KR102600261B1 - Evacuation structure of high-rise building with louver window for air conditioner outdoor unit - Google Patents

Abstract

The present invention relates to an evacuation structure of a high-rise building in which a louvered window (2) is installed in a balcony or outdoor unit room where the outdoor unit (1) of an air conditioner will be installed, and the louver window (2) is installed on the outer wall of the balcony or outdoor unit room where the outdoor unit (1) is installed. A louver window evacuation unit (10) that is installed together with the window (2) and expands to the outside of the building according to the operation of the evacuee, providing an evacuation passage to enable evacuation to the lower floor; It is installed on the floor of the balcony or outdoor unit room facing the louver window refuge unit 10 to securely support the outdoor unit 1, and moves the outdoor unit 1 to one side from the louver window refuge unit 10 according to the operation of the evacuee. It is characterized by including an outdoor unit holder (20) that secures the evacuation route.
Therefore, the present invention constructs a louver window evacuation unit that extends to the outside of the building with a simple operation and provides an evacuation passage, so that even in an emergency fire situation where evacuation through the entrance is not possible, it is possible to quickly and safely evacuate not only to the lower floor but also to the ground. Casualties can be prevented, and by constructing an outdoor unit holder that safely mounts the outdoor unit installed facing the louver window from the floor and swings the outdoor unit like a swing door, the outdoor unit that was blocking the louver window escape area can be moved to the other side and opened. Therefore, it provides the efficiency to operate the louver window escape section and evacuate more quickly and safely in an emergency fire situation.

Description

Evacuation structure of high-rise building with louver window for air conditioner outdoor unit}

The present invention relates to an evacuation structure for a high-rise building in which a louvered window is installed in a balcony or outdoor unit room where the outdoor unit of an air conditioner will be installed. More specifically, it relates to a louvered window evacuation unit that extends to the outside of the building with a simple operation and provides an escape passage. By configuring this configuration, even in an emergency fire situation where evacuating through the front door is not possible, it is possible to quickly and safely evacuate not only to the lower floor but also to the ground level, thereby preventing casualties, and the outdoor unit installed facing the louver window can be safely mounted from the floor while allowing the outdoor unit to be opened and closed. By constructing an outdoor unit holder that can swing and move like a door, the outdoor unit that was blocking the louver window escape area can be moved to the other side and opened, making it possible to operate and evacuate the louver window escape area more quickly and safely in an emergency fire situation. This relates to the evacuation structure of a high-rise building with louver windows for outdoor units.

Today, high-rise buildings are increasing in order to effectively utilize narrow sites while expanding residential space inside the building.

These high-rise buildings have the advantage of being able to accommodate a large number of people in a small site, providing a view of the surrounding scenery, and being equipped with various convenient facilities.

On the other hand, if a fire breaks out in a high-rise building, there is a serious problem in that gas and smoke spread quickly up the stairs, causing many casualties.

Therefore, to solve this problem, a floor-mounted evacuation device that provides an evacuation passage between the floor and ceiling of each floor has been proposed.

However, floor-mounted evacuation devices have the problem of damaging the interior aesthetics and generating inter-floor noise due to poor sound insulation.

Moreover, since floor-mounted evacuation devices are located indoors, it is difficult to evacuate through the floor where the fire occurred due to gas and smoke, so there is a problem that people have no choice but to be isolated in the building until the fire is extinguished.

Recently, as part of solving this problem, a louver-type evacuation device has been proposed, as shown in Patent Documents 1 to 3.

A louver-type evacuation device is installed on the outer wall of a balcony or outdoor unit and normally acts as a louver to discharge heat generated from the outdoor unit. In the event of a fire, it expands to the outside of the building and serves as an escape passage that allows safe evacuation to the ground. provides.

However, since an outdoor unit is always installed on the floor facing the louver-type evacuation device, it acts as an obstacle blocking the evacuation passage of the evacuation device.

In other words, not only is it difficult to quickly operate the evacuation device due to the outdoor unit, but in order to move to the evacuation passage of the evacuation device, a process of climbing over the outdoor unit is inevitable.

Therefore, there is a serious problem of not only delaying the evacuation time, but also causing falling accidents in the case of children or the elderly who are weak or have difficulty moving while climbing over the outdoor unit.

