KR100806744B1 - A sub-profile use for elevation of wind pressure and establishment construction - Google Patents

Abstract

A wind pressure-resistive reinforcement for a window and an installation structure thereof are provided to prevent inner and outer windows from being moved and to preclude the windows and glasses from being damaged by installing moving devices with combining recessed grooves and projections. A wind pressure-resistive reinforcement(100) for a window comprises a fixing device(10), a supporting device(20), and a moving device(30). The fixing device has a body(11) fixed on a bottom surface of a lower frame(40), and a combining part(12) with a combining projection(12a) or a combining recessed groove. The supporting device has a body(21), a first combining part(22) with a combining recessed groove(22a) or a combining projection corresponding to the combining part of the fixing device, and a second combining part(23) with a combining projection(23a) or a combining recessed groove corresponding to a combining part(33) of the moving device. The moving device has a body and the combining part with a combining recessed groove(33a) or a combining projection. The supporting device is installed at an inner window(51) and layered at the outside of the fixing device. The second combining part of the supporting device is inserted in the combining part of the moving device and combined with the moving device.

Description

Wind resistance reinforcement for windows and its installation structure {a sub-profile use for elevation of wind pressure and establishment construction}

1 is a reference cross-sectional view showing a combined state of the windows and doors installed with the present invention wind pressure reinforcement,

2 is a reference perspective view and a partially enlarged cross-sectional view of a fixture which is a wind pressure-resistant reinforcing material of the present invention;

Figure 3 is a reference perspective view and a partially enlarged cross-sectional view of the support that is the wind pressure-resistant reinforcing material of the present invention,

4 is a reference perspective view and a partially enlarged cross-sectional view of a moving tool of the present invention wind pressure reinforcing material;

5 to 16 is a reference cross-sectional view showing a combined state of another embodiment of the window installed with the wind pressure-resistant reinforcement of the present invention,

Figure 17 is a reference cross-sectional view showing a combined state of the windows and doors installed with the auxiliary material for strengthening the conventional wind pressure.

<Description of the symbols for the main parts of the drawings>

100 Wind Pressure Reinforcement

10 Fixture 10 'Fixture

11 main unit

12 coupling

12a engaging projection 12b engaging groove

13 extensions

14 Bs fastening hall

14a insertion hole 14b fixing hole

15,15 'protrusion 16 insert

17 Mounting 18 Lamination

20 support

21 main unit

22 first coupling part

22a engaging groove 22b engaging projection

23 2nd engagement part

23a, 23b engaging projection 23c, 23d engaging groove

24 extensions

25,25 'non-fastening hole

25a Insertion Hole 25b Fixed Surface

26 stacks

30,30 'moving port

31 Main Unit 32 Front Panel

33 coupling

33a, 33b engaging groove 33c, 33d engaging protrusion

34 extension

35 Vis Tightening Hole

35a insertion hole 35b fixing surface

40,40 'underframe

41,42 Inner rail 43,44 Outer rail

45 Center boundary 46 Bottom

50,50 'window

51,52 Inner Window 53,54 Outer Window

60 Vis

200 auxiliary materials

201 stopper 202,203 opening

204 Butterfly Screw 205 Nut

The present invention relates to a wind pressure reinforcement for windows and its installation structure for strengthening the wind pressure performance of windows and doors;

On the inner and outer rails of the lower frame, which is the window frame, and the inner and outer window, respectively, which are mounted and used respectively,

Windproof pressure reinforcement of the present invention consisting of a fixture and a support, a moving tool is installed;

Reinforcement of wind resistance performance to prevent flow of the inner and outer window sills by strong wind outside, thereby preventing breakage of window sills and glass;

Improving the binding force of the wind pressure reinforcing material;

The present invention relates to a windproof reinforcing material for windows and doors, and its installation structure, which is very easy to install and dismantle, and which does not interfere with opening and closing of windows.

In general, the Western-style windows and doors are configured by a door roller attached to the inner and outer windows of the lower frame member, which is a window frame, on the upper and outer rails of the window frame.

This conventional US-type window and door, due to the use of attaching a door car in the above structure, when the use of the inner and outer window gaps are generated when strong wind flows from the outside, the window window due to the inner and outer window shakes There was a problem in the wind pressure performance that the window frame is detached from the lower frame member to be lifted out from the upper portion of the bent lower frame member, or the glass mounted on the window member is broken;

As shown in FIG. 17, the outer rail of the lower frame member 40 ′ is improved on the market.

Although the stopper 201 is attached to the upper surface and the auxiliary member 200 of the structure in contact with the stopper 201 is installed on the lower side of the window 50 'to prevent play of the window 50'. ,

In addition, although the wind pressure performance may be partially enhanced, the support structure is weak, so that the window 50 'may be bent due to the shaking of the inner and outer window 50' during long-term use. 50 ') is detached to the outside, or there is a problem in the wind pressure performance that the glass mounted on the window 50' is broken;

In particular, in order to couple the stopper 201 to the upper surface of the outer rail of the lower frame member 40 'as a vis, using an opening mechanism such as a drill, after the opening of the outer rail, the installation work due to the vis engagement. Troubles on the top and breakage of the outer rail at the time of opening is not possible to use;

A problem that the stopper 201, which is the gap holding part, is detached from the outer rail and cannot be used as a wind pressure aid in actual use;

In order to retain the supporting force after the coupling of the auxiliary member 200 installed in the window 50 ', a portion of the auxiliary material 200 and a corresponding portion of the lower side of the window 50' are opened by using an opening mechanism such as a drill. After the formation of the 202 and 203, the butterfly screw 204 and the nut 205 should be used separately, thereby reducing workability;

After installation of the auxiliary material 200, there was a problem that the use of the auxiliary material 200 is difficult to open and close the window 50 'by the auxiliary material 200, the inner window and the outer window are each used to be mounted to the lower frame material of the double window frame In the case of double windows, there was a problem that can not be applied.

