KR101265743B1 - A combine device for prevent insulating and dewdrop of glass - Google Patents

Abstract

PURPOSE: A window connection device for insulation and dew condensation prevention is provided to prevent a single layer glass from being damaged by easily absorbing external impact applied to the single layer and to prevent dew condensation occurred in the inside of the single layer window. CONSTITUTION: A window connection device for insulation and dew condensation prevention comprises a first and a second pair glass(130,130'), a spacer(150) for maintaining a gap, a single layer glass(140), a connection frame(170), an L-shaped supporting unit(190), a fixing screw(200), and a frame fixing unit(210). The first and second pair glasses are fixed to the inside of a pair glass installation groove(120) at a window frame(110). The spacer is installed with the single layer glass by including an adhesive inside a second pair glass. The connection frame is fixed by including an adhesive unit in the upper part and the lower part of the inner side of the single layer glass. The supporting unit is located on the inner surface of the upper and lower corner connection unit of the connection frame and is connected to a corner fixing unit(191) with a screw(192). The fixing screw is integrally connected to the window frame by being inclined at the rear of the connection frame at an angle of 55-65 degrees in a single layer glass direction. The frame fixing unit is installed at the rear and one side of the connection frame and is fixed with the window frame and the single layer glass by a silicone molding material.

Description

{A combine device for prevent insulating and dewdrop of glass}

The present invention, in addition to the multi-layer glass pre-installed in the building, such as a multi-purpose apartment or officetel, the insulation and the single-layer glass combined with the connection frame can be easily and easily combined in the field without a separate construction work, and can be installed easily Condensation prevention glass window joining device, in particular, in addition to the multi-layer glass pre-installed in the building, such as residential apartments, officetels, etc., the single-layer glass combined with the connecting frame in advance, easy to use in the field without additional construction work, It can be easily combined and mounted, and in particular, the upper and lower corner joints of the connection frame on which the single-layer glass is installed are further firmly supported and fixed to further improve the stability of the upper and lower coupling structures of the single-layer glass. At the rear of the connecting frame, a fixing screw is provided at a predetermined angle in the direction of the monolayer glass. In order to be integrated with the window frame frame to push the connecting frame so that the single-layer glass can be fixed more securely, inside the spacer for maintaining the gap of the silicon material which is installed on the upper side and the lower side of the interior of the second laminated glass, respectively Silica-Gel absorbent is contained in the product, effectively removing moisture in the space between the single layered glass and the double layered glass, and easily absorbing external impacts applied to the single layered glass to prevent damage to the single layered glass. While preventing, the insulating effect through the single layer glass, as well as to prevent condensation occurring inside the single layer glass in advance, and the lower portion of the single layer glass and the lower portion of the lower connection frame rubber material The support blocks are respectively installed, combined with a window for preventing heat condensation and condensation to stably support and fix the lower portion of the single-layer glass Relates to a device.

In residential buildings such as residential complexes, apartments, or office buildings, which are generally known, many remodeling works have been carried out to improve residential performance. In this case, The window system with improved heat insulation and condensation phenomenon is preferentially installed and installed.

Conventional conventional triple glazing for preventing condensation related to this technology is known from Korean Utility Model Registration No. 20-0350061.

That is, the technical configuration of the present invention, as shown in Figure 1, to form a multi-layer glass installation groove (2) in the outdoor side of the main frame (1), the interior side through the middle glass fixing member (5) single-layer glass installation groove 10 is formed, the single layer glass 4 is inserted through the double layer glass 3 and the middle glass fixing member 5 in the multilayer glass installation groove 2 and the single glass installation groove 10, respectively. In this case, the multilayer glass 3 and the single layer glass 4 are fixed by double-sided adhesive tape (not shown) inserted into the multilayer and single layer glass installation grooves 2 and 10, and the multilayer glass. (3) and the single layer glass (4) is inserted into the packing (6) for blocking the outside air, while the single layer glass (4) has a configuration in which two air circulation ports (7) are formed, respectively, up and down Is done.

