KR20220142421A - Finishing material for a window and door - Google Patents

Abstract

The present invention relates to an empty frame for windows and doors, which finishes the inner surface of an opening left after a window or a door is installed in the opening formed in the wall of a building. A fitting groove is formed on the outer surface of the window or the door coming in contact with the inner surface of the opening. The empty frame for windows and doors includes an empty frame member which has a fitting portion formed on the outer surface thereof to be fitted on the fitting groove, is attached to a wall and a window or a door by silicone, and protrudes from the wall. The empty frame member includes: first and second vertical portions located in parallel at a predetermined interval; a horizontal plate for connecting ends of the first and second vertical portions located on the same line; a space formed between the horizontal plate and the first and second vertical portions; the fitting portion formed at one end of the first vertical portion located on the opposite side of the horizontal plate; a third vertical portion formed in adjacent portions of the first vertical portion and the horizontal plate; and a cover plate having a fitting groove formed at one end thereof to fit the second vertical portion. The cover plate protrudes from the wall to cover a portion of the outer surface of the wall adjacent to the opening. Therefore, the empty frame for windows and doors can be easily installed and replaced, prevent contamination, leaks, and cracks due to the inflow of rainwater, and minimize exposure of a silicone joint to the outside, thereby preventing aesthetic deterioration as much as possible.

Description

Window frame {Finishing material for a window and door}

The present invention relates to a frame for windows that closes the remaining space of the inner surface of the opening left while the windows are installed in the wall opening of a building, that is, the remaining space on the four sides of the opening. , It relates to a window frame that prevents cracks, minimizes external exposure of the silicone joint, prevents deterioration of aesthetics as much as possible, and shortens the air compared to the finishing method with existing materials.

In general, the window frame is used to close the space formed between the window and the opening formed in the wall of the building, and made the exterior of the building beautiful.

In this regard, Patent Document 1 discloses a first frame on which a door frame outside a window is seated; and a second frame having a step higher than the first frame and extending in a width direction from the first frame so that a vertical surface of a step shape is formed on the first frame, wherein the second frame is the installation of the windows It is arranged in the inner direction with respect to the surface, and when the window is viewed from the inner direction, the boundary surface of the door frame that comes into contact with the first frame is provided, characterized in that it is covered by the vertical surface.

However, in the case of Patent Document 1, there was a difficulty in the installation and replacement of the hollow frame for windows.

So, in the prior art, a blank frame 1000 for windows and doors different from that of Patent Document 1 was provided.

To explain, as shown in Figure 3, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the conventional embodiment.

And, the hole frame 1000 for windows and doors has a fitting portion 101 fitted into the fitting groove 2a is formed on the outer surface, and at least one space 102 is formed therein, and the wall (S) is made of silicon (S). 1) and attached to the windows and doors (2), and a ball frame (100) protruding from the wall (1) is included.

So, when explaining the construction of the hole frame 1000 for windows and doors according to the conventional embodiment, while inserting the fitting portion 101 of the hole frame 100 into the fitting groove 2a of the window and door 2, silicon (S) It is attached to the wall (1) and windows (2) through the

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the hollow frame 100 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the hollow frame 100 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the empty frame 100, the fitting portion 101 of the empty frame 100 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 4, on the outer surface of the frame frame 100 of the hole frame 1000 for windows and doors according to a modified example of the conventional embodiment, a close contact portion attached to the window and door 2 by silicon (S) (S) 103) is formed.

In addition, the window frame 1000 is formed between the fitting portion 101 and the close contact portion 103 to include a charging space 104 filled with silicon (S).

Therefore, after the silicon (S) is filled in the charging space 104 to close the inner surface of the opening 1a left while the window 2 is installed, the window frame 1000 is installed.

Then, by the silicon (S) filled in the charging space (104), the attachment area of the window frame 1000 attached to the window (2) is increased.

However, at present, there is a desire for a window frame different from the conventional one.

Patent Document 1: Domestic Patent Publication No. 10-2020-0132072 (published on January 1, 2020.)

Accordingly, the present invention aims to provide a window frame that is easier to install and replace than the prior art, prevents contamination, leaks, and cracks caused by rainwater inflow, and minimizes external exposure of the silicone joint to prevent deterioration of aesthetics as much as possible. .

In order to achieve the above object, the present invention provides a frame for windows and doors that closes the inner surface of the opening left while the windows are installed in the opening formed in the wall of a building. The frame for windows and doors has a fitting portion that is fitted into the fitting groove is formed on the outer surface, is attached to the wall and the windows and doors with silicone, and includes a frame frame protruding from the wall, and the frame frame is a first, positioned side by side at a predetermined interval; 2 vertical parts; A horizontal plate connecting one end of the first and second vertical parts positioned on the same line; A space formed between the horizontal plate and the first and second vertical parts; Located on the opposite side of the horizontal plate A fitting portion formed at one end of the first vertical portion; A third vertical portion formed in a portion adjacent to the first vertical portion and the horizontal plate; And a shielding plate formed at one end of the fitting groove into which the second vertical portion is fitted, The blinding plate protrudes from the wall, and provides a blank for windows and doors, characterized in that it covers a portion of the outer surface of the wall adjacent to the opening.

In the first and second embodiments of the present invention, since the fitting hole of the hole frame for the window is fitted into the fitting groove of the window, there is an effect that the installation and replacement of the hole frame for the window is easy.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since the frame frame protrudes from the wall and covers the silicon junction as much as possible, external exposure of the silicon junction is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In addition, since the filling space is filled with silicon, there is an effect of increasing the adhesion strength as the gap between the window and the window frame becomes more airtight.

In addition, since the frame frame can be separated from the fitting, there is no need to replace the entire frame for windows and doors.

In the third embodiment of the present invention, since the fitting portion of the window frame is fitted into the fitting groove of the window, the installation and replacement of the frame for the window and door is easy.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since the frame frame protrudes from the wall and covers the silicon junction as much as possible, external exposure of the silicon junction is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In addition, since the vertical portion and the horizontal portion are supported on the wall, there is an effect of preventing the frame for windows from being shaken or bent by an external force such as a strong wind.

In the fourth and fifth embodiments of the present invention, since the fitting hole of the hole frame for the window is fitted into the fitting groove of the window, the installation and replacement of the hole frame for the window is easy.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since the frame frame protrudes from the wall and covers the silicon junction as much as possible, external exposure of the silicon junction is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In addition, since the frame frame can be separated from the fitting, there is no need to replace the entire frame for windows and doors.

In addition, since the vertical portion and the horizontal portion are supported on the wall, there is an effect of preventing the frame for windows from being shaken or bent by an external force such as a strong wind.

In the sixth embodiment of the present invention, since the first fitting portion of the hollow frame for windows and doors is fitted into the fitting groove of the window, there is an effect that the installation and replacement of the empty frame for windows and doors is easy.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since the first and second hole frames protrude from the wall and cover the silicon junction as much as possible, external exposure of the silicon junction is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In addition, since the second hole frame can be separated from the first hole frame, there is an effect that there is no need to replace the entire hole frame for windows and doors.

In addition, since the filling space is filled with silicon, there is an effect of increasing the adhesion strength as the gap between the window and the window frame becomes more airtight.

In addition, since the vertical part is supported on the inner surface of the first frame frame, there is an effect of preventing the ball frame for windows from being shaken or bent by an external force such as a strong wind.

In addition, since the vertical portion is sandwiched between the third fitting portion, there is an effect of preventing the frame for windows from being shaken or bent by an external force such as a strong wind.

In addition, since the vertical portions of the first and second frame frames support each other, there is an effect of preventing the frame for windows from being shaken or bent by an external force such as a strong wind.

In the seventh, eighth, and ninth embodiments of the present invention, since the fittings and fittings of the windows and doors are fitted in the fitting grooves of the windows, the installation and replacement of the empty frames for windows and doors is easy.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since the frame extension frame protrudes from the wall and covers the silicon junction as much as possible, the external exposure of the silicon junction is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In addition, since the filling space is filled with silicon, there is an effect of increasing the adhesion strength as the gap between the window and the window frame becomes more airtight.

In addition, since it is possible to separate the frame frame from the fitting hole or the frame extension frame from the frame frame, there is no need to replace the entire frame for windows and doors.

In addition, there is an effect that the frame extension frame can be continuously installed to correspond to the length of the inner surface of the remaining opening.

In the tenth to nineteenth embodiments of the present invention, since the fitting portion of the window frame is fitted into the fitting groove of the window, the installation and replacement of the window frame have a simple effect.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since rainwater is guided to the outdoors by the swash plate, there is an effect of blocking the inflow of rainwater indoors.

In addition, there is an effect that the sloping plate can be installed on the inclined wall to correspond to the sloping frame.

In addition, since the vertical part and the second vertical part and the first, second, third horizontal parts and the reinforcing part of the frame frame cover a part of the outer surface of the wall adjacent to the opening while protruding from the wall, the external exposure of the silicone joint part is minimized. there is

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In addition, since the filling space is filled with silicon, there is an effect of increasing the adhesion strength as the gap between the window and the wall and the frame for the window becomes more airtight.

In addition, as the third vertical part of the frame frame is further attached to the window, there is an effect of increasing the attachment strength.

In addition, since the silicone filled in the charging space outside the opening has little exposure to the outside, there is an effect of reducing the filth caused by the external exposure line.

In addition, since the first, second, and third horizontal parts and the reinforcing part of the frame frame are supported on the wall, there is an effect of preventing the ball frame for windows from being shaken or bent by an external force such as a strong wind.

In addition, since the rainwater blocker prevents rainwater from flowing from the upper part of the wall toward the room, it has an effect of preventing the inflow of rainwater into the room.

In the 20th to 29th embodiments of the present invention, since the fitting part of the window frame is fitted into the fitting groove of the window, there is an effect that the installation and replacement of the empty frame for the window and door is easy.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since rainwater is guided to the outdoors by the swash plate, there is an effect of blocking the inflow of rainwater indoors.

In addition, there is an effect that the sloping plate can be installed on the inclined wall to correspond to the sloping frame.

In addition, since the shielding plate and the first, second, and third horizontal parts and the reinforcing part of the frame frame cover a part of the outer surface of the wall adjacent to the opening while protruding from the wall, external exposure of the silicone joint portion is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In addition, since the filling space is filled with silicon, there is an effect of increasing the adhesion strength as the gap between the window and the wall and the frame for the window becomes more airtight.

In addition, as the third vertical part of the frame frame is further attached to the window, there is an effect of increasing the attachment strength.

In addition, since the silicone filled in the charging space outside the opening has little exposure to the outside, there is an effect of reducing the messiness caused by the external exposure.

In addition, since the first, second, and third horizontal parts and the reinforcing part of the frame frame are supported on the wall, there is an effect of preventing the ball frame for windows from being shaken or bent by an external force such as a strong wind.

In addition, since the blanking plate can be separated from the frame frame, there is no need to replace the entire frame for windows and doors.

In addition, since the rainwater blocker prevents rainwater from flowing from the upper part of the wall toward the room, it has an effect of preventing the inflow of rainwater into the room.

In the thirtieth embodiment of the present invention, since the fitting portion of the window frame is fitted into the fitting groove of the window, the installation and replacement of the window frame has a simple effect.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since rainwater is guided to the outdoors by the swash plate, there is an effect of blocking the inflow of rainwater indoors.

In addition, there is an effect that the sloping plate can be installed on the inclined wall to correspond to the sloping frame.

In addition, since rainwater does not flow in the indoor direction by the third vertical part of the ball frame facing the upper inner surface of the opening, there is an effect of blocking the inflow of rainwater into the room.

In addition, since the second and third vertical and horizontal portions of the frame frame protrude from the wall and cover the silicon junction as much as possible, external exposure of the silicon junction is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

In the thirty-first embodiment of the present invention, since the fitting portion of the window frame is fitted into the fitting groove of the window, the installation and replacement of the window frame has a simple effect.

In addition, since the inner surface of the remaining opening is closed to block the inflow of rainwater, there is an effect of preventing contamination, leakage, and cracking by rainwater.

In addition, since rainwater does not flow in the indoor direction due to the slope, there is an effect of blocking the inflow of rainwater indoors.

In addition, since the frame frame protrudes from the wall and covers the silicon junction as much as possible, external exposure of the silicon junction is minimized.

That is, the silicon junction is not exposed in a large area depending on the viewing direction, thereby reducing filthiness.

In other words, it has the effect of maximally preventing the deterioration of the aesthetics caused by the external exposure of silicone.