The present invention solves the problems of the prior art described above and is drawn out,

In the non-western windows and doors that are laminated on the upper and inner rails of the inner and outer rails of the lower frame member, the inner and outer windowpanes;

Wind resistance reinforcement for windows and doors of the present invention configuration is installed on the inner and outer window and lower frame member, and the inner and outer windows are closely adhered and fixed at the upper portion of the lower frame member due to the wind pressure reinforcement member and its installation structure, thereby generating play. By not being able to

Reinforcement of wind resistance performance to prevent flow of the inner and outer window sills by strong wind outside, thereby preventing breakage of window sills and glass;

Improving the bonding strength of the wind pressure reinforcement, and its installation and disassembly is very easy, and the wind pressure reinforcement for windows and doors and its installation structure does not interfere at all in the opening and closing of the window The object of the present invention and the technical problem to which this invention achieves are made to provide.

Wind resistance reinforcing material for windows and doors of the present invention for achieving the above object,

1) a fixture mounted on the lower frame member;

2) a support that is mounted on the side of the window and laminated to the outside of the fixture;

3) a moving tool mounted on the side of the window; It consists of.

Hereinafter, exemplary embodiments will be described in detail with reference to the accompanying drawings.

1 is a reference cross-sectional view showing a combined state of the windows and doors provided with the present invention wind pressure reinforcement,

2 is a reference perspective view and a partially enlarged cross-sectional view of a fixture that is a wind pressure-resistant reinforcing material of the present invention;

3 is a reference perspective view and a partially enlarged cross-sectional view of a support that is a wind pressure-resistant reinforcing material of the present invention;

4 is a reference perspective view and a partially enlarged cross-sectional view of a moving tool which is a wind pressure-resistant reinforcing material of the present invention;

5 to 16 is a reference cross-sectional view showing a combined state of another embodiment of the window installed with the wind pressure-resistant reinforcing material of the present invention.

As shown in Figure 1, the wind pressure-resistant reinforcing material 100 for the window of the present invention is the inner frame of the lower frame member 40, which is installed on the upper portion of the lower frame member 40, which is the inner window frame, the outer window frame window In the center of the outer rail (41, 43) and the inner and outer window (51, 53), which is the window (50),

The main body 11 is fastened to the bottom surface 46 of the lower frame member 40 by fastening the vis 60 to the non-fastening hole 14 formed in the main body 11, and the upper part of the main body 11. A fastener 10 having a coupling part 12 which is a coupling protrusion 12a corresponding to the first coupling part 22 that is a coupling recess 22a of the support 20;

The main body 21 to which the vis 60 is fastened and fixed to the non-fastening hole 25 formed in the main body 21 on the side surface of the inner window 51, which is one component of the window 50, and the fastener ( The first coupling portion 22, which is a coupling recess 22a coupled to the coupling portion 12 of the 10, and the coupling protrusion 23a coupled with the movable tool 30 mounted on the side surface of the outer window 53. A supporter 20 having a second coupling portion 23 formed therein;

A vis 60 is fastened and fixedly mounted to the non-fastening hole 35 formed in the main body 31 on the side surface of the outer window 53, which is one component of the window 50, and left at the same time as the outer window 53. The coupling groove 33a coupled to the main body 31 moving to the right and the coupling protrusion 23a which is the second coupling part 23 of the support 20 to the front part 32 of the main body is The wind pressure-resistant reinforcing material 100 of the present invention, which is composed of a moving tool 30 having a coupling part 33 formed therein, is installed;

When closing the window 50, which is the inner and outer window 51, 53, the fixture 10 is mounted on the upper portion of the lower frame member 40, and the first coupling portion 22 of the support 20 The engaging projection 12a, which is the engaging portion 12 of the fixture 10, is inserted into and coupled to the engaging recess 22a, and the support 20 is mounted on the side of the inner window 51 and the fixture 10 In the structure laminated to the outside of the structure, the inner and outer window (51, 53) that is the window 50, the configuration is supported by the external force by strong wind outside;

The second coupling portion 23 of the support 20 is in close contact with and inserted into the coupling portion 33 of the movable tool 30, so that the clearance between the inner and outer window portions 51 and 53 that are the window portions 50. Generation of the wind pressure performance of the inner and outer window sills 51 and 53, which are prevented from occurring, is enhanced;

The movable port 30 is mounted on the side of the outer window 53 and moved to the left and right at the same time as the outer window 53, and does not become an obstacle when opening and closing the inner window 51, which is the window 50 Opening and closing of the inner window 51 or the outer window 53 is configured in a smooth structure.

In particular, the coupling structure of the fastener 10 mounted on the lower frame member 40 and the supporter 20 stacked on the upper part of the fastener 10 and the movable tool 30 mounted on the outer window 53 are provided. , Consisting of coupling portions 12, 22, 23, 33, which are corresponding coupling protrusions 12a, 23a and coupling recesses 22a, 33a, respectively,

Coupling portions 12 and 22 formed in the fixture 10, the support 20, and the movable tool 30, respectively,

23, 33, the coupling protrusions 12a and 23a and the coupling grooves 22a and 33a correspond to each other and are used in combination. The inner and outer window portions 51 and 53, which are the windows 50, have an external force caused by external wind. It is supported, and the installation of the wind-resistant reinforcing material 100 of the present invention is easy, and the opening and closing of the inner window 51 or the outer window 53, which is the window 50, is configured in a smooth structure.

