KR200430564Y1 - Device for coupling window and door with reinforced windproof function - Google Patents

Abstract

This design compensates the fragility of wind pressure at the corners of the window and especially at the center by providing the support and the clasp function corresponding to the direction of wind pressure on the existing window frame and window without modifying or changing the existing window structure. To obtain a window coupling device having a strengthening function,

Reinforcement cores of each length are inserted and the horizontal and vertical bars made of synthetic resin are thermally fused (welded) to enhance the wind pressure resistance of the sliding windows that slide and open on the window rails by the window structure of the window structure and the window structure of the window frame. The window joining device having a slit bar protruding in the advancing direction of the window has a shape of a horizontal / vertical connecting bar having a piece hole formed so that a piece hole can be fastened in pieces to a corner portion (edge) welded to a window vertical / horizontal bar inserted with a reinforcement core. The window frame mounting fastening means portion formed integrally, and the window frame mounting fastening means portion formed with an opening groove to slide with the slit bar of the window mounting fastening means portion is characterized in that the clasp coupling.

Fastening means for mounting window sill, Fastening means for mounting window sill, wind pressure, reinforcement core, slit bar

Description

Device for coupling window and door with reinforced windproof function

Figure 1 and Figure 2 is a state diagram showing the structure of a window and door to enhance the conventional wind pressure strengthening function.

Figure 3 and Figure 4 is a perspective view showing a fastening means for mounting the window of the preferred embodiment of the present invention.

5 is a perspective view showing a fastening means for mounting a window frame of the present invention.

Figure 6 is a perspective view showing a fastening means for mounting a window frame of another embodiment of the present invention.

Figure 7 is a perspective view showing a window and door combination apparatus of a preferred embodiment having a wind pressure strengthening function of the present invention.

Figure 8 is a perspective cross-sectional view showing a coupling shape of the reinforcing bar attached to the length of the window mounting fastening means portion of the present invention.

9 is a state diagram showing a window and door combination apparatus having a wind pressure strengthening function of the present invention

Figure 10 is another state showing a window and door combination apparatus having a wind pressure strengthening function of the present invention.

11 and 12 is a perspective view showing a fastening means for mounting the window of another embodiment of the present invention.

Figure 13 is a closed and coupled state showing the window coupling device of another embodiment having a wind pressure strengthening function of the present invention.

Figure 14 is an open and separated state showing the window and door combination device of another embodiment having a wind pressure strengthening function of the present invention.

* Description of the major symbols in the drawings *

10: piece hole 20,30: horizontal / vertical connecting bar

40: slit bar 50: slit cover

70: reinforcing core material 90: reinforcing bar

100: horizontal bar 110: vertical bar

120: window frame 180: fastening means for window frame mounting

190: Fastening means for mounting window spear 200: Window frame

The present invention relates to a window and door combination device having a wind pressure reinforcement function, and more specifically, to the existing window frame, the window sill to provide the support and the clasp function corresponding to the direction of the wind pressure without modifying or changing the window structure, and in particular the corner portion of the window The present invention relates to a window coupling device that complements the vulnerability to wind pressure in the center and has a structurally double wind pressure reinforcement function.

The window is caused by the bending of the window frame due to wind pressure, and the following problems are caused by the window expert.

First, the window frame shakes violently, creating noise, which intensifies anxiety.

Second, the window deviates from the sudden strong wind, causing injury.

Third, the lifespan of windows is shortened due to frequent wind pressure.

Fourth, it can be seen that a variety of problems occur, such as the window is caused by a strong rainstorm and rainwater and wind flow into the room between the play.

If you apply wind pressure or shake the representative three kinds of windows (except double, triple, triple window) as an example, the corners that meet with the left and right vertical frames on the horizontal frame of the window frame and the lower frame are closed. Although less affected, the vertical window frame located in the center of the window needs strong wind pressure capability to support it at the center of tremendous wind pressure.

