KR102291170B1 - Metal window device - Google Patents

Abstract

The present invention comprises a metal window device for easy inflow and blocking of solar radiation and to improve thermal insulation performance, a safety deck device that increases the convenience of deck construction by inserting a clip into each pipe, and maintains a gap between the clip and deck material to facilitate construction, and a safety railing device to make the railing beautiful by supplying power to the lighting installed on the railing with the power charged by a solar panel installed on the deck railing.

Description

Metal window device

The present invention relates to a metal window device, and more particularly, to a metal window device having a blind in the air layer inside a double glass to freely control the inflow and blocking of solar radiation, and to improve thermal insulation performance by applying a heat insulating material. .

In general, window-type blinds are used to prevent light coming from the outside through a window from entering the room directly or from being exposed to the room from the outside.

As described above, the blinds are used to block external solar radiation and protect privacy, but contamination is easily generated in the blinds due to dust, etc. generated in the indoor space.

In addition, although the windows and doors were insulated by glass, the insulation was not made efficiently with only glass.

Accordingly, in recent years, an insulating space is formed between the outdoor glass and the indoor glass for insulation, and blinds are installed in this insulating space to prevent the blinds from being contaminated while not being exposed to the outside of the windows.

However, by increasing the insulation effect by the insulation space of the windows and doors and installing the blind in the insulation space, pollution of the blind and exposure to the outside could be prevented.

There was a problem that dew condensation occurred on the side glass, contaminating the wallpaper or flooring in the room, and mold was generated.

In addition, blinds installed in an insulated space generally do not take up much space, but evasion blinds with a complex structure were mainly used, and a roll blind with a relatively simple structure is installed in a narrow insulated space due to the increased volume as the awning is wound. There was a problem that was difficult to do.

Republic of Korea Patent No. 10-2081324 Republic of Korea Patent No. 10-1559686 Republic of Korea Patent No. 10-1811142

An object of the present invention is to provide a configuration for improving the thermal insulation performance by providing a blind in the air layer inside the double glass so that the inflow and blocking of solar radiation can be freely controlled, and by applying a thermal insulation material.

The present invention includes a metal window device for easily inlet and block insolation, and to improve thermal insulation performance.

In one embodiment, the metal window device, the window main frame fixed to the wall to enable opening and closing of the window; A frame coupling groove formed around the inner surface of the main frame window so that the glass fixing frame can be fixed; A glass fixing frame formed so that a plurality of glasses are seated and inserted and fixed in the frame coupling groove; an outer glass fixing groove formed so that the inner insulating glass can be fixed around the inner surface of the glass fixing frame; an inner glass fixing groove formed so that the outer insulating glass can be fixed around the inner periphery of the inner surface of the glass fixing frame; a first central glass fixing groove formed so that the first central insulating glass can be fixed around the central side of the glass fixing frame; a center-side second glass fixing groove formed so that the second central-side insulating glass can be fixed around the other side of the center of the glass fixing frame; an outer insulating glass formed to be inserted into the outer glass fixing groove to block outside air from flowing into the room; an inner insulating glass formed to be inserted into the inner glass fixing groove to block the bet from leaking to the outside; a first central insulating glass formed to be inserted into the central side first glass fixing groove to block outside air and bet; a second central side insulating glass formed to be inserted into the central side second glass fixing groove to block outside air and bet; a plurality of blades formed so as to be folded and unfolded between the outer insulating glass and the first central insulating glass; a first insulating material which is inserted and formed around the inside of the glass fixing frame to prevent the outside air from being kept indoors, and to prevent the indoor bet from leaking to the outside; It includes a second insulating material that is inserted around the inside of the window main frame to prevent the outside air from being kept indoors, and to prevent the indoor bet from leaking to the outside.

In another embodiment, the metal window device further comprises a glass breakage preventing unit for preventing damage to the strong wind glass due to typhoon, the glass breakage preventing unit, the outer insulating glass and the first to be rotated by a rotation motor an upper operating bar formed as an upper portion between the central insulating glass; a lower operation bar formed as a lower portion between the outer insulating glass and the first central insulating glass so as to be rotated by the operation of the rotation guide bar connected to the upper operating bar when the rotating motor is operated; Wind pressure prevention bar formed in plurality between the upper operation bar and the lower operation bar to move according to the rotation direction of the upper operation bar and the lower operation bar when the rotary motor is operated; Adhesive members formed to be attached to both ends of the upper and lower operating bars and the wind pressure prevention bar that are in close contact with the inner surface of the outer insulating glass and the inner surface of the first central side insulating glass to prevent damage to the outer insulating glass; an upper rotary hinge formed in connection with the rotation guide bar on both sides of the upper operating bar so that the upper operating bar, the lower operating bar, and the wind pressure prevention bar can rotate equally when the rotary motor is operated; a lower rotary hinge connected to the rotation guide bar on both sides of the lower operating bar so that the upper operating bar, the lower operating bar, and the wind pressure prevention bar can rotate equally; a rotation guide bar coupled by an upper operation bar and an upper rotational hinge, coupled by a lower operation bar and a lower rotational hinge, and formed to pass through the wind pressure prevention bar; a bar fixing bar to fix the rotation guide bar on both sides of the lower surface of the wind pressure prevention bar so that the rotation guide bar passing through the wind pressure prevention bar is in contact with the wind pressure prevention bar to rotate the wind pressure prevention bar; a rotation motor formed on the inner surface of the glass fixing frame to rotate the upper operation bar; a wind pressure sensor formed on one side of the main frame of the window and door to detect the wind pressure applied from the outside and provide the sensed information to the rotation motor side; It includes an illuminance sensor formed on one side of the main frame of the window to block light by operating the rotation motor by providing sensing information detected by sensing light to the rotation motor, wherein the metal window device blocks heat in summer and winter It further comprises a heat blocking and defrosting unit for removing the defrosting due to the temperature difference, wherein the heat blocking and defrosting unit, a water retention plate formed on the bottom side of the glass fixing frame so that the sprayed water pools toward the bottom of the glass fixing frame; a discharge hole formed in the center of the water retention plate so that the water accumulated in the water retention plate is discharged to the water tank side; a water tank formed below the water retention plate to store water discharged through the discharge hole; a circulation pump formed on one side of the glass fixing frame to move the water stored in the water tank toward the injection nozzle through the circulation pipe; a circulation pipe having one side connected to the circulation pump and the other side connected to the nozzle pipe to move water moving through the circulation pump toward the nozzle pipe; a nozzle tube formed at an upper portion between the outer side insulating glass and the first central side insulating glass to move the water moving through the circulation pipe toward the injection nozzle; a plurality of spray nozzles formed on both sides of the nozzle tube so that the water moved through the nozzle tube is sprayed toward the inner side of the outer insulating glass and the inner side of the first central insulating glass; a heating heater formed inside the water tank to increase the temperature of the water stored in the water tank; It includes a drying fan formed on one side inside the glass fixing frame to dry the space between the outer insulating glass and the first central side insulating glass.