As shown in Fig. 1 and 2, the fastener 10 is fixed to the lower frame member 40, the main body 11 is installed, and the screw 60 in the non-fastening holes 14 formed on both sides of the main body (60) Is fastened so that the main body 11 is fixed and installed on the bottom surface 46 of the lower frame member 40;

On the upper surface of the main body 11, a coupling portion 12, which is a coupling protrusion 12a to be inserted and coupled into the coupling recess 22a, which is the first coupling portion 22 of the support 20, is formed. On both sides of the main body 11 are formed a plurality of non-fastening holes 14 to fasten the vis 60 to the bottom surface 46 of the lower frame member 40,

The non-fastening hole 14 is an insertion hole 14a into which a vis is inserted and a tapered hole in which a head portion, which is the head of the inserted vis 60, is fixed and the vis is fastened to the bottom of the insertion hole 14a. The fixing hole 14b is formed, and when the screw is fastened, the vis 60 is inserted into the insertion hole 14a and the upper part of the fixing hole 14b formed on the bottom surface of the insertion hole 14a. The head part is fixed, and the screw hole of the screw 60 is fastened to the fixing hole 14b.

In addition, the main body 11 is supported on the lower surface of the main body 11, the insertion portion 16 which is a space to be inserted into the outer rail 44 of the lower frame member 40, and both sides of the main body 11. Protruding portion 15 that is a protruding surface protruding to the outside is formed,

On one side of the main body 11, a mounting portion 17, which is an extension surface 13 extending from one side of the main body 11 to the outside is formed, the mounting portion 17 of the lower frame member 40 The structure is mounted on the central boundary portion 45;

By the fastener 10, the support 20 is stacked on the upper portion of the fastener 10 is configured of a structure in which the external force due to strong external wind is supported.

As shown in Figures 1 and 3, the support 20, the main body 21 is mounted on the side of the inner window 51, the vis 60 is fastened and the main body 21 when the window is closed The first coupling portion 22, which is a coupling groove 22a formed at the lower portion of the coupling portion 12, corresponds to the coupling portion 12, which is the coupling protrusion 12a of the fixture 10, is laminated to the outside of the fixture 10. ,

The second engaging portion 23, which is the engaging projection 23a corresponding to the engaging portion 33, which is the engaging recess 33a of the movable tool 30, is formed on one side of the main body 21, and is in close contact. Since the play of the window 50 which is the inner and outer window 51 and 53 is prevented, the window 50 of the window 50 which is the inner and outer window 51 and 53 is prevented by the outside wind. With a structure that the wind pressure performance is enhanced;

A main body 21 mounted on the side of the inner window 51, which is one component of the window 50, and laminated on the outside of the fixture 10 mounted on the lower frame member 40, which is a window frame,

A non-fastening hole 25 is formed on an extension surface 24 of which both side surfaces of the rear surface of the main body 21 extend outwardly so that the vis 60 is fastened to the non-fastening hole 25 so that the inner window 51 of the inner window 51 can be fastened. Mounted on the side,

The non-fastening hole 25 has a head 60 of the vis 60 fixed to a tapered fixing surface 25b formed at an upper portion of the insertion hole 25a by inserting the vis 60 into the insertion hole 25a. The screw portion of the screw 60 is fastened to the insertion hole 25a, and the screw 60 is recessed into the insertion hole 25a.

On both sides of the lower part of the main body 21, the lamination part 26 which is the protruding surface of the date form laminated | stacked on the exterior of the fixture 10 is each formed,

Coupling grooves corresponding to the coupling protrusions 12a in which the coupling protrusions 12a, which are the coupling portions 12 of the fastener 10, are inserted and interposed at the interface between the stacked portion 26 and the stacked portion 26 ( 22a) is formed a first coupling portion 22,

On the other side of the upper portion of the main body 21, a second coupling protrusion 23a corresponding to the coupling groove 33a which is inserted into and closely adhered to the coupling groove 33a which is the coupling portion 33 of the movable tool 30. In the structure in which the coupling part 23 is formed;

The main body 21 is moved to the left and right at the same time as the inner window 51, which is one component of the window 50, the first engaging portion 22, which is a coupling groove 22a formed in the lower portion of the main body 21 is The first coupling portion 22, which is a coupling recess 22a, is inserted into and coupled to the coupling protrusion 12a of the fixture 10 so that the first coupling portion 22 is an inner window 51 at an upper portion of the coupling protrusion 12a that is the coupling portion of the fixture 10. ) And at the same time to move left and right;

When the inner and outer windows 51 and 53 are closed, the second engaging portion 23, which is the engaging projection 23a formed on the other side of the upper part of the main body 21, is the engaging recess 33a of the movable tool 30. Insertion and close contact with the coupling part 33 prevents the occurrence of clearance between the inner and outer window 51 and 53, which are the window 50, so that the inner and outer window 51, 53, which are the window 50, are winded outside. It is composed of the structure to strengthen the wind pressure resistance by.

As shown in Figures 1 and 4, the movable port 30 is mounted on the lower side of the outer window 53, which is the window 50, to move to the left and right simultaneously with the outer window 53 ;

 The main body 31 mounted on the side of the outer window 53 and the engaging portion 33, which is a coupling groove 33a, are formed in the front portion 32 of the main body, thereby forming the inner and outer window 51 and 53. When closing, the second coupling portion 23, which is the coupling protrusion 23a of the support 20, is inserted into and closely contacted with the coupling portion 33 to generate the play of the window 50 which is the inner and outer window 51 and 53. It consists of a structure that is prevented.