1 and 2 are views of the installation state of the frame for windows and doors according to various embodiments of the present invention;
3 is an enlarged view of the installation state of the window frame according to the prior art;
Figure 4 is an enlarged view of the installation state of the frame for windows and doors according to a modification of the conventional embodiment;
5 is an enlarged view of the installation state of the window frame according to the first embodiment of the present invention;
Figure 6 is an enlarged view of the installation state of the window frame according to the second embodiment of the present invention;
7 is an enlarged view of the installation state of the window frame according to the third embodiment of the present invention;
8 is an enlarged view of the installation state of the window frame according to the fourth embodiment of the present invention;
9 is an enlarged view of the installation state of the window frame according to the fifth embodiment of the present invention;
10 is an enlarged view of the installation state of the frame for windows and doors according to a sixth embodiment of the present invention;
11 is an enlarged view of the installation state of the frame for windows and doors according to the first modification of the sixth embodiment of the present invention;
12 is an enlarged view of the installation state of the frame for windows and doors according to a second modification of the sixth embodiment of the present invention;
13 is an enlarged view of the installation state of the frame for windows and doors according to a third modification of the sixth embodiment of the present invention;
14 is an enlarged view of the installation state of the window frame according to the seventh embodiment of the present invention;
15 is an enlarged view of the installation state of the frame for windows and doors according to a modification of the seventh embodiment of the present invention;
16 is a view of various connection states of the first, second, and third connectors of FIGS. 14 and 15;
17 is an enlarged view of the installation state of the frame for windows and doors according to an eighth embodiment of the present invention;
18 is an enlarged view of the installation state of the frame for windows and doors according to a modification of the eighth embodiment of the present invention;
19 is a view of various connection states of the first, second, and third connectors of FIGS. 17 and 18;
20 is an enlarged view of the installation state of the window frame according to the ninth embodiment of the present invention;
21 is an enlarged view of the installation state of the frame for windows and doors according to a modification of the ninth embodiment of the present invention;
22 is a view of various connection states of the first, second, and third connectors of FIGS. 20 and 21;
23 is an enlarged view of the installation state of the window frame according to the tenth embodiment of the present invention;
24 to 30 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the tenth embodiment of the present invention;
31 is an enlarged view of the installation state of the window frame according to the eleventh embodiment of the present invention;
32 to 38 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the eleventh embodiment of the present invention;
39 is an enlarged view of the installation state of the window frame according to the twelfth embodiment of the present invention;
40 to 46 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twelfth embodiment of the present invention;
47 is an enlarged view of the installation state of the window frame according to the thirteenth embodiment of the present invention;
48 to 54 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the thirteenth embodiment of the present invention;
55 is an enlarged view of the installation state of the window frame according to the fourteenth embodiment of the present invention;
56 to 62 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the fourteenth embodiment of the present invention;
63 is an enlarged view of the installation state of the window frame according to the fifteenth embodiment of the present invention;
64 to 70 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the fifteenth embodiment of the present invention;
71 is an enlarged view of the installation state of the frame for windows and doors according to the sixteenth embodiment of the present invention;
72 to 78 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the sixteenth embodiment of the present invention;
79 is an enlarged view of the installation state of the window frame according to the seventeenth embodiment of the present invention;
80 to 86 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the seventeenth embodiment of the present invention;
87 is an enlarged view of the installation state of the window frame according to the eighteenth embodiment of the present invention;
88 to 94 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the eighteenth embodiment of the present invention;
95 is an enlarged view of the installation state of the window frame according to the 19th embodiment of the present invention;
96 to 102 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the nineteenth embodiment of the present invention;
103 is an enlarged view of the installation state of the window frame according to the twentieth embodiment of the present invention;
104 to 110 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twentieth embodiment of the present invention;
111 is an enlarged view of the installation state of the window frame according to the twenty-first embodiment of the present invention;
112 to 118 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twenty-first embodiment of the present invention;
119 is an enlarged view of the installation state of the window frame according to the 22nd embodiment of the present invention;
120 to 126 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twenty-second embodiment of the present invention;
127 is an enlarged view of the installation state of the window frame according to the twenty-third embodiment of the present invention;
128 to 134 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twenty-third embodiment of the present invention;
135 is an enlarged view of the installation state of the window frame according to the twenty-fourth embodiment of the present invention;
136 to 142 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twenty-fourth embodiment of the present invention;
143 is an enlarged view of the installation state of the window frame according to the twenty-fifth embodiment of the present invention;
144 to 150 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twenty-fifth embodiment of the present invention;
151 is an enlarged view of the installation state of the window frame according to the 26th embodiment of the present invention;
152 to 158 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the 26th embodiment of the present invention;
159 is an enlarged view of the installation state of the window frame according to the 27th embodiment of the present invention;
160 to 166 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twenty-seventh embodiment of the present invention;
167 is an enlarged view of the installation state of the window frame according to the 28th embodiment of the present invention;
168 to 174 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the twenty-eighth embodiment of the present invention;
175 is an enlarged view of the installation state of the window frame according to the 29th embodiment of the present invention;
176 to 182 are enlarged views of the installation state of the frame for windows and doors according to the first to seventh modifications of the 29th embodiment of the present invention;
183 is an enlarged view of the installation state of the frame for windows and doors according to the thirtieth embodiment of the present invention;
184 is an enlarged view of the installation state of the window frame according to the 31st embodiment of the present invention;
185 is an enlarged view of the installation state of the frame for windows and doors according to a modified example of the 31st embodiment of the present invention.

Accordingly, an embodiment of the present invention as described above will be described in detail based on the accompanying drawings.

1 and 2, 5 to 185, the window frame 1000 according to various embodiments of the present invention has a window (2) in the opening (1a) formed in the wall (1) of the building. It is installed on the inner surface of the opening 1a that is left while being installed to close the remaining inner surface of the opening 1a.

That is, the window frame 1000 closes the inner surface 2a of the opening 1a left in the indoor or outdoor or indoor or outward direction while the window 2 is installed.

Here, the window frame 1000 is made of an aluminum extrusion frame formed by extrusion molding, PVC, iron, etc., and may or may not have a piece hole formed depending on the installation environment.

In addition, the hollow frame 1000 for windows and doors is installed in the form of a square frame on the inner surface of the opening 1a, only the upper or lower inner surface of the opening 1a is installed, or the upper and lower inner surfaces of the opening 1a except for the lower portion. It may be installed on three sides only.

In addition, a heat insulating material, a reinforcing material, etc. may be further installed between the hollow frame 1000 for windows and the inner surface of the opening 1a.

In addition, the frame 1000 for windows and doors is formed on the outer surface of various colors suitable for the color of the wall (1) and the window (2) of the building.

In addition, when there is a recessed portion on the inner surface of the opening (1a), it is possible to install the window frame 1000 by filling the silicon (S).

In addition, the window (2) consists of a window, a door, a fire door, and the like.

In addition, in place of the silicone (S) used for attaching the frame 1000 for windows and doors, other adhesives may be used.

And, as shown in Figure 5, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the first embodiment of the present invention.

And, the hole frame 1000 for windows and doors is fitted into the fitting groove 2a, and a vertical portion 110a perpendicular to the inner surface of the opening 1a is formed on one side protruding from the fitting groove 2a, and a silicone The fitting 110 attached to the wall (1) and the window (2) by (S) is included.

In addition, the hole frame 1000 for windows and doors has a fitting groove 111a into which the vertical part 110a is fitted, and at least one space 111b is formed therein. 1) and a frame frame 111 attached to the window and door (2) and protruding from the wall (1) is included.

In addition, a close contact portion 111c attached to the window and door 2 is formed on the outer surface of the hollow frame 111 by silicon (S).

In addition, the hole frame 1000 for windows and doors is formed between the fitting hole 110 and the close contact portion 111c and includes a charging space 112 filled with silicon (S).

So, when explaining the construction of the hole frame 1000 for windows and doors according to the first embodiment of the present invention, the vertical portion 110a of the fitting hole 110 is inserted into the fitting groove 111a of the hole frame 111 .

Then, the filling space 112 formed between the fitting hole 110 and the contact portion 111c is filled with silicon (S).

Then, while inserting the fitting 110 coupled to the frame frame 111 into the fitting groove 2a of the window 2, it is attached to the wall 1 and the window 2 through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the hollow frame 111 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the hollow frame 111 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

In addition, due to the silicon (S) filled in the charging space 112, the attachment area of the window frame 1000 attached to the window and door (2) is increased.

And, when it is necessary to separate and replace the hollow frame 111, the vertical portion 110a of the fitting hole 110 is released from the fitting groove 111a of the empty frame 111.

In addition, when the separation and replacement of the fitting hole 110 is required, the fitting hole 110 is released from the fitting groove (2a) of the window (2).

And, as shown in Figure 6, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the second embodiment of the present invention.

And, the hole frame 1000 for windows and doors is fitted into the fitting groove 2a, and a vertical portion 113a that is perpendicular to the inner surface of the opening 1a is formed on one side protruding from the fitting groove 2a, A horizontal portion 113b that is parallel to the inner surface of the opening 1a is formed on the outer surface of the vertical portion 113a, and a fitting hole 113 attached to the wall 1 and the window 2 by silicon (S). ) is included.

In addition, the hole frame 1000 for windows and doors has a fitting groove 114a into which the horizontal part 113b is fitted, and at least one space 114b is formed therein. 1) and a frame frame 114 attached to the window and door (2) and protruding from the wall (1) is included.

In addition, a close contact portion 114c attached to the window and door 2 by silicon (S) is formed on the outer surface of the hollow frame 114 .

In addition, the hole frame 1000 for windows and doors is formed between the fitting hole 113 and the close contact portion 114c, and includes a charging space 115 filled with silicon (S).

So, when explaining the construction of the hole frame 1000 for windows and doors according to the second embodiment of the present invention, the horizontal portion 113b of the fitting hole 113 is inserted into the fitting groove 114a of the hole frame 114 .

Then, the filling space 115 formed between the fitting hole 113 and the contact portion 114c is filled with silicon (S).

Then, while inserting the fitting hole 113 coupled to the frame frame 114 into the fitting groove 2a of the window 2, it is attached to the wall 1 and the window 2 through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the hollow frame 114 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the hollow frame 114 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

In addition, by the silicon (S) filled in the charging space 115, the attachment area of the window frame 1000 attached to the window (2) is increased.

And, when it is necessary to separate and replace the empty frame 114, the horizontal part 113b of the fitting hole 113 is unfitted from the fitting groove 114a of the empty frame 114.

In addition, when the separation and replacement of the fitting hole 113 is necessary, the fitting hole 113 is released from the fitting groove (2a) of the window (2).

And, as shown in Figure 7, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the third embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 116a fitted into the fitting groove 2a on the outer surface, a space 116b is formed therein, and the space adjacent to the inner surface of the opening 1a ( One side of 116b) is opened, and is attached to the wall 1 and the windows and doors 2 by silicone (S), and a blank frame 116 protruding from the wall 1 is included.

And, the outer surface of the frame 116 is attached to the wall (1) by silicon (S), the horizontal portion (116c) facing the window (2) is formed on the opposite side of the fitting portion (116a).

In addition, at least one vertical portion 116d attached to the wall 1 by silicon (S) is formed on the inner surface of the hollow frame 116 .

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the third embodiment of the present invention, while inserting the fitting portion 116a of the hole frame 116 into the fitting groove 2a of the window and door 2, silicon It is attached to the wall (1) and the window (2) through (S).

Here, the horizontal portion 116c and the vertical portion 116d are attached to the silicon S while supporting the wall 1 .

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the horizontal portion 116c of the hollow frame 116 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the hollow frame 116 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

And, when the separation and replacement of the empty frame 116 is required, the fitting portion 116a of the empty frame 116 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in Figure 8, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the fourth embodiment of the present invention.

And, the hole frame 1000 for windows and doors is fitted in the fitting groove (2a), and includes a fitting hole (117) that is attached to the wall (1) and the window (2) by silicon (S).

And, the hole frame 1000 for windows and doors is formed on the outer surface so that one of the fitting holes 117 protruding from the fitting groove 2a is fitted, the fitting groove 118a is parallel to the inner surface of the opening 1a, and the inside A space 118b is formed in the space 118b, one side of the space 118b adjacent to the inner surface of the opening 1a is opened, and it is attached to the wall 1 and the windows 2 by silicone (S), and the wall ( 1) includes a ball frame 118 protruding from.

And, the outer surface of the frame 118 is attached to the wall 1 by silicon (S), and a horizontal portion 118c facing the windows and doors 2 is formed on the opposite side of the fitting groove 118a.

In addition, at least one vertical portion 118d attached to the wall 1 by silicon (S) is formed on the inner surface of the hollow frame 118 .

So, when explaining the construction of the hole frame 1000 for windows and doors according to the fourth embodiment of the present invention, the fitting hole 117 is inserted into the fitting groove 118a of the hole frame 118 .

Then, the fitting hole 117 coupled to the frame 118 is attached to the wall 1 and the window 2 through the silicone S while being inserted into the fitting groove 2a of the window and door 2 .

Here, the horizontal portion 118c and the vertical portion 118d are attached to the silicon (S) while supporting the wall (1).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the horizontal portion 118c of the hollow frame 118 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the hollow frame 118 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the hollow frame 118 , the fitting hole 117 is released from the fitting groove 118a of the empty frame 118 .

In addition, when separation and replacement of the fitting hole 117 is required, the fitting hole 117 is released from the fitting groove 2a of the window 2 .

And, as shown in Figure 9, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the fifth embodiment of the present invention.

And, the window frame 1000 is fitted into the fitting groove 2a, and the fitting groove 119a on one side protruding from the fitting groove 2a is formed to be perpendicular to the inner surface of the opening 1a, and the silicone A fitting 119 attached to the wall (1) and the window (2) by (S) is included.

And, the window frame 1000 has a space 120a formed therein, one side of the space 120a adjacent to the inner surface of the opening 1a is opened, and one side is fitted into the fitting groove 119a, It is attached to the wall (1) and the window (2) by silicon (S), the wall (1) is included in the frame 120 protruding.

And, the outer surface of the gong frame 120 is attached to the wall 1 by silicon (S), and the horizontal part 120b facing the window and door 2 is fitted into the fitting groove 119a ( 120) is formed on the opposite side of one side.

In addition, at least one vertical portion 120c attached to the wall 1 by silicon (S) is formed on the inner surface of the hollow frame 120 .

So, when explaining the construction of the hole frame 1000 for windows and doors according to the fifth embodiment of the present invention, one side of the frame frame 120 is inserted into the fitting groove 119a of the fitting hole 119 .

Then, the fitting hole 119 coupled to the frame 120 is attached to the wall 1 and the window 2 through the silicone S while being inserted into the fitting groove 2a of the window and door 2 .

Here, the horizontal portion 120b and the vertical portion 120c are attached to the silicon S while supporting the wall 1 .

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the horizontal portion 120b of the blank frame 120 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the blank frame 120 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the empty frame 120, one side of the empty frame 120 is released from the fitting groove 119a of the fitting hole 119.

In addition, when separation and replacement of the fitting hole 119 is required, the fitting hole 119 is released from the fitting groove 2a of the window 2 .

And, as shown in Figure 10, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the sixth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a first fitting portion 121a fitted into the fitting groove 2a on one side, and a pair of second fitting portions 121b at a predetermined interval on the opposite side. It is formed, is attached to the wall (1) and the window (2) by means of silicon (S), the wall (1) includes a first hole frame 121 protruding from the.

And, the hole frame 1000 for windows and doors has a space 122a formed therein, one side of the space 122a adjacent to the inner surface of the opening 1a is opened, and the second open side of the space 122a is opened. The fitting portion (121b) is fitted, is attached to the window (2) by silicone (S), the wall (1) is included in the second hole frame (122) protruding.

In addition, a close contact portion 122b attached to the window and door 2 is formed on the outer surface of the second hole frame 122 by silicon (S).

In addition, the window frame 1000 includes a charging space 123 formed between the first fitting portion 121a and the close contact portion 122b to be filled with silicon (S).

In addition, at least one vertical portion 122c in close contact with the first hole frame 121 is formed on the inner surface of the second hole frame 122 .

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the sixth embodiment of the present invention, the second fitting part 121b of the first hole frame 121 is inserted into the space ( 122a) into the open side.

Then, the filling space 123 formed between the first fitting portion 121a and the contact portion 122b is filled with silicon (S).

Then, while inserting the first fitting portion 121a of the first hole frame 121 coupled to the second hole frame 122 into the fitting groove 2a of the window and door 2, the wall wall through the silicone (S). Attach to (1) and windows (2).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the first and second hole frames 121 and 122 protrude from the wall 1, and part of the silicon (S) joint portion of the first hole frame 121 and the wall 1 exposed to the outside is formed. will cover

That is, external exposure of the silicon (S) bonding portion is reduced.

