KR20230083729A - Fireproof Insulation Miseogi Double-glazed Windows - Google Patents

Abstract

The present invention relates to a high-airtight insulated non-standing window to improve the insulation grade of the window, and more particularly, to a first frame, a second frame, and a third frame that is made of a square window frame and a plurality of windows can be installed. A window frame made of frames, a composite insulation member installed between the first frame and the second frame and between the second frame and the third frame constituting the window frame, and a plurality of the second frames formed therebetween It is installed on the connecting insulation member to be installed and the protruding support wing integrally formed on the bottom surface of the T-shaped insulation member of the composite insulation member, and is located between the inner door rail and the outer door rail of the first window and the second window to maintain confidentiality A weatherproof plate member, a rail formed on the upper and lower horizontal frames and the left and right vertical frames constituting the window frame frame and having an opening formed on one side to block air flowing in between the window frame frame and the window frame from the outside, the window frame frame is an upper window A middle frame formed in the middle so as to be divided into a lower window and a lower window, and the middle frame corresponds to the first frame, the second frame, and the rails of the third frame of the window frame frame. 3 The middle frame is combined with a composite insulation member and a plurality of rails are formed on the upper and lower surfaces of the middle frame to improve the insulation effect, windproof effect, and soundproofing effect.

Description

Miseogi double-glazed windows with fire protection and insulation functions {Fireproof Insulation Miseogi Double-glazed Windows}

The present invention relates to a fireproof insulation double-glazed window that can improve the insulation grade of a window and door, and more particularly, a heat insulation member made of a non-combustible material is installed between the outer window and the inner window of the double-glazed double-glazed window, and the left and right vertical frames and A non-combustible insulation member is installed in the middle of the middle frame to block heat conduction and maintain confidentiality, and the inorganic non-combustible coating made of ceramic is applied to the outer surface of the metal window frame and window frame so that it does not burn in case of fire, but also causes damage caused by combustion. It relates to non-standing double-glazed windows with fire prevention and insulation functions to prevent human casualties and minimize property damage by preventing fire from spreading to the surroundings in a short time by preventing gas from being generated.

In general, most buildings such as houses/apartments/villas/buildings have windows installed on the outside, and these windows decorate the exterior of the building more beautifully and act as a passage for sunlight and wind to come in and out, while preventing heat and cold. For this purpose, functions such as insulation/confidentiality/soundproofing are applied to ensure that residents have an independent and stable living environment from the external environment.

Most existing windows and doors have a structure in which a window frame is fixedly installed in an opening of a wall formed in a rectangular shape in a building, and a sliding or casement window is installed on the window frame.

That is, the windows and doors are configured to be opened and closed to provide heating in winter or to block rainwater from entering the room in rainy weather and to ventilate the indoor air.

These windows are installed as double glazing on the window frame to enhance soundproofing and heat insulation, and by applying an insulation material of polyamide or polyurethane to the window frame and windows, it blocks heat conduction from the outside and prevents dew condensation. there is.

However, due to the nature of the window that opens and closes, there are still problems in the insulation performance, windproof performance, and fire protection function of the joint between the window frame and the window and the ring part corresponding to the long door and the window.

In particular, the existing window frame has a problem in that the insulation efficiency is lowered because the frame supporting the outdoor door and the indoor door of the double-glazed window is formed as a single integrated structure so that cold air or heat from the outside is transmitted.

As prior literature for solving the above problems, "windows and doors with excellent insulation and durability" of Registered Patent Publication No. 10-1661892 (published on October 5, 2016) are divided into outdoor and indoor sides and combined with a joint, and a rail groove On the other hand, a window frame with a coupling groove formed on the upper part of the joint; a window frame inserted into the window frame, divided into an outdoor side and an indoor side, coupled with a joint, and having a fastening groove formed therein; a guide block installed above the joint of the window frame; and a roller inserted into the fastening groove of the window frame and composed of a circular wheel and having a roller arm coupled thereto, wherein the window frame frame has a guide groove along which the roller moves, and a roller groove in the rail groove. A guide rail for guiding the arm is inserted and installed, and the upper part of the guide rail is configured in a "∨" shape so that the lower end of the roller arm is slidably inserted and installed, and guides in the longitudinal direction in the rail grooves located on the upper part and both sides. It is characterized in that the bar is fitted and installed.

In the above prior literature, the window frame supporting the outdoor door and the indoor door has a structure in which the window frame supporting the indoor door is not completely separated and is connected as one, so that cold and warm air is transmitted from the outside to the inside or from the inside to the outside, so the insulation function is poor in modern times. There is a problem that the required window grade cannot be obtained.

In addition, the prior literature has a problem of not only delaying evacuation but also suffering from aftereffects when toxic gas is generated as the coating surface burns during a fire, such as an aluminum frame, a PVC frame, etc., and enters the respiratory tract of people evacuating.

Republic of Korea Patent Registration No. 10-1661892

The present invention is to solve the above problems, the outer side and the inner side of the window frame supporting the outer door and the inner door of the non-standing double-glazed window are completely separated to improve the insulation function and at the same time a connecting insulation member having a non-combustible function. It is aimed to provide a non-standing double-glazed window having fire protection and insulation functions to block external cold air or heat from being transmitted to the inside through the window frame and to meet the required window insulation grade efficiency. .

In addition, the present invention finishes inorganic non-combustible coating made of ceramic on the outer surface of the window frame and window frame constituting the window frame so that it is not easily combusted in case of fire and does not generate gas, thereby preventing the spread of fire to the surroundings in a short time, thereby reducing human damage The purpose is to provide a non-standing double-glazed window with fire prevention and insulation functions to prevent and minimize property damage.

In addition, the present invention consists of a combination of a first frame, a second frame, and a third frame for a window frame of a rectangular insulated double-glazed window, but a composite insulation member is installed between each frame and the heat transmitted to the window frame or It blocks cold air, and the protruding support wings of the composite insulation member are placed between the inner and outer doors of the first and second windows made of double-glazed windows to prevent air from entering between the window frames to maintain airtightness and insulation effect. It is an object of the present invention to provide a non-standing double-glazed window having a fire prevention and insulation function to increase the

In addition, the present invention installs a weatherproof plate member between the composite insulation member installed on the upper and lower horizontal frames of the window frame and the inner door and the outer door to more firmly seal the gap between the window frame and a pair of inner and outer doors. It is an object of the present invention to provide a non-standing double-glazed window having fire protection and insulation functions so as to improve insulation efficiency, windproof efficiency and sound insulation efficiency by blocking air flowing into the drainage hole.

In addition, the present invention forms an annular rail by forming openings so that the outside of the rails installed on the upper and lower horizontal frames and the left and right vertical frames of the window frame frame are open, so that air flows into the gap between the window frame frame and a pair of inner and outer doors. It is an object of the present invention to provide a non-standing double-glazed window having fire protection and insulation functions to improve insulation efficiency, windproof efficiency and soundproofing efficiency by blocking the flow of air.