In addition, a non-fastening hole 35 is formed at the center of the coupling part 33 so that the vis 60 is fastened to the non-fastening hole 35 so that the main body 31 is mounted on the outer window 53. in,

The non-fastening hole 35 has a tapered shape in which the head portion of the head of the inserted bis 60 is fixed to the insertion hole 35a into which the bis 60 is inserted and the insertion hole 35a. The surface 35b is formed,

When the screw is fastened, the head 60 of the screw 60 is fixed to the fixing surface 35b formed in the upper portion of the insertion hole 35a by inserting the screw 60 into the insertion hole 35a, and inserting the screw into the insertion hole 35a. The screw portion of the vis 60 is fastened so that the vis 60 is recessed into the insertion hole 35a.

As described above, the present invention is mounted on the inner window 51, the support 20 is a window 50 and laminated to the outside of the fixture 10, and the movable tool 30 mounted to the outer window 53 and In a combined configuration;

The fastener 10 is mounted on the upper portion of the lower frame member 40, which is a window frame, and the first coupling part 22 of the support 20 is coupled to the coupling part 12 of the fixture 10 so that the fastener ( The support 20 is laminated to the outside of the 10),

The second engaging portion 23 of the support 20 mounted to the inner window 51 to the engaging portion 33 of the moving tool 20 mounted on the outer window 53, which is one component of the window 50. By close contact with the insertion, the occurrence of the clearance between the inner and outer window 51, 53 is prevented, the wind pressure resistance performance of the window 50, the inner and outer window 51, 53 is improved;

The external force of the window 50 due to the external wind is composed of a structure in which the support is reinforced by the fixture 10 mounted on the lower frame member 40 and the supporter 20 stacked on the upper portion of the fixture 10. And;

Coupling portions 12 and 22 formed in the fixture 10, the support 20, and the movable tool 30, respectively,

23, 33, the coupling protrusions 12a and 23a and the coupling grooves 22a and 33a correspond to each other and are installed and installed, and the external force of the window 50 is supported by external wind, and the wind pressure of the present invention. Installation of the reinforcement is easy, and the opening and closing of the window 50 is configured in a smooth structure.

Hereinafter, the embodiment of the wind pressure reinforcing material for windows and doors of the above-described configuration, and the windproof pressure reinforcing material for windows and doors of other embodiments in which the engaging portions of the fasteners, the supporters, and the moving tools, and the installation structure of the above-described configuration are changed, are described in the respective examples. This will be described in detail.

Example 1

Support structure is mounted on the window and laminated on the outside of the fixture

As shown in FIGS. 1 and 5, 6, and 7,

The main body 11 is fastened to the bottom surface 46 of the lower frame member 40, which is a window frame, by fastening the vis 60 to the non-fastening hole 14 formed in the main body 11, and the main body 11 of the main body 11. A fixture 10 having an engaging portion 12 which is an engaging projection 12a or an engaging recess 12b on an upper surface thereof;

The main body 21 which is fastened to the non-fastening hole 25 formed in the extension surface 24 in which both side surfaces of the main body 21 extends outside, and is mounted on the side surface of the inner window 51, and the main body A first coupling portion 22, which is a coupling groove 22a or a coupling protrusion 22b, is formed at a lower portion of the fixture 21 to correspond to the coupling portion 12 of the fixture 10. of A supporter 20 having a second coupling part 23 formed as a coupling protrusion 23a or a coupling recess 23c coupled to the coupling part 33 of the movable tool 30 on one side thereof;

Vis 60 is fastened to the non-fastening hole 34 formed in the engaging portion 33 of the main body 31, the main body 31 is mounted on the side of the outer window 53, and the front portion of the main body 31 The wind hole reinforcing member 100 is configured as a movable tool 30 having a coupling part 33 which is a coupling recess 33a or a coupling protrusion 33c in the 32;

The supporter 20 is fastened to the side surface of the inner window 51, which is the window 50, the fastener 60 is fastened and the fastener 10 is fixed to the bottom surface 46 of the lower frame member 40 ( 60, the first coupling portion 22 of the support 20 to the coupling portion 12, which is a coupling protrusion 12a or coupling recess 12b formed at an upper portion of the fastener 10. Phosphorus coupling groove 22a or coupling protrusion 22b is inserted and laminated,

A moving tool mounted on the side of the outer window 53, which is the window 50, in the engaging projection 23a or the engaging recess 23c, which is the second coupling portion 23 formed on one side of the support 20, The support 20 is mounted on the inner window 51 and laminated to the outside of the fixture 10, which is a structure in which the coupling groove 33a or the coupling protrusion 33c of the coupling portion 33 of the 30 is inserted and in close contact. , With a structure coupled to the moving tool 30;

The occurrence of the clearance between the inner and outer window 51, 53, the window 50 is prevented, the wind pressure resistance performance is improved, the external force of the window 50 by the external wind is fixed to the lower frame member 10 and It is composed of a structure that is supported by the support 20 stacked on top of the fixture (10).

Example 2

The structure of the support is fixed to the outside of the fixture and the engaging portion of the support is coupled to the engaging portion of the movable opening of the inner and outer windows, respectively

As shown in FIGS. 8 to 11, the main body is fastened to the bottom surface 46 of the lower frame member 40, which is a window frame, by fastening the vis 60 to the non-fastening hole 14 formed in the main body 11. (11) and a fixture (10) formed with a coupling portion (12), which is a coupling protrusion (12a) or coupling recess (12b) on the upper surface of the main body;

The vis 60 is fastened to the non-fastening hole 25 ′ formed at the bottom of the main body 21, and the main body 21 mounted on the outside of the fastener 10 is coupled to the bottom of the main body 21. The first coupling portion 22, which is a corresponding coupling recess 22a or coupling protrusion 22b, is formed to be coupled to the portion 12, and coupling of the movable holes 30 and 30 'on both sides of the main body 21. A support tool 20 formed with second coupling parts 23 which are coupling protrusions 23a and 23b or coupling recesses 23c and 23d respectively coupled to the part 33;