The present invention includes a safety deck device that improves the convenience of deck construction by inserting the clip into the square pipe, and maintains the gap between the clip and the deck material to facilitate construction.

In one embodiment, the safety deck device, each pipe frame installed in a plurality of both sides on the ground or pier; Fixing clip inserted and fixed to the square tube frame; a front attachment member formed in the center of the fixing clip so as to be in close contact with one side of the square tube frame; Side attachment members formed on both sides of the fixing clip so as to be in close contact with the side of the square tube frame; Attachment surfaces which are attached to the ground and are respectively formed on the upper and lower surfaces of the fixing clips so as to be attached to the deck material surface; It is formed of wood or synthetic resin material and includes a deck material formed to be seated on the attachment surface.

In another embodiment, the safety deck device further includes a height and spacing adjustment unit for adjusting the height of the deck material and the interval between the deck material and the deck material, the height and spacing adjustment unit, the deck material to the square pipe frame Elevating means for adjusting the height from the; and a gap adjusting means for adjusting the deck material and the deck material spacing, wherein the elevating means includes: a height adjusting cylinder formed on the bottom surface between the square tube frames formed on both sides; An attachment sensor formed on the upper surface of the attachment surface to detect the attachment of the deck material and operate the height adjustment cylinder until the deck material and the attachment surface contact, and to stop the operation of the height adjustment cylinder when the contact is sensed; a compression member formed in contact with the lower surface of the attachment surface so as to be raised and lowered according to the operation of the height control cylinder; It includes a compression sensor formed on the upper surface of the compression member to sense the contact pressure between the attachment surface and the deck material when the height adjustment cylinder is operated, and the spacing adjustment means is formed in a "∩" shape so that it can be coupled to the square tube frame at regular intervals. tube coupling member; a cylinder support formed vertically above the pipe coupling member to fix the horizontally formed spacing adjusting cylinder from the pipe coupling member; A space adjusting cylinder horizontally formed above the pipe coupling member to adjust the gap between the deck material and the deck material; Space adjusting members which are respectively coupled to the cylinder shafts operated on both sides of the gap adjusting cylinder; a distance sensor formed on one side of the spacer adjusting member formed on one side to sense the distance between the spacer adjusting members formed on both sides; It includes a sensor member formed on one side of the spacing adjusting member formed on the other side so as to be detected by the distance sensor, the safety deck device, the deck elevating for rotating the deck material so that the connection of the deck material is made flexibly according to the curvature of the ground It further comprises a strong rotating unit, the deck elevating rotating unit, a rotating deck plate formed on the deck material to be rotated according to the curvature of the ground; A main rotating member that elevates and lowers the deck material and is connected to the center of the lower surface of the deck material so that the deck material can be rotated; A main elevating cylinder having a cylinder shaft coupled to the main rotating member to elevate the center of the deck material, and the other side is fixed to the floor surface between the square tube frames formed on both sides; A first micro-rotation member formed connected to one side of the lower surface of the deck material to elevate one side of the deck material; A first fine elevating cylinder having a cylinder shaft coupled to the first micro-rotating member to elevate one side of the deck material, and the other side is fixed to one side of the bottom surface between the square tube frames formed on both sides; a second micro-rotation member formed to be connected to the other side of the lower surface of the deck material to elevate the other side of the deck material; A second fine elevating and elevating cylinder is coupled to the second fine rotation member in order to elevate the other side of the deck material, and the other side is fixed to the other side of the bottom surface between the square tube frames formed on both sides; an angle sensor formed on one side of the floor to detect the rotation angle of the deck material; a height sensor formed on the other side of the floor to detect the elevation of the deck material; A fine elevating and lowering button formed on one side of the deck material to operate the first and second fine elevating and descending cylinders, respectively; It includes a main elevating and lowering button formed on one side of the deck material to operate the main elevating cylinder.

The present invention includes a safety handrail device for supplying power to lighting installed on the railing with power charged by a solar panel installed on the deck railing so that the railing is beautiful.

In one embodiment, the safety handrail device, a deck stopper formed vertically so as to be seated and fixed on the concrete block or deck of the bridge; For the connection between the plurality of deck stopper, one side is connected to the deck stopper in one direction, and the other side is connected to the deck stopper in the other direction. Deck attachment member formed on the lower surface of the deck fixing support so as to be attached to the concrete block or deck surface of the bridge; A panel rotation frame formed so that one side is rotatably connected to one side of the upper deck fixed stop to rotate the solar panel, and the other side is connected to the panel separation prevention bar so that the solar panel can be rotated; A plurality of panel separation prevention bars formed on both sides between the plurality of deck stoppers to fix the solar panel to prevent separation; Solar panels inserted between the panel separation prevention bars formed on both sides; A lighting frame formed above the deck stopper so that the lighting is installed; In order to make the appearance of the safety handrail device beautiful, it includes a lighting lamp formed in the lighting frame.

