Glass sash inward and outward opening aluminum alloy profile structure

Abstract

The utility model discloses a glass sash inward and outward opening aluminum alloy section structure, which comprises an outward opening structure and an inward opening structure, the outward opening structure and the inward opening structure respectively comprise a glass sector, a middle cylindrical surface and a frame surface, the glass sector comprises a glass sash large surface and a glass sash small surface, the middle cylindrical surface comprises a middle cylindrical surface and a middle cylindrical surface large surface, and the middle cylindrical surface comprises a middle cylindrical surface and a frame surface. The frame surface comprises a small frame surface and a large frame surface; a glass sash is clamped between the glass sector and the middle cylindrical surface, fixed glass is clamped between the middle cylindrical surface and the frame surface, according to the aluminum alloy section structure for opening the glass sash inwards and outwards, different functional surfaces are distinguished by arranging the glass sector, the middle cylindrical surface and the frame surface, and glass workpieces with different functions are installed through the functional surfaces; in addition, by defining the outward-opening structure and the inward-opening structure, the inward-opening structure and the outward-opening structure of the inward-opening and outward-opening aluminum alloy profile structure of the glass sash are distinguished, distinguishing design is carried out, and the structural problem is avoided while attractiveness is achieved.

Description

Technical Field

[0001] The utility model relates to the technical field of aluminum alloy profile structures, in particular to an aluminum alloy profile structure with a glass sash opening inside and outside. Background Art

[0002] First, aluminum alloy profiles are light and much lighter than steel. Second, they are corrosion-resistant and not susceptible to corrosion, so they can maintain a long service life. Third, they are easy to recycle and have a high recycling value. They can be completely separated and recycled, which meets today's pursuit of energy conservation and environmental protection. Fourth, aluminum alloy profiles have good machinability and can be processed by various methods such as deep processing, stamping, and bending to meet different design requirements.

[0003] Broken bridge aluminum is also called thermal insulation broken bridge aluminum profile. Because aluminum alloy is a metal, it conducts heat quickly. When the temperature difference between indoor and outdoor is large, aluminum alloy can easily form a "bridge" to transfer heat. Broken bridge aluminum is to disconnect the aluminum alloy in the middle and use insulation strips to connect it. Broken bridge aluminum has better performance than ordinary aluminum alloy profiles.

[0004] At present, most of the aluminum alloy profile structures of glass sashes do not distinguish between different structural forms of opening inside and outside, and only determine the opening inside and outside by opening the sash shaft. It does not pay attention to aesthetics and is prone to structural problems. It also does not perform bridge-breaking treatment. As a result, although the aluminum alloy profile structure is light and easy to use, when the temperature difference between inside and outside is large, the aluminum alloy easily becomes a "bridge" for transferring heat, causing indoor temperature loss. Therefore, it is urgent to design an aluminum alloy profile structure of glass sashes that open inside and outside to solve the above problems. Utility Model Content

[0005] The utility model aims to provide an aluminum alloy profile structure with a glass sash opening inside and outside, so as to solve the above-mentioned shortcomings in the prior art.

[0006] In order to achieve the above purpose, the utility model provides the following technical solutions:

[0007] A glass sash that opens inwards and outwards, comprising an outward-opening structure and an inward-opening structure, wherein both the outward-opening structure and the inward-opening structure comprise a glass sash face, a center column face and a frame face, wherein the glass sash face comprises a large glass sash face and a small glass sash face, the center column face comprises a small center column face and a large center column face, and the frame face comprises a small frame face and a large frame face; a glass sash is clamped between the glass sash face and the center column face, and fixed glass is clamped between the center column face and the frame face.

[0008] Preferably, the outward-opening structure is an outward-opening glass sash, in which case the large surface of the glass sash, the small surface of the center column sash and the small surface of the frame are the outer side surfaces, and the small surface of the glass sash, the large surface of the center column sash and the large surface of the frame are the inner side surfaces; the inward-opening structure is an inward-opening glass sash, in which case the inner and outer side surface conditions are opposite to those of the outward-opening structure.

