KR102733363B1 - Window having a insect screen integrated glass guardrail - Google Patents

Abstract

The present invention relates to a window including an integrated glass balustrade with an insect screen, and to realize the same, the present invention is characterized by comprising a window frame (100) installed on a window frame (700), a transom member (160) installed across opposite sides on the inner perimeter of the window frame (100), a glass balustrade (200) installed in a lower region based on the transom member (160) on the inner perimeter of the window frame (100), and a insect screen (300) installed in an upper region based on the transom member (160) on the inner perimeter of the window frame (100) and opened and closed in an open region on the upper side of the transom member (160).

Description

Window having a insect screen integrated glass guardrail

The present invention relates to a window including an integrated glass balustrade with an insect screen, and more specifically, to a window including an integrated glass balustrade with an insect screen, which improves manufacturability by integrating an insect screen and a glass balustrade into a window frame, while allowing easy installation on a window frame.

In general, windows serve to isolate the interior from the exterior while allowing sunlight and fresh air from the outside to enter the interior, allowing for indoor ventilation.

Depending on the method of opening and closing, windows can be divided into casement windows, sliding windows, and lift-sliding windows that use hardware with a lift function to lift the window sash up onto a rail when opening and closing.

Meanwhile, since windows open and close along a rail on the window frame, especially in the summer, pests and flies can fly into the room through the open window, so screens are installed to prevent this.

In addition, a handrail may be installed on the exterior side of the window to block at least the lower part of the opening exposed when the window is opened to prevent falling, and a glass handrail made of glass may be used to make the exterior of the building more attractive and increase the visual satisfaction of occupants.

However, when glass railings are applied to windows, there was a problem in that the construction of windows including the screen and glass railing became complicated and the construction time also became longer because the glass railing, screen, and window frame were installed separately on site in the past.

In addition, since the screen is located on the outside of the glass railing, the glass railing is obscured by the screen, making it difficult to achieve the purpose of using the glass railing to make the exterior of the building more attractive and to increase the visual satisfaction of the occupants.

Republic of Korea Utility Model Registration No. 20-0449147 (Publicly Announced on June 21, 2010)

The present invention is to solve the above-described problems, and the purpose of the present invention is to provide a window including a glass balustrade with an integrated insect screen, in which the construction of a window including an insect screen and a glass balustrade is made simple and quick by integrating the glass balustrade and the insect screen into the window frame, and in which the exterior appearance of the building is made more attractive as the insect screen does not obscure the glass balustrade, and the visual satisfaction of occupants is further improved.

The technical problems to be solved by the present invention need not be limited to the technical problems mentioned above, and other technical problems not mentioned can be clearly understood by a person having ordinary skill in the technical field to which the present invention belongs from the description below.

A window including an integrated glass railing with an insect screen according to the present invention for implementing the purpose described above,

A window frame installed on a window frame,

A transom member installed across opposite sides of the inner perimeter of the above window frame,

A glass railing installed in the lower area based on the transom member on the inner perimeter of the above window frame and

It is configured to include an insect screen installed in an upper region based on the transom member on the inner perimeter of the window frame and opened and closed in an open region on the upper side of the transom member.

More preferably, the glass railing is installed on the inner perimeter of the window frame at the lower side of the transom member, and may be installed through a pair of second side guides connected to the side frames of the window frame, a lower guide connected to the lower frame of the window frame, and a glass railing guide provided on the transom member.

More preferably, the insect screen is installed above the transom member on the inner perimeter of the window frame, and can be installed through a pair of first side guides connected to the side frames of the window frame and an upper guide connected to the upper frame of the window frame.

More preferably, the insect screen has a housing having a space inside, an entrance/exit hole on the bottom surface, and an upper surface coupled to the upper guide;

A drum rotatably installed in the internal space of the above housing; and

It can be configured to include a mesh-shaped net that is wound around or unwound from the drum according to the rotation direction of the drum and is passed in and out through the inlet hole of the housing.

More preferably, a catch projection is formed on the inner circumference of the side frame, the lower frame, and the upper frame, respectively, and the first side guide and the second side guide corresponding to the side frame, the lower guide corresponding to the lower frame, and the upper guide corresponding to the upper frame may each be provided with a fitting projection that is engaged with the catch projection.

