KR102630471B1 - Blind built-in window with solar pane - Google Patents

Abstract

A window with a built-in electric blind according to the present invention includes a window frame formed in a square frame shape with a window frame opening; A window frame formed in the shape of a square frame having a window frame opening and having a window frame support bracket on an inner wall of the window frame opening, a window frame glass block coupled to cover an indoor side of the window frame support bracket, and the window A window frame outer glass plate coupled to cover the outdoor side of the frame support bracket, a window frame electric blind installed between the window frame glass block and the window frame outer glass plate, and an inner wall of the window frame opening on the side facing indoors. An open/close window consisting of a window frame pressing bracket that is combined to press the window frame glass block to the window frame support bracket, and is coupled to the window frame to open and close the window frame opening; A solar panel coupled to the outdoor outer surface of the window frame to generate power; And a rechargeable battery that stores the power produced by the solar panel and supplies it to the window frame electric blind.

Description

Blind built-in window with solar pane}

The present invention relates to a window with a built-in electric blind, and more specifically, to a window with a built-in electric blind equipped with a solar panel to automatically operate the electric blind using sunlight.

In general, buildings are equipped with see-through windows that allow light to pass through to the inside and see through from the inside to the outside. The view windows do not allow the outside to see into the inside, thereby protecting privacy and eliminating the need for sunlight to enter the inside. A means for blocking sunlight is provided to prevent excessive penetration.

These sunlight blocking means are for blocking sunlight and preventing transparency and include curtains or electric blinds that can be deployed inside the viewing window. In recent years, double-glazed windows have been widely used to improve heat and sound insulation by combining two glass plates with a frame at a predetermined distance to form an air layer between the two glass plates for heat and sound insulation, and electric blinds are installed inside the double-glazed windows. Windows that are built to block light are widely used.

At this time, if the two glass plates are configured to be fixed to the frame, there is a problem that the electric blind cannot be cleaned or repaired. In addition, to enable cleaning and repair of electric blinds, an electric blind window with an outdoor glass panel made of a casement window structure has been proposed. However, in this case, workers have to clean and repair the electric blinds while hanging on the exterior wall of the building, which requires work. The problem is that this becomes very difficult.

In order to solve the above problems, an electric blind window (Korean Patent No. 10-1136866) has been proposed that allows cleaning and repairing electric blinds indoors.

As shown in Figure 1, a conventional electric blind window includes a window frame 10 embedded in a building, a first window 30 coupled to the window frame in a casement structure, and a casement structure to the first window 30. A second window 40 coupled with a motorized blind 20 installed in the space between the first window 30 and the second window 40, and an outer window coupled to the outside of the window frame 10 ( 50). When the electric blind 20 is configured to be installed between the first window 30 and the second window 40 combined in a casement structure like this, after the user opens the first window 30, the second window 40 When opened, the electric blind 20 is exposed to the outside, making it possible to clean and repair the electric blind 20.

At this time, the electric blind installed on the window with built-in electric blind is applied as an electric blind so that the user can control the operation with a remote control. In order to supply power to the electric blind, an external power supply wire must be placed inside the window, so window construction is required. This has the disadvantage of being difficult. In addition, there is a disadvantage that it cannot be used in places where power supply is not smooth.

Meanwhile, in the conventional electric blind window shown in FIG. 1, the first window 30 and the second window 40 are each coupled to a rotatable structure by a separate hinge device, and the combined structure is complex, resulting in an attractive appearance. Not only that, but the number of parts for the first window 30 and the second window 40 is very large, so there is a problem that the manufacturing cost is very high. In addition, when the first window 30 and the second window 40 are combined in a casement structure as in the conventional electric blind window shown in FIG. 1, the overall thickness of the window becomes very thick, so there is a disadvantage that versatility is significantly reduced. .

KR 10-1136866 B1

The present invention was proposed to solve the above problems, and it is possible to supply power to electric blinds even without wiring external power supply wires inside, and to easily maintain and repair electric blinds installed indoors. The purpose is to provide windows with built-in electric blinds that not only have a simple structure and a beautiful appearance, but also have solar panels that can reduce manufacturing costs.

A window with a built-in electric blind according to the present invention for achieving the above object includes a window frame formed in a square frame shape having a window frame opening; A window frame formed in the shape of a square frame having a window frame opening and having a window frame support bracket on an inner wall of the window frame opening, a window frame glass block coupled to cover an indoor side of the window frame support bracket, and the window A window frame outer glass plate coupled to cover the outdoor side of the frame support bracket, a window frame electric blind installed between the window frame glass block and the window frame outer glass plate, and an inner wall of the window frame opening on the side facing indoors. An open/close window consisting of a window frame pressing bracket that is combined to press the window frame glass block to the window frame support bracket, and is coupled to the window frame to open and close the window frame opening; A solar panel coupled to the outdoor outer surface of the window frame to generate power; It includes a rechargeable battery that stores the power produced by the solar panel and supplies it to the window frame electric blind.

