CN201567908U - An aluminum-clad wood sunshade door and window - Google Patents

Abstract

The utility model relates to a blind, in particular to an aluminum-clad wood sunshade door and window. An aluminum-clad wood sunshade door and window, the aluminum-clad wood shutter is composed of a window frame and a window sash, the window frame is composed of a wooden frame and an aluminum frame, the window sash is composed of a wooden fan, an aluminum fan hollow glass and a louver, and the aluminum frame and the aluminum fan are respectively set On the outside of the wooden frame and the wooden fan, the aluminum frame and the wooden frame, and the aluminum fan and the wooden fan are respectively connected by fasteners; there is a window frame edge glue strip between the aluminum frame and the aluminum fan, and the wooden frame and the wooden fan are connected by fasteners. There is a fan intermediate rubber strip between them; the hollow glass is embedded on the wooden fan, the outside of the hollow glass is provided with a single-layer glass parallel to the hollow glass, and the above-mentioned louvers are installed in the cavity between the single-layer glass and the hollow glass. . The louvers of the utility model are installed in the triple-layer glass, which not only ensures the performance of the louvers, but also does not destroy various technical indicators of the hollow glass. Dust, oil fume, pollution, fire resistance, sound insulation performance.

Description

An aluminum-clad wood sunshade door and window

technical field

The utility model relates to a blind, in particular to an aluminum-clad wood sunshade door and window.

Background technique

In various modern buildings, a more obvious development trend is to use more and more large areas of various glass for lighting, decoration and to improve the transparency of the building, or to use curtains or external louvers for sunshade. However, the use of such sunshades in individual environments brings great inconvenience, such as using curtains or external louvers in hospitals. If they are not cleaned in time, they will become a breeding ground for viruses and bacteria, causing cross-infection, which is not conducive to patient diagnosis and rehabilitation. , It is not conducive to the formation of a harmonious doctor-patient relationship. The school is also a special environment. Students are disturbed by the outside world in the process of studying in class; direct exposure to strong sunlight endangers the eyes of students. At the same time, various buildings spend a lot of money for installing and cleaning curtains and blinds. Therefore need a kind of built-in adjustable louver glass aluminum-clad wood sunshade energy-saving door and window on the market.

Contents of the invention

Aiming at the deficiencies in the prior art, the purpose of this utility model is to provide an aluminum-clad wood sunshade energy-saving door and window system, which has built-in adjustable louvers and has dynamic energy-saving performance.

In order to realize above-mentioned purpose of the invention, the utility model has adopted following technical scheme:

An aluminum-clad wood sunshade door and window, the aluminum-clad wood shutter is composed of a window frame and a window sash, the window frame is composed of a wooden frame and an aluminum frame, the window sash is composed of a wooden fan, an aluminum fan hollow glass and a louver, and the aluminum frame and the aluminum fan are respectively set On the outside of the wooden frame and the wooden fan, the aluminum frame and the wooden frame, and the aluminum fan and the wooden fan are respectively connected by fasteners; there is a window frame edge glue strip between the aluminum frame and the aluminum fan, and the wooden frame and the wooden fan are connected by fasteners. There is a fan intermediate rubber strip between them; the hollow glass is embedded on the wooden fan, the outside of the hollow glass is provided with a single-layer glass parallel to the hollow glass, and the above-mentioned louvers are installed in the cavity between the single-layer glass and the hollow glass. .

As a preference, there is also a large glue strip for the opening frame between the above-mentioned wooden frame and the wooden fan. After the window frame and the window sash are combined, three air cavities are formed. The first air cavity is formed on the edge of the wooden fan and the glue between the fan. Between the strips, the second air cavity is formed between the middle rubber strip of the fan and the large rubber strip of the opening frame, and the third air cavity is formed between the large rubber strip of the opening frame and the edge rubber strip of the window frame. in the third air cavity. The above-mentioned technical solution solves the defects of poor sealing performance and poor heat insulation effect.

As a preference, the above-mentioned louvers are arranged on the wooden fan through the installation block, glass adhesive strips are arranged on the aluminum fan, and the single-layer glass is fixedly arranged between the installation block and the glass outer adhesive strip. The above-mentioned structure provides the installation method of louvers and single-layer glass, so that both the louvers and single-layer glass isolate the cavity from the indoor and outdoor through the inner glass glue strips.

