KR100905803B1 - Window system for balcony - Google Patents

Abstract

The present invention relates to a window system that is installed on the balcony of the building to insulate while separating the indoor and outdoor. The present invention, the outer window is installed on the outer wall of the balcony; An inner window 50 that is spaced apart from the outer window 60 at a predetermined interval on the balcony and is positioned inside the building, thereby forming an insulation space 55 between the outer window 60; Is installed in the heat insulating space 55 of the inner window 50 is interposed between the outer window 60 and the inner window 50, overlapping or unfolding as the sunlight projected to the outer window 60 as needed And a sunshade member for selectively shielding. The present invention, because the sunshade member is interposed in the heat insulating space 55 can block the sunlight or flow into the room as needed, and the sunshade member can be insulated together with the heat insulating space 55 can improve the heat insulation efficiency. have.

Balcony, Window, Insulation, Space, Shades

Description

Balcony Window and Window System {WINDOW SYSTEM FOR BALCONY}

The present invention relates to a balcony window system that is installed on the balcony of the building to insulate while separating the indoor and outdoor, as well as selectively block the sunlight projected into the room as necessary, as well as for the balcony having a thermal insulation function It is about a window system.

Apartments generally have balconies for non-residential use. In recent years, expansion of balconies has been popular to increase residential area.

This balcony expansion construction is a construction that changes the structure of the balcony as shown in FIG. In this way, the structure of the balcony changed by the balcony expansion work is changed by the outer window 1 and the inner window 5 spaced apart a little space on the balcony as shown. Therefore, the structure of the balcony to be changed is an insulating space 3 is formed between the outer window 1 and the inner window 5 spaced apart from each other as shown.

The general balcony structure changed by such expansion construction insulates the outdoors and the interior through the insulation space 3 as shown. Therefore, the apartment area is increased in the residential area by the above-described general balcony structure.

However, such a balcony has a problem that the insulation space 3 is narrow, as well as the insulation effect is very low, as well as the insulation effect is low, the heating cost is excessive in the winter, and the cooling cost is excessive in the summer. In addition, in winter, even if you go only near the inner window (5), because the cold wind is felt in the glass window, not only the discomfort caused by the cold air, but also the problem that condensation occurs on the inner surface of the outer window (1) or the inner window (5). have.

The present invention is a balcony having a member interposed in the insulation space between the outer window and the inner window, the heat exchange or heat insulation through the insulation space while substantially shielding the insulation space while substantially opening or expanding the insulation space while overlapping The purpose is to provide a window system.

Another object of the present invention is to provide a balcony window system in which heat is selectively generated in a member as needed.

In addition, another object is to provide a balcony window system that can be ventilated through the outer window and the inner window as needed.

Balcony window system according to the present invention for achieving the above object, the window system for insulating the interior and the exterior is installed on the balcony of the building, the outer window is installed on the outer wall of the balcony; An inner window that is spaced apart from the outer window on the balcony at a predetermined interval and positioned inside the building, thereby forming an insulation space between the outer window and the outer window; It is installed in the insulating space of the inner window is interposed between the outer window and the inner window, the sunshade member for selectively shielding the sunlight projected to the outer window while overlapping or unfolding as needed.

Here, the sunshade member, for example, blind having a plurality of sunshade blades that overlap or unfold in the heat insulating space; A retractor for automatically overlapping or unfolding the sunshade blade of the blind; It can be configured to include; a remote control for controlling the operation of the retractor.

The present invention, the operation is controlled by the remote control, the heat generating member for generating heat using the power applied from the outside of the sunshade blade of the blind developed by the retractor; it is necessary to include a configuration.

The heat generating member may include, for example, a planar heating element integrally attached to the sunshade blade and provided with a terminal into which power is introduced; It is preferably configured to include; a power line for supplying power through the terminal of the planar heating element.

In addition, the present invention, opening and closing a portion of the outer window and the inner window ventilation member for ventilating the outside air and interior of the building; it is also necessary to include a configuration.

