frame, the right window frame and the transverse middle support, a movable window sash is arranged in a rectangular region formed by the transverse middle support, the left window frame, the lower window frame and the vertical middle support, the movable window sash is rotatably connected with the lower window frame through loose leaves, the movable window sash consists of four inner window frames which are sequentially and vertically and fixedly connected, a second heat insulation body is arranged in the movable window sash, and a third heat insulation body is arranged in a rectangular region formed by the vertical middle support, the transverse middle support, the lower window frame and the right window frame;

the upper window frame, the left window frame, the lower window frame and the right window frame respectively comprise a first outer fixing piece and a first inner fixing piece, the transverse middle support and the vertical middle support respectively comprise a second outer fixing piece and a second inner fixing piece, the inner window frame comprises a third inner fixing piece and a third outer fixing piece, the first inner fixing piece, the second inner fixing piece and the third inner fixing piece are located on the indoor side, the first outer fixing piece, the second outer fixing piece and the third outer fixing piece are located on the outdoor side, heat insulation air grooves are formed between the first inner fixing piece and the first outer fixing piece, between the second inner fixing piece and the second outer fixing piece and between the third inner fixing piece and the third outer fixing piece, and porous heat insulation rubber strips are arranged at two ends of each heat insulation air groove;

the drainage mechanism is arranged on the first outer fixing piece of the lower window frame and is close to the outdoor side, the drainage mechanism comprises a drainage hole formed in the top surface of the first outer fixing piece and a movable cover arranged on the outer side surface of the first outer fixing piece, the top end of the movable cover is rotatably connected with the first outer fixing piece, a drainage groove is further formed in the outer side surface of the first outer fixing piece and is communicated with the drainage hole, and the movable cover is arranged on a water outlet of the drainage groove.

2. The water accumulation preventing one-way inward casement window according to claim 1, characterized in that: the first heat insulator, the second heat insulator and the third heat insulator comprise double layers of heat insulation glass, a filling strip is arranged between the edges of the heat insulation glass, and a sealing rubber strip is arranged on the periphery of the filling strip.

3. The water accumulation preventing one-way inward casement window according to claim 2, characterized in that: the porous heat insulation rubber strip and the protruding heat insulation rubber strip are respectively arranged at two ends of the heat insulation air groove between the third inner fixing piece and the third outer fixing piece.

4. The water accumulation preventing one-way inward casement window according to claim 3, characterized in that: first outer firmware be close to the one end of outdoor side with the both ends that the outer firmware of second is close to outdoor side all are provided with first outer blank pressing, the one end that the outer firmware of third is close to outdoor side is provided with the side recess, be provided with outer holding strip in the side recess, outer holding strip with first outer blank pressing contacts, the other end that the outer firmware of third is close to outdoor side is provided with the outer blank pressing of second, the outer blank pressing orientation of second the direction of third insulator, first outer blank pressing with the end of the outer blank pressing of second is provided with claw shape draw-in groove.

5. The water accumulation preventing one-way inward casement window according to claim 4, characterized in that: an inner hook edge is arranged at one end, close to the indoor side, of the third inner fixing piece, the inner hook edge faces the direction away from the third heat insulator, an inner groove is formed in the tail end of the inner hook edge, an inner padding strip is arranged in the inner groove, and the inner padding strip is in contact with the first inner fixing piece or the second inner fixing piece.

6. The water accumulation preventing one-way inward casement window according to claim 5, characterized in that: the other end that the firmware is close to indoor side in the third one end that the firmware is close to indoor side in the first one and the one end that the firmware is close to indoor side in the second is provided with the arc profile, the end of arc profile is provided with the clamp plate, the clamp plate with first insulator the second insulator or between the third insulator and claw shape draw-in groove with first insulator the second insulator or all be provided with the extrusion adhesive tape between the third insulator.

7. The water accumulation preventing one-way inward casement window according to claim 6, characterized in that: the hinge is located between the movable window sash and the lower window frame and comprises a movable plate and a fixed plate, the movable plate and the fixed plate are both rotatably connected with a pin shaft, the pin shaft is arranged on the inner side of the lower window frame, the tail end of the movable plate is fixedly connected with the bottom surface of the third internal fixing piece located at the bottom of the movable window sash, and the tail end of the fixed plate is fixedly connected with the top surface of the first internal fixing piece located on the lower window frame.

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