In addition, by the silicon (S) filled in the charging space 123, the attachment area of the window frame 1000 attached to the window (2) is increased.

In addition, the vertical portion 122c of the second hole frame 122 is supported in close contact with the first hole frame 121 .

And, when it is necessary to separate and replace the second hole frame 122, the second fitting part 121b of the first hole frame 121 in the open side of the space 122a of the second hole frame 122. ) to unscrew.

In addition, when separation and replacement of the first hole frame 121 is required, the first fitting portion 121a of the first hole frame 121 is released from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 11, a vertical part 122c is sandwiched between the outer surface of the first hole frame 121 of the hole frame 1000 for windows and doors according to the first modification of the sixth embodiment of the present invention. A pair of third fitting portions 121c are formed so as to

Therefore, when the first and second hole frames 121 and 122 are coupled, the vertical portion 122c is fitted between the pair of third fitting portions 121c.

And, as shown in Fig. 12, the pair of third fitting portions 121c of the window frame 1000 according to the second modification of the sixth embodiment of the present invention is further fitted with a vertical portion 122c. It is formed to have a long length toward the second hole frame 122 so as to be lowered.

Thus, when the first and second hole frames 121 and 122 are coupled, the vertical portion 122c is further fitted between the pair of third fitting portions 121c.

And, as shown in FIG. 13, the outer surface of the first hole frame 121 of the hole frame 1000 for windows and doors according to the third modification of the sixth embodiment of the present invention has a second hole frame 122 and vertical A vertical portion 121d in close contact with the portion 122c is formed.

Thus, when the first and second hole frames 121 and 122 are coupled, the vertical portions 121d and 122c support each other.

And, as shown in Figure 14, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the seventh embodiment of the present invention.

And, the hole frame 1000 for windows and doors is inserted into the fitting groove (2a), and includes the fitting hole (200) attached to the wall (1) and the window (2) by silicon (S).

And, in the frame 1000 for windows and doors, a fitting groove 211 into which one side of the fitting hole 200 protruding from the fitting groove 2a is fitted is formed on one side facing the window and door 2, and on the opposite side. The first connection part 212 is formed, and at least one space 213 is formed therein, and the hollow frame 210 attached to the wall 1 and the windows 2 by silicon (S) is included.

And, in the window frame 1000, the second connection part 221 connected to the first connection part 212 is formed on one side facing the window and door 2, and at least one space 222 is formed therein. , is attached to the wall (1) by silicon (S), and includes an extension frame 220 protruding from the wall (1).

In addition, silicon (S) is filled between the first and second connection parts 212 and 221 .

So, when explaining the construction of the hole frame 1000 for windows and doors according to the seventh embodiment of the present invention, the fitting hole 200 is inserted into the fitting groove 211 of the hole frame 210 while the hole frame 210 is inserted. The first connection part 212 of the and the second connection part 221 of the frame extension frame 220 are connected.

Here, silicon (S) is filled between the charging space 215 and the first and second connection parts 212 and 221 .

Then, while inserting the fitting 200 coupled to the frame frame 210 and the frame extension frame 220 into the fitting groove 2a of the window 2, the wall 1 and the window through the silicone (S). Attach to (2).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the extension frame 220 protrudes from the wall 1 to cover a portion of the joint portion of the extension frame 220 and the wall 1 exposed to the outside of the silicon (S).

That is, external exposure of the silicon (S) bonding portion is reduced.

In addition, due to the silicon (S) filled in the charging space 215, the attachment area of the window frame 1000 attached to the window and door (2) is increased.

In addition, due to the silicon (S) filled between the first and second connecting portions 212 and 221 , the attachment area of the empty frame 210 and the empty frame extension frame 220 is increased.

And, when the separation and replacement of the frame extension frame 220 is necessary, the connection of the first and second connection parts 212 and 221 is released.

In addition, when separation and replacement of the empty frame 210 is required, the fitting hole 200 is released from the fitting groove 211 of the empty frame 210 .

In addition, when separation and replacement of the fitting hole 200 is required, the fitting hole 200 is released from the fitting groove 2a of the window 2 .

And, as shown in Figure 15, the third connection part connected to the second connection part 221 on the outer surface of the frame extension frame 220 of the hole frame 1000 for windows and doors according to a modified example of the seventh embodiment of the present invention. 223 is formed on the opposite side of the second connection portion 221 .

Thus, the second and third connecting parts 221 , 223 are connected to connect at least two or more ball frame extension frames 220 .

Here, silicon (S) is filled between the second and third connection parts 221 and 223, and the remaining third connection part 223 of the frame extension frame 220 protruding from the wall 1 has a finishing frame ( 220a) is installed and finished.

Then, the inner surface of the opening 1a having a large area is closed through the at least two or more connected frame extension frames 220 .

In addition, due to the silicon (S) filled between the second and third connection parts 221 and 223, the attachment area between at least two or more of the extension frames 220 is increased.

And, as shown in FIG. 16, the first, second, and third connecting portions 212, 221, and 223 are formed with various types of protrusions and grooves to be connected to each other in a fitting manner.

And, as shown in Figure 17, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the eighth embodiment of the present invention.

And, in the window frame 1000, the fitting portion 231 fitted into the fitting groove 2a is formed on one side facing the window and door 2, and the first connection portion 232 is formed on the opposite side. , At least one space 233 is formed therein, and a hollow frame 230 attached to the wall 1 and the windows 2 by silicon (S) is included.

And, in the window frame 1000, the second connection part 241 connected to the first connection part 232 is formed on one side facing the window and door 2, and at least one space 242 is formed therein. , is attached to the wall (1) by silicon (S), and includes a frame extension frame 240 protruding from the wall (1).

In addition, silicon (S) is filled between the first and second connection parts 232 and 241 .

So, when describing the construction of the hollow frame 1000 for windows and doors according to the eighth embodiment of the present invention, the first connection portion 232 of the empty frame 230 and the second connection portion 241 of the empty frame extension frame 240 are described. connect

Here, silicon (S) is filled between the first and second connection parts 232 and 241 .

Then, while inserting the fitting portion 231 of the gong frame 230 coupled to the gong frame extension frame 240 into the fitting groove 2a of the window 2, the wall 1 and the window through the silicone (S). Attach to (2).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, while the extension frame 240 is protruded from the wall (1), the extension frame 240 is exposed to the outside and a part of the silicon (S) bonding portion of the wall (1) is covered.

That is, external exposure of the silicon (S) bonding portion is reduced.

In addition, due to the silicon (S) filled between the first and second connection parts 232 and 241 , the attachment area of the empty frame 230 and the empty frame extension frame 240 is increased.

And, when the separation and replacement of the frame extension frame 240 is necessary, the connection of the first and second connection parts 232 and 241 is released.

In addition, when it is necessary to separate and replace the empty frame 230 , the fitting portion 231 of the empty frame 230 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 18 , the third connection part connected to the second connection part 241 on the outer surface of the frame extension frame 240 of the hole frame 1000 for windows and doors according to a modified example of the eighth embodiment of the present invention. 243 is formed on the opposite side of the second connection part 241 .

So, the second and third connecting parts 241 and 243 are connected to connect at least two or more of the frame extension frames 240 .

Here, silicon (S) is filled between the second and third connection parts 241 and 243, and the remaining third connection part 243 of the frame extension frame 240 protruding from the wall 1 has a finishing frame ( 240a) is installed and finished.

Then, the inner surface of the remaining opening 1a having a large area is finished through the at least two or more connected frame extension frames 240 .

In addition, due to the silicon (S) filled between the second and third connection parts 241 and 243, the attachment area between at least two or more of the extension frames 240 is increased.

And, as shown in FIG. 19, the first, second, and third connecting portions 232, 241, and 243 are formed with various types of protrusions and grooves to be connected to each other in a fitting manner.

And, as shown in Figure 20, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the ninth embodiment of the present invention.

And, the hole frame 1000 for windows and doors is fitted into the fitting groove (2a), and includes a fitting hole (250) attached to the wall (1) and the window (2) by silicon (S).

And, in the frame 1000 for windows and doors, a fitting groove 261 into which one of the fittings 250 protruding from the fitting groove 2a is fitted is formed on one side facing the window and door 2, and on the opposite side. A first connection portion 262 is formed, and at least one space 263 is formed therein, and a hollow frame 260 attached to the wall 1 and the windows 2 by silicon (S) is included.

And, in the window frame 1000, the second connection part 271 connected to the first connection part 262 is formed on one side facing the window and door 2, and at least one space 272 is formed therein. , is attached to the wall (1) by silicon (S), and includes an extension frame 270 that protrudes from the wall (1).

In addition, silicon (S) is filled between the first and second connection parts 262 and 271 .

So, when explaining the construction of the hole frame 1000 for windows and doors according to the ninth embodiment of the present invention, the fitting hole 250 is inserted into the fitting groove 261 of the hole frame 260 while the hole frame 260 is inserted. Connects the first connection part 262 of the and the second connection part 271 of the frame extension frame 270 .

Here, silicon (S) is filled between the first and second connection parts 262 and 271 .

Then, while inserting the fitting hole 250 coupled to the frame frame 260 and the frame extension frame 270 into the fitting groove 2a of the window and door 2, the wall 1 and the window through the silicone (S). Attach to (2).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the extension frame 270 protrudes from the wall 1 to cover a portion of the joint portion of the extension frame 270 and the wall 1 exposed to the outside of the silicon (S).

That is, external exposure of the silicon (S) bonding portion is reduced.

In addition, due to the silicon (S) filled between the first and second connection parts 262 and 271 , the attachment area between the empty frame 260 and the empty frame extension frame 270 is increased.

And, when the separation and replacement of the frame extension frame 270 is necessary, the connection of the first and second connection parts 262 and 271 is released.

In addition, when separation and replacement of the empty frame 260 is required, the fitting hole 250 is released from the fitting groove 261 of the empty frame 260 .

In addition, when it is necessary to separate and replace the fitting port 250, the fitting hole 250 is released from the fitting groove (2a) of the window (2).

And, as shown in FIG. 21 , on the outer surface of the frame extension frame 270 of the frame 1000 for windows and doors according to a modified example of the ninth embodiment of the present invention, a third connection portion connected to the second connection portion 271 273 is formed on the opposite side of the second connection portion 271 .

Thus, the second and third connecting portions 271 and 273 are connected to connect at least two or more slab extension frames 270 .

Here, silicon (S) is filled between the second and third connecting portions 271 and 273, and the remaining third connecting portion 273 of the frame extension frame 270 protruding from the wall 1 has a finishing frame ( 270a) is installed and finished.

Then, the inner surface of the remaining opening 1a having a large area is closed through the at least two or more connected frame extension frames 270 .

In addition, due to the silicon (S) filled between the second and third connection parts 271 and 273, the attachment area between at least two or more of the extension frames 270 is increased.

And, as shown in FIG. 22, the first, second, and third connecting portions 262, 271, and 273 are formed with various types of protrusions and grooves to be connected to each other in a fitting manner.

And, as shown in Figure 23, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the tenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 301 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 300 protruding from (1) is included.

In addition, the ball frame 300 includes first and second vertical portions 302 and 302a positioned at different heights at predetermined intervals; and one end of the first and second vertical portions 302 and 302a. a swash plate 303 connecting 1 A fitting portion 301 formed at one end of the vertical portion 302 is included.

Here, the second vertical portion 302a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the tenth embodiment of the present invention, while inserting the fitting part 301 of the hollow frame 300 into the fitting groove 2a of the window and door 2, the silicone It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 303 of the ball frame 300 .

In addition, the second vertical portion 302a of the hollow frame 300 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 300 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the empty frame 300, the fitting portion 301 of the empty frame 300 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 24, at one end of the second vertical part 302a located on the opposite side of the swash plate 303 in the window frame 1000 according to the first modification of the tenth embodiment of the present invention. A first horizontal portion 305 attached to the wall 2 by silicon (S) is formed.

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 305 of the frame frame 300 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 302a. Part of the outer surface of the wall (1) is covered.

In addition, the first horizontal portion 305 is supported on the wall (1).

And, as shown in FIG. 25, one end of the first horizontal part 305 in the window frame 1000 according to the second modification of the tenth embodiment of the present invention faces the swash plate 303 while facing the silicon A reinforcing part 306 attached to the wall 2 is formed by (S).

Here, the reinforcing part 306 increases the rigidity of the first horizontal part 305 .

So, when the frame 1000 for windows and doors is installed, the reinforcement part 306 of the frame frame 300 protrudes from the wall 1 and opens together with the second vertical part 302a and the first horizontal part 305 . Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 306 is supported on the wall 1 together with the first horizontal part 305 .

And, as shown in FIG. 26, on one side of the second vertical part 302a located on the opposite side of the swash plate 303 in the window frame 1000 according to the third modification of the tenth embodiment of the present invention. A second horizontal portion 307 is formed between one end of the second vertical portion 302a and the inclined plate 303 and attached to the wall 2 by silicon (S).

Here, a charging space 307a filled with silicon S is formed between the second horizontal portion 307 and one end of the second vertical portion 302a adjacent to the second horizontal portion 307 .

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 307 of the frame frame 300 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 302a. Part of the outer surface of the wall (1) is covered.

In addition, due to the silicon (S) filled in the charging space (307a), the attachment area between the frame 300 and the wall (1) is increased.

In addition, the silicon S filled in the charging space 307a is less exposed to the outside, and the second horizontal part 307 is supported on the wall 1 .

And, as shown in FIGS. 27 to 30, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the tenth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 300 has a rainwater blocking portion 308 formed in an adjacent portion of the inclined plate 303 and the second vertical portion 302a.

Therefore, when the window frame 1000 is installed, rainwater cannot flow in the direction of the window and door 2 by the rainwater blocking unit 308 .

And, as shown in Figure 31, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the eleventh embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 311 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 310 protruding from (1) is included.

In addition, the ball frame 310 includes first and second vertical portions 312 and 312a positioned at different heights at predetermined intervals; and one end of the first and second vertical portions 312 and 312a. a swash plate 313 connecting A fitting portion 311 formed at one end of the first vertical portion 312; and a third vertical portion 315 formed in a portion adjacent to the first vertical portion 312 and the swash plate 313 is included.

Here, the second vertical portion 312a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the eleventh embodiment of the present invention, while inserting the fitting part 311 of the hollow frame 310 into the fitting groove 2a of the window and door 2, the silicone It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 313 of the ball frame 310 .