As a preference, the above-mentioned aluminum frame is composed of frame clamping and aluminum outer frame connected by screws, and the window frame clamping strip is fixedly arranged on the protruding profile of the aluminum frame.

Preferably, the above-mentioned protruding profile of the lower aluminum frame is provided with drainage holes, and the upper part of the drainage holes is provided with a water shield. The above structure is used for drainage of the window frame.

Because the utility model adopts the above-mentioned technical scheme, the product mainly refers to a door and window system in which the adjustable louver can be installed between the hollow glass and a layer of single glass glass, and it can control the louvers in the three-layer glass to move up and down. The 80-degree turning angle adjustment achieves the functions of natural lighting and complete sunshade. The installation of the louvers in the triple-layer glass not only ensures the performance of the louvers, but also does not damage the technical indicators of the insulating glass. The utility model greatly improves Aluminum-clad wood sunshade energy-saving doors and windows have the following effects:

1: Shading effect: When the louvers are installed in the triple-layer glass, its shading coefficient is from Sc=0.18 to Sc=0.90. When the louvers are in a vertical state, they can be used in all areas that meet the requirements of the shading coefficient in GB50189-2005 "Design Standards for Energy Conservation of Public Buildings".

When the louvers are vertical, the shading coefficient Sc=0.18; when the louvers are horizontal, the shading coefficient Sc=0.83; when the louvers are retracted, Sc=0.90. When the louvers are horizontal and retracted, the shading coefficient is equal to that of glass, but when the louvers are vertical, the shading coefficient Sc=0.18. The solar direct transmittance is 0.16, which shows that there is still a certain degree of visible light in the room when the louvers are in a vertical state. It can effectively block the strong solar radiation in the south in summer, and the sunlight caused by it will shine directly into the room, improving the indoor light environment. Thereby lowering the indoor temperature and reducing the energy consumption of building air conditioning.

2: Energy saving: The energy saving of modern buildings is one of the main signs of its technological content. In summer, when the louvers are adjusted to the closed state, it can block direct sunlight, block the convection of hot and cold air, and greatly reduce the energy consumption of indoor air conditioners. In winter, the louvers can be lifted to let the sunlight shine directly and fully absorb heat energy. With the 25mm barrier of the hollow layer, the indoor temperature can be greatly increased, so as to achieve the purpose of saving energy and operating costs.

3: Dust-proof, oil-fume-proof, and pollution-proof performance: the louvers do not need to be cleaned, which saves time, labor and money.

4: Fire resistance: In any building, the traditional louvers are flammable, and once a fire occurs, the louvers made of cloth yarn, chemical fiber and other materials will release a large amount of toxic smoke when burning, causing indoor people to suffocate and die. die. Hollow glass louvers are not only immune to open flames, but also will not release dense smoke in a fire. Double-layer tempered glass with aluminum louvers also has a certain effect of blocking flame transmission, effectively reducing the probability of fire, and is a very good fireproof product.

5: Anti-frost: In areas with relatively cold winters, due to the large temperature difference between indoor and outdoor, general glass door and window systems will experience frost. The built-in louver hollow glass door and window system, due to its good air tightness and water tightness, thus isolates the phenomenon of moisture seepage, effectively avoiding the phenomenon of ice and frost on the door and window glass system.

6: Convenience of installation and disassembly: If the louver is installed in the insulating glass, it will not be easy to repair when there is a problem with the quality of the louver, and the entire insulating glass and the louver will be scrapped. When the louver is installed between the insulating glass and the single glass, if there is a problem with the quality of the louver, the insulating glass or single glass can be removed for maintenance.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Detailed ways

Below in conjunction with accompanying drawing, specific embodiment of the present utility model is described in detail.