Republic of Korea Patent Publication No. 10-1975737 Title of invention: Fire escape device using gallery window in high-rise building Republic of Korea Patent Publication No. 10-2005216 Title of invention: High-rise building fire escape device Republic of Korea Patent Publication No. 10-2141719 Title of invention: Fire and disaster evacuation device

The present invention was proposed to solve the above problems, by constructing an outdoor unit holder that safely mounts the outdoor unit installed facing the louver window from the floor and can swing and move the outdoor unit like a hinged door, thereby blocking the louver window refuge area. The purpose is to provide an evacuation structure for a high-rise building with a louvered window for an air conditioner outdoor unit that can be opened by moving to the other side, so that operation and evacuation of the louvered window escape section can be performed more quickly and safely in an emergency fire situation.

The present invention relates to an evacuation structure for a high-rise building in which a louvered window is installed on a balcony or an outdoor unit room where the outdoor unit of an air conditioner will be installed. The louvered window is installed on the outer wall of the balcony or the outdoor unit room where the outdoor unit will be installed, and is installed with a louvered window according to the operation of the evacuee. A louver window evacuation section that extends to the outside of the building and provides an evacuation passage to the lower floor; An outdoor unit holder installed on the floor of the balcony or outdoor unit room facing the louver window refuge unit to securely support the outdoor unit, and secure the evacuation flow line by moving the outdoor unit to one side from the louver window refuge unit according to the operation of the evacuee. Including; It is characterized by being carried out.

At this time, the louver window refuge unit according to the present invention includes a fixed frame installed on the outer wall of the balcony or outdoor unit room where the outdoor unit will be installed; A louver window is installed on the inside to discharge heat generated from the outdoor unit, and a louver frame is extended and moved outdoors while facing adjacent to each other on the outer front of the fixed frame to create an escape passage; A floor frame connected to the bottom of the fixed frame and the louver frame with a hinge, and folded over each other and unfolded flat to support the evacuee on the corresponding floor; A handrail frame connected to both ends of the fixed frame and the louver frame with hinges, folded over each other and unfolded flat to block evacuees from leaving the escape passage and providing a stepping stone and a handle for going downstairs; A cover frame connected to the inside of the floor frame with a hinge, unfolded flat along the floor frame, and then folded to overlap each other to open the floor frame; A first operation lever disposed on one side of the fixed frame and expanding the floor frame and railing frame of the corresponding floor by pulling to move the louver frame outdoors; a second operation lever disposed on one side of the fixed frame and expanding the floor frame and the handrail frame of the lower floor and moving the louver frame to the outdoors by a pulling operation; A third operation lever is disposed on one side of the cover frame and opens the bottom frame by folding the cover frames of the corresponding floor onto each other through a pulling operation.

In addition, the louver window refuge unit according to the present invention is disposed at the center of the louver frame, and a fourth operation lever that folds and moves the louver frame, which has been expanded and moved outdoors by a pulling operation, to the indoor room; is characterized in that it is further configured. .

In addition, the outdoor unit holder according to the present invention includes a rotating shaft mounted to protrude vertically at a predetermined height on one side of the balcony or the floor of the outdoor unit room adjacent to the louver window refuge unit; A mounting frame that supports the outdoor unit at a distance from the floor, has one corner connected to a rotating axis, and swings and moves about the rotating axis according to the evacuee's operation; A fixing member that is fastened or fitted to a rotating shaft inserted and protruding from the mounting frame to block the mounting frame from being separated from the rotating shaft; It is characterized in that it consists of a wheel member that is mounted at the bottom of the mounting frame so that the direction can be changed, and moves in a rolling motion according to the swing movement of the mounting frame and supports the outdoor unit.

In addition, the evacuation structure of the high-rise building according to the present invention is further comprised of a stopper that is mounted on one side of the balcony or the floor of the outdoor unit room adjacent to the louver window evacuation unit and protects the outdoor unit by limiting the rotation range of the mounting frame. It is characterized by

In addition, the evacuation structure of the high-rise building according to the present invention further includes a refrigerant pipe connected to the outdoor unit via the balcony or the wall of the outdoor unit room, wherein the refrigerant pipe is used for smooth swing movement of the outdoor unit and also for swing movement. It is characterized by forming a spiral protective loop bent at least one turn to a predetermined diameter at the end connected to the outdoor unit to prevent deformation or damage.

