KR102570914B1 - Window frame structure for ventilating window - Google Patents

Abstract

This relates to the window frame structure where the honeycomb filter ventilation window is combined.
In detail,
In the window frame structure (1) in which the honeycomb filter ventilation window is combined,
A basic frame (F) of a square shape; and, a first rail (400) formed on the basic frame (F) and coupled with a honeycomb filter ventilation window net means (A); and, on the first rail (400) A honeycomb filter ventilation window net means (A) that is coupled; and a honeycomb filter ventilation window net means formed toward the indoor direction based on the first rail 400 and blocking a part of the honeycomb filter ventilation window net means (A). A second rail (500) to which a pocket window (W0) is coupled to utilize the advantages of (A); and a pocket window (B) coupled to the second rail (500); and, the second rail ( 500), a third rail 600 formed toward the indoor direction and coupled to the first window W1; and a first window W1 coupled to the third rail 600; and, the first A fourth rail (700) formed toward the indoor direction based on the third rail (600) and to which the second window (W2) is coupled; And a second window (W2) coupled to the fourth rail (700),
It is characterized by allowing the interior of the indoor space to be naturally ventilated at any time as needed, regardless of the weather, dust, and fine dust concentration.
For this reason, the present invention, as described above, provides a window frame structure (1) in which a honeycomb filter ventilation window is combined, which allows easy natural ventilation of the interior of the indoor space regardless of the external environment (weather, dust, fine dust). In particular, it has the advantage of maximizing the ventilation required for natural ventilation through the honeycomb filter ventilation window (S2), as well as the durability of the structure, light blocking, and blocking the inflow of rainwater.
In other words, it provides a window frame structure that can maximize the usability of the honeycomb filter ventilation window (S1).

Description

Window frame structure where the honeycomb filter ventilation window is combined {Window frame structure for ventilating window}

The present invention relates to a window frame structure in which a honeycomb filter ventilation window is combined, and more specifically, to enable natural ventilation of the indoor space by opening the window, regardless of the external environment (weather, dust, fine dust concentration). This relates to a window frame structure in which a honeycomb filter ventilation window is combined.

In general, buildings with indoor living spaces sealed from the outside, such as large-scale apartments, high-rise buildings, and houses, have indirect indoor lighting functions by sunlight, as well as outdoor viewing functions, blocking wind and water, soundproofing, and thermal insulation. A window is installed.

A window has a window frame fixed to an opening in a usually rectangular wall, and has a hinged or fixed mounting structure on the window frame.

Furthermore, a separate insect screen is installed on the window frame to prevent various insects from entering the room depending on seasonal characteristics.

In buildings with windows installed in this way, indoor ventilation must be done frequently by opening the windows in order to ventilate the enclosed space within the building. When ventilating the room, the window must be opened for a certain period of time while keeping the insect screen closed. Open and ventilate.

However, when ventilating the room by opening the window, the inflow of various insects can be prevented by using an insect screen, but pollutants such as yellow dust and fine dust, which have recently become a problem, are introduced into the room, making it difficult to ventilate the room from time to time. This is the current situation. (We are aware that failing to ventilate can harm our health due to indoor air pollution, but if we ventilate while ignoring yellow dust or fine dust, it can also cause respiratory diseases and various allergies. This can result in limited ventilation due to various external environments.)

Therefore, the present invention,

Regardless of the external environment, we aim to provide natural ventilation of the interior, while providing a ventilation window that ensures sufficient ventilation and a window frame structure that maximizes its effectiveness.