In addition, the second vertical portion 312a of the hollow frame 310 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 310 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, since the third vertical portion 315 is attached to the window 2 together with the first vertical portion 312 through silicon (S), the attachment of the window frame 1000 attached to the window and door 2 area will increase.

And, when separation and replacement of the empty frame 310 is required, the fitting portion 311 of the empty frame 310 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 32, at one end of the second vertical portion 312a located on the opposite side of the swash plate 313 in the window frame 1000 according to the first modification of the eleventh embodiment of the present invention. A first horizontal portion 316 attached to the wall 2 is formed by silicon (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 316 of the frame frame 310 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 312a. Part of the outer surface of the wall (1) is covered.

In addition, the first horizontal portion 316 is supported on the wall (1).

And, as shown in FIG. 33, one end of the first horizontal part 316 in the window frame 1000 according to the second modification of the eleventh embodiment of the present invention faces the swash plate 313, while the silicon A reinforcing part 317 attached to the wall 2 is formed by (S).

Here, the reinforcing part 317 increases the rigidity of the first horizontal part 316 .

So, when the frame 1000 for windows and doors is installed, the reinforcement part 317 of the frame frame 310 protrudes from the wall 1 and opens together with the second vertical part 312a and the first horizontal part 316 . Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 317 is supported on the wall 1 together with the first horizontal part 316 .

And, as shown in FIG. 34, on one side of the second vertical part 312a located on the other side of the swash plate 313 in the window frame 1000 according to the third modification of the eleventh embodiment of the present invention. A second horizontal portion 318 is formed between one end of the second vertical portion 312a and the swash plate 313 and attached to the wall 2 by silicon (S).

Here, a charging space 318a filled with silicon (S) is formed between the second horizontal portion 318 and one end of the second vertical portion 312a adjacent to the second horizontal portion 318 .

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 318 of the frame frame 310 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 312a. Part of the outer surface of the wall (1) is covered.

In addition, due to the silicon (S) filled in the charging space (318a), the attachment area between the frame 310 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space 318a is less exposed to the outside, and the second horizontal part 318 is supported on the wall 1 .

And, as shown in FIGS. 35 to 38, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the eleventh embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 310 has a rainwater blocking portion 319 formed in an adjacent portion of the swash plate 313 and the second vertical portion 312a.

So, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking part 319 .

And, as shown in Figure 39, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twelfth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 321 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicone (S), and the wall A ball frame 320 protruding from (1) is included.

And, the ball frame 320 includes first and second vertical portions 322 and 322a positioned at different heights at predetermined intervals; and one end of the first and second vertical portions 322 and 322a. a swash plate 323 connecting A fitting portion 321 formed at one end of the first vertical portion 322; and a portion adjacent to the first vertical portion 322 and the inclined plate 323 is formed to be inclined in the same shape as the inclined plate 323 to form a window ( 2) and a charging space 325a formed between the fitting part 321 and the inclined part 325 to be filled with silicon (S).

Here, the second vertical portion 322a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when describing the construction of the hollow frame 1000 for windows and doors according to the twelfth embodiment of the present invention, the fitting portion 321 of the hollow frame 320 is inserted after filling the filling space 325a with silicon (S). It is attached to the wall (1) and the window (2) through the silicone (S) while being inserted into the fitting groove (2a) of the window (2).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 323 of the ball frame 320 .

In addition, the second vertical portion 322a of the hollow frame 320 protrudes from the wall 1 and covers a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 320 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, by the silicon (S) filled in the charging space (325a), the attachment area of the frame 320 and the window (2) is increased.

And, when it is necessary to separate and replace the empty frame 320, the fitting portion 321 of the empty frame 320 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 40, at one end of the second vertical part 322a located on the opposite side of the swash plate 323 in the window frame 1000 according to the first modification of the twelfth embodiment of the present invention. A first horizontal portion 326 attached to the wall 2 is formed by silicon (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 326 of the frame frame 320 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 322a. Part of the outer surface of the wall (1) is covered.

In addition, the first horizontal portion 326 is supported on the wall (1).

And, as shown in FIG. 41, one end of the first horizontal part 326 in the window frame 1000 according to the second modification of the twelfth embodiment of the present invention faces the swash plate 323 while facing the silicon A reinforcing part 327 attached to the wall 2 is formed by (S).

Here, the reinforcing part 327 increases the rigidity of the first horizontal part 326 .

So, when the frame 1000 for windows and doors is installed, the reinforcement portion 327 of the frame frame 320 protrudes from the wall 1 and opens together with the second vertical portion 322a and the first horizontal portion 326 . Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 327 is supported on the wall 1 together with the first horizontal part 326 .

And, as shown in FIG. 42, on one side of the second vertical part 322a located on the opposite side of the swash plate 323 in the window frame 1000 according to the third modification of the twelfth embodiment of the present invention. A second horizontal portion 328 is formed between one end of the second vertical portion 322a and the swash plate 323 and attached to the wall 2 by silicon (S).

Here, a charging space 328a filled with silicon (S) is formed between the second horizontal part 328 and one end of the second vertical part 322a adjacent to the second horizontal part 328 .

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 328 of the frame frame 320 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 322a. Part of the outer surface of the wall (1) is covered.

In addition, due to the silicon (S) filled in the charging space (328a), the attachment area of the blank frame 320 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (328a) is less exposed to the outside, the second horizontal portion (328) is supported on the wall (1).

And, as shown in FIGS. 43 to 46, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twelfth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 320 has a rainwater blocking portion 329 formed in an adjacent portion of the swash plate 323 and the second vertical portion 322a.

So, when the window frame 1000 is installed, rainwater cannot flow in the direction of the window and door 2 by the rainwater blocking part 329 .

And, as shown in Figure 47, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the thirteenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting part 331 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 330 protruding from (1) is included.

In addition, the frame frame 330 includes first and second vertical portions 332 and 332a positioned side by side at predetermined intervals; and the first and second vertical portions 332 and 332a positioned on the same line. a horizontal plate 333 connecting one end of the horizontal plate 333 and a space 334 formed between the horizontal plate 333 and the first and second vertical portions 332 and 332a; and the horizontal plate 333 A fitting portion 331 formed at one end of the first vertical portion 332 positioned on the opposite side of the is included.

Here, the second vertical portion 332a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the thirteenth embodiment of the present invention, while inserting the fitting portion 331 of the frame frame 330 into the fitting groove 2a of the window and door 2, the silicone It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the second vertical portion 332a of the hollow frame 330 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 330 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the empty frame 330, the fitting portion 331 of the empty frame 330 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in Figure 48, one side of the second vertical portion (332a) located on the other side of the horizontal plate 333 in the window frame 1000 according to the first modification of the thirteenth embodiment of the present invention. At the end, a first horizontal portion 335 attached to the wall 2 by silicon (S) is formed.

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 335 of the frame frame 330 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 332a. Part of the outer surface of the wall (1) is covered.

In addition, the first horizontal portion 335 is supported on the wall (1).

And, as shown in FIG. 49, one end of the first horizontal part 335 in the window frame 1000 according to the second modification of the thirteenth embodiment of the present invention faces the horizontal plate 333, A reinforcement portion 336 attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 336 increases the rigidity of the first horizontal part 335 .

So, when the frame 1000 for windows and doors is installed, the reinforcement part 336 of the frame frame 330 protrudes from the wall 1 and opens together with the second vertical part 332a and the first horizontal part 335 . Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 336 is supported on the wall 1 together with the first horizontal part 335 .

And, as shown in Figure 50, one side of the second vertical portion (332a) located on the opposite side of the horizontal plate 333 in the window frame 1000 according to the third modification of the thirteenth embodiment of the present invention. A second horizontal portion 337 is formed between one end of the second vertical portion 332a and the horizontal plate 333 and attached to the wall 2 by silicon (S).

Here, a charging space 337a filled with silicon S is formed between the second horizontal portion 337 and one end of the second vertical portion 332a adjacent to the second horizontal portion 337 .

Thus, when the frame 1000 for windows and doors is installed, the second horizontal portion 337 of the frame frame 330 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 332a. Part of the outer surface of the wall (1) is covered.

In addition, due to the silicon (S) filled in the charging space (337a), the attachment area between the frame 330 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (337a) is less exposed to the outside, the second horizontal portion (337) is supported on the wall (1).

And, as shown in FIGS. 51 to 54, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the thirteenth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. Frame 330 has a rainwater blocking portion 338 is formed in the adjacent portion of the horizontal plate 333 and the second vertical portion (332a).

Therefore, when the window frame 1000 is installed, rainwater cannot flow in the direction of the window and door 2 by the rainwater blocking part 338 .

And, as shown in Figure 55, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the fourteenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 341 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 340 protruding from (1) is included.

In addition, the frame frame 340 includes first and second vertical portions 342 and 342a positioned side by side at predetermined intervals; and the first and second vertical portions 342 and 342a positioned on the same line. A horizontal plate 343 connecting one end of the horizontal plate 343 and a space 344 formed between the first and second vertical portions 342 and 342a; and the horizontal plate 343 a fitting portion 341 formed at one end of the first vertical portion 342 positioned opposite to the first vertical portion 342 and a third vertical portion 345 formed in a portion adjacent to the first vertical portion 342 and the horizontal plate 343 ) is included.

Here, the second vertical portion 342a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the fourteenth embodiment of the present invention, while inserting the fitting portion 341 of the frame frame 340 into the fitting groove 2a of the window and door 2, the silicone It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the second vertical portion 342a of the hollow frame 340 protrudes from the wall 1 and covers a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 340 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, since the third vertical portion 345 is attached to the windows and doors 2 together with the first vertical portion 342 through silicon (S), the attachment of the frame 1000 for windows and doors attached to the windows and doors 2 . area will increase.

In addition, when separation and replacement of the empty frame 340 is required, the fitting portion 341 of the empty frame 340 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in Figure 56, one side of the second vertical portion (342a) located on the other side of the horizontal plate (343) in the window frame 1000 according to the first modification of the fourteenth embodiment of the present invention. At the end, a first horizontal portion 346 attached to the wall 2 by silicon (S) is formed.

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 346 of the frame frame 340 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 342a. Part of the outer surface of the wall (1) is covered.

In addition, the first horizontal portion 346 is supported on the wall (1).

And, as shown in FIG. 57, one end of the first horizontal part 346 in the window frame 1000 according to the second modification of the 14th embodiment of the present invention faces the horizontal plate 343, A reinforcement portion 347 attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 347 increases the rigidity of the first horizontal part 346 .

So, when the hole frame 1000 for windows and doors is installed, the reinforcement portion 347 of the frame frame 340 protrudes from the wall 1 and opens together with the second vertical portion 342a and the first horizontal portion 346 . Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 347 is supported on the wall 1 together with the first horizontal part 346 .

And, as shown in Figure 58, one side of the second vertical portion (342a) located on the other side of the horizontal plate (343) in the window frame 1000 according to the third modification of the fourteenth embodiment of the present invention. is positioned between one end of the second vertical portion 342a and the horizontal plate 343, and a second horizontal portion 348 attached to the wall 2 by silicon (S) is formed.

Here, a charging space 348a filled with silicon S is formed between the second horizontal portion 348 and one end of the second vertical portion 342a adjacent to the second horizontal portion 348 .

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 348 of the frame frame 340 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 342a. Part of the outer surface of the wall (1) is covered.

In addition, due to the silicon (S) filled in the charging space (348a), the attachment area between the frame 340 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (348a) is less exposed to the outside, and the second horizontal part (348) is supported on the wall (1).

And, as shown in FIGS. 59 to 62, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the fourteenth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 340 has a rainwater blocking portion 349 formed in an adjacent portion of the horizontal plate 343 and the second vertical portion 342a.

So, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking part 349 .

And, as shown in Figure 63, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the fifteenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 351 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 350 protruding from (1) is included.

In addition, the hollow frame 350 includes first and second vertical portions 352 and 352a positioned side by side at predetermined intervals; and the first and second vertical portions 352 and 352a positioned on the same line. a horizontal plate 353 connecting one end of the horizontal plate 353 and a space 354 formed between the first and second vertical portions 352 and 352a; a fitting portion 351 formed at one end of the first vertical portion 352 positioned opposite to the A first horizontal portion 355 and a charging space 355a formed between the fitting portion 351 and the first horizontal portion 355 to be filled with silicon (S) is included.

Here, the second vertical portion 352a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when describing the construction of the hollow frame 1000 for windows and doors according to the fifteenth embodiment of the present invention, the fitting portion 351 of the hollow frame 350 is inserted after filling the filling space 355a with silicon (S). It is attached to the wall (1) and the window (2) through the silicone (S) while being inserted into the fitting groove (2a) of the window (2).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the second vertical portion 352a of the hollow frame 350 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 350 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, by the silicon (S) filled in the charging space (355a), the attachment area of the frame 350 and the window (2) is increased.

And, when it is necessary to separate and replace the empty frame 350, the fitting part 351 of the empty frame 350 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in Figure 64, one side of the second vertical portion (352a) located on the other side of the horizontal plate 353 in the window frame 1000 according to the first modification of the fifteenth embodiment of the present invention. At the end, a second horizontal portion 356 attached to the wall 2 by silicon (S) is formed.

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 356 of the frame frame 350 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 352a. Part of the outer surface of the wall (1) is covered.

In addition, the second horizontal portion 356 is supported on the wall (1).

And, as shown in FIG. 65, one end of the second horizontal part 356 in the window frame 1000 according to the second modification of the fifteenth embodiment of the present invention faces the horizontal plate 353, A reinforcement portion 357 attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 357 increases the rigidity of the second horizontal part 356 .

So, when the frame 1000 for windows and doors is installed, the reinforcement part 357 of the frame frame 350 protrudes from the wall 1 and opens together with the second vertical part 352a and the second horizontal part 356. Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 357 is supported on the wall 1 together with the second horizontal part 356 .

And, as shown in Figure 66, one side of the second vertical portion (352a) located on the other side of the horizontal plate 353 in the window frame 1000 according to the third modification of the fifteenth embodiment of the present invention. is positioned between one end of the second vertical portion 352a and the horizontal plate 353, and a third horizontal portion 358 attached to the wall 2 by silicon (S) is formed.

Here, a charging space 358a filled with silicon (S) is formed between the third horizontal part 358 and one end of the second vertical part 352a adjacent to the third horizontal part 358 .

So, when the frame 1000 for windows and doors is installed, the third horizontal portion 358 of the frame frame 350 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 352a. Part of the outer surface of the wall (1) is covered.

In addition, due to the silicon (S) filled in the charging space (358a), the attachment area of the frame 350 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (358a) is less exposed to the outside, and the third horizontal part (358) is supported on the wall (1).

