KR102027387B1 - Installation structure of elastic gasket being attached to glass supporting insulation bracket as a sealing member in a sliding window system having two-side supporting frame window chassis - Google Patents

Abstract

The present invention relates to an installation structure of an elastic gasket being attached to a moving window glass supporting insulation bracket as a sealing member in a sliding window having a two-side supporting frame window chassis and, more specifically, to an installation structure of an elastic gasket, wherein a glass panel of the moving window is directly fixed and supported at an upper part or a lower part when a sliding window having only a two-side supporting frame window that supports both side surfaces of a glass window constituting the sliding window is slid to be opened and closed. Moreover, the installation structure of the elastic gasket is installed to seal a portion between the sliding glass supporting insulation bracket and a window frame provided with a sliding rail.

Description

INSTALLATION STRUCTURE OF ELASTIC GASKET BEING ATTACHED TO GLASS SUPPORTING INSULATION BRACKET AS A SEALING MEMBER IN A SLIDING WINDOW SYSTEM HAVING TWO-SIDE SUPPORTING FRAME WINDOW CHASSIS}

The present invention relates to an installation structure of an elastic gasket attached to a moving window glass supporting insulation bracket as a sealing member in a sliding window having a two-side supporting frame window chassis, and more particularly, to support both sides of the glass window constituting the sliding window. Glass supporting insulation brackets and sliding rails for sliding and sliding the glass panel of the moving window directly or upper and lower when sliding and sliding the sliding window having only two-side supporting frame window. A mounting structure of a sealing member (eg, an elastic gasket) is provided to provide a sealing function between provided window frames.

In general, a sliding window (sliding window) of a four-side supporting frame window type that supports four sides of a glass window as a fixed window and a sliding window constituting a sliding window system. And a fixed window is used (see FIG. 1A), the lower portion of the window chassis 2a with the glass fitted inside the window frame frame 1 of the sliding window system as shown in aa 'cross section (vertical section view) of FIG. 1b. It has a roller (2r) is installed in the sliding structure along the roller guide rail on the window frame frame 1, four-side supporting frame window (four-side supporting frame window) Elastic gasket (2s1) fitted to the bottom and top of the window chassis of the moving window (2) window frame supporting the glass panel (2g) The movable window can slide along the roller guide rail in the transverse direction (as seen from the front) while maintaining the sealed state with the outer elastic end in contact with the surface of the window frame frame 1 running parallel to the roller guide rail. In the case of the four-side support frame window, as shown in FIG. 1C, elastic gaskets 2s1 having substantially the same structure as the upper and lower elastic gaskets 2s1 may be installed on both side surfaces.

In recent years, however, the openness of the windows is emphasized, and a two-side supporting frame window (hereinafter, referred to as a 'two-side supporting frame window') type that supports only both sides of the glass windows constituting the sliding windows. (See FIG. 2A), the use of the two-sided support frame window-type sliding window (see FIGS. 2B and 2C) is increased, and the upper and lower portions of the window chassis of the window frame of the moving window 2 are made of aluminum. There is no chassis frame, and the roller 2r is directly bonded to the lower glass support insulation bracket 2b as a member (formed of an organic material such as polyamide or PVC) that wraps the glass end for breakage prevention, cushioning and insulation purposes. To slide along the roller guide rail on the window frame (1). The difference is that only the rollers do not need to be used), instead of installing the mohair on the glass support insulation bracket 2b to provide a transverse sealing structure between the moving window and the window frame frame 1 of this structure. The structure for installing the mohair 1br on the inner side of the frame 1 is shown. In the case of the two-side support frame window, as shown in FIG. The mohair 1br of the same structure can be installed.

In the case of adopting such a seal structure using the mohair (1br), it is often necessary to use a product having a high density of mohair so that the mohair (1br) can sufficiently seal between the window frame and the window sill. Since the high-density mohair provided for the sliding operation of the moving window generates high frictional force resistance between the glass supporting insulation brackets 2b, when the size of the window is large, the inconvenience of requiring very large force for manual opening and closing of the moving window occurs. do. In this case, there is a problem in that a separate motor drive device must be installed for the sliding operation of the large-sized moving window.

