Casement window with concealed screen
By strengthening the use of nylon thermal insulation strips and isobaric adhesive strips, combined with mechanical fixing and structural bonding processes, the problems of thermal insulation performance degradation, opening and closing jamming, and leakage in aluminum-wood composite windows have been solved, achieving efficient thermal insulation and integrated facade design for windows, suitable for high-end buildings.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- SHANGHAI DEXIN MATERIALS TECH CO LTD
- Filing Date
- 2025-06-12
- Publication Date
- 2026-06-23
AI Technical Summary
Existing aluminum-wood composite windows have weak resistance to deformation and weathering, which leads to a decline in thermal insulation performance. Assembly gaps and jamming during opening and closing are prone to occur at the joints of the profiles. The independent installation of the screen system damages the integrity of the building and increases maintenance costs. The glass installation structure is prone to leakage.
It adopts reinforced nylon thermal insulation strips, equal pressure adhesive strips and triple sealing structure, combined with mechanical fixing and structural bonding processes, and integrates a hidden screen window system to achieve an integrated design of window sash and window frame.
It improves the building's thermal insulation stability and smooth opening and closing, maintains the integrity of the building facade, prevents leakage, and is suitable for the high-end building market.
Smart Images
Figure CN224396316U_ABST
Abstract
Description
Technical Field
[0001] This utility model relates to the field of window technology, and in particular to an outward-opening window with a hidden screen. Background Technology
[0002] In the field of architectural doors and windows, traditional aluminum-wood composite windows face several technical bottlenecks. Existing products mostly use ordinary nylon thermal break strips, which have weak resistance to deformation and weathering, leading to a decline in the window's thermal insulation performance over long-term use. Assembly gaps often arise at the profile joints due to thermal expansion and contraction, especially at the window sash opening mechanism, where jamming is common. Traditional wooden decorative components are often installed using snap-fit methods, which are prone to peeling and deformation due to environmental temperature and humidity changes. Screen systems are typically installed as independent external components, disrupting the integrity of the building facade and increasing later maintenance costs. Furthermore, the glass installation structure generally faces challenges in controlling the compression of the sealing strips, leading to potential leaks in windy and rainy weather. These technical deficiencies hinder the application and promotion of aluminum-wood composite windows in the high-end building market. Utility Model Content
[0003] The purpose of this invention is to address the shortcomings of existing technologies, such as the use of ordinary nylon thermal insulation strips, which have weak resistance to deformation and weathering, leading to a decline in the thermal insulation performance of windows after long-term use. Furthermore, gaps often arise at the joints of the profiles due to thermal expansion and contraction, especially at the window sash opening mechanism, where jamming is common. Traditional wooden decorative components are often installed using snap-fit methods, which are prone to peeling and deformation due to environmental temperature and humidity changes. Screen systems are typically installed externally as independent components, disrupting the integrity of the building facade and increasing maintenance costs. In addition, glass installation structures generally face challenges in controlling the compression of sealing strips, leading to potential leaks in windy and rainy weather. These technical deficiencies hinder the application and promotion of aluminum-wood composite windows in the high-end building market, and this invention proposes an outward-opening window with a concealed screen.
[0004] To achieve the above objectives, the present invention adopts the following technical solution:
[0005] An outward-opening window with a hidden screen includes a window frame and a window stile, wherein the same window sash is hinged to the inner side of the window frame and the window stile;
[0006] The window frame includes an inner profile and an outer profile, the window sash includes an inner profile and an outer profile, and the mullion includes an inner profile and an outer profile.
[0007] A first thermal break strip and a second thermal break strip are connected between the inner profile of the window frame and the outer profile of the window frame, between the inner profile of the window sash and the outer profile of the window sash, and between the inner profile of the window mullion and the outer profile of the window mullion. The first thermal break strip and the second thermal break strip are made of reinforced nylon.
[0008] The first thermal insulation strip between the inner profile and the outer profile of the window frame is fixedly connected to an equal pressure adhesive strip on one side of the window sash.
[0009] It also includes a screen window, which is fixed between the window frame and the window stile. The screen window includes a conversion frame, an inner profile of the conversion frame and an outer profile of the conversion frame. A screen window guide rail is provided inside the inner profile of the conversion frame, and a screen window mesh is slidably connected to the screen window guide rail.
[0010] It also includes: window sash extruded wood quilting and fixed extruded wood quilting.
[0011] The reinforced nylon thermal insulation strip blocks the heat conduction path and improves thermal insulation stability; the equal pressure strip balances the internal and external pressure difference and eliminates window sash opening and closing jamming; the screen is integrated between the window frame and the window mullion to maintain the integrity of the building facade.