[0009] Preferably, the large surface of the glass sash includes a large surface glass sash fixing column, and a type I support column is arranged on the side of the large surface glass sash fixing column close to the glass sash; the small surface of the glass sash includes a small surface glass sash fixing column, and a glass sash connecting column is arranged on one side of the small surface glass sash fixing column, and a type II support column is arranged on the side of the glass sash connecting column away from the small surface glass sash fixing column.

[0010] Preferably, the small face of the central column fan includes a Type I support column, the side of the Type I support column close to the fixed glass is a fixed column for fixing the small face of the glass, and the other side of the Type I support column is a fixed column for fixing the large face of the glass fan; the large face of the central column fan includes a Type II support column, the side of the Type II support column close to the fixed glass is a fixed column for fixing the large face of the glass, and the other side of the Type II support column is a glass fan connecting column.

[0011] Preferably, the side of the small frame surface close to the fixed glass is a fixing column for fixing the small glass surface, and the other side is a type I support column; the large frame surface only includes a fixing column for fixing the large glass surface.

[0012] Preferably, the outward-opening structure and the inward-opening structure both contain heat-insulating strips, and the large and small surfaces of the glass sash, the small and large surfaces of the center column sash, and the small and large surfaces of the frame are all provided with slots and are connected in pairs through heat-insulating strips.

[0013] Preferably, the glass sash and the fixed glass are both double-layer soundproof glass structures, and a hollow glass molecular sieve desiccant is arranged between the two layers of glass.

[0014] In the above technical solution, the utility model provides a glass sash with an inner and outer opening aluminum alloy profile structure, which has the following beneficial effects:

[0015] (1) The glass sash has an inner and outer opening aluminum alloy profile structure. Different functional surfaces are distinguished by setting glass sash surfaces, central column surfaces and frame surfaces, and glass products with different functions are installed through these functional surfaces. In addition, the outer opening structure and the inner opening structure are defined to distinguish the inner and outer opening structures of the glass sash inner and outer opening aluminum alloy profile structure, and differentiated designs are performed, which is not only beautiful but also avoids structural problems.

[0016] (2) The glass sash has an aluminum alloy profile structure with inner and outer openings. The inner and outer aluminum alloy profile structures are connected by setting insulation strips to form a thermal insulation bridge structure. While keeping the aluminum alloy profile structure light and easy to use, it avoids the indoor temperature loss caused by the heat transfer of the aluminum alloy when the temperature difference between the inside and the outside is large. The thermal insulation strips are used for connection. The thermal insulation bridge aluminum has better performance than ordinary aluminum alloy profiles.

[0017] (3) The glass sash has an aluminum alloy profile structure with inner and outer openings. By designing the glass sash and the fixed glass into a double-layer soundproof glass structure and placing a hollow glass molecular sieve desiccant between the two layers of glass, the sound insulation and heat insulation capabilities of the structure are further improved, and the generation of water vapor and water mist between the two layers of glass is prevented. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the present utility model. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0019] Figure 1 A schematic diagram of an outward-opening structure is provided for an embodiment of a glass sash that opens inwards and outwards and an aluminum alloy profile structure of the utility model.

[0020] Figure 2 A schematic diagram of an inward-opening structure is provided for an embodiment of a glass sash that opens inwards and outwards and an aluminum alloy profile structure of the utility model.

[0021] 1 outward-opening structure, 2 inward-opening structure, 3 glass fan surface, 4 middle column surface, 5 frame surface, 6 large glass fan surface, 7 small glass fan surface, 8 small middle column fan surface, 9 large middle column fan surface, 10 small frame surface, 11 large frame surface, 12 large glass fan surface fixing column, 13 type I support column, 14 small glass fan surface fixing column, 15 glass fan connecting column, 16 type II support column, 17 fixed glass small surface fixing column, 18 fixed glass large surface fixing column, 19 insulation strip, 20 glass fan, 21 fixed glass, 22 molecular sieve desiccant for insulating glass. DETAILED DESCRIPTION

[0022] In order to enable those skilled in the art to better understand the technical solution of the present invention, the present invention will be further described in detail below in conjunction with the accompanying drawings.