Therefore, after inserting and fixing the multilayer glass 3 into the multilayer glass installation groove 2 formed on the outdoor side of the main frame 1, the intermediate glass fixing member 5 separately installed in the multilayer glass installation groove 2 is fixed. The single layer glass 4 is inserted into and fixed to the single layer glass installation groove 10 formed at the interior side through which the double layer glass 3 and the single layer glass 4 are fixed by double-sided adhesive tape or the like, and then the packing 6 ) To block the inflow of outside air, and the indoor air flows into the space between the multilayer glass 3 and the single layer glass 4 through the air circulation holes 7 formed on the single layer glass 4 and the lower side, and condensation occurs. It is to prevent the occurrence.

However, in the case of the single-layer glass (4) constituting the triple glass for preventing condensation as described above, in order to install it into the double-layer glass (3), a separate intermediate glass fixing member (5) inside the laminated glass installation groove (2) ) Must be installed directly in the field integrally with the main frame (1), and after replacing the existing main frame (1), in the construction of fixing in the order of the multilayer glass (3) and the single layer glass (4) In addition to the difficulties, there is a problem that the economic burden is increased.

In addition, when the indoor air flows into the space between the multilayer glass 3 and the single layer glass 4 through the air circulation holes 7 formed on the upper and lower sides of the single layer glass 4, respectively, Due to the temperature difference between the humid indoor air flowing into the interior space of the multilayer glass 3 and the single layer glass 4, condensation such as dew droplets is frequently generated on the multilayer glass 3 as well as externally occurring. There have been many problems such as damaging the sound insulation performance for traffic noise.

SUMMARY OF THE INVENTION The present invention has been made to improve the above-mentioned problems. The object of the present invention is to add a single-layer glass previously combined with a connecting frame, in addition to a multi-layer glass previously installed in a building such as a residential apartment or officetel. Easily and easily combined and mounted in the field without additional construction work, and in particular, the upper and lower corner connecting portion of the connection frame on which the single-layer glass is installed to be further firmly supported and fixed, the upper and lower sides of the single-layer glass To further enhance the stability of the coupling structure, the fixing screw is inclined at a predetermined angle in the direction of the monolayer glass in the rear of the connecting frame to be integrally coupled with the window frame frame to push the connecting frame to further secure the single layer glass And installed in the upper side and the lower side of the inside of the second multilayer glass, respectively. Silica-gel moisture absorbent is contained inside the spacer for keeping the gap between Licon, which effectively removes moisture in the space between the single-layer glass and the double-layer glass, and easily absorbs external shocks applied to the single-layer glass. While preventing the breakage of the glass, it is possible to prevent the condensation phenomenon occurring inside the single glass as well as the heat insulation effect through the single glass, and the lower portion of the single glass and the bottom of the lower connection frame There is provided a rubber support block, respectively, to provide a thermal insulation and condensation prevention glass window coupling device that can stably support and fix the lower portion of the single-layer glass.

As a technical means for achieving the above object, the present invention, the first and second laminated glass is fixed to the inside of the laminated glass installation groove of the window frame frame, the single-layer glass is interpolated inside the interior side of the laminated glass In the fixed window installation device for insulation and condensation prevention,

The interior of the second multilayer glass is installed in the upper side and the lower side, the spacer for keeping the gap of silicon material is installed through the adhesive, the single layer glass is installed, the connection frame is fixed to the upper and lower parts of the interior glass through the adhesive portion To the upper and lower corners of the connection frame, the inner space portion of the connecting frame is a cross-section of the a-shaped pedestal is located and coupled as a screw and the corner fixture is installed on the upper side, wherein the corner fixture is a step formed in the connecting frame It is hooked and supported, and the a-shaped pedestal is pushed by the rotation of the screw and the corner fasteners are pulled so that the upper and lower corner joints of the connection frame are firmly installed and fixed, and a fixing screw is formed at the rear of the connection frame. Tilt at an angle of 55 to 65 degrees in the direction of the window frame frame integrally connected to the connection The frame can be pushed and fixed, and one side and the rear of the connecting frame is provided with a frame fastener is provided with a window molding apparatus for insulating and condensation prevention, characterized in that the window frame frame and a single layer glass and molding to be fixed as a silicone molding material. By