It further includes a window frame sunlight detection sensor that detects the amount of sunlight applied to the window frame electric blind, and the window frame electric blind includes a blind case fixedly coupled to the window frame, and a drive shaft rotatably coupled to the blind case. It consists of a plurality of awning wings connected to the drive shaft, and a drive motor that rotates the drive shaft to raise and lower the plurality of awning wings, and the drive motor operates according to the amount of sunlight applied to the window frame. It is set to lift and rotate a plurality of awning wings.

The solar panel is coupled to the window frame in a rotatable structure that is parallel to the outer surface of the window frame or has an inclination angle with the outer surface of the window frame. If the amount of sunlight applied to the window frame is less than a preset standard value, the solar panel is connected to the window frame. Rotating the solar panel so that it is parallel to the outer surface of the window frame, and rotating the solar panel so that the solar panel has an inclination angle with the outer surface of the window frame when the amount of sunlight applied to the window frame is greater than a preset standard value. Includes more motors.

The window frame glass block includes a pair of first window frame glass plates spaced apart to be parallel to each other, and a second window frame glass plate disposed between the pair of first window frame glass plates so as to be parallel to the first window frame glass plates. And, a window frame spacer that maintains a constant distance between the first window frame glass plate and the second window frame glass plate, and a window frame sealing material that seals the edge of the space between the pair of first window frame glass plates. do.

A window frame fastening groove is formed on the inner wall of the window frame opening, and the window frame pressing bracket includes a window frame fastening hook into which the window frame fastening groove is inserted, and a window frame fastening hook disposed on the indoor side of the pair of first window frame glass plates. A window frame elastic piece is provided in close contact with the first window frame glass plate.

The window frame fastening hook is made of a material having a bending elasticity in a preset range, and a window frame hook groove is formed on an inner wall of the window frame fastening groove on a side facing the outdoors, and an indoor portion of the entrance of the window frame fastening groove is formed. A window frame hook projection is formed on the facing side, and when the window frame fastening hook is inserted into the window frame fastening groove, a root side of the window frame fastening hook is pressed against the window frame hook projection, and an end of the window frame fastening hook is is formed in a bent shape to be inserted into the window frame hook groove.

A window frame seating groove is formed in a portion of the window frame opening corresponding to the window frame glass block, and a window frame tensioner is provided in the window frame seating groove to apply an elastic force toward an edge of the window frame glass block.

The window frame tensioner has an edge portion that is seated in the window frame seating groove and a center portion that supports the window frame sealing material.

The window frame includes a plurality of window frame openings, a window frame support bracket is provided on the inner wall of the window frame opening that is not sealed by the opening/closing window, and a window frame glass block is coupled to cover the indoor side of the window frame support bracket. , a window frame outer glass plate coupled to cover the outdoor side of the window frame support bracket, a window frame electric blind installed between the window frame glass block and the window frame outer glass plate, and an inner wall of the window frame opening that is coupled to the side facing indoors. It further includes a window frame pressing bracket that presses the window frame glass block with the window frame support bracket.

It further includes a window frame sunlight detection sensor that detects the amount of sunlight applied to the window frame electric blind, wherein the window frame electric blind includes a blind case fixedly coupled to the window frame, a drive shaft rotatably coupled to the blind case, and the drive. It consists of a plurality of sunshade wings connected to a shaft and a drive motor that rotates the drive shaft to raise and lower the plurality of sunshade wings, and the drive motor moves the plurality of sunshade wings according to the amount of sunlight applied to the window frame. It is set to lift and rotate.

The window frame glass block includes a pair of first window frame glass plates spaced apart from each other in parallel with each other, a second window frame glass plate disposed between the pair of first window frame glass plates so as to be parallel to the first window frame glass plates, and the first window frame glass block. It includes a window frame spacer that maintains a constant distance between the window frame glass plate and the second window frame glass plate, and a window frame sealing material that seals an edge of the space between the pair of first window frame glass plates.

A window frame fastening groove is formed on the inner wall of the window frame opening, and the window frame pressing bracket is connected to a window frame fastening hook into which the window frame fastening groove is inserted, and a first window frame glass plate disposed on the indoor side among the pair of first window frame glass plates. It is provided with an elastic piece that adheres closely to the window frame.

The window frame fastening hook is made of a material having a bending elasticity in a preset range, a window frame hook groove is formed on the inner wall of the window frame fastening groove on the side facing outdoors, and a window frame hook is formed on the side facing indoors among the entrances of the window frame fastening groove. A protrusion is formed, and when the window frame fastening hook is inserted into the window frame fastening groove, the root side of the window frame fastening hook is pressed against the window frame hook protrusion, and the end of the window frame fastening hook is bent to be inserted into the window frame hook groove. formed into a shape.

A window frame seating groove is formed in a portion of the window frame opening corresponding to the window frame glass block, and a window frame tensioner is provided in the window frame seating groove to apply an elastic force toward an edge of the window frame glass block.

The edge portion of the window frame tensioner is seated in the window frame seating groove, and the center portion supports the window frame sealing material.

The electric blind built-in window according to the present invention can supply power to the electric blind even without wiring an external power supply wire inside, the electric blind installed inside can be easily maintained and repaired indoors, and has a simple structure. This has the advantage of not only having a beautiful appearance but also reducing manufacturing costs.

