CN208089182U - One kind is floatd window water proof structure - Google Patents

Abstract

The utility model provides a waterproof structure for a bay window, which includes an upper bay window frame fixing structure and a lower bay window frame fixing structure; The first hot-dip galvanized fixing piece flexibly fixes the first energy-saving attached frame; the window frame profile of the upper bay window is connected with the first energy-saving attached frame; the outer wall of the upper wall is sequentially made with the first waterproof coating, the first heat insulation layer, and the first protective surface Layer; the fixed structure of the lower bay window frame includes the second concrete flange, the second hot-dip galvanized fixing piece and the second energy-saving attached frame, and the lower bay window frame profile is connected with the second energy-saving attached frame; the second concrete flange The outer side of the wall is set as a concrete bevel, and the outer side and bottom surface of the first concrete flanging outside the lower wall are sequentially provided with the second waterproof coating, the second insulation layer, and the second protective surface layer; the first concrete flanging, the second The two concrete flanges extend to the inside to the entire bay window sill. This case ensures that the waterproof performance of the bay window is intact and there will be no leakage.

Description

A kind of waterproof structure of bay window

technical field

The utility model patent relates to the construction field, in particular to a waterproof structure for bay windows.

Background technique

The typical bay window node structure in current architectural design. Its usual structure is: a concrete frame is made around the window opening, and the cross-section of the concrete frame is generally rectangular; the hot-dip galvanized fixing sheet is flexible and fixed to the energy-saving attached frame; the window frame profile of the bay window is connected to the energy-saving attached frame and filled with sealing materials; Waterproof coating, insulation layer, protective layer, surface layer on the outside; plastering layer and surface layer on the inside of the wall. The waterproof performance of this type of bay window joint structure is poor. Jiangsu Province's "Common Quality Control Standards for Residential Engineering Quality" (DGJ32/J16-2014) has made corresponding regulations on the solution to the above problems. T-shaped plastic strips are used on the side of the window frame to block water. However, this structure still has the following defects:

1. The side of the window sill of the concrete outer frame is horizontal. Although there is a waterproof layer on the outer side, the waterproof layer will be damaged due to the alternation of cold and heat in the seasons, or the reason of construction, so that the waterproof will fail, and the rainwater will seep into the room through the gap. .

2. The energy-saving attached frame increases the overall thickness of the frame material. The indoor window is hidden with the attached frame, so the thickness of the painting has to be increased. Too thick painting not only increases the risk of cracking and falling, but also becomes a water-absorbing material that causes leakage. Rainwater spreads to the surrounding area.

3. Although the slanted window sill with the above-mentioned structure can slow down the infiltration of rainwater, it is difficult to install due to the slanted surface between it and the window frame. T-shaped plastic strips can block water in a short period of time, but fail to block water after aging.

Utility model content

One purpose of this utility model is to provide a waterproof structure for a bay window that is beneficial to the rapid discharge of rainwater and facilitates the installation of the bay window frame and the bay window frame against the defects of the prior art.

In particular, the utility model provides a waterproof structure for a bay window, which includes an upper bay window frame fixing structure and a lower bay window frame fixing structure that cooperate with each other and are used to fix the bay window frame;

The fixing structure of the upper bay window frame includes a first concrete flange located on the side and top surface of the upper bay window frame and located inside the wall, and a first hot-dip galvanized fixing piece inside the first concrete flange is flexibly fixed. The first energy-saving attached frame, the underside of the first concrete flange in the upper wall and the periphery of the first hot-dip galvanized fixing sheet are filled with the first waterproof cement mortar; the window frame profile of the upper bay window is connected with the first energy-saving attached frame , and filled with sealant; the outer side and top surface of the first concrete flange outside the upper wall are sequentially made with the first waterproof coating, the first thermal insulation layer, and the first protective surface layer, and the first energy-saving attached frame is used between Sealant filling;

The fixing structure of the lower bay window frame includes a second concrete flange arranged on the inner side of the wall at the position of the lower bay window window frame and the window sill, and a second hot-dip galvanized fixing piece inside the second concrete flange is flexibly fixed and the second energy-saving Attached frame, the upper side of the first concrete flange in the lower wall and the periphery of the first hot-dip galvanized fixing sheet are filled with the second waterproof cement mortar; the window frame profile of the lower bay window is connected with the second energy-saving attached frame, and adopts Filling with sealant; the outer side of the wall of the second concrete flange is set as a concrete hypotenuse, and the outer side and bottom surface of the first concrete flange outside the lower wall are sequentially provided with a second waterproof coating and a second thermal insulation layer. Layer, the second protective surface layer and the second energy-saving frame are filled with sealant;

Wherein, the first concrete flanging and the second concrete flanging both extend to the inside to the entire window sill of the bay window.

Further, the surfaces of the first waterproof cement mortar and the second waterproof cement mortar are respectively provided with a first protective edge layer and a second protective edge layer.

Further, both the first energy-saving sub-frame and the second energy-saving sub-frame are filled with foaming agent.

