KR900007880B1 - Color-changing window unit - Google Patents

Abstract

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Description

Color-changing window unit

1 is a reference perspective view of the basic concept of the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

3 is a reference diagram of a second embodiment of the present invention.

4 is a reference diagram of a third embodiment of the present invention.

5 is another exemplary diagram according to a third embodiment of the present invention.

6 is a reference diagram of a fourth embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

1A: Color variable window unit 11: First material window

12: second material window 13b: first oil hole

14b: second hole 15: adhesive material

16: spaced apart 2: latex tube

21: faucet

The present invention relates to a color variable window device that can be widely used in windows, walls, tables, automobile windows of houses, and the like, in particular, it is possible to selectively convert the color of the desired window light by the user by the window device of the present invention. It is about a color variable window unit.

In general, office doors such as buildings, etc. are used for sunshade and promotional purposes by the use of a certain cross-language. In this case, once the desired pattern is formed in the window with a predetermined pattern, there is an uncomfortable and cumbersome problem of having to work again one by one, especially when painting is already done. 'S work was quite cumbersome.

On the other hand, in the case of the interior display of the room is widely used techniques such as using the color of the wall materials to enhance the hobby, but here it is easy to change it to another form once it exists in a solid state in one pattern It didn't work.

An object of the present invention is to provide a new window and use value because it is possible to produce a variety of windows and windows by providing a window device that can be selectively changed conveniently when the color is given to the general office windows and the like.

Another object of the present invention is to provide a variety of flexibility because the interior wall surface of the house, such as the window device of the present invention can easily change the window wall surface color selectively according to the four seasons or users' preferences. .

In addition, the present invention is to provide a window device that is only a simple configuration of the double window and the color injection and air control, color injection tube and the like and the use value is excellent with the variety of the effect according to the present invention.

This will be described in more detail below.

That is, FIG. 1 shows the color variable window unit 1A which is of the general form in the window apparatus of the present invention. Here, at least the first material window 11 and the second material window 12 of the transparent material are completely sealed by the adhesive material 15 to the edge portion, whereby a predetermined space 16 is formed therein. Lose.

The predetermined space 16 may be arbitrarily given by the vertical width of the adhesive material 15.

On the other hand, one side wall of the adhesive material 15 is air-regulated (13a) and the color inlet 14a is buried and fixed, respectively, these are configured to lead to the constant space 16 and the associated pipe.

The air regulator 13a and the color inlet 14a may be a tube having a kind of valve. The window unit 1A formed in this way may be a plurality of adjacently bonded ones as in the first diagram. In FIG. 3, the second embodiment exemplifies the partition window unit 1B.

In this case, the first material window 11 and the second material window 12 are bonded to each other to have a predetermined spaced space 16 at an edge thereof, and the plug-shaped first hole 13b and the second hole ( 14b) is installed in the 1st raw material window 11 or the 2nd raw material window 12 of the partition window and door unit 1B, and has a hermetic coupling structure by stoppers 13c and 14c. 4 illustrates the use of the present invention as an automobile window and door unit 1C.

Here, at least one air control unit 13a and color inlet 14a or first hole 13b and second hole 14b and plug 13c and 14c, respectively, on the upper and lower side walls or the left and right sides of the vehicle window unit 1C. ) Is given in a related configuration, and the color variable window is formed by the color pigment 22 injected by the color injection tube 2 into the air control device 13a, the first hole 13b, etc., and the washing liquid injection tube As a result, the color-variable windows are formed in a transparent form.

In the third embodiment of FIG. 4, the first pump 31 distributed in the space 16 of the window 1D when the front window of the automobile is the front window color variable window 1D as shown in FIG. The pipe from the second pump 32 is routed, and the first pump 31 is connected to the fluid reservoir 33, and the second pump 32 is connected to the washing tank 34 by the first pump 31. Color liquid from the fluid container 33 is injected into the window (1D), and when washing it, the washing liquid is introduced by the second pump 32 to wash the color liquid in the space 16. Can be configured.

When the color pigment 22 is an aqueous solution, it is preferable that the surface tension is not generated in the separation space 16. In this case, the variable opening and closing edge 35 is formed on the lower side of the window 1D. It is installed so that the washing water flows out to the outside during washing.

Meanwhile, in FIG. 6, the character unit 1E is buried in the variable window unit 1A, and the colors are injected into the different color injection tubes 2 to be used as signs. Reference numeral 21 is a faucet.

In the present invention having such a configuration, for example, when the color variable window unit 1A is formed as shown in FIG. 1, the valves of the air inlet 13a and the color inlet 14a are opened, and then the inlet pipe diameter of the color inlet 14 is opened. When the color injection tube 2 having the airtight 21 and the airtight is pressed, the pigment 22, which is a predetermined liquid, is separated from the color injection tube 2 from the first material window 11 and the second material window 12. It is filled while spreading into the space 16. In this case, since the separation space 16 has a thickness of about a few m considering the kind of the solution, the container volume of the color injection tube 2 does not need to be large. In addition, the pigment 22, which is a color liquid into the separation space 16, is sufficiently filled by the pressing force of the user who presses the color injection tube 2, and the color liquid is supplied to the air conditioner 13a. When it blows out, it becomes the partition window unit 1B to which predetermined | prescribed color was given by closing these valves.

In addition, this process can be achieved by mosaicing a window in a variety of colors in the window unit 1A divided into a plurality.

On the other hand, once the color is given to the window unit (1A), etc., once the color is changed, open the air regulator (13a) and the color inlet (14a) to the cleaning liquid from the air regulator (13a) by using a detergent tube. When injected, the solution in the separation space 16 exits and is washed by the color inlet 14a.

At this time, the less solution can be completely removed by attracting the adsorption port.

In this state, the first material window 11 and the second material window 12 are also transparent windows. After this process, the user injects the color liquid into the separation space 16 in the first material window 11 and the second material window 12 by using the color injection tube 2 of another color. Will be. In addition, in FIG. 4, since the color of the side wall windows of the automobile window 1C can be easily changed at any time, various effects can be obtained for the effect of directing or blocking the sun.

In addition, the first material window 11 is made of a material such as glass, and the second material window 12 is opaque and thus constitutes a window and window with a color solution in harmony with the color of the second material window 12. According to the present invention, the first and second materials of the first and second material windows 12 may be transparent, and the front and rear surfaces may have the same color.

Also, in the character unit 1E in which the partition wall 4 is formed in the form of advertisement text such as letters, the first and second holes 13b and 14b are formed therein. It can also be used as a display. In addition, when it is a window used for the wall of a large building, the overall display color can be given uniformly or selectively in a predetermined place, so that the overall aesthetics of the city can be produced in a good and diverse manner.

The present invention can achieve a color window that can be changed to a window of a house, a car window, an indoor wall display, and the like by giving a device configuration such as injecting or washing color into the inner space using a double window, that is, a double transparent material. There is a beneficial characteristic that is.

Claims (1)

The first material window 11 and the second material window 12 of at least a transparent material overlap and the sealing material 15 is sealed on the rim so that the space 16 is formed in the inner space thereof, and the first material window 11 and 12 are sealed. At least the first oil hole 13b, the second oil hole 14b, the air regulator 13a, and the color injection hole 14a are formed in the flat portion or the side surface of the material window 11 or the second material window 12, and separately therefrom. A color variable window and door unit comprising a color injection tube (2) and a cleaning tube configured to be able to inject or wash the color liquid.

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