More preferably, the glass railing can be fixed by means of glazing beads that are detachably installed on the second side guide, the glass railing guide, and the lower guide, respectively, while the four sides of the glass railing are fitted to the second side guide, the glass railing guide, and the lower guide.

More preferably, one or more setting blocks may be installed between the inner surface of the lower guide and the lower end of the glass railing.

More preferably, the window frame can be secured to an adjacent window frame via at least one fixing member.

More preferably, the fixing member may be composed of a first fastening portion fixed to a side frame of the window frame, and a second fastening portion bent perpendicularly from the first fastening portion and fixed to a side of the outdoor window frame.

More preferably, an extension portion extending from the first fastening portion may be formed on the outside of a corner of the fixed member so as to be fitted into a gap in the overlapping portion between the side frame and the outdoor window frame.

More preferably, the surface of the above-mentioned fixed member may be finished by combining a cap therewith.

More preferably, a spacer is installed in the rail groove of the window frame, and the fitting groove of the spacer can be fitted into and fixed to the insect screen rail of the window frame.

A window including an integrated glass railing with an insect screen according to the present invention has the following effects.

That is, since the screen and glass balustrade are installed together on the window frame to form an integrated structure, the window frame including the screen and glass balustrade can be simply and quickly constructed on the window frame, and depending on the work environment and the intention of the worker, the window frame with the screen and glass balustrade installed can be installed on the screen rail of the window frame or on the outside of the window frame, and can be applied to not only system windows but also general sliding windows, so that the versatility and expandability of the window can be improved.

In addition, the transom member provided in the window frame can prevent deformation of the window frame and further improve impact resistance.

In addition, the glass railing installed through a number of guides on the window frame can be easily and quickly assembled or disassembled from the window frame through glazing beads that are detachably installed on the guides.

Meanwhile, since the effects of the present invention described in this manner are naturally exerted by the composition of the described contents regardless of whether the inventor is aware of them, the above-described effects are only some of the effects according to the described contents, and should not be recognized as describing all the effects recognized or actually existing by the inventor.

In addition, the effects of the present invention should be additionally understood by the entire description of the specification, and even if it is not explicitly described in a sentence, if it is an effect that can be recognized as such by a person with ordinary skill in the technical field to which the described content belongs through this specification, it should be regarded as an effect described in this specification.

FIG. 1 is a perspective view showing the outside of a window equipped with a glass railing integrated with an insect screen according to one embodiment of the present invention.
FIG. 2 is a perspective view showing the inside of a window equipped with a glass railing integrated with an insect screen according to one embodiment of the present invention.
FIG. 3 is a perspective view showing a state in which a screen and a glass railing are installed on a window frame according to one embodiment of the present invention.
FIG. 4 is a perspective view showing a state in which a screen and a glass railing are installed on a window frame according to one embodiment of the present invention.
Figure 5 is a cross-sectional view taken along line AA of Figure 1.
Figure 6 is a cross-sectional view taken along line BB of Figure 1.
Figure 7 is a cross-sectional view taken along line CC of Figure 1.

Hereinafter, the configuration and operation according to a preferred embodiment of the present invention will be described in detail with reference to the attached drawings.

This is intended to explain in detail so that a person with ordinary knowledge in the technical field to which the present invention belongs can easily practice the contents of the present invention, and does not mean that the technical idea and scope of the present invention are limited due to this.

In addition, when adding reference signs to components of each drawing, it should be noted that identical components are indicated with the same signs as much as possible even if they are shown on different drawings, and terms specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator, and the definitions of such terms should be determined based on the contents throughout this specification.

First, the configuration of a window including an integrated glass railing with a screen according to the present invention can be broadly divided into a window frame, a transom member installed across the inside of the window frame, a glass railing installed on the lower inside of the window frame, and a screen installed on the upper inside of the window frame. Each component will be examined in more detail with reference to the drawings exemplified below.

First, the window frame (100)

As illustrated in FIGS. 3 and 4, it is composed of an upper frame (110), two side frames (120) and a lower frame (130), and the ends of which are connected to each other through corner connecting members, so that the interior is open.