Further, it also includes a side sash fixing structure symmetrically arranged between the upper bay window sash fixing structure and the lower bay window sash fixing structure, and the side sash fixing structure includes a left sash fixing structure, a right window Frame fixed construction.

Further, the fixing structure of the side window frame includes the third hot-dip galvanized fixing sheet flexibly fixing the third energy-saving accessory frame, the profile of the side window frame is connected with the third energy-saving accessory frame, and is filled with sealant; The third concrete flange inside the body and the waterproof cement mortar layer located inside the third concrete flange, and the outside of the wall are sequentially provided with a third waterproof coating, a third thermal insulation layer, a third protective surface layer and the third Sealant is used to fill the space between the energy-saving attached frames.

In this case, the section of the concrete frame of the bay window is improved, and the simple rectangular section of the original concrete frame of the bay window is changed to a special-shaped section, that is, the side and top of the bay window are added with the first concrete flange on the inner side of the wall, and the inner side of the wall is set at The second concrete flange is also made at the window frame and window sill of the lower bay window, extending inward to the entire bay window sill, and the outer side of the second concrete flange is made of concrete bevel. For the window sill, the concrete slope is conducive to the rapid drainage of rainwater, and the flat section is convenient for the installation of the bay window attachment frame and window frame, ensuring that the bay window has good waterproof performance and no leakage.

According to the following detailed description of specific embodiments of the utility model in conjunction with the accompanying drawings, those skilled in the art will be more aware of the above and other objectives, advantages and features of the utility model.

Description of drawings

Hereinafter, some specific embodiments of the present utility model will be described in detail in an exemplary rather than restrictive manner with reference to the accompanying drawings. The same reference numerals in the drawings designate the same or similar parts or parts. Those skilled in the art will appreciate that the drawings are not necessarily drawn to scale. In the attached picture:

Fig. 1 is a schematic diagram of the upper and lower bay window frame fixing structures in the bay window waterproof structure according to an embodiment of the present invention;

Fig. 2 is a schematic diagram of a side window frame fixing structure in a bay window waterproof structure according to an embodiment of the present invention.

Detailed ways

Fig. 1 is a kind of bay window waterproof structure, said bay window waterproof structure includes the upper bay window frame fixing structure 10 and the lower bay window frame fixing structure 20 which cooperate with each other and are used to fix the bay window frame;

The upper bay window frame fixing structure 10 includes a first concrete flange 11 located on the side and top surface of the upper bay window frame and located inside the wall, and a first hot-dip galvanized fixing inside the first concrete flange 11 . The sheet 12 flexibly fixes the first energy-saving attached frame 13, the underside of the first concrete flange 11 in the upper wall and the periphery of the first hot-dip galvanized fixing sheet 12 are filled with the first waterproof cement mortar 14; the upper bay window frame The profile 1 is connected with the first energy-saving attached frame 13, and is filled with sealant 2; the outer side and top surface of the first concrete flange 11 outside the upper wall are sequentially made with the first waterproof coating 15, the first insulation layer 16, and the second A protective surface layer 17 and the first energy-saving sub-frame 13 are filled with sealant 2;

The lower bay window frame fixing structure 20 includes a second concrete flange 21 arranged on the inner side of the wall at the position of the lower bay window frame and the window sill, and a second hot-dip galvanized fixing piece 22 inside the second concrete flange 21 is flexible. Fix the second energy-saving attached frame 23, the upper side of the first concrete flange 11 in the lower wall and the outer periphery of the first hot-dip galvanized fixing piece 12 are filled with the second waterproof cement mortar 24; The second energy-saving attached frame 23 is connected and filled with sealant 2; the outer position of the wall body of the second concrete flange 21 is set as a concrete hypotenuse 25, and the first concrete flange 11 outside the lower wall is A second waterproof coating 26, a second thermal insulation layer 27, and a second protective surface layer 28 are applied on the outer side and the bottom surface in turn, and the sealant 2 is used to fill the gap between the outer side and the bottom surface and the second energy-saving attachment frame 23;

Wherein, the first concrete flange 11 and the second concrete flange 21 both extend inward to the entire bay window sill. Water seepage between any gaps is avoided.

The cross-section of the concrete frame of the bay window is improved, and the simple rectangular cross-section of the original concrete frame of the bay window is changed to a special-shaped cross-section, that is, the side and top of the bay window are added with the first concrete flange 11 inside the wall, and the inside of the wall is set The second concrete flanging 21 is also made at the lower bay window frame and the window sill position, all extending to the inside to the entire bay window sill, and the second concrete flanging 21 outside is made into a concrete hypotenuse 25. For the window sill, the concrete bevel 25 is conducive to the rapid discharge of rainwater, and the flat section is convenient for the installation of the bay window attachment frame and the window frame, ensuring that the bay window has good waterproof performance and no leakage.