And, as shown in FIGS. 67 to 70, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the fifteenth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 350 has a rainwater blocking portion 359 formed in an adjacent portion of the horizontal plate 353 and the second vertical portion 352a.

So, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking part 359 .

And, as shown in Figure 71, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the sixteenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting part 361 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 360 protruding from (1) is included.

In addition, the ball frame 360 includes a fitting portion 361; a swash plate 362 formed to be inclined at one end of the fitting portion 361 so as not to face the windows and doors 2; and the fitting portion 361. and an adjacent portion of the swash plate 362, and first and second vertical portions 363 and 363a respectively formed in opposite directions at one end of the swash plate 362 positioned opposite to the fitting portion 361 are included. do.

Here, the second vertical portion 363a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the sixteenth embodiment of the present invention, while inserting the fitting portion 361 of the hole frame 360 into the fitting groove 2a of the window and door 2, the silicone It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 362 of the ball frame 360 .

In addition, the second vertical portion 363a of the hollow frame 360 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 360 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the gong frame 360, the fitting part 361 of the gong frame 360 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 72, at one end of the second vertical part 363a located on the opposite side of the swash plate 362 in the window frame 1000 according to the first modification of the sixteenth embodiment of the present invention. A first horizontal portion 364 attached to the wall 2 is formed by silicon (S).

Thus, when the frame 1000 for windows and doors is installed, the first horizontal portion 364 of the frame frame 360 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 363a. Part of the outer surface of the wall (1) is covered.

In addition, the first horizontal portion 364 is supported on the wall (1).

And, as shown in FIG. 73, one end of the first horizontal part 364 in the window frame 1000 according to the second modification of the sixteenth embodiment of the present invention faces the swash plate 362, while the silicon A reinforcing part 365 attached to the wall 2 is formed by (S).

Here, the reinforcing part 365 increases the rigidity of the first horizontal part 364 .

So, when the hole frame 1000 for windows and doors is installed, the reinforcement portion 365 of the frame frame 360 protrudes from the wall 1 and opens together with the second vertical portion 363a and the first horizontal portion 364 . Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 365 is supported on the wall 1 together with the first horizontal part 364 .

And, as shown in FIG. 74, on one side of the second vertical part 363a located on the opposite side of the swash plate 362 in the window frame 1000 according to the third modification of the sixteenth embodiment of the present invention. A second horizontal portion 366 is formed between one end of the second vertical portion 363a and the inclined plate 362 and attached to the wall 2 by silicon (S).

Here, a charging space 366a filled with silicon S is formed between the second horizontal portion 366 and one end of the second vertical portion 363a adjacent to the second horizontal portion 366 .

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 366 of the frame frame 360 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 363a. Part of the outer surface of the wall (1) is covered.

In addition, due to the silicon (S) filled in the charging space (366a), the attachment area between the frame 360 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (366a) is less exposed to the outside, and the second horizontal part (366) is supported on the wall (1).

And, as shown in Figures 75 to 78, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the sixteenth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 360 has a rainwater blocking portion 367 formed in a portion adjacent to the swash plate 362 and the second vertical portion 363a.

Thus, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 367 .

And, as shown in Figure 79, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the seventeenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 371 that is inclinedly fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the A ball frame 370 protruding from the wall 1 is included.

In addition, the hollow frame 370 includes a fitting portion 371 and an inclined plate 372 formed to be inclined in the same shape as the fitting portion 371 at one end of the fitting portion 371 so as not to face the windows and doors 2 . ), and a vertical portion 373 formed at one end of the swash plate 372 located on the opposite side of the fitting portion 371 is included.

Here, the vertical portion 373 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the seventeenth embodiment of the present invention, while the fitting portion 371 of the frame frame 370 is obliquely inserted into the fitting groove 2a of the window and door 2 , It is attached to the wall (1) and windows (2) through silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 372 of the ball frame 370 .

In addition, the vertical portion 373 of the hollow frame 370 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 370 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the empty frame 370, the fitting portion 371 of the empty frame 370 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in Figure 80, at one end of the vertical portion 373 located on the opposite side of the swash plate 372 in the window frame 1000 according to the first modification of the seventeenth embodiment of the present invention, silicone ( A first horizontal portion 374 attached to the wall 2 by S) is formed.

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 374 of the frame frame 370 protrudes from the wall 1 and is adjacent to the opening 1a together with the vertical portion 373 of the wall ( 1) part of the outer surface is covered.

In addition, the first horizontal portion 374 is supported on the wall (1).

And, as shown in Figure 81, one end of the first horizontal portion 374 in the window frame 1000 according to the second modification of the seventeenth embodiment of the present invention, while facing the swash plate 372, silicon A reinforcing part 375 attached to the wall 2 is formed by (S).

Here, the reinforcing part 375 increases the rigidity of the first horizontal part 374 .

So, when the frame 1000 for windows and doors is installed, the reinforcement part 375 of the frame frame 370 protrudes from the wall 1 and the opening 1a together with the vertical part 373 and the first horizontal part 374. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 375 is supported on the wall 1 together with the first horizontal part 374 .

And, as shown in FIG. 82, on one side of the vertical part 373 located on the opposite side of the swash plate 372 in the window frame 1000 according to the third modification of the seventeenth embodiment of the present invention, the vertical Located between one end of the portion 373 and the swash plate 372, a second horizontal portion 376 attached to the wall 2 by silicon (S) is formed.

Here, a charging space 376a filled with silicon (S) is formed between the second horizontal portion 376 and one end of the vertical portion 373 adjacent to the second horizontal portion 376 .

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 376 of the frame frame 370 protrudes from the wall 1 and is adjacent to the opening 1a together with the vertical portion 373 of the wall ( 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space (376a), the attachment area between the frame 370 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (376a) is less exposed to the outside, and the second horizontal part (376) is supported on the wall (1).

And, as shown in FIGS. 83 to 86, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the seventeenth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 370 has a rainwater blocking portion 377 formed in an adjacent portion of the inclined plate 372 and the vertical portion 373 .

Thus, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 377 .

And, as shown in Figure 87, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the eighteenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting part 381 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 380 protruding from (1) is included.

In addition, the ball frame 380 includes a horizontal plate 383 having fitting portions 381 and vertical portions 382 formed at both ends, respectively.

Here, the vertical portion 382 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the eighteenth embodiment of the present invention, while inserting the fitting portion 381 of the frame frame 380 into the fitting groove 2a of the window and door 2, silicon It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the vertical portion 382 of the hollow frame 380 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 380 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when it is necessary to separate and replace the empty frame 380, the fitting portion 381 of the empty frame 380 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 88, one end of the vertical part 382 located on the opposite side of the horizontal plate 383 in the window frame 1000 according to the first modification of the eighteenth embodiment of the present invention is silicon. A first horizontal portion 384 attached to the wall 2 by (S) is formed.

So, when the hole frame 1000 for windows and doors is installed, the first horizontal portion 384 of the frame frame 380 protrudes from the wall 1 and is adjacent to the opening 1a together with the vertical portion 382. 1) part of the outer surface is covered.

In addition, the first horizontal portion 384 is supported on the wall (1).

And, as shown in FIG. 89, at one end of the first horizontal part 384 in the window frame 1000 according to the second modification of the eighteenth embodiment of the present invention, while facing the horizontal plate 383, A reinforcement portion 385 attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 385 increases the rigidity of the first horizontal part 384 .

So, when the frame 1000 for windows and doors is installed, the reinforcement portion 385 of the frame frame 380 protrudes from the wall 1 and the opening 1a together with the vertical portion 382 and the first horizontal portion 384. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 385 is supported on the wall 1 together with the first horizontal part 384 .

And, as shown in FIG. 90, on one side of the vertical part 382 located on the opposite side of the horizontal plate 383 in the window frame 1000 according to the third modification of the eighteenth embodiment of the present invention, the Located between one end of the vertical portion 382 and the horizontal plate 383, a second horizontal portion 386 attached to the wall 2 by silicon (S) is formed.

Here, a charging space 386a filled with silicon (S) is formed between the second horizontal portion 386 and one end of the vertical portion 382 adjacent to the second horizontal portion 386 .

So, when the frame 1000 for windows and doors is installed, the second horizontal part 386 of the frame frame 380 protrudes from the wall 1 and is adjacent to the opening 1a together with the vertical part 382. 1) part of the outer surface is covered.

In addition, by the silicon (S) filled in the charging space (386a), the attachment area of the frame 380 and the wall (1) is increased.

In addition, the silicon S filled in the charging space 386a is less exposed to the outside, and the second horizontal part 386 is supported on the wall 1 .

And, as shown in FIGS. 91 to 94, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the eighteenth embodiment of the present invention, the hole frame is installed on the upper inner surface of the opening 1a. The frame 380 has a rainwater blocking portion 387 formed in an adjacent portion of the horizontal plate 383 and the vertical portion 382 .

Therefore, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 387 .

And, as shown in Figure 95, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the nineteenth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 391 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 390 protruding from (1) is included.

And, the hollow frame 390 includes a horizontal plate 392 having a fitting portion 391 formed at one end; a portion adjacent to the fitting portion 391 and the horizontal plate 392; and the fitting portion 391. The first and second vertical portions 393 and 393a respectively formed in opposite directions are included at one end of the horizontal plate 392 positioned on the opposite side.

Here, the second vertical portion 393a protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the 19th embodiment of the present invention, while inserting the fitting portion 391 of the frame frame 390 into the fitting groove 2a of the window and door 2, silicon It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the second vertical portion 393a of the hollow frame 390 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 390 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when separation and replacement of the empty frame 390 is required, the fitting portion 391 of the empty frame 390 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 96, one side of the second vertical part 393a located on the opposite side of the horizontal plate 392 in the window frame 1000 according to the first modification of the 19th embodiment of the present invention. At the end, a first horizontal portion 394 attached to the wall 2 by silicon (S) is formed.

Thus, when the frame 1000 for windows and doors is installed, the first horizontal portion 394 of the frame frame 390 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 393a. Part of the outer surface of the wall (1) is covered.

In addition, the first horizontal portion 394 is supported on the wall (1).

And, as shown in FIG. 97, one end of the first horizontal part 394 in the window frame 1000 according to the second modification of the 19th embodiment of the present invention faces the horizontal plate 392, A reinforcement portion 395 attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 395 increases the rigidity of the first horizontal part 394 .

So, when the frame 1000 for windows and doors is installed, the reinforcement portion 395 of the frame frame 390 protrudes from the wall 1 and opens together with the second vertical portion 393a and the first horizontal portion 394 . Part of the outer surface of the wall (1) adjacent to (1a) is covered.

In addition, the reinforcing part 395 is supported on the wall 1 together with the first horizontal part 394 .

And, as shown in FIG. 98, one side of the second vertical part 393a located on the other side of the horizontal plate 392 in the window frame 1000 according to the third modification of the 19th embodiment of the present invention. A second horizontal portion 396 is formed between one end of the second vertical portion 393a and the horizontal plate 392 and attached to the wall 2 by silicon (S).

Here, a charging space 396a filled with silicon S is formed between the second horizontal portion 396 and one end of the second vertical portion 393a adjacent to the second horizontal portion 396 .

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 396 of the frame frame 390 protrudes from the wall 1 and is adjacent to the opening 1a together with the second vertical portion 393a. Part of the outer surface of the wall (1) is covered.

In addition, by the silicon (S) filled in the charging space (396a), the attachment area of the frame 390 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (396a) is less exposed to the outside, and the second horizontal part (396) is supported on the wall (1).

And, as shown in FIGS. 99 to 102 , in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the nineteenth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 390 has a rainwater blocking portion 397 formed in an adjacent portion of the horizontal plate 392 and the second vertical portion 393a.

Therefore, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 397 .

And, as shown in Figure 103, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twentieth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 401 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 400 protruding from (1) is included.

In addition, the ball frame 400 includes first and second vertical portions 402 and 402a positioned at different heights at predetermined intervals; and one end of the first and second vertical portions 402 and 402a. a swash plate 403 connecting A fitting portion 401 formed at one end of the first vertical portion 402, and a shielding plate 405 having a fitting groove 405a into which the second vertical portion 402a is fitted is formed at one end.

Here, the shielding plate 405 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when describing the construction of the blank frame 1000 for windows and doors according to the twentieth embodiment of the present invention, after inserting the second vertical part 402a into the fitting groove 405a of the shielding plate 405, the blank frame ( 400) is attached to the wall 1 and the window (2) through the silicone (S) while inserting the fitting portion 401 of the window (2) into the fitting groove (2a).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 403 of the ball frame 400 .

In addition, the shielding plate 405 of the blank frame 400 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 400 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when separation and replacement of the shielding plate 405 is required, the second vertical portion 402a of the blank frame 400 is released from the fitting groove 405a of the shielding plate 405 .

In addition, when it is necessary to separate and replace the empty frame 400 , the fitting part 401 of the empty frame 400 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 104, at one end of the shielding plate 405 located on the opposite side of the fitting groove 405a in the window frame 1000 according to the first modification of the twentieth embodiment of the present invention. A first horizontal portion 405b attached to the wall 2 is formed by (S).

So, when the blank frame 1000 for windows and doors is installed, the first horizontal part 405b of the blank frame 400 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 405. 1) part of the outer surface is covered.

In addition, the first horizontal portion (405b) is supported on the wall (1).

And, as shown in FIG. 105, one end of the first horizontal part 405b in the window frame 1000 according to the second modification of the twentieth embodiment of the present invention faces the swash plate 403 while facing the silicon A reinforcing part 405c attached to the wall 2 is formed by (S).

Here, the reinforcing part 405c increases the rigidity of the first horizontal part 405b.

Therefore, when the window frame 1000 is installed, the reinforcement part 405c of the frame frame 400 protrudes from the wall 1 and the opening 1a together with the shielding plate 405 and the first horizontal part 405b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 405c is supported on the wall 1 together with the first horizontal part 405b.

And, as shown in FIG. 106, on one side of the shielding plate 405 located on the opposite side of the fitting groove 405a in the window frame 1000 according to the third modification of the twentieth embodiment of the present invention. Located between one end of the shielding plate 405 and the fitting groove 405a, a second horizontal portion 405d attached to the wall 2 by silicon (S) is formed.

Here, a charging space 405e filled with silicon S is formed between the second horizontal portion 405d and one end of the shielding plate 405 adjacent to the second horizontal portion 405d.

So, when the frame 1000 for windows and doors is installed, the second horizontal part 405d of the frame frame 400 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 405. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space (405e), the attachment area of the blank frame 400 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (405e) is less exposed to the outside, the second horizontal portion (405d) is supported on the wall (1).