Accordingly, as prior art regarding the window frame structure to which the honeycomb filter ventilation window is combined,

As shown in (a) of Figure 8, the "insect screen integrated window structure" (hereinafter referred to as 'prior art 1') of Republic of Korea Patent Publication No. 10-1807569,

A window frame on which a window is installed, a window that moves along rails provided at the top and bottom of the window frame, and an insect screen housing installed on a side frame of the window frame and having a roll-type insect screen inside, the user When a window is opened, an insect screen is automatically installed according to the movement of the window, and when the window is closed, the insect screen is automatically dismantled, preventing the user's view through the window from being obstructed by the insect screen. It relates to a window structure integrated with an insect screen that can prevent the insect screen from being contaminated with dust, etc. due to long-term installation.

Another prior art is:

As shown in (b) of Figure 8, "Window frame structure with separate insect screen" (hereinafter referred to as 'prior art 2') of Republic of Korea Patent Publication No. 10-1882763,

A base frame member installed on a window frame and provided with a plurality of openings for installing an insect screen that penetrates and opens to the front and rear, an insect screen member mounted on the base frame member and covering the plurality of openings for installing an insect screen and including a mesh body, the A detachable type that greatly improves the convenience of maintaining and managing the insect screen by allowing a plurality of insect screens to be individually separated and easily cleaned, including a guide rail member that is provided on the base frame member and is detachably coupled by sliding the insect screen member. It relates to a window frame structure equipped with an insect screen.

As seen, prior art 1 to prior art 2 are in the same technical field as the present invention, and although there are some similar and identical technical concepts in the basic components that make up the invention, the problem that the invention seeks to solve and the technology to solve it The means and the effects achieved are different.

In other words, prior art 1 is a technology for a window structure that allows the insect screen to automatically open and close in accordance with the opening and closing of the window,

Prior art 2 is a technology for a window frame structure that improves the convenience of maintaining and managing the insect screen by easily attaching and detaching the insect screen from the frame.

Therefore, with the present invention,

There are differences in the technical characteristics of the specific solution (component) of the invention to solve the problem that the invention seeks to solve and to demonstrate its effect.

Therefore, the problem to be solved by the present invention (object of the invention), the solution (component) for solving the problem, and the problem to be solved by the present invention, which is different from the technology related to the conventional ventilation window, including the prior art 1 to the prior art 2, and the solution (component) for solving the problem Based on the effect achieved by solving the problem, we aim to develop its technical characteristics.

Republic of Korea Patent Publication No. 10-1807569 (registered on December 5, 2017) Republic of Korea Patent Publication No. 10-1882763 (registered on July 23, 2018)

Accordingly, the present invention was devised to solve the above-described conventional problems,

The purpose is to provide a window frame structure that combines a honeycomb filter ventilation window with maximized durability, ventilation, and blocking of sunlight, rainwater, dust, and fine dust.

The present invention to achieve the above object was devised to achieve the problem to be solved,

In the window frame structure where the honeycomb filter ventilation window is combined,

Square-shaped basic frame;

A first rail formed on the basic frame and coupled with a honeycomb filter ventilation window net means;

A honeycomb filter ventilation window mesh means coupled to the first rail;

a second rail formed toward the interior with respect to the first rail and coupled with a pocket window that blocks part of the honeycomb filter ventilation window net means and utilizes the advantages of the honeycomb filter ventilation window net means;

A pocket window coupled to the second rail;

a third rail formed toward the interior with respect to the second rail and to which the first window is coupled;

a first window coupled to the third rail;

a fourth rail formed toward the interior with respect to the third rail and coupled with a second window;

It consists of a second window coupled to the fourth rail,

It is characterized by allowing the interior of the indoor space to be naturally ventilated at any time as needed, regardless of the weather, dust, and fine dust concentration.

At this time, the pocket window is,

It is formed in close contact with the first window, and opens and closes simultaneously when the first window is opened and closed by the user.