Figure 1 is a perspective view of a conventional electric blind window.
Figure 2 is a perspective view of a window with a built-in electric blind according to the present invention.
Figure 3 is a cross-sectional view of a window with built-in electric blinds according to the present invention.
Figure 4 is a cross-sectional view showing the combined structure of a window frame glass block, a window frame glass plate, and a window frame electric blind.
Figure 5 is a cross-sectional view of a window frame glass block.
Figure 6 is an exploded cross-sectional view showing the structure in which the window frame pressure bracket is coupled to the window frame.
Figure 7 shows another embodiment of a solar panel coupling structure.
Figure 8 is a cross-sectional view showing the combined structure of a window frame glass block, a window frame glass plate, and a window frame electric blind.
Figures 9 and 10 are perspective views of a second embodiment of a window with built-in electric blinds according to the present invention.
Figure 11 is a cross-sectional view of a window with a built-in electric blind according to the present invention cut along line BB shown in Figure 10.
Figure 12 is a cross-sectional view showing the combined structure of a window frame glass block, a window frame glass plate, and a window frame blind.
Figure 13 is a cross-sectional view of a window with a built-in electric blind according to the present invention cut along line CC shown in Figure 10.
Figure 14 is a cross-sectional view showing the combined structure of a window frame glass block, a window frame glass plate, and a window frame blind.

Hereinafter, an embodiment of a window with built-in electric blind according to the present invention will be described in detail with reference to the attached drawings.

Figure 2 is a perspective view of a window with built-in electric blinds according to the present invention, Figure 3 is a cross-sectional view of a window with built-in electric blinds according to the present invention, and Figure 4 shows the combined structure of a window frame glass block, a window frame glass plate, and a window frame electric blind. It is a cross-sectional view, Figure 5 is a cross-sectional view of a window frame glass block, and Figure 6 is an exploded cross-sectional view showing a structure in which a window frame pressure bracket is coupled to the window frame.

The basic components of the window with a built-in electric blind according to the present invention include a window frame 100 formed in a square frame shape with a window frame opening, and an open/close window 200 mounted on the window frame 100 to open and close the window frame opening. Equipped with The openable window 200 includes a window frame 210 formed in the shape of a square frame with a window frame opening and a window frame support bracket 217 provided on the inner wall of the window frame opening, and the window frame support bracket 217. ), a window frame glass block 240 coupled to cover the indoor side of the window frame support bracket 217, a window frame outer glass plate 230 coupled to cover the outdoor side of the window frame support bracket 217, and the window frame glass block 240 ) and the window frame 210 electric blind installed between the window frame outer glass plate 230, and the inner wall of the window frame opening, which is coupled to the side facing the room to support the window frame glass block 240. It consists of a window frame pressurizing bracket (250) that is pressurized by a bracket (217).

At this time, the first feature of the window with a built-in electric blind according to the present invention is that it is provided with a solar panel 300 so as to independently produce power for driving the electric blind of the window frame 210. That is, as shown in FIG. 2, the electric blind built-in window according to the present invention includes a solar panel 300 that is coupled to the outdoor outer surface of the window frame 100 to produce power, and the solar panel 300. ) has a structural feature in that it is provided with a rechargeable battery (not shown) that stores the power produced by the window frame 210 and supplies it to the electric blinds of the window frame 210. In this way, when the solar panel 300 and the rechargeable battery are provided, the current produced by the solar panel 300 can be stored in the rechargeable battery and used to drive the electric blind of the window frame 210, thereby supplying power. There is an advantage that the electric window blinds (210) can be used even in these difficult places.

In addition, if the power for driving the electric blind of the window frame 210 is self-produced, there is no need to arrange wires to receive external power, so the structure is simplified and has an attractive appearance, making it easy to manufacture and maintain. There is also an advantage.

The electric blind for the window frame 210 includes a blind case 221 fixedly coupled to the window frame 210, a drive shaft 222 rotatably coupled to the blind case 221, and the drive shaft 222. ) and a drive motor 223 that rotates the driving shaft 222 to lift and rotate the plurality of awning wings 224, such as a window frame 210. ) The configuration and operating principle of electric blinds are substantially the same as general electric blinds, so detailed description thereof will be omitted.

At this time, the window with built-in blind according to the present invention can be configured to automatically adjust the shading rate of the blind according to the intensity of sunlight. For example, the window with a built-in blind according to the present invention further includes a window frame 210 sunlight detection sensor that detects the amount of sunlight applied to the electric blind of the window frame 210, and the drive motor is connected to the window frame 210. It can be set to lift and rotate the plurality of awning wings according to the amount of sunlight applied to it. That is, when the amount of sunlight detected by the sunlight detection sensor exceeds a preset standard value, the drive motor is operated to unfold the awning wings, and when the amount of sunlight detected by the sunlight detection sensor is less than the preset standard value, the awning wings are operated. The drive motor may be operated to clear.

In this way, if the electric blade of the window frame 210 is configured to operate automatically according to the amount of sunlight, the amount of sunlight flowing into the room is always maintained within a certain range, thereby providing greater comfort to the user.