As such, the ventilation member may include, for example, a through hole formed in a portion of the outer window and the inner window to communicate with the outside air and the inside through the outer window and the inner window to enable ventilation; One side of the outer window and the inner window is fixed to the hinge opening and closing plate for opening and closing the ventilation portion while rotating around the hinge; It may be configured to include; a switch for opening and closing the opening and closing plate by rotating the hinge.

Here, the opening and closing, for example, protruding from the hinge and the opening and closing protrusion for opening and closing by pushing one side of the opening and closing plate while rotating by the hinge; It is preferable that the drive shaft is connected to the hinge to rotate the hinge to operate the opening and closing projections; comprising a.

Balcony window system according to the present invention as described above, because the sunshade member is interposed in the heat insulating space can block the sunlight or flow into the room as needed, the heat insulation efficiency is improved because the sunshade member insulates with the heat insulating space. There is an effect to be improved.

In addition, when the sunshade member is formed using the blind, the sunshade member may be easily manufactured as well as the effect of being easily overlapped and developed.

In addition, when the heat generating member is provided in the sunshade member, the sunshade member can generate heat inside the heat insulating space, thereby not only significantly improving the heat insulation efficiency but also significantly reducing the heating cost by improving the heat insulation efficiency. Furthermore, not only can provide warmth to the glass window of the inner window, but also has the effect of preventing condensation from occurring inside the insulation space.

In addition, when the ventilation member is provided on the outside and the inner window, not only can the air in the room be ventilated as necessary, but also the heat existing in the insulation space can be exchanged.

Hereinafter, a balcony window system according to the present invention with reference to the accompanying drawings as follows, the accompanying Figure 2 is a perspective view showing a balcony window system according to an embodiment of the present invention, Figure 3 2 is a front view showing the detailed configuration of the sunshade member shown in Figure 2, Figure 4 is a perspective view showing the configuration of the ventilation member shown in Figure 2 together with the window system. 5 is a perspective view showing a first use example of the window system shown in FIG. 2, FIG. 6 is a perspective view showing a second use example of the window system shown in FIG. 2, and FIG. FIG. 8 is a perspective view showing a third use example of the window system shown in FIG. 8, and FIG. 8 is a perspective view showing a fourth use example of the window system shown in FIG.

2, the balcony window system according to an embodiment of the present invention the outer window (60); An inner window 50; It includes; and the sunshade member (SS) which is interposed between the outer and inner windows (60, 50) or deployable.

The outer window 60 is installed outside the inner window 50 as shown. Of course, the outer window 60 is installed on the outside of the inner window 50 as it is installed on the outer wall of the balcony not shown.

The inner window 50 is spaced apart from the outer window 60 at predetermined intervals as shown. Of course, the inner window 50 is spaced apart from the outer window 60 as it is installed inside the balcony not shown. That is, the inner window 50 is located inside the building. Therefore, the inner window 50 forms a thermal insulation space 55 between the outer window 60 as shown.

Shading member (SS) is installed in the heat insulating space 55 of the inner window 50 is interposed between the outer window 60 and the inner window (50). Such a sunshade member is preferably configured to selectively shield the sunlight projected to the outer window 60 while overlapping or unfolding.

Meanwhile, the outer window 60 and the inner window 50 may include, for example, glass windows 62 and 52 for transparently shielding the building as shown; It is fixed to the building, the glass window 62 is fitted to the window frame (64, 54) for fixing the glass window 62 perpendicular to the building; can be configured to include. That is, the outer window 60 and the inner window 50 is composed of glass windows (62, 52) and window frames (64, 54).

On the other hand, the window system according to an embodiment of the present invention, as shown, while opening and closing a portion of the outer window 60 and the inner window 50, the ventilation member 80 for ventilating the outside air and the inside of the building; It is preferable to comprise. That is, the building ventilates the outside air and the inside through the ventilation member 80. Of course, heat exchange is also possible through the ventilation member 80. The ventilation member 80 is preferably provided in the window frame 64 of the outer window 50 and the inner window 60 as shown. Such a ventilation member 80 will be described later in detail.