In order to close part of the honeycomb filter ventilation window net means, the user separates only the pocket window from the first window and allows it to move independently along the second rail,

In addition, the window frame structure where the honeycomb filter ventilation window is combined,

a fifth rail formed toward the interior with respect to the fourth rail and coupled with a third window;

a third window coupled to the fifth rail;

A sixth rail formed toward the indoor direction based on the fifth rail and to which the fourth window is coupled;

It further includes and consists of a fourth window coupled to the sixth rail,

A double-glazed window structure can be formed,

The honeycomb filter ventilation window net means,

A first insect prevention module in which an insect prevention net is formed;

It consists of a second insect repellent module in which a honeycomb filter ventilation window is formed on a side of the first insect repellent module,

The honeycomb filter ventilation window formed in the second insect control module,

Dust-proof filter unit that blocks and prevents dust from entering from the outside;

It is composed of a honeycomb-shaped awning ventilation window that is combined with the dustproof filter unit and blocks and prevents sunlight and rainwater from entering the indoor space,

Regardless of the weather, dust, and fine dust concentration, the interior of the indoor space can be naturally ventilated, but the dust, sunlight, and rainwater inflow into the interior is blocked and prevented by the dustproof filter and awning ventilation window.

The awning ventilation window,

A honeycomb shading module consisting of polygonal shading prevention elements connected in a certain arrangement and a frame of a certain size;

A shading wing module formed at a certain angle on one or more of the surfaces of each of the shading prevention elements of the honeycomb shading module to block and prevent the inflow of sunlight and rainwater into the indoor space; Consisting of,

Maximizes the ventilation required for natural ventilation and the blocking of sunlight and rainwater flowing into the indoor space from the outside.

In addition, in the awning ventilation window,

A rainwater fall path module is formed with grooves of a certain depth between the shading prevention elements connected in a certain arrangement, allowing rainwater to flow down along a specific path. It is further included and configured,

It is characterized by guiding rainwater to flow along a specific path and easily fall down, rather than pooling in the honeycomb-shaped awning ventilation window.

Meanwhile, prior to this, the terms and words used in the patent registration claims in this specification should not be construed as limited to their usual or dictionary meanings, and the inventor should use the concept of terms to explain his or her invention in the best way. It must be interpreted as meaning and concept consistent with the technical idea of the present invention based on the principle that can be appropriately defined.

Accordingly, the embodiments described in this specification and the configurations shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent the entire technical idea of the present invention, so at the time of filing this application, various alternatives may be used to replace them. It should be understood that equivalents and variations may exist.

According to the present invention as described above in the above configuration and operation,

1. Provides a window frame structure that can maximize the effect of the honeycomb filter ventilation window.

2. Depending on the consumer's choice, single-pane and double-pane window frame structures combined with honeycomb filter ventilation windows can be provided.

In other words, it can be said to be a very effective invention that provides a window frame structure that can maximize the usability of honeycomb filter ventilation windows.

Figure 1 shows a configuration diagram of a window frame structure to which the honeycomb filter ventilation window of the present invention is combined.
Figure 2 is a plan view showing a conceptual diagram of a window frame structure to which the honeycomb filter ventilation window of the present invention is combined.
Figure 3 shows an embodiment of a window frame structure to which the honeycomb filter ventilation window of the present invention is coupled.
Figure 4 shows an example of a window frame structure in which the honeycomb filter ventilation window of the present invention formed of double pane is combined.
Figure 5 shows a conceptual diagram of the honeycomb filter ventilation window among the components of the window frame structure to which the honeycomb filter ventilation window of the present invention is combined.
Figure 6 shows an embodiment of the honeycomb filter ventilation window among the components of the window frame structure to which the honeycomb filter ventilation window of the present invention is combined.
Figure 7 shows an enlarged view of a portion of the awning ventilation window among the components of the honeycomb filter ventilation window of the window frame structure to which the honeycomb filter ventilation window of the present invention is coupled, as an example of an embodiment.
Figure 8 shows a representative diagram of the prior art regarding the window frame structure to which the honeycomb filter ventilation window of the present invention is combined.

Hereinafter, the function, configuration and operation of the window frame structure (1) to which the honeycomb filter ventilation window of the present invention is combined will be described in detail with reference to the attached drawings.