In addition, in the present invention, when the corresponding vertical frame of the inner and outer doors is locked with the crescent, which is a locking device, the present invention is a non-clerk double-glazed window having fireproof and heat insulation functions so that the mohair facing each other adheres to each other and maintains confidentiality. It aims to provide

The present invention is a means for achieving the above object, a window frame made of a square window frame and made of a first frame, a second frame, and a third frame so that a plurality of outer doors and inner doors can be installed,

The second frame of the window frame frame includes a connection insulation member installed to improve insulation efficiency in the center of the second frame so that the outer side and the inner side of the double-glazed window are completely separated;

a composite insulation member installed between the first frame and the second frame and between the second frame and the third frame constituting the window frame;

a weatherproof plate member installed on the protruding support wing integrally formed on the bottom surface of the T-shaped insulation member of the composite insulation member and positioned between the inner door and the outer door of the first window and the second window to maintain airtightness;

"?"-shaped rails formed on the upper and lower horizontal frames and the left and right vertical frames constituting the window frame and having an opening formed on one side to block air flowing between the window frame and the window frame from the outside;

The window frame frame includes a middle frame installed in the form of a horizontal bar in the middle so as to be partitioned into an upper window and a lower window;

In the middle frame, the first middle frame, the second middle frame, and the third middle frame are combined with a composite insulation member so as to correspond to the rails of the first frame, the second frame, and the third frame of the window frame frame, and the upper and lower surfaces of the middle frame It is characterized in that a plurality of rails are formed in.

"형의 C형단열부재와 "

"형의 T형단열부재로 이루어진 것을 특징으로 한다.The composite insulation member installed in the coupling portion between the first frame and the second frame of the window frame and the coupling portion between the second frame and the third frame is "

"Hyung's C-type insulation member and "

It is characterized in that it consists of a T-shaped insulation member of the "type.

The first frame forming the window frame frame is characterized in that a rail having an opening is formed on the surface corresponding to the inner door of the first window and a fitting groove into which the fixing protrusion of the composite insulation member is inserted is formed on one side of the first frame. do.

The second frame forming the window frame is formed with a plurality of rails having openings on the surface corresponding to the outer door of the first window and the inner door of the second window, and fixing protrusions of the composite insulation member are formed on both sides of the second frame. It is characterized in that a plurality of fitting grooves are formed.

In the third frame forming the frame of the window frame, a rail having an opening is formed on a surface corresponding to the outer door of the second window, an insect screen rail is integrally formed on one side of the rail, and the other side of the screen rail is formed. It is characterized in that a plurality of fitting grooves are formed in.

The middle frame horizontally installed in the middle of the window frame frame is composed of a first middle frame, a second middle frame, and a third middle frame, and includes a coupling portion between the first middle frame and the second middle frame, and a second middle frame. And it is characterized in that the composite insulation member is installed in the joint between the third middle frame.

The middle frame formed by combining the first middle frame, the second middle frame, and the third middle frame is characterized in that a plurality of "?"-shaped rails having openings are formed on the upper and lower surfaces.

The ribs constituting the upper window and the lower window of the window frame frame have handle grooves formed on the front and rear surfaces of the vertical frames on both sides of the inner door and outer door of the first window and the second window, and the left and right ends of one door where a locking device is installed. It is characterized in that mohair is installed on one side of the handle groove of the frame.

The method of constructing double-glazed windows in which the window frame is installed is,

Forming a window frame bar by combining composite insulation members installed between the first frame and the second frame and between the second frame and the third frame;

forming a square window frame by cutting the window frame frame bar to correspond to the square window frame standard;

Forming a middle frame bar by combining composite insulation members between the first middle frame and the second middle frame and between the second middle frame and the third middle frame to have a plurality of rails on the upper and lower surfaces;

Installing a middle frame bar horizontally in the middle so that it can be divided into an upper window and a lower window in a square window frame;

installing the square window frame in which the middle frame bar is installed to a window installation space on a wall;

installing an inner door and an outer door so that a first window and a second window are formed in the square window frame installed in the window installation space;

It relates to a method for constructing fireproof and heat-insulated double-glazed windows comprising the steps of installing an insect screen on the outer frame of the outer door of the second window installed on the outer side.

Thus, the present invention installed a weatherproof plate member between the composite insulation member installed on the insulated window frame frame and the inner door and the outer door to more firmly seal the gap between the window frame and the door body frame of the pair of inner door and outer door. It relates to a fireproof insulation non-standing double-glazed window and a construction method thereof to improve insulation, windproof efficiency and soundproofing efficiency by enabling

In the present invention, the second frame of the window frame is installed with a connecting insulation member in the center of the second frame so that the outer side and the inner side of the double-glazed window are completely separated, so that the outside temperature is transferred to the window located on the indoor side through the window located outdoors Alternatively, it is possible to achieve the thermal transmittance of the insulation grade standard of windows or doors by improving energy consumption efficiency by providing an insulation space while blocking energy loss due to the transfer of indoor temperature to the outside.

In addition, the present invention not only does not burn in case of fire by finishing inorganic non-combustible coating made of ceramic on the outer surface of the window frame and window frame of metal material, but also prevents the fire from spreading to the surroundings in a short time by preventing the generation of gas due to combustion. It has the effect of preventing damage and minimizing property damage.

The present invention has a structure that can be easily assembled on an extruded window frame frame, and by installing a plurality of insulating materials having different shapes, respectively, it is possible to secure thermal insulation performance, thereby providing excellent thermal conductivity, thermal transmittance and thermal resistivity.

The present invention has an effect of improving flame retardancy because it is possible to satisfy excellent fire prevention function by increasing the low melting temperature of aluminum while applying aluminum having light weight and thermal insulation.

The present invention has an effect of blocking cold air and heat transmitted through the window frame by installing a composite heat insulating member between the first frame, the second frame, and the third frame of the window frame composed of double-glazed windows. In particular, the composite of the present invention The heat insulation member is installed between the frames so that the space portion is formed by being spaced apart vertically into the C-type heat insulation member and the T-type heat insulation member during installation, thereby enhancing the insulation effect by the space portion.

In addition, the present invention is airtight by installing a weatherproof plate member on the protruding support wing integrally formed on the T-shaped insulation part of the composite insulation member installed on the window frame frame to block the air flow between the window frame and the inner door and outer door and the rail groove. There is an effect of increasing the insulation effect by maintaining.

In addition, in the present invention, when the corresponding vertical frame of the inner and outer doors is locked with the crescent, which is a locking device, the present invention is a non-clerk double-glazed window having fireproof and heat insulation functions so that the mohair facing each other adheres to each other and maintains confidentiality. There is an effect of providing airtightness and insulation by blocking the flow of air introduced from the drain hole of the outer rail of the window frame or from the outside of the frame.