In addition, the present invention is characterized in that the rubber material supporting blocks for supporting and fixing the lower portion of the single-layer glass in the lower portion and the lower connection frame of the single-layer glass, respectively.

In addition, the present invention is characterized in that the adhesive portion bonded to the connection frame on the upper and lower sides of the interior glass of the single layer glass, characterized in that composed of a double-sided adhesive tape.

In another aspect, the present invention is characterized in that the spacer for spaced intervals installed in the interior upper and lower sides of the second multilayer glass contains 30 to 40% by weight of the moisture absorbent of the silica-gel component in 60 to 70% by weight of silicon. do.

According to the inventors of the present invention, the window coupling device for preventing insulation and condensation, in addition to the multi-layer glass pre-installed in buildings such as residential apartments, officetels, etc., the single-layer glass combined with the connecting frame in advance is easy to use in the field without additional construction work. In addition, the upper and lower corner joints of the connection frame on which the single-layer glass is installed can be firmly supported and fixed, and the stability of the upper and lower coupling structures of the single-layer glass is further improved. The rear side of the connecting frame is fixed to a fixed angle in the direction of the single layer glass in the direction of the window frame frame is integrally fastened to push the connecting frame to further secure the single layer glass, the inner side of the second laminated glass Spacing for spacing of silicon material which is installed in the upper side and the lower side respectively The inside contains a silica gel gel absorbent, which effectively removes moisture in the space between the single layered glass and the double layered glass, and easily absorbs external shocks applied to the single layered glass to prevent breakage of the single layered glass. Insulation effect through the single layer glass, as well as to prevent the condensation (단) generated inside the single layer glass in advance, and the rubber support block is provided in the lower and lower connection frame of the single layer glass. Installed each, there is an excellent effect that can stably support and fix the lower portion of the single-layer glass.

While the invention has been shown and described with respect to particular embodiments, it will be appreciated that the invention can be varied and modified without departing from the spirit or scope of the invention as set forth in the following claims. It will be appreciated that those skilled in the art can easily know.

1 is a cross-sectional structural view of the combined state of the conventional triple condensation prevention glass.
Figure 2 is a cross-sectional structural view of the bonded state of the glass window for insulating and condensation prevention in accordance with the present invention.
Figure 3 is a cross-sectional structure of the upper bonded state of the single-layer glass constituting the present invention window for preventing heat condensation and condensation.
Figure 4 is a cross-sectional structure of the lower bonded state of the single-layer glass constituting the glass window for heat insulation and condensation prevention according to the present invention.

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

2 is a cross-sectional structural view of the bonded state of the insulating and condensation-preventing glass window according to the present invention, Figure 3 is a cross-sectional structural view of the upper bonded state of the single-layer glass constituting the present invention the insulating and condensation preventing glass window, Figure 4 is a heat insulating according to the present invention And a cross-sectional structural view of the lower coupled state of the single-layer glass constituting the glass window for preventing condensation, wherein the first and second double-walled glass 130, 130 ′ are fixedly installed in the multi-layer glass installation groove 120 of the window frame frame 110. In this case, the spacer 150 for maintaining the gap between the upper and lower sides of the second multilayer glass 130 ′ may be installed with the single layer glass 140 through an adhesive.