The window frame (100) has a glass railing (200) and a screen (300) installed in the open portion inside, which will be described later, and a rail groove (140) is provided on the outer perimeter of the window frame (100). The window frame (100) can be installed through the screen rail (710) of the window frame (700), and if necessary, can be installed on the outer surface of the window frame (700) instead of the screen rail (710).

The window frame (100) may be provided with a plurality of catches (150) along the length direction on the inner circumference as shown in FIGS. 5 to 7, and these catches (150) are combined with the insertion projections (440) formed on each of the upper guide (410), the side guide (420), and the lower guide (430) when the insect screen (300) and the glass railing (200) are not directly installed on the inner circumference of the window frame (100) but are connected through the upper guide (410), the side guide (420), and the lower guide (430).

Here, the catches (150) may be configured as a hook shape with a catch (151) at the tip, forming a pair of spaced apart parts, and the insertion projections (440) may also be configured as a hook shape with a catch (441) at the tip, and when the catches (150) are inserted between the insertion projections (440), the catch (151) of the catches (150) may be elastically caught on the catch (441) of the insertion projections (440) and fixed.

The transom member (160) is

In the window frame (100) described above, the two side frames (120) facing each other are connected horizontally across each other to improve the overall impact resistance of the window frame (100) and prevent deformation such as warping.

The transom member (160) may be in the shape of a straight bar, and a glass railing guide (480) for fixing a glass railing (200) may be provided on the bottom surface.

The transom member (160) can be joined by means of a fastening member that is fastened from the outside to the inside of the side frame (120) with both sides in contact with the side frame (120), and can also be joined by welding or force fitting, if necessary.

The transom member (160) is installed at both ends in the longitudinal center of the side frames (120), so that the open portion of the window frame (100) can be equally divided into two parts centered on the transom member (160), and depending on the position of the transom member (160) connected to the side frame (120), one of the open portions divided into two parts through the transom member (160) can be configured to be larger or smaller than the other.

Glass railing (200) is,

As shown in FIGS. 4 and 7, it is installed inside the window frame (100) described above, and when the interior window installed in the window frame (700) is opened, it functions as a railing, and is made of transparent glass, making the exterior of the building beautiful when viewed from the outside, and increasing the visual satisfaction of the occupants.

The glass railing (200) is installed below the transom member (160) in the opened inner perimeter of the window frame (100), and the area occupied by the glass railing (200) in the opened inner perimeter of the window frame (100) can be half of the vertical length in the opened area depending on the position of the transom member (160) installed in the window frame (100), and can be more than half or less than half of the vertical length in the opened area as needed.

The glass railing (200) may be configured in the form of single-layer glass or double-layer glass, and may further include a discoloring material so that it can change color depending on the amount of exposure to ultraviolet rays.

The glass railing (200) is installed through a pair of second side guides (423) connected to the side frames (120) on both sides of the window frame (100) on all sides, a lower guide (430) connected to the lower frame (130), and a glass railing guide (480) provided on the transom member (160).

In addition, since the glazing beads (423a), (430a), (480a) can be detachably installed in each of the second side guides (423) and the lower guide (430) and the glass railing guide (480), the four sides of the glass railing (200) are fitted to the second side guide (423) and the lower guide (430) and the glass railing guide (480) with the glazing beads (423a), (430a), (480a) separated, and then the separated glazing beads (423a), (430a), (480a) are reattached, the glass railing (200) can be easily and quickly attached to the second side guide (423), the lower guide (430) and the glass railing guide (480).

In addition, when it is necessary to separate the glass railing (200) from the second side guide (423), the lower guide (430), and the glass railing guide (480), the glazing beads (423a), (430a), (480a) are separated from the second side guide (423), the lower guide (430), and the glass railing guide (480), so that the glass railing (200) can be easily and quickly separated from the second side guide (423), the lower guide (430), and the glass railing guide (480).

In addition, as shown in Fig. 7, by adding a gasket (450) and a sealing part (460) such as silicone to the connecting part between the second side guide (423) and the glass railing (200) while the glass railing (200) is fixed to the second side guide (423), water can be prevented from entering the connecting part and the bonding strength of the connecting part can be improved.