1 is an exemplary view showing a fireproof insulation non-standing double-glazed windows of the present invention.
Figure 2 is a cross-sectional view showing the installation configuration of the inner and outer doors of the window frame and windows of the fireproof insulation non-standing double-glazed windows according to the present invention.
Figure 3 is a partial partial cross-sectional view showing the top connection configuration of the upper horizontal frame of the window frame and the inner and outer doors of the window according to the present invention.
Figure 4 is a partial partial cross-sectional view showing the connection structure of the inner and outer doors of the upper and lower windows and the middle frame of the window frame according to the present invention.
Figure 5 is a partial partial cross-sectional view showing the lower horizontal frame of the window frame frame and the bottom connection configuration of the inner and outer doors of the window according to the present invention.
6 is a plan view showing a connection structure between a window frame and a double-glazed window according to the present invention.
Figure 7 is a partial plan cross-sectional view showing the vertical frame of the window frame and the inner and outer door ends of the double-glazed window and the connection structure according to the present invention.
Figure 8 is a partial plan cross-sectional view showing the mohair insulation configuration of the left and right end frames of the inner and outer doors according to the connection of the locking device of the double-glazed window installed on the window frame according to the present invention.
Figure 9 is an exemplary view showing a first frame forming a window frame of the present invention.
10 is an exemplary view showing a second frame forming the window frame of the present invention.
Figure 11 is an exemplary view showing a third frame forming the window frame of the present invention.
12 is an exemplary view showing a first middle frame constituting a middle frame installed in the middle of a window frame frame according to the present invention;
13 is an exemplary view showing a second middle frame constituting the middle frame of the present invention;
14 is an exemplary view showing a third middle frame constituting the middle frame of the present invention.

Hereinafter, the present invention will be described in detail based on the accompanying drawings.

1 is an exemplary view showing a fireproof and heat-insulated non-standing double-glazed window of the present invention, Figure 1 illustrates a fire-resistant and heat-insulated double-glazed window 10 in which a window frame of the present invention is installed.

In the present invention, the insulated non-standing double-glazed window 10 forming a double-glazed window may be composed of an upper window 20 and a lower window 21, and a plurality of upper windows and Windows and doors may be constructed to form a plurality of lower windows.

Therefore, in FIG. 1 of the present invention, a plurality of windows are installed in the upper and lower portions, and a middle frame 50 having a plurality of rails 17 formed in the upper and lower portions is installed between the upper window 20 and the lower window 21.

In the present invention, the middle frame 50 refers to a frame installed horizontally between the upper window 20 and the lower window 21 in forming the square window frame 11 as the middle frame 50.

In addition, in general, in the industry, miseogichang refers to a door that opens and closes by sliding the inner door 23 and the outer door 24 of the window to the left and right.

In addition, the double-glazed window in the present invention refers to a double-glazed window in which a pair of windows consisting of an inner door 23 and an outer door 24 are installed on a single window frame 11.

Figure 2 is a cross-sectional view showing the installation configuration of the window frame and the inner and outer doors of the window frame of the fireproof insulation non-standing double-glazed window according to the present invention, in which the upper window 20 and the lower window 21 are installed in the square window frame 11 As a result, the upper and lower door frames 25-1 and 25-2 of the first window 22-1 and the second window 22-2 of the upper and lower windows 20 and 21 and the upper horizontal portion of the window frame 11 It shows the connection configuration of the frame 12, the middle frame 50 in the middle, and the lower horizontal frame 13 at the bottom.

That is, what is to be described in the present invention relates to a fireproof insulation non-standing double-glazed window 10, and installs a first window 22-1 and a second window 22-2 in a square window frame 11, but the first The window 22-1 and the second window 22-2 are insulated double-glazed windows 10 consisting of an inner door 23 and an outer door 24.

The fireproof and heat-insulated non-standing double-glazed door 10 of the present invention made in this way combines the window frame 11 with the first frame 16-1, the second frame 16-2, and the third frame 16-3. Composed of, between the first frame 16-1 and the second frame 16-2 and between the second frame 16-2 and the third frame 16-3, the composite insulation member 30 is installed to constitute a window frame 11 made of rectangular windows and doors as a whole.

In the window frame frame 11, the upper horizontal frame 12, the lower horizontal frame 13, and the left and right vertical frames 14 and 15 are all made of the same configuration.

The fireproof insulation non-standing double-glazed door 10 described in the present invention is a heat-insulated non-standing double-glazed window 10 consisting of a first window 22-1 and a second window 22-2 in one window frame, or one window frame. It is divided into an upper window 20 and a lower window 21 inside, but the first window 22-1 and the second window 22-2 are installed on the upper window 20 and the lower window 21, respectively. Double-glazed windows 10, or frames of all fireproof and insulated double-glazed windows, such as the fireproof and insulated double-glazed windows 10, in which two windows are formed at the top and a multiple window consisting of two windows is formed at the bottom of one window frame. applies to

As shown in FIGS. 1 and 2, the present invention exemplifies a multi-window having two windows formed at the top and two windows formed at the bottom. These windows and doors are windows and doors installed in buildings such as schools, apartments, and government offices, and the present invention describes them as an example, and does not limit the description of any one fireproof insulation double-glazed window 10.

As shown in FIG. 3, the fireproof and heat-insulated non-standing double-glazed window 10 of the present invention is made of a square window frame and has a first frame 16-1 and a second frame 16-2 so that a plurality of windows can be installed. , The window frame frame 11 is formed by combining the third frame 16-3.

In the second frame 16-2 of the window frame frame 11, a connection insulation member 60 is placed in the center of the second frame 16-2 to improve insulation efficiency so that the outer side and the inner side of the double-glazed window are completely separated. is put on

The joint between the first frame 16-1 and the second frame 16-2 constituting the window frame frame 11 and between the second frame 16-2 and the third frame 16-3. A composite heat insulating member 30 is installed in the coupling part.

"형의 C형단열부재(31)가 설치되고, 그 하부에는 소정의 간격으로 이격되어 "

"형의 T형단열부재(32)가 설치된다. The composite insulation member 30 is located at the top of the coupling part where the frame and the frame are connected.

"The type C-type insulation member 31 is installed, and the lower part is spaced apart at a predetermined interval"

A T-shaped insulating member 32 of the "type" is installed.

In the composite heat insulating member 30 installed as a connecting member at the coupling part between each frame and the frame, a space portion in which the C-type heat insulating member 31 and the T-type heat insulating member 32 are vertically spaced apart is formed, so that the outside temperature Alternatively, it should have a heat insulation function to prevent heat loss from being transmitted by the temperature of the inner side.