And, as shown in FIGS. 107 to 110 , in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twentieth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 400 has a rainwater blocking portion 406 formed in an adjacent portion of the inclined plate 403 and the second vertical portion 402a.

Therefore, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 406 .

And, as shown in Figure 111, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-first embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 411 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 410 protruding from (1) is included.

And, the frame frame 410 includes first and second vertical portions 412 and 412a positioned at different heights at predetermined intervals; and one end of the first and second vertical portions 412 and 412a. a space 414 formed between the swash plate 413 and the first and second vertical portions 412 and 412a; A fitting portion 411 formed at one end of the first vertical portion 412; A third vertical portion 415 formed in a portion adjacent to the first vertical portion 412 and the swash plate 413; The second A shielding plate 416 having a fitting groove 416a into which the vertical portion 412a is fitted is formed at one end is included.

Here, the shielding plate 416 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the blank frame 1000 for windows and doors according to the twenty-first embodiment of the present invention, after inserting the second vertical part 412a into the fitting groove 416a of the shielding plate 416, the blank frame ( While inserting the fitting portion 411 of the 410 into the fitting groove 2a of the window 2, it is attached to the wall 1 and the window 2 through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 413 of the ball frame 410 .

In addition, the shielding plate 416 of the blank frame 410 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 410 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, since the third vertical portion 415 is attached to the window 2 together with the first vertical portion 412 through silicon (S), the attachment of the window frame 1000 attached to the window and door 2 . area will increase.

And, when separation and replacement of the shielding plate 416 is required, the second vertical portion 412a of the blank frame 410 is released from the fitting groove 416a of the shielding plate 416 .

In addition, when it is necessary to separate and replace the goblet frame 410, the fitting portion 411 of the goblet frame 410 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 112, one end of the shielding plate 416 located on the opposite side of the fitting groove 416a in the window frame 1000 according to the first modification of the twenty-first embodiment of the present invention is silicon. A first horizontal portion 416b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal part 416b of the frame frame 410 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 416. 1) part of the outer surface is covered.

In addition, the first horizontal portion 416b is supported on the wall 1 .

And, as shown in FIG. 113, one end of the first horizontal portion 416b in the window frame 1000 according to the second modification of the twenty-first embodiment of the present invention faces the swash plate 413, while the silicon A reinforcing portion 416c attached to the wall 2 is formed by (S).

Here, the reinforcing part 416c increases the rigidity of the first horizontal part 416b.

So, when the blank frame 1000 for windows and doors is installed, the reinforcement part 416c of the blank frame 410 protrudes from the wall 1 and the opening 1a together with the shielding plate 416 and the first horizontal part 416b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 416c is supported on the wall 1 together with the first horizontal part 416b.

And, as shown in FIG. 114, on one side of the shielding plate 416 located on the opposite side of the fitting groove 416a in the window frame 1000 according to the third modification of the twenty-first embodiment of the present invention. A second horizontal portion 416d is formed between one end of the shielding plate 416 and the fitting groove 416a, and is attached to the wall 2 by silicon (S).

Here, a charging space 416e filled with silicon S is formed between the second horizontal portion 416d and one end of the shielding plate 416 adjacent to the second horizontal portion 416d.

So, when the frame 1000 for windows and doors is installed, the second horizontal part 416d of the frame frame 410 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 416. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space (416e), the attachment area between the frame 410 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (416e) is less exposed to the outside, the second horizontal portion (416d) is supported on the wall (1).

And, as shown in Figures 115 to 118, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twenty-first embodiment of the present invention, the hole frame installed on the inner surface of the opening 1a The frame 410 has a rainwater blocking portion 417 formed in a portion adjacent to the inclined plate 413 and the second vertical portion 412a.

So, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking part 417 .

And, as shown in Figure 119, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-second embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 421 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 420 protruding from (1) is included.

And, the frame frame 420 includes first and second vertical portions 422 and 422a positioned at different heights at predetermined intervals; and one end of the first and second vertical portions 422 and 422a. a swash plate 423 connecting A fitting portion 421 formed at one end of the first vertical portion 422; and a portion adjacent to the first vertical portion 422 and the inclined plate 423 is formed to be inclined in the same shape as the inclined plate 423 to form a window ( 2) facing the inclined portion 425; and the filling space 425a formed between the fitting portion 421 and the inclined portion 425 and filled with silicon (S); and the second vertical portion ( A shielding plate 426 having a fitting groove 426a into which 422a is fitted is included at one end.

Here, the shielding plate 426 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the window frame 1000 according to the twenty-second embodiment of the present invention, the filling space 425a is filled with silicon (S).

Then, after inserting the second vertical portion 422a into the fitting groove 426a of the shielding plate 426, the fitting portion 421 of the frame frame 420 is inserted into the fitting groove 2a of the window and door 2 It is attached to the wall (1) and the window (2) through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 423 of the ball frame 420 .

In addition, the shielding plate 426 of the hollow frame 420 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 420 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, due to the silicon (S) filled in the charging space (425a), the attachment area of the frame 420 and the window (2) is increased.

And, when separation and replacement of the shielding plate 426 is required, the second vertical portion 422a of the blank frame 420 is released from the fitting groove 426a of the shielding plate 426 .

In addition, when it is necessary to separate and replace the empty frame 420, the fitting portion 421 of the empty frame 420 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 120, one end of the shielding plate 426 located on the opposite side of the fitting groove 426a in the window frame 1000 according to the first modification of the 22nd embodiment of the present invention is silicon. A first horizontal portion 426b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 426b of the frame frame 420 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 426. 1) part of the outer surface is covered.

In addition, the first horizontal portion 426b is supported on the wall 1 .

And, as shown in FIG. 121, one end of the first horizontal part 426b in the window frame 1000 according to the second modification of the 22nd embodiment of the present invention faces the swash plate 423, while the silicon A reinforcing portion 426c attached to the wall 2 is formed by (S).

Here, the reinforcing part 426c increases the rigidity of the first horizontal part 426b.

Thus, when the window frame 1000 is installed, the reinforcement portion 426c of the frame frame 420 protrudes from the wall 1 and the opening 1a together with the shielding plate 426 and the first horizontal portion 426b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 426c is supported on the wall 1 together with the first horizontal part 426b.

And, as shown in FIG. 122, on one side of the shielding plate 426 located on the opposite side of the fitting groove 426a in the hole frame 1000 for windows and doors according to the third modification of the 22nd embodiment of the present invention. Located between one end of the shielding plate 426 and the fitting groove 426a, a second horizontal portion 426d attached to the wall 2 by silicon (S) is formed.

Here, a charging space 426e filled with silicon S is formed between the second horizontal portion 426d and one end of the shielding plate 426 adjacent to the second horizontal portion 426d.

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 426d of the frame frame 420 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 426. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space (426e), the attachment area between the frame 420 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (426a) is less exposed to the outside, the second horizontal portion (426d) is supported on the wall (1).

And, as shown in FIGS. 123 to 126 , in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the 22nd embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 420 has a rainwater blocking portion 427 formed in a portion adjacent to the inclined plate 423 and the second vertical portion 422a.

So, when the window frame 1000 is installed, rainwater cannot flow in the direction of the window and door 2 by the rainwater blocking part 427 .

And, as shown in Figure 127, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-third embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 431 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 430 protruding from (1) is included.

In addition, the frame frame 430 includes first and second vertical portions 432 and 432a positioned side by side at predetermined intervals; and the first and second vertical portions 432 and 432a positioned on the same line. a horizontal plate 433 connecting one end of the horizontal plate 433 and a space 434 formed between the first and second vertical portions 432 and 432a; and the horizontal plate 433 A fitting portion 431 formed at one end of the first vertical portion 432 positioned opposite to the Included.

Here, the shielding plate 435 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the 23rd embodiment of the present invention, after inserting the second vertical part 432a into the fitting groove 435a of the shielding plate 435, the frame frame ( While inserting the fitting portion 431 of the 430 into the fitting groove 2a of the window 2, it is attached to the wall 1 and the window 2 through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the shielding plate 435 of the blank frame 430 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 430 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, when separation and replacement of the shielding plate 435 is required, the second vertical portion 432a of the blank frame 430 is disengaged from the fitting groove 435a of the shielding plate 435 .

In addition, when separation and replacement of the empty frame 430 is required, the fitting portion 431 of the empty frame 430 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 128, one end of the shielding plate 435 located on the opposite side of the fitting groove 435a in the window frame 1000 according to the first modification of the twenty-third embodiment of the present invention is silicon. A first horizontal portion 435b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 435b of the frame frame 430 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 435. 1) part of the outer surface is covered.

In addition, the first horizontal portion (435b) is supported on the wall (1).

And, as shown in Figure 129, one end of the first horizontal portion 435b in the window frame 1000 according to the second modification of the 23rd embodiment of the present invention while facing the horizontal plate 433, A reinforcement portion 435c attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 435c increases the rigidity of the first horizontal part 435b.

So, when the frame 1000 for windows and doors is installed, the reinforcement portion 435c of the frame frame 430 protrudes from the wall 1 and the opening 1a together with the shielding plate 435 and the first horizontal portion 435b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing portion 435c is supported on the wall 1 together with the first horizontal portion 435b.

And, as shown in FIG. 130, on one side of the shielding plate 435 located on the opposite side of the fitting groove 435a in the hole frame 1000 for windows and doors according to the third modification of the twenty-third embodiment of the present invention. It is positioned between one end of the shielding plate 435 and the fitting groove 435a, and a second horizontal portion 435d attached to the wall 2 by silicon (S) is formed.

Here, a charging space 435e filled with silicon S is formed between the second horizontal portion 435d and one end of the shielding plate 435 adjacent to the second horizontal portion 435d.

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 435d of the frame frame 430 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 435. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space 435e, the attachment area between the frame frame 430 and the wall 1 is increased.

In addition, the silicon (S) filled in the charging space (435e) is less exposed to the outside, the second horizontal portion (435d) is supported on the wall (1).

And, as shown in Figures 131 to 134, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twenty-third embodiment of the present invention, the hole frame installed on the inner surface of the opening 1a The frame 430 has a rainwater blocking portion 436 formed in an adjacent portion of the horizontal plate 433 and the second vertical portion 432a.

So, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking part 436 .

And, as shown in Figure 135, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-fourth embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 441 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 440 protruding from (1) is included.

In addition, the frame frame 440 includes first and second vertical portions 442 and 442a positioned side by side at predetermined intervals; and the first and second vertical portions 442 and 442a positioned on the same line. a horizontal plate 443 connecting one end of the horizontal plate 443 and a space 444 formed between the horizontal plate 443 and the first and second vertical portions 442 and 442a; a fitting portion 441 formed at one end of the first vertical portion 442 positioned opposite to the first vertical portion 442 and a third vertical portion 445 formed in a portion adjacent to the first vertical portion 442 and the horizontal plate 443 ), and a shielding plate 446 having a fitting groove 446a into which the second vertical portion 442a is fitted, formed at one end thereof.

Here, the shielding plate 446 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the twenty-fourth embodiment of the present invention, after inserting the second vertical part 442a into the fitting groove 446a of the shielding plate 446, the frame frame ( While inserting the fitting portion 441 of the 440 into the fitting groove 2a of the window 2, it is attached to the wall 1 and the window 2 through the silicone S.

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the shielding plate 446 of the blank frame 440 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 440 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, since the third vertical portion 445 is attached to the windows and doors 2 together with the first vertical portion 442 through silicon (S), the attachment of the frame 1000 for windows and doors attached to the windows and doors 2 . area will increase.

In addition, when separation and replacement of the shielding plate 446 is required, the second vertical portion 442a of the blank frame 440 is disengaged from the fitting groove 446a of the shielding plate 446 .

In addition, when it is necessary to separate and replace the empty frame 440, the fitting portion 441 of the empty frame 440 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 136, at one end of the shielding plate 446 located on the opposite side of the fitting groove 446a in the window frame 1000 according to the first modification of the twenty-fourth embodiment of the present invention. A first horizontal portion 446b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 446b of the frame frame 440 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 446. 1) part of the outer surface is covered.

In addition, the first horizontal portion 446b is supported on the wall 1 .

And, as shown in Figure 137, at one end of the first horizontal portion 446b in the window frame 1000 according to the second modification of the twenty-fourth embodiment of the present invention, while facing the horizontal plate 443, A reinforcement portion 446c attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 446c increases the rigidity of the first horizontal part 446b.

So, when the frame 1000 for windows and doors is installed, the reinforcement portion 446c of the frame frame 440 protrudes from the wall 1 and the opening 1a together with the shielding plate 446 and the first horizontal portion 446b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 446c is supported on the wall 1 together with the first horizontal part 446b.

And, as shown in FIG. 138, on one side of the shielding plate 446 located on the opposite side of the fitting groove 446a in the hole frame 1000 for windows and doors according to the third modification of the 24th embodiment of the present invention. It is positioned between one end of the shielding plate 446 and the fitting groove 446a, and a second horizontal portion 446d attached to the wall 2 by silicon (S) is formed.

Here, a charging space 446e filled with silicon S is formed between the second horizontal portion 446d and one end of the shielding plate 446 adjacent to the second horizontal portion 446d.

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 446d of the frame frame 440 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 446. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space (446e), the attachment area between the frame 440 and the wall (1) is increased.

In addition, the silicon (S) filled in the charging space (446e) is less exposed to the outside, and the second horizontal portion (446d) is supported on the wall (1).

And, as shown in FIGS. 139 to 142, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twenty-fourth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 440 has a rainwater blocking portion 447 formed in an adjacent portion of the horizontal plate 443 and the second vertical portion 442a.

Therefore, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 447 .

And, as shown in Figure 143, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-fifth embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 451 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 450 protruding from (1) is included.

In addition, the frame frame 450 includes first and second vertical portions 452 and 452a positioned side by side at predetermined intervals; and the first and second vertical portions 452 and 452a positioned on the same line. a horizontal plate 453 connecting one end of the horizontal plate 453 and a space 454 formed between the first and second vertical portions 452 and 452a; and the horizontal plate 453 a fitting portion 451 formed at one end of the first vertical portion 452 positioned opposite to the A first horizontal portion 455, a charging space 455a formed between the fitting portion 451 and the first horizontal portion 455 to be filled with silicon (S); and the second vertical portion ( A shielding plate 456 having a fitting groove 456a into which 452a is fitted is included at one end.

Here, the shielding plate 456 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the window frame 1000 according to the twenty-fifth embodiment of the present invention, the filling space 455a is filled with silicon (S).