On the other hand, the glass installed on the upper or lower part of the glass panel as an additional or alternative component that can prevent the increase of friction force by the high density mohair (1br) in the sealing structure using the mohair (1br) (windproof, airtight, insulating structure) The fixed end of the gasket is fitted into the side portion of the support heat insulating bracket 2b, and the outer elastic end of the gasket is joined in such a manner as to cover the upper surface of the window frame frame 1 in a downward contact so that the glass support heat insulating bracket is provided during the sliding movement of the moving window. An elastic gasket 2s2 may be provided as illustrated in FIG. 3, which may achieve a sliding seal between the side portion of 2b and the upper surface of the window frame frame 1 (FIG. 3 shows the mohair 1br and elasticity). All of the gaskets 2s2 are shown, but in the alternative, only elastic gaskets can be installed). Due to the strong interfacial adhesion between the outer elastic end and the upper surface of the window frame frame 1 made of aluminum, there is a problem in that the inconvenience that the large resistance force acts on the sliding opening and closing operation of the moving window is not eliminated.

Here, as a new way to solve the problem of a large resistance to the sliding opening and closing operation of the moving window due to excessive adhesion at the interface according to the material properties such as rubber and aluminum as shown in Figure 4a, the moving window While the fixing end 2s2a of the gasket is fitted into the fitting groove 2ba formed in the side portion of the glass support insulation bracket 2b installed on the upper or lower portion of the glass panel 2g constituting the upper portion of the gasket, the upper contact end 2s2b of the gasket is fitted. ) Is arranged to support the front or back side of the glass panel 2g, and the outer elastic end 2s2e of the gasket is joined in such a manner as to cover the upper surface of the window frame frame 1 in such a manner that the upper surface of the window frame 1 is contacted downward so that the glass can be moved during sliding Elastic gasket 2s2, which can achieve a sliding seal between the side of the supporting thermal insulation bracket 2b and the upper surface of the window frame frame 1 In the present invention, a structure in which a sliding cap (2s2c) of plastic material is fitted to the outer elastic end (2s2e) of the gasket to reduce the interfacial adhesion with the upper surface of the window frame frame (1) of aluminum material is provided. FIG. 4B is a cross-sectional view of the left end of the movable window inserted into the window frame when the movable window is closed, where an aluminum chassis frame is present (two side support frame window), so that an elastic gasket (1s2) is provided on the inner side of the window frame (1); ), The portion where the change occurs in the thickness of the glass panel 2g (characteristic of the paired glass) as shown in the enlarged view shown on the left side of the lower enlarged view of FIG. 4A even if such a structure is adopted. Long-term use causes deformation of the side surfaces of the glass support insulating brackets 2b and the fitting grooves 2ba formed therein, thereby causing the fixed ends of the gaskets to A problem situation in which 2s2a is removed from the fitting groove 2ba is likely to occur, and as a result, there is a limit in improving product reliability.

The present invention is to cover as a sealing member in the width direction of the glass panel on the side of the glass support insulation bracket which is attached to support the glass panel on the upper or lower portion of the moving window glass panel in the sliding window having a two-side support frame window chassis. The installation structure of the elastic gasket, which achieves proper sealing between the outer elastic end of the elastic gasket (rubber material) to be attached and the upper surface (aluminum material) of the window frame frame 1, does not generate sliding resistance due to excessive adhesion. In addition to providing a basic purpose, the deformation occurs in the side portions of the glass support insulation bracket 2b and the fitting grooves 2ba formed therein due to long-term use or changes in the thickness of the glass panel 2g. The fixing end 2s2a of the gasket is removed from the fitting groove 2ba (see Fig. 4a). Is samgo aspect roll of the present invention to provide an elastic gasket mounting structure to minimize the likelihood of this problem happens.

The present invention as a means for achieving the above technical problem,

Installation of an elastic gasket attached to a glass supporting insulation bracket for supporting a glass panel of a moving window from the upper or lower portion of the sliding window having a two-side supporting frame window chassis as a sealing member between the glass supporting insulation bracket and the upper surface of the window frame frame. In structure,

A glass support insulation bracket which is formed of a synthetic resin material and is bonded to support the glass panel at the top or the bottom of the glass panel constituting the moving window and to insulate the interior and the exterior, wherein a rotation groove is provided at an inner edge portion between the side portion and the bottom surface. Glass support insulation brackets;

A rotating binding hole of aluminum material inserted into the rotating groove, the rotating end having a rotating end fitted to the rotating groove and a fitting groove formed on an outer surface extending upward beyond the side portion of the glass support insulating bracket. A binder;

As the fixed end of the gasket is fitted into the fitting groove of the pivotal fastener, the upper close end of the gasket is disposed to support the front or the rear of the glass panel, and the outer elastic end of the gasket is disposed below the upper surface of the window frame frame made of aluminum. It is coupled in such a way as to cover in contact so as to achieve sliding sealing between the side surface of the glass support insulation bracket and the upper surface of the window frame frame during sliding movement of the moving window, wherein the sliding cap of plastic material is fitted to the outer elastic end of the gasket. It provides an installation structure of the elastic gasket, characterized in that it comprises an elastic gasket provided.