In addition, the protection loop according to the present invention is characterized by being connected adjacent to the rotation axis or disposed on a concentric line with the rotation axis.

First, the present invention constitutes a louver window evacuation unit that extends to the outside of the building with a simple operation and provides an evacuation passage, so that even in an emergency fire situation where evacuation through the entrance is not possible, it is possible to quickly and safely evacuate not only to the lower floor but also to the ground. It is effective in preventing casualties.

Second, the louver window refuge unit of the present invention can efficiently use indoor space as it has a louver window that discharges heat generated from the outdoor unit of the air conditioner in addition to indoor ventilation, and is normally folded flat along the same line as the exterior wall of the building, It has the effect of increasing overall resident satisfaction by not damaging the interior/exterior aesthetics of the building.

Third, the present invention constitutes an outdoor unit holder that safely mounts the outdoor unit installed facing the louver window from the floor and can swing and move the outdoor unit like a hinged door, so that the outdoor unit that was blocking the louver window escape area can be moved to the other side and opened, so that it can be opened in case of emergency. In a fire situation, it has the effect of enabling operation and evacuation of the louver window escape section to be performed more quickly and safely.

Fourth, the present invention has the effect of preventing deformation or damage of the refrigerant pipe during the swing movement of the outdoor unit as well as the smooth swing movement of the outdoor unit by bending and forming a spiral protective loop at the end of the refrigerant pipe connected to the outdoor unit.

In addition to the above-described effects, specific effects of the present invention are described below while explaining specific details for carrying out the invention.

Figure 1 is a perspective view showing the louver window refuge and outdoor unit holder according to the present invention from the outside of the building.
Figure 2 is a front view showing the louver window refuge portion according to the present invention from the interior of a building.
Figure 3 is a plan view showing the unfolding and folding operation of the louver window refuge portion according to the present invention.
Figure 4 is a side view showing the unfolding and folding operation of the louver window refuge portion according to the present invention.
Figure 5 is a plan view showing the rotation of the outdoor unit holder and the connection structure of the refrigerant pipe according to the present invention.
Figures 6 and 7 are perspective views showing the operation of the louver window refuge unit according to the present invention from the outside of the building.
Figure 8 is a photograph showing the process of going downstairs with the opening of the cover frame forming the louver window refuge area according to the present invention.
Figures 9 and 10 are perspective views showing the process of evacuation from a high floor to the ground through a louver window escape unit according to the present invention from the outside of the building.
Figure 11 is a photograph showing the process of restoring the louver window refuge to its original state by folding it indoors according to the present invention.

Hereinafter, various embodiments of this document are described with reference to the attached drawings. However, this is not intended to limit the technology described in this document to specific embodiments, and should be understood to include various modifications, equivalents, and/or alternatives to the embodiments of this document. In connection with the description of the drawings, similar reference numbers may be used for similar components.

Additionally, expressions such as “first,” “second,” etc. used in this document may modify various components regardless of order and/or importance, and may be used to distinguish one component from another component. It is only used and does not limit the corresponding components. For example, 'first part' and 'second part' may refer to different parts, regardless of order or importance. For example, a first component may be renamed to a second component without departing from the scope of rights described in this document, and similarly, the second component may also be renamed to the first component.

Additionally, the terms used in this document are merely used to describe specific embodiments and may not be intended to limit the scope of other embodiments. Singular expressions may include plural expressions, unless the context clearly indicates otherwise. Terms used herein, including technical or scientific terms, may have the same meaning as commonly understood by a person of ordinary skill in the technical field described in this document. Among the terms used in this document, terms defined in general dictionaries may be interpreted to have the same or similar meaning as the meaning they have in the context of related technology, and unless clearly defined in this document, have an ideal or excessively formal meaning. It is not interpreted as In some cases, even terms defined in this document cannot be interpreted to exclude embodiments of this document.

The present invention relates to an evacuation structure of a high-rise building in which a louver window (2) is installed in a balcony or outdoor unit room where the outdoor unit (1) of an air conditioner is installed. As shown in FIG. 1, the louver window refuge unit (10) and the outdoor unit holder (20) are provided. It is an evacuation structure for a high-rise building with a louver window for the outdoor unit of an air conditioner as its main component.

