CN110219553A - A kind of two-in-one inwardly opened window family structure with screen window - Google Patents

Abstract

The invention discloses a two-in-one inward-opening window structure with a screen window. The two-in-one inward-opening window structure with a screen window includes a narrow window outer frame and a window that is installed in the narrow window outer frame and can be opened relative to the narrow window outer frame. The window sash, the narrow window frame is installed at the front end of the installation hole in the wall, and the thickness of the narrow window frame is less than or equal to half of the depth of the installation hole, wherein the front end of the narrow window frame It is flush with the indoor wall surface of the wall, and the rear end surface of the narrow window outer frame forms a gap with the outdoor wall surface of the wall; the window sash is opened from the outside to the inside relative to the narrow window outer frame, and the opened window sash is placed indoors, After the window sash is closed relative to the narrow window outer frame, its front end is flush; the narrow window outer frame is also equipped with a screen window that can be opened from the outside to the inside. After the screen window is closed relative to the narrow window outer frame, its rear end surface is flush. And there is an interval between the screen window and the window sash.

Description

A two-in-one inward opening window structure with a screen window

Technical field:

The invention relates to the technical field of door and window products, in particular to a two-in-one inward opening window structure with a screen window.

Background technique:

A window, in architecture, refers to an opening made in a wall or roof to allow light or air to enter a room. In fact, the original meanings of window and door refer to window and door respectively, while in modern Chinese, window refers to window only. "Window" is originally "chimney" ("chimney" is a vulgar character), that is, a hole is left on the wall, and the frame is a window lattice, which can transmit light and smoke, and then add the prefix "xue" to form a pictophonetic character. "Shuowen" says: "The wall is called the chimney, and the house is called the chimney. The window, or the hole." The window frame is responsible for supporting the main structure of the window. It can be made of wood, metal, ceramics or plastic materials, and the transparent part is attached to the window. The frame can be paper, cloth, silk or glass material.

The windows of modern windows are composed of three parts: window frames, glass and movable components (hinges, handles, pulleys, etc.). The window frame is responsible for supporting the main structure of the window, which can be wood, metal, ceramic or plastic material, and the transparent part is attached to the window frame, which can be paper, cloth, silk or glass material. The movable components are mainly made of metal materials, and the places touched by human hands may also be wrapped with heat-insulating materials such as plastics.

The window is an important part of the house structure. It is generally divided into casement windows and sliding windows. The operating elements such as the frame, fan frame, and stiles in the casement windows and sliding windows are all made of aluminum alloy. Aluminum alloy has light weight and profile Standard, easy to use and install, beautiful appearance, corrosion resistance, etc. At the same time, it has the characteristics of being able to make complex structures and realize complex functions.

The casement windows in the prior art are generally outward-opening windows, that is, after opening, the sash is placed outdoors, which will cause the following risks: when the outward-opening window is set on a high-rise, it is easy to be affected by uncontrollable natural shadows on the high-rise Cause the danger of falling fan, cause greater trouble to the user. In addition, the sash in the outward-opening window is placed outdoors after opening, which is not only difficult to clean, but also has insufficient aesthetics because the sash can be seen from the outside. Existing doors and windows all have raised surfaces, which are not only unattractive, but also very easy to hurt people because of the raised surfaces during cleaning.

In view of this, the inventor proposes the following technical solutions.

Invention content:

The object of the present invention is to overcome the deficiencies of the prior art and provide a two-in-one inward opening window structure with a screen window.

In order to solve the above-mentioned technical problems, the present invention adopts the following technical solution: the two-in-one inward-opening window structure with a screen window includes a narrow window outer frame and a sash installed in the narrow window outer frame and can be opened relative to the narrow window outer frame , the narrow window outer frame is installed at the front end of the installation hole in the wall, and the thickness of the narrow window outer frame is less than or equal to half of the depth of the installation hole, wherein the front end of the narrow window outer frame and The indoor wall surface of the wall is flush, and the rear end surface of the narrow-side window frame forms a gap with the outdoor wall surface of the wall; the window sash is opened from the outside to the inside relative to the narrow-side window frame, and the opened sash is placed indoors. After the window sash is closed relative to the narrow window outer frame, its front end is flush; the narrow window outer frame is also equipped with a screen window that can be opened from the outside to the inside. After the screen window is closed relative to the narrow window outer frame, its rear end surface is flush, and A space is formed between the screen window and the window sash.