In addition, the connection frame 170 is fixed to the interior upper and lower portions of the single-wall glass 140 through the adhesive part 160, and the inner space portion of the upper and lower corner connecting portions 180 of the connection frame 170. 181 is a cross-section a-shaped pedestal 190 is located and coupled as a corner fixture 191 and a screw 192 installed on the upper side, wherein the corner fixture 191 is formed in the connecting frame 171 It is caught to be supported by the step 171, by pushing the a-shaped pedestal 190 by the rotation of the screw 192 and the corner fastener 191 is pulled up, the upper and lower corner connecting portion 180 of the connecting frame 170 ) Is firmly installed to support it.

In addition, the fixing screw 200 is inclined at an angle of 55 to 65 degrees in the direction of the single layer glass 140 at the rear of the connecting frame 170 to be integrally coupled with the window frame frame 110 to push the connecting frame 170. The fixing frame 210 is installed at one side and the rear side of the connecting frame 170 to fix the window frame frame 110 and the single layer glass 140 as the silicon molding material 220.

At this time, the lower portion of the single-layer glass 140 and the lower portion of the lower connection frame 170 is made of a configuration in which the rubber material support blocks 230 and 230 ′ supporting and fixing the lower portion of the single-layer glass, respectively.

Hereinafter, an embodiment of the present invention will be described in detail.

2 to 4, the first and second laminated glass 130, 130 'mounted on the window frame frame 110 of a building such as a multi-purpose apartment or officetel, the main frame ( The first and second multilayer glass 130 and 130 ′ are interpolated and fixed in the multilayer glass installation groove 120 formed in the 110.

At this time, in addition to the first and second multilayer glass 130 and 130 ', when the separate single-layer glass 140 is mounted inside the interior, the interior side of the second multilayer glass 130' is inside. The spacer 150 for maintaining the gap between the upper and lower sides of the silicon material is installed on the upper and lower portions of the single layer glass 140 through an adhesive, so that the moisture in the room flows into the inner air layer of the single layer glass 140. Blocking, thereby to prevent the condensation (結露) phenomenon of the single layer glass 140 in advance.

In addition, the space keeping spacer 150 installed inside the upper side and the inner side of the second multilayer glass 130 ′ contains 30-40 wt% of the moisture absorbent of silica-gel component in 60-70 wt% of silicon. As a result, the moisture in the space between the single layer glass 140 and the double layer glass 130 'can be easily sucked in and removed, and the external impact applied to the single layer glass 140 can be easily absorbed. To prevent breakage of the single layer glass.

Subsequently, the connection frame 170 is fixed to the interior upper and lower portions of the single-wall glass 140 through an adhesive part 160 formed of a double-sided adhesive tape, and the upper and lower sides of the connection frame 170 are fixed. Corner connecting portion 180, the inner space portion 181, the cross-section is a b-shaped pedestal 190 is located and coupled as a corner fixture 191 and a screw 192 installed on the upper side, wherein the corner fixture 191 Is supported by being caught by the step 171 formed in the connection frame 171, and the fastening via the a-shaped pedestal 190 and the screw 192 by the operation of rotating the screw 192 with a driver or the like. The corner fixture 191 is pulled in the direction of the arrow of Figure 3, on the contrary, the cross-section a-shaped pedestal 190 is to push the connection frame 170, the connection frame on which the laminated glass 140 is installed Upper and lower corner connections (18) of (170) Support 0) more firmly so that it can be fixed.

In addition, the fixing screw 200 is inclined at an angle of 55 to 65 degrees in the direction of the single layer glass 140 at the rear of the connecting frame 170 to be integrally coupled with the window frame frame 110, thereby connecting the connecting frame 170. It is pushed through the fixing screw 200 so that the single-layer glass 140 can be further firmly fixed.