First, the louver window refuge unit 10 according to the present invention is installed together with the louver window 2 on the outer wall of the balcony or outdoor unit room where the outdoor unit 1 will be installed, as shown in FIG. 1.

In other words, the louver window refuge unit 10 serves to ventilate the interior and exhaust heat generated from the air conditioner outdoor unit 1 in normal times as shown in FIG. 6, and in case of fire, it expands to the outside of the building according to the operation of the evacuee as shown in FIG. 7. This provides an escape route so that one can evacuate to the lower floor.

As shown in Figures 2 to 4, this louver window refuge unit 10 includes a fixing frame 11, a louver frame 12, a floor frame 13, a handrail frame 14, a cover frame 15, and a first It consists of an operation lever (16), a second operation lever (17), and a third operation lever (18).

The fixed frame 11 is a window frame installed on the balcony or the outer wall of the outdoor unit room where the outdoor unit 1 will be installed, and serves to support the louver frame 12, the floor frame 13, and the handrail frame 14.

The louver frame 12 is a window arranged adjacent to each other on the outer front of the fixed frame 11, and a louver window 2 whose opening range is adjusted is installed on the inside.

This louver frame (12) normally plays a ventilation role in discharging heat generated from the outdoor unit (1), and in case of fire, the fixed frame (11) is operated according to the operation of the first control lever (16) and the second control lever (17). It expands and moves outdoors to create an evacuation route.

The floor frame 13 is a foldable plate in which the inner floor plate and the outer floor plate are connected by a hinge and folded to overlap each other or unfolded flat.

This floor frame 13 connects the fixed frame 11 and the louver frame 12 to each other and serves to support evacuees on the corresponding floor.

Here, the inner floor plate of the floor frame 13 is connected to the lower end of the fixed frame 11 with a hinge, and the outer floor plate is connected to the lower end of the louver frame 12 with a hinge.

In addition, a hatch of a predetermined size is formed on the inner/external floor plate forming the floor frame 13 for evacuees to move from the relevant floor to the lower floor.

That is, the floor frame 13 is folded to overlap each other between the fixed frame 11 and the louver frame 12 in normal times, and is spread flat along the same line along the louver frame 12 that expands and moves outdoors in the event of a fire.

The railing frame 14 is a folding frame in which the ladder-shaped inner railing and the outer railing are connected by a hinge and folded to overlap each other or unfolded flat.

This handrail frame 14 connects the left and right ends of the fixed frame 11 and the louver frame 12 to each other, prevents evacuees from leaving, and acts as a ladder to enable them to go down from the relevant floor.

Here, the internal railing forming the handrail frame 14 is connected to the left and right ends of the fixed frame 11 with a hinge, and the external railing is connected to the left and right ends of the louver frame 12 with a hinge, respectively.

That is, the handrail frame 14 is folded to overlap each other between the fixed frame 11 and the louver frame 12 in normal times, and is spread flat along the same line along the louver frame 12 that expands and moves outdoors in the event of a fire.

The cover frame 15, like the bottom frame 13, is a foldable plate in which the inner cover plate and the outer cover plate are connected by a hinge and folded over each other or unfolded flat.

This cover frame 15 functions as a door to close or open the hatch opened in the floor frame 13.

Here, the inner cover plate forming the cover frame 15 is connected to the inner bottom plate of the floor frame 13 with a hinge, and the outer cover plate is connected to the outer bottom plate with a hinge.

That is, the cover frame 15, like the floor frame 13, is folded to overlap each other between the fixed frame 11 and the louver frame 12 in normal times, and is identical along the louver frame 12 that expands and moves outdoors in the event of a fire. It spreads out flat in a linear fashion.

The first control lever 16 is a handle that a refugee can grasp and pull, and can be placed on the left side of the interior surface of the fixed frame 11.

A wire passing through the fixing frame 11, the louver frame 12, the floor frame 13, and the handrail frame 14 in a predetermined path may be connected to the first operating lever 16.

That is, when the first control lever 16 is pulled, the louver frame 12 is released from the fixed frame 11 by operating the locking member so that the louver frame 12 fixed to the fixed frame 11 can be moved outdoors. do.