The window corners (edges) of conventional sliding windows are not connected with the horizontal reinforcing core and the vertical reinforcing core, but are welded in an empty state inside the corner window aggregate. When this occurs, deformation and bending occur at the corners of the window.In the case of corners (edges), the reinforcement core is inserted in length, but when the window vertical bar meets the wind of the outside, the bending of the reinforcement core When the limit is reached, the vertical bar bending occurs. In addition, when the window bar is bent due to the bending of the vertical bar due to wind pressure, the window bar may be separated from the rail groove where the window bar and the window frame are combined, and the window bar may be separated from the window frame, resulting in breakage of the window bar and glass, which may cause injury to passers-by. There was a problem.

Therefore, such a conventional sliding window has a structural problem, especially when installed in high-rise apartments or buildings with frequent wind pressure of outside air.

In order to solve the above problems, Utility Model Registration No. 0380080 of FIG. 1 has a wind pressure reinforcement structure, a horizontal bar (9) is coupled with a horizontal bar (7) and a vertical bar is coupled with a vertical window (8). (6) In an open door window having aggregates for window sills which are opened and closed on the rails of upper and lower window frames in the left and right directions, horizontal bar bars (7) and vertical bar bars (6) at the upper and lower corners of the fasteners ) Is connected to the corner connector (1) of the metal material that combines) and the window separation prevention device (3) consisting of a synthetic resin material having a metal plate attached to the upper and lower parts of the fastening portion of the window, and the concave groove of the fastening portion of the window A technique is described having a spacer 2 of metal material assembled in the longitudinal direction.

Utility Model Registration No. 0379140 Wind-resistant reinforcement auxiliary unit of the window is as shown in Figure 2 wind pressure-resistant reinforcement auxiliary unit 1, the fixed surface 321 and the inner rail 420 of the fixed target window 320 The body 11 disposed in the window frame groove 440 therebetween, and is formed to protrude to both sides in the lower portion of the body 11, the vertical through hole 12a through which the coupling member 21 is formed, so that the vertical A lower fixing piece 12 coupled to the window frame groove 420 by a coupling member 21 such as a vis fastened through the through hole; It is formed to protrude on the upper side of the body 1 to contact the fixed surface 321 of the window 320, a horizontal through hole 13a through which the coupling member 22 is formed, so that the horizontal through hole 13a Side fixing piece 13 coupled to the fixing surface 321 of the window through the coupling unit 200 for the window sill by the coupling member 22 such as a butterfly bolt fastened through It is.

The above-mentioned prior art can secure the window frame firmly to the window frame, and can facilitate the installation, and can be equipped with an auxiliary unit that can be fixed with the rail for strengthening the wind pressure, and an apparatus or auxiliary material capable of withstanding the wind pressure. It is described as.

However, when the fixed unit is connected to the rail for the purpose of increasing the support strength of the window against the wind pressure, the weak horizontal stress of the window rail made of synthetic resin due to the difference in the strength of the wind pressure may cause the rail to bend or fall off. There is a problem.

The rail formed on the window frame can maintain the resistance to vertical load, but the horizontal stress of the length is weak. In addition, devices using window frame parts that have a small installation space of units or other auxiliary materials may have some effects, but it is easy to feel that there are limitations in high-rise apartments or buildings that must cope with frequent winds and strong winds.

In addition, foreign matter caught in the window frame during opening and closing of the window interferes with the progress of the auxiliary material or is interposed between the spaces, which impedes the opening and closing of the window, and the friction with the rail is intensified, causing wear and damage to the rail part or the auxiliary material.

Therefore, an object of the present invention for solving the conventional problems is to fasten the windshield and the windproof function of the part vulnerable to the wind pressure and vibration to correspond to the direction of the wind pressure in the structure of the existing windows and the window frame fastening means having a brace and clasp In order to provide a window joining device having a large wind pressure strengthening function by simply mounting and latching without using a separate machine or tool on the window and the window, another object of the present invention is to By strengthening the corner (corner) coupling, it has a double wind pressure reinforcement function that can minimize the effects of wind pressure and earthquake, etc., which act on the space and play of the window rail that are combined by slid into the window frame. The present invention provides a window coupling device.