[0023] like Figure 1-2 As shown, an embodiment of the utility model provides a glass sash that opens inwards and outwards, comprising an outward-opening structure 1 and an inward-opening structure 2. Both the outward-opening structure 1 and the inward-opening structure 2 include a glass sash surface 3, a center column surface 4 and a frame surface 5. The glass sash surface 3 includes a glass sash large surface 6 and a glass sash small surface 7. The center column surface 4 includes a center column sash small surface 8 and a center column sash large surface 9. The frame surface 5 includes a frame small surface 10 and a frame large surface 11. A glass sash 20 is clamped between the glass sash surface 3 and the center column surface 4, and a fixed glass 21 is clamped between the center column surface 4 and the frame surface 5.

[0024] Specifically, in this embodiment, an outward-opening structure 1 and an inward-opening structure 2 are included to cope with different situations of inward and outward opening. Both the outward-opening structure 1 and the inward-opening structure 2 include a glass fan surface 3, a center column surface 4 and a frame surface 5 to distinguish different functional surfaces. The glass fan surface 3 includes a large glass fan surface 6 and a small glass fan surface 7. The center column surface 4 includes a small center column fan surface 8 and a large center column fan surface 9. The frame surface 5 includes a small frame surface 10 and a large frame surface 11. A glass fan 20 is clamped between the glass fan surface 3 and the center column surface 4. A fixed glass 21 is clamped between the center column surface 4 and the frame surface 5.

[0025] The glass sash has an inward-outward opening aluminum alloy profile structure, and different functional surfaces are distinguished by setting a glass sash surface 3, a central column surface 4 and a frame surface 5, and glass parts with different functions are installed through these functional surfaces; in addition, the inward-outward opening structure 1 and the inward-outward opening structure 2 are defined to distinguish the inward-outward opening structure of the glass sash, and a differentiated design is performed, which is not only beautiful but also avoids structural problems.

[0026] The utility model provides an aluminum alloy profile structure with a glass sash that opens inwards and outwards. The outward opening structure 1 is a glass sash that opens outwards. At this time, the glass sash large surface 6, the center column sash small surface 8 and the frame small surface 10 are the outer side surfaces, and the glass sash small surface 7, the center column sash large surface 9 and the frame large surface 11 are the inner side surfaces; the inward opening structure 2 is a glass sash that opens inwards. At this time, the inner and outer side surface conditions are opposite to those of the outward opening structure 1.

[0027] Furthermore, the large glass sash surface 6 includes a large glass sash surface fixing column 12, and a type I support column 13 is arranged on the side of the large glass sash surface fixing column 12 close to the glass sash 20; the small glass sash surface 7 includes a small glass sash surface fixing column 14, and a glass sash connecting column 15 is arranged on one side of the small glass sash surface fixing column 14, and a type II support column 16 is arranged on the side of the glass sash connecting column 15 away from the small glass sash surface fixing column 14.

[0028] Furthermore, the middle column sash small surface 8 includes a type I support column 13, and the side of the type I support column 13 close to the fixed glass 21 is a fixed glass small surface fixing column 17, and the other side of the type I support column 13 is a glass sash large surface fixing column 12; the middle column sash large surface 9 includes a type II support column 16, and the side of the type II support column 16 close to the fixed glass 21 is a fixed glass large surface fixing column 18, and the other side of the type II support column 16 is a glass sash connecting column 15.

[0029] Furthermore, one side of the frame small surface 10 close to the fixed glass 21 is a fixed glass small surface fixing column 17, and the other side is a type I support column 13; the frame large surface 11 only includes a fixed glass large surface fixing column 18.