Figure 1 shows a configuration diagram of a window frame structure to which the honeycomb filter ventilation window of the present invention is coupled, Figure 2 is a plan view of a conceptual diagram of a window frame structure to which the honeycomb filter ventilation window of the present invention is coupled, and Figure 3 is a plan view of the honeycomb filter ventilation window of the present invention. Figure 4 shows an embodiment of a window frame structure to which a filter ventilation window is coupled, and Figure 4 shows an embodiment of a double-glazed window using a window frame structure to which a honeycomb filter ventilation window of the present invention is coupled.

As shown in Figures 1 to 4, the present invention,

In the window frame structure (1) in which the honeycomb filter ventilation window is combined,

Square-shaped basic frame (F);

A first rail (400) formed on the basic frame (F) and to which the honeycomb filter ventilation window net means (A) is coupled;

A honeycomb filter ventilation window net means (A) coupled to the first rail (400);

A pocket window (W0) is formed in the indoor direction based on the first rail 400, blocks a part of the honeycomb filter ventilation window net means (A), and allows the advantage of the honeycomb filter ventilation window net means (A) to be utilized. ) is coupled to the second rail (500);

A pocket window (B) coupled to the second rail (500);

A third rail (600) formed toward the indoor direction based on the second rail (500) and to which the first window (W1) is coupled;

A first window (W1) coupled to the third rail (600);

A fourth rail 700 is formed toward the indoor direction based on the third rail 600 and is coupled to the second window W2;

It consists of a second window (W2) coupled to the fourth rail (700),

It is characterized by allowing the interior of the indoor space to be naturally ventilated at any time as needed, regardless of the weather, dust, and fine dust concentration.

In other words, the present invention is a honeycomb filter ventilation window ( This is about the window frame structure where S2) is combined.

At this time, the pocket window (B) is,

It is formed in close contact with the first window (W1), and opens and closes simultaneously when the first window (W1) is opened and closed by the user.

In order to close part of the honeycomb filter ventilation window net means (A), the user separates only the pocket window (B) from the first window (W1) and allows it to move independently along the second rail (500).

In addition, the window frame structure (1) to which the honeycomb filter ventilation window is combined,

A fifth rail (800) formed toward the interior with respect to the fourth rail (700) and to which the third window (W3) is coupled;

A third window (W3) coupled to the fifth rail (800);

A sixth rail (900) formed toward the indoor direction based on the fifth rail (800) and to which the fourth window (W4) is coupled;

It further includes and consists of a fourth window (W4) coupled to the sixth rail (900),

A double-glazed window structure can be formed.

Looking at the present invention in more detail,

As shown in Figures 5 to 7,

The honeycomb filter ventilation window net means (A) coupled and mounted on the first rail 400,

A first insect prevention module (A1) in which an insect prevention net (S1) is formed;

It consists of a second insect repellent module (A2) in which a honeycomb filter ventilation window (S2) is formed on a side of the first insect repellent module (A1),

The honeycomb filter ventilation window (S2) formed in the second insect control module (A2),

A dust-proof filter unit 100 that blocks and prevents dust from entering from the outside;

The dustproof filter unit 100 is combined with a honeycomb-shaped awning ventilation window unit 200 that blocks and prevents sunlight and rainwater from flowing into the indoor space.

Regardless of the weather, dust, and fine dust concentration, the interior of the indoor space can be naturally ventilated, but the dust-proof filter unit (100) and the awning ventilation window unit (200) block and prevent the inflow of dust, sunlight, and rainwater into the interior. You can.

At this time, the awning ventilation window 200 is,

A honeycomb shading module 210 consisting of polygonal shading prevention elements 211 connected in a certain arrangement and forming a frame of a certain size;

The shading prevention element 211 of the honeycomb shading module 210 is formed at a certain angle on one or more of the surfaces to block and prevent the inflow of sunlight and rainwater into the indoor space. Consisting of a sunshade wing module (220),

Maximizes the ventilation required for natural ventilation and the blocking of sunlight and rainwater flowing into the indoor space from the outside.