According to the present invention, a sliding window having a two-sided support frame window chassis is formed to cover as a sealing member in the width direction of the glass panel on the side of the glass support insulation bracket which is attached to support the glass panel at the upper or lower portion of the moving window glass panel. The sliding cap of the plastic material is fitted to the outer elastic end of the elastic gasket (rubber material) to be attached to the installation, thereby achieving a proper sealing between the upper surface (aluminum material) of the window frame frame (1), while sliding resistance due to excessive adhesion In addition, the glass support insulation bracket 2b and the glass support insulation bracket 2b may be provided with an effect of preventing the occurrence of deformation. The proper rigidity of the rotational engagement provided between the elastic gaskets (2s2) Based on the shape uniformity, the fixed end of the elastic gasket can be maintained at a fixed position without being removed from the fitting groove of the rotational fastener, thereby improving the weather resistance and reliability of the product and providing the effect of extending its life.

1A to 1C show a conventional general sliding window and door system, and show a sliding window having a door chassis supporting glass from four sides.
Figures 2a to 2c is a sliding window that is an improvement of the general sliding window system shown in Figures 1a to 1c is a two-side support frame window that supports only both sides of the glass window constituting the sliding window while the openness of the window is emphasized It is a view showing an example of a sliding window installation structure used by placing the glass directly on the upper roller without the aluminum window chassis in the lower portion of the sliding window (type).
3 is an example of a conventional improvement technique, in which a fixed end of a gasket is fitted to a side portion of a glass support insulating bracket installed on an upper or a lower portion of a glass panel, and an outer elastic end of the gasket downwards from an upper surface of the window frame frame. It is a view showing an installation structure of an elastic gasket which is coupled in a covering manner so as to be in contact so as to achieve sliding sealing between the side portion of the glass support insulating bracket and the upper surface of the window frame frame during sliding movement of the moving window.
Figures 4a and 4b is a view showing a modification for the product implementation of the installation structure of the elastic gasket illustrated in Figure 3, it is presented to explain the advantages and disadvantages.
Figures 5a to 5c is a step-by-step view showing the components and their assembly installation step forming a preferred embodiment of the installation structure of the elastic gasket according to the present invention.
6A and 6B are longitudinal cross-sectional views of a state in which an installation structure of an elastic gasket according to an exemplary embodiment of the present invention is installed in a sliding window of a two-side supporting frame window type shown in FIG. 2A; (aa 'section) and cross section (bb' section).

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

According to one preferred embodiment of the present invention as shown in FIGS. 5A-6B, a glass for supporting the glass panel 2g of the moving window 2 from above or below in a sliding window having a two-side supporting frame window chassis. A newly improved installation structure is provided in the installation structure of the elastic gasket, which is attached to the support insulation bracket 2b with a sealing member between the glass support insulation bracket 2b and the upper surface of the window frame frame 1.

The improved structure of the new elastic gasket is fitted with a glass support insulation bracket 2b having a special shape and a sliding cap 2s2c of plastic material fitted to the outer elastic end 2s2e of the existing elastic gasket 2s2. Elastic gasket 2s2, and a rotational binding hole 2c made of aluminum to mediate between them.

That is, the installation structure of the elastic gasket according to the present invention, as shown in Figure 5a,

A glass support insulation bracket (2b) formed and formed of a synthetic resin material to support the glass panel (2g) in the upper or lower portion of the glass panel (2g) constituting the moving window and to insulate the inside and the outside, between the side portion and the bottom surface A glass support insulating bracket 2b provided with a rotational groove 2bh at an inner edge thereof;

A rotating binding opening 2c of aluminum material inserted into the rotating groove 2bh, the rotating end portion 2ca rotatably fitted into the rotating groove 2bh and the side portion of the glass support insulating bracket 2b. A rotation binding hole 2c having a fitting groove 2cb formed on an outer surface extending upwardly;