Vis 60 is fastened to the non-fastening hole 34 formed in the engaging portion 33 of the main body 31, the main body 31 is mounted on the side of the inner and outer window 51, 53 that is the window 50, respectively. And, with a moving port (30, 30 ') formed in the front portion 32 of the main body 31, the engaging portion 33, which is a coupling groove (33a, 33b) or coupling projections (33c, 33d), respectively, Reinforcement 100 is configured;

The fastener 10 is mounted on the bottom surface 46 of the lower frame member 40 and the screw 60 is fastened to the non-fastening hole 14, and the engaging protrusion 12a formed on the upper part of the fastener 10. Alternatively, the coupling groove 12a or the coupling protrusion 22b, which is the first coupling portion 22 of the support 20 corresponding to the coupling portion 12, is inserted into the coupling portion 12 that is the coupling groove 12b. , Of the support body 21 The vis 60 is fastened and fixed to the vis fastening hole 25 'formed at the bottom,

Of the support body 21 The bis 60 is fastened to the non-fastening holes 35 by the coupling protrusions 23a and 23b or the coupling recesses 23c and 23d which are the second coupling parts 23 formed on both sides, respectively, and the inner window 51 Supporting structure 20 is a structure in which the coupling groove (33a, 33b) or the engaging projection (33c, 33d), which is the coupling portion 33 of the movable tool 30, 30 'mounted on the The second engaging portion 23, which is fixed to the outside of the fixture 10 and the engaging projections 23a and 23b or the coupling grooves 23c and 23d on both sides of the main body 21 of the support 20, is inside or outside. In the structure that is respectively coupled to the coupling portion 33 of the movable port (30, 30 ') mounted to the window;

The occurrence of the clearance between the inner and outer window 51, 53, the window 50 is prevented, the wind pressure resistance performance is improved, the external force of the window 50 by the external wind is fixed to the lower frame member and the upper part of the fixture It is composed of a structure that is supported by a support laminated on the.

Example 3

Mounted on the window frame as a fixed support of the same body in which the fixture and the support are integrated, the coupling portion of the fixed support is coupled to the moving port of the inner and outer windows, respectively

12 and 13, the fastener 60 is fastened to the bottom surface 46 of the lower frame member 40, which is a window frame, by fastening the screw 60 to the non-fastening hole 14 formed in the main body 11. 10 and the first and second coupling protrusions 23a and 23b or coupling recesses 23c and 23d respectively inserted into and tightly coupled to the coupling portion 33 of the movable tool 30 or 30 'on the upper part of the fixture 10. 2 consists of a fixed support 10 'of the same body in which the support 20 formed with the engaging portion 23 is integrated;

Vis 60 is fastened to the non-fastening hole 34 formed in the engaging portion 33 of the main body 31, the main body 31 is mounted on the side of the inner and outer window 51, 53 that is the window 50, respectively. And a moving tool 30 having a coupling part 33 that is a coupling recess 33a33b or a coupling protrusion 33c or 33d corresponding to the second coupling part 23 on the front part 32 of the main body 31. 30 '), the wind-resistant reinforcement 100 is configured;

The structure of the fixed support 10 'of the same body in which the fastener 10 and the support 20 are integrated, the vis 60 is fastened to the bis fastening hole 14 below the fixed support 10', Mounted on the frame member 40,

When the inner and outer window 51 and 53 are closed, the inner and outer couplings 23a, 23b or engaging grooves 23c, 23d, which are formed on both sides of the upper part of the support 20, Coupling grooves 33a and 33b or coupling protrusions 33c and 33d, which are coupling portions 33 of the movable holes 30 and 30 ', are respectively fastened and mounted to the outer window 51 and 53, respectively. Insertion and close contact, the fixture 10 and the support 20 is a fixed support 10 'of the same body is integrated into the lower frame member 40 is mounted, the second coupling portion on both sides of the support (20) (23) is coupled to the coupling portion 33 of the movable port (30, 30 ') mounted on the inner and outer window (51, 53), respectively;

The occurrence of the clearance between the inner and outer window (51, 53) of the window 50 is prevented, the wind resistance performance is improved, the external force of the window 50 by the external wind is fixed to the lower frame member 10 and It is composed of a structure in which the support is further strengthened by the fixed support 10 'of the same body in which the support 20 is integrated.

Example 4

Laminated part of the supporting part is laminated to the laminating part of the fastener, and the coupling part of both sides of the supporting part is coupled to the moving part of the inner and outer windows respectively.

As shown in FIGS. 14 and 15, the body 60 is fastened to the bottom fastening member 14 formed in the main body 11 to be fixed to the bottom surface 46 of the lower frame member 40, which is a window frame. (11) and a fastener (10) composed of a laminated portion (18), wherein the upper surface of the main body (11) is a laminated surface of a smooth shape;

The main body 21 which is fastened to the outside of the fixture 10 by being fastened to the outside of the fixture 10 by being fastened to the non-fastening hole 25 ′ formed on the bottom surface of the fixture 10 by lamination to the laminated portion 18 of the fixture 10. And second coupling parts 23, which are coupling protrusions 23a and 23b or coupling recesses 23c and 23d, are formed on both side surfaces of the body 21, respectively, and the lower surface of the body 21 is smooth. A support 20 composed of a laminated portion 26 which is a laminated surface in the form;

The main body 31 mounted on the side surfaces of the inner and outer window 51 and 53 which are the window 50, and the second coupling portion of the support 20 to the front portion 32 of the main body 31 ( 23, the movable grooves 30 and 30 'formed with engaging portions 33 corresponding to the engaging grooves 33a and 33b or the engaging projections 33c and 33d, respectively, comprising the wind-resistant reinforcement 100;

