KR20130036749A

KR20130036749A - Retractable tab to install on the door frame of sliding window

Info

Publication number: KR20130036749A
Application number: KR1020130028699A
Authority: KR
Inventors: 박영기
Original assignee: 박영기
Priority date: 2013-03-18
Filing date: 2013-03-18
Publication date: 2013-04-12

Abstract

The present invention relates to complementing the loopholes of the door frame used for sliding windows by installing in the door frame of the window. In order to achieve the purpose, a retractable retainer was installed in the lower door frame at the center of the door crossing point to make an indirect waterway, and in order to maintain it, a rail cover was made of aluminum material to cover the retainer to naturally inflow rainwater. The airtightness was maximized by blocking the external air and the internal air flow at the same time with the organic functions such as the blocking of the retractable barrier, the rail cover and the indirect waterway. The purpose of the present invention is to further increase the energy saving, soundproofing, and interior cleanliness of the door frame.
[Index]
doorframe. Retractable prosthesis. Sliding window, Drainage (hole), airtight, inside, outside, inside, outside, windshield

Description

Retractable curtain for installing on the door frame of sliding window {omitted}

The present invention is a permanent that can achieve the object by installing a retractable retainer that was not previously seen in the door frame used for building sliding windows, making an indirect waterway, and covering the top of the retractable retainer with an aluminum rail cover.

Generally for sliding windows, aluminum windows or P.V.C. For the purpose of discharging rainwater inflow, etc. in the door frame used for windows and doors, press the machine at the lower end of each rail to maintain a certain distance at the lower end of each rail to make water holes, and naturally flow water through the water holes. The drainage method is applied. As shown in FIG. 1, water is drained into a semi-circular water hole installed in the lower end of the inner side 3 rail by punching into a semi-circular water hole or an elliptical water hole as illustrated in FIG. It is designed to be drained to the outside through rail 7 of the last external insect screen and is currently used in the same way as in FIG.

The problem with the door frames of windows and doors manufactured by such a process is that even if a screen is installed outside in the summer, various insects (such as mosquitoes, etc.) enter the room by the light coming out of the water holes, so even water holes such as paper are used. The inconvenience of having to prevent this would have become a custom for everyone. In addition, when the cold wind comes in during the winter season, when the wind blows badly, various harmful dusts are paired, and the dusts are sometimes introduced into the room, causing another pollution. More deeply, it is a matter of reality that we all know that all of us, the daughters of our blood and sweat, are released to the outside through the water holes without rest.

The present invention damages the original drainage function by applying an aluminum rail cover and a retractable retainer to one of the most important components of a door frame of a sliding window, that is, various problems caused through water holes, and making an indirect waterway. It aims to solve all the inconveniences (seasonality, sound insulation, heat insulation) caused by the drainage, or the water hole.

According to the present invention, the mold design for the retractable retainer is set up in various ways, and then precisely injected by the injection mold, but precisely assembled by the design, and then the lower door frame at the intersection of the inner window and the outer window, which is the target part of the door frame. The objective of the invention can be achieved by covering the rail cover after shaping the indirect waterway to securely insert and install the center part.

The present invention can permanently solve the problems caused by the indispensable drainage in the door frame of sliding windows (confidence, soundproofing, heat insulation) can first have emotional safety from noise pollution and free from dust of contaminated pollution. In addition, saving fuel consumption brings economic benefits to the household, and also saves foreign currency, keeps windows clean and prevents pests (such as mosquito perennials) from accessing homes.

1 is a perspective view of a water hole formed in a conventional PVC sliding double window
Figure 2 is a perspective view of the triple rail type window frame formed according to the present invention
Figure 3 is an example of a detail view of the retractable retainer configured in the present invention
Figure 4 is an exploded view of the opening and closing the retaining implant configured in the present invention
Figure 5 is a cross-sectional perspective view of the closed closing insert inserted in the present invention

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

First, to explain in detail the overall outline of the present invention is to use a conventional casement window, even if the window is closed by exposure of the water hole drilled for the purpose of drainage, the atmosphere of the atmosphere is introduced into the room unprotected. Due to the winter, the warm air in the room is leaking to the outside. On the contrary, the cold air is introduced into the room, which leads to enormous loss of the heating cost. It is a reality that power consumption is rapidly increasing as it is released to outside and hot air from outside is introduced into the room. All other irrationalities can be referred to the background art.

In order to solve this problem, the play of the rail applied to the door frame has been raised higher than the height of the existing door frame. In order to keep the height safe and to compensate for the weakness of the material and to form an organic relationship, it is covered with aluminum cover.

The water hole work, which is the purpose of the drainage channel, is closed to the left side as shown in No. 1 (1-1) when the window is viewed from the outside by the method illustrated in FIG. The outside window is normally closed to the right as in No. 2 (2-2). This shows that the rails 3, 4, and 5 on the inner (indoor) side where the inner window is closed do not need a drainage hole.