In the awning ventilation window 200,

A rainwater fall path module 230 is formed as a groove of a certain depth between the sunshade prevention elements 211 connected in a certain arrangement, and allows rainwater to flow down along a specific path (R); It is further included and configured,

Rainwater can be induced to flow along a specific path (R) and easily fall down, rather than accumulating in the honeycomb-shaped awning ventilation window 200.

That is, the honeycomb filter window (S2) is,

It is coupled and mounted on the first rail 400, allowing the user to easily naturally ventilate the indoor space at any time without considering the interior of the indoor space being polluted by the external environment (weather, dust, fine dust). ,

In order to ensure active air circulation between the inside and outside of the indoor space, the area through which air inside and outside the indoor space passes is optimally secured to maximize ventilation, and a specific shape with excellent durability is applied to ensure durability. It is formed to secure.

More specifically,

The dustproof filter unit 100,

During natural ventilation, a dust-proof filter module 110 that filters dust and fine dust that may flow into the indoor space so that only pure outside air can ventilate the indoor space;

It consists of a dust-proof filter fixing module 120 that is in close contact with and fixes the dust-proof filter module 110 to the awning ventilation window 200, and is detachable from the awning ventilation window 200,

When naturally ventilating an indoor space, the inflow of dust and fine dust from the outside is blocked and prevented.

At this time, the dustproof filter module 110 is,

It is closely adhered to and fixed to the awning ventilation window 200 by the dust-proof filter fixing module 120, or is bonded and integrated with the dust-proof filter fixing module 120 by high frequency sealing, and is attached to the awning ventilation window 200. ), or only the dustproof filter module 110 can be bonded and fixed to the awning ventilation window 200 using high frequency sealing.

In addition, the dustproof filter fixing module 120 is,

For example, it is configured in a structure that is detachable from the awning ventilation window 200, so that the dustproof filter module 110 can be easily cleaned and replaced. (The dustproof filter fixing module 120 is removed from the awning ventilation window 200. This structure for easy attachment and detachment is based on technology for conventional detachable structures, and detailed descriptions are omitted. In other words, various detachable structures can be applied to the dustproof filter fixing module 120.)

Meanwhile, the awning ventilation window 200,

As in the embodiment shown in Figure 4,

A honeycomb shading module 210 consisting of polygonal shading prevention elements 211 connected in a certain arrangement and forming a frame of a certain size;

The shading prevention element 211 of the honeycomb shading module 210 is formed at a certain angle on one or more of the surfaces to block and prevent the inflow of sunlight and rainwater into the indoor space. Consisting of a sunshade wing module (220),

Maximize the ventilation required for natural ventilation and the blocking of sunlight and rainwater flowing into the indoor space from the outside,

In the awning ventilation window 200,

A rainwater fall path module 230 is formed as a groove of a certain depth between the sunshade prevention elements 211 connected in a certain arrangement, and allows rainwater to flow down along a specific path (R); It is further included and configured,

It is characterized in that rainwater does not accumulate in the honeycomb-shaped awning ventilation window 200, but flows along a specific path (R) and is guided to easily fall down.

At this time, the polygon forming the shape of the sunshade prevention element 211 is,

It refers to a flat figure surrounded by three or more line segments, such as a triangle, but in the present invention, a circle may also be included.

However, in particular, the sunshade prevention element 211 in the present invention,

It is most preferable that the honeycomb shading module 210 is formed in a regular hexagon and has a honeycomb shape.

Due to the nature of the honeycomb shape, compared to other polygons, this is formed with the maximum area and maximum volume within the same area, thereby ensuring a sturdy structure, which prevents external forces such as bending, compression, and distortion. This is to easily disperse shock and maximize durability.