The second control lever 17 is a handle that can be grasped and pulled by a refugee like the first control lever 16, and can be placed below the first control lever 16.

A wire passing through the lower floor fixing frame 11, the louver frame 12, the floor frame 13, and the handrail frame 14 may be connected to this second operating lever 17 in a predetermined path.

That is, when the second control lever 17 is pulled, the locking member is operated so that the louver frame 12, which is fixed to the fixed frame 11 on the lower floor, can be moved outdoors, thereby removing the louver frame 12 from the fixed frame 11. Release.

The third control lever 18 is a handle that a refugee can grasp and pull, and is mounted on one side of the cover frame 15.

That is, if you stand on the unfolded floor frame 13 and hold the third control lever 18 and fold the cover frame 15, a hatch that allows you to go down to the lower floor is opened.

At this time, the louver window refuge unit 10 according to the present invention may further include a fourth operation lever 19.

Like the third control lever 18, the fourth control lever 19 is a handle formed so that a refugee can grasp and pull it, and may be placed at the bottom center of the louver frame 12.

That is, when the fourth control lever 19 is held and pulled toward the indoor side, the louver frame 12, which has been extended and moved outdoors, is folded and moved indoors and restored to its original state.

Next, the outdoor unit holder 20 according to the present invention is installed on the floor of the balcony or outdoor unit room facing the louver window refuge unit 10, as shown in Figures 1 and 2.

That is, the outdoor unit holder 20 supports the outdoor unit 1 to be stably fixed from the floor as shown in Figure 1 in normal times, and in the event of a fire, the outdoor unit 1 is removed from the louver window refuge unit 10 according to the operation of the evacuee as shown in Figure 5. Move to one side to secure a quick and safe evacuation route.

As shown in FIGS. 1 and 5, the outdoor unit holder 20 is composed of a rotating shaft 21, a mounting frame 22, a fixing member 23, a wheel member 24, and a stopper 25.

The rotation axis 21 is installed to protrude vertically at a predetermined height on one side of the balcony or the floor of the outdoor unit room adjacent to the louver window refuge unit 10.

The mounting frame 22 is a plate that accommodates the outdoor unit 1, and supports the outdoor unit 1 at a distance from the floor.

A hinge that penetrates and accommodates the rotation axis 21 extends and protrudes from the left corner of the mounting frame 22.

In other words, when a evacuee operates the outdoor unit 1 like a hinged door, the mounting frame 22 swings to the left based on the rotation axis 21.

The fixing member 23 is mounted on the rotating shaft 21 inserted and protruding from the mounting frame 22 and serves to block the mounting frame 22 from being separated from the rotating shaft 21.

This fixing member 23 can be configured as a nut fastened to the rotating shaft 21, or can also be configured as a snap ring or pin inserted into the rotating shaft 21.

The wheel member 24 is a plurality of casters mounted at the bottom of the mounting frame 22, and changes direction and makes a rolling motion according to the swing movement of the mounting frame 22.

This wheel member 24 stably supports the load of the outdoor unit 1 from the floor and allows the mounting frame 22 to swing and move smoothly with little force.

The stopper (25) is mounted on one side of the floor of the balcony or outdoor unit room adjacent to the louver window refuge unit (10).

This stopper (25) protects the wall and the outdoor unit (1) by limiting the rotation range of the mounting frame (22).

At this time, the present invention may further include a refrigerant pipe 30 connected to the outdoor unit 1 via the balcony or the wall of the outdoor unit room, as shown in FIG. 5.

The refrigerant pipe 30 is an essential component that is connected to the indoor unit and the outdoor unit 1 of the air conditioner and circulates the refrigerant, and it is most important not to interfere with or be interfered with the swing movement of the outdoor unit 1.

That is, since the refrigerant pipe 30 is made of a copper pipe or an aluminum pipe, it may be deformed or damaged when the outdoor unit 1 swings.

Therefore, when connecting the refrigerant pipe 30 to the outdoor unit 1, the end of the refrigerant pipe 30 is formed by bending the end of the refrigerant pipe 30 in a spiral shape at least one turn to form a protective loop 31 and then connect it.

Here, it is preferable that the protection loop 31 is connected adjacent to the rotation axis 21 or disposed on a concentric line with the rotation axis 21.