In addition, a windbreak plate member 40 is installed on the protruding support wing 33 integrally formed to protrude from one surface of the T-shaped heat insulating member 32 constituting the composite heat insulating member 30, and the windbreak plate member 40 has Located between the rails 17 of the upper and lower horizontal frames 12 and 13 of the window frame frame 11 and the rail 17, the inner and outer doors of the first window 22-1 and the second window 22-2 (23) Maintains confidentiality between the upper and lower door frames 25-1 and 25-2 of (24) and the upper and lower horizontal frames 12 and 13 of the window frame 11.

In addition, the rails 17 formed of the "?" shape are integrated with the first frame 16-1, the second frame 16-2, and the third frame 16-3 forming the window frame frame 11, respectively. is formed with

The rails 17 formed on the first frame 16-1, the second frame 16-2, and the third frame 16-3 have openings 17a on one side to block air from outside the window. is formed to collect and stagnate the inflowing air, thereby blocking the flow of air to have insulation.

In addition, the middle frame 50 is installed in the middle like a horizontal bar so that the rectangular window frame 11 of the present invention can be divided into an upper window 20 and a lower window 21.

The middle frame 50 is composed of a combination of a first middle frame 51-1, a second middle frame 51-2, and a third middle frame 51-3, and the first middle frame 51-3 1) and the second middle frame 51-2 are connected to the coupling portion and the second middle frame 51-2 and the third middle frame 51-3 are connected to the coupling portion described above. (30) is installed to constitute the middle frame (30).

And, the second frame 16-2 and the second middle frame 50 are divided into a plurality of parts, and fixing parts are formed at both ends of the plurality of divided ends, so that the connection insulating member 60 is installed.

As described above, the connection insulation member 60 installed on the second frame 16-2, which is divided into a plurality of parts and has a fixing part, transfers hot heat or cold air from the outside to the inside, or warm heat or cold air from the inside. is transferred to the outside to prevent energy loss from occurring.

The connection insulation member 60 is installed in the center of the second frame 16-2 to improve insulation efficiency so that the outer side and the inner side of the double-glazed window are completely separated.

The connection insulation member 60 is made of polyamide material, so that the second frame 16-2 and the second middle frame 51-2 are firmly coupled to each other while blocking heat loss as much as possible. do.

Figure 3 is a partial cross-sectional view showing the top connection configuration of the upper horizontal frame of the window frame frame and the inner and outer doors of the window according to the present invention, Figure 4 is a partial cross-sectional view showing the connection configuration of the middle frame of the window frame frame and the inner and outer doors of the upper and lower windows according to the present invention 5 is a partial cross-sectional view showing a lower horizontal frame of the window frame frame according to the present invention and a lower connecting configuration of the inner and outer doors of the window.

3 to 5 are partially enlarged views of the drawing of FIG. 3, and FIG. 3 shows the upper horizontal frame 12 of the window frame 11, the first window 22-1, and the second window 22-2. ) shows the connection configuration of the inner door 23 and the door upper frame 25-1 of the outer door 24.

3 and 5 show the upper and lower horizontal frames 12 and 13 constituting the window frame frame 11 as a first frame 16-1, a second frame 16-2, and a third frame 16-3. The hot heat transmitted from the outer frame is configured by connecting each frame with the composite heat insulating member 30, and installing the connecting heat insulating member 60 between the second frames 16-2 divided into a plurality. Or block cold air (hereinafter referred to as "heat") to enhance the insulation effect.

In addition, a windbreak plate member 40 is installed on the protruding support wing 33 protruding from one side of the lower T-shaped insulating member 32 of the composite insulating member 30 connecting the frames to each other to maintain airtightness ( see Figure 3). For reference, in Figure 4, the T-type insulation member 32 is installed on the upper portion of the composite insulation member 30 and the C-type insulation member 31 is installed on the lower portion of the T-type insulation installed on the lower horizontal frame 13. The protruding support wings 33 of the member 32 should be described as protruding upward, but for convenience, the protruding support wings 33 protrude to the bottom by describing the composite insulation member 30 installed on the upper horizontal frame 12 as a standard. described as having been

The composite insulation 30 and the plurality of composite insulation materials installed at each coupling part of the upper horizontal frame 12, the lower horizontal frame 13, and the left and right vertical frames 14 and 15 constituting the window frame frame 11 described in the present invention. The connecting insulating member 60 installed in the fixing part of the second frame 16-2 divided into has the same configuration as the connecting insulating member 60 shown in FIG. 2 and has the same functions and effects.

The rails installed on the upper and lower horizontal frames 12 and 13 and the left and right frames 14 and 15 constituting the window frame frame 11 of the present invention are ring-shaped rails 17 with an opening toward the outside with respect to the window. Rail 17 is formed so that (17a) is located.

The rail 17 forms the rail 17 so that the opening 17a is located in the outward direction relative to the window, so that heat flows from the outside between the window frames 11 and enters the inside, the opening 17a of the rail 17 ), so that it is contained like a pocket inside the rail 17, it has the effect of blocking the flow of air.

In addition, Figure 4 of the present invention shows a partial partial cross-sectional view showing the connection structure of the inner and outer doors of the upper and lower windows and the middle frame of the window frame according to the present invention.

In constructing the square window frame 11 of the present invention, when a plurality of windows are formed in the square window frame 11, a middle frame 50 is installed in the form of a horizontal bar in the middle of the window frame 11 to be located at the top. The first window 22-1 located below the middle frame 50, so that the inner door 23 and the outer door 24 of the first window 22-1 and the second window 22-2 are installed And the inner door 23 and the outer door 24 of the second window 22-2 are installed so as to slide.

The middle frame 50 is composed of a combination of a first middle frame 51-1, a second middle frame 51-2, and a third middle frame 51-3 to form one middle frame 50. .

The middle frame 50 includes a coupling portion where the first middle frame 51-1 and the second middle frame 51-2 are connected, and the second middle frame 51-2 and the third middle frame 51-3. ) The composite heat insulating member 30 is installed at the coupling part connected to connect each frame to have an insulating effect.

The connection insulation member 60 is installed in the center of the second middle frame 51-2 so that the outer side and the inner side of the double-glazed window are completely separated to improve insulation efficiency.

The middle frame 50 has rails 17 formed at the top and bottom to form the upper window 20 and the lower window 21, and the configuration and operation effect of the rail 17 formed on the middle frame 50 are described above. Same as described.