In addition, the awning ventilation window 200, due to the rainwater fall path module 230,

By guiding rainwater in contact to easily flow down along a specific path (R), it not only prevents rainwater from pooling, but also causes rainwater in contact with the awning ventilation window 200 to flow down a specific path (R) by the rainwater fall path module 230. ), so that it has its own cleaning effect.

In addition, the surface of the rainwater fall path module 230 is further included with a surface treatment coating element 231 coated to maximize the fluidity of rainwater as well as to protect the rainwater fall path module 230 from the external environment. It can be configured.

In addition, in the awning ventilation window 200,

It is formed on one side of the honeycomb awning module 210 and is in contact with one side of the window to create an airtightness between the window and the awning ventilation window 200, so that dust, fine dust, rainwater, It further includes and consists of a foreign matter inflow prevention packing module (240) that prevents the inflow of insects,

By preventing foreign substances other than pure outside air from entering the indoor space, a comfortable indoor space can be maintained.

In addition, the present invention,

An insect screen unit (300) is located and coupled between the dust-proof filter unit (100) and the awning ventilation window unit (200) to block and prevent insects, large particle dust, and foreign substances from entering the indoor space; is further included. ,

By primarily protecting the dust-proof filter unit 100 from the outside, the durability of the dust-proof filter unit 100 as well as the adhesion between the dust-proof filter unit 100 and the awning ventilation window unit 200 can be improved.

Meanwhile, the second rail 500, which maximizes the usability of the honeycomb filter ventilation window net means (A),

The pocket window (B) is mounted and combined, and is formed so that the user can separate it from the first window (W1) and close only the first insect prevention module (A1) of the honeycomb filter ventilation window net means (A).

That is, the second rail 500 is:

When the user moves and positions the honeycomb filter ventilation window net means (A) to the very end of the basic frame (F) along the first rail (400), the pocket window (B) is separated from the first window (W1). It is formed so that only one insect control module (A1) can be closed.

This allows the user to easily install the first insect repellent module (A1) of the honeycomb filter ventilation window net means (A) using the second rail 500 and the pocket window (B) mounted and coupled to the second rail (500). This is to ensure that natural ventilation can be achieved only through the honeycomb filter ventilation window (S2) formed in the second insect prevention module (A2) of the honeycomb filter ventilation window net means (A). (First insect prevention module This is because the insect screen (S1) formed in (A1) is affected by the external environment, such as weather, dust, and fine dust concentration.)

In addition, the second rail 500 and the pocket window B coupled to and mounted on the second rail 500,

The gap that may be created between the honeycomb filter ventilation window net means (A) and the first window (W1) is completely eliminated, allowing the user to fully utilize the effect of the honeycomb filter ventilation window (S2).

That is, if the second rail 500 and the pocket window B coupled to and mounted on the second rail 500 are omitted,

A gap is created between the honeycomb filter ventilation window net means (A) and the first window (W1), and the inside of the indoor space is polluted by the external environment (weather, dust, fine dust concentration).

Therefore, in order to maximize the usability of the honeycomb filter ventilation window net means (A), the second rail 500 and the pocket window (B) are formed.

In summary, the present invention is:

1. Provide a window frame structure that allows you to fully utilize the effect of the honeycomb filter ventilation window (S2),

2. Based on the effect of the honeycomb filter ventilation window (S2), to explain in more detail, the honeycomb shading module 210 in which the shading prevention elements 211 are formed in a certain arrangement ensures sufficient ventilation inside the indoor space. (Secure the straightness of the air flow and the expandability of the range in which the air can flow freely in a straight line.)

3. The sunshade wing module 220 blocks and prevents sunlight and rainwater from entering the indoor space,

4. The dust-proof filter unit 100 blocks and prevents dust and fine dust from entering the indoor space,

5. The rainwater fall path module 230 induces rainwater and foreign substances to easily fall downward along a specific path (R), preventing rainwater from accumulating in the awning ventilation window 200 or foreign substances from accumulating. This is a technology for the window frame structure where the honeycomb filter ventilation window is combined to achieve the effect.