In addition, the window with built-in blind according to the present invention is configured so that the installation space of the electric blind of the window frame 210 is open to the indoor side, so that the electric blind of the window frame 210 can be easily maintained and repaired indoors. There is another feature in composition.

That is, the open/close window 200 is formed in the shape of a square frame with a window frame opening, slides along the lower slide rail and the upper slide rail, and is provided with a window frame support bracket 217 on the inner wall of the window frame opening. A window frame 210, a window frame glass block 240 coupled to cover the indoor side of the window frame support bracket 217, and a window frame coupled to cover the outdoor side of the window frame support bracket 217. The outer glass plate 230, the window frame 210 electric blind installed between the window frame glass block 240 and the window frame outer glass plate 230, and the inner wall of the window frame opening are coupled to the side facing the room. It consists of a window frame pressing bracket (250) that presses the window frame glass block (240) to the window frame support bracket (217).

The window frame 210 is provided with a lower roller 213a that rolls on the lower slide rail and an upper roller 213b that rolls on the upper slide rail. The window frame 210 includes a lower slide rail and It can slide smoothly in the longitudinal direction of the upper slide rail, and since the mounting and sliding structure of the window frame 210 is applied substantially in the same way to conventional sliding windows, detailed description thereof will be omitted.

At this time, in the window with built-in electric blind according to the present invention, the window frame glass block 140, which is coupled to the indoor side with the electric blind of the window frame 210 in between, is pressed against the window frame 210 by the window frame pressing bracket 250. Since it is mounted on, the user can separate the window frame glass block 240 from the window frame 210 by removing the window frame pressing bracket 250, and thus the window frame 210 electric blind can be used indoors. Its characteristic is that it can be maintained and repaired.

Meanwhile, the window frame pressure bracket 250 is not coupled to the window frame 210 by a separate adhesive material such as silicon, but is coupled to the window frame 210 in a fitting manner for easy attachment and detachment. There is another feature. That is, a window frame fastening groove 212 is formed on the inner wall of the window frame opening, and the window frame pressing bracket 250 is provided with a window frame fastening hook 252 into which the window frame fastening groove 212 is inserted. When the fastening hook is inserted into the fastening groove, the window frame pressing bracket 250 is coupled to the window frame 210 in a structure that presses the indoor surface of the window frame glass block 240. In this way, when the window frame pressure bracket 250 is coupled to the window frame 210 in a fitting structure, the user can remove the window frame pressure bracket 250 when maintenance or repair of the electric blind of the window frame 210 is necessary. Since the window frame glass block 240 can be removed just by manipulating the window frame, there is an advantage that the electric blind of the window frame 210 can be easily maintained or repaired even indoors.

In addition, the window frame pressing bracket 250 must be made of a material having a strength of a certain level or higher so as to be able to apply a pressing force higher than the standard value to the window frame glass block 240. If the frame glass block 240 is directly pressed, there is a risk that the window frame glass block 240 will be damaged, and there is a problem that the airtightness between the window frame pressure bracket 250 and the window frame glass block 240 is reduced. You can. Therefore, it is preferable that one or more window frame elastic pieces 251 are provided at a portion of the window frame pressure bracket 250 that is in contact with the window frame glass block 240. At this time, the window frame elastic piece 251 can be made of various types of soft synthetic resins such as silicone as long as it has a certain level of elasticity and can be in close contact with the window frame glass block 240. Furthermore, the window frame support bracket 217 and the window frame outer glass plate 230 are in close contact with the window frame to increase airtightness between the outer glass plate 230 of the window frame and the electric blind of the window frame 210. Packing 222 is provided, and the window frame support bracket 217 and the window frame glass block 240 are in contact to increase airtightness between the electric blind of the window frame 210 and the window frame glass block 240. Window frame close packing 222 may also be provided in the area.

When the window frame fastening hook 252 is inserted into the window frame fastening groove 212, the window frame pressing bracket 250 is preferably configured to be elastically pressed against the window frame glass block 240. For example, the window frame fastening hook 252 is made of a material having bending elasticity in a preset range, and the window frame hook groove 215 is provided on the inner wall of the window frame fastening groove 212 on the side facing the outdoors. A window frame hook protrusion 216 may be formed on the side facing the interior of the entrance of the window frame fastening groove 212. When the window frame hook groove 215 and the window frame hook projection 216 are formed in this way, the window frame fastening hook 252 is inserted into the window frame fastening groove 212 and the window frame pressing bracket 250 is attached to the window. When in close contact with the frame glass block 240, the root side of the window frame fastening hook 252 is pressed against the window frame hook projection 216 and bent at a certain angle in a direction closer to the window frame glass block 240. do. In this way, when the root side of the fastening hook is bent, the window frame pressure bracket 250 is elastically adhered to the window frame glass block 240, so that there is a gap between the window frame glass block 240 and the window frame 210 pressure block. A completely sealed effect can be achieved.

Additionally, the end of the window frame fastening hook 252 may be formed in a bent shape to be inserted into the window frame hook groove 215. When the end of the window frame fastening hook 252 is bent in this way, when the window frame fastening hook 252 is fully inserted into the window frame fastening groove 212, the end of the window frame fastening hook 252 is a window frame hook. As it is inserted into the groove 215, even if an external force is applied in the direction in which the window frame fastening hook 252 is pulled out of the window frame fastening groove 212 (downwards in FIG. 4), the window frame pressing bracket 250 remains on the window frame. It has the advantage of not being easily removed from (210).