[0012] In one possible design, glass is pressed between the inner side of the second extruded wood trim and the outer profile of the window sash, and between the inner side of the fixed extruded wood trim and the outer profile of the window frame.
[0013] The glass has an inner sealing strip on the indoor side and an outer sealing strip on the outdoor side.
[0014] The inner side of the window sash and the first extruded wood profile are both connected to aluminum pressure lines on the side of the glass.
[0015] A snap-fit adhesive strip connects the aluminum pressure line to the inner profile of the window sash.
[0016] A second extruded wooden pressure line is installed on the outside of the aluminum pressure line by an overlapping adhesive strip;
[0017] The inner and outer glass adhesive strips, together with the pressure line fastening strip, form a triple sealing structure to prevent wind and rain leakage.
[0018] In one possible design, the inner profile of the window frame is fixedly connected to the first extruded wood profile;
[0019] A snap-fit adhesive strip connects the aluminum pressure line to the inner profile of the window frame.
[0020] The inner side of the aluminum pressure wire is fitted with a first extruded wooden pressure wire via an overlapping adhesive strip.
[0021] The outer edge of the window frame profile is fitted with an outer sealing strip, and the inner aluminum pressure line is fitted with an inner sealing strip.
[0022] The overlapping adhesive strip enables the elastic assembly of the extruded wood embossing, avoiding deformation caused by temperature and humidity.
[0023] In one possible design, an outer frame overlap strip is provided at the outer window frame;
[0024] When the window sash is closed, the outer profile of the window sash forms a seal with the outer profile of the window frame through the overlapping rubber strip on the outer side of the frame;
[0025] The overlapping adhesive strip on the outer side of the frame eliminates assembly gaps and ensures that the finish is flush.
[0026] In one possible design, a glass spacer is provided between the glass and the first and second heat insulation strips;
[0027] The glass pad controls the compression of the sealing strip to prevent potential leakage.
[0028] In one possible design, the inner profile of the window frame is fitted with a first extruded wood profile with a shape, the inner profile of the window sash is fitted with inner wood of the window sash, and the inner profile of the window mullion is fitted with a second extruded wood profile.
[0029] All wooden components are connected to the aluminum profiles using a combination of mechanical fastening and structural bonding processes;
[0030] The process addresses the problem of peeling and deformation of wooden components due to environmental influences.
[0031] In one possible design, the screen window further includes a third extruded wood profile, and the inner profile of the conversion frame, the third extruded wood profile, and the outer profile of the conversion frame are respectively fixed on the conversion frame;
[0032] The third extruded wood profile enhances the structural strength of the screen window, meeting the load-bearing requirements of large-sized windows.
[0033] In one possible design, the interior and exterior finishes of the window sash, window frame, and window mullion are flush, and the interior finishes of the window frame and window mullion are flush with the inner finish of the fixed extruded wood composite molding.
[0034] The flush structure eliminates assembly gaps caused by thermal expansion and contraction.
[0035] In one possible design, the pressure-equalizing strip is fixed to the side of the thermal insulation strip closest to the window sash;
[0036] The pressure equalization strip adjusts the pressure difference between the inside and outside to ensure smooth opening and closing of the window sash.
[0037] Beneficial Effects: This outward-opening window with a concealed screen achieves multiple performance improvements through a composite profile structure and functional integration design. The use of a double-insulated thermal break structure combined with reinforced nylon material effectively blocks heat conduction paths, significantly improving building energy efficiency. The wood veneer layer is integrated with the metal profile through a three-dimensional mechanical fixing method, solving the technical problem of traditional snap-fit installation being susceptible to environmental influences.
[0038] The integrated screen system, seamlessly integrated with the window frame, enhances the visual integrity of the building facade. Simultaneously, the screen rails meet industry standards for load-bearing capacity, satisfying the needs of large-sized windows. The glass mounting area employs a triple-seal structure with elastic pads. These improvements give this product comprehensive technical advantages in terms of thermal insulation performance, structural durability, and functional integration, making it particularly suitable for passive buildings and high-end residential projects. Attached Figure Description
[0039] Figure 1 This is a schematic diagram of the main view structure of an outward-opening window with a hidden screen proposed in this utility model;
[0040] Figure 2 This is a cross-sectional view of AA in an outward-opening window with a hidden mesh, as proposed in this utility model;
[0041] Figure 3 This is a cross-sectional view of BB in an outward-opening window with a hidden mesh, as proposed in this utility model.