[0030] Furthermore, the outward-opening structure 1 and the inward-opening structure 2 both include a heat-insulating strip 19, and the large glass sash surface 6 and the small glass sash surface 7, the small center column sash surface 8 and the large center column sash surface 9, the small frame surface 10 and the large frame surface 11 are all provided with slots and are connected in pairs by heat-insulating strips 19, forming a thermal break structure that keeps the aluminum alloy profile structure light and easy to use while avoiding heat transfer from the aluminum alloy that causes indoor temperature loss when the temperature difference between the inside and the outside is large. The thermal break aluminum is connected with heat-insulating strips, and has better performance than ordinary aluminum alloy profiles.

[0031] Furthermore, the glass sash 20 and the fixed glass 21 are both double-layer soundproof glass structures, and a hollow glass molecular sieve desiccant 22 is arranged between the two layers of glass, so that the sound insulation and heat insulation capabilities of the structure are further improved, and water vapor and water mist are prevented from being generated between the two layers of glass.

[0032] Example 1

[0033] A glass sash that opens inside and outside the invention comprises an outside opening structure 1 and an inside opening structure 2, so as to cope with different situations of inside and outside opening. Both the outside opening structure 1 and the inside opening structure 2 comprise a glass sash surface 3, a center column surface 4 and a frame surface 5, so as to distinguish different functional surfaces. The glass sash surface 3 comprises a glass sash large surface 6 and a glass sash small surface 7, the center column surface 4 comprises a center column sash small surface 8 and a center column sash large surface 9, and the frame surface 5 comprises a frame small surface 10 and a frame large surface 11; a glass sash 20 is clamped between the glass sash surface 3 and the center column surface 4, and a fixed glass 21 is clamped between the center column surface 4 and the frame surface 5.

[0034] Example 2

[0035] A glass sash opening inward and outward aluminum alloy profile structure, the outward opening structure 1 is a glass sash opening outward, at this time, the glass sash large surface 6, the middle column small surface 8 and the frame small surface 10 are the outer side surfaces, and the glass sash small surface 7, the middle column large surface 9 and the frame large surface 11 are the inner side surfaces; the inward opening structure 2 is a glass sash opening inward, at this time, the inner and outer side surfaces are opposite to the outward opening structure 1; the glass sash large surface 6 includes a glass sash large surface fixing column 12, and the glass large surface fixing column 12 is close to the glass sash 20. A type support column 13 is arranged on the side; the glass sash small surface 7 includes a glass sash small surface fixing column 14, a glass sash connecting column 15 is arranged on one side of the glass sash small face fixing column 14, and a type II supporting column 16 is arranged on the side of the glass sash connecting column 15 away from the glass sash small face fixing column 14; the middle column small face 8 includes a type I supporting column 13, and the side of the type I supporting column 13 close to the fixed glass 21 is a fixed glass small face fixing column 17, and the other side of the type I supporting column 13 is a glass sash large face fixing column 12; the middle column large face 9 includes a type II supporting column 16, and the side of the type II supporting column 16 close to the fixed glass 21 is a fixed glass The glass large face fixing column 18, the other side of the type II support column 16 is the glass fan connecting column 15; the side of the frame small face 10 close to the fixed glass 21 is the fixed glass small face fixing column 17, and the other side is the type I support column 13; the frame large face 11 only includes the fixed glass large face fixing column 18; the outer opening structure 1 and the inner opening structure 2 both include insulation strips 19, the glass fan large face 6 and the glass fan small face 7, the middle column fan small face 8 and the middle column fan large face 9, the frame small face 10 and the frame large face 11 are all provided with card slots and are separated by insulation strips. The strips 19 are snap-fitted to form a thermal break structure, which keeps the aluminum alloy profile structure light and easy to use, while avoiding the indoor temperature loss caused by the aluminum alloy transferring heat when the temperature difference between the inside and the outside is large. The thermal break aluminum has better performance than ordinary aluminum alloy profiles. The glass fan 20 and the fixed glass 21 are both double-layer soundproof glass structures, and a hollow glass molecular sieve desiccant 22 is arranged between the two layers of glass, which further improves the sound insulation and heat insulation capabilities of the structure and prevents the generation of water vapor and water mist between the two layers of glass.