"형으로 설치되며, 이의 T형단열부재(32)의 돌출지지날개(33)에는 풍지판부재(40)가 설치되어 상부창문(20)의 내측도어(23) 및 외측도어(24)의 도어하단프레임(25-2)과 미들프레임(50)의 상부레일과 레일 사이와, 하부창문(21)의 내측도어(23) 및 외측도어(24)의 도어상단프레임(25-1)과 미들프레임(50)의 하부레일과 레일 사이의 기밀을 유지토록하여 단열을 할 수 있게 된다.In addition, in order to form the middle frame shown in FIG. 4, the coupling portion where the first middle frame 51-1 and the second middle frame 51-2 are connected and the second middle frame 51-2 and the third middle frame 51-2 are connected. In the composite heat insulating member 30 installed at the coupling part to which the frame 51-3 is connected, the T-shaped heat insulating member 32 is "

It is installed in a "type, and a weatherproof plate member 40 is installed on the protruding support wing 33 of the T-shaped insulation member 32, so that the inner door 23 of the upper window 20 and the door of the outer door 24 Between the upper rails of the lower frame 25-2 and the middle frame 50 and the upper door frame 25-1 of the inner door 23 and the outer door 24 of the lower window 21 and the middle frame It is possible to insulate by maintaining the airtightness between the lower rail and the rail of (50).

In addition, both sides of the rail 17 with mohair 70 inserted on both sides of the lower rail groove 35 of the door roller 80 installed in the door lower frame 25-2 of each inner door 23 and outer door 24 It is installed to correspond with and maintain confidentiality.

As described above, the present invention has a one-step enhanced insulation effect compared to the existing insulated double-glazed windows by applying the structure of the window frame frame 11, the composite insulation member 30, the weatherproof plate member 40, and the annular rail 17. is to have

6 is a plan view showing the connection configuration between the window frame and the double-glazed window according to the present invention, and FIG. 7 is a partial plan cross-sectional view showing the connection configuration between the left and right vertical frames of the window frame and the inner and outer door ends of the double-glazed window according to the present invention. 8 shows a partial plan cross-sectional view showing the insulation configuration of the vertical frame of the inner and outer doors different from the connection of the locking device of the double-glazed window installed on the window frame frame according to the present invention.

6 to 8 show a plane arrangement configuration of windows installed in the lower horizontal frame 13 or middle frame 50 of the square window frame 11 of the present invention, and the left and right vertical frames 14 and 15 and the inner door ( 23) and the connection configuration of the outer door 24.

The window shown in FIG. 6 shows that a middle frame 50 is vertically installed in the middle of the lower horizontal frame 13 of the square window frame frame 11 to form a plurality of windows.

As shown in FIG. 6, the left end frame 25- of the inner door 23 and the outer door 24 forming the first window 22-1 and the second window 22-2 of one side of the window. 3) (described as the left and right sides of the door based on FIG. 6) is installed to correspond to the left vertical frame 14 of the window frame 11, and the left side of the door of the inner door 23 and the outer door 24 The rail groove 35 formed in the single frame 25-3 allows the rail 17 formed in the left vertical frame 14 of the window frame frame 11 to be inserted into and in close contact with each other.

'자 형상으로 형성되어 외부측으로부터 내부측으로 뜨거운 열 또는 차가운 냉기가 전달되는 것을 차단하여 단열효과를 증대할 수 있도록 한다 In the grooves formed on one side of the inner door 23 and the outer door 24, an inner door insulation 23-1 and an outer door insulation 24-1 are installed to increase the insulation effect while serving as a finishing material, The inner door insulation (23-1) and the outer door insulation (24-1) are '

It is formed in a 'shape' to block the transfer of hot heat or cold air from the outside to the inside, so that the insulation effect can be increased.

The left vertical frame 14 and the right vertical frame 15 of the window frame frame 11 are the first frame 16-1 and the second frame 16-2 as described above. It is composed of the combination of the third frame 16-3, and the coupling portion between the first frame 16-1 and the second frame 16-2 of the left and right vertical frames 14 and 15. A composite heat insulating member 30 is installed at the junction between the second frame 16-2 and the third frame 16-3 to maintain airtightness and block heat transferred to the frame. (See FIG. 7) )

In addition, the second frame 16-2 is divided into a plurality of parts, and fixing parts are formed at both ends, and a connection insulating member 60 is installed to transfer hot heat or cold air from the outside to the inside while maintaining airtightness. The warm heat or cold air from the inside is transferred to the outside to prevent energy loss from occurring.

In addition, the operation effect according to the configuration of the rail 17 has the same operation effect as the configuration of the upper and lower horizontal frames described above.

In addition, the vertically installed middle frame 50 also has the same configuration and effect as the middle frame installed in the horizontal bar shape described above.

"형으로 설치되어 좌우의 외측도어(24) 및 내측도어(23) 사이의 기밀을 유지할 수 있도록 설치된다.(도7참조)However, the first middle frame 51-1, the second middle frame 51-2, the second middle frame 51-2, and the third middle frame 51-3 of the middle frame 50 installed vertically. ) The composite insulation member 30 installed between "

It is installed in a "type" and is installed to maintain airtightness between the left and right outer doors 24 and inner doors 23. (See Fig. 7)

The composite insulation member 30 is installed to correspond to the installation direction of the middle frame 50 in the installation environment.

In addition, FIG. 8 of the present invention shows the ring meat, the right end frame 25-4 and the outer door 24 on the inner door 23 side of the first window 22-1 and the second window 22-2. ) Install the mohair 70 on one side corresponding to the handle groove 26 formed in the left end frame 25-3 of the left end frame 25-3 to block the air flowing in between the inner door 23 and the outer door 24 .

Therefore, when the locking device 100 installed on the right end frame 25-4 of the inner door 23 and the left end frame 25-3 of the outer door 24 is locked, the right end frame 25 of the inner door 23 -4) and the left and right end frames 25-3 and 25-4 that correspond to the mohair 70 installed on both sides of the handle groove 26 while the left end frame 25-3 of the outer door 24 closely corresponds It is in close contact with the material to block the inflow of air, thereby increasing the insulation effect.

The locking device 100 is made of a crescent 110, the crescent 110 is installed on the door left frame 25-3 of the inner door 23, and the door right end of the outer door 24 It is installed on the frame 25-4. The crescents 110 allow the locking devices to be coupled to each other so that the inner door 23 or the outer door 24 cannot be opened while being in close contact with each other at the same time.

The rings 120 constituting the upper window 20 and the lower window 21 of the window frame frame 11 are the inner doors 23 of the first window 22-1 and the second window 22-2 And the vertical frame on both sides of the outer door 24 has handle grooves 26 formed on the front and rear surfaces, and mohair 70 is installed on one side of the handle groove 26 of the left and right end frames of one door where the locking device 100 is installed. .

Figure 9 is an exemplary view showing a first frame forming the window frame frame of the present invention, Figure 10 is an exemplary view showing a second frame forming the window frame frame of the present invention, Figure 11 is a window frame of the present invention It is an exemplary view showing a third frame forming the frame.

9 to 11 are members constituting the window frame 11 of the present invention, and FIG. 9 is a first frame 16-1 located inside the frame, and a rail 17 having an opening 17a on one side It is formed and a plurality of fitting grooves 18 are formed on one side so that the fixing protrusion 34 of the composite insulating member 30 is fitted.