The fastener 10 is attached to the lower frame member 40 by fastening with a vis 60, and the flat part of the flat part 18 of the upper part of the fastener 10 is smoothed under the support body 21. The laminated part 26 of the form is laminated | stacked, the bis | substrate 60 is fastened and fixed,

On both sides of the support main body 21, the coupling protrusions 23a and 23b or the coupling grooves 23c and 23d, respectively, formed on the inner and outer windows 51 and 53, respectively. Supporting structure (60) is a structure in which the engaging groove (33a, 33b) or the engaging projection (33c, 33d), which is the engaging portion 33 of the movable port (30, 30 ') is fastened, mounted, respectively The stacking portion 26 of the 20 is laminated and fixed to the stacking portion 18 of the fixture 10, and the second coupling portion 23 on both sides of the support 20 is connected to the inner and outer window 51 and 53. In the structure that is respectively coupled to the coupling portion 33 of the movable port (30, 30 ') mounted respectively;

The occurrence of the clearance between the inner and outer window 51, 53, the window 50 is prevented, the wind pressure resistance performance is improved, the external force of the window 50 by the external wind is fixed to the lower frame member and the upper part of the fixture It is composed of a structure that is supported by a support laminated on the.

Example 5

Fixed structure is fixed to the lower frame member without the central boundary, the structure is coupled to the support

As shown in FIG. 16, when the fixing member 10 or the fixing support 10 'of the configuration of the present invention is installed in the lower frame member 40 which is the window frame in which the center boundary part 45 is not formed;

The protrusion 15 of the same shape as the protrusion 15 of the side surface of the main body 11 is a structure in which the space of the bottom surface of the mounting portion 17 mounted to the central boundary portion 45 formed on the side of the fixture body 11 is sealed. ') Is formed in the bottom surface 46 of the lower frame member 40, the central boundary portion 45 is not formed, the vis 60 is fastened to the non-fastening hole 14 formed in the main body 11 is fixed, After installation, the support 20 is installed on the upper part of the fixture 10, and is configured to be coupled to the moving holes (30, 30 ') mounted on the inner and outer window (51, 53),

In addition, if necessary, the fastener 10 or the fixed support 10 'of the wind-resistant reinforcement 100 of the present invention is installed on the inner rail 41 of the lower frame member 40, and the moving tool 30, 30 ') May be installed and used in the inner and outer window 52,54;

The support 20 mounted on the inner window 52 and the movable tool 30 mounted on the outer window 54 are reversely installed, and the support 20 is mounted on the outer window 53. And, the movable port 30 may be of a structure that is mounted to the inner window 51;

Inner and outer windows 51, 52, 53 and 54, and inner and outer rails 51, 42, 43 and 44 in the lower frame member 40 are not double windows, respectively. (53) and the lower frame member of the inner and outer rails (41, 43) structure, the wind-resistant reinforcement material 100 of the present invention is installed and used in the non-western general windows of the single window structure May be configured;

The movable tool 30, 30 'extends on both sides of the main body 31, and both sides of the main body 31 extend outwardly, the same shape as the extension surface 24 of the support 20 Face 34 is formed,

In the extension surface 34, a screw fastening hole 35 to which the screw 60 is fastened is formed, and the screw 60 is fastened to the screw fastening hole 35 so as to be mounted on the window 50 respectively. May be configured;

The support tool 20 and the movable tool 30, 30 'is not a structure that is fixed to the side of the window 50 by a non-binding coupling, the inner and outer window (51, 52) at the time of manufacturing the window 50 53 and 54 may be formed integrally with the side structure.

Wind-resistant reinforcing material of the present invention of the above configuration;

A structure in which the fixture 10 and the supporter 20 are firmly fixed to and installed on the lower frame member 40;

In the case of closing the window 50, the movable projections 23a and 23b or the coupling grooves 23c and 23d, which are second coupling portions 23 on the support 20, are respectively installed in the window 50. 30, 30 ') coupling grooves 33a and 33b or coupling protrusions 33c and 33d, respectively, are inserted into close contact with each other, thereby preventing the occurrence of clearance between the inner and outer windows 51 and 53, The flow of the window 50 by the strong wind of is prevented;

By the fixture 10 and the support 20, the external force by the strong wind of the outside is supported, the wind pressure resistance performance of the window is reinforced;

The movable ports 30 and 30 'are installed at the inner and outer window 51 and 53, respectively, and move to the left and right at the same time as the window 51 and 53, so that the window 50 can be opened and closed smoothly. The composition of and;

In particular, the coupling portion 12, 22, 23, of the fixture 10 and the support 20, the movable tool 30,

33 is an installation structure formed of coupling protrusions 12a, 22b, 23a, 23b and coupling grooves 12b, 22a, 23c, 23d, corresponding to each other, and used, to strengthen the wind pressure performance, and its installation and The structure is easy to dismantle;

As in each of the above embodiments, the wind-resistant reinforcement and its installation structure are not a single configuration and its installation method, but a wind-resistant reinforcement of a complex configuration and a composite installation structure installed on the window frame or window sill, wind pressure resistance performance of the window And to the structure of the structure, easy to install and dismantle;

The non-fastening holes 14 of the fasteners 10 of the above embodiments are fixed to the insertion hole 14a and the bottom surface of the insertion hole 14a, and the head part of the head of the inserted vis 60 is fixed and the The fixing hole 14b, which is a tapered hole to be fastened, is formed, and when the screw is fastened, the vis 60 is inserted into the insertion hole 14a and the upper part of the fixing hole 14b formed on the bottom surface of the insertion hole 14a. The head portion of the vis 60 is fixed, and the screw portion of the vis 60 is fastened to the fixing hole (14b), consisting of a fastening structure easy to tighten the screw,

The non-fastening holes 25, 25 ′ and 35 of the support 20 and the movable holes 30 and 30 ′ of the above embodiments are inserted into the insertion holes 25 a and 35 a and the upper portions of the insertion holes 25 a and 35 a, respectively. It consists of tapered fixing surfaces 25b and 35b formed at the upper part, and the head of the vis 60 is fixed to the fixing surfaces 25b and 35b when the screw is fastened, and the vis 60 is inserted into the insertion holes 25a and 35a. The screw portion is fastened so that the vis 60 is recessed inside without being exposed to the outside.