In addition, by adding a gasket (450) and a sealing part (460) such as silicone to the connection part between the lower guide (430) and the glass railing (200) and the connection part between the glass railing guide (480) and the glass railing (200), water can be prevented from flowing into the connection part and the bonding strength of the connection part can be improved.

The mosquito net (300) is

As shown in FIGS. 4, 5, and 6, it is installed inside the window frame (100) together with the glass railing (200) described above, and selectively blocks the remaining open area except for the glass railing (200) installed in the window frame (100), thereby preventing pests from entering the interior when the interior window is open.

The insect screen (300) is installed on the upper part of the opened inner circumference of the window frame (100), and may be installed offset in the forward and backward direction along the same vertical line as the glass railing (200) installed on the lower part of the opened inner circumference of the window frame (100).

The insect screen (300) is installed in an open area located above the transom member (160) on the inner perimeter of the window frame (100). For example, the insect screen frame may be configured in a form in which a net is provided inside the insect screen frame having an outer shape corresponding to the open area located above the transom member (160) on the inner perimeter of the window frame (100), and may be assembled in a form in which the net is provided in the open area located above the transom member (160) on the inner perimeter of the window frame (100).

As another example, the insect screen (300) may be configured in the form of a roll insect screen that can easily open and close the area opened at the top of the transom member (160) on the inner perimeter of the window frame (100), as shown in FIG. 5.

When the insect screen (300) is configured in the form of a roll insect screen, it may include a housing (310) having a space provided inside and an entrance/exit hole provided on the bottom surface, an upper guide (410) for connecting the housing (310) to the window frame (100), a drum (320) rotatably installed in the internal space of the housing (310), and a mesh-shaped net (330) that opens and closes the internal upper open area of the window frame (100) by being wound or unwound by the drum (320) and entering/exiting through the entrance/exit hole of the housing (310) by the rotation of the drum (320).

Here, the upper guide (410) connects the housing (310) and the upper frame (110) of the window frame (100) as in FIGS. 4 to 7, and a pair of side guides (420) are composed of a first side guide (421) and a second side guide (423). The first side guide (421) guides the edge of the net (333), and the second side guide (423) fixes the side of the glass railing (200) as described above.

In addition, the upper guide (410) can be fixed by combining the upper surface of the housing (310) with the lower surface as shown in FIG. 5, and the upper guide (410) can be in a form in which the tip protrudes forward to correspond to the width of the upper surface of the housing (310).

And the lower part of the first side guide (421) can be connected to the upper surface of the transom member (160) directly or through a separate connection port, and the upper part of the second side guide (423) can also be connected to the lower surface of the transom member (160) directly or through a separate connection port.

The first side guide (421) may further include a net guide guide (422) for fixing a part of the side of the net (330) to guide the lifting and lowering of the net (330) as shown in FIG. 6, and the net guide guide (422) is provided with a groove so that a part of the side of the net (330) can be fitted into it, and this net guide guide (422) may be fixed to the first side guide (421) by an adhesive means.

Although not illustrated in the drawing, the groove of the net guide (422) may be configured to have one or more fixing projections formed at regular intervals so that the lower sides of the net (330) moving along the net guide (422) are selectively fixed by the fixing projections, thereby allowing the net (330) released from the drum (320) to remain in the released state without being rewound by being caught by the fixing projections.

Meanwhile, as another embodiment to prevent the net (330) from being re-wound when released from the drum (320), a magnetic material is installed on the lower end of the net (330) and the upper surface of the transom member (160), so that the lower end of the released net (330) is magnetically coupled to the upper surface of the transom member (160), thereby preventing the released net (330) from being re-wound.

In addition, the phenomenon of a gap occurring between the lower end of the net (330) and the transom member (160) can be prevented by effectively contacting the upper surface of the net (330) with the magnetic force of the magnetic body.

In this way, the insect screen (300) and the glass railing (200) are installed together on the window frame (100) through the upper guide (410), the side guide (420), the lower guide (430) and the glass railing guide (480), so that the insect screen (300), the glass railing (200) and the window frame (100) are made as a single unit at the factory, and then moved to the site, where they can be easily and quickly installed on the window frame (700).

Meanwhile, when installing a window frame (100) with a screen (300) and a glass railing (200) installed on a window frame (700), the screen can be installed on the screen rail (710) of the window frame (700) by using the rail groove (140) formed on the outer perimeter of the window frame (100).