In other words, there is an advantage that the interior of the indoor space can be naturally ventilated at any time regardless of the external environment.

In addition, the width (W) of the rainwater fall path module 230 constructed in the present invention is,

It is determined by the formula below.

W = (S _f * P _av * C) / H _w

At this time,

'W' is the width of the rainwater fall path module 230,

'S _f 'is the surface tension of the material of the honeycomb awning module 210,

'P _av ' is the average annual precipitation in the installation area,

'C' is the proportionality constant,

'H _w ' is the height at which the sunshade wing module 220 is formed.

That is, by determining the width (W) of the rainwater fall path module 230 according to the above equation, rainwater and foreign substances contained in the rainwater do not overflow the rainwater fall path module 230 and the awning wing module 220. , so that it can easily fall and flow downward along a specific path (R).

In addition, the present invention,

As shown in (b) of Figure 2,

With the formation of the second rail 500 and the pocket window B,

When the honeycomb filter ventilation window net means (A) is moved to the end of the basic frame (F) along the first rail (400) and positioned, it is inside the indoor space through the insect screen (S1) and the honeycomb filter ventilation window (S2). Fully open mode (M1) to allow natural ventilation;

As shown in Figure 2(c),

In fully open mode (M1), the pocket window (B) moves along the second rail (500) and closes only the insect screen (S1), allowing the indoor space to be naturally ventilated only through the honeycomb filter ventilation window (S2). Filter window open mode (M2) is further included and configured,

The user can appropriately change the two modes (M1, M2) according to the external environment to naturally ventilate the indoor space.

At this time, Figure 2 (a) shows a state in which the inside and outside of the indoor space are completely open,

(b) shows a state in which the honeycomb filter ventilation window net means (A) is closed and the inside of the indoor space is naturally ventilated through the honeycomb filter ventilation window net means (A),

In (c), only the insect screen (S1) formed on the first insect prevention module (A1) of the honeycomb filter ventilation window net means (A) is closed with the pocket window (B), and the honeycomb filter formed on the second insect prevention module (A2) is closed. This indicates that the interior of the indoor space is naturally ventilated only through the ventilation window (S2),

(d) shows a state in which the inside and outside of the indoor space are completely closed.

That is, (b) in Figure 2 shows the fully open mode (M1) state, and (c) shows the honeycomb filter window open mode (M2) state.

For reference,

In the present invention, the 'straightness' of the air flow means,

In the circulation (air flow) of internal air and external air in an indoor space, it refers to the ability of air to flow freely without obstructions.

‘Scalability’ means,

This refers to securing a sufficient area to allow air to flow freely and without obstructions.

As described above, the present invention is not limited to the described embodiments, and it is obvious to those skilled in the art that various modifications and changes can be made without departing from the spirit and scope of the present invention. .

Accordingly, since it can be implemented in various other forms without departing from the technical idea or main features, the embodiments of the present invention are merely examples in all respects and should not be construed as limited, and may be implemented with various modifications.

The present invention relates to a window frame structure in which a honeycomb filter ventilation window is combined,

Regardless of the external environment (weather, dust, fine dust concentration), we manufacture and sell window frame structures that combine ventilation windows that can naturally ventilate indoor spaces, as well as residential spaces and It can be applied to contribute to the promotion of various industrial fields, such as the construction industry and remodeling projects.