Further, in the above technical solution, the screen window includes a frame body and a diamond mesh installed in the frame body, and the frame body is provided with a first magnetic strip; the outer frame of the narrow window corresponds to the first magnetic strip Adapted second magnetic strip, after the screen window is closed relative to the narrow window frame, the first magnetic strip and the second magnetic strip are adsorbed and fixed, and a child lock is also provided between the screen window and the narrow window frame; The frame body includes a yarn base and a yarn pressing frame fixedly connected with the yarn base, the diamond mesh is installed between the yarn base and the yarn pressing frame, and the yarn pressing frame is installed with a clamping rubber strip, the The clamping rubber strip compresses the diamond mesh.

Furthermore, in the above technical solution, the rear end surface of the narrow window outer frame is provided with longitudinally distributed grooves, and the side walls of the grooves are provided with through hidden drainage holes.

Furthermore, in the above technical solution, the narrow window outer frame is provided with a retaining edge at the opening of the tank body, and the retaining edge is located beside the hidden drainage hole.

Furthermore, in the above technical solution, the cross-section of the narrow window outer frame is L-shaped, and has an accommodating space for the closed sash, and the first sealing strip is fixedly installed in the accommodating space, and is used to connect with the sash. contact; the narrow window outer frame includes the outer frame large surface, the first heat insulation strip structure and the outer frame small surface fixedly connected in sequence, the auxiliary material rack installed on the outer frame large surface and the auxiliary material rack and outer frame For the first spacer between the large surfaces, the end of the auxiliary material frame is provided with a first co-extruded sealing strip, and the first co-extruded sealing strip is in pressure contact with the window sash; the end of the large surface of the outer frame is provided with The third co-extruded sealing strip, the third co-extruded sealing strip is in pressure contact with the fourth co-extruded sealing strip provided on the screen window, the large surface of the outer frame, the structure of the first heat insulation strip and the small outer frame Both surfaces are buckled connected with the first sealing rubber strip.

Furthermore, in the above technical solution, several tooth-shaped protrusions are formed on the inner side of the first co-extruded sealing rubber strip, and the side of the first co-extruded sealing rubber strip is also formed with elastic bead extending outward. The protrusion is in pressure contact with the window sash, the elastic bead is buckled against the outer surface of the window sash, and the small surface of the outer frame is formed with a stepped groove docked with the window sash; the first sealing strip is a honeycomb EPOM sealing strip.

Furthermore, in the above technical solution, the large surface of the outer frame and the small surface of the outer frame are aluminum profiles, and the surfaces are coated with fluorocarbon paint; the first heat insulation strip structure includes a The first heat insulation strip and the second heat insulation strip between the large frame surface and the small surface of the outer frame are also provided with a first heat insulation sponge.

Further, in the above technical solution, the window sash includes a double-glazed structure, a small sash that is sequentially connected and fixed with the double-glazed structure, a second heat insulation strip structure, and a large sash, and the inside of the small sash is The first glass glue strip is set, the second glass glue strip is arranged on the inner side of the large fan, the glass spacer is arranged on the inner side of the second heat insulation strip structure, the first glass glue strip, the second glass glue strip and the glass spacer Both are extruded and fixed with the outer side of the double-layer glass structure; a second co-extruded sealing strip is provided on the inner side of the large fan, and the second co-extruded sealing strip is in pressure contact with the narrow window outer frame, wherein the The second co-extruded sealing rubber strip is formed with an R-shaped pressing portion, and the pressing portion is in pressing contact with the narrow window outer frame.

Further, in the above technical solution, several tooth-shaped protrusions are formed on the inner side of the second co-extruded sealing rubber strip, and the side of the second co-extruded sealing rubber strip is also formed with elastic bead extending outward. The protrusion is in pressure contact with the narrow window frame, the elastic bead is buckled against the outer surface of the narrow window frame, and the large surface of the sash is formed with a stepped groove that abuts with the narrow window frame.

Furthermore, in the above technical solution, the double-layer glass structure includes the first glass and the second glass installed at intervals and a hollow aluminum strip installed between the first glass and the first glass, and the glass spacer and the second glass The first glass and the second glass are also fixed by glue, the hollow aluminum strip is filled with a desiccant, and a closed space is formed between the first glass and the second glass, and the space is filled with an inert gas; The inert gas is argon.