[0036] The above only describes some exemplary embodiments of the present invention by way of illustration. It is undoubted that those skilled in the art can modify the described embodiments in various ways without departing from the spirit and scope of the present invention. Therefore, the above drawings and descriptions are illustrative in nature and should not be construed as limiting the scope of protection of the claims of the present invention.

Claims

1. A glass sash with an inner and outer opening aluminum alloy profile structure, comprising an outer opening structure (1) and an inner opening structure (2), characterized in that: The outward-opening structure (1) and the inward-opening structure (2) both comprise a glass fan surface (3), a central column surface (4) and a frame surface (5); the glass fan surface (3) comprises a large glass fan surface (6) and a small glass fan surface (7); the central column surface (4) comprises a small central column fan surface (8) and a large central column fan surface (9); and the frame surface (5) comprises a small frame surface (10) and a large frame surface (11); a glass fan (20) is clamped between the glass fan surface (3) and the central column surface (4); and a fixed glass (21) is clamped between the central column surface (4) and the frame surface (5).

2. The aluminum alloy profile structure with glass sash opening inward and outward according to claim 1 is characterized in that: The outward-opening structure (1) is a glass sash that opens outwards, wherein the large surface of the glass sash (6), the small surface of the central column sash (8) and the small surface of the frame (10) are the outer side surfaces, and the small surface of the glass sash (7), the large surface of the central column sash (9) and the large surface of the frame (11) are the inner side surfaces; the inward-opening structure (2) is a glass sash that opens inwards, and the inner and outer side surfaces of the inward-opening structure (2) are opposite to those of the outward-opening structure (1).

3. The aluminum alloy profile structure with glass sash opening inside and outside according to claim 1 is characterized in that: The large glass sash surface (6) includes a large glass sash surface fixing column (12), and a type I support column (13) is arranged on the side of the large glass sash surface fixing column (12) close to the glass sash (20); the small glass sash surface (7) includes a small glass sash surface fixing column (14), and a glass sash connecting column (15) is arranged on one side of the small glass sash surface fixing column (14), and a type II support column (16) is arranged on the side of the glass sash connecting column (15) away from the small glass sash surface fixing column (14).

4. The aluminum alloy profile structure with glass sash opening inside and outside according to claim 1 is characterized in that: The central column sash small surface (8) includes a type I support column (13), the side of the type I support column (13) close to the fixed glass (21) is a fixed glass small surface fixing column (17), and the other side of the type I support column (13) is a glass sash large surface fixing column (12); the central column sash large surface (9) includes a type II support column (16), the side of the type II support column (16) close to the fixed glass (21) is a fixed glass large surface fixing column (18), and the other side of the type II support column (16) is a glass sash connecting column (15).

5. The aluminum alloy profile structure with glass sash opening inside and outside according to claim 1 is characterized in that: The side of the frame small surface (10) close to the fixed glass (21) is a fixed glass small surface fixing column (17), and the other side is a type I support column (13); the frame large surface (11) only includes a fixed glass large surface fixing column (18).

6. The aluminum alloy profile structure with glass sash opening inside and outside according to claim 1 is characterized in that: The outer opening structure (1) and the inner opening structure (2) both contain heat insulation strips (19), and the large glass sash surface (6) and small glass sash surface (7), the small center column sash surface (8) and large center column sash surface (9), the small frame surface (10) and large frame surface (11) are all provided with slots and are connected in pairs via heat insulation strips (19) to form a thermal break structure.

7. The aluminum alloy profile structure with glass sash opening inside and outside according to claim 1 is characterized in that: The glass leaf (20) and the fixed glass (21) are both double-layer sound insulation glass structures, and a hollow glass molecular sieve desiccant (22) is arranged between the two layers of glass.

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