In another embodiment, the safety handrail device further comprises a panel direction change unit for detecting the direction of the light irradiated by the solar panel to rotate toward the light irradiation direction, the panel direction change unit, the first motor a first motor case formed on one side of the upper deck stopper formed on one side of the deck stopper formed on both sides so as not to be exposed to the outside; a first motor formed inside the first motor case to generate a driving force for rotating the first driving gear; a first driving gear connected to the shaft of the first motor to provide rotational power received from the first motor toward the first rotational gear; A first panel frame that is formed in the lower portion between the deck stopper formed on both sides to fix the solar panel in one direction; a first rotation shaft formed on one side of the first panel frame to rotate the first panel frame by receiving rotational power from the first driving gear; a first rotation gear formed to engage with the first drive gear on one side of the first rotation shaft to receive rotational power from the first drive gear; a second motor case formed on one side of the upper deck stopper formed on the other side of the deck stopper formed on both sides so that the second motor is not exposed to the outside; a second motor formed inside the second motor case to generate a driving force for rotating the second driving gear; a second driving gear connected to the shaft of the second motor to provide rotational power received from the second motor toward the second rotational gear; a second panel frame formed in the upper portion between the deck fixing supports formed on both sides to fix the solar panel in one direction; a second rotation shaft formed on one side of the second panel frame to rotate the second panel frame by receiving rotational power from the second driving gear; a second rotation gear formed to engage with the second drive gear on one side of the second rotation shaft to receive rotational power from the second drive gear; a plurality of panel fixing bars formed on both sides of the first panel frame and the second panel frame, respectively, so that the solar panels mounted on the first panel frame and the second panel frame, respectively, are not separated; a panel seating bar formed at one side of each of the first panel frame and the second panel frame so that the solar panels inserted into the first panel frame and the second panel frame can be seated; The first panel frame and the second panel frame are coupled to one side of each of the first panel frame and the second panel frame by a cover hinge to cover one side of the solar panel so that the solar panel inserted into the second panel frame is not separated to the outside. panel cover; a cover hinge connected to one side of the panel cover and one side of each of the first panel frame and the second panel frame so that the panel cover can be rotated in each of the first panel frame and the second panel frame; a fixing protrusion formed on one side of the panel cover so that the panel cover is inserted into the protrusion groove formed in each of the first panel frame and the second panel frame; a protrusion groove formed on one side of each of the first panel frame and the second panel frame so that the fixing protrusion is not inserted and removed; Collision detection sensors respectively formed on one side of the first panel frame and one side of the second panel frame to prevent mutual collision when the first panel frame and the second panel frame rotate; A light detection sensor formed on one side of the deck fixed stop to detect the direction in which the light is irradiated; a side railing connecting groove formed on one side of the deck fixing stop so that the side railing is inserted so that the other side of the deck fixing member can be connected; A side railing having one side inserted into the side railing connection groove formed in the deck fixing stop in one direction, and the other side being inserted into the side handrail connection groove formed in the deck fixing stop in the other direction, the safety handrail device comprising: , It further comprises an opening/closing snow removal unit for removing ice generated by snow accumulated on a bridge through which vehicles pass in winter and a deck through which pedestrians pass, wherein the opening/closing snow removal unit is located below the deck fixed stop so as to be able to be opened and closed in the pad groove. Snow removal pad coupled through a pad hinge; a pad groove formed in a vertical direction on one side of the deck fixing stop so that the snow removal pad can be inserted; A pad hinge formed to connect one side of the snow removal pad and the lower one side of the deck stopper to enable the snow removal pad to be rotatable based on the deck stopper; a wire member formed on one side of the snow removal pad so that the winding wire is fixed to rotate the snow removal pad during winding and unwinding of the winding wire; A winding motor formed on one side of the upper deck fixing stand for unwinding or winding the winding wire; a winding wire having one side connected to the wire member to rotate the snow removal pad, and the other side being wound around the winding motor; Injection liquid pump formed in the lower part of the deck fixed stop to supply the injection liquid to the supply pipe side; an air pump formed above the injection liquid pump to supply compressed air to the supply pipe to prevent clogging of the injection liquid nozzle; a supply pipe having one side connected to the injection liquid pump and the air pump, respectively, and the other side connected to the injection liquid pipe to supply the injection liquid and compressed air provided from the injection liquid pump and the air pump to the injection liquid pipe side; an injection liquid pipe having one side connected to the supply pipe and the other side formed inside the snow removal pad to provide the injection liquid and compressed air provided through the supply pipe to the injection liquid nozzle side; an injection liquid nozzle which is connected to the injection liquid pipe and is formed to be exposed to one side of the snow removal pad so as to spray the injection liquid and compressed air provided from the injection liquid pipe side according to the setting; Snow load member formed on one side of the deck stopper so that the snow is snowed; a snow detection sensor formed on the upper surface of the snow-loading member to detect the snow being deposited on the snow-loading member; A timer attached to the lower surface of the snow load member to set a time for which the spray liquid and compressed air are sprayed; In order to detect the freezing temperature of the ground, the lower surface of the deck fixed stop includes a ground temperature sensor that is formed to contact the ground on one side.

As described above, a blind is provided in the air layer inside the double glass so that the inflow and blocking of solar radiation can be freely controlled, and the heat insulating material is applied to provide the effect of improving the thermal insulation performance.

1 is a partial cross-sectional view showing a metal window device of the present invention safety system.
FIG. 2 is a detailed view of FIG. 1 .
Figure 3 is a view showing a glass breakage prevention unit according to another embodiment of the metal window device.
FIG. 4 is a detailed view of FIG. 3 .
Figure 5 is a view showing another embodiment of the heat blocking and defrosting unit for the metal window device.
FIG. 6 is a detailed view of FIG. 5 .
7 is a view showing the safety deck device of the present invention safety system.
FIG. 8 is a detailed view of FIG. 7 .
9 is a view showing the elevating means of another embodiment of the safety deck device height and spacing adjustment unit.
Figure 10 is a view showing another embodiment for the safety deck device, the height and spacing adjusting means for adjusting the gap.
11 is a view showing a deck elevating and lowering rotation unit that is another embodiment for the safety deck device.
12 is a detailed view of FIG. 11 .
13 is a view showing the safety handrail device of the present invention safety system.
FIG. 14 is a detailed view of FIG. 13 .
15 is a view showing a panel direction changer according to another embodiment of the safety handrail device.
FIG. 16 is a detailed view of FIG. 15 .
17 is a view showing an opening/closing snow removal unit according to another embodiment of the safety handrail device.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0010] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0023] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein with respect to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the following detailed description is not intended to be taken in a limiting sense, and the scope of the present invention, if properly described, is limited only by the appended claims, along with all scope equivalents to those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

Figure 1 is a partial cross-sectional view showing a metal window device 100 of the present invention safety system 10, Figure 2 is a detailed view of Figure 1.

Referring to the drawings, the metal window device 100 is characterized in that the inflow and blocking of solar radiation is easily made, and the heat insulation performance is improved.

The metal window device 100 includes a window main frame 110, a frame coupling groove 111, a glass fixing frame 120, an outer glass fixing groove 121, an inner glass fixing groove 122, and a first glass fixing in the center. Groove 123, center-side second glass fixing groove 124, outer insulating glass 125, inner insulating glass 126, first central insulating glass 127, second central insulating glass 128, blind 130 , a first insulating material 140 , and a second insulating material 141 .

The window and door main frame 110 is formed to enable opening and closing of the window, and the window and door main frame 110 is characterized in that it is fixed to the wall.

The frame coupling groove 111 is formed so that the glass fixing frame 120 can be fixed, and the frame coupling groove 111 is formed around the inner surface of the window and door main frame 110 .

The glass fixing frame 120 is characterized in that it is formed so that a plurality of glasses are seated and inserted and fixed in the frame coupling groove 111 .

The outer glass fixing groove 121 is characterized in that it is formed so that the inner insulating glass 126 can be fixed to the inner circumference of the inner surface of the glass fixing frame 120 .

The inner glass fixing groove 122 is characterized in that it is formed so that the outer insulating glass 125 can be fixed to the outer circumference of the inner surface of the glass fixing frame 120 .

The center-side first glass fixing groove 123 is formed so that the first central-side insulating glass 127 can be fixed around the central side of the glass fixing frame 120 .

The central side second glass fixing groove 124 is formed so that the second central side insulating glass 128 can be fixed around the other central side of the glass fixing frame 120 .

The outer insulating glass 125 is formed so that outside air does not flow into the room, and the outer insulating glass 125 is formed to be inserted into the outer glass fixing groove 121 to block it.