Referring to FIG. 3, the shade member SS described above includes, for example, a blind 72 having a plurality of shade blades 72a as shown; A retractor 74 for automatically overlapping or unfolding the sunshade blade 72a of the blind 72; And a remote controller 76 for controlling the operation of the retractor 74. That is, the sunshade member is preferably configured to automatically overlap or unfold.

The sunshade blade 72a is composed of a plurality as shown in the figure is overlapped or unfolded by a pull cord 71 wound or drawn on the retractor 74.

The retractor 74 is formed in a cylindrical shape as shown in the drawing, and rotates or draws out the tow line 71 while being rotated by a drum-type motor (not shown) embedded therein.

The remote controller 76 may be configured to be streamlined as shown, or alternatively, may be configured to be wireless. The remote controller 76 may be configured as a superimposed button 76a and a deployment button 76b as shown, and in addition, it may be configured as a heating button 76c for operating the heating member described later.

On the other hand, the sunshade blade 72a may be configured to generate heat by the heat generating member. The heating member is controlled by the remote controller 76, and heats the sunshade blade 72a by using a power source applied from the outside.

Here, the above-mentioned heat generating member may be, for example, a planar heating element 78 which is integrally attached to the sunshade blade 72a and provided with a terminal T into which power is introduced; It is preferable to include a power supply line for supplying power through the terminal (T) of the planar heating element (78).

The planar heating element 78 is formed in a band shape as shown, and is attached to the sunshade blade 72a. The planar heating element 78 is preferably used, for example, carbon fiber heating paper.

The power line is preferably configured to be built in the traction line 71 of the blind 72, but alternatively, a separate electric wire may be wired next to the traction line 71. This power line supplies power through the terminal T of the planar heating element 78. Therefore, the planar heating element 78 is heated.

On the other hand, when the overlap button 76a is operated, the remote controller 76 supplies power to the retractor 74 to rotate the drum-type motor not shown in the forward direction to wind the traction cord 71. Accordingly, the sunshade blade 72a overlaps the lower part of the retractor 74.

On the contrary, when the deployment button 76b is operated, the remote controller 76 supplies power to the retractor 74 to rotate the drum motor not shown in the reverse direction to draw out the traction cord 71. Thus, the sunshade blade 72a is deployed below the retractor 74.

On the other hand, when the heating button 76c is operated, the remote controller 76 supplies power to the planar heating element 78 through the terminal T by applying power through the power line. Therefore, the sunshade blade 72a generates heat by the planar heating element 78.

Referring to FIG. 4, the above-described ventilation member 80 is preferably provided at the upper and lower portions of the outer window 60 and the inner window 50, respectively. The ventilation member 80 is formed through a portion of the outer window 60 and the inner window 50, for example, as shown in the enlarged view "A" in the drawing, the outer window 60 and the inner window 50. Ventilation portion 82 in the form of a hole to enable ventilation by communicating the outside air and bet through the; One side of the above-described outer window 60 and the inner window 50 is fixed to the hinge (H) and the opening and closing plate 84 for opening and closing the ventilation unit 82 while rotating around the hinge (H); It can be configured to include; switchgear for opening and closing the opening and closing plate 84 by rotating the above-mentioned hinge (H). That is, the ventilation member 80 ventilates the air as the opening and closing plate 84 opens and closes the ventilation unit 82 by the switch.

Here, the above-described switch is, for example, as shown in the enlarged view "B" is formed in the hinge (H) protruding opening and closing protrusions to open and close by pushing one side of the opening and closing plate 84 while rotating by the hinge (H) ( 86) and; The enlarged view "A" as shown in the drive shaft is connected to the hinge (H) is a motor 88 for operating the opening and closing projections 86 by rotating the hinge (H); preferably comprises a configuration. That is, the switchgear opens and closes the opening and closing plate 84 by rotating the opening and closing projection 86 by the motor 88 rotating the hinge (H). In other words, the opening and closing plate 84 opens or closes the ventilation unit 82 while rotating uniaxially in the direction of the arrow about the hinge H by the opening and closing projection 86 which rotates together with the hinge H. Thus, the vent 82 is opened or closed depending on the operating state of the motor 88. Of course, this motor 88 is rotated in the forward or reverse direction by a switch not shown.

