Narrow-side passive aluminum-clad wood window with fire-resistant integrity reaching 0.5 hour

Abstract

The utility model relates to a narrow-edge passive aluminum-clad wood window with the fire-resistant integrity reaching 0.5 h, and belongs to the technical field of fire-resistant windows. The problem that the fire resistance of an existing passive aluminum-clad wood window cannot reach the 0.5-hour fire-resistant integrity standard is solved. Comprising a window frame and a window sash which are movably connected. Fireproof hollow glass is mounted on the window frame and the window sash; the fireproof window further comprises fireproof silica gel, a graphite-based fireproof expansion strip, a fireproof pressing plate and other fireproof materials, and the multiple fireproof materials arranged on the fireproof window have efficient sealing and fireproof effects on the window body, so that the window body meets the requirement for 0.5-hour fireproof integrity.

Description

Technical Field

[0001] The utility model relates to the technical field of fire-resistant windows, in particular to a narrow-edge passive aluminum-clad wood window with a fire-resistant integrity reaching 0.5 hours. Background Art

[0002] Unlike traditional buildings that use active energy supply, passive buildings mainly rely on passively collected heat, such as solar energy, geothermal heat and indoor heating elements, to achieve the purpose of house insulation. Passive heat collection can effectively reduce energy consumption. In addition, passive buildings themselves have good air tightness, which can play a variety of effects such as sound insulation, moisture retention, heat preservation and reduction of indoor mold. The main feature of passive buildings is the organic combination of high thermal insulation doors and windows, high thermal insulation wall materials and intelligent fresh air units, which can reduce the flow of indoor and outdoor heat, thereby avoiding energy loss, wall condensation and mold and even dripping caused by excessive indoor and outdoor temperature differences, thereby achieving the effect of fresh air, constant temperature and warm in winter and cool in summer inside the house.

[0003] As mentioned above, one of the keys to passive buildings is the use of highly thermally insulated doors and windows. Doors and windows with good thermal insulation performance can effectively reduce indoor and outdoor heat convection, which helps to save energy and reduce emissions, but the fire resistance of traditional passive doors and windows often cannot meet the fire resistance standards required by certain buildings.

[0004] The Code for Fire Protection Design of Buildings GB50016-2014 came into effect on May 1, 2015. The code clearly states that in some cases, the fire resistance integrity of doors and windows must meet the 0.5-hour standard. For example, for residential buildings with a height of 27 to 100 meters and with insulation materials on the exterior walls, when B1 grade insulation materials are used, fire-resistant windows with a fire resistance limit of not less than 0.50h should be installed on each floor. In recent years, not only engineering doors and windows have vigorously promoted the use of fire-resistant windows, but retail investors have also had demand from time to time, but the fire resistance performance of traditional passive aluminum-clad wood windows cannot meet the 0.5-hour fire resistance integrity standard. Utility Model Content

[0005] In view of the problem that the fire resistance performance of the above-mentioned traditional passive aluminum-clad wood windows cannot reach the fire resistance integrity standard of 0.5 hours, the purpose of the utility model is to provide a narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours. In the context of passive buildings, narrow edges usually refer to a simple and slender form of expression used in the exterior and facade design of the building. The most notable feature of narrow-edge passive doors and windows is their simple and narrow frame design. Functionally speaking, the narrow-edge design reduces the area of ​​the window frame, which helps to improve the thermal efficiency of the window compared to traditional designs, because a smaller frame area means lower heat conductivity. The utility model, based on the narrow-edge passive type, effectively combines a variety of fire-resistant materials and fire-resistant insulating glass, and achieves the fire resistance integrity requirement of 0.5 hours without much increase in material costs.

[0006] In order to achieve the above purpose, the technical solution adopted by the utility model is:

[0007] A narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours, comprising: a window frame and a window sash, wherein the window frame is movably connected to the window sash; the window frame comprises an outer aluminum 1, a frame molding profile 2, an inner wood 3 and a first buckle 4, wherein the outer aluminum 1 is connected to the frame molding profile 2, and the inner wood 3 is connected to the frame molding profile 2 via the first buckle 4; the window sash comprises an outer aluminum 5, an inner wood 6 and a second buckle 7, wherein the outer aluminum 5 is connected to the inner wood 6 via the second buckle 7;