The inner insulating glass 126 is formed so that the bet does not flow out to the outside, and the inner insulating glass 126 is formed to be inserted into the inner glass fixing groove 122 to block it.

The first central side insulating glass 127 is formed to block outside air and bet air, and the first central side insulating glass 127 is formed to be inserted into the central side first glass fixing groove 123. do.

The second central side insulating glass 128 is formed to block outside air and bet air, and the second central side insulating glass 128 is formed to be inserted into the central side second glass fixing groove 124. do.

The blade 130 is characterized in that a plurality of folds and unfolding are possible between the outer insulating glass and the first central side insulating glass, and the inflow and blocking of solar radiation is easily made through the blind, and the thermal insulation performance is improved provides the effect of

The first insulating material 140 is formed to prevent the outside air from being kept indoors and to prevent the indoor bet from leaking to the outside, and the first heat insulating material 140 is formed around the inside of the glass fixing frame 120 . It is characterized in that the insertion is formed.

The second insulating material 141 is formed to prevent the outside air from being kept indoors and to prevent the indoor bet from leaking to the outdoors, and the second insulation material 141 is formed around the inside of the window and door main frame 110 . It is characterized in that the insertion is formed.

3 is a view showing another embodiment of the glass breakage preventing unit 200 for the metal window device 100, and FIG. 4 is a detailed view of FIG.

Referring to the drawings, the glass breakage preventing unit 200 is a configuration that is further included in the metal window and door device 100, and is characterized in that it is included in the basic configuration of the metal window device 100 or is used as an alternative.

The glass breakage prevention unit 200 is characterized in that it is for preventing the damage of the strong wind glass due to a typhoon.

The glass breakage prevention unit 200 includes an upper operation bar 210 , a lower operation bar 211 , a wind pressure prevention bar 212 , an adhesion member 213 , an upper rotation hinge 214 , a lower rotation hinge 215 , It includes a rotation guide bar 216 , a bar holder 217 , a rotation motor 218 , a wind pressure sensor 220 , and an illuminance sensor 230 .

The upper operation bar 210 is formed to be rotated by a rotation motor 218 , and the upper operation bar 210 is formed between the outer insulating glass 125 and the first central insulating glass 127 . characterized in that

The lower operation bar 211 is formed to be rotated by the operation of the rotation guide bar 216 connected to the upper operation bar 210 when the rotary motor 218 is operated, and the lower operation bar 211 is externally insulated. It is characterized in that the lower portion is formed between the glass 125 and the first central side insulating glass (127).

The wind pressure prevention bar 212 is formed to move according to the rotation direction of the upper operation bar 210 and the lower operation bar 211 when the rotation motor 218 is operated, and the wind pressure prevention bar 212 is operated by the upper operation bar 212 . It is characterized in that a plurality is formed between the bar 210 and the lower operation bar (211).

The adhesion member 213 is formed to prevent damage to the outer insulating glass 125 , and the adhesion member 213 is an inner surface of the outer insulating glass 125 and an inner surface of the first central insulating glass 127 . It is characterized in that it is attached to both ends of the upper operation bar 210, the lower operation bar 211, and the wind pressure prevention bar 212, which are in close contact with the .

The upper rotation hinge 214 is formed so that the upper operation bar 210, the lower operation bar 211, and the wind pressure prevention bar 212 can rotate equally when the rotation motor 218 is operated, and the upper rotation The hinge 214 is characterized in that the upper operation bar 210 is connected to the rotation guide bar 216 on both sides.

The lower rotary hinge 215 is formed so that the upper operating bar 210, the lower operating bar 211, and the wind pressure prevention bar 212 can rotate equally, and the lower rotating hinge 215 is the lower operating bar. (211) It is characterized in that it is connected to the rotation guide bar 216 on both sides.

The rotation guide bar 216 is coupled by an upper operation bar 210 and an upper rotation hinge 214 , coupled by a lower operation bar 211 and a lower rotation hinge 215 , and a wind pressure prevention bar 212 . It is characterized in that it is formed to pass through.

The bar holder 217 is formed so that the rotation guide bar 216 passing through the wind pressure prevention bar 212 is in contact with the wind pressure prevention bar 212 to rotate the wind pressure prevention bar 212, the bar holder ( 217) is characterized in that it is formed so as to fix the rotation guide bar 216 on both lower surfaces of the wind pressure prevention bar 212.

The rotation motor 218 is formed to rotate the upper operation bar 210 , and the rotation motor 218 is formed on the inner surface of the glass fixing frame 120 .

The wind pressure sensor 220 is formed to detect the wind pressure applied from the outside and provide the sensed information to the rotation motor 218 side, the wind pressure sensor 220 is formed on one side of the window and door main frame 110 characterized in that

The illuminance sensor 230 is formed to block the light by operating the rotating motor 218 by providing the sensing information sensed by sensing light to the rotating motor 218 side, and the illuminance sensor 230 is the main window The frame 110 is characterized in that it is formed on one side.

5 is a view showing another embodiment of the heat blocking and defrosting unit 300 for the metal window device 100, Figure 6 is a detailed view of Figure 5.

Referring to the drawings, the heat blocking and defrosting unit 300 is a configuration further included in the metal window and door device 100, and is characterized in that it is included in the basic configuration of the metal window device 100 or is used as an alternative. .

The heat blocking and defrosting unit 300 is characterized in that it blocks heat in summer and removes frost due to a temperature difference in winter.

The heat blocking and defrosting unit 300 includes a water retention plate 310, a discharge hole 311, a water tank 312, a circulation pump 313, a circulation pipe 314, a nozzle pipe 315, a spray nozzle ( 316 ), a heating heater 320 , and a drying fan 330 .

The water retention plate 310 is formed so that the sprayed water pools toward the bottom surface of the glass fixing frame 120 , and the water retention plate 310 is formed toward the bottom of the glass fixing frame 120 .

The discharge hole 311 is formed so that the water accumulated in the water retention plate 310 is discharged to the water tank 312 side, and the discharge hole 311 is formed in the center of the water retention plate 310 .

The water tank 312 is formed to store water discharged through the discharge hole 311 , and the water tank 312 is formed below the water retention plate 310 .

The circulation pump 313 is formed to move the water stored in the water tank 312 toward the injection nozzle 316 through the circulation pipe 314 , and the circulation pump 313 is a glass fixing frame 120 . It is characterized in that it is formed on one side.

The circulation pipe 314 is formed to move the water moving through the circulation pump 313 toward the nozzle pipe 315, and the circulation pipe 314 has one side connected to the circulation pump 313, and the other The side is characterized in that it is connected to the nozzle tube (315).

The nozzle pipe 315 is formed to move the water moving through the circulation pipe 314 toward the spray nozzle 316 , and the nozzle pipe 315 is insulated from the outer insulating glass 125 and the first central side. It is characterized in that it is formed in the upper part between the glass (127).