In this case, when the connection frame 170 is fastened to the window frame frame 110 through the fixing screw 200, the fixing screw 200 may be inclined at an angle of 55 degrees or less toward the single layer glass 140. In this case, the fastening of the connection frame 170 and the window frame frame 110 through the fixing screw 200 is extremely weak, the fixing screw 200 is easily detached, as well as the fixing screw 200 In the case of fastening inclined at an angle of 65 degrees or more in the direction of the single-layer glass 140, while the fastening force of the connection frame 170 and the window frame frame 110 through the fixing screw 200 is firm, while the connection frame It is not possible to properly push the 170 through the fixing screw 200, accordingly due to being unable to firmly fix the single layer glass 140, the fixing screw 200 in the rear of the connecting frame 170 ) Monolayer oil It is most preferable that the window frame frame 110 is inclined at an angle of 55 to 65 degrees in the direction of the li 140.

In addition, the frame frame 210 is installed at one side and the rear side of the connection frame 170 and is installed to fix the window frame frame 110 and the single layer glass 140 as the silicone molding material 220 to fix the molding frame. The 170 is further firmly supported and fixed, as well as the moisture introduced into the single layer glass 140 by the silicon molding material 220 molded into the window frame frame 110 and the single layer glass 140. By blocking it, it is possible to further prevent the heat insulation and condensation phenomenon inside the single-layer glass.

On the other hand, the lower portion of the single layer glass 140 and the lower portion of the lower connection frame 170, the rubber material supporting blocks 230 and 230 'for supporting and fixing the lower portion of the single layer glass, respectively, to be installed, thereby supporting the rubber material Through the blocks 230 and 230 ′, the lower portion of the single layer glass 140 may be stably supported and fixed.

110 ... window frame frame 120 ... two-layer glass installation groove
130,130 '... 1st and 2nd layer glass 140 ... Single layer glass
150 ... Spacer spacer
160 ... bond 170 ... connection frame
180 Corner connection 181 Space
190 Base ... 191 Corner fixture
192 ... screw 200 ... fixed screw
210 ... Frame Fixture 220 ... Silicone Molding Material
230,230 '... rubber support block

Claims (4)

In the double-glazed glass installation groove of the window frame frame, the first and second double-glazed glass is fixedly installed, in the interior side of the double-glazed glass, the single-layer glass is interpolated and fixed in the glass window joining device for preventing and condensation,
The interior of the second multilayer glass is installed in the upper side and the lower side, the spacer for keeping the gap of silicon material is installed through the adhesive, the single layer glass is installed, the connection frame is fixed to the upper and lower parts of the interior glass through the adhesive portion To the upper and lower corners of the connection frame, the inner space portion of the connecting frame is a cross-section of the a-shaped pedestal is located and coupled as a screw and the corner fixture is installed on the upper side, wherein the corner fixture is a step formed in the connecting frame It is hooked and supported, and the a-shaped pedestal is pushed by the rotation of the screw and the corner fasteners are pulled so that the upper and lower corner joints of the connection frame are firmly installed and fixed, and a fixing screw is formed at the rear of the connection frame. Tilt at an angle of 55 to 65 degrees in the direction of the window frame frame integrally connected to the connection The frame can be pushed and fixed, one side and the rear of the connecting frame is a frame fixture is installed as a silicon molding material for fixing the window frame frame and the single-layer glass and the molding, characterized in that the glass window coupling device.
The method of claim 1, wherein the lower portion of the single-layer glass and the lower portion of the lower connection frame is a glass window joining device for insulating and condensation prevention, characterized in that the rubber support block for supporting the lower portion of the single-layer glass is installed.
The method of claim 1, wherein the adhesive portion to be bonded to the connection frame on the upper and lower side of the interior glass of the single-layer glass, the insulating and condensation prevention glass window joining device, characterized in that consisting of a double-sided adhesive tape.
The method of claim 1, wherein the spacer for the space to be installed in the interior upper and lower side of the second laminated glass, the silicon 60 to 70% by weight of the moisture absorbing material of the silica-gel component contains 30 to 40% by weight. Glass window joining device for insulating and condensation.

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