1: Window frame structure where honeycomb filter ventilation window is combined
100: Dust-proof filter unit 110: Dust-proof filter module
120: Dust-proof filter fixing module 200: Shade ventilation window
210: Honeycomb shading module 211: Shading prevention element
220: Sunshade wing module 230: Rainwater fall path module
231: Surface treatment coating element 240: Foreign matter inflow prevention packing module
300: insect screen 400: first rail
500: 2nd rail 600: 3rd rail
700: 4th rail 800: 5th rail
900: 6th rail
A: Honeycomb filter ventilation window mesh means B: Pocket window
F: Basic frame R: Specific path
A1: 1st insect repellent module A2: 2nd insect repellent module
M1: Fully open mode M2: Honeycomb filter window open mode
S1: Insect screen S2: Honeycomb filter ventilation window
W1: 1st window W2: 2nd window
W3: 3rd window W4: 4th window

Claims (6)

In the window frame structure (1) in which the honeycomb filter ventilation window is combined,
Square-shaped basic frame (F);
A first rail (400) formed on the basic frame (F) and to which the honeycomb filter ventilation window net means (A) is coupled;
A honeycomb filter ventilation window net means (A) coupled to the first rail (400);
A pocket window (W0) is formed in the indoor direction based on the first rail 400, blocks a part of the honeycomb filter ventilation window net means (A), and allows the advantage of the honeycomb filter ventilation window net means (A) to be utilized. ) is coupled to the second rail (500);
A pocket window (B) coupled to the second rail (500);
A third rail (600) formed toward the indoor direction based on the second rail (500) and to which the first window (W1) is coupled;
A first window (W1) coupled to the third rail (600);
A fourth rail 700 is formed toward the indoor direction based on the third rail 600 and is coupled to the second window W2;
It consists of a second window (W2) coupled to the fourth rail (700),
Regardless of the weather and dust and fine dust concentration, the interior of the indoor space can be naturally ventilated at any time as needed.
The honeycomb filter ventilation window net means (A),
A first insect prevention module (A1) in which an insect prevention net (S1) is formed;
It consists of a second insect repellent module (A2) in which a honeycomb filter ventilation window (S2) is formed on a side of the first insect repellent module (A1),
The honeycomb filter ventilation window (S2) formed in the second insect control module (A2),
A dust-proof filter unit 100 that blocks and prevents dust from entering from the outside;
The dustproof filter unit 100 is combined with a honeycomb-shaped awning ventilation window unit 200 that blocks and prevents sunlight and rainwater from flowing into the indoor space.
Regardless of the weather, dust, and fine dust concentration, the inside of the indoor space can be naturally ventilated, but the dust-proof filter unit (100) and the awning ventilation window unit (200) block and prevent the inflow of dust, sunlight, and rainwater into the interior. And,
In the awning ventilation window 200,
A rainwater fall path module 230 is formed as a groove of a certain depth between the sunshade prevention elements 211 connected in a certain arrangement, and allows rainwater to flow down along a specific path (R); It is further included and configured,
Characterized in that rainwater does not accumulate in the honeycomb-shaped awning ventilation window 200, but flows along a specific path (R) and is guided to easily fall down.
A window frame structure where a honeycomb filter ventilation window is combined. According to clause 1,
The pocket window (B) is,
It is formed in close contact with the first window (W1), and opens and closes simultaneously when the first window (W1) is opened and closed by the user.
In order to close part of the honeycomb filter ventilation window net means (A), the user separates only the pocket window (B) from the first window (W1) and moves it independently along the second rail (500). to,
A window frame structure where a honeycomb filter ventilation window is combined. According to clause 1,
In the window frame structure (1) where the honeycomb filter ventilation window is combined,
A fifth rail (800) formed toward the interior with respect to the fourth rail (700) and to which the third window (W3) is coupled;
A third window (W3) coupled to the fifth rail (800);
A sixth rail (900) formed toward the indoor direction based on the fifth rail (800) and to which the fourth window (W4) is coupled;
It further includes and consists of a fourth window (W4) coupled to the sixth rail (900),
Characterized by the formation of a double window structure,
A window frame structure where a honeycomb filter ventilation window is combined. delete delete delete