The spray nozzle 316 is formed so that the water moved through the nozzle tube 315 is sprayed toward the inner side of the outer insulating glass 125 and the inner side of the first central insulating glass 127, the spray nozzle 316 It is characterized in that a plurality of the nozzle tube 315 is formed on both sides.

The heating heater 320 is formed to increase the temperature of the water stored in the water tank 312 , and the heating heater 320 is formed inside the water tank 312 .

The drying fan 330 is formed to dry the space between the outer insulating glass 125 and the first central side insulating glass 127, and the drying fan 330 is disposed inside the glass fixing frame 120 to one side. characterized in that it is formed.

7 is a view showing the safety deck device 400 of the present invention safety system 10, FIG. 8 is a detailed view of FIG.

Referring to the drawings, the safety deck device 400 is characterized in that the clip is inserted into the square pipe to increase the construction convenience of the deck, and to maintain the interval between the clip and the deck material 430 to facilitate construction.

The safety deck device 400 includes a square tube frame 410 , a fixing clip 420 , a front adhesion member 421 , a side adhesion member 422 , an attachment surface 423 , and a deck material 430 .

The square pipe frame 410 is characterized in that it is installed in a plurality of both sides on the ground or piers.

The fixing clip 420 is characterized in that it is inserted and fixed to the square tube frame.

The front adhesion member 421 is formed to be in close contact with one side of the square tube frame 410 , and the front adhesion member 421 is formed in the center of the fixing clip 420 .

The side attachment member 422 is formed to be in close contact with the side of the square tube frame 410 , and the side attachment member 422 is formed on both sides of the fixing clip 420 .

The attachment surface 423 is attached to the ground and is formed to be attached to the deck material 430 surface, and the attachment surface 423 is formed on the upper surface and the lower surface of the fixing clip 420, respectively. .

The deck material 430 is formed of a wood or synthetic resin material, characterized in that it is formed to be seated on the attachment surface (423).

9 is a view showing the elevating means of the height and spacing adjustment unit 500, which is another embodiment for the safety deck device 400, and Figure 10 is another embodiment for the safety deck device 400, the height and spacing It is a view showing the interval adjusting means of the adjusting unit (500).

Referring to the drawings, the height and spacing adjustment unit 500 is a configuration that is further included in the safety deck device 400, and is characterized in that it is included in the basic configuration of the safety deck device 400 or is used instead.

The height and spacing adjustment unit 500 is characterized in that for adjusting the height of the deck material 430 and the interval between the deck material 430 and the deck material 430 .

The height and spacing adjustment unit 500 includes an elevating means 510 and a spacing adjusting means 530 .

The elevating means 510 is characterized in that for adjusting the height of the deck material 430 from the square tube frame (410).

The elevating means 510 includes a height adjustment cylinder 511 , an attachment sensor 512 , a compression member 513 , and a compression sensor 514 .

The height adjustment cylinder 511 is characterized in that it is formed on the bottom surface between the square tube frames 410 formed on both sides.

The attachment sensor 512 operates the height adjustment cylinder 511 until the deck material 430 and the attachment surface 423 come into contact by detecting the attachment of the deck material 430, and the height adjustment cylinder 511 when the contact is detected. ) is characterized in that it is formed on the upper surface of the attachment surface 423 so that the operation can be stopped.

The compression member 513 is formed to be raised and lowered according to the operation of the height adjustment cylinder 511 , and the compression member 513 is formed in contact with the lower surface of the attachment surface 423 .

The compression sensor 514 is formed to sense the contact pressure between the attachment surface 423 and the deck material 430 when the height adjustment cylinder 511 is operated, and the compression sensor 514 is the top surface of the compression member 513 . characterized in that it is formed in

The spacing adjusting means 530 is characterized in that for adjusting the spacing between the deck material 430 and the deck material 430 .

The gap adjusting means 530 includes a tube coupling member 531 , a cylinder support 532 , a gap adjusting cylinder 533 , a gap adjusting member 534 , a distance sensor 535 , and a sensor member 536 .

The tube coupling member 531 is formed to be coupled to the square tube frame 410 at regular intervals, and the tube coupling member 531 is formed in a “∩” shape.

The cylinder support 532 is formed to fix the interval adjusting cylinder 533 formed horizontally from the tube coupling member 531, and the cylinder support 532 is formed vertically above the tube coupling member 531 characterized in that

The interval control cylinder 533 is formed to adjust the interval between the deck material 430 and the deck material 430, the interval control cylinder 533 is horizontally formed above the tube coupling member 531 characterized.

The gap adjusting member 534 is characterized in that the gap adjusting cylinder 533 is respectively coupled to the cylinder shaft operated on both sides.

The distance sensor 535 is formed to sense the distance between the spacing adjusting members 534 formed on both sides, and the distance sensor 535 is formed on one side of the spacing adjusting member 534 formed on one side. do it with

The sensor member 536 is formed to be sensed by the distance sensor 535, and the sensor member 536 is formed on one side of the interval adjusting member 534 formed on the other side.

11 is a view showing another embodiment of the deck elevating rotating part 600 for the safety deck device 400, Figure 12 is a detailed view of Figure 11.

Referring to the drawings, the deck elevating rotating part 600 is a configuration that is further included in the safety deck device 400, it is characterized in that it is included in the basic configuration of the safety deck device 400, or is used as an alternative.

The deck elevating rotating part 600 is characterized in that it is for rotating the deck material 430 so that the connection of the deck material 430 is made flexibly according to the curvature of the ground.

The deck elevating rotating unit 600 is a rotating deck plate 610, a main rotating member 611, a main elevating cylinder, a first fine rotating member 613, a first fine elevating and descending cylinder 614, a second fine It includes a rotating member 615 , a second fine elevating cylinder 616 , an angle sensing sensor 617 , a height sensing sensor 618 , a fine elevating/lowering button 619 , and a main elevating/lowering button 620 .

The rotating deck plate 610 is formed to rotate according to the curvature of the ground, and the rotating deck plate 610 is formed on the deck material 430 .

The main rotating member 611 elevates the deck material 430 and is formed so that the deck material 430 can be rotated, and the main rotating member 611 is connected to the center when the deck material 430 is lowered. characterized by being

The main elevating cylinder is formed to elevate the center of the deck material 430, and the main elevating cylinder has a cylinder shaft coupled to the main rotating member 611, and the other side is a square tube frame formed on both sides ( 410) is characterized in that it is fixed to the bottom surface between the.

The first micro-rotation member 613 is formed to elevate one side of the deck material 430, and the first micro-rotation member 613 is connected to one side when the deck material 430 is formed. do.

The first fine elevating cylinder 614 is formed to elevate one side of the deck material 430 , and the first fine elevating and lowering cylinder 614 has a cylinder shaft in a first fine rotation member 613 . It is coupled, and the other side is characterized in that it is fixed to one side of the bottom surface between the square tube frames 410 formed on both sides.