With the wind pressure-resistant reinforcing material and the installation structure thereof of the present invention of the configuration as described above, and solve the problems of the prior art;

In particular, the inner and outer windows are in close contact with and fixed to the upper part of the lower frame of the window frame so that play does not occur, thereby preventing the flow of the inner and outer windows due to external strong winds, thereby preventing damage to the windows and glass. Enhanced wind pressure resistance;

Improving the binding force of the wind pressure-resistant reinforcing material;

At the same time the opening and closing of the window is smooth, its installation and disassembly is very easy, It is a very useful invention regarding the wind pressure reinforcement for windows and its installation structure.

Claims (15)

Windproof pressure-resistant reinforcing material (100) for windows and doors used in the window frame and window The main body 11 fixed and installed on the bottom surface 46 of the lower frame member 40, which is a window frame, and the engaging portion 12 that is the engaging projection 12a or the engaging recess 12b on the upper surface of the main body 11. Is formed fixture (10) and; The main body 21 mounted on the side of the inner window 51 and the engaging groove 22a or the engaging projection 22b corresponding to and coupled to the engaging portion 12 of the fixture 10 in the lower portion of the main body 21. The first coupling portion 22 is formed, the coupling protrusion 23a or coupling groove 23c corresponding to the coupling portion 33 of the movable tool 30 on one side of the main body 21. A supporter 20 on which the second coupling part 23 is formed; A moving tool provided with a main body 31 mounted on the side of the outer window 53 and a coupling part 33 that is a coupling recess 33a or a coupling protrusion 33c in the front part 32 of the main body 31. 30); When the inner and outer window 51 and 53 are closed, the support 20 is mounted on the inner window 51 and laminated to the outside of the fixture 10, and the second coupling portion 23 of the support moves. Inserted into the coupling portion 33 of the sphere 30, the structure is coupled to the moving sphere 30; Wind resistance performance is enhanced by preventing the occurrence of the window gap, and the external wind pressure reinforcement for windows and doors, characterized in that the external force by the external wind is supported by the fasteners mounted on the lower frame member and the support laminated on the top of the fixture. Windproof pressure-resistant reinforcing material 100 for windows and doors installed and used in the window frame; The main body 11 fixed and installed on the bottom surface 46 of the lower frame member 40, which is a window frame, and the engaging portion 12 that is the engaging projection 12a or the engaging recess 12b on the upper surface of the main body 11. The fixture 10 is formed; Coupling groove 22a or coupling protrusion 22b corresponding to the main body 21 mounted to the outside of the fixture 10 and the coupling portion 12 of the fixture 10 to the lower portion of the main body 21 is coupled Phosphorus first coupling part 22 is formed, and coupling protrusions 23a and 23b or coupling recesses corresponding to and coupled to the coupling part 33 of the moving holes 30 and 30 'on both side surfaces of the main body 21. A supporter 20 each having second coupling parts 23, 23c and 23d, respectively; Coupling which is the main body 31 mounted on the side of the inner and outer window 51, 53, respectively, and the engaging groove (33a, 33b) or the engaging projection (33c, 33d) to the front portion 32 of the main body (31) Consisting of moving holes 30, 30 'formed with a portion 33; When closing the inner and outer window (51, 53), the support 20 is fixed to the outside of the fixture 10 and the engaging projections 23a, 23b or coupling grooves 23c, both sides of the main body 21 23d) the second coupling portion 23 is coupled to the coupling portion 33 of the movable port 30, 30 'mounted on the inner and outer window, respectively; Wind resistance performance is enhanced by preventing the occurrence of the window gap, and the external wind pressure reinforcement for windows and doors, characterized in that the external force by the external wind is supported by the fasteners mounted on the lower frame member and the support laminated on the top of the fixture. Windproof pressure-resistant reinforcing material 100 for windows and doors installed and used in the window frame; The fastener 10 is fixed to the bottom surface 46 of the lower frame member 40, which is a window frame, and is inserted into the coupling part 33 of the movable tool 30, 30 ', respectively, on the upper part of the fastener 10, And a holding support 10 'of the same body in which a support 20 formed with a second engaging portion 23, which is a close contact protrusion 23a and 23b or a coupling recess 23c23d, is integrated. Coupling which is the main body 31 mounted on the side of the inner and outer window 51, 53, respectively, and the engaging groove (33a, 33b) or the engaging projection (33c, 33d) to the front portion 32 of the main body (31) It consists of the moving port 30, 30 'formed part 33; When closing the inner and outer window 51, 53, the fixture 10 and the support 20 is mounted to the lower frame member 40 as a fixed support (10 ') of the same body is integrated, the support ( 20) the second coupling portion 23 on both sides of the structure is coupled to the coupling portion 33 of the movable port (30, 30 ') mounted on the inner and outer window, respectively; Wind resistance performance is improved by preventing the occurrence of play of the window, and the external force due to the external wind is composed of a structure in which the support is further strengthened by the fixed support of the same body mounted on the lower frame member. Wind Pressure Enhancer. Windproof pressure-resistant reinforcing material 100 for windows and doors installed and used in the window frame; Fixture 10 composed of a main body 11 fixed and installed on the bottom surface 46 of the lower frame member 40, which is a window frame, and a laminated portion 18, wherein the upper surface of the main body 11 is a laminated surface having a smooth shape. ) And; A main body 21 which is laminated and fixed to the lamination part 18 of the fastener 10, and coupling protrusions 23a and 23b or coupling recesses 23c and 23d respectively formed on both sides of