10 is a second frame 16-2 located in the center of the frame, on one side of which a plurality of rails 17 are formed, on both sides of which a plurality of fitting grooves 18 are formed to form a fixed projection of the composite insulation member 30 (34) are each fitted and coupled.

In addition, as shown in the drawing, the second frame 16-2 is divided into a plurality of parts, and fixing parts are formed at the side ends of the divided second frames 16-2, and the fixing parts are connected. A heat insulating member 60 is installed.

The connection insulation member is made of a polyamide material and prevents energy loss due to transfer of hot heat or cold air from the outside to the inside or warm heat or cold air from the inside to the outside.

11 is a third frame 16-3 located on the outside, with a rail 17 installed on one side, a screen rail 90 formed at the outer end of the rail, and a plurality of fitting grooves 18 on the other side of the screen rail. ) Is formed and the fixing protrusion 34 of the composite insulation member 30 is inserted and coupled.

The first frame 16-1, the second frame 16-2, and the third frame 16-3 shown in FIGS. 9 to 11 are combined with the composite insulation member 30 to form the upper and lower horizontal frames 12 ) 13 and left and right vertical frames 14 and 15 are formed.

Figure 12 is an exemplary view showing a first middle frame constituting a middle frame installed in the middle of a window frame of the present invention, Figure 13 is an exemplary view showing a second middle frame constituting the middle frame of the present invention, Figure 14 is an exemplary view showing a third middle frame constituting the middle frame of the present invention.

12 to 14 show the first middle frame 51-1, the second middle frame 51-2, and the third middle frame 51-3 constituting the middle frame 50.

Thus, the insulated double-glazed window 10 of the present invention has a window frame frame 11 composed of a first frame 16-1, a second frame 16-2, and a third frame 16-3, and each of the above By applying the connection insulation member 60 between the composite insulation member 30 connecting the frames and the second middle frame 51-2 divided into pluralities, the heat transferred from the outside to the inside of the frame is blocked, thereby providing an insulation effect. has the effect of enhancing

In addition, the present invention installs the composite heat insulating member 30 at the coupling part of the first frame 16-1, the second frame 16-2 and the third frame 16-3, but the C-type heat insulating member 31 ) and the T-shaped insulating member 32 are installed so as to be spaced apart to form a space at each frame coupling part, and a windshield plate member 40 is installed on the protruding support wing 33 of the T-shaped insulating member 32 to form a window frame. By blocking the air flowing between the inner door 23 and the outer door 24 of the frame 11 and the first window 22-1 and the second window 22-2, the insulation effect is improved.

In addition, by integrally forming a rail 17 having an opening 17a on one side of the rails formed on the window frame frame 11 and the middle frame 50 and installing a window, the air introduced between the window frame and the window frame passes through the opening of the rail. It blocks the flow of air and collects air and stores it on the rail to form an insulation layer, improving the insulation, windproof, and soundproofing effects of the insulated double slip windows, improving the insulation grade compared to the existing double slip windows. Time has an effect.

In addition, the present invention finishes inorganic non-combustible coating made of ceramic on the outer surface of the window frame and window frame constituting the window frame so that it is not easily combusted in case of fire and does not generate gas, thereby preventing the spread of fire to the surroundings in a short time, thereby reducing human damage It has the effect of providing a non-standing double-glazed window with fire prevention and insulation functions to prevent and minimize property damage.

Looking at the construction method for installing the fireproof insulation non-standing double-glazed windows of the present invention thus formed is as follows.

Divided into a plurality of composite insulation members 30 installed between the first frame 16-1 and the second frame 16-2 and between the second frame 16-2 and the third frame 16-3 Forming a window frame frame bar by combining the connection insulation member 60 installed between the second frames 16-2;

forming a square window frame (11) by cutting the window frame frame bar to correspond to the square window frame standard;

Between the first middle frame 51-1 and the second middle frame 51-2 and between the second middle frame 51-2 and the third middle frame 51 so as to have a plurality of rails 17 on the upper and lower surfaces. -3) to form a bar-shaped middle frame 50 by combining the composite insulation member 30 between them and combining the connection insulation member 60 between the plurality of second middle frames 51-2 divided into step;

Installing a middle frame 50 horizontally in the middle so that it can be divided into an upper window and a lower window in the square window frame 11;

installing the square window frame 11 on which the middle frame 50 is installed to a window installation space on a wall;

Installing the inner door 23 and the outer door 24 so that the first window 22-1 and the second window 22-2 are formed in the square window frame 11 installed in the window installation space;

It consists of installing an insect screen on the screen rail 90 of the outer frame of the outer door 24 of the second window 22-2 installed on the outside.

Looking at another embodiment of the fireproof insulation misogi double-glazed window construction method,

Step 1: Forming a window frame frame bar;

The window frame 11 to be provided in the present invention is not made of a single component, but has a more improved insulation effect than the grade of the existing fireproof insulation non-standing double-glazed windows.

First, to form the window frame frame bar, the first frame 16-1, the second frame 16-2, and the third frame 16-3 shown in Figs. 9 to 1 are respectively molded, and the first frame Between (16-1) and the second frame (16-2) and between the second frame (16-2) and the third frame (16-3), the composite insulation member 30 and the second frame divided into a plurality ( 16-2) to form a window frame frame bar by coupling the connection insulation member 60 between them.

In addition, a post-process may be further included to have flame retardancy by applying a flame retardant member of a flame retardant material to each frame formed through the mold.

The window frame frame bar formed in this process is formed by forming the first frame 16-1, the second frame 16-2, and the third frame 16-3 according to the manufacturing method, and then forming a flame retardant member of a flame retardant material. After applying, the window frame frame bar may be formed by combining the composite heat insulating member 30 and the connection heat insulating member 60 between each frame.

The connection insulation 60 of the present invention is installed in the center of the second frame 16-2 to improve insulation efficiency so that the outer side and the inner side of the double-glazed window of the window frame are completely separated.

As another example, a mold for forming the first frame 16-1, the second frame 16-2, and the third frame 16-3, a mold for forming the composite insulating member 30, and a connecting insulating member The mold to be molded may be extruded as a system, and at the same time, each frame and the composite insulation member may be molded at once and combined at the same time.

Step 2: forming a square window frame by cutting the window frame frame bar;

A square window frame 11 is formed by cutting the molded window frame bar to correspond to the square window frame standard to be manufactured.

The rectangular window frame 11 described in the construction method of the present invention has the same configuration and effect as the window frame 11 described in the fireproof insulation non-standing double-glazed window.

The window frame 11 manufactured in this process is manufactured in advance to correspond to the window frame of the window to be installed and installed on site.