The second micro-rotation member 615 is formed to elevate the other side of the deck material 430, and the second micro-rotation member 615 is connected to the other side when the deck material 430 is formed. do.

The second fine elevating cylinder 616 is formed to elevate the other side of the deck material 430 , and the second fine elevating cylinder 616 has a cylinder axis in a second fine rotating member 615 It is coupled, and the other side is characterized in that it is fixed to the other side of the bottom surface between the square tube frames 410 formed on both sides.

The angle sensor 617 is formed to detect the rotation angle of the deck material 430, the angle sensor 617 is characterized in that it is formed on one side of the bottom surface.

The height sensor 618 is formed to sense the elevation of the deck material 430, the height sensor 618 is characterized in that formed on the other side of the bottom surface.

The fine elevating and descending button 619 is formed to operate the first fine elevating and descending cylinder 614 and the second fine elevating and descending cylinder 616, respectively, and the fine elevating and lowering button 619 is the deck material 430 ) is characterized in that it is formed on one side.

The main elevating/lowering button 620 is formed to operate the main elevating/lowering cylinder, and the main elevating/lowering button 620 is characterized in that it is formed on one side of the deck material 430 .

13 is a view showing the safety handrail device 700 of the present invention safety system 10, FIG. 14 is a detailed view of FIG.

Referring to the drawings, the safety handrail device 700 is characterized in that it is for supplying power to the lighting installed on the handrail with power charged by the solar panel 730 installed on the deck handrail to make the handrail beautiful. .

The safety handrail device 700 is a deck fixing stop 710, a support fixing bar 711, a deck attachment member 712, a panel rotation frame 720, a panel separation prevention bar, a solar panel 730, a lighting frame 750 , including a lighting lamp 751 .

The deck stopper 710 is formed to be seated and fixed on the concrete block or deck of the bridge, and the deck stopper 710 is characterized in that it is vertically formed.

The support fixing bar 711 is formed for connection between a plurality of deck fixing stops 710, and the support fixing bar 711 has one side connected to the deck fixing station 710 in one direction, and the other side is the other side. It is characterized in that it is formed in plurality to be connected to the deck fixed stop 710 in the direction.

The deck attachment member 712 is formed to be attached to the concrete block or deck surface of the bridge, and the deck attachment member 712 is characterized in that it is formed on the lower surface of the deck stopper 710 .

The panel rotation frame 720 is formed to rotate the photovoltaic panel 730, and the panel rotation frame 720 is connected so that one side is rotatably to the upper side of the deck fixing stop 710, and the other side is the sun. It is characterized in that the light panel 730 is connected to the panel separation prevention bar so that it can be rotated.

The panel separation prevention bar is formed to prevent separation by fixing the solar panel 730, and the panel separation prevention bar is formed in a plurality on both sides between the plurality of deck fixing stoppers 710.

The solar panel 730 is characterized in that it is inserted between the panel separation prevention bar formed on both sides.

The lighting frame 750 is formed so that the lighting 751 is installed, the lighting frame 750 is characterized in that it is formed above the deck stopper 710 .

The lighting lamp 751 is formed to make the appearance of the safety handrail 700 beautiful, and the lighting lamp 751 is formed in the lighting frame 750 .

15 is a view showing another embodiment of the panel direction changing unit 800 for the safety handrail device 700, and FIG. 16 is a detailed view of FIG.

Referring to the drawings, the panel direction changing unit 800 is a configuration further included in the safety handrail device 700 , and is characterized in that it is included in the basic configuration of the safety handrail device 700 or used instead.

The panel direction changing unit 800 is characterized in that the solar panel 730 senses the direction of the irradiated light and rotates in the light irradiating direction.

The panel direction changing unit 800 includes a first motor case 810 , a first motor 811 , a first driving gear 812 , a first panel frame 813 , a first rotation shaft 814 , and a first rotation. Gear 815, second motor case 820, second motor 821, second drive gear 822, second panel frame 823, second rotation shaft 824, second rotation gear 825 , panel fixing bar 830, panel seating bar 831, panel cover 832, cover hinge 833, fixing projection 834, projection groove 835, collision detection sensor 840, light detection sensor ( 850), a side handrail connection groove 860, and a side handrail 861.

The first motor case 810 is formed such that the first motor 811 is not exposed to the outside, and the first motor case 810 is a deck formed on one side of the deck stopper 710 formed on both sides. It is characterized in that the fixed support 710 is formed on one upper side.

The first motor 811 is formed to generate a driving force for rotating the first driving gear 812 , and the first motor 811 is formed inside the first motor case 810 . .

The first driving gear 812 is formed to provide rotational power received from the first motor 811 toward the first rotational gear 815 , and the first driving gear 812 is the first motor 811 . ) is characterized in that it is formed connected to the axis.

The first panel frame 813 is formed to fix the solar panel 730 in one direction, and the first panel frame 813 is formed below between the deck fixing supports 710 formed on both sides. characterized in that

The first rotation shaft 814 is formed such that the first panel frame 813 is rotated by receiving rotational power from the first driving gear 812 , and the first rotation shaft 814 is the first panel frame 813 . It is characterized in that it is formed on one side.

The first rotation gear 815 is formed to receive rotational power from the first driving gear 812 , and the first rotation gear 815 is a first driving gear 812 on one side of the first rotation shaft 814 . ) and is characterized in that it is formed to engage.

The second motor case 820 is formed so that the second motor 821 is not exposed to the outside, and the second motor case 820 is a deck formed on the other side of the deck stopper 710 formed on both sides It is characterized in that the fixed support 710 is formed on one upper side.

The second motor 821 is formed to generate a driving force for rotating the second driving gear 822, and the second motor 821 is formed inside the second motor case 820. .

The second driving gear 822 is formed to provide rotational power received from the second motor 821 toward the second rotational gear 825 , and the second driving gear 822 is the second motor 821 . ) is characterized in that it is formed connected to the axis.

The second panel frame 823 is formed to fix the photovoltaic panel 730 in one direction, and the second panel frame 823 is formed as an upper portion between the deck fixing supports 710 formed on both sides. characterized in that

The second rotation shaft 824 is formed such that the second panel frame 823 is rotated by receiving rotational power from the second driving gear 822 , and the second rotation shaft 824 is the second panel frame 823 . It is characterized in that it is formed on one side.

The second rotation gear 825 is formed to receive rotational power from the second driving gear 822 , and the second rotation gear 825 is a second driving gear 822 on one side of the second rotation shaft 824 . ) and is characterized in that it is formed to engage.

The panel fixing bar 830 is formed so that the solar panels 730 mounted on the first panel frame 813 and the second panel frame 823, respectively, are not separated from each other, and the panel fixing bar 830 is It is characterized in that a plurality of first panel frame 813 and second panel frame 823 are respectively formed on both sides.

