Window profile matched with dimming glass

Abstract

The utility model provides a window profile adaptive to dimming glass, which comprises a window frame and a transverse mullion, the transverse mullion comprises a mullion large surface and a mullion sash small surface which are positioned on the outdoor side of the dimming glass, and a mullion sash large surface, a mullion small surface, a mullion cover plate, a mullion opening pressing line and a mullion fixing pressing line which are positioned on the indoor side of the dimming glass; the window frame comprises a window frame large surface and a window frame sash small surface which are located on the outdoor side of the dimming glass, and the window frame further comprises a window frame sash large surface, a window frame small surface, a frame surface cover plate and a window frame opening pressing line which are located on the indoor side of the dimming glass, a line passing hole is formed in the window frame sash large surface, and a line passing device is arranged between the window frame sash large surface and the window frame small surface; a connector is arranged outside the window frame small face, the frame face cover plate is detachably clamped outside the connector, a power line of the dimming glass sequentially penetrates through the line passing hole, the line passing device inner hole and the window frame small face and then is connected to the connector, and a power line is arranged outside the connector. According to the utility model, the wiring requirement of the dimming glass can be effectively met.

Description

Technical Field

[0001] The utility model relates to a window, in particular to a window profile adapted to dimming glass. Background Art

[0002] A house is a place to live, a relatively independent small environment created by people, which can block wind and rain, provide shade and sound insulation, and protect people from many external factors. Windows are an important part of the house design process. Usually, a hole is opened in the wall, a window profile is installed on the edge of the hole, and glass is installed in the window profile. The direct connection between the inside and outside of the house is achieved by switching the glass. The existing window profiles have various structures. However, with the continuous changes in the types of glass, a new type of dimming glass has emerged. The transmittance of the glass can be changed as needed after the dimming glass is powered on. Because the dimming glass needs an external power cord, the original window profile cannot meet the wiring requirements. Utility Model Content

[0003] In view of the above problems, the utility model aims to provide a window profile adapted for dimming glass, which, while ensuring strength, load-bearing capacity and disturbance resistance, facilitates the layout of high-voltage power lines, prevents problems such as exposure, aging and water leakage, and can also facilitate after-sales problems after problems with the glass occur in the future.

[0004] The technical solution of the utility model is a window profile adapted to dimming glass, comprising a window frame and a horizontal center support, the horizontal center support comprising a center support large surface and a center support sash small surface located outside the dimming glass room, and a center support sash large surface, a center support small surface, a center support cover plate, a center support opening pressure line and a center support fixing pressure line located inside the dimming glass room; the window frame comprises a window frame large surface and a window frame sash small surface located outside the dimming glass room, the window frame also comprises a window frame sash large surface, a window frame small surface, a frame surface cover plate, and a window frame opening pressure line located inside the dimming glass room, a wire passing hole is provided in the window frame sash large surface, a wire passing device is provided between the window frame sash large surface and the window frame small surface, a connector is provided on the outside of the window frame small surface, the frame surface cover plate is detachably connected to the outside of the connector, the power cord of the dimming glass passes through the wire passing hole, the inner hole of the wire passing device, and the window frame small surface in sequence and is connected to the connector, and there is a power cord outside the connector.

[0005] Preferably, the center support fixed pressure line and the center support small surface are both provided with wire holes, and the center support cover plate is detachably snap-connected to the outside of the center support small surface.

[0006] Preferably, window frame insulation strips are arranged between the large surface of the window frame and the small surface of the window frame, and between the small surface of the window frame sash and the large surface of the window frame sash, a window frame isostatic adhesive strip is arranged between the two window frame insulation strips, and a window frame gasket is arranged between the window frame insulation strip and the dimming glass.

[0007] Preferably, a center support heat insulation strip is provided between the center support large surface and the center support small surface, and between the center support small surface and the center support large surface, a center support isobaric adhesive strip is provided between the two center support heat insulation strips, and a center support pad is provided between the center support heat insulation strip and the dimming glass.

[0008] While ensuring strength, load-bearing capacity and disturbance resistance, the utility model facilitates the layout of high-voltage power lines to prevent problems such as exposed aging and water leakage, and can also facilitate after-sales problems when problems occur with the glass in the later stage. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 It is a structural schematic diagram of the utility model;

[0010] Among them: 1—window frame; 2—horizontal center brace; 3—center brace large surface; 4—center brace sash small surface; 5—center brace sash large surface; 6—center brace small surface; 7—center brace cover; 8—center brace opening pressure line; 9—center brace fixing pressure line; 10—window frame large surface; 11—window frame sash small surface; 12—window frame sash large surface; 13—window frame small surface; 14—frame cover; 15—window frame opening pressure line; 16—wire passer; 17—connector; 18—power cord; 19—window frame insulation strip; 20—window frame isostatic rubber strip; 21—window frame pad; 22—center brace insulation strip; 23—center brace isostatic rubber strip; 24—center brace pad. DETAILED DESCRIPTION

[0011] The utility model is further described in detail below in conjunction with the accompanying drawings.