It is formed of a rubber material so that the fixing end (2s2a) of the gasket is fitted into the fitting groove (2cb) of the rotational fastener (2c) while the upper close end (2s2b) of the gasket is the front or back of the glass panel (2g) It is arranged to support, the outer elastic end (2s2e) of the gasket is coupled in such a way as to cover the upper surface of the window frame frame (1) of aluminum material to be in contact with the lower side and the side portion of the glass support insulating bracket (2b) during sliding movement of the moving window In order to achieve a sliding sealing between the upper surface of the window frame frame 1, including an elastic gasket (2s2) provided by fitting the sliding cap (2s2c) of the plastic material to the outer elastic end (2s2e) of the gasket Is done.

The components forming the installation structure of the elastic gasket configured as described above undergo a step as shown in FIGS. 5A to 5C to form a moving window having the elastic gasket, and a roller at the bottom as shown in FIGS. 6A to 6B. Is installed on the window frame frame 1 while the sliding cap 2s2c fitted to the outer elastic end 2s2e of the elastic gasket 2s2 is kept in a sealed state in contact with the surface of the window frame frame 1. The movable window can be slidably moved in the lateral direction, and furthermore, even if deformation occurs in the side portion of the glass support insulation bracket 2b due to long-term use or a portion where the thickness of the glass panel 2g is changed, the glass support insulation bracket Fixing the elastic gasket 2s2 based on the proper rigidity and shape uniformity of the rotational fastener 2c provided between the 2b and the elastic gasket 2s2. So that part (2sca) can maintain a constant position without being detached from the fitting groove (2cb) of the pivoting binder obtain (2c).

For reference, FIG. 6B is a cross-sectional view of the left end of the movable window inserted into the window frame when the movable window is closed, wherein the chassis frame made of aluminum is present (two side support frame window), so that the inner side of the window frame frame 1 is elastic to the inner side of the window frame 1. It may have a structure for installing the gasket (1s2).

As described above, in the drawings showing preferred embodiments of the present invention with respect to the sliding window to which the present invention is applied, a plurality of glass panels are formed by overlapping at regular intervals, but joined by a sealing member to realize a vacuum in the gap portion. The present invention has been described by way of example, but is not limited thereto. The scope of the present invention is not limited thereto, and includes various types of sliding windows (doors or windows), and in the following claims Various modifications and improvements by those skilled in the art using the basic concepts of the present invention which are defined are also within the scope of the present invention.

1: window frame frame 2: moving window
2g: glass panel 2b: glass support insulation bracket
2bh: Meeting Home 2c: Meeting Lock
2ca: Rotating end 2cb: Fitting groove
2s2: elastic gasket 2s2a: fixed end
2s2b: upper contact end 2s2e: outer elastic end
2s2c: sliding cap

Claims (1)

The glass support insulation bracket 2b and the window frame frame 1 are mounted on the glass support insulation bracket 2b for supporting the glass panel 2g of the moving window 2 from the upper or lower portion in the sliding window having the two side support frame window chassis. In the mounting structure of the elastic gasket attached to the sealing member between the upper surface of the,
A glass support insulation bracket (2b) formed and formed of a synthetic resin material to support the glass panel (2g) in the upper or lower portion of the glass panel (2g) constituting the moving window and to insulate the inside and the outside, between the side portion and the bottom surface A glass support insulating bracket 2b provided with a rotational groove 2bh at an inner edge thereof;
A rotating binding opening 2c of aluminum material inserted into the rotating groove 2bh, the rotating end portion 2ca rotatably fitted into the rotating groove 2bh and the side portion of the glass support insulating bracket 2b. A rotation binding hole 2c having a fitting groove 2cb formed on an outer surface extending upwardly;
It is formed of a rubber material so that the fixing end (2s2a) of the gasket is fitted into the fitting groove (2cb) of the rotational fastener (2c) while the upper close end (2s2b) of the gasket is the front or back of the glass panel (2g) It is arranged to support, the outer elastic end (2s2e) of the gasket is coupled in such a way as to cover the upper surface of the window frame frame (1) of aluminum material to be in contact with the lower side and the side portion of the glass support insulating bracket (2b) during sliding movement of the moving window In order to achieve a sliding sealing between the upper surface of the window frame frame 1, including an elastic gasket (2s2) provided by fitting the sliding cap (2s2c) of the plastic material to the outer elastic end (2s2e) of the gasket Installation structure of the elastic gasket, characterized in that made.

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