The panel mounting bar 831 is formed so that the solar panel 730 inserted into the first panel frame 813 and the second panel frame 823, respectively, can be seated, and the panel mounting bar 831 is It is characterized in that it is formed on one side of each of the first panel frame 813 and the second panel frame 823 .

The panel cover 832 is formed so that the solar panels 730 inserted into the first panel frame 813 and the second panel frame 823, respectively, are not separated to the outside. It is characterized in that the first panel frame 813 and the second panel frame 823 are coupled to one side by a cover hinge 833 to cover one side of the optical panel 730 .

The cover hinge 833 is formed so that the panel cover 832 can be rotated in each of the first panel frame 813 and the second panel frame 823 , and the cover hinge 833 is the panel cover 832 . ) one side and the first panel frame 813 and the second panel frame 823 are respectively connected to one side.

The fixing protrusion 834 is formed so that the panel cover 832 is inserted into the protrusion groove 835 formed in each of the first panel frame 813 and the second panel frame 823, and the fixing protrusion 834 The panel cover 832 is characterized in that it is formed on one side.

The protrusion groove 835 is formed so that the fixing protrusion 834 is inserted and not removed, and the protrusion groove 835 is formed on one side of the first panel frame 813 and the second panel frame 823, respectively. do it with

The collision detection sensor 840 is formed so that a mutual collision does not occur when the first panel frame 813 and the second panel frame 823 rotate. ) and one side of the second panel frame 823, respectively.

The light sensor 850 is formed to detect a direction in which light is irradiated, and the light sensor 850 is formed on one side of the deck fixing stop 710 .

The side handrail connection groove 860 is formed so that the deck fixing stop 710 on the other side can be connected, and the side handrail connection groove 860 is the deck fixing stop 710 to one side so that the side handrail 861 is inserted. characterized in that it is formed.

The side handrail 861 has one side inserted into the side handrail connection groove 860 formed in the deck fixing stop 710 in one direction, and the side handrail connection groove having the other side formed in the deck fixing stop 710 in the other direction. It is characterized in that it is formed to be inserted into (860).

FIG. 17 is a view showing an opening/closing snow removal unit 900 that is another embodiment of the safety handrail device 700 .

Referring to the drawings, the opening/closing snow removal unit 900 is a configuration further included in the safety handrail device 700 , and is characterized in that it is included in the basic configuration of the safety handrail device 700 or used as an alternative.

The opening/closing snow removal unit 900 is characterized in that it is for removing ice sheets generated by snow accumulated on a bridge through which vehicles pass in winter and a deck through which pedestrians pass.

The opening and closing snow removal unit 900 includes a snow removal pad 910 , a pad groove 911 , a pad hinge 912 , a wire member 920 , a winding motor 921 , a winding wire 922 , and an injection liquid pump 930 ). , air pump 931, supply pipe 932, injection liquid tube 933, injection liquid nozzle 934, snow load member 940, snow accumulation sensor 941, timer 950, ground temperature sensor 960 includes

The snow removal pad 910 is formed so as to be able to open and close in the pad groove 911, and the snow removal pad 910 is coupled to the lower deck fixing stop 710 through a pad hinge 912.

The pad groove 911 is formed so that the snow removal pad 910 can be inserted, and the pad groove 911 is formed in a vertical direction on one side of the deck fixing stop 710 .

The pad hinge 912 is formed to allow the snow removal pad 910 to be rotatable based on the deck fixing stop 710 , and the pad hinge 912 includes the snow removal pad 910 on one side and the deck fixing stop 710 . ) is characterized in that it is formed to connect the lower one side.

The wire member 920 is formed to rotate the snow removal pad 910 during winding and unwinding of the winding wire 922, and the wire member 920 is a snow removal pad 910 such that the winding wire 922 is fixed. It is characterized in that it is formed on one side.

The winding motor 921 is formed to unwind or wind the winding wire 922, and the winding motor 921 is characterized in that it is formed on one side of the upper deck fixing stop 710.

The winding wire 922 is formed to rotate the snow removal pad 910, and the winding wire 922 has one side connected to the wire member 920, and the other side is wound around the winding motor 921. characterized.

The injection liquid pump 930 is formed to supply the injection liquid to the supply pipe 932 side.

The air pump 931 is formed to supply compressed air to the supply pipe 932 side to prevent clogging of the injection liquid nozzle 934, and the air pump 931 is formed above the injection liquid pump 930 characterized by being

The supply pipe 932 is formed to supply the injection liquid and compressed air provided from the injection liquid pump 930 and the air pump 931 to the injection liquid pipe 933 side, and the supply pipe 932 has one side of the injection liquid. It is connected to each of the pump 930 and the air pump 931 , and the other side is connected to the injection liquid pipe 933 .

The injection liquid pipe 933 is formed to provide the injection liquid and compressed air provided through the supply pipe 932 to the injection liquid nozzle 934 side, and the injection liquid pipe 933 has one side connected to the supply pipe 932 . and the other side is characterized in that the snow removal pad 910 is formed inside.

The injection liquid nozzle 934 is connected to the injection liquid pipe 933 so as to spray the injection liquid and compressed air provided from the injection liquid pipe 933, respectively, according to the setting, so that the snow removal pad 910 is exposed to one side. characterized.

The snow loading member 940 is characterized in that it is formed on one side of the deck fixing stop 710 so that the snow is snowed.

The snow load detection sensor 941 is formed to detect snow being deposited on the snow load member 940 , and the snow load sensor 941 is formed on the upper surface of the snow load member 940 .

The timer 950 is formed to set a time for which the spray liquid and compressed air are sprayed, and the timer 950 is attached to the lower surface of the snow load member 940 .

The ground temperature sensor 960 is formed to detect the freezing temperature of the ground. .

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments pertain can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may be implemented in a combined form.

The scope to be protected through this specification is indicated by the claims described below rather than the above detailed description, and should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents. .