[0008] It also includes a fireproof insulating glass 8, the window frame is provided with a first mounting groove, the window sash is provided with a second mounting groove, and the fireproof insulating glass 8 is installed in both the first mounting groove and the second mounting groove;

[0009] It also includes fireproof silica gel 9, and the outdoor side of the frame inner wood 3 and the outdoor side of the fan inner wood 6 are both paved with fireproof silica gel 9; the first installation groove is provided with fireproof silica gel 9 and is laid on the frame inner wood 3; the second installation groove is provided with fireproof silica gel 9 and is laid on the fan inner wood 6;

[0010] It also includes a graphite-based fireproof expansion strip 10. A graphite-based fireproof expansion strip 10 is arranged between the fireproof silicone 9 in the first installation groove and the fireproof hollow glass 8; a graphite-based fireproof expansion strip 10 is arranged between the fireproof silicone 9 in the second installation groove and the fireproof hollow glass 8; and a graphite-based fireproof expansion strip 10 is connected to the outer edge of the inner wood 6 of the fan.

[0011] Furthermore, the window frame also includes an inner-frame wooden strip 11, which is installed on the indoor side of the inner-frame wood 3 and is used to support the fire-proof hollow glass 8 in the first installation groove; a graphite-based fire-proof expansion strip 10 is provided between the inner-frame wooden strip 11 and the fire-proof hollow glass 8 in the first installation groove.

[0012] Furthermore, the window frame also includes a first fireproof pressure plate 12, which is installed on the wood 3 inside the frame and is used to support the fireproof insulating glass 8 located in the first installation groove.

[0013] Furthermore, the first fireproof pressure plate 12 includes a first horizontal plate 121 and two first vertical plates 122, and the two first vertical plates 122 are connected by a first horizontal plate 121; one first vertical plate 122 is placed between the frame profile 2 and the fireproof hollow glass 8, and the other first vertical plate 122 is placed between the frame profile 2 and the frame wood 3.

[0014] Furthermore, the window sash also includes a second fireproof pressure plate 13, which is installed on the inner wood 6 of the sash and is used to support the fireproof insulating glass 8 located in the second installation groove.

[0015] Furthermore, the second fireproof pressure plate 13 includes a second horizontal plate 131 and two second vertical plates 132, and the two second vertical plates 132 are connected by a second horizontal plate 131; one second vertical plate 132 is placed between the aluminum outside the fan 5 and the fireproof hollow glass 8, and the other second vertical plate 132 is placed between the aluminum outside the fan 5 and the wood inside the fan 6.

[0016] Furthermore, it also includes a frame and sash sealing strip 14, which is installed on the inner edge of the window frame for installing the window sash.

[0017] Furthermore, the window sash also includes a fireproof rubber strip 15, which is installed on the outer edge of the inner wood 6 of the sash. When the window sash is in a closed state, the fireproof rubber strip 15 abuts against the frame and sash sealing strip 14.

[0018] Furthermore, it also includes a glass outer adhesive strip 16 and a glass inner adhesive strip 17;

[0019] A glass outer adhesive strip 16 is installed on the frame outer aluminum 1, and the glass outer adhesive strip 16 is against the outdoor side of the fireproof insulating glass 8 in the first installation groove; a glass inner adhesive strip 17 is installed on the frame inner wooden strip 11, and the glass inner adhesive strip 17 is against the indoor side of the fireproof insulating glass 8 in the first installation groove;

[0020] A glass outer rubber strip 16 is installed on the outer aluminum 5 of the fan, and the glass outer rubber strip 16 abuts against the outdoor side of the fireproof insulating glass 8 in the second installation groove; a glass inner rubber strip 17 is installed on the inner wood 6 of the fan, and the glass inner rubber strip 17 abuts against the indoor side of the fireproof insulating glass 8 in the second installation groove.

[0021] Furthermore, the window sash further comprises an indoor sealing strip 18 , which is mounted on the inner wood 6 of the sash. When the window sash is in a closed state, the indoor sealing strip 18 abuts against the inner wood 3 of the frame.

[0022] Due to the adoption of the above technology, the utility model has the following positive effects compared with the prior art:

[0023] (1) The utility model provides fireproof silicone on the outdoor side surface of the wood inside the frame, the outdoor side surface of the wood inside the sash, between the wood inside the frame and the fireproof insulating glass, and between the wood inside the sash and the fireproof insulating glass, thereby enhancing the fireproof performance and sealing performance between the window wood and its outdoor side materials, and at the same time, enhancing the fireproof performance and sealing performance between the window wood and the fireproof insulating glass, thereby achieving the effect of isolating the window wood from the flame.