[0012] like Figure 1 As shown, the utility model provides a window profile adapted to dimming glass, including a window frame 1 and a horizontal center support 2, wherein the horizontal center support 2 includes a center support large surface 3 and a center support sash small surface 4 located outside the dimming glass room, and a center support sash large surface 5, a center support small surface 6, a center support cover plate 7, a center support opening pressure line 8 and a center support fixing pressure line 9 located inside the dimming glass room; the window frame 1 includes a window frame large surface 10 and a window frame sash small surface 11 located outside the dimming glass room, and the window frame 1 also includes a window frame sash large surface 3 and a center support sash small surface 4 located inside the dimming glass room. The window frame sash surface 12, the window frame small surface 13, the frame surface cover 14, the window frame opening pressure line 15, the window frame sash large surface 12 is provided with a wire passing hole, a wire passer 16 is arranged between the window frame sash large surface 12 and the window frame small surface 13, a connector 17 is arranged on the outside of the window frame small surface 13, the frame surface cover 14 is detachably connected to the outside of the connector 17, the power cord of the dimming glass passes through the wire passing hole, the inner hole of the wire passer 16, the window frame small surface 13 in sequence, and is connected to the connector 17, and the connector 17 has a power cord 18 outside.

[0013] In the above solution, the center support fixed pressure line 9 and the center support small surface 6 are both provided with wire holes, and the center support cover plate 7 is detachably connected to the outside of the center support small surface 6.

[0014] In addition, window frame insulation strips 19 are arranged between the large window frame surface 10 and the small window frame surface 13, and between the small window frame sash surface 11 and the large window frame sash surface 12, a window frame isostatic adhesive strip 20 is arranged between the two window frame insulation strips 19, and a window frame gasket 21 is arranged between the window frame insulation strip 19 and the dimming glass.

[0015] In addition, a center support heat insulation strip 22 is provided between the center support large surface 3 and the center support small surface 6, and between the center support small surface 4 and the center support large surface 5, a center support isobaric adhesive strip 23 is provided between the two center support heat insulation strips 22, and a center support pad 24 is provided between the center support heat insulation strip 22 and the dimming glass.

[0016] The utility model improves the window frame 1 and the horizontal center support 2 located inside the dimming glass room, and sets a separate wiring channel and a quick disassembly structure, which can meet the reasonable wiring of the dimming glass, facilitate the installation and disassembly of the dimming glass, and also facilitate the separate installation and disassembly of the dimming glass power line, which is convenient for later maintenance.

[0017] The above description is only a preferred implementation mode of the utility model, and does not impose any form of limitation on the utility model. Any simple modification, equivalent change or modification made to the above embodiments based on the technical principle of the utility model still falls within the scope of the technical solution of the utility model.

Claims

1. A window profile adapted for dimming glass, comprising a window frame (1) and a transverse center brace (2), wherein the transverse center brace (2) comprises a center brace large surface (3) and a center brace sash small surface (4) located outside the dimming glass chamber, and a center brace sash large surface (5), a center brace small surface (6), a center brace cover plate (7), a center brace opening pressure line (8) and a center brace fixing pressure line (9) located inside the dimming glass chamber; the window frame (1) comprises a window frame large surface (10) and a window frame sash small surface (11) located outside the dimming glass chamber, characterized in that: The window frame (1) further comprises a large window frame sash surface (12), a small window frame surface (13), a frame surface cover plate (14), and a window frame opening pressure line (15) located inside the dimming glass chamber. A wire passing hole is provided inside the large window frame sash surface (12). A wire passing device (16) is provided between the large window frame sash surface (12) and the small window frame surface (13). A connector (17) is provided outside the small window frame surface (13). The frame surface cover plate (14) is detachably connected to the outside of the connector (17). A power line of the dimming glass passes through the wire passing hole, the inner hole of the wire passing device (16), and the small window frame surface (13) in sequence and is then connected to the connector (17). A power line (18) is provided outside the connector (17).

2. The window profile adapted for dimming glass according to claim 1, characterized in that: The center support fixed pressure wire (9) and the center support small surface (6) are both provided with wire holes, and the center support cover plate (7) is detachably snap-connected to the outside of the center support small surface (6).

3. The window profile adapted for dimming glass according to claim 1, characterized in that: A window frame heat insulation strip (19) is provided between the window frame large surface (10) and the window frame small surface (13), and between the window frame sash small surface (11) and the window frame sash large surface (12); a window frame isostatic adhesive strip (20) is provided between the two window frame heat insulation strips (19); and a window frame pad (21) is provided between the window frame heat insulation strip (19) and the dimming glass.

4. The window profile adapted for dimming glass according to claim 1, characterized in that: A central support heat insulation strip (22) is provided between the central support large surface (3) and the central support small surface (6), and between the central support small surface (4) and the central support large surface (5); a central support isobaric adhesive strip (23) is provided between the two central support heat insulation strips (22); and a central support pad (24) is provided between the central support heat insulation strip (22) and the dimming glass.

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