That is, even if the outdoor unit 1 swings around the rotation axis 21, deformation and damage to the refrigerant pipe 30 can be prevented due to the spirally bent protective loop 31.

Hereinafter, the process of evacuation of residents after a fire occurs on the 10th floor of a building with an evacuation structure according to the present invention is as follows.

For example, if a fire occurs that makes it difficult to escape from indoors to the entrance, the occupants immediately move to the location where the louvered window evacuation unit 10 is located.

Next, the resident secures an evacuation line toward the louver window refuge section (10) by rotating the outdoor unit (1) arranged to face the louver window refuge section (10) to the left as shown in FIG.

Then, the resident approaches the louver window refuge unit 10 and pulls the first control lever 16 as shown in FIG. 6 to extend the louver frame 12 outdoors as shown in FIG. 7.

Next, pull the second control lever (17) to extend the louver frame (12) of the 9th floor below to the outdoors.

Then, the resident moves onto the floor frame 13 as shown in FIG. 8 and then pulls the third operation lever 18 to open the cover frame 15.

Next, the resident holds the handrail frame (14) with both hands, passes through the hatch of the floor frame (13), steps on the handrail frame (14) on the 9th floor as shown in Figure 9, and goes down to the floor frame (13).

If it takes a long time to be rescued after evacuating to the 9th floor, or if there is a high possibility that the fire will spread to the 9th floor, pull the second control lever (17) on the 9th floor to extend the louver frame (12) on the 8th floor to the outdoors, then cover the cover frame. Repeat the process of opening (15) and going down to quickly and safely evacuate to the ground as shown in Figure 10.

Finally, when the fire in the building is extinguished, the resident pulls the handrail frame 14 as shown in Figure 11 while located on the indoor side, folds the louver frame 12, which has been extended and moved outdoors, so that it moves adjacent to the interior, and then moves the louver frame ( Just hold the fourth control lever (19) and pull it indoors until 12) is locked into the locking member.

Meanwhile, in the present invention, the louver window refuge unit 10 and the outdoor unit holder 20 may be configured to be interlocked with each other.

For example, a torsion spring that adds elasticity to swing the mounting frame 22 open from the louver window refuge portion 10 is disposed on the rotation axis 21 of the outdoor unit holder 20.

And on the floor facing the mounting frame 22, a pin is installed to control the movement of the mounting frame 22 by moving up and down according to the pulling operation of the first operating lever 16 and the second operating lever 17.

That is, in normal times, the mounting frame 22 is restrained by a pin protruding from the floor, so that the outdoor unit 1 is tightly maintained facing the louver window refuge portion 10.

In addition, in the event of a fire, the expansion of the louver frame 12 and the open swing of the outdoor unit 1 are automatically implemented simultaneously by simply pulling the first control lever 16.

In addition, when the first control lever (16) is pulled, the outdoor unit (1) on the lower floor also swings open, making it easier to enter the room on the lower floor, and also allowing the second control lever (17) on the lower floor to be operated quickly and easily.

In the above, preferred embodiments of the present invention have been shown and described, but the present invention is not limited to the specific embodiments described above, and may be used in the technical field to which the invention pertains without departing from the gist of the present invention as claimed in the claims. Of course, various modifications can be made by those skilled in the art, and these modifications should not be understood individually from the technical idea or perspective of the present invention.

1: Outdoor unit
2: Louver window
10: Louver window refuge area
11: Fixed frame
12: Louver frame
13: Floor frame
14: Handrail frame
15: Cover frame
16: First control lever
17: Second control lever
18: Third control lever
19: Fourth control lever
20: Outdoor unit holder
21: rotation axis
22: Mounting frame
23: Fixing member
24: Wheel member
25: stopper
30: Refrigerant pipe
31: protection loop

Claims (7)