Further, in the above technical solution, the small fan surface and the large fan surface are both aluminum profiles, and their surfaces are coated with fluorocarbon paint; the second heat insulation strip structure includes a The third heat insulation strip and the fourth heat insulation strip between the fan and the large surface, the third heat insulation strip and the fourth heat insulation strip are also provided with the second heat insulation sponge, the third heat insulation strip and the fourth heat insulation strip Both sides of the heat strip are fixedly connected to the small fan surface and the large fan surface by buckling.

After adopting the above technical solution, the present invention has the following beneficial effects compared with the prior art:

1. The independent inward-opening window of the present invention cannot be opened outwardly, but can only be opened inwardly. Compared with the traditional outward-opening window, it has an independent inward-opening and inverting system, which ensures that the fan will not fall due to the uncontrollable natural influence of the high-rise outward opening. Serious potential safety hazard, safe and convenient to use. Since the narrow window frame adopts a narrow design, the narrow window frame is installed at the front end of the installation hole in the wall, and the thickness of the narrow window frame is less than or equal to half of the depth of the installation hole. In the open or closed state, the fan frame is completely invisible from the outside, forming a unique hidden fan function. Its advantage is to achieve external beauty and fully combine the use of artificial aesthetics and mechanics. Side window frames with 50% less heated surface. Since the front end of the narrow window frame is flush with the interior wall of the wall, and after the window sash is closed relative to the narrow window frame, its front end is flush, reaching the fan and the frame, which is more humane than the traditional door and window raised surface The design fully ensures that people will not be hurt by the raised surface during cleaning. From the perspective of artificial aesthetics, it achieves a flatness of the fan to fix the glass, so as to achieve a three-dimensional effect and is easy to clean and manage. It is convenient and safe to keep the narrow window outer frame and sash on an isothermal line all the time, improving its energy saving and environmental protection effect. In addition, the present invention is also equipped with a screen window that can be opened from the outside to the inside. After the window sash is opened from the outside to the inside relative to the narrow window frame, the screen window can be opened from the outside to the inside relative to the narrow window frame, which is very convenient to use and convenient. cleaning.

2. The rear end surface of the outer frame of the narrow window is provided with a vertically distributed groove body, and the side wall of the groove body is provided with a through hidden drainage hole. When draining water, the water is discharged from the hidden drainage hole on the side wall of the groove body, The longitudinally distributed grooves fall down to achieve the purpose of drainage, and rainwater will not enter the room along the hidden drainage holes, and no drainage cover is required. It solves the problem that the wind whistle caused by the traditional door and window drainage holes is serious and affects people's lives. The hidden drainage holes independently drain from top to bottom, do not surround the surface of its aluminum material, and do not need to install a row cover. The hidden drainage hole for drainage under this is not affected by wind pressure, so it will not cause wind whistle, so that people can live more quietly and healthily. It does not need to install a drainage cover on the surface, which reduces labor and improves market competitiveness.

Description of drawings:

Fig. 1 is the assembly schematic diagram of the present invention;

Fig. 2 is a sectional view of Fig. 1;

Fig. 3 is a structural schematic diagram of the present invention.

Detailed ways:

The present invention will be further described below in conjunction with specific embodiments and accompanying drawings.

