KR-20260066461-A - WINDOW FRAME THAT INCREASE SILICONE EFFICIENCY

Abstract

According to the window frame of the present invention that improves silicone usage efficiency, when one wishes to apply silicone between the glass and the support member while the edge of the glass is in close contact between the second support plate, one simply needs to inject the silicone between the glass and the inclined surface. At this time, because the silicone does not flow outward from the support member due to the inclined surface, the silicone application is easy, and even a non-expert can easily apply the silicone.

Inventors

• 김영신

Assignees

• 주식회사 위더스하우징

Dates

Publication Date

20260512

Application Date

20241104

Claims (2)

1. As a window frame that increases silicone usage efficiency, Walls exposed to the outside; A frame connected to the above wall; A cover member for silicone protection comprising: silicone that fills the gap between the wall and the frame; and a cover member that protects the silicone from exposure to ultraviolet rays. Window frame that improves silicone usage efficiency.
2. In Article 1, The above window comprises a pair of glass panes spaced apart by a certain distance to form a gap, and An insulating spacer located in the above-mentioned space to maintain the spacing between a pair of glass panes, and A gasket positioned in the internal space formed between the above-mentioned insulating spacer and the edge of the above-mentioned pair of glass to provide a thermal bridge blocking function, and A window frame that improves silicone usage efficiency, comprising silicone that fills the internal space to embed the gasket.

Description

Window Frame That Increases Silicone Efficiency The present invention relates to a window frame, and more specifically, to a window frame that allows for easy silicone treatment. General buildings consist of approximately 30% or more of windows, and various glazing forms are required to meet the demands for more aesthetically pleasing exteriors and increasingly complex architectural designs. Consequently, thermal insulation performance is required for window and glazing materials to reduce building heating and cooling energy consumption. To meet these requirements, the diverse high-energy performance of constituent materials—such as glass, spacers, and sealants—that make up glazing, specifically double-glazed windows, is becoming increasingly important. Changho refers to various types of windows or doors installed in openings, such as windows or doorways, to block the interior of a building from the exterior. Windows and doors serve as walls that isolate the interior from the exterior of a building, while simultaneously acting as a passageway for sunlight and fresh outside air. Recently, due to the aging of facilities and changes in the environment, various methods have been proposed to improve the performance of windows and doors. In particular, as a method used to improve the performance of existing windows, replacing the entire window system is the most reliable way to enhance window performance in terms of durability and the completeness of the installation. However, this requires a significant amount of construction cost and time. Consequently, many construction methods are being introduced to improve the performance of windows by adding glass panes instead of replacing the entire window system. However, the additional construction method of adding glass panes is also unsatisfactory in terms of durability and stability, and has the problem of making it difficult to achieve the desired thermal insulation. FIG. 1 is a cross-sectional view showing an example of a window frame according to the prior art. FIG. 2 is a perspective view showing a window frame that is easy to silicone treat according to a preferred embodiment of the present invention. FIG. 3 is a cross-sectional view showing an example of silicone treatment being performed with glass fitted into a frame. FIG. 1 is a cross-sectional view showing one example of a window frame according to the prior art, and FIG. 2 is a cross-sectional view showing another example of a window frame according to the prior art. As described, the window includes a square frame (100) and glass (200) fitted into the frame (100). The above frame (100) is composed of a hollow rectangular body (110) formed long in the longitudinal direction and a support member (120) that extends from one side of the rectangular body (110) and supports glass (200). The support member (120) is composed of a pair of extension plates (121) that extend vertically from both sides of one side of the rectangular body (110) and a pair of support plates (122) that extend in a direction facing each other from the ends of the extension plates (121) and through which the edges of the glass (200) are inserted and supported. In a window frame having this configuration, the edge of the glass (200) is inserted between the two support plates (122) of the support member (120), and silicone treatment is applied to the part where the glass (200) and the support plates (122) meet each other for waterproofing, soundproofing, etc. As shown in FIG. 1, when the edge of the glass (200) is tightly fitted between the support plate (122), the silicone in a gel state overflows to the outside when silicone(s) is applied to the part where the glass (200) and the support plate (122) meet. Therefore, there is a problem that silicone treatment is not easy. As shown in FIG. 2, when the glass (200) is loosely fitted between the support plate (122), a gap is created between the glass (200) and the support plate (122). Consequently, when applying silicone treatment to the part where the glass (200) and the support plate (122) meet, too much of the gel-like silicone (s) seeps into the gap between the glass (200) and the support plate (122). Therefore, there is a problem in that not only is the silicone treatment not easy, but the amount of silicone consumed is also too high. FIG. 3 is a perspective view showing a window frame that is easy to silicone treat according to a preferred embodiment of the present invention. A window frame (1) that is easy to silicone treat according to the present invention includes a body (10) and a support member (20). The above body (10) is formed in the shape of a square pipe with a hollow interior, and has both ends open and four sides closed. The above support member (20) is formed on one side of the body (10) and supports the edge of the glass (2). This support member (20) includes a pair of extension plates (21) that extend vertically from the edge of one side of the body (10), a pair of first