the main body 21, respectively. A supporter 20 having two coupling parts 23 formed therein, the lower part of the main body 21 having a lamination part 26 having a flat lamination surface; Coupling which is the main body 31 mounted on the side of the inner and outer window 51, 53, respectively, and the engaging groove (33a, 33b) or the engaging projection (33c, 33d) to the front portion 32 of the main body (31) It consists of the moving port 30, 30 'formed part 33; When the inner and outer windows are closed, the lamination part 26 of the support 20 is laminated and fixed on the lamination part 18 of the fixture 10 and the second coupling part 23 on both sides of the main body 21. In the structure is coupled to the coupling portion 33 of the movable port 30, 30 'of the inner and outer windows, respectively; Wind resistance for windshields is prevented by the occurrence of gaps in the window spear, and the wind pressure for windows and doors is supported by an external force caused by external winds by a fastener mounted on the lower frame member and a support laminated and fixed on the upper part of the fastener. Reinforcement. The screw according to any one of claims 1 to 4, wherein the fastener 10 is fastened to the bottom surface 46 of the lower frame member 40 by being fastened to the bottom of the main body 11. The fastening hole 14 and the protrusion part 15 are formed, and it mounts in the insertion part 16 and the center boundary part 45 which are inserted in the outer rail 44 of the lower frame member 40 in the side surface of the said main body 11. Wind pressure reinforcement for windows and doors, characterized in that the mounting portion 17 is formed respectively. According to any one of claims 1 to 4, The fastener 10 is a structure in which the space portion of the bottom surface of the mounting portion 17 is mounted on the central boundary portion 45 formed on the side of the main body 11, The main body 11 is formed on the bottom surface 46 of the lower frame member 40 which is formed of the protruding portion 15 'having the same shape as the protruding portion 15 on the side of the main body 11, and the central boundary portion 45 is not formed. Wind pressure reinforcement for windows and doors, characterized in that the vis (60) is fastened to, and installed in the non-fastening hole (14). According to any one of claims 1 to 4, wherein the movable tool (30, 30 ') is formed with an extension surface (34) extending from both sides of the main body 31 to the outside, the extension surface (34) Wind-resistant reinforcement for windows and doors, characterized in that the fastening holes 35 are fastened to the vis 60, the fastening 60 is fastened to the fastening holes 35, respectively, is mounted on the window 50. . The screw fastening according to any one of claims 1 to 4, wherein the screw 60 is fastened to an inner surface of the engaging portion 33, wherein the movable holes 30 and 30 'are engaging recesses 33a and 33b. The hole 35 is formed, wind pressure reinforcement for windows and doors, characterized in that the vis (60) is fastened to the non-fastening hole 35 is mounted on the window 50. The fixing tool 10 or the fixing support 10 'is installed on the inner rail 41 of the lower frame member 40, and the movable tool 30, 30' according to any one of claims 2 to 4. ) Wind pressure reinforcement for windows and doors, characterized in that is installed and used on the inner and outer window (52, 54). The method of claim 1, wherein the wind-resistant reinforcing material 100 of the above configuration is the inner, outer window 51, 52, 53, 54 and the lower frame member 40 to the inner and outer rails ( 41, 42, 43, 44 are not double windows, each of which is composed of the inner frame of the outer window 51, 53 and the inner frame of the inner and outer rail (41, 43) structure, the short window structure Wind pressure reinforcement for windows and doors, characterized by being installed and used in general windows and doors. According to claim 1, wherein the support (20) is formed with an extension surface 24, both sides of the main body 21 is extended to the outside, the insert is inserted into the bis 60 to the extension surface (24) A non-fastening hole 25 including a hole 25a and a tapered fixing surface 25b on which a head part of the bis head is fixed is formed, and the bis 60 is fastened to the non-fastening hole 25 to form a window ( Windproof pressure reinforcement for windows and doors, characterized in that it is mounted on 50). The wind pressure reinforcement for windows and doors according to claim 1, characterized in that the support tool (20) and the movable tool (30) are formed on the side surface of the window piece (50) integrally extruded. According to claim 1, wherein the support 20 is mounted on the inner window 52, and the movable tool 30 mounted on the outer window 54 is reversely installed, the support 20 is the outside Windproof pressure reinforcement for windows and doors, characterized in that attached to the window 54, the movable port 30 is mounted to the inner window 52. The screw fastening hole (14) of the fastener (10) is inserted into the insertion hole (14a) into which the screw (60) is inserted and the bottom of the insertion hole (14a). A fixing hole 14b, which is a tapered hole in which the head part, which is the head part, is fixed and the bis is fastened, is formed, When the screw is fastened, the screw 60 is inserted into the insertion hole 14a so that the head of the screw 60 is fixed to the upper portion of the fixing hole 14b formed on the bottom of the insertion hole 14a. Wind pressure-resistant reinforcement for windows and doors, characterized in that consisting of a fastening structure is fastened to the screw portion of the vis (60) to (14b). The screw fastening hole 35 of the movable tool 30, 30 'is inserted into the insertion hole 35a into which the screw 60 is inserted and the upper portion of the insertion hole 35a. A tapered fixing surface 35b to which the head portion, which is the head portion of 60, is fixed is formed, When the screw is fastened, the head 60 of the screw 60 is positioned on the fixing surface 35b formed in the upper portion of the insertion hole 35a by inserting the screw 60 into the insertion hole 35a and inserting the screw into the insertion hole 35a. Windproof pressure-resistant reinforcement for windows and doors, characterized in that the screw portion of the 60 is composed of a fastening structure in which the vis recessed inside.

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