[0024] (2) Each fireproof insulating glass of the utility model is provided with a fireproof pressure plate on the outdoor side, one of the vertical plates of the fireproof pressure plate is connected and fixed to the window wood, while the horizontal plate and the other vertical plate together provide support for the fireproof insulating glass. When the flame burns and damages the aluminum material or the frame plastic profile, the fireproof pressure plate can effectively enhance the support effect on the outdoor side of the fireproof insulating glass, preventing the fireproof insulating glass from falling from the outdoor side, injuring others, and causing accidents.

[0025] (3) The window frame and the window sash of the utility model are provided with a graphite-based fire-proof expansion strip at the closing part, which can effectively enhance the fire resistance of the whole window, prevent the wood in the sash or the wood in the frame from catching fire and quickly igniting the wood in the adjacent frame or the wood in the sash, and play a role in preventing the rapid spread of fire. At the same time, each fireproof insulating glass is coated with a graphite-based fire-proof expansion strip to prevent the window wood from coming into direct contact with the fireproof insulating glass, and to prevent the flame from rapidly heating up the fireproof insulating glass and causing the wood in the sash and / or the wood in the frame to reach the ignition point and burn, which also plays a role in preventing the rapid spread of fire, and ensure that the whole window has a fire resistance integrity of 0.5 hours to ensure the fire resistance of the whole window. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 The utility model is a structural schematic diagram of a window frame without window sashes of a narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours.

[0027] Figure 2 The utility model is a structural schematic diagram of a window frame including a window sash of a narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours.

[0028] Figure 3 It is a structural schematic diagram of a first fireproof pressure plate of a narrow-edge passive aluminum-clad wood window of the utility model, the fire resistance integrity of which reaches 0.5 hours.

[0029] Figure 4 It is a structural schematic diagram of a second fireproof pressure plate of a narrow-edge passive aluminum-clad wood window of the utility model, the fire resistance integrity of which reaches 0.5 hours.

[0030] In the attached figure: 1. Aluminum outside the frame; 2. Frame plastic profile; 3. Wood inside the frame; 4. First clip; 5. Aluminum outside the sash; 6. Wood inside the sash; 7. Second clip; 8. Fireproof hollow glass; 9. Fireproof silicone; 10. Graphite-based fireproof expansion strip; 11. Wood pressure strip inside the frame; 12. First fireproof pressure plate; 121. First horizontal plate; 122. First vertical plate; 13. Second fireproof pressure plate; 131. Second horizontal plate; 132. Second vertical plate; 14. Frame and sash sealing strip; 15. Fireproof strip; 16. Glass outer strip; 17. Glass inner strip; 18. Indoor sealing strip. DETAILED DESCRIPTION

[0031] The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments, but they are not intended to limit the present invention.

[0032] Please refer to Figure 1 and Figure 4 As shown, a narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours is shown, which includes: a window frame and a window sash, the window frame and the window sash are movably connected; the window frame includes an outer frame aluminum 1, a frame plastic profile 2, an inner frame wood 3 and a first clip 4, the outer frame aluminum 1 is connected to the frame plastic profile 2, further, the outer frame aluminum 1 and the frame plastic profile 2 are both provided with a clip, the clip of the outer frame aluminum 1 is connected to the clip of the frame plastic profile 2, and the outer frame aluminum 1 is connected to the frame plastic profile 2; the inner frame wood 3 It is connected to the frame profile 2 through the first clip 4; one end of the first clip 4 is clipped to the frame profile 2, and the other end of the first clip 4 is screwed to the wood 3 inside the frame; the frame profile 2 is made of plastic material, which can reduce the thermal conductivity of the entire window; the window sash includes aluminum 5 outside the sash, wood 6 inside the sash and the second clip 7, and the aluminum 5 outside the sash and the wood 6 inside the sash are connected through the second clip 7; one end of the second clip 7 is clipped to the aluminum 5 outside the sash, and the other end of the second clip 7 is screwed to the wood 6 inside the sash.