As shown in Figures 1-3, it is a two-in-one inward opening window structure with a screen window, which includes a narrow window outer frame 100 and a sash installed in the narrow window outer frame 100 and can be opened relative to the narrow window outer frame 100 200, the narrow window outer frame 100 is installed at the front end of the installation hole 401 in the wall 400, and the thickness of the narrow window outer frame 100 is less than or equal to half of the depth of the installation hole 401, wherein the narrow The front end of the side window outer frame 100 is flush with the indoor wall of the wall 400, and the rear end of the narrow window outer frame 100 is spaced from the outdoor wall of the wall 400; Open, and the opened sash 200 is placed indoors. After the sash 200 is closed relative to the narrow window frame 100, its front end is flush to ensure the aesthetics of the overall structure; The screen window 8 opened inside, after the screen window 8 is closed relative to the narrow window frame 100 , its rear end surface is flush, and a gap is formed between the screen window 8 and the window sash 200 . The independent inward-opening window of the present invention cannot be opened outwardly, but can only be opened inwardly. Compared with the traditional outward-opening window, its independent inward-opening and inverting system ensures that it will not cause serious safety problems due to the uncontrollable natural influence of the high-rise outward opening. Hidden danger, safe and convenient to use. Since the narrow-side window frame 100 adopts a narrow-side design, the narrow-side window frame 100 is installed on the front end of the installation hole 401 in the wall 400, and the thickness of the narrow-side window frame 100 is less than or equal to half of the depth of the installation hole 401. One-size-fits-all, in the open or closed state inside, the fan frame is completely invisible outside, forming a unique hidden fan function. The facade has only independent narrow-side window frames 100, and its heat-receiving surface is reduced by 50%. Since the front end of the narrow window outer frame 100 is flush with the indoor wall of the wall 400, and after the window sash 200 is closed relative to the narrow window outer frame 100, its front end is flush, reaching the fan and frame flush, which is higher than the traditional doors and windows. The more humanized design of the surface fully ensures that people will not be hurt by the raised surface during cleaning. From the perspective of artificial aesthetics, it can achieve a flatness of the fan to fix the glass, so as to achieve a three-dimensional effect and facilitate The convenience and safety of cleaning and maintenance keeps the narrow window outer frame 100 and the window sash 200 on an isothermal line all the time, improving their energy-saving and environmental-friendly effects. In addition, the present invention is also equipped with a screen window 8 that can be opened from the outside to the inside. After the sash 200 is opened from the outside to the inside relative to the narrow window frame 100, the screen window 8 can be opened from the outside to the inside relative to the narrow window frame 100 for use. Extremely convenient and easy to clean.

The screen window 8 includes a frame body 81 and a diamond mesh 82 installed in the frame body 81, the frame body 81 is provided with a first magnetic strip; The second magnetic strip, after the screen window 8 is closed relative to the narrow window outer frame 100, the first magnetic strip and the second magnetic strip are adsorbed and fixed, so as to achieve a predetermined position and ensure that the rear end is more accurately locked, and the screen window 8 and the second magnetic strip are fixed by adsorption. A child lock is also provided between the narrow window outer frames 100. The child lock is the same as the child locks on the market, and will not be repeated here. The child lock prevents the child from falling from the building due to the operation of opening the window, and is more convenient to use. Safety; the frame body 81 includes a yarn base 811 and a yarn pressing frame 812 fixedly connected to the yarn base 811, the diamond mesh 82 is installed between the yarn base 811 and the yarn pressing frame 812, and the yarn pressing A clamping rubber strip 813 is installed on the wire frame 812, and the clamping rubber strip 813 presses the diamond net 82, and its assembly structure is stable.

The rear end surface of the narrow side window frame 100 is provided with a vertically distributed groove body 101, and the side wall of the groove body 101 is provided with a through hidden drain hole 102. 102 is discharged, and falls along the groove body 101 of longitudinal distribution, reaches the purpose of drainage with this, and rainwater can not enter indoor along this hidden drainage hole, and it does not need to be provided with drainage cover. It solves the problem that the wind whistle caused by traditional door and window drainage holes is serious and affects people's lives. The hidden drainage hole 102 independently drains water from top to bottom, does not surround its aluminum surface, and does not need to install a row cover , so that the hidden drainage hole 102 for drainage below is not affected by wind pressure, so it will not cause wind whistle, so that people can live more quietly and healthily. It does not need to install drainage covers on the surface, which reduces labor and improves market competitiveness. .

The narrow window outer frame 100 is provided with a retaining edge 103 at the opening of the tank body 101, and the retaining edge 103 is located beside the hidden drain hole 102, so as to better prevent it.

The narrow window frame 100 has an L-shaped cross-section and has an accommodating space for the closed sash 200. The first sealing strip 300 is fixedly installed in the accommodating space and is used to contact the sash 200; so that the After the window sash 200 is closed relative to the narrow window outer frame 100, its front end is flush, and the window sash 200 and the screen window 8 can only be opened inwardly but not outwardly. said

The narrow-side window outer frame 100 includes a large outer frame surface 1, a first heat insulation strip structure 2, and a small outer frame surface 3 fixedly connected in sequence, an auxiliary material rack 15 installed on the large outer frame surface 1, and an auxiliary material rack installed on the outer frame large surface 1. The first pad 16 between the auxiliary material frame 15 and the large surface 1 of the outer frame, the end of the auxiliary material frame 15 is provided with a first co-extruded sealing strip 11, and the first co-extruded sealing strip 11 is against the window sash 200 Pressure contact; the end of the large surface 1 of the outer frame is provided with a third co-extruded sealing strip 13, and the third co-extruded sealing strip 13 is in pressure contact with the fourth co-extruded sealing strip 17 provided on the screen window 8 , the large surface 1 of the outer frame, the first heat-insulating strip structure 2 and the small surface 3 of the outer frame are all snap-connected with the first sealing rubber strip 300 to ensure the stability of its assembly structure.