[0042] In the diagram: 1. Window frame; 11. Inner profile of window frame; 12. Outer profile of window frame; 13. First thermal break strip; 14. First extruded wood profile; 15. Outer framing overlap strip; 2. Window mullion; 21. Inner profile of window mullion; 22. Outer profile of window mullion; 24. Second extruded wood profile; 3. Window sash; 31. Inner profile of window sash; 32. Outer profile of window sash; 33. Second thermal break strip; 34. Inner wood of window sash; 35. Inner sealing strip of glass; 36. Glass 4. External adhesive strip; 5. Fixed extruded wood composite molding line; 6. Aluminum molding line; 7. First extruded wood molding line; 8. Equal pressure adhesive strip; 9. Window sash extruded wood composite molding line; 10. Second extruded wood molding line; 11. Molding line fastening adhesive strip; 12. Overlapping adhesive strip; 13. Glass; 14. Glass pad; 15. Transition frame; 16. Inner profile of transition frame; 17. Outer profile of transition frame; 18. Third extruded wood profile; 19. Screen window; 10. Screen window guide rail; 10. Screen window mesh. Detailed Implementation
[0043] The technical solutions of the present utility model will be clearly and completely described below with reference to the accompanying drawings of the embodiments of the present utility model. Obviously, the described embodiments are only some embodiments of the present utility model, and not all embodiments.
[0044] In one embodiment; reference Figure 1-3A type of outward-opening window with a concealed screen includes: a window frame 1, which is formed by connecting an inner profile 11 and an outer profile 12 of the window frame through a first thermal break strip 13, and a first extruded wood profile 14 with a decorative design is fixed to the outer side of the inner profile 11. A stile 2 is formed by connecting an inner profile 21 and an outer profile 22 of the stile through the first thermal break strip 13, and a second extruded wood profile 24 is fixed to the outer side of the inner profile 21. A window sash 3 is installed on the inner side of both the window frame 1 and the stile 2 via hinges. The window sash 3 includes an inner profile 31 and an outer profile 32 of the window sash, which are connected by a second thermal break strip 33. An inner profile 34 of the window sash is fixed to the outer side of the inner profile 31. The window sash also includes: an extruded wood composite molding 6 and a fixed extruded wood composite molding 4.
[0045] The interior and exterior finishes of the window sash 3, window frame 1, and window mullion 2 are flush. The interior finishes of the window frame 1 and window mullion 2 are flush with the inner finish of the fixed extruded wood composite molding 4. The first thermal insulation strip 13 and the second thermal insulation strip 33 are made of reinforced nylon, and an equal pressure strip 5 is fixedly installed on the side of the first thermal insulation strip 13 near the window sash 3.
[0046] Glass 7 is installed between the window sash and the fixed parts: Glass 7 is pressed between the outer profile 32 of the window sash and the second extruded wood pressure line 62, and Glass 7 is pressed between the outer profile 12 of the window frame and the fixed extruded wood combination pressure line 4. An inner sealing strip 35 is installed on the inner side of Glass 7, and an outer sealing strip 36 is installed on the outer side. An aluminum pressure line 41 is installed on the side of the inner wood 34 and the first extruded wood profile 14 facing Glass 7. A pressure line fastening strip 63 is installed between the aluminum pressure line 41 and the inner profile 31 of the window sash. A third extruded wood pressure line 62 is installed on the outer side of the aluminum pressure line 41 via an overlapping sealing strip 64. An outer sealing strip 36 is installed at the edge of the outer profile 12 of the window frame, and an inner sealing strip 35 is installed at the inner aluminum pressure line 41. A glass spacer 8 is placed between Glass 7 and the thermal break strip. The first extruded wood pressure line 42 is installed on the inner side of the aluminum pressure line 41 via an overlapping sealing strip 64.
[0047] The screen window 10 is integrated between the window frame 1 and the window stile 2, and includes a transition frame 9 and its fixed inner profile 91, outer profile 92 and third extruded wood profile 94. The inner profile 91 of the transition frame is equipped with a screen window guide rail 101, and the screen window mesh 102 is slidably installed on the screen window guide rail 101.
[0048] This application can be used in the field of windows, or in other fields applicable to this application.
[0049] In another embodiment; reference Figure 1-3A type of outward-opening window with a concealed screen is used in the window industry. An outer frame overlap strip 15 is installed on the exterior edge of the outer window frame 1. When the window sash is closed, the outer profile 32 of the window sash forms a seal with the outer profile 12 of the window frame via the outer frame overlap strip 15. All wooden components are connected to the aluminum profile using a mechanical fixing combined with a structural adhesive bonding process. Extruded wooden moldings are flexibly assembled via overlap strips 64.
[0050] The following effects are achieved after implementation: the nylon thermal insulation strip is strengthened to improve its resistance to deformation and weathering, ensuring long-term thermal insulation stability; the isobaric strip 5 balances the internal and external pressure difference, eliminating window sash opening and closing jamming; the fixed installation of wooden components avoids peeling and deformation caused by temperature and humidity; the integrated screen window maintains the integrity of the building facade; the inner / outer glass strip and glass pad 8 form a triple seal to solve the problem of wind and rain leakage; and all finishes are flush with the structure to eliminate assembly gaps.