[0033] It also includes fireproof hollow glass 8, a first mounting groove is provided on the window frame, a second mounting groove is provided on the window sash, and the fireproof hollow glass 8 is installed in the first mounting groove and the second mounting groove; further, each fireproof hollow glass 8 is composed of multiple single-piece fireproof glasses, and a vacuum is set between any two adjacent single-piece fireproof glasses to ensure that after a fire occurs, the heating rate of the fireproof hollow glass 8 can be effectively reduced, thereby avoiding rapid heating of the window wood and reducing the spread rate of fire.

[0034] It also includes fireproof silica gel 9, and the outdoor side of the frame wood 3 and the outdoor side of the fan wood 6 are both paved with fireproof silica gel 9, which can improve the sealing performance of the outdoor side of the frame wood 3 and the outdoor side of the fan wood 6; the fireproof silica gel 9 is arranged in the first installation groove and laid on the frame wood 3, and the fireproof hollow glass 8 and the frame wood 3 can be sealed; the fireproof silica gel 9 is arranged in the second installation groove and laid on the fan wood 6, and the fireproof hollow glass 8 and the fan wood 6 can be sealed. The arranged fireproof silica gel 9 can improve the sealing performance and fireproof performance of the whole window.

[0035] It also includes a graphite-based fireproof expansion strip 10, which is arranged between the fireproof silicone 9 in the first installation groove and the fireproof hollow glass 8; the graphite-based fireproof expansion strip 10 is arranged between the fireproof silicone 9 in the second installation groove and the fireproof hollow glass 8; the outer edge of the inner wood 6 of the fan is connected with the graphite-based fireproof expansion strip 10, and the graphite-based fireproof expansion strip 10 is bonded to the outer edge of the inner wood 6 of the fan. The graphite-based fireproof expansion strip 10 is a high-performance fireproof expansion material prepared based on expandable graphite. When encountering fire, the material will quickly expand to 15-50 times the original volume to fully block the surrounding gaps and holes, thereby forming an effective fire and smoke barrier.

[0036] The window frame also includes a wood strip 11 inside the frame, which is installed on the indoor side of the wood 3 inside the frame and used to support the fireproof hollow glass 8 located on the outdoor side thereof; a graphite-based fireproof expansion strip 10 is provided between the wood strip 11 inside the frame and the fireproof hollow glass 8 to enhance the fireproof performance. The first installation groove is formed by the frame outer aluminum 1, the frame plastic profile 2, the frame inner wood 3 and the wood strip 11 inside the frame; the second installation groove is formed by the fan outer aluminum 5 and the fan inner wood 6.

[0037] The window frame also includes a first fireproof pressure plate 12, which is installed on the frame wood 3 and is used to support the fireproof hollow glass 8 located in the first installation groove. The first fireproof pressure plate 12 not only improves the supporting performance of the fireproof hollow glass 8, but also improves the fireproof performance of the window frame.

[0038] The first fireproof pressure plate 12 includes a first horizontal plate 121 and two first vertical plates 122, the two first vertical plates 122 are connected by a first horizontal plate 121; one first vertical plate 122 is placed between the frame profile 2 and the fireproof insulating glass 8, and the other first vertical plate 122 is placed between the frame profile 2 and the frame inner wood 3, and is screwed to the frame inner wood 3. The first fireproof pressure plate 12 plays a role in strengthening the support of the frame profile 2 on the fireproof insulating glass 8.

[0039] Furthermore, in a preferred embodiment, a gasket is provided between the outdoor side of the fireproof insulating glass 8 in the first installation groove and the first fireproof pressure plate 12 to prevent the fireproof insulating glass 8 from directly contacting the material on its outdoor side.

[0040] The window sash further comprises a second fireproof pressure plate 13, which is mounted on the inner wood 6 of the sash and is used to support the fireproof insulating glass 8 located in the second mounting groove. The second fireproof pressure plate 13 not only improves the supporting performance of the fireproof insulating glass 8, but also improves the fireproof performance of the window sash.

[0041] The second fireproof pressure plate 13 includes a second horizontal plate 131 and two second vertical plates 132, and the two second vertical plates 132 are connected by a second horizontal plate 131; one second vertical plate 132 is placed between the outer aluminum 5 of the fan and the fireproof insulating glass 8, and the other second vertical plate 132 is placed between the outer aluminum 5 of the fan and the inner wood 6 of the fan, and is screwed to the inner wood 6 of the fan. The second fireproof pressure plate 13 plays a role in strengthening the support of the outer aluminum 5 of the fan on the fireproof insulating glass 8.