However, some windows may be left open during use or in rainy weather. In addition, in order to solve the problem that water naturally comes close to the rail when the water is cleaned, water holes, me, and others are made as shown in FIG. On the outside side, holes, bars, and bars are made at the bottom of rails 6, 7, and 9, which are not airtight, depending on the size of the window.

After the water hole work is completed in this way, the retractable prosthesis configured by the present invention is installed at the lower end of the intersection of the interior (indoor) side window and the exterior (outdoor) side window, which is the position A (AA) point illustrated in FIG. give. The conventional technique is to install the weather plate, but it is very unreasonable.

After the foundation work is completed, move the aluminum cover shown in Fig. 4-1 in the direction of the arrow to cover the P.V.C.rail, and the installation of the retractable retainer will be completed as shown in Fig.5. Figure 2 in Figure 2 illustrates the retractable retainer of the A (AA) of Figure 2 and Figure 5, Figure 3 is a silicon bond securely attached to the retainer configured in the present invention and Figure 5 is a aluminum cover (cover) and Figure 4 is applied to PVC door frame.

If you explain this in terms of functionality

First, the water falling on the inner outer aluminum rail cover yaw is vertically dropped to the space part 12 at the left and right of the dotted line door in FIG. At this time, it will be well understood that the upper door itself is irrelevant to airtightness by blocking the air flow of the drop space. If part of the inner window is open during water cleaning or raining, the falling water will fall vertically to the left end 12 of the inner aluminum rail cover. The induced water will flow to the left space by the opening operation of the retractable retainer. The water flowing to the left joins the left rails 6, 7, and 9 and falls through the water hole 11 of the last screen 10 rail. It is a feature of the present invention to maintain perfect airtightness by blocking the air flow inside and outside by closing the retractable retainer. If there is a small amount of water in the left part of the inner door frame, this water will be easily applied to the internal humidity control.

In addition, new technologies are required in shaping the retractable retainer, which is the core technology of the present invention. To achieve this

First, it will be reasonable to select P.V.C. material in parallel with the expansion coefficient of the door frame by selecting a material that meets the thermal expansion coefficient.

Second, it is aimed at the injection of a mixture of additives that can withstand high temperatures and low temperatures without deformation.

Third, the dimension of the retainer is the inner dimension of the rail and the rail surface of the part where the inner window and the outer window intersect each other in the door frame to be inserted and installed (arrows of 8 and the distance between the arrows in the case of Figs. 1 and 2). 3 is applied to the number 8 of the opening and closing of the receptacle, that is, it is good to reduce the tolerance of about 1mm to the left and right. The height of the retainer can be set to the height of the retainer by subtracting 10 mm, which is the door insertion dimension, from the height of the rail. In this case, it is preferable that the outer surface of the door frame has a tolerance of 1 mm and a portion of the upper aluminum chassis (rail cover) having a tolerance of about 1 mm. The reason for reducing the 1mm type tolerance of left and right top and bottom is to insert the adhesive such as silicone between the 1mm type and reduce the inside and outside, and to secure the object safely.

Fourthly, the product first molds the mold according to the basic dimensions, and then precisely manufactures the mold according to the design and then injects the body and the opening of FIG. 3 by injection.

Fifth, No. 1 of FIG. 3 is a joint portion of the body and the opening and closing portion, and should be combined so that the opening and the body are naturally joined by silicone rubber or the like.

Sixth, feldspar or opening and closing brackets may be made of 27 kinds of stainless steel so as not to be permanently rusted, or they may adopt a stepping method in the injection itself.

Seventh, the opening should be designed to be smoothly opened and closed in the movement space of the lower end to cover the rail by making the height lower than the body as illustrated in FIG.

As described above, the method of installing the retractable retainer is completed in the door frame, as described above, first, as shown in FIG. 2, prior to the water hole work on the lower door frame, and then the AA point of FIG. The present invention is completed by seating the retractable retainer of FIG. 3 in the center door frame in the same manner as in FIG. 4 and then covering the aluminum rail cover as shown in FIG.

Claims

In the construction of the window frame of a building window, as shown in Fig. 2, the inner rails a, b, and c are formed in the same way as water holes on the right side of the door irrespective of airtightness. Window frame of triple rail type window to make water hole in and release to outside through screen rail

In order to satisfy the problem of airtightness of claim 1, in order to satisfy the problem of airtightness by installing a retractable barrier (see Fig. 3) in the center of the lower door frame (see Fig. 2A and AA) of the intersection of the inner window and the outer window air flow to the inside and outside Window sill that can be blocked to increase confidentiality

The window frame of the window in which the aluminum chassis for the retainer cover is installed through the rail cover of the aluminum chassis as illustrated in FIGS. 4 and 5 for the purpose of totally blocking the air flowing to the top of the retractable retainer according to claim 2.