Here, since the window frame (100) can move in the longitudinal direction of the screen rail (710) as well as the forward and backward direction perpendicular to the longitudinal direction of the screen rail (710) while installed on the screen rail (710) of the window frame (700), in order to prevent such movement, at least one fixing member (500) can be used on one side of the window frame (100) to fix it to the adjacent outdoor window frame (800).

As an example of the fixed member (500), as illustrated in FIGS. 2, 6, and 7, one side of the fixed member may be formed as a first fastening portion (510), and the other side may be formed as a second fastening portion (520) bent in a right angle direction from the first fastening portion (510). The first fastening portion (510) may be fastened on its outer surface to the side frame (120) of the window sash frame (100) using a fastening means such as a screw, and the second fastening portion (520) may be fastened on its outer surface to the side of the outdoor window sash frame (800) using a fastening means such as a screw, thereby preventing the window sash frame (100) from moving unnecessarily on the insect screen rail (710).

Here, a certain gap is generated between the overlapping portion of the side frame (120) of the window frame (100) and the outdoor window frame (800), and the outdoor window frame (800) may move forward and backward due to this gap. This forward and backward movement of the outdoor window frame (800) may weaken the bonding strength of the fixing member (500).

Accordingly, the present invention configures an extension (530) that extends in the opposite direction of the longitudinal direction of the first fastening portion (510) on the outer edge of the fixing member (500), and by fitting this extension (530) into the gap of the overlapping portion of the side frame (120) of the window frame (100) and the outdoor window frame (800), the forward/backward movement of the outdoor window frame (800) is prevented, thereby preventing a decrease in the bonding force of the fixing member (500) due to the forward/backward movement of the outdoor window frame (800).

In addition, a cap (540) may be installed on the inner surface of the first fastening portion (510) and the second fastening portion (520) of the fixed member (500) to prevent loosening or external exposure of the fastening means. These caps (540) may be configured as a pair and respectively connected to the first fastening portion (510) and the second fastening portion (520), or may be configured as a single body and installed together on the first fastening portion (510) and the second fastening portion (520).

Meanwhile, when the rail groove (140) on the other side and bottom of the window frame (100) is fitted into the screen rail (710) of the window frame (700), the window frame (100) can move forward and backward on the screen rail (710) due to the difference between the width of the rail groove (140) and the width of the screen rail (710).

Accordingly, in order to prevent such movement, a spacer (600) is installed on the other side of the window frame (100) and the rail groove (140) on the bottom, respectively. The upper surface of the spacer (600) is fitted into the rail groove (140) or fastened with a fastening member, and the bottom surface of the spacer (600) is provided with a fitting groove (610) having a width corresponding to the width of the insect screen rail (710). As a result, the fitting groove (610) of the spacer (600) is forcibly fitted into the insect screen rail (710), thereby preventing the window frame (100) from moving forward and backward on the insect screen rail (710).

In addition, if at least one anti-slip protrusion is formed on the inner surface of the fitting groove (610) of the spacing member (600), it is possible to prevent the spacing member (600) from being easily detached from the insect screen rail (710) or from having a gap.

According to the present invention, the screen (300), the glass railing (200), and the window frame (100) are manufactured as a single unit so that the screen (300), the glass railing (200), and the window sash frame (100) can be effectively installed on the window sash frame (700) without the need for the screen (300) and the glass railing (200) to be individually constructed and installed on the window sash frame (700), and the screen can be installed on the screen rail (710) of the window sash frame (700) or the outer surface of the window sash frame (700), so that the window sash frame (100) can be constructed in a variety of ways and effectively, and in the case of the window sash frame (100), since the transom member (160) is provided, deformation or warping can be prevented, and impact resistance can be improved.

As described above, the detailed description of the present invention has described specific embodiments, but it is obvious that various modifications are possible within the scope that does not depart from the scope of the described contents. Therefore, the scope of the described contents need not be limited to the described embodiments, but should be determined not only by the claims described below but also by equivalents of the claims.