[0042] Furthermore, in a preferred embodiment, a gasket is provided between the outdoor side of the fireproof insulating glass 8 in the second installation groove and the second fireproof pressure plate 13 to prevent the fireproof insulating glass 8 from directly contacting the material on its outdoor side.

[0043] It also includes a frame and sash sealing strip 14, which is installed on the inner edge of the window frame for installing the window sash; the frame and sash sealing strip 14 includes a first connecting portion, a second connecting portion and a limiting portion, and the first connecting portion and the second connecting portion are both connected to the limiting portion; the inner edge of the frame inner wood 3 is provided with a first groove, and the first connecting portion is installed in the first groove; the window frame is provided with a second groove, and the frame profile 2, the frame inner wood 3 and the first buckle 4 are combined to form a second groove, and the second connecting portion is installed in the second groove.

[0044] The window sash also includes a fireproof rubber strip 15, which is installed on the outer edge of the sash inner wood 6. When the window sash is in a closed state, the fireproof rubber strip 15 abuts against the frame sash sealing rubber strip 14. The fireproof rubber strip 15 has the effect of blocking the window wood from the flame, reducing the contact between the flame and the window wood, and preventing the flame from directly igniting the window wood, thereby improving the fireproof performance of the frame inner wood 3 and the sash inner wood 6, and effectively increasing the fireproof performance of the entire window. Moreover, when the window sash is in a closed state, the fireproof rubber strip 15 abuts against the frame sash sealing rubber strip 14, and the two together play a role in sealing and heat preservation.

[0045] In a preferred embodiment, the first groove on the window frame without the frame-sash sealing strip 14 is filled with fireproof silicone 9, which can fill the gap between the wood 3 in the frame and the fireproof hollow glass 8; the second groove on the window frame without the frame-sash sealing strip 14 is filled with fireproof silicone 9, which can seal the wood 3 in the frame and the frame molding profile 2. Thus, the sealing performance and fireproof performance of the entire window are improved.

[0046] It also includes a glass outer adhesive strip 16 and a glass inner adhesive strip 17; the frame outer aluminum 1 is installed with a glass outer adhesive strip 16, which is against the outdoor side of the fireproof insulating glass 8 in the first installation groove; the frame inner wooden strip 11 is installed with a glass inner adhesive strip 17, which is against the indoor side of the fireproof insulating glass 8 in the first installation groove; the sash outer aluminum 5 is installed with a glass outer adhesive strip 16, which is against the outdoor side of the fireproof insulating glass 8 in the second installation groove; the sash inner wooden strip 6 is installed with a glass inner adhesive strip 17, which is against the indoor side of the fireproof insulating glass 8 in the second installation groove. The glass outer adhesive strip 16 and the glass inner adhesive strip 17 improve the sealing of the entire window.

[0047] The window sash also includes an indoor sealing strip 18, which is installed on the sash inner wood 6. When the window sash is in a closed state, the end of the indoor sealing strip 18 abuts against the frame inner wood 3, which can avoid direct contact between the sash inner wood 6 and the frame inner wood 3, thereby playing a buffering and sealing role.

[0048] Furthermore, in a preferred embodiment, the window frame also includes an outdoor sealing strip, and the outdoor sealing strip is installed on the outer aluminum 1 of the window frame with the window sash installed. When the window sash is in a closed state, the outdoor sealing strip abuts against the outer aluminum 5 of the sash, which can prevent the direct contact between the outer aluminum 1 of the frame and the outer aluminum 5 of the sash, thereby playing a buffering and sealing role.

[0049] The above are only preferred embodiments of the present invention, and do not limit the implementation mode and protection scope of the present invention. Those skilled in the art should be aware that all solutions obtained by equivalent substitutions and obvious changes made using the description and illustrations of the present invention should be included in the protection scope of the present invention.