The construction of the present invention to achieve this purpose is to combine the top / bottom horizontal bar and the left / right vertical bar with a reinforcement core material of each length by welding ㅁ Completed window frame and window top and bottom horizontal window frame bar The window combination device having the wind pressure reinforcement function of the sliding windows that slides and opens and crosses multiple window pairs on the rail is composed of three types.

The present invention 1 is fitted to the rail of the left and right vertical bar of the window frame, the vertical / horizontal bar of the closed window is a component of the fastening means for mounting the window lance mounted on the welded corners bar, a plurality of fixing piece holes in the horizontal / vertical connection bar Formed to form a piece to the welded edge side of the vertical / horizontal bar of the window frame, integrally formed slit bar that protrudes in the front of the vertical surface and bent in the forward direction, and constitutes a slit cover fitted to the slit bar When the opening and closing was completed, the shock was buffered.

Inventive 2 is formed of a fastening means for mounting the window slap that is mounted on the vertical bar of the window overlapping and fixed in the center of the window bar formed a plurality of fixing piece holes in the horizontal / vertical connection bar to the welded edge rail groove of the window vertical / horizontal bar The slit bar bent in the forward and forward direction by being inserted into the piece to be combined with the piece and protruding backward on the extension line of the horizontal connecting bar is integrated.The slit cover fitted to the slit bar is completed to open and close. The shock was buffered.

The present invention 3 is a "h" type reinforcement core is inserted into the inside of the bar that is mounted on the window frame upper / lower horizontal bar, and the upper surface of the window frame in contact with the outside on the upper side of the window frame to secure a plurality of fastening fastening Forming a fixed piece hole, the body has a feature that constitutes the window frame mounting fastening means in a structure that the side lower surface is opened so that the slit cover of the window mounting fastening means is sliding fastened.

Hereinafter, with reference to the accompanying drawings, a window and door coupling device having a wind pressure strengthening function of the present invention will be described in detail.

The window combination device with wind pressure reinforcement function of the present invention can be applied to the outer surface of the window before the wind pressure or vibration reaches the space or play of the window rail by understanding the window structure and utilizing the space without modifying the existing window or changing the structure. By using the brace and the clasp function that each fastening means member is combined with, it blocks the wind pressure or the shock of vibration at the source. It is not visible at all in the room, and in particular, it focused on the reinforcement of the center part of the window that requires the most wind pressure function. . When each fastening means is combined at the center of the window, it is connected with the reinforcing core in the upper / lower frame of the window frame, and has the function of connecting the reinforcing core in the vertical / horizontal frame of the window with the strong bracing and clasp function. The structure of the present invention, which provides a dual function of the reinforcing agent in one piece, realizes that the strong wind pressure function can be obtained even in the center of the window.

3 to 7 and FIGS. 11 to 14 are fasteners, such as a reinforcing core member and piece in the window frame mounting fastening means portion 190 mounted on the window of the sliding door having two or more windows Figure is a perspective view and a state constituting the fastening means portion 180 for mounting the window frame to be fastened.

First, the mounting means for mounting the window sill 190 vertically meets the upper and lower horizontal bars of the window frame at the center of the window as shown in Figs. Shows the structure of the window fitting fastener to be inserted into the upper and lower welded corner rail groove, forming a plurality of fixed piece holes 10 in the horizontal / vertical connecting bar (20, 30), window lance 120 It is inserted into the welded edge rail groove contacting the outside of the vertical / horizontal bars of the through and fixed to the inner reinforcing core of the length through the fixed piece hole (10) formed in the horizontal / vertical connecting bars (20,30), respectively It is characterized in that the slit bar 40, which is bent in the forward and advancing direction by being protruded 20-1 backward on the extension line of the horizontal connecting bar 20 has an integral feature. Complete the slit cover by inserting it into the slit bar to reduce friction. The material of the slit cover is preferably a rubber material, a plastic material, a foam material, etc. having a slight elasticity. The material of the fastening means for window mounting is suitable for a steel alloy that does not easily rust due to being installed outside. It is preferable to manufacture by die casting.