The inside of the first co-extruded sealing strip 11 is formed with several tooth-shaped protrusions, and the side of the first co-extruded sealing strip 11 is also formed with an outwardly extending elastic bead 111, the tooth-shaped protrusions and the window sash 200 is in contact with pressure, and the elastic bead 111 is buckled on the outer surface of the window sash 200, which has better sealing performance and excellent dustproof effect, which can effectively prevent dust from entering. The small surface of the outer frame 3 is formed with a stepped groove 31 docked with the window sash 200, so as to ensure that the airtightness of the window 200 is better after the window sash 200 is closed relative to the narrow window outer frame 100, and the convenience of use is ensured.

The first sealing strip 300 is a honeycomb EPOM sealing strip, which has the advantages of high thermal insulation performance, long-term high elasticity, reduced closing force, high error tolerance, and excellent anti-aging performance, ensuring the service life and airtightness of the product.

The large surface 1 of the outer frame and the small surface 3 of the outer frame are aluminum profiles, and the surface is coated with fluorocarbon paint, which has a long service life and does not change color. It is used in coastal areas and industrial areas, and the surface is fine and clear. any impurities. The first heat insulation strip structure 2 includes a first heat insulation strip 21 and a second heat insulation strip 22 fixedly connected between the outer frame large surface 1 and the outer frame small surface 3, the first heat insulation strip 21 And the second heat insulation bar 22 is also provided with the first heat insulation sponge 23, and it guarantees product heat preservation and heat insulation effect.

The window sash 200 includes a double-glazed structure 4, a small sash 5 connected together and fixed to the double-glazed structure 4 in sequence, a second heat-insulating strip structure 6, and a large sash 7, and the inside of the small sash 5 is provided with a second A glass glue strip 51, the second glass glue strip 71 is arranged on the inner side of the large fan surface 7, and the glass cushion block 61 is arranged on the inside of the second heat insulation strip structure 6, the first glass glue strip 51, the second glass glue strip 71 and the glass spacer 61 are all extruded and fixed with the outside of the double-layer glass structure 4; the inside of the large fan surface 7 is provided with a second co-extruded sealing strip 72, and the second co-extruded sealing strip 72 is connected to the narrow The side window outer frame 100 is in pressure contact, wherein the second co-extruded sealing strip 72 is formed with an R-shaped pressing portion 721 , and the pressure portion 721 is in pressure contact with the narrow side window outer frame 100 .

The double-glazed structure 4 includes a first glass 41 and a second glass 42 installed at intervals and a hollow aluminum strip 43 installed between the first glass 41 and the first glass 41, the glass spacer 61 and the first glass 41 and the second glass 42 are also fixed by glue to ensure the stability of the double-layer glass structure 4 structure and its assembly structure, and improve the service life of the product. The hollow aluminum strip 43 is filled with a desiccant 431, and the first glass 41 A closed space is formed between the second glass 42, and the space is filled with an inert gas; the inert gas is argon, and the inductive test is purple, which improves the sound insulation, heat insulation and radiation filtering performance of the glass. Effectively attract and separate all static ions in the process of door and window processing and use, and the sound insulation and heat insulation system can be effective and remarkable.

The small fan surface 5 and the large fan surface 7 are all aluminum profiles, and the surface is coated with fluorocarbon coating, which has a long service life and does not change color. It is used in coastal areas and industrial areas. The surface is fine, clear and free of any impurities. . The second heat insulation strip structure 6 includes a third heat insulation strip 62 and a fourth heat insulation strip 63 fixedly connected between the small fan surface 5 and the large fan surface 7, the third heat insulation strip 62 and the first heat insulation strip The four heat insulation strips 63 are also provided with a second heat insulation sponge 64, and both sides of the third heat insulation strip 62 and the fourth heat insulation strip 63 are fixedly connected with the small fan surface 5 and the large fan surface 7 by buckling.

