KR20120014948A

KR20120014948A - Window frames of wide use with a cover function

Info

Publication number: KR20120014948A
Application number: KR1020100071073A
Authority: KR
Inventors: 김병호
Original assignee: 김병호
Priority date: 2010-07-22
Filing date: 2010-07-22
Publication date: 2012-02-21

Abstract

The present invention relates to a glass window that is constructed in a wall partitioning an indoor space, and more particularly, it is possible to construct regardless of the thickness of the wall partitioning a space, and moreover, it is quick to simplify the line and post work for construction. The present invention relates to a suitable invention for use in a facility that makes use of hygiene by blocking the perspective state of a glass window without the use of an artificially operated shield.
The present invention is a glass window frame that is constructed in the wall 10 partitioning the interior space of the business facility, according to the thickness of the wall 10 to adjust the construction to the corresponding width in the body 120 and the out body ( 110 is achieved by a general-purpose windowpane having a shade function.

Description

Window frame of wide use with a cover function}

The present invention relates to a glass window that is constructed in a wall partitioning an indoor space, and more particularly, it is possible to construct regardless of the thickness of the wall partitioning a space, and moreover, it is quick to simplify the line and post work for construction. The present invention relates to a suitable invention for use in facilities such as hospitals that make it possible to block construction of the glass window without the use of an artificially operated shade and at the same time the construction is possible.

In general, the interior of a business building is divided into various forms depending on the purpose of use.

In addition, glass windows are installed in the wall partitioning the space to resolve the segregation of the partitioned space to some extent to solve the tightness of the entire space by the partitioned wall (partition).

As mentioned above, by installing a glass window on the wall that divides the interior space, while eliminating the isolation and frustration, if you need to perform close work in the compartment or remove clothes for medical treatment, such as in a hospital In preparation, curtains or roll screens, which are means of blocking windows, should be installed separately.

As described above, the glass window may be blocked by a curtain or a roll screen provided in the glass window, but the curtain or roll screen should be operated by the user.

Curtains and roll screens that are intended to be operated and used by the user as described above are suitable for general offices, but are not recommended for use in hospitals where hygiene is vital.

The reason is that the dust is accumulated on the curtains or roll screens, and the dust is scattered into the room during operation, and the scattered dust is sucked through the human respiratory tract to cause diseases such as respiratory diseases. When the roll screen is in operation, pathogens can get into the hands and carry fatal pathogens to the patient.

In addition, the conventional window frame has a width that is standardized, and not only has the construction trouble of selecting and using a window frame having a width appropriate to the thickness of the wall, but also a window formed on the wall partitioning the indoor space. They are manufactured in anticipation of the decorative effect away from the function of the multi-ply glass window frame, so it is common to have a wide width of the vertical panels connected to the wall.

Therefore, in order to construct the window frame above, the work has to be punched into the wall more than necessary and the difficulty of filling the finishing material in the space between the window frame and the hole when finishing the window frame construction work. There was also.

The present invention was developed to solve the shortcomings of the glass window frame that is constructed on the wall partitioning the indoor space, the object of which is to divide the glass frame into the in-body and the out-body, assembling the glass window exhibiting the curtain function to the in-body In this case, when the width adjusting cylinders of the inbody and the outbody are assembled with the inbody and the outbody on both sides of the wall, and each vertical panel is connected to the wall surface, the inbody and the outbody are As the assembly of the width adjustment cylinder of the body is completed by spot welding, the problem of perforating the wall by the size of the vertical panel has been solved as in the prior art, and after the glass frame is installed on the wall, the perforated hole is needed. Gary is designed to allow the quick construction of the window frame by eliminating the inconvenience of work that needs to be finished by filling the finishing materials in the space. To provide a general-purpose glass window frame has a function.

Another object of the present invention is to make the window selectively transparent and opaque, by eliminating the use of curtains and roll screens (hereinafter referred to as "blinders") used to block the window, so that when the dust is accumulated in the operation of the conventional shader indoors It solves the problem of contaminating the air at the procedure site and causing the disease such as respiratory disease by breathing the contaminated air.The pathogen is deadly to the patients who are treated by the pathogen when they operate the curtain and roll screen. It is to provide a general-purpose glass window frame with a shade function to solve the problem that could be moved.