5 and 6 show the fastening means for mounting the window frame can be configured in various forms, the interior of the "h" type reinforcement core 70 is configured and the window frame 200 as a fixing piece 10-1 on the top A plurality of fixed piece holes 10 are formed to be fastened and fixed to the reinforcing core in the upper / lower horizontal bar, and the lower side of the side is opened to the body so that the slit cover 50 of the fastening means for the window window is slid. It is characterized by its structure.

7 to 10, 13, and 14 as shown in the drawing of the sliding window with a window frame fastening means 180 for the window frame and the window fastening means portion 190 of the present invention as shown in FIG. It can be seen that the configuration of the subject innovation is remarkably different from the conventional methods and auxiliary materials for improving the wind pressure function.

The present invention first understands the weakness of the window structure and the weakness in the wind pressure and vibration, and constructs a simple fastening means without deformation or change of the existing window structure, and installs it in the existing window without additional working machine or tools. You can get windows with functions.

In particular, due to the structure of the existing windows, the glass has a large area, which is in contact with the wind pressure of the outside air, which responds to the wind pressure, and its string line function is limited to the locking surface of the rail, which is combined with the window frame. The most deflection was caused by wind pressure.

The present invention will be described in detail with reference to the drawings shown in Figs.

    Attach the reinforcement bar 90 into which the reinforcing core material 70 of the length which does not contact the rail guide surface in contact with the outside of the upper / lower horizontal bar of the window frame is inserted to the vertical bar 110 of the window contacting the outside The bent portion of the window fitting fastening means to be mounted on the bar 110 extends to the width of the reinforcing bar 90 to be fastened by a piece and reinforces the bending phenomenon due to the wind pressure of the window center vertical bar 110. There are features that have been constructed throughout.

It is a configuration that doubles the wind pressure capacity of the center of the window, which is the weakest part of the wind pressure of the existing windows, and is realized by the effect of the brace and the clasp function obtained by combining the window frame fastening means and the window fastening means. It can be seen that the design is really useful for the development of the window industry.

   As shown in Figure 9 and 10, it can be mounted in one of the upper or lower portion of the window as needed, high-rise or strong winds can be installed at the top / bottom at the same time.

   In addition, by configuring the reinforcement bar 90 to the length of the vertical bar 110 to increase the rigidity or to configure the reinforcement plate of only a part is characterized in that it is configured to respond appropriately according to the strength of the wind pressure in any position.

11 and 12 are window sills which are mounted on the rails of the left / right vertical bars of the window frame 200 and are mounted on the side of the welded edges of the vertical 110 / horizontal (I00) bars located at the top / bottom of the closed window sills. Sides of the vertical / horizontal bars (110, 100) in which the reinforcing core members (70) of lengths are formed by forming a plurality of fixed piece holes (10) in the connecting bars (20) and vertical (30) connecting bars. Slit bar 40 is fastened to the front surface of the vertical (or horizontal) connecting bar 30 by fastening to the respective reinforcing core material 70 by fixing pieces (10-1) to the connection surface 30, and bent in the advancing direction. ) Is integrally formed, and the slit cover 50 is fitted into the slit bar to complete the slit cover 50.

13 and 14 are state diagrams showing a state in which the window mounting portion mounting means 190 and the window frame mounting means 180 mounted on the window frame and the window frame are separated from each other.

Fixing the window fitting mounting fastening means 190 to the front of the horizontal / vertical bars (100,110) of the window piece, and the window frame mounting fastening means 180 to slid with the slit bar of the window mounting fastening means 190 ).

  The windows combined with the above configurations are provided with strong braces and clasps at each coupling part, and are fastened with reinforcement cores in the upper and lower frames of the window frame, respectively, and are connected by connecting the reinforcement cores in the horizontal and vertical frames of the window frame. It is characterized by providing a dual function that has the function of the connection bracket integrally.