To sum up, the independent inward-opening window of the present invention cannot be opened outwardly, but can only be opened inwardly. Compared with the traditional outward-opening window, its independent inward-opening and inverting system ensures that it will not be affected by the uncontrollable natural influence of the high-rise outward opening. The falling fan causes a serious safety hazard, and it is safe and convenient to use. Since the narrow-side window frame 100 adopts a narrow-side design, the narrow-side window frame 100 is installed on the front end of the installation hole 401 in the wall 400, and the thickness of the narrow-side window frame 100 is less than or equal to half of the depth of the installation hole 401. One-size-fits-all, in the open or closed state inside, the fan frame is completely invisible outside, forming a unique hidden fan function. The facade only has an independent narrow window outer frame 100, and its heat receiving surface is reduced by 50%. Since the front end of the narrow window outer frame 100 is flush with the indoor wall of the wall 400, and after the window sash 200 is closed relative to the narrow window outer frame 100, its front end is flush, reaching the fan and frame flush, which is higher than the traditional doors and windows. The more humanized design of the surface fully ensures that people will not be hurt by the raised surface during cleaning. From the perspective of artificial aesthetics, it can achieve a flatness of the fan to fix the glass, so as to achieve a three-dimensional effect and facilitate The convenience and safety of cleaning and maintenance keeps the narrow window outer frame 100 and the window sash 200 on an isothermal line all the time, improving their energy-saving and environmental-friendly effects. In addition, the present invention is also equipped with a screen window 8 that can be opened from the outside to the inside. After the sash 200 is opened from the outside to the inside relative to the narrow window frame 100, the screen window 8 can be opened from the outside to the inside relative to the narrow window frame 100 for use. Extremely convenient and easy to clean.

Of course, the above descriptions are only specific embodiments of the present invention, and are not intended to limit the implementation scope of the present invention. All equivalent changes or modifications made according to the structure, features and principles described in the scope of the patent application of the present invention should be included in the The present invention is within the patent scope.

Claims (10)

1. a kind of two-in-one inwardly opened window family structure with screen window comprising narrow side outer window frame (100) and be installed on narrow side outside window And it can be with respect to the sash (200) of the narrow side outer window frame (100) opening in frame (100), it is characterised in that:

The narrow side outer window frame (100) is installed on the front end of installation hole location (401) in wall (400), and the narrow side outer window frame (100) thickness is less than or equal to the half size of installation hole location (401) depth, wherein before the narrow side outer window frame (100) End face is flushed with the indoor wall of wall (400), and the outdoor wall surface of narrow side outer window frame (100) rear end face and wall (400) Form interval；The sash (200) is opened with respect to narrow side outer window frame (100) ecto-entad, and the sash (200) after opening is placed in Interior, after which closes with respect to narrow side outer window frame (100), front end face is flushed；

Be also equipped in the narrow side outer window frame (100) can the screen window (8) opened of ecto-entad, the screen window (8) is with respect to the narrow side After outer window frame (100) is closed, end face thereafter, and interval is formed between the screen window (8) and sash (200).

2. a kind of two-in-one inwardly opened window family structure with screen window according to claim 1, it is characterised in that: the screen window (8) include framework (81) and the Buddha's warrior attendant net (82) being installed in framework (81), be provided with the first magnetic stripe in the framework (81)； The second magnetic stripe of first magnetic stripe adaptation is corresponded in the narrow side outer window frame (100), the screen window (8) is with respect to the narrow side outer window frame (100) after closing, first magnetic stripe and the absorption of the second magnetic stripe are fixed, and are also set between the screen window (8) and narrow side outer window frame (100) It is equipped with child lock；The framework (81) includes yarn pedestal (811) and the yarn pressing line frame that is fixedly connected with the yarn pedestal (811) (812), which is installed between the yarn pedestal (811) and yarn pressing line frame (812), and on the yarn pressing line frame (812) Yarn sandwich adhesive strip (813) are installed, which compresses Buddha's warrior attendant net (82).

3. a kind of two-in-one inwardly opened window family structure with screen window according to claim 1, it is characterised in that: the narrow side window Outline border (100) rear end face is provided with the groove body (101) of genesis analysis, which is provided with the concealed row of perforation Water hole (102).

4. a kind of two-in-one inwardly opened window family structure with screen window according to claim 3, it is characterised in that: the narrow side window Outline border (100) is provided with block edge (103) in the opening of groove body (101), which is located at concealed drainage hole (102) Side.