[0051] The above description is only a preferred embodiment of the present utility model, but the protection scope of the present utility model is not limited thereto. Any equivalent substitutions or changes made by those skilled in the art within the technical scope disclosed in the present utility model, based on the technical solution and the inventive concept of the present utility model, should be included within the protection scope of the present utility model.
Claims
1. An outward-opening window with a concealed screen, characterized in that, include: A window frame (1) and a window stile (2), wherein the same window sash (3) is hinged to the inner side of the window frame (1) and the window stile (2); The window frame (1) includes an inner profile (11) and an outer profile (12), the window sash (3) includes an inner profile (31) and an outer profile (32), and the window stile (2) includes an inner profile (21) and an outer profile (22). A first thermal break strip (13) and a second thermal break strip (33) are connected between the inner profile (11) of the window frame and the outer profile (12) of the window frame, between the inner profile (31) of the window sash and the outer profile (32) of the window sash, and between the inner profile (21) of the window mullion and the outer profile (22) of the window mullion. The first thermal break strip (13) and the second thermal break strip (33) are made of reinforced nylon. The first thermal insulation strip (13) between the inner profile (11) and the outer profile (12) of the window frame is fixedly connected to an equal pressure rubber strip (5) on one side of the window sash (3); It also includes a screen window (10), which is fixed between the window frame (1) and the window stile (2). The screen window (10) includes a conversion frame (9), an inner profile (91) of the conversion frame and an outer profile (92) of the conversion frame. The inner profile (91) of the conversion frame is provided with a screen window guide rail (101), and a screen window mesh (102) is slidably connected to the screen window guide rail (101). It also includes: window sash extruded wood composite molding (6) and fixed extruded wood composite molding (4).
2. The outward-opening window with a concealed screen according to claim 1, characterized in that, The inner profile (11) of the window frame is attached with a first extruded wood profile (14) with a design, the inner profile (31) of the window sash is attached with an inner wood profile (34), and the inner profile (21) of the window stile is attached with a second extruded wood profile (24). Aluminum pressure wires (41) are connected to one side of the inner wood (34) of the window sash and one side of the first extruded wood profile (14); The aluminum pressure wire (41) is connected to the inner profile (31) of the window sash by a pressure wire fastening strip (63); The outer side of the aluminum pressure line (41) is fitted with a second extruded wood pressure line (62) by an overlap strip (64). Glass (7) is pressed between the inner side of the second extruded wood pressure line (62) and the outer profile (32) of the window sash, and between the inner side of the fixed extruded wood combination pressure line (4) and the outer profile (12) of the window frame. The glass (7) has an inner sealing strip (35) on the indoor side and an outer sealing strip (36) on the outdoor side.
3. The outward-opening window with a concealed screen according to claim 2, characterized in that, The inner profile (11) of the window frame is fixedly connected to the first extruded wood profile (14); The aluminum pressure line (41) is connected to the inner profile (11) of the window frame by a pressure line fastening strip (63); The inner side of the aluminum pressure line (41) is fitted with a first extruded wood pressure line (42) via an overlapping adhesive strip (64); The outer edge of the window frame profile (12) is provided with an outer glass sealing strip (36), and the inner aluminum pressure line (41) is provided with an inner glass sealing strip (35).
4. The outward-opening window with a concealed screen according to claim 1, characterized in that, An outer frame overlap strip (15) is provided at the outer window frame (1); When the window sash (3) is closed, the outer profile (32) of the window sash forms a seal with the outer profile (12) of the window frame through the outer lap strip (15).
5. An outward-opening window with a concealed screen according to any one of claims 1 to 4, characterized in that, A glass spacer (8) is provided between the glass (7) and the first heat insulation strip (13) and the second heat insulation strip (33).
6. An outward-opening window with a concealed screen as described in claim 1, characterized in that, The screen window (10) also includes a third extruded wood profile (94), and the inner profile (91), the third extruded wood profile (94), and the outer profile (92) of the conversion frame are respectively fixed on the conversion frame (9).
7. An outward-opening window with a concealed screen as described in claim 1, characterized in that, The interior and exterior finishes of the window sash (3), window frame (1), and window stile (2) are flush, and the interior finishes of the window frame (1) and window stile (2) are flush with the interior finish of the fixed extruded wood composite molding (4).
8. An outward-opening window with a concealed screen according to claim 1, characterized in that, The pressure strip (5) is fixed to the side of the heat insulation strip (13) near the window sash (3).