Then, after inserting the second vertical portion 452a into the fitting groove 456a of the shielding plate 456, the fitting portion 451 of the frame frame 450 is inserted into the fitting groove 2a of the window and door 2 It is attached to the wall (1) and the window (2) through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the shielding plate 456 of the hollow frame 450 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 450 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, due to the silicon (S) filled in the charging space (455a), the attachment area of the frame 450 and the window (2) is increased.

In addition, when separation and replacement of the shielding plate 456 is required, the second vertical portion 452a of the blank frame 450 is released from the fitting groove 456a of the shielding plate 456 .

In addition, when it is necessary to separate and replace the empty frame 450, the fitting portion 451 of the empty frame 450 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 144, at one end of the shielding plate 456 positioned on the opposite side of the fitting groove 456a in the window frame 1000 according to the first modification of the twenty-fifth embodiment of the present invention. A second horizontal portion 456b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the second horizontal part 456b of the frame frame 450 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 456. 1) part of the outer surface is covered.

In addition, the second horizontal portion (456b) is supported on the wall (1).

And, as shown in FIG. 145, at one end of the second horizontal part 456b in the window frame 1000 according to the second modification of the 25th embodiment of the present invention, while facing the horizontal plate 453, A reinforcement portion 456c attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 456c increases the rigidity of the second horizontal part 456b.

Therefore, when the window frame 1000 is installed, the reinforcing part 456c of the frame frame 450 protrudes from the wall 1 and the opening 1a together with the shielding plate 456 and the second horizontal part 456b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 456c is supported on the wall 1 together with the second horizontal part 456b.

And, as shown in FIG. 146, on one side of the shielding plate 456 located on the opposite side of the fitting groove 456a in the hole frame 1000 for windows and doors according to the third modification of the 25th embodiment of the present invention. A third horizontal portion 456d is formed between one end of the shielding plate 456 and the fitting groove 456a and attached to the wall 2 by silicon (S).

Here, a charging space 456e filled with silicon (S) is formed between the third horizontal portion 456d and one end of the shielding plate 456 adjacent to the second horizontal portion 456d.

So, when the blank frame 1000 for windows and doors is installed, the third horizontal part 456d of the blank frame 450 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 456. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space 456e, the attachment area of the blank frame 450 and the wall 1 is increased.

In addition, the silicon (S) filled in the charging space (456e) is less exposed to the outside, and the third horizontal part (456d) is supported on the wall (1).

And, as shown in FIGS. 147 to 150, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twenty-fifth embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 450 has a rainwater blocking portion 457 formed in an adjacent portion of the horizontal plate 453 and the second vertical portion 452a.

So, when the window frame 1000 is installed, rainwater cannot flow in the direction of the window and door 2 by the rainwater blocking part 457 .

And, as shown in Figure 151, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the 26th embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 461 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 460 protruding from (1) is included.

And, the frame frame 460 includes a fitting portion 461; a sloping plate 462 formed to be inclined at one end of the fitting portion 461 so as not to face the windows and doors 2; and the fitting portion 461. and the first and second vertical portions 463 and 463a respectively formed in opposite directions to the adjacent portions of the swash plate 462 and one end of the swash plate 462 positioned opposite to the fitting portion 461; , a shielding plate 464 having a fitting groove 464a into which the second vertical portion 463a is fitted is formed at one end thereof.

Here, the shielding plate 464 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the blank frame 1000 for windows and doors according to the 26th embodiment of the present invention, after inserting the second vertical part 463a into the fitting groove 464a of the shielding plate 464, the blank frame ( While inserting the fitting portion 461 of the 460 into the fitting groove 2a of the window 2, it is attached to the wall 1 and the window 2 through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 462 of the ball frame 460 .

In addition, the shielding plate 464 of the hollow frame 460 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 460 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

In addition, when separation and replacement of the shielding plate 464 is required, the second vertical portion 463a of the blank frame 460 is disengaged from the fitting groove 464a of the shielding plate 464 .

In addition, when separation and replacement of the empty frame 460 is required, the fitting portion 461 of the empty frame 460 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 152, one end of the shielding plate 464 located on the opposite side of the fitting groove 464a in the window frame 1000 according to the first modification of the 26th embodiment of the present invention is silicon. A first horizontal portion 464b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 464b of the frame frame 460 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 464. 1) part of the outer surface is covered.

In addition, the first horizontal portion 464b is supported on the wall (1).

And, as shown in FIG. 153, one end of the first horizontal part 464b in the window frame 1000 according to the second modification of the 26th embodiment of the present invention faces the swash plate 462, while the silicon A reinforcing portion 464c attached to the wall 2 is formed by (S).

Here, the reinforcing part 464c increases the rigidity of the first horizontal part 464b.

So, when the window frame 1000 is installed, the reinforcement portion 464c of the frame frame 460 protrudes from the wall 1 and the opening 1a together with the shielding plate 464 and the first horizontal portion 464b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing portion 464c is supported on the wall 1 together with the first horizontal portion 464b.

And, as shown in FIG. 154, on one side of the shielding plate 464 located on the opposite side of the fitting groove 464a in the window frame 1000 according to the third modification of the 26th embodiment of the present invention. A second horizontal portion 464d attached to the wall 2 by silicon (S) is formed between one end of the shielding plate 464 and the fitting groove 464a.

Here, a charging space 464e filled with silicon S is formed between the second horizontal portion 464d and one end of the shielding plate 464 adjacent to the second horizontal portion 464d.

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 464d of the frame frame 460 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 464. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space 464e, the attachment area between the frame frame 460 and the wall 1 is increased.

In addition, the silicon (S) filled in the charging space (464e) is less exposed to the outside, and the second horizontal part (464d) is supported on the wall (1).

And, as shown in FIGS. 155 to 158, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the 26th embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 460 has a rainwater blocking portion 465 formed in an adjacent portion of the swash plate 462 and the second vertical portion 463a.

Therefore, when the window frame 1000 is installed, rainwater cannot flow in the direction of the window and door 2 by the rainwater blocking part 465 .

And, as shown in Figure 159, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-seventh embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 471 fitted in the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 470 protruding from (1) is included.

And, the hollow frame 470 includes a horizontal plate 472 having a fitting portion 471 formed at one end; a portion adjacent to the fitting portion 471 and the horizontal plate 472; and the fitting portion 471. The first and second vertical portions 473 and 473a respectively formed in opposite directions at one end of the horizontal plate 472 positioned on the opposite side; and the fitting groove 474a into which the second vertical portion 473a is fitted. ) includes a shielding plate 474 formed at one end.

Here, the shielding plate 474 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the blank frame 1000 for windows and doors according to the 27th embodiment of the present invention, after inserting the second vertical part 473a into the fitting groove 474a of the shielding plate 474, the blank frame ( While inserting the fitting portion 471 of the 470 into the fitting groove 2a of the window 2, it is attached to the wall 1 and the window 2 through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the shielding plate 474 of the blank frame 470 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 470 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when separation and replacement of the shielding plate 474 is required, the second vertical portion 473a of the blank frame 470 is disengaged from the fitting groove 474a of the shielding plate 474 .

In addition, when separation and replacement of the empty frame 470 is required, the fitting portion 471 of the empty frame 470 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 160, one end of the shielding plate 474 located on the opposite side of the fitting groove 474a in the window frame 1000 according to the first modified example of the twenty-seventh embodiment of the present invention is silicon. A first horizontal portion 474b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal part 474b of the frame frame 470 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 474. 1) part of the outer surface is covered.

In addition, the first horizontal portion 474b is supported on the wall 1 .

And, as shown in FIG. 161, at one end of the first horizontal part 474b in the window frame 1000 according to the second modification of the 27th embodiment of the present invention, while facing the horizontal plate 472, A reinforcement portion 474c attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 474c increases the rigidity of the first horizontal part 474b.

So, when the blank frame 1000 for windows and doors is installed, the reinforcing part 474c of the blank frame 470 protrudes from the wall 1 and the opening 1a together with the shielding plate 474 and the first horizontal part 474b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 474c is supported on the wall 1 together with the first horizontal part 474b.

And, as shown in FIG. 162, on one side of the shielding plate 474 located on the opposite side of the fitting groove 474a in the hole frame 1000 for windows and doors according to the third modification of the 27th embodiment of the present invention. A second horizontal portion 474d attached to the wall 2 by silicon (S) is formed between one end of the shielding plate 474 and the fitting groove 474a.

Here, a charging space 474e filled with silicon S is formed between the second horizontal portion 474d and one end of the shielding plate 474 adjacent to the second horizontal portion 474d.

So, when the frame 1000 for windows and doors is installed, the second horizontal part 474d of the frame frame 470 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 474. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space 474e, the attachment area of the blank frame 470 and the wall 1 is increased.

In addition, the silicon (S) filled in the charging space (474e) is less exposed to the outside, and the second horizontal part (474d) is supported on the wall (1).

And, as shown in FIGS. 163 to 166, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twenty-seventh embodiment of the present invention, the hole frame is installed on the upper surface of the inner surface of the opening 1a. The frame 470 has a rainwater blocking portion 475 formed in an adjacent portion of the horizontal plate 472 and the second vertical portion 473a.

Thus, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 475 .

And, as shown in Figure 167, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-eighth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 481 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 480 protruding from (1) is included.

In addition, the hollow frame 480 has a horizontal plate 483 having fitting portions 481 and vertical portions 482 formed at both ends, respectively; and a fitting groove 484a into which the second vertical portion 482 is fitted. A shielding plate 484 formed at one end is included.

Here, the shielding plate 484 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the 28th embodiment of the present invention, after the vertical part 482 is inserted into the fitting groove 484a of the shielding plate 484, the frame frame 480 While inserting the fitting portion 481 of the window (2) into the fitting groove (2a), it is attached to the wall (1) and the window (2) through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, the shielding plate 484 of the blank frame 480 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 480 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when separation and replacement of the shielding plate 484 is required, the vertical portion 482 of the blank frame 480 is unfitted from the fitting groove 484a of the shielding plate 484 .

In addition, when separation and replacement of the empty frame 480 is required, the fitting portion 481 of the empty frame 480 is disengaged from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 168, at one end of the shielding plate 484 located on the opposite side of the fitting groove 484a in the window frame 1000 according to the first modification of the 28th embodiment of the present invention. A first horizontal portion 484b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 484b of the frame frame 480 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 484. 1) part of the outer surface is covered.

In addition, the first horizontal portion 484b is supported on the wall 1 .

And, as shown in Figure 169, one end of the first horizontal portion 484b in the window frame 1000 according to the second modification of the 28th embodiment of the present invention while facing the horizontal plate 483, A reinforcement portion 484c attached to the wall 2 is formed by silicon (S).

Here, the reinforcing part 484c increases the rigidity of the first horizontal part 484b.

So, when the frame 1000 for windows and doors is installed, the reinforcement portion 484c of the frame frame 480 protrudes from the wall 1 and the opening 1a together with the shielding plate 484 and the first horizontal portion 484b. ) to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 484c is supported on the wall 1 together with the first horizontal part 484b.

And, as shown in FIG. 170, on one side of the shielding plate 484 located on the opposite side of the fitting groove 484a in the window frame 1000 according to the third modified example of the 28th embodiment of the present invention. A second horizontal portion 484d attached to the wall 2 by silicon (S) is formed between one end of the shielding plate 484 and the fitting groove 484a.

Here, a charging space 484e filled with silicon (S) is formed between the second horizontal portion 484d and one end of the shielding plate 484 adjacent to the second horizontal portion 484d.

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 484d of the frame frame 480 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 484. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space 484e, the attachment area of the blank frame 480 and the wall 1 is increased.

In addition, the silicon S filled in the charging space 484e is less exposed to the outside, and the second horizontal portion 484d is supported on the wall 1 .

And, as shown in Figures 171 to 174, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the twenty-eighth embodiment of the present invention, the hole frame installed on the upper surface of the inner surface of the opening 1a The frame 480 has a rainwater blocking portion 485 formed in an adjacent portion of the horizontal plate 483 and the vertical portion 482 .

Therefore, when the frame 1000 for windows and doors is installed, rainwater cannot flow in the direction of the windows and doors 2 by the rainwater blocking unit 485 .

And, as shown in Figure 175, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the twenty-ninth embodiment of the present invention.

And, the hole frame 1000 for windows and doors has a fitting portion 491 that is inclinedly fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the A ball frame 490 protruding from the wall 1 is included.

In addition, the hollow frame 490 includes a fitting portion 491 and an inclined plate 492 formed to be inclined in the same shape as the fitting portion 491 at one end of the fitting portion 491 so as not to face the windows and doors 2 . ), a vertical portion 493 formed at one end of the swash plate 492 positioned opposite to the fitting portion 491, and a fitting groove 494a into which the vertical portion 493 is fitted is formed at one end. A shielding plate 494 is included.

Here, the shielding plate 494 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

So, when describing the construction of the hollow frame 1000 for windows and doors according to the 29th embodiment of the present invention, after the vertical portion 493 is inserted into the fitting groove 494a of the shielding plate 494, the frame frame 490 While inserting the fitting portion 491 of the window (2) obliquely into the fitting groove (2a) of the window (2), it is attached to the wall (1) and the window (2) through the silicone (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 492 of the ball frame 490 .

In addition, the shielding plate 494 of the hollow frame 490 protrudes from the wall 1 to cover a portion of the outer surface of the wall 1 adjacent to the opening 1a.

That is, a part of the silicon (S) joint portion of the hollow frame 490 and the wall 1 exposed to the outside is covered.

In other words, external exposure of the silicon (S) bonding portion is reduced.

And, when separation and replacement of the shielding plate 494 is required, the vertical portion 493 of the blank frame 490 is unfitted from the fitting groove 494a of the shielding plate 494 .

In addition, when the separation and replacement of the empty frame 490 is required, the fitting portion 491 of the empty frame 490 is unfitted from the fitting groove 2a of the window and door 2 .

And, as shown in FIG. 176, one end of the shielding plate 494 located on the opposite side of the fitting groove 494a in the window frame 1000 according to the first modified example of the 29th embodiment of the present invention is silicon. A first horizontal portion 494b attached to the wall 2 is formed by (S).

So, when the frame 1000 for windows and doors is installed, the first horizontal portion 494b of the frame frame 490 protrudes from the wall 1 and is adjacent to the opening 1a together with the shielding plate 494. 1) part of the outer surface is covered.

In addition, the first horizontal portion 494b is supported on the wall (1).

And, as shown in FIG. 177, one end of the first horizontal portion 494b in the window frame 1000 according to the second modification of the 29th embodiment of the present invention faces the swash plate 492, while the silicon A reinforcement portion 494c attached to the wall 2 is formed by (S).