The present invention can be seen that the material and structural changes of the mounting means window mounting means 190 and the window frame mounting means 180 for belonging to the scope of the present invention.

Window combination device having a wind pressure strengthening function of the present invention described above

First, there is no noise in high-rise buildings because the shaking of the window frame is prevented due to strong winds. Second, there are no risk factors such as human injury because the window is not detached even in a strong wind. Third, the lifespan of windows and doors due to external factors (frequent wind pressure, wind and rain) is not shortened.

Fourth, there is no problem such as rainwater flowing into the room between the window play caused by strong rain. Fifth, there is no need for a separate working machine or tool. In addition, it provides a strong support and clasp function corresponding to the direction of wind pressure by using a simple fastening means for structural understanding of the windows and structural utilization of windows and vulnerable to wind pressure and vibration. This is a very useful design for the window industry because it has an excellent function to achieve the double effect of increasing the rigidity of the welded edge of the vertical / horizontal bar of the window.

Claims (4)

Reinforcement cores of each length are inserted and the horizontal / vertical bars made of synthetic resin are thermally welded (welded), and the windows are finished in a square structure and the window frames of the window frames are sliding windows that slide open and close on the rails of the upper and lower window frames. Window and door joining device having a wind pressure strengthening function For mounting window sill, which consists of horizontal / vertical connecting bar configured to connect the reinforcement cores of each length to each welded corner of vertical / horizontal bar of reinforcement core inserted and the slit bar bent in the direction of the window. Fastening means; A plurality of fixing piece holes are formed in the body so as to slide and engage with the slit bar of the window fitting mounting means, and the slide groove is opened to the lower side and the upper part of the body is coupled to the reinforcement core having a length inserted into the window frame horizontal / vertical bar. Window frame mounting device having a wind pressure strengthening function, characterized in that the window frame mounting fastening means portion of the configuration; According to claim 1, The fastening means for the window portion Forming a plurality of fixing piece holes in the horizontal / vertical connecting bar and fastening to each reinforcing core by fasteners such as pieces on the side of the welded edges in contact with the outside of the vertical / horizontal bars where the reinforcing cores of each length are inserted And slit bars protruding forward of the longitudinal (or transverse) planes and bent in the advancing direction in one piece, Window fitting device having a wind pressure reinforcement function, characterized in that the slit cover is fitted to the slit bar to be fitted to the window edge. The method of claim 1, wherein the fastening means for mounting the window A plurality of fixing piece holes are formed in the horizontal / vertical connecting bar, and each is inserted into a welded corner (corner) rail groove contacting the outside of the vertical / horizontal bar where the reinforcing core material of each length is inserted. The slit bar bent in the forward and forward direction by connecting the reinforcing core material inside the bar and protruding backward on the extension line of the horizontal connecting bar and integrally, and completed by inserting the slit cover on the slit bar Window and door joining device having a wind-resistant reinforcement, characterized in that mounted in the groove. According to claim 1, The fastening means for mounting the window frame A fixed piece hole which is formed inside of the window frame bar with a fastener such as a piece on the side of the upper and lower horizontal bars contacting the outside of the window frame in which the reinforcing core material of each length is inserted. Reinforced wind pressure resistance, characterized in that the body has a structure that the slit cover of the slit cover portion of the mounting means for mounting the window slid sliding side coupled to the structure and the body is made of a material having a slight elasticity Window and door combination device having a function. [ Claim 5 ] The method of claim 2 or 3, The window mounting fastening means portion protrudes backward on the horizontal bar extension line of the horizontal / vertical connection bar to extend the length of the bar bent to the width of the reinforcement bar or reinforcement plate inserted into the reinforcement core, one or more fixed to the extension surface A window and door joining device having a wind pressure reinforcement function, characterized by forming a piece hole to be fastened to a reinforcing bar or reinforcing plate in the reinforcement core with a fixed piece.

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