The window frame glass block 240 is preferably manufactured in a multi-pane structure to improve soundproofing and thermal insulation efficiency. For example, as shown in FIG. 5, the window frame glass block 240 includes a pair of first window frame glass plates 242 spaced apart from each other in parallel, and parallel to the first window frame glass plates 242. A second window frame glass plate 244 disposed between the pair of first window frame glass plates 242, and a separation distance between the first window frame glass plate 242 and the second window frame glass plate 244 so as to It may be configured to include a window frame spacer 246 that keeps constant, and a window frame sealing material 248 that seals the edge of the space between the pair of first window frame glass plates 242. At this time, the window frame elastic piece 251 provided on the window frame pressing bracket 250 is a first window frame glass plate 242 disposed on the indoor side among the pair of first window frame glass plates 242 (in this embodiment). In the example, it will have to be in close contact with the first window frame glass plate 242 located on the right.

As mentioned above, the window frame glass block 240 included in the present invention has a pair of first window frame glass plates 242 and second window frame glass plates 244 even if the window frame pressure bracket 250 is compressed. Since the separation distance is always kept constant by the window frame spacer 246, there is an advantage that there is no risk of deformation or damage. In addition, since the space between the pair of first window frame glass plates 242 is sealed by the window frame sealing material 248, there is also an advantage that soundproofing and heat insulation effects can be maximized.

Meanwhile, when the outer end of the window frame glass block 240 is coupled so as to be directly pressed against the inner wall of the opening of the window frame 210, when vibration or external force is applied to the window frame 210, the applied vibration or external force is applied to the window frame 210. Since it is transmitted as is to the frame glass block 240, the window frame glass block 240 may be damaged. Therefore, it is preferable that the window frame glass block 240 is coupled to the inner wall of the opening of the window frame 210 so as not to be directly pressed. For example, the window frame glass block 240 corresponds to the window frame opening. A window frame seating groove 211 is formed in the portion, and a window frame tensioner 211' that applies elastic force toward the edge of the window frame glass block 240 may be provided in the window frame seating groove 211. .

In this way, when the window frame tensioner 211' is mounted on the window frame seating groove 211, when the window frame glass block 240 is inserted into the opening of the window frame 210, the window frame glass block 240 The outer end is seated on the window frame tensioner 211', and the vibration or external force applied to the window frame 210 is attenuated to a certain level as it passes through the window frame tensioner 211', thereby pressurizing the window frame. The effect of significantly reducing the risk of damage to the bracket 250 can be achieved.

At this time, when the vibration or external force applied to the window frame 210 is directly transmitted to the first window frame glass plate 242 or the second window frame glass plate 244 through the window frame tensioner 211', the first window There is a risk that the frame glass plate 242 or the second window frame glass plate 244 may be damaged. Therefore, the window frame tensioner 211' has a structure that does not directly contact the first window frame glass plate 242 or the second window frame glass plate 244. That is, as shown in this embodiment, the edge portion is in contact with the window frame. It is preferable that it is seated in the seating groove 211 and the central portion is structured to support the window frame sealing material 248.

Figure 7 shows another embodiment of the solar panel 300 coupling structure.

The power generation efficiency of the solar panel 300 increases as the irradiation direction of sunlight approaches a right angle. If the solar panel 300 is always erected vertically as shown in FIGS. 2 and 3, the power generation efficiency of the solar panel 300 is significantly reduced. There is a problem with falling. Of course, if the solar panel 300 is placed at an angle, power generation efficiency is improved, but if the solar panel 300 is fixed at an angle, there is a problem that it can be easily damaged during heavy rain or typhoons.

In order to solve the above-mentioned problems, the blind-built window according to the present invention has the solar panel arranged at an angle when the sunlight is good, and when the sunlight is bad, the solar panel is erected vertically to form a vertical structure on the outer surface of the window frame 100. It may be configured to be seated on.

That is, the solar panel 300 is coupled to the window frame 100 in a rotatable structure that is parallel to the outer surface of the window frame 100 or has an inclination angle with the outer surface of the window frame 100, and the window frame 210 If the amount of sunlight applied to is less than the preset standard value, the solar panel 300 is rotated so that the solar panel 300 is parallel to the outer surface of the window frame 100, and the amount of sunlight applied to the window frame 210 is adjusted to If it is more than a preset reference value, the solar panel 300 may further include a panel rotation motor 400 that rotates the solar panel 300 so that the solar panel 300 has an inclination angle with the outer surface of the window frame 100. At this time, the amount of sunlight applied to the window frame 210 is detected by the sunlight detection sensor of the window frame 210 mentioned above.

If the mounting angle of the solar panel 300 is configured to be changeable in this way, when the weather is good, the panel rotation motor 400 arranges the solar panel 300 at an angle, as shown in FIG. 7, thereby increasing power generation efficiency. It can be maximized, and when heavy rain or a typhoon begins and the amount of sunlight falls below the standard value, as shown in FIGS. 2 and 3, the panel rotation motor 400 vertically raises the solar panel 300 to the window frame 100. There is an advantage in that the risk of damage to the solar panel 300 can be minimized by closely adhering to the outer surface of the solar panel 300.