10: safety system
100: metal window device 110: window main frame
111: frame coupling groove 120: glass fixing frame
121: outer glass fixing groove 122: inner glass fixing groove
123: center-side first glass fixing groove 124: center-side second glass fixing groove
125: outer insulating glass 126: inner insulating glass
127: first central side insulating glass 128: second central side insulating glass
130: Blythe
140: first insulation material 141: second insulation material
200: glass breakage prevention part
210: upper operating bar 211: lower operating bar
212: wind pressure prevention bar 213: close contact member
214: upper rotary hinge 215: lower rotary hinge
216: rotation guide bar 217: bar fixing bar
218: rotation motor 220: wind pressure sensor
230: light sensor
300: heat blocking and defrosting part
310: water holding plate 311: discharge hole
312: water tank 313: circulation pump
314: circulation pipe 315: nozzle pipe
316: injection nozzle 320: heating heater
330: drying fan
400: safety deck device
410: square tube frame 420: fixing clip
421: front adhesion member 422: side adhesion member
423: attachment surface 430: deck material
500: height and spacing adjustment unit
510: elevating means 511: height adjustment cylinder
512: attachment sensor 513: compression member
514: compression sensor
530: spacing adjusting means 531: pipe coupling member
532: cylinder support 533: interval control cylinder
534: spacing adjusting member 535: distance sensor
536: sensor member
600: deck elevating rotating part
610: rotating deck plate 611: main rotating member
612: main elevating cylinder 613: first fine rotation member
614: first fine elevating cylinder 615: second fine rotation member
616: second fine elevating cylinder 617: angle sensor
618: height sensor 619: fine elevating/lowering button
620: main up/down button
700: safety handrail device
710: deck fixing support 711: support fixing bar
712: deck attachment member 720: panel rotation frame
721: panel separation prevention bar 730: solar panel
750: lighting frame 751: lighting lamp
800: panel direction change unit
810: first motor case 811: first motor
812: first drive gear 813: first panel frame
814: first rotation shaft 815: first rotation gear
820: second motor case 821: second motor
822: second drive gear 823: second panel frame
824: second rotation shaft 825: second rotation gear
830: panel fixing bar 831: panel seating bar
832: panel cover 833: cover hinge
834: fixed projection 835: projection groove
840: collision detection sensor 850: light detection sensor
860: side handrail connection groove 861: side handrail
900: opening and closing snow removal unit
910: snow removal pad 911: pad groove
912: pad hinge 920: wire member
921: winding motor 922: winding wire
930: injection liquid pump 931: air pump
932: supply pipe 933: injection liquid pipe
934: injection liquid nozzle 940: snow load member
941: snow detection sensor 950: timer
960: ground temperature sensor

Claims (2)

In the metal window and door device for easily inflowing and blocking solar radiation and improving thermal insulation performance,
The metal window device,
Window main frame fixed to the wall to enable opening and closing of the window;
A frame coupling groove formed around the inner surface of the main frame window so that the glass fixing frame can be fixed;
A glass fixing frame formed so that a plurality of glasses are seated and inserted and fixed in the frame coupling groove;
an outer glass fixing groove formed so that the inner insulating glass can be fixed around the inner surface of the glass fixing frame;
an inner glass fixing groove formed so that the outer insulating glass can be fixed around the inner periphery of the inner surface of the glass fixing frame;
a first central glass fixing groove formed so that the first central insulating glass can be fixed around the central side of the glass fixing frame;
a center-side second glass fixing groove formed so that the second central-side insulating glass can be fixed around the other side of the center of the glass fixing frame;
an outer insulating glass formed to be inserted into the outer glass fixing groove to block outside air from flowing into the room;
an inner insulating glass formed to be inserted into the inner glass fixing groove to block the bet from leaking to the outside;
a first central insulating glass formed to be inserted into the central side first glass fixing groove to block outside air and bet;
a second central side insulating glass formed to be inserted into the central side second glass fixing groove to block outside air and bet;
a plurality of blades formed so as to be folded and unfolded between the outer insulating glass and the first central insulating glass;
a first insulating material which is inserted and formed around the inside of the glass fixing frame to prevent the outside air from being kept indoors, and to prevent the indoor bet from leaking to the outside;
A second insulating material is inserted and formed around the inside of the window main frame to prevent the outside air from being kept indoors, and to prevent the indoor bet from leaking to the outdoors,

The metal window device,
It further includes a glass breakage prevention unit to prevent damage to the strong wind glass due to typhoon,
The glass breakage prevention unit,
an upper operation bar formed as an upper portion between the outer insulating glass and the first central insulating glass to be rotated by a rotating motor;
a lower operation bar formed as a lower portion between the outer insulating glass and the first central insulating glass so as to be rotated by the operation of the rotation guide bar connected to the upper operating bar when the rotating motor is operated;
Wind pressure prevention bar formed in plurality between the upper operation bar and the lower operation bar to move according to the rotation direction of the upper operation bar and the lower operation bar when the rotary motor is operated;
Adhesive members formed to be attached to both ends of the upper and lower operating bars and the wind pressure prevention bar that are in close contact with the inner surface of the outer insulating glass and the inner surface of the first central side insulating glass to prevent damage to the outer insulating glass;
an upper rotary hinge formed in connection with the rotation guide bar on both sides of the upper operating bar so that the upper and lower operating bars and the wind pressure prevention bar can rotate equally when the rotating motor is operated;
a lower rotary hinge connected to the rotation guide bar on both sides of the lower operating bar so that the upper operating bar, the lower operating bar, and the wind pressure prevention bar can rotate equally;
a rotation guide bar coupled by an upper operation bar and an upper rotational hinge, coupled by a lower operation bar and a lower rotational hinge, and formed to pass through the wind pressure prevention bar;
a bar holder formed to fix the rotation guide bar on both sides of the lower surface of the wind pressure prevention bar so that the rotation guide bar passing through the wind pressure prevention bar is in contact with the wind pressure prevention bar to rotate the wind pressure prevention bar;
a rotation motor formed on the inner surface of the glass fixing frame to rotate the upper operation bar;
a wind pressure sensor formed on one side of the main frame of the window and door to detect the wind pressure applied from the outside and provide the sensed information to the rotation motor side;
It includes an illuminance sensor formed on one side of the main frame of the window and door to block the light by operating the rotation motor by providing the detected information to the rotating motor by detecting light,

The metal window device,
It further includes a heat blocking and defrosting unit for blocking the heat in summer and removing the frost caused by the temperature difference in winter,
The heat blocking and defrosting unit,
a water retention plate formed on the bottom side of the glass fixing frame so that the sprayed water pools toward the bottom of the glass fixing frame;
a discharge hole formed in the center of the water retention plate so that the water accumulated in the water retention plate is discharged to the water tank side;
a water tank formed below the water retention plate to store water discharged through the discharge hole;
a circulation pump formed on one side of the glass fixing frame to move the water stored in the water tank toward the injection nozzle through the circulation pipe;
a circulation pipe having one side connected to the circulation pump and the other side connected to the nozzle pipe to move water moving through the circulation pump toward the nozzle pipe;
a nozzle tube formed at an upper portion between the outer side insulating glass and the first central side insulating glass to move the water moving through the circulation pipe toward the injection nozzle;
a plurality of spray nozzles formed on both sides of the nozzle tube so that the water moved through the nozzle tube is sprayed toward the inner side of the outer insulating glass and the inner side of the first central insulating glass;
a heating heater formed inside the water tank to increase the temperature of the water stored in the water tank;
A metal window device including a drying fan formed on one side of the inside of the glass fixing frame to dry the space between the outer insulating glass and the first central side insulating glass.


delete

Images