100 : Window frame 110 : Top frame
120 : Side frame 130 : Lower frame
140 : Rail home 150 : Snag
151: Jaw 160: Transom member
200 : Glass railing 300 : Mosquito net
310 : Housing 320 : Drum
330: Net 410: Top Guide
420: Side guide 421: First side guide
422: Network Guide 423: Second Side Guide
423a, 430a, 480a: Glazing bead 430: Lower guide
440: Insertion lug 441: Hook
450 : Gasket 460 : Sealing part
470: Setting block 480: Glass railing guide
500: Fixed member 510: First fastening member
520: Second connecting part 530: Extension part
540 : Cap 600 : Spacing member
610 : Insert Home 700 : Window Frame
710: Screen rail 800: Outside window frame

Claims (12)

A window frame (100) installed on a window frame (700);
A transom member (160) installed across opposite sides of the inner perimeter of the above window frame (100);
A glass railing (200) installed in a lower area based on the transom member (160) on the inner perimeter of the window frame (100); and
It includes a screen (300) installed in an upper region based on the transom member (160) on the inner perimeter of the window frame (100) and opened and closed in an open region on the upper side of the transom member (160).
The above window frame (100) is fixed to a neighboring window frame through at least one fixing member (500),
The above-mentioned fixed member (500) is composed of a first fastening part (510) that is fastened to the side frame (120) of the window frame (100), and a second fastening part (520) that is bent perpendicularly from the first fastening part (510) and fastened to the side of the outdoor window frame (800).
A window including an integrated glass railing with an insect screen, wherein an extension portion (530) extending from a first fastening portion (510) is formed on the outside of a corner of the above-mentioned fixed member (500) and configured to fit into a gap in the overlapping portion between the side frame (120) and the outdoor window frame (800). In claim 1,
The above glass railing (200) is
A window including an integrated glass railing with an insect screen, which is installed on the lower side of the transom member (160) on the inner perimeter of the window frame (100), and is installed through a pair of second side guides (423) connected to the side frame (120) of the window frame (100), a lower guide (430) connected to the lower frame (130) of the window frame (100), and a glass railing guide (480) provided on the transom member (160). In claim 2,
The above insect screen (300) is
A window including an integrated glass railing with an insect screen, which is installed on the upper side of the transom member (160) on the inner perimeter of the window frame (100), and is installed through a pair of first side guides (421) connected to the side frame (120) of the window frame (100) and an upper guide (410) connected to the upper frame (110) of the window frame (100). In claim 3,
The above insect screen (300) is
A housing (310) having a space inside, an entrance/exit hole on the bottom, and an upper surface coupled to the upper guide (410);
A drum (320) rotatably installed in the internal space of the housing (310); and
A mesh-shaped net (330) that is wound or unwound around the drum (320) according to the rotational direction of the drum (320) and enters and exits through the entrance hole of the housing (310);
Windows with integral glass railings and insect screens included. In claim 3,
A window including an integrated glass railing with an insect screen, wherein a catch projection (150) is formed on the inner periphery of the side frame (120), the lower frame (130), and the upper frame (110), and the first side guide (421), the second side guide (423) corresponding to the side frame (120), the lower guide (430) corresponding to the lower frame (130), and the upper guide (410) corresponding to the upper frame (110) are each provided with a fitting projection (440) that is coupled with the catch projection (150). In claim 2,
The above glass railing (200) is
A window including an integrated glass railing with an insect screen, wherein the second side guide (423), the glass railing guide (480), and the lower guide (430) are secured to the second side guide (423), the glass railing guide (480), and the lower guide (430) through glazing beads (423a)(480a)(430a) that are detachably installed to each of the second side guide (423), the glass railing guide (480), and the lower guide (430). In claim 2,
A window including an integrated glass railing with an insect screen, wherein one or more setting blocks (470) are installed between the inner surface of the lower guide (430) and the lower end of the glass railing (200). delete delete delete In claim 1,
A window including an integrated glass railing with an insect screen, the surface of the above-mentioned fixed member (500) being finished with a cap (540) attached thereto. In claim 1,
A window including an integrated glass railing with a screen door, wherein a spacer (600) is installed in the rail home portion (140) of the above window frame (100), and the fitting groove (610) of the spacer (600) is fitted into and fixed to the screen door rail (710) of the above window frame (700).

Images