Figure 8 is a cross-sectional view showing the combined structure of the window frame glass block 140, the glass plate of the window frame 100, and the electric blind of the window frame 100.

The electric blind built-in window according to the present invention is not only inside the window 200, but also inside the area that is not covered by the window 200 when the window 200 is closed, as shown in Figure 9. It is configured to have a built-in electric blind.

That is, the window frame 100 is formed in the shape of a square frame with a window frame opening, and a window frame support bracket 117 is provided on the inner wall of the window frame opening, and is coupled to cover the indoor side of the window frame support bracket 117. Installed between the window frame glass block 140, the window frame outer glass plate 130 coupled to cover the outdoor side of the window frame support bracket 117, and the window frame glass block 140 and the window frame outer glass plate 130. The window frame 100 may further include an electric blind and a window frame pressing bracket 150 that is coupled to the inner wall of the window frame opening and presses the window frame glass block 140 to the window frame support bracket 117. You can.

In this way, if the part of the window frame 100 that is not covered by the opening/closing window 200 is composed of the window frame glass block 140, the window frame outer glass plate 130, and the window frame 100 electric blind, the user can use the window frame glass block 100. By removing only (140), the electric blind of the window frame (100) can be maintained and repaired indoors, which has the advantage of making it very convenient to use.

In addition, the window frame glass block 140 includes a pair of first window frame glass plates 142 spaced apart from each other in parallel to increase sound insulation and heat insulation performance, and a pair of first window frame glass plates 142 arranged in parallel with the first window frame glass plates 142. A second window frame glass plate 144 disposed between a pair of first window frame glass plates 142, and a window frame spacer that maintains a constant distance between the first window frame glass plate 142 and the second window frame glass plate 144. It is preferable to include a window frame sealing material 148 that seals the edge of the space between 146 and the pair of first window frame glass plates 142.

Meanwhile, in order to increase airtightness between the window frame pressure bracket 150 and the window frame glass block 140, the window frame 100 pressure bracket includes a first window frame glass plate disposed on the indoor side among the pair of first window frame glass plates 142. A window frame elastic piece 151 is provided in close contact with (142), and in order to improve airtightness between the window frame glass block 140 and the window frame support bracket 117, the window frame support bracket 117 and the window frame glass block 140 are provided. The contact area is provided with window frame close packing 122, and in order to improve airtightness between the window frame support bracket 117 and the window frame outer glass plate 130, the window frame support bracket 117 and the window frame outer glass plate 130 are provided. It is desirable that the window frame close contact packing 122 is also provided in the contact area.

In order to improve the fastening strength of the window frame pressing bracket 150, a window frame fastening groove 112 is formed on the inner wall of the window frame opening, and the window frame pressing bracket 150 fastens the window frame into which the window frame fastening groove 112 is inserted. A hook 152 may be provided. In addition, the window frame fastening hook 152 is made of a material having bending elasticity in a preset range so that the window frame pressing bracket 150 can be pressed against the first window frame glass plate 142 on the side facing indoors. A window frame hook groove 115 may be formed on the inner wall of the window frame fastening groove 112 on the side facing outdoors, and a window frame hook protrusion 116 may be formed on the side facing indoors among the entrances of the window frame fastening groove 112. When the window frame hook groove 115 and the window frame hook protrusion 116 are formed in this way, when the window frame fastening hook 152 is inserted into the fastening groove of the window frame 100, the root side of the window frame fastening hook 152 is the window frame. Since it is pressed against the hook projection 116 and pushed toward the window frame glass block 140, the window frame pressure bracket 150 is firmly pressed against the window frame glass block 140. In addition, so that the window frame fastening hook 152 does not easily fall out of the window frame fastening groove 112, the end of the window frame fastening hook 152 is bent at an angle to be inserted into the window frame hook groove 115.

In addition, when vibration or external force is applied to the window frame 100, the applied vibration or external force is not directly transmitted to the window frame glass block 140, but is transmitted after being attenuated to a certain level, so that the window frame glass block 140 among the window frame openings is transmitted. ) A window frame seating groove 111 is formed in a portion corresponding to ), and the window frame seating groove 111 is provided with a window frame tensioner 111' that applies elastic force toward the edge of the window frame glass block 140.

In addition, the electric blind of the window frame 100, like the electric blind of the window frame 210, includes a blind case 121 fixedly coupled to the window frame 100, and a drive shaft rotatably coupled to the blind case 121 ( 122), a plurality of sunshade wings 124 connected to the drive shaft 122, and a drive motor 123 that rotates the drive shaft 122 to lift and rotate the plurality of sunshade wings 124. It is configured, and the drive motor 123 is set to lift and rotate the plurality of awning wings according to the amount of sunlight applied to the window frame 100. At this time, the amount of sunlight applied to the window frame 100 is detected by the sunlight detection sensor of the window frame 100.