The present invention for achieving the above object, in the glass frame is constructed on the wall 10 partitioning the interior space of the business facility,

It is achieved by a general-purpose window frame having a shade function, characterized in that it is bi-divided into the in-body 120 and the out-body 110 so that the adjustable construction to the corresponding width according to the thickness of the wall (10).

In the general-purpose window frame having the shade function of the present invention described above, the window frame 100 is bi-divided into the in-body 120 and the out-body 110, the glass window 130 exerts a curtain function on the in-body 120 By assembling

First, each of the width adjusting cylinders 122 and 112 of the inbody 120 and the outbody 110 are assembled by placing the inbody 120 and the outbody 110 on both sides of the wall 10. When the vertical panels 111 and 121 of the surface are connected to the surface of the wall 10, the width adjusting cylinders 122 and 112 of the inbody 120 and the outbody 110 are spot-welded. As the assembly is completed, construction has solved the problem of perforating the wall by the size of the vertical panel as in the prior art;

Second, after constructing the glass frame 100 on the wall 10, the inconvenience of the work must be completed by filling the finishing materials in the space that is perforated more than necessary to eliminate the inconvenience to the rapid construction of the glass frame 100 There is one advantage.

Another effect of the present invention is to make the window 130 selectively transparent and opaque, thereby eliminating the use of curtains and roll screens (hereinafter referred to as "blinders") used to block the window 130, whereby dust on the conventional shade When accumulated and operated, dust is scattered indoors and contaminates the air in the treatment area, and breathing of contaminated air causes diseases such as respiratory diseases. It is a very useful invention that solves the problem of transferring a deadly pathogen to a patient to be treated.

1 is an exploded perspective view of a universal window frame having a shade function according to the present invention.
Figure 2 is a perspective view of the combined universal window frame having a shade function according to the present invention.
Figure 3 is a partial cross-sectional view of the general-purpose window frame having a shade function according to the present invention.
Figure 4 is an exemplary cross-sectional view of the entire window pane with a shade function according to the present invention.
Figure 5 is a side cross-sectional view of the combined window frame having a shade function according to the present invention.
Figure 6 is another embodiment of the side cross-sectional coupling example of a universal window frame having a shade function according to the present invention.
Figure 7 is an exemplary view of a universal window frame having a shade function according to the present invention installed on the wall.
Figure 8 is an illustration of a transparent state by supplying electricity to the glass window of the universal window frame having a shade function according to the present invention.
Figure 9 is an illustration of the electric window to the opaque state by blocking the electricity supply to the window of the universal window frame having a shade function according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

As shown in Fig. 1 to Fig. 9, the outbody 110 and the inbody 120 are configured to be assembled on both sides of the wall 10 according to the present invention.

The inbody 120 is assembled with a glass window 130 that serves as a shade.

The out body 110 is formed with a vertical panel 111 that extends with respect to the surface of the wall 10 partitioning the interior space and exerts a decorative effect, and is perpendicular to the vertical panel 111. The width adjustment cylinder 112 is formed in the tunnel shape, the guide adjustment 113 is formed in the gun control cylinder 112 is guided by the wire 132 is wired to apply electricity to the glass window 130 It is.

The inbody 120 assembled to the outbody 110 has a tunnel-shaped width adjustment cylinder 122 having a size that can be inserted into the width adjustment cylinder 112 of the outbody 110, The vertical panel 121, which extends against the surface of the wall 10 and exerts a decorative effect, is formed to be bent at a right angle from the width adjusting cylinder 122.

The glass window 130 installed on the inbody 120 is installed at the end of the width control cylinder 122 of the inbody 120 to be electrically shielded from the polyethylene film (PET film) and the transparent conductive film (ITO) so as to serve as a shade. When is applied, the liquid crystal molecules are aligned in the electric field and pass through the light, and when electricity is not applied to the polyethylene film and the transparent conductive film (ITO), the liquid crystal molecules are disordered so that the light is scattered to become an opaque state. will be.

When constructing a general-purpose glass window frame having a shade function of the present invention having the above-described configuration, after selecting the construction position of the glass window frame 100 to the wall 10 partitioning the interior space, it is perforated using the perforation equipment.

The hole perforated in the wall 10 is perforated to a size against the outside of the width control cylinder 112 of the outbody 110 constituting the window frame 10.