As described above, the window frame frame 11 of the present invention is formed by assembling the first frame 16-1, the second frame 16-2, and the third frame 16-3.

Between the first frame 16-1 and the second frame 16-2 and between the second frame 16-2 and the third frame 16-3 constituting the window frame frame 11, a composite insulation member (30) is combined, and the second frame 16-2 is divided into a plurality, and the second frame 16-2 is divided into a plurality and the connection insulation member 60 is combined.

"형의 C형단열부재(31)와 "

"형의 T형단열부재(32)로 이루어진다.The composite insulation member 30 is "

"Type C-type insulation member 31 and"

It consists of a T-shaped insulating member 32 of the "type.

The connection insulation member 60 is formed in a rectangular shape, ribs are formed so that a plurality of spaces are formed on the inside, and protrusions are formed at both ends to be coupled to the fixing parts of the second frame 16-2 formed to be divided into a plurality. .

Step 3: installing middle frame bars horizontally or vertically in the window frame;

The middle frame 50 is installed horizontally, vertically or crosswise in the window frame 11 according to the structure of the window to be constructed.

That is, the window installed in the building may have one window, two upper and lower windows, or two left and right windows, and two upper and lower two windows.

In the case of installing a large number of windows in a building, there are school windows and windows of public buildings.

In the case of installing a plurality of windows as described above, a plurality of windows may be installed by installing a horizontal middle frame 50 or a vertical middle frame 50 at the center of the rectangular window frame 11 .

In addition, when the middle frame 50 is installed in the “╋” shape in the square window frame 11, a plurality of windows can be installed on the upper and lower portions, respectively.

The middle frame 50 is made of a combination of a first middle frame 51-1, a second middle frame 51-2, and a third middle frame 51-2 so as to have rails 17 on the upper and lower surfaces. .

The middle frame 50 includes a coupling part between the first middle frame 51-1 and the second middle frame 51-2, and the second middle frame 51-2 and the third middle frame 51-3. ) The middle frame 50 is formed by coupling the connection insulating member 60 to the fixing part between the composite insulating member 30 described above and the plurality of second middle frames 51-2 to the coupling part between the form

"형 또는 "

"형으로 결합할 수 있으며 이는 창틀플레임(11) 내에 설치되는 미들프레임(50)의 설치 방향에 따라서 결정된다.The composite insulating member 30 coupled between the frames of the middle frame 50 is coupled only with the T-shaped insulating member 32, and its installation form is "

"Brother or"

"It can be combined in a form, which is determined according to the installation direction of the middle frame 50 installed in the window frame 11.

In addition, the connection insulation member 60 installed between the plurality of second middle frames 51-2 is formed in a rectangular shape, and ribs are formed so that a plurality of spaces are formed on the inside, and the second A protrusion is formed to be coupled to the fixing part of the frame 16-2.

Step 4: Installing a window frame at the window installation position on the wall of the building;

The square window frame frame 11 in which the square window frame frame 11 or the middle frame 50 is installed is installed in the window installation space on the wall.

In this process, the window frame 11 is installed in a state where no windows are installed in the window frame 11.

The square window frame 11 installed in this process is installed in the space in the form of a window formed on the wall in advance, and after installing a plurality of support members in the space where the window is installed, the window frame 11 is installed. After adjusting the vertical and horizontal angles, the window frame 11 is fixed and installed.

As described above, after the window frame frame 11 is installed in the space where the window is formed on the wall of the building, the space between the window frame frame 11 and the wall is filled with a separate mortar or mage powder.

At this time, when filling the space (gap) between the window frame frame 11 and the wall surface, the outside air is prevented from leaking into the inside so that the heat insulation of the double-glazed windows does not fall.

Step 5: installing the first window and the second window in the window frame;

A first window 22-1 and a second window 22-2 are installed in the rectangular window frame 11 installed in the window installation space.

The first window 22-1 and the second window 22-2 are composed of an inner door 23 and an outer door 24, respectively.

After installing the first window 22-1 and the second window 22-2 as described above, install the insect screen on the screen rail 90 of the third frame 16-3 outside the window frame 11. to complete the construction of the fireproof and heat-insulated double-glazed windows (10).

The fireproof insulation non-standing double-glazed door 10 of the present invention configured as described above, the upper and lower horizontal frames and the left and right vertical frames constituting the window frame are combined with a plurality of frames, and the composite insulation member and the respective frame coupling parts and fixing parts By installing each connecting insulation member, the heat transmitted to the inside through the frame is blocked to enhance the insulation effect, and at the same time, flame retardancy and non-combustibility are increased by the flame retardant member applied to a plurality of frames to provide double-glazed windows with improved fire protection. have an effect

In addition, the present invention installs a weatherproof plate member connected to the T-shaped insulation member of the composite insulation member between the upper and lower door frames of the inner and outer doors constituting the first window and the second window and the rails formed on the upper and lower horizontal frames of the window frame frame, thereby It has the effect of improving the insulation effect by blocking the heat introduced through the installed window frame.

The present invention provides a ring-shaped rail by forming an opening on the outer side of the rail formed on the upper and lower horizontal frames and the left and right vertical frames constituting the window frame frame, so that the heat flowing into the frame gap is blocked from the rail to maintain airtightness and insulation effect And it is to be able to provide a fireproof insulation non-standing double-glazed window with an increased windproof effect and soundproofing effect.

The present invention is composed of a structure that can be easily assembled on an extruded window frame, and it is possible to secure thermal insulation performance by installing a composite insulation member and a connection insulation member composed of different shapes, respectively, thereby improving thermal conductivity, thermal transmittance and thermal resistivity.

In addition, the present invention can satisfy the excellent fire protection function by increasing the low melting temperature of aluminum while applying aluminum having light weight and thermal insulation, so the flame retardancy is improved.

In the present invention, the window frame constituting the window and the outer surface of the window frame are finished with inorganic non-combustible coating made of ceramic to prevent fire from being easily burned and not generating gas, thereby preventing human damage by preventing fire from spreading to the surroundings in a short time. It is to provide a non-standing double-glazed window with fire protection and insulation functions that have upgraded the fire protection function to a higher level by minimizing property damage.

In addition, the present invention installs a connecting insulation member in the center of the second frame and the second middle frame so that the outer side and the inner side of the double-glazed window of the window frame are completely separated, so that the outside temperature is controlled through the window located on the indoor side through the window located outdoors. It is possible to achieve the thermal transmittance of windows or doors based on the insulation grade by improving energy consumption efficiency by providing an insulation space while blocking energy loss due to transfer of indoor temperature or transfer of indoor temperature to the outside.

In addition, in the present invention, when the corresponding vertical frame of the inner and outer doors is locked with the crescent, which is a locking device, the present invention is a non-clerk double-glazed window having fireproof and heat insulation functions so that the mohair facing each other adheres to each other and maintains confidentiality. is provided so that the flow of air flowing in from the drainage hole of the outer rail of the window frame or the air flowing in from the outside of the frame is blocked to maintain airtightness and insulation.