Claims

1. A narrow passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours, characterized by: The invention comprises a window frame and a window sash, wherein the window frame is movably connected to the window sash; the window frame comprises outer aluminum (1), a frame molding profile (2), inner wood (3) and a first buckle (4); the outer aluminum (1) is connected to the frame molding profile (2), and the inner wood (3) is connected to the frame molding profile (2) via the first buckle (4); the window sash comprises outer aluminum (5), inner wood (6) and a second buckle (7); the outer aluminum (5) is connected to the inner wood (6) via the second buckle (7); It also includes fireproof insulating glass (8), wherein the window frame is provided with a first mounting groove, the window sash is provided with a second mounting groove, and the fireproof insulating glass (8) is installed in both the first mounting groove and the second mounting groove; It also includes fireproof silica gel (9), and the outdoor side of the frame inner wood (3) and the outdoor side of the sash inner wood (6) are both paved with fireproof silica gel (9); the fireproof silica gel (9) is arranged in the first installation groove and is paved on the frame inner wood (3); the fireproof silica gel (9) is arranged in the second installation groove and is paved on the sash inner wood (6); It also includes a graphite-based fireproof expansion strip (10), wherein the graphite-based fireproof expansion strip (10) is arranged between the fireproof silica gel (9) in the first installation groove and the fireproof hollow glass (8); the graphite-based fireproof expansion strip (10) is arranged between the fireproof silica gel (9) in the second installation groove and the fireproof hollow glass (8); and the outer edge of the inner wood (6) of the fan is connected to the graphite-based fireproof expansion strip (10).

2. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 1, characterized in that: The window frame further comprises an in-frame wood strip (11), the in-frame wood strip (11) being installed on the indoor side of the in-frame wood (3), the in-frame wood strip (11) being used to support the fireproof insulating glass (8) in the first installation groove; a graphite-based fireproof expansion strip (10) is provided between the in-frame wood strip (11) and the fireproof insulating glass (8) in the first installation groove.

3. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 1, characterized in that: The window frame also includes a first fireproof pressure plate (12), which is installed on the wood (3) inside the frame and is used to support the fireproof insulating glass (8) located in the first installation groove.

4. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 3, characterized in that: The first fireproof pressure plate (12) comprises a first horizontal plate (121) and two first vertical plates (122), wherein the two first vertical plates (122) are connected via a first horizontal plate (121); one first vertical plate (122) is placed between the frame profile (2) and the fireproof insulating glass (8), and the other first vertical plate (122) is placed between the frame profile (2) and the frame inner wood (3).

5. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 1, characterized in that: The window sash further comprises a second fireproof pressure plate (13), which is mounted on the inner wood (6) of the sash and is used to support the fireproof insulating glass (8) located in the second mounting groove.

6. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 5, characterized in that: The second fireproof pressure plate (13) includes a second horizontal plate (131) and two second vertical plates (132), and the two second vertical plates (132) are connected by a second horizontal plate (131); one second vertical plate (132) is placed between the aluminum outside the fan (5) and the fireproof insulating glass (8), and the other second vertical plate (132) is placed between the aluminum outside the fan (5) and the wood inside the fan (6).

7. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 1, characterized in that: It also includes a frame and sash sealing strip (14), wherein the frame and sash sealing strip (14) is installed on the inner edge of a window frame for installing the window sash.

8. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 7, characterized in that: The window sash further comprises a fireproof rubber strip (15), which is installed on the outer edge of the inner wood (6) of the sash. When the window sash is in a closed state, the fireproof rubber strip (15) abuts against the frame sash sealing rubber strip (14).

9. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 2, characterized in that: It also includes a glass outer adhesive strip (16) and a glass inner adhesive strip (17); A glass outer adhesive strip (16) is installed on the frame outer aluminum (1), and the glass outer adhesive strip (16) abuts against the outdoor side of the fireproof insulating glass (8) in the first installation groove; a glass inner adhesive strip (17) is installed on the frame inner wooden strip (11), and the glass inner adhesive strip (17) abuts against the indoor side of the fireproof insulating glass (8) in the first installation groove; A glass outer adhesive strip (16) is installed on the sash outer aluminum (5), and the glass outer adhesive strip (16) abuts against the outdoor side of the fireproof insulating glass (8) in the second installation groove; and a glass inner adhesive strip (17) is installed on the sash inner wood (6), and the glass inner adhesive strip (17) abuts against the indoor side of the fireproof insulating glass (8) in the second installation groove.

10. The narrow-edge passive aluminum-clad wood window with a fire resistance integrity of 0.5 hours according to claim 1, characterized in that: The window sash further comprises an indoor sealing strip (18), wherein the indoor sealing strip (18) is mounted on the inner wood (6) of the sash, and when the window sash is in a closed state, the indoor sealing strip (18) abuts against the inner wood (3) of the frame.

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