Referring to Figure 5, the balcony window system according to an embodiment of the present invention is used in a state that can be ventilated with the room as shown in the good outdoor conditions, such as spring or autumn. At this time, the above-described sunshade member (SS) is overlapped as shown to open the heat insulating space (55). In addition, the ventilation member 80 described above opens the ventilation unit 82 formed at the lower portion of the outer window 60 and the ventilation unit 82 formed at the upper portion of the inner window 50 as shown. That is, the ventilation portion 82 formed at the upper portion of the outer window 60 and the lower portion of the inner window 50 maintains the closed state.

Thus, when the ventilation portion 82 formed at the lower portion of the outer window 60 and the upper portion of the inner window 50 is opened as shown, the outside air outside the building is the lower ventilation portion 82 of the outer window 60. After it is introduced into the outlet through the adiabatic space 55 to the upper ventilation portion 82 of the inner window (50). Therefore, the room is ventilated by outside air introduced from the outside. At this time, the outside air may be introduced into the lower ventilation portion 82 of the outer window 60 by the wind pressure. On the contrary, the outside air may be introduced into the lower ventilation part 82 of the outer window 60 by the temperature difference as the insulation space 55 is heated by the radiant heat. That is, since the outside air is warm in the heat insulating space 55, it is introduced into the heat insulating space 55 by the natural convection phenomenon caused by the temperature difference. Of course, the outside air may be introduced into the heat insulating space 55 by the rising air flow (bact effect) generated by the internal temperature of the heat insulating space 55.

On the other hand, the insulating space 55 may be installed in the ventilation fan not shown to facilitate the ventilation in a short time. The ventilation fan is forced to intake outside air and is supplied into the room through the insulation space 55. Therefore, the ventilation fan completes the ventilation of the room in a short time.

Referring to Figure 6, the balcony window system according to an embodiment of the present invention, in a state capable of heat-exchanging the heat insulating space 55 in the state of blocking the sunlight as shown in the high temperature outside air conditions, such as summer Used. At this time, the above-described sunshade member (SS) is developed as shown to shield the heat insulating space (55). In addition, the ventilation member 80 described above opens both the ventilation units 82 formed at the upper and lower portions of the outer window 60 as shown. That is, the ventilation part 82 formed at the upper and lower portions of the inner window 50 maintains the closed state.

Thus, when the ventilation portion 82 formed on the upper and lower portions of the outer window 60 is opened as shown, the outside air outside the building flows into the lower ventilation portion 82 of the outer window 60 and then the insulation space Through the 55 is discharged to the upper ventilation portion 82 of the outer window (60). That is, the outside air is introduced into the lower portion of the outer window 60 and then discharged to the upper portion. Therefore, the heat insulating space 55 is cooled while the air that has been heated by the radiant heat exchanges.

On the other hand, the sunshade member (SS) to prevent the sunlight is projected into the room while maintaining the developed state as shown. Thus, the room is not heated by radiant heat.

Referring to Figure 7, the balcony window system according to an embodiment of the present invention, the heat insulation space 55 is sealed in the state in which sunlight can be introduced as shown in the low-temperature outdoor conditions that require solar heat, such as daytime in winter It is used as it is. At this time, the sunshade member (SS) described above is overlapped as shown so that sunlight is irradiated into the room to open the heat insulating space (55). And, the ventilation member 80 described above shields all the ventilation units 82 formed in the outer window 60 and the inner window 50 as shown. That is, the outer window 60 and the inner window 50 is completely sealed.

As such, when the outer window 60 and the inner window 50 are sealed, and the sunshade member SS overlaps, the sunlight passes through the outside and the inner windows 60 and 50 and flows into the room. The heat insulation space 55 is heated by radiant heat of sunlight. Thus, the room is not only insulated by the heat insulating space 55 but also heated by radiant heat.