In this way, the structure in which the window frame glass block 140, the window frame outer glass plate 130, and the window frame 100 electric blind are mounted on one window frame 100, the window frame glass block 240 and the window frame are installed on the window frame 210. Since the frame outer glass plate 230 and the window frame 210 are substantially the same as the structure in which the electric blind is mounted, detailed description thereof will be omitted.

Figures 9 and 10 are perspective views of a second embodiment of a window with built-in electric blinds according to the present invention, and Figures 11 and 12 are cross-sectional views and enlargements of the windows and doors with built-in electric blinds according to the present invention cut along the line B-B shown in Figure 10. It is a cross-sectional view, and FIGS. 13 and 14 are a cross-sectional view and an enlarged cross-sectional view of a window with a built-in electric blind according to the present invention cut along line C-C shown in FIG. 10.

The opening and closing window 200 included in the electric blind built-in window according to the present invention may be applied as a window with a sliding structure as shown in Figure 2, or as a window with a casement structure as shown in Figures 9 and 10. It can be applied.

That is, the window frame 210 is rotatably coupled to the window frame 100 by the lower hinge 214a and the upper hinge 214b, and when rotated to one side, the window frame opening is opened as shown in FIG. 9. When opened and rotated to the opposite side, it can be configured to seal the window frame opening as shown in FIG. 10.

In this way, when the opening and closing window 200 is applied as a window with a casement structure, the difference is only in the opening and closing operation method of the window frame 210, and as shown in FIGS. 11 to 14, the window frame 100 is attached to the window frame 100. The glass block 140, the outer glass plate 130 of the window frame, and the window frame 100 have a structure in which an electric blind is mounted, or the window frame glass block 240, the outer glass plate 230 of the window frame, and the window frame 210 are installed on the window frame 210. ) The structure on which the electric blind is mounted is the same as the embodiment shown in FIGS. 2 to 10, so detailed description thereof will be omitted.

Above, the present invention has been described in detail using preferred embodiments, but the scope of the present invention is not limited to the specific embodiments and should be interpreted in accordance with the appended claims. Additionally, those skilled in the art should understand that many modifications and variations are possible without departing from the scope of the present invention.

100: Window frame 111: Window frame seating groove
111': Window frame tensioner 112: Window frame fastening groove
115: Window frame hook groove 116: Window frame hook projection
117: window frame support bracket 120: window frame blind
122: Window frame close packing 130: Window frame outer glass plate
140: window frame glass block 142: first window frame glass plate
144: second window frame glass plate 146: window frame spacer
148: Window frame sealing material 150: Window frame pressure bracket
151: Window frame elastic piece 152: Window frame fastening hook
170: support bracket 172: support packing
200: casement window 210: window frame
211: Window frame seating groove 211': Window frame tensioner
212: Window frame fastening groove 213a: Lower roller
213b: upper roller 214a: lower hinge
214b: upper hinge 215: window frame hook groove
216: Window frame hook projection 217: Window frame support bracket
220: Window frame blind 222: Window frame close packing
230: Window frame outer glass plate 240: Window frame glass block
242: first window frame glass plate 244: second window frame glass plate
246: Window frame spacer 248: Window frame sealing material
250: Window frame pressure bracket 251: Window frame elastic piece
252: Window frame fastening hook 300: Solar panel
400: Panel rotation motor

Claims (15)