When the hole in which the window frame 10 is constructed on the wall is completed, the inbody 120 is inserted from the other side of the wall 10 while the out body 110 is first inserted from one side of the wall 10. In this case, the width control cylinder 122 of the in-body 120, the glass window 130 is assembled to the inner side of the width control cylinder 112 of the out body 110 is inserted.

As described above, the window frame 100, which is constructed by the assembly of the respective width adjusting cylinders 112 and 122, is capable of general-purpose construction regardless of the thickness of the wall 10.

If the thickness of the wall 10 is narrow, as shown in Figure 5, by inserting the width adjusting cylinder 122 of the in-body 120 deeply into the width adjusting cylinder 112 of the outer body 110, each vertical panel 111 ( 121 is connected to the surface of the wall 10, on the contrary, when the thickness of the wall 10 is thick, as shown in FIG. 6, the width of the outer body 110, the control cylinder 112 of the inbody 120 By inserting the width adjustment cylinder 122 only, each vertical panel 111, 121 is to be connected to the surface of the wall (10).

As described above, when the outbody 110 and the inbody 120 are coupled, the inbody 120 and the outbody 110 are fixed.

When fixing the inbody 120 and the outbody 110 is fixed by spot welding, the glass window assembled to the width control cylinder 112 and the inbody 120 width control cylinder 122 of the out body 110. Spot welding the frame 131 of 130 so that the width-controlled construction can be maintained.

Low-voltage electricity is supplied to the glass window 130 of the glass frame 100, the construction of the wall 10 is completed by a transistor (not shown).

8 to 9 are exemplary views showing a state in which the glass window 130 of the window frame 100 selectively serves as a shade, and its role varies depending on the on / off of the power switch 140. .

8 is a state in which electricity is applied, and when electricity is applied to a polyethylene film and a transparent conductive film (ITO), liquid crystal molecules are aligned in the electric field direction and pass through light to see through the partitioned space. It becomes a state.

On the other hand, Figure 9 is a state in which no electricity is applied, when electricity is not applied to the polyethylene film (PET film) and the transparent conductive film (ITO), the liquid crystal molecules are in a disordered state to scatter the light to the glass window 130 in an opaque state By being placed, the patient is placed in an opaque state when undressing or changing clothes.

As the window 130 itself serves as a sputum as described above, there is no need to use a sputum such as curtains, roll screens, etc., it is suitable for use in a hospital that can be easily exposed to infection of pathogens.

10 wall 100 glass window frame
110: out body 111,211: vertical panel
112,122: width adjusting cylinder 113: guide groove
120: body 130: glass window
131 frame 132 wire
140: power switch

Claims

In the glass window frame 100 is constructed in the wall 10 partitioning the interior space of the business facility,
General-purpose glass window frame having a shade function, characterized in that the nutrient consists of the in-body 120 and the out-body (110) to be able to adjust the width corresponding to the thickness of the wall (10).

According to claim 1, wherein the inbody 120 is transparent when the light is applied when the electricity is applied, when the electric is not applied, the glass window 130 acts as a shade to be scattered by opaque light is characterized in that the assembly is installed Universal window frame with shade function.

According to claim 1 or claim 2, wherein the window pane 100 is formed with a vertical panel 111 that exerts a decorative effect to the surface of the wall 10 that partitions the interior space to exert a decorative effect A width adjusting cylinder 112 is formed at right angles from the vertical panel 111 to form a tunnel. The width adjusting cylinder 112 has a wire 132 which is wired to apply electricity to the glass window 130. Out body 110 and the guide groove 113 is formed;
A tunnel-shaped width adjusting cylinder 122 having a size that can be inserted into the width adjusting cylinder 112 of the out body is formed, and is soft against the surface of the wall 10 to have a decorative effect. An in-body 120 having an upright vertical panel 121 bent at a right angle from the width adjustment cylinder 122;
When electricity is applied to the polyethylene film (PET film) and the transparent conductive film (ITO) so that the shade function is installed at the end of the width control cylinder 122 of the inbody 120, liquid crystal molecules are aligned in the electric field direction to emit light. When the electricity is not applied to the polyethylene film (PET film) and the transparent conductive film (ITO), the liquid crystal molecules are disordered to scatter light and install a glass window 130 which is configured to be in an opaque state. Having a universal window frame.