The surfaces of the first waterproof cement mortar 14 and the second waterproof cement mortar 24 are respectively provided with a first protective edge layer 241 and a second protective edge layer 242 . The first protective edge layer 241 and the second protective edge layer 242 on the inner side have the following effects: the rib at the window sill can effectively block rainwater, especially the invasion of rainwater during violent storms; the first protective edge layer 241 at the window sill, the second protective edge layer Protecting the edge layer 242 can reduce the thickness of the external wall plastering, avoid the occurrence of the aforementioned situation, further improve the installation accuracy of the bay window, thereby reducing the gap and further reducing the possibility of leakage.

Both the first energy-saving sub-frame 13 and the second energy-saving sub-frame 23 are filled with foaming agent 4 .

Fig. 2 is a side window frame fixing structure in a bay window waterproof structure, further including side window frames symmetrically arranged between the upper bay window frame fixing structure 100 and the lower bay window frame fixing structure 200 The fixing structure 300, the side window frame fixing structure 300 includes a left window frame fixing structure and a right window frame fixing structure.

The side window frame fixing structure 300 includes a third hot-dip galvanized fixing sheet 301 to flexibly fix the third energy-saving accessory frame 302, and the side window frame profile 303 is connected to the third energy-saving accessory frame 302, and is filled with sealant 2; The third concrete flange 307 located on the inner side of the wall and the waterproof cement mortar layer 308 located on the inner side of the third concrete flange 307, and the third waterproof coating 304, the third thermal insulation layer 305, and the third waterproof layer 305 on the outer side of the wall The third protective surface layer 306 and the third energy-saving sub-frame 302 are filled with sealant.

So far, those skilled in the art should recognize that although a number of exemplary embodiments of the present invention have been shown and described in detail herein, they can still be used according to the present invention without departing from the spirit and scope of the present invention. Many other variations or modifications that conform to the principles of the utility model are directly determined or derived from the disclosed content of the new model. Therefore, the scope of the present invention should be understood and deemed to cover all such other variations or modifications.

Claims (5)

1. The window water proof structure 1. one kind is floatd, which is characterized in that the window water proof structure that floats includes cooperating, for the fixed window window that floats Float on frame window frame fixture construction, under float window frame fixture construction；

   The window frame fixture construction that floats on described includes being set to above float window frame side and top surface and first mixed on the inside of wall The first galvanizing fixinig plate flexibility on the inside of solidifying soil flange, the first concrete flanging fixes the first energy saving auxiliary frame, in upper wall On the downside of first concrete flanging and the first galvanizing fixinig plate periphery is filled with the first waterproof cement mortar；On float window frame Proximate matter is connect with the first energy saving auxiliary frame, and is tamped using fluid sealant；On the outside of the first concrete flanging outside upper wall and top surface according to It is secondary to do the first waterproof coating, the first insulating layer, the first protection face layer and tamped using fluid sealant between the first energy saving auxiliary frame；

   The window frame fixture construction that floats under described includes the second concrete being set to down on the inside of wall at float window frame and sill position The second galvanizing fixinig plate flexibility on the inside of flange, the second concrete flanging fixes the second energy saving auxiliary frame, described in lower wall On the upside of first concrete flanging and the first galvanizing fixinig plate periphery is filled with the second waterproof cement mortar；Under float sectional material for window frame It connect with the second energy saving auxiliary frame, and is tamped using fluid sealant；It is set as mixed at the wall outer side position of second concrete flanging Solidifying soil bevel edge, on the outside of the first concrete flanging outside the lower wall and bottom surface take turns doing the second waterproof coating, the second insulating layer, It second protection face layer and is tamped using fluid sealant between the second energy saving auxiliary frame；

   Wherein, first concrete flanging, the second concrete flanging extend to the entire window windowsill that floats inwardly.
2. 2. the window water proof structure as described in claim 1 that floats, it is characterised in that：First waterproof cement mortar, the second waterproof Cement mortar surface is respectively equipped with the first protection boundary layer, the second protection boundary layer.
3. 3. the window water proof structure as described in claim 1 that floats, it is characterised in that：The first energy saving auxiliary frame, the second energy saving auxiliary frame Place is filled with foaming agent.
4. 4. the window water proof structure as described in claim 1 that floats, it is characterised in that：Further include being symmetricly set on described the window frame that floats Fixture construction, under the side window frame fixture construction, the side window frame fixture construction that float between window frame fixture construction include a left side Window frame fixture construction, right window frame fixture construction.
5. 5. the window water proof structure as claimed in claim 4 that floats, it is characterised in that：The side window frame fixture construction includes third heat Zinc-plated fixinig plate flexibility fixes the energy saving auxiliary frame of third, and side window frame profile is connect with the energy saving auxiliary frame of third, and is filled out using fluid sealant It is real；Further include being set to the third concrete flanging on the inside of wall and the waterproof cement on the inside of the third concrete flanging Screed and wall outer side take turns doing third waterproof coating, third insulating layer, third protection face layer and with the energy saving auxiliary frame of third Between tamped using fluid sealant.