An aluminum-clad wood sunshade door and window as shown in Figure 1, the door and window is composed of a window frame and a window sash, the window frame is composed of a wooden frame 1 and an aluminum frame 2, and the window sash is composed of a wooden fan 3, an aluminum fan 4, hollow glass 5 and shutters 7 components, the shutter 7 adopts electric shutters (the electric shutters adopt the same structure as the existing electric shutters), and uses a high-tech magnetic induction transmission system to make the closing and opening of the shutters, and the up and down lifting easier. The aluminum frame 2 and the aluminum fan 4 are arranged on the outside of the wooden frame 1 and the wooden fan 3 respectively. The aluminum frame 2 and the wooden frame 1 are connected by fasteners 9. The aluminum frame 2 is composed of a frame clamp 21 and an aluminum outer frame 23 connected by screws 22. The protruding profile of the aluminum frame 23 is fixed with Window frame edge sealing strip 24. The aluminum sash 4 and the wooden sash 3 are connected by fasteners 8, a window frame edge glue strip 24 is set between the aluminum frame 2 and the aluminum sash 4, and a sash middle is set between the wooden frame 1 and the wooden sash 3. The rubber strip 31 and the large rubber strip 11 of the opening frame form three air cavities after the combination of the window frame and the sash, the first air cavity is formed between the edge of the wooden fan 3 and the middle rubber strip 31 of the fan, the second air cavity Formed between the middle rubber strip 31 of the fan and the large rubber strip 11 of the opening frame, the third air cavity is formed between the large rubber strip 11 of the opening frame and the window frame edge rubber strip 24 .

As shown in FIG. 1 , the hollow glass 5 is embedded on the wooden fan 3 , and the louvers 7 are fixedly arranged on the wooden fan 3 by the mounting block 61 . A glass glue strip 41 is arranged on the aluminum fan 4 , and a single-layer glass 7 parallel to the insulating glass 5 is arranged between the glass glue strip 41 and the mounting block 61 . As shown in Figure 1 , the utility model is also provided with drain holes 26 on the protruding profile of the aluminum outer frame 23 below, and the top of the drain holes 26 is provided with a water shield 10 .

Claims (5)

1. An aluminum-clad wood sunshade door and window, the door and window is composed of a window frame and a sash, the window frame is composed of a wooden frame (1) and an aluminum frame (2), the sash is composed of a wooden fan (3), an aluminum fan (4), a hollow Composed of glass (5) and louvers (6), it is characterized in that: the aluminum frame (2) and the aluminum fan (4) are arranged on the outside of the wooden frame (1) and the wooden fan (3) respectively, and the aluminum frame (2) and the wooden frame (1) are connected by fasteners (9), the aluminum fan (4) and the wooden fan (3) are connected by fasteners (8), and the aluminum frame (2) and the aluminum fan (4) are arranged There is a window frame edge glue strip (24), and a fan middle glue strip (31) is arranged between the wooden frame (1) and the wooden fan (3); the hollow glass (5) is embedded on the wooden fan (3), and the hollow The outside of the glass (5) is provided with a single-layer glass (7) parallel to the insulating glass (5), and the louvers (6) described above are installed in the cavity between the single-layer glass (7) and the insulating glass (5). . 2. An aluminum-clad wood sunshade door and window according to claim 1, characterized in that: a large rubber strip (11) for opening the frame is also arranged between the wooden frame (1) and the wooden fan (3), and the window frame and the window sash Three air cavities are formed after combination, the first air cavity is formed between the clamping edge of the wooden fan (3) and the fan middle rubber strip (11), the second air cavity is formed between the fan middle rubber strip (11) and the opening Between the large frame rubber strips (11), the third air chamber is formed between the open frame large rubber strips (11) and the window frame edge rubber strips (24), and the connecting piece (8) is arranged in the third air chamber. cavity. 3. An aluminum-clad wood sunshade door and window according to claim 1 or 2, characterized in that: the louvers (6) are arranged on the wooden fan (3) through the mounting block, and the aluminum fan (4) is provided with glass outer glue strip (41), the single-layer glass (7) is fixedly arranged between the installation block (61) and the glass adhesive strip (41). 4. An aluminum-clad wood sunshade door and window according to claim 1 or 2, characterized in that: the aluminum frame (2) is composed of a frame clamp (21) and an aluminum outer frame (23) connected by screws (22), The window frame edge sealing strip (24) is fixedly arranged on the protruding profile of the aluminum frame (23). 5. An aluminum-clad wood sunshade door and window according to claim 4, characterized in that: the protruding profile of the lower aluminum frame (23) is provided with drainage holes (26), and the upper part of the drainage holes (26) is provided with Water shield (10).

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