Here, the reinforcing portion 494c increases the rigidity of the first horizontal portion 494b.

So, when the frame 1000 for windows and doors is installed, the reinforcement portion 494c of the frame frame 490 protrudes from the wall 1 and the opening 1a together with the shielding plate 494 and the first horizontal portion 494b. ) is to cover a portion of the outer surface of the adjacent wall (1).

In addition, the reinforcing part 494c is supported on the wall 1 together with the first horizontal part 494b.

And, as shown in FIG. 178, on one side of the shielding plate 494 located on the opposite side of the fitting groove 494a in the hole frame 1000 for windows and doors according to the third modification of the 29th embodiment of the present invention. A second horizontal portion 494d attached to the wall 2 by silicon (S) is formed between one end of the shielding plate 494 and the fitting groove 494a.

Here, a charging space 494e filled with silicon (S) is formed between the second horizontal portion 494d and one end of the shielding plate 494 adjacent to the second horizontal portion 494d.

So, when the frame 1000 for windows and doors is installed, the second horizontal portion 494d of the frame frame 490 protrudes from the wall 1 and is adjacent to the opening 1a together with the blanking plate 494. 1) part of the outer surface is covered.

In addition, due to the silicon (S) filled in the charging space 494e, the attachment area between the frame frame 490 and the wall 1 is increased.

In addition, the silicon (S) filled in the charging space 494e is less exposed to the outside, and the second horizontal part 494d is supported on the wall 1 .

And, as shown in Figures 179 to 182, in the hole frame 1000 for windows and doors according to the fourth to seventh modifications of the 29th embodiment of the present invention, the hole frame installed on the inner surface of the opening 1a The frame 490 has a rainwater blocking portion 495 formed in an adjacent portion of the inclined plate 492 and the vertical portion 493 .

Thus, when the window frame 1000 is installed, rainwater cannot flow in the direction of the window and door 2 by the rainwater blocking unit 495 .

And, as shown in Figure 183, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the thirtieth embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 501 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall A ball frame 500 protruding from (1) is included.

Here, the hollow frame 500 is installed on the inner surface of the opening (1a).

In addition, the ball frame 500 includes first and second vertical portions 502 and 502a positioned at different heights at predetermined intervals; and one end of the first and second vertical portions 502 and 502a. A swash plate 503 facing the windows and doors 2 while connecting them; a space 504 formed between the swash plate 503 and the first and second vertical portions 502 and 502a; and the first vertical A fitting portion 501 formed in a portion adjacent to the portion 502 and the swash plate 503; is formed at one end of the second vertical portion 502a located on the opposite side of the swash plate 503 and faces the window (2) A horizontal portion 505 and a third vertical portion 506 formed at one end of the horizontal portion 505 toward the swash plate 503 is included.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the 30th embodiment of the present invention, while inserting the fitting part 501 of the hollow frame 500 into the fitting groove 2a of the window and door 2, silicon It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the upper inner surface of the opening 1a left while the windows and doors 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the swash plate 503 of the ball frame 500 .

In addition, even if rainwater flows along the second vertical portion 502a and the horizontal portion 505, it is prevented from flowing in the direction of the window and door 2 by the third vertical portion 506 facing the upper inner surface of the opening 1a.

In addition, the hollow frame 500 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the hollow frame 500 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

And, as shown in Figure 184, the fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a) according to the 31st embodiment of the present invention.

In addition, the hole frame 1000 for windows and doors has a fitting portion 511 fitted into the fitting groove 2a is formed on the outer surface, and at least one space 512 is formed therein, and the opposite side of the fitting portion 511 . A sloped surface 513 is formed on the outer surface of the body, and it is attached to the wall 1 and the window 2 by silicon (S), and the frame 510 protruding from the wall 1 is included.

So, when explaining the construction of the hollow frame 1000 for windows and doors according to the 31st embodiment of the present invention, while inserting the fitting portion 511 of the hollow frame 510 into the fitting groove 2a of the window and door 2, silicon It is attached to the wall (1) and the window (2) through (S).

Then, the window frame 1000 closes the inner surface of the opening 1a left while the windows 2 are installed, and blocks the inflow of rainwater.

In addition, rainwater flows to the outside through the inclined surface 513 of the ball frame 510 .

In addition, the hollow frame 510 protrudes from the wall 1 to cover a portion of the silicon (S) joint portion of the hollow frame 510 and the wall 1 exposed to the outside.

That is, external exposure of the silicon (S) bonding portion is reduced.

And, when separation and replacement of the empty frame 510 is required, the fitting portion 511 of the empty frame 510 is removed from the fitting groove 2a of the window 2 .

And, as shown in Figure 185, the inclined surface 513 of the hole frame 1000 for windows and doors according to a modified example of the 31st embodiment of the present invention is long to the outer surface of the frame frame 510 in which the fitting portion 511 is formed. is formed

So, when the hole frame 1000 for windows and doors is installed, rainwater flows to the outside through the inclined surface 513 formed long up to the outer surface of the hole frame 510 in which the fitting part 511 is formed.

5, 6, 10 to 14, the window frame 1000 shown in Fig. 14 may not be formed with the contact portions 111c, 114c, 122b, and 214.

And, the window frame 1000 shown in FIGS. 7 to 9, 17, 20, 184 and 185 is the contact portion 111c (114c) of FIGS. 5, 6 and 10 to 14. ) (122b) (214) may be applied and formed.

And, the hollow frame 1000 for windows and doors shown in FIGS. 3 to 14, 17, 184 and 185 may be formed by applying various shapes similar in cross section to a triangle or a square or a trapezoid or an oval as a whole.

And, the length and width of the window frame 1000 according to various embodiments of the present invention is formed to correspond to the opening (1a).

In the above, the present invention has been illustrated and described with reference to specific preferred embodiments, but the present invention is not limited to the above-described embodiments, and those of ordinary skill in the art to which the present invention pertains within the scope not departing from the spirit of the present invention Various changes and modifications will be possible by the person.

110: fitting hole 110a: vertical part
111: ball frame 111a: fitting groove
111b: space 111c: close contact
112: charging space 113: fitting hole
113a: vertical part 113b: horizontal part
114: ball frame 114a: fitting groove
114b: space 114c: close contact
115: charging space 116: empty frame
116a: fitting portion 116b: space
116c: horizontal part 116d: vertical part
117: fitting hole 118: ball frame frame
118a: fitting groove 118b: space
118c: horizontal part 118d: vertical part
119: fitting hole 119a: fitting groove
120: empty frame 120a: space
120b: horizontal part 120c: vertical part
121: first hole frame 121a: first fitting part
121b: second fitting portion 121c: third fitting portion
121d: vertical part 122: second hole frame
122a: space 122b: close contact
122c: vertical part 200: fitting hole
210: ball frame 211: fitting groove
212: first connection 213: space
214: close contact 215: charging space
220: ball frame extension frame 221: second connection part
222: space 223: third connection part
230: ball frame 231: fitting part
232: first connection 233: space
240: frame extension frame 241: second connection part
242: space 243: third connection part
250: fitting hole 260: ball frame frame
261: fitting groove 262: first connection part
263: space 270: ball frame extension frame
271: second connection 272: space
273: third connection part 300: empty frame
301: fitting part 302: first vertical part
302a: second vertical part 303: inclined plate
304: space 305: first horizontal part
306: reinforcing part 307: second horizontal part
307a: charging space 308: rainwater blocking part
310: ball frame 311: fitting part
312: first vertical part 312a: second vertical part
313: inclined plate 314: space
315: third vertical part 316: first horizontal part
317: reinforcing part 318: second horizontal part
318a: charging space 319: rainwater blocking part
320: ball frame 321: fitting part
322: first vertical part 322a: second vertical part
323: inclined plate 324: space
325: inclined portion 325a: charging space
326: first horizontal part 327: reinforcement part
328: second horizontal part 328a: charging space
329: rainwater blocking unit 330: ball frame
331: fitting part 332: first vertical part
332a: second vertical part 333: horizontal plate
334: space 335: first horizontal part
336: reinforcing part 337: second horizontal part
337a: charging space 338: rainwater blocking part
340: ball frame 341: fitting part
342: first vertical part 342a: second vertical part
343: horizontal plate 344: space
345: third vertical part 346: first horizontal part
347: reinforcing part 348: second horizontal part
348a: charging space 349: rainwater blocking part
350: ball frame 351: fitting part
352: first vertical part 352a: second vertical part
353: horizontal plate 354: space
355: first horizontal part 355a: charging space
356: second horizontal part 357: reinforcement part
358: third horizontal part 358a: charging space
359: rainwater blocking unit 360: ball frame
361: fitting part 362: inclined plate
363: first vertical part 363a: second vertical part
364: first horizontal part 365: reinforcement part
366: second horizontal part 366a: charging space
367: rainwater blocking part 370: ball frame
371: fitting part 372: inclined plate
373: vertical portion 374: first horizontal portion
375: reinforcing part 376: second horizontal part
376a: charging space 377: rainwater blocking part
380: ball frame 381: fitting part
382: vertical part 383: horizontal plate
384: first horizontal part 385: reinforcement part
386: second horizontal part 386a: charging space
387: rainwater blocking unit 390: ball frame
391: fitting part 392: horizontal plate
393: first vertical part 393a: second vertical part
394: first horizontal part 395: reinforcement part
396: second horizontal part 396a: charging space
397: rainwater blocking unit 400: ball frame
401: fitting part 402: first vertical part
402a: second vertical part 403: inclined plate
404: space 405: blanking board
405a: fitting groove 405b: first horizontal part
405c: reinforcing part 405d: second horizontal part
405e: charging space 406: rainwater blocking part
410: ball frame 411: fitting part
412: first vertical part 412a: second vertical part
413: inclined plate 414: space
415: third vertical part 416: shielding plate
416a: fitting groove 416b: first horizontal part
416c: reinforcing part 416d: second horizontal part
416e: charging space 417: rainwater blocking part
420: ball frame 421: fitting part
422: first vertical part 422a: second vertical part
423: inclined plate 424: space
425: inclined portion 426: shielding plate
426a: fitting groove 426b: first horizontal part
426c: reinforcing part 426d: second horizontal part
426e: charging space 427: rainwater blocking part
430: ball frame 431: fitting part
432: first vertical portion 432a: second vertical portion
433: horizontal plate 434: space
435: shielding plate 435a: fitting groove
435b: first horizontal part 435c: reinforcement part
435d: second horizontal part 435e: charging space
440: ball frame 441: fitting part
442: first vertical portion 442a: second vertical portion
443: horizontal plate 444: space
445: third vertical part 446: shielding plate
446a: fitting groove 446b: first horizontal part
446c: reinforcing part 446d: second horizontal part
446e: charging space 447: rainwater blocking part
450: ball frame 451: fitting part
452: first vertical portion 452a: second vertical portion
453: horizontal plate 454: space
455: first horizontal part 456: shielding plate
456a: fitting groove 456b: second horizontal part
456c: reinforcing part 456d: third horizontal part
456e: charging space 457: rainwater blocking part
460: ball frame 461: fitting part
462: inclined plate 463: first vertical part
463a: second vertical part 464: shielding plate
464a: fitting groove 464b: first horizontal part
464c: reinforcement part 464d: second horizontal part
464e: charging space 465: rainwater blocking part
470: ball frame 471: fitting part
472: horizontal plate 473: first vertical part
473a: second vertical part 474: shielding plate
474a: fitting groove 474b: first horizontal part
474c: reinforcing part 474d: second horizontal part
474e: charging space 475: rainwater blocking part
480: ball frame 481: fitting part
482: vertical part 483: horizontal plate
484: shielding plate 484a: fitting groove
484b: first horizontal part 484c: reinforcement part
484d: second horizontal part 484e: charging space
485: rainwater blocking unit 490: ball frame
491: fitting portion 492: inclined plate
493: vertical part 494: shielding plate
494a: fitting groove 494b: first horizontal part
494c: reinforcing part 494d: second horizontal part
494e: charging space 495: rainwater blocking part
500: ball frame 501: fitting part
502: first vertical part 502a: second vertical part
503: inclined plate 504: space
505: horizontal part 506: third vertical part
510: ball frame 511: fitting part
512: space 513: slope
1000: window frame

Claims (5)

In the window frame for finishing the inner surface of the opening (1a) left while the window (2) is installed in the opening (1a) formed in the wall (1) of a building,
A fitting groove (2a) is formed on the outer surface of the window (2) in contact with the inner surface of the opening (1a),
The hole frame 1000 for windows and doors has a fitting portion 441 fitted into the fitting groove 2a is formed on the outer surface, and is attached to the wall 1 and the window 2 by silicon (S), and the wall 1 ) including a ball frame 440 protruding from,
The ball frame 440 includes first and second vertical portions 442 and 442a positioned side by side at predetermined intervals; and one of the first and second vertical portions 442 and 442a positioned on the same line. A horizontal plate 443 connecting the ends; a space 444 formed between the horizontal plate 443 and the first and second vertical portions 442 and 442a; and the opposite side of the horizontal plate 443 A fitting portion 441 formed at one end of the first vertical portion 442 positioned at, and a third vertical portion 445 formed in a portion adjacent to the first vertical portion 442 and the horizontal plate 443 ; and a shielding plate 446 having a fitting groove 446a into which the second vertical part 442a is fitted is formed at one end,
The blanking plate (446) protrudes from the wall (1), and covers a part of the outer surface of the wall (1) adjacent to the opening (1a). The method of claim 1,
A first horizontal portion (446b) attached to the wall (2) by silicon (S) is formed at one end of the shielding plate (446) located on the opposite side of the fitting groove (446a). 3. The method of claim 2,
At one end of the first horizontal portion (446b), facing the horizontal plate (443), a reinforcing portion (446c) attached to the wall (2) by silicon (S) is formed. The method of claim 1,
On one side of the shielding plate 446 located on the opposite side of the fitting groove 446a, it is positioned between one end of the shielding plate 446 and the fitting groove 446a, and the wall 2 is made of silicon (S). Forming a second horizontal portion (446d) attached to,
A filling space 446e filled with silicon (S) is formed between the second horizontal portion 446d and one end of the shielding plate 446 adjacent to the second horizontal portion 446d. dragon ball. 5. The method according to any one of claims 1 to 4,
The hole frame 440 installed on the inner surface of the opening 1a is a hollow frame for windows and doors, characterized in that the rainwater blocking portion 447 is formed in an adjacent portion of the horizontal plate 443 and the second vertical portion 442a. .

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