A window frame formed in a square frame shape with a window frame opening;
A window frame formed in the shape of a square frame having a window frame opening and having a window frame support bracket on an inner wall of the window frame opening, a window frame glass block coupled to cover an indoor side of the window frame support bracket, and the window A window frame outer glass plate coupled to cover the outdoor side of the frame support bracket, a window frame electric blind installed between the window frame glass block and the window frame outer glass plate, and an inner wall of the window frame opening on the side facing indoors. An open/close window consisting of a window frame pressing bracket that is combined to press the window frame glass block to the window frame support bracket, and is coupled to the window frame to open and close the window frame opening;
A solar panel coupled to the outdoor outer surface of the window frame to generate power; and
A rechargeable battery that stores the power produced by the solar panel and supplies it to the window frame electric blind; and
window frame adhesive packing provided at a portion where the window frame support bracket contacts the window frame glass block and a portion where the window frame support bracket contacts the outer glass plate of the window frame;
Includes,
Among the window frame openings, window frame seating grooves are formed in portions corresponding to the window frame glass blocks, and a central portion of each window frame seating groove protrudes toward an edge of the window frame glass block, thereby protruding the window frame glass block. A window frame tensioner is provided to elastically pressurize the edge of the block, and the protruding distance of the window frame tensioner is set to be greater than the depth of the window frame seating groove to allow the window frame glass block to be introduced into and withdrawn from the window frame opening. A window with a built-in electric blind, characterized in that the window frame glass block does not interfere with the side wall of the window frame seating groove. In claim 1,
It further includes a window frame sunlight detection sensor that detects the amount of sunlight applied to the window frame electric blind,
The window frame electric blind includes a blind case fixedly coupled to the window frame, a drive shaft rotatably coupled to the blind case, a plurality of awning wings connected to the drive shaft, and a plurality of sunshade wings connected to the drive shaft, and the plurality of blinds by rotating the drive shaft. It consists of a drive motor that lifts and rotates the awning wings.
The drive motor is a window with a built-in electric blind, characterized in that it lifts and rotates the plurality of shading wings according to the amount of sunlight applied to the window frame. In claim 2,
The solar panel is coupled to the window frame in a rotatable structure that is parallel to the outer surface of the window frame or has an inclination angle with the outer surface of the window frame,
If the amount of sunlight applied to the window frame is less than a preset standard value, the solar panel is rotated so that the solar panel is parallel to the outer surface of the window frame, and if the amount of sunlight applied to the window frame is greater than the preset standard value, the solar panel is rotated. A window with a built-in electric blind, further comprising a panel rotation motor that rotates the solar panel so that the light panel has an inclination angle with the outer surface of the window frame. In claim 1,
The window frame glass block is,
A pair of first window frame glass plates spaced apart from each other in parallel with each other, a second window frame glass plate disposed between the pair of first window frame glass plates so as to be parallel to the first window frame glass plates, and the first window frame An electric blind comprising a window frame spacer that maintains a constant distance between a glass plate and the second window frame glass plate, and a window frame sealing material that seals an edge of the space between the pair of first window frame glass plates. Built-in windows. In claim 4,
A window frame fastening groove is formed on the inner wall of the window frame opening,
The window frame pressing bracket includes a window frame fastening hook into which the window frame fastening groove is inserted, and a window frame elastic piece in close contact with a first window frame glass plate disposed on the indoor side of the pair of first window frame glass plates. A window with a built-in electric blind, characterized in that. In claim 5,
The window frame fastening hook is made of a material having bending elasticity in a preset range,
A window frame hook groove is formed on the inner wall of the window frame fastening groove on the side facing outdoors, and a window frame hook projection is formed on the side facing indoors among the entrances of the window frame fastening groove,
When the window frame fastening hook is inserted into the window frame fastening groove, the root side of the window frame fastening hook is pressed against the window frame hook projection, and the end of the window frame fastening hook is bent to be inserted into the window frame hook groove. A window with built-in electric blinds, characterized in that it is formed in a true shape. delete In claim 4,
The window frame tensioner is an electric blind built-in window, characterized in that the edge portion is seated in the window frame seating groove and the center portion supports the window frame sealing material. In claim 1,
The window frame has a plurality of window frame openings, and a window frame support bracket is provided on the inner wall of the window frame opening that is not sealed by the opening and closing window,
A window frame glass block coupled to cover the indoor side of the window frame support bracket, a window frame outer glass plate coupled to cover the outdoor side of the window frame support bracket, and a window frame electric blind installed between the window frame glass block and the window frame outer glass plate. A window with a built-in electric blind further comprising a window frame pressing bracket coupled to an inner wall of the window frame opening on a side facing the room and pressing the window frame glass block to the window frame support bracket. In claim 9,
It further includes a window frame sunlight detection sensor that detects the amount of sunlight applied to the window frame electric blind,
The window frame electric blind includes a blind case fixedly coupled to the window frame, a drive shaft rotatably coupled to the blind case, a plurality of awning wings connected to the drive shaft, and a plurality of awning wings by rotating the drive shaft. It consists of a drive motor that lifts and rotates the wings.
The drive motor is a window with a built-in electric blind, characterized in that it lifts and rotates the plurality of shading wings according to the amount of sunlight applied to the window frame. In claim 10,
The window frame glass block is,
A pair of first window frame glass plates spaced apart to be parallel to each other, a second window frame glass plate disposed between the pair of first window frame glass plates so as to be parallel to the first window frame glass plates, and the first window frame glass plate and the second window frame glass plate. A window with a built-in electric blind, comprising a window frame spacer that maintains a constant distance between the window frame glass plates, and a window frame sealing material that seals the edge of the space between the pair of first window frame glass plates. In claim 11,
A window frame fastening groove is formed on the inner wall of the window frame opening,
The window frame pressing bracket includes a window frame fastening hook into which the window frame fastening groove is inserted, and a window frame elastic piece in close contact with a first window frame glass plate disposed on the indoor side of the pair of first window frame glass plates. Windows with built-in blinds. In claim 12,
The window frame fastening hook is made of a material having bending elasticity in a preset range,
A window frame hook groove is formed on the inner wall of the window frame fastening groove on the side facing outdoors, and a window frame hook projection is formed on the side facing indoors among the entrances of the window frame fastening groove,
When the window frame fastening hook is inserted into the window frame fastening groove, the root side of the window frame fastening hook is pressed against the window frame hook protrusion, and the end of the window frame fastening hook is formed in a bent shape to be inserted into the window frame hook groove. Windows with built-in electric blinds. In claim 11,
A window frame mounting groove is formed in a portion of the window frame opening corresponding to the window frame glass block, and the window frame seating groove is provided with a window frame tensioner that applies an elastic force toward the edge of the window frame glass block. A window with a built-in electric blind, characterized in that . In claim 14,
The window frame tensioner is an electric blind built-in window, characterized in that the edge portion is seated in the window frame seating groove and the center portion supports the window frame sealing material.

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