In the evacuation structure of a high-rise building where a louver window (2) is installed in the balcony or outdoor unit room where the outdoor unit (1) of the air conditioner is installed,
A louver window evacuation unit is installed with a louver window (2) on the balcony or the outer wall of the outdoor unit room where the outdoor unit (1) will be installed, and expands to the outside of the building according to the operation of the evacuee, providing an escape passage to enable evacuation to the lower floor. (10);
It is installed on the floor of the balcony or outdoor unit room facing the louver window refuge unit 10 to securely support the outdoor unit 1, and moves the outdoor unit 1 to one side from the louver window refuge unit 10 according to the operation of the evacuee. Including an outdoor unit holder (20) that secures the evacuation route,
The outdoor unit holder 20,
A rotating shaft (21) mounted to protrude vertically at a predetermined height on one side of the balcony or the floor of the outdoor unit room adjacent to the louver window refuge unit (10);
A mounting frame (22) that supports the outdoor unit (1) at a distance from the floor, and has one corner connected to a rotating shaft (21) and swings around the rotating shaft (21) according to the evacuee's operation;
A fixing member 23 that is fastened or fitted to the rotating shaft 21 inserted and protruding from the mounting frame 22 to block the mounting frame 22 from being separated from the rotating shaft 21;
A wheel member (24) mounted at the bottom of the mounting frame (22) to be able to change direction and supporting the outdoor unit (1) while rolling in accordance with the swing movement of the mounting frame (22);
An evacuation structure for a high-rise building with a louver window for an air conditioner outdoor unit, characterized in that it consists of. In claim 1,
The louver window refuge unit (10),
A fixed frame (11) installed on the balcony or the outer wall of the outdoor unit room where the outdoor unit (1) will be installed;
A louver window (2) is installed on the inside to discharge heat generated from the outdoor unit (1), and the louver expands and moves outdoors while facing adjacent to each other on the outer front of the fixed frame (11) to create an escape passage. frame (12);
A floor frame (13) connected to the lower ends of the fixing frame (11) and the louver frame (12) with a hinge, and folded over each other and unfolded flat to support the evacuee on the corresponding floor;
Both ends of the fixed frame 11 and the louver frame 12 are connected by hinges, and are folded over each other and unfolded flat to block the escape of refugees from the escape passage and provide a stepping stone and handle to go downstairs. Handrail frame (14);
A cover frame (15) connected to the inside of the bottom frame (13) with a hinge, and folded over each other in a flat unfolded state along the bottom frame (13) to open the bottom frame (13);
A first operation lever (16) disposed on one side of the fixed frame (11) and expanding the floor frame (13) and the handrail frame (14) of the corresponding floor by pulling to move the louver frame (12) outdoors. ;
A second operation lever (17) disposed on one side of the fixed frame (11) and expanding the floor frame (13) and the handrail frame (14) of the lower floor by pulling to move the louver frame (12) outdoors;
A third operation lever (18) disposed on one side of the cover frame (15) and opening the bottom frame (13) by folding the cover frames (15) of the corresponding floor onto each other through a pulling operation;
An evacuation structure for a high-rise building with a louver window for an air conditioner outdoor unit, characterized in that it consists of. In claim 2,
The louver window refuge unit (10),
A fourth operation lever (19) disposed at the center of the louver frame (12) and folding and moving the louver frame (12), which has been expanded and moved outdoors by a pulling operation, to the indoor area;
An evacuation structure for a high-rise building having a louver window for an air conditioner outdoor unit, characterized in that it is further configured. delete In claim 1,
The evacuation structure of the high-rise building is,
A stopper (25) mounted on one side of the floor of the balcony or outdoor unit room adjacent to the louver window refuge unit (10) and protecting the outdoor unit (1) by limiting the rotation range of the mounting frame (22);
An evacuation structure for a high-rise building having a louver window for an air conditioner outdoor unit, characterized in that it is further configured. In claim 1,
The evacuation structure of the high-rise building is,
It further includes a refrigerant pipe (30) connected to the outdoor unit (1) via the balcony or the wall of the outdoor unit room, wherein the refrigerant pipe (30) is not deformed or deformed during the swing movement along with the smooth swing movement of the outdoor unit (1). A spiral protective loop (31) bent at least one turn to a predetermined diameter at an end connected to the outdoor unit (1) to prevent damage;
An evacuation structure of a high-rise building having a louver window for an air conditioner outdoor unit, characterized in that it forms a . In claim 6,
The protection loop 31 is,
An evacuation structure for a high-rise building having a louver window for an air conditioner outdoor unit, characterized in that it is connected adjacent to the rotation axis (21) or disposed on a concentric line of the rotation axis (21).

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