Referring to Figure 8, the balcony window system according to an embodiment of the present invention, the insulation space 55 is shielded by the sunshade member (SS) as shown in the cryogenic outdoor conditions, such as at night in winter, all The ventilation portion 82 is used in a closed state. Accordingly, the cryogenic outside air outside the building does not flow into the room. At this time, the sunshade member (SS) serves as a heat insulating material to block the external cold air.

On the other hand, the sunshade member (SS) generates heat in the heat insulating space 55 by the heat generating member when the above-described heat generating member is provided. Therefore, the sunshade member SS not only improves heat insulation efficiency by heating the heat insulation space 55, but also prevents condensation from occurring in the heat insulation space 55. That is, since the heat insulation space 55 is heated by the heat of the sunshade member (SS), no condensation occurs.

Since the above embodiments are merely illustrative of preferred embodiments of the present invention, the scope of application of the present invention is not limited to the above, and appropriate modifications are possible within the scope of the same idea. Therefore, since the shape and structure of each component shown in the embodiment of the present invention can be carried out by deformation, it is natural that the modification of the shape and structure belong to the appended claims of the present invention.

1 is a longitudinal sectional view showing a general window system for a balcony;

2 is a perspective view showing a window system for a balcony according to an embodiment of the present invention;

3 is a front view showing a detailed configuration of the sunshade member shown in FIG.

4 is a perspective view showing the configuration of the ventilation member shown in FIG. 2 together with the window system;

FIG. 5 is a perspective view showing a first use example of the window system shown in FIG. 2; FIG.

6 is a perspective view showing a second use example of the window system shown in FIG. 2;

FIG. 7 is a perspective view showing a third use example of the window system shown in FIG. 2; FIG. And

8 is a perspective view showing a fourth use example of the window system shown in FIG.

<Description of Major Symbols in Drawing>

50: inside window

60: exterior window

72: blinds

72a: sunshade blade

74: retractor

76: remote control

78: planar heating element

80: ventilation member

82: ventilation

84: opening and closing board

Claims (7)

In the window system which is installed on the balcony of the building and insulates the interior and the outdoors, An outer window 60 installed on an outer wall of the balcony; An inner window (50) spaced apart from the outer window (60) on the balcony at predetermined intervals and positioned inside the building to form an insulation space (55) between the outer window (60); Is installed in the heat insulating space 55 of the inner window 50 is interposed between the outer window 60 and the inner window 50, overlapping or unfolding as the sunlight projected to the outer window 60 as needed Sunshade to selectively shield; And a ventilation member that opens and closes portions of the outer window 60 and the inner window 50 to ventilate the outside air and the inside of the building. The sunshade member includes a blind 72 having a plurality of sunshade blades 72a overlapping or unfolding in the heat insulating space 55, and a retractor for automatically overlapping or unfolding the sunshade blade 72a of the blind 72. 74) and a shade of the blind 72, which is controlled by the remote controller 76 and controlled by the remote controller 76, and which is deployed by the retractor 74. Further comprising a heat generating member for generating a blade 72a by using a power source applied from the outside, The heat generating member is integrally attached to the sunshade blade 72a and supplies power through the planar heating element 78 and the terminal T of the planar heating element 78 provided with a terminal T through which power is introduced. Including power line to say, The ventilation member is formed through a portion of the outer window 60 and the inner window 50 through the outer window 60 and the inner window 50 to communicate the outside air and internal air to enable ventilation to form a vent One side of the outer window 60 and the inner window 50 is fixed to the hinge (H), the opening and closing plate 84 for opening and closing the ventilation unit 82 while rotating about the hinge (H) and (82) It includes a switch for opening and closing the opening and closing plate 84 by rotating the hinge (H), The switch is protruded to the hinge (H) is rotated by the hinge (H) while opening and closing the opening and closing projection (86) and the hinge shaft is connected to the hinge (H) by pushing one side of the opening and closing plate 84 A window system for a balcony comprising a motor (88) for operating the opening and closing projection (86) by rotating (H). delete delete delete delete delete delete

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