5. a kind of two-in-one inwardly opened window family structure with screen window according to any one of claims 1-4, it is characterised in that: The section of the narrow side outer window frame (100) is in L-shaped structure, and has the accommodating space of the sash (200) of receiving closing, and first Sealing joint strip (300) is fixedly mounted in the accommodating space, and for contacting with sash (200)；The narrow side outer window frame (100) includes The big face of the outline border being fixedly connected sequentially together (1), the first heat insulation strip structure (2) and outline border facet (3), to be installed on outline border big Auxiliary material frame (15) on face (1) and the first cushion block (16) being installed between the auxiliary material frame (15) and the big face of outline border (1), the auxiliary material Frame (15) end is provided with the first co-squeeze sealing joint strip (11), which supports with the sash (200) Press contacts；The big face of the outline border (1) end is provided with third co-squeeze sealing joint strip (13), the third co-squeeze sealing joint strip (13) and institute It states the 4th co-squeeze sealing joint strip (17) being arranged on screen window (8) and compresses contact, the big face of the outline border (1), the first heat insulation strip structure (2) And outline border facet (3) is snapped connection with first sealing joint strip (300).

6. a kind of two-in-one inwardly opened window family structure with screen window according to claim 5, it is characterised in that: described first is total Several detent projections are formed on the inside of compacted seal strip (11), and the first co-squeeze sealing joint strip (11) side is also formed to extension The elastic layering (111) stretched, the detent projection are compressed with the sash (200) and are contacted, which deducts in the window (200) lateral surface is fanned, and the outline border facet (3) forms the stepped groove (31) docked with the sash (200)；First sealing Adhesive tape (300) is honeycomb EPOM sealing strip.

7. a kind of two-in-one inwardly opened window family structure with screen window according to claim 5, it is characterised in that: the outline border is big Face (1) and outline border facet (3) are aluminum profile, and surface is coated with fluorocarbon coating；First heat insulation strip structure (2) includes There are the first heat insulating strip (21) and the second heat insulating strip (22) being fixedly connected between the big face of the outline border (1) and outline border facet (3), it should First heat insulating strip (21) and the second heat insulating strip (22) are additionally provided with the first insulating foam (23).

8. a kind of two-in-one inwardly opened window family structure with screen window according to claim 5, it is characterised in that: the sash (200) include double-layer glass structure (4) and be connected in turn and fix double-layer glass structure (4) fan facet (5), The first glass adhesive tape (51) are arranged in second heat insulation strip structure (6) and the big face (7) of fan, the fan facet (5) inside, the big face of the fan (7) Inside is provided with the second glass adhesive tape (71), is provided with glass block (61) on the inside of second heat insulation strip structure (6), first glass Glass adhesive tape (51), the second glass adhesive tape (71) and glass block (61) are fixed with extruding on the outside of the double-layer glass structure (4)；Institute It states and is provided with the second co-squeeze sealing joint strip (72) on the inside of the big face (7) of fan, second co-squeeze sealing joint strip (72) and the narrow side window Outline border (100) compresses contact, wherein second co-squeeze sealing joint strip (72) forms the pressure section (721) in r font, this is supported Splenium (721) is compressed with narrow side outer window frame (100) and is contacted.

9. a kind of two-in-one inwardly opened window family structure with screen window according to claim 8, it is characterised in that: the bilayer glass Glass structure (4) includes the first glass (41) of interval installation and the second glass (42) and is installed on the first glass (41) and the Hollow aluminum strip (43) between one glass (41), between the glass block (61) and the first glass (41) and the second glass (42) also Fixed by glue, be filled with desiccant (431) in the hollow aluminum strip (43), first glass (41) and the second glass (42) it Between be formed with closed clearance space, the inert gas filled in the clearance space；The inert gas is argon gas.

10. a kind of two-in-one inwardly opened window family structure with screen window according to claim 7, it is characterised in that: the fan is small Face (5) and the big face (7) of fan are aluminum profile, and surface is coated with fluorocarbon coating；Second heat insulation strip structure (6) includes The third heat insulating strip (62) and the 4th heat insulating strip (63) being fixedly connected between the fan facet (5) and the big face (7) of fan, the third every Hot article (62) and the 4th heat insulating strip (63) are additionally provided with the second insulating foam (64), the third heat insulating strip (62) and the 4th heat insulating strip (63) two sides pass through snap and are fixedly connected with the fan facet (5) and the big face (7) of fan.