As described above, heat or cold air is transmitted from the outside to the inside or from the inside to the outside through the window located on the outside to block energy loss and at the same time provide an insulation space to form high energy consumption efficiency. As energy is saved, it is possible to realize the first grade in energy consumption efficiency of windows.

The above description is merely an example of the technical idea of the present invention, and those skilled in the art can make various modifications, changes, and substitutions without departing from the essential characteristics of the present invention. will be.

Therefore, the embodiments disclosed in the present invention and the accompanying drawings are not intended to limit the technical idea of the present invention, but to explain, and the scope of the technical idea of the present invention is not limited by these embodiments and the accompanying drawings. The protection scope of the present invention should be construed according to the claims below, and all technical ideas within the equivalent range should be construed as being included in the scope of the present invention.

10: fire insulation double-glazed windows 11: window frame
12: upper horizontal frame 13: lower horizontal frame
14: left vertical frame 15: right vertical frame
16-1: 1st frame 16-2: 2nd frame
16-3: 3rd frame 17: rail
17a: opening 18: fitting groove
20: upper window 21: lower window
22-1: 1st window 22-2: 2nd window
23: inner door 24: outer door
25-1: Door upper frame 25-2: Door lower frame
25-3: Door left end frame 25-4: Door right end frame
26: handle groove 30: composite insulation member
31: C-type insulation member 32: T-type insulation member
33: protruding support wing 34: fixed protrusion
35: rail groove 40: weatherproof plate insulation
50: middle frame 51-1: first middle frame
51-2: 2nd middle frame 51-3: 3rd middle frame
60: connection insulation member 70: mohair
80: door car 90: screen rail
100: lock device 110: crescent
120: gorisal

Claims (11)

A window frame made of a square window frame and composed of a first frame, a second frame, and a third frame so that a plurality of windows can be installed;
a composite insulation member installed between the first frame and the second frame and between the second frame and the third frame constituting the window frame;
The second frame of the window frame frame includes a connection insulation member installed to improve insulation efficiency in the center of the second frame so that the outer side and the inner side of the double-glazed window are completely separated;
a weatherproof plate member installed on the protruding support wing integrally formed on the bottom surface of the T-shaped insulation member of the composite insulation member and located between the inner door rail and the outer door rail of the first window and the second window to maintain airtightness;
Rails formed on the upper and lower horizontal frames and the left and right vertical frames constituting the window frame and having an opening formed on one side to block air flowing between the window frame and the window frame from the outside;
The window frame frame includes a middle frame formed in the middle so as to be divided into an upper window and a lower window;
In the middle frame, the first middle frame, the second middle frame, and the third middle frame are combined with a composite insulation member so as to correspond to the rails of the first frame, the second frame, and the third frame of the window frame frame, and the upper and lower surfaces of the middle frame Non-clerk double-glazed windows having fire protection and heat insulation function, characterized in that it comprises a plurality of rails in. According to claim 1,
The composite insulation member installed between the first frame and the second frame and between the second frame and the third frame of the window frame is "

"Hyung's C-type insulation member and "

A non-clerk double-glazed window having fire protection and insulation functions, characterized in that it is made of a T-type insulation member of the "type." According to claim 1,
The first frame forming the window frame frame is characterized in that a rail having an opening is formed on the surface corresponding to the inner door of the first window and a fitting groove into which the fixing protrusion of the composite insulation member is inserted is formed on one side of the first frame. It is a double-glazed window with fire protection and insulation function. According to claim 1,
In the second frame forming the window frame, a plurality of rails having openings are formed on surfaces corresponding to the outer door of the first window and the inner door of the second window, and fixing protrusions of composite insulation are inserted on both sides of the second frame. A non-clerk double-glazed window having a fire protection and heat insulation function, characterized in that a plurality of fitting holes are formed. According to claim 1,
In the third frame forming the frame of the window frame, a rail having an opening is formed on a surface corresponding to the outer door of the second window, an insect screen rail is integrally formed on one side of the rail, and the other side of the screen rail is formed. Miseogi double-glazed windows having a fire protection and heat insulation function, characterized in that a plurality of fitting grooves are formed in the. According to claim 1,
The middle frame horizontally installed in the middle of the window frame frame is composed of a first middle frame, a second middle frame, and a third middle frame, and includes a coupling portion between the first middle frame and the second middle frame, and a second middle frame. And the third double-glazed windows having fire protection and heat insulation function, characterized in that the composite insulation member is installed in the joint between the middle frame. According to claim 6,
The middle frame consisting of the combination of the first middle frame, the second middle frame, and the third middle frame has a plurality of rails having openings on the upper and lower surfaces, characterized in that the non-standing double-glazed windows with fire protection and heat insulation functions. According to claim 1,
The vertical frames on both sides of the inner door and outer door of the first window and the second window constituting the upper and lower windows of the window frame frame have handle grooves formed on the front and rear surfaces, and the handles of the left and right vertical frames of one door to which locking devices are installed. Miscellaneous double-glazed windows with fireproofing and insulation functions, characterized in that mohair is installed on one side of the groove to form a ring. According to claim 1,
The plurality of windows are made of an inner door and an outer door,
In order to block hot heat or cold air flowing from the outside to one side of the inner door and the outer door, '

Non-standing double-glazed windows with fire protection and insulation functions, characterized in that the inner door insulation and the outer door insulation are respectively installed to form a 'character shape. According to claims 1 to 9
The frame constituting the window frame is finished with an inorganic non-combustible coating made of ceramic on the outer surface of the window frame and window frame to have a flame retardant and non-combustible function so that gas is not generated because it is not easily burned in case of fire. Misclerical double glazing. The method of constructing double-glazed windows with fireproof insulation,
Forming a window frame bar by combining a connecting insulation member between a composite insulation member installed between the first frame and the second frame and between the second frame and the third frame and the second frame divided into a plurality;
forming a square window frame by cutting the window frame frame bar to correspond to the square window frame standard;
Between the first middle frame and the second middle frame and between the second middle frame and the third middle frame to have a plurality of rails on the upper and lower surfaces, a connecting insulation member between the composite insulation member and the second middle frame divided into a plurality of combining to form a middle frame bar;
Installing a middle frame bar horizontally in the middle so that it can be divided into an upper window and a lower window in a square window frame;
installing the square window frame in which the middle frame bar is installed to a window installation space on a wall;
installing an inner door and an outer door so that a first window and a second window are formed in the square window frame installed in the window installation space;
A non-clerk double-glazed window construction method having fire protection and heat insulation function, characterized in that comprising the step of installing an insect screen on the outer frame of the outer door of the second window installed on the outer side.

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