KR102341813B1 - Insulated Miscellaneous Window - Google Patents

Abstract

The present invention relates to an insulating sliding window maintaining airtightness to raise an insulation level, and more specifically, comprises: upper and lower horizontal frames and right and left vertical frames having a ring-shaped rail in the shape of "?" so that a window frame can be inserted into a rail groove of an inner door and an outer door; a complex insulation member installed to have an insulating and heat-blocking function between an inner frame and an outer frame, wherein the upper and lower horizontal frames consist of the combination of the inner frame and the outer frame; an all-in-one insulation finishing cover member combined with a door body frame at the upper and lower ends of the inner door and the outer door installed on the window frame and having a rail groove formed as one body to insert the ring-shaped rail thereinto; and a hair groove formed on the inner surface at both sides of the inner frame and the outer frame of the upper and lower horizontal frames, and a hair groove formed on the inner surface at both sides of the rail groove of the insulation finishing cover member. The present invention relates to an insulating sliding window, wherein a frame rail is formed in the shape of a ring to improve durability and airtightness and a complex insulation member is installed on a window frame and is inserted into a gap between an inner door and an outer door to block incoming air, thereby increasing the effect of insulation.

Description

Insulated Miscellaneous Window

The present invention relates to a Miseogi window in which the insulation grade is raised by maintaining airtightness, and more particularly, the frame rail constituting the window frame of the Miseogi window is formed in a ring shape to improve durability and airtightness, and also the inner frame of the window frame frame A composite insulation member is installed in the joint connecting the outer frame and the inner door to block the heat transferred to the frame, and at the same time block the air flow between the inner door and the outer door to increase the insulation effect. It relates to a heat-insulating Miseogi window that can have airtight and heat-insulating functions by installing an integrally formed heat insulating finish cover member on the door body frame of the inner door and the outer view.

In general, the sliding window made of aluminum or PVC constituting the windows of a building is pushed or pulled laterally by the user holding the vertical frame or handle of the window. Miseogi Chang is a window configured to open and close the window by sliding while moving.

Since the window frame must slide within the window frame, there is no choice but to have a gap between the window frame and the window frame and between the inner window and the outer window. In addition, there are problems such as soundproofing and watertightness.

Therefore, as a means to solve the conventional problems as described above, various types of insulating packings, thermal barrier packings, windbreaks, etc. have been provided, but still insufficient problems are exposed, and in the case of single windows, there is a problem in that insulation and airtightness are inferior.

Looking at the prior art in this field, the "insulated window frame" of Patent Publication No. 10-1842241 (registration date March 20, 2018) is an outer frame on all sides to support the glass window (G) as shown in FIG. and an inner frame, and a heat-blocking member installation groove is formed in each longitudinal direction so that the heat-blocking member 200 can be fitted to one side of the inner surface of the outer frame and the inner frame, and the other side of the inner surface of the outer frame and the inner frame The window frame frame 100 is spaced apart from each other so that the heat insulating member 300 can be fitted to each other and is formed with heat insulating member installation grooves formed in the longitudinal direction; a heat blocking member 200 having both ends fitted with both ends into the heat blocking member installation groove so as to interconnect one side adjacent to the glass window (G) of the outer frame and the inner frame and installed to face each other; The heat insulating member 300 installed in the heat insulating member installation groove; the configuration of the Miseogi insulating window frame structure has been disclosed.

The heat insulation window frame of FIG. 1 is made of a combination of an inner frame and an outer frame, and a heat blocking member 200, a heat insulating member 300, and a mohair (M) are installed in the rail grooves formed in the upper and lower frames to maintain heat insulation, have.

However, there is no means to block the flow of air by blocking the gap generated in the gap between the inner door and the outer door installed as a single window in the window frame of FIG. The gap between the upper and lower ends of the frame frame and the window frame that forms the rail is widened, so even if mohair (M) is installed on both sides of the rail groove and mohair is installed inside the window frame, air flows in from the outside through the drain hole of the window frame, resulting in insulation effect. There is a problem of falling.

In particular, in the case of Fig. 1, since the outer surface of the rail formed on the upper and lower portions of the window frame is formed in a closed square shape, air flowing in from the outside through the drain hole collides with the rail and is diffusely reflected and sprayed between the mohairs. There is a problem in that the airtight effect is lowered because it is introduced into the interior through the upper space part.

Republic of Korea Patent Publication No. 10-1842241

The present invention is to solve the above problems, by forming a ring-shaped rail on the window frame frame constituting the window frame of the Miseogi window, but forming a pocket on the ring-shaped rail to block the drain hole of the frame or air flowing in from the outside. It relates to an insulated misseogi window for the purpose of providing a thermally insulated misseogi window frame to maintain airtightness.

Another purpose is to form a structure in which the horizontal and vertical frames constituting the window frame are combined with the inner frame and the outer frame, but at the same time block heat by installing a composite insulation member at the joint where the inner frame and the outer frame are connected. It is intended to provide an insulated Miseogi window composed of an insulated Miseogi window frame that blocks air circulation through the gap between the inner and outer doors of

Another object is to form a single member of the insulating finish cover member, which is located at the upper and lower parts of the inner door and the outer door installed in the window frame, and in which the rail groove is formed, to be combined with the door body frame, so that the window frame of the inner door and the outer door. It is intended to provide an insulated Miseogi window having a window frame frame and a window separation prevention device that makes the assembly of the frame simple and easy while minimizing the movement of air so that airtightness and heat insulation can be achieved together.

The present invention is a means for solving the above object, in a window frame comprising a combination of upper and lower horizontal frames and left and right vertical frames,

The window frame includes upper and lower horizontal frames and left and right vertical frames having an annular rail of “?” shape to fit into the rail grooves of the inner door and the outer door;

The upper and lower horizontal frames and the left and right vertical frames are made of a combination of an inner frame and an outer frame, and a composite insulation member installed in a coupling portion between the inner frame and the outer frame to have heat insulation and heat blocking functions;

An integrated heat insulation finishing cover member coupled to the door body frame at the upper and lower ends of the inner door and the outer door installed in the window frame and having a rail groove for fitting the annular rail;

Mohair grooves formed on both inner surfaces of the inner frame and the outer frame of the upper and lower horizontal frames, and mohair grooves or cushioning member installation grooves are formed on both sides of the rail groove of the insulating finish cover member.

The composite insulation member installed in the coupling portion between the inner frame and the outer frame and having heat insulation and heat blocking functions is a combination of a C-type insulation member having fixed protrusions having steps on both sides and a T-type insulation member having fixing protrusions on both sides. characterized in that it consists of

The T-shaped heat insulating member located below the composite heat insulating member has a recessed portion formed on its upper surface, a fixing protrusion is formed on both sides of the recessed portion to fit into the fixing groove of the inner frame and the outer frame, and a protruding piece is formed to further extend to the lower center of the body. characterized in that

The protruding piece of the T-shaped heat insulating member is characterized in that an air blocking protrusion formed to be larger than the thickness of the protruding piece is formed at the end.

The protruding piece of the T-shaped insulating member is characterized in that it is made of a plurality of blades downward to block the movement of air.

The composite heat insulating member installed in the coupling portion between the inner frame and the outer frame having heat insulation and heat blocking functions is characterized in that the C-type heat insulation member and the T-type heat insulation member are vertically spaced apart from each other to form a heat blocking space.

The inner frame and the outer frame constituting the upper and lower horizontal frames of the window frame have an insulating member installed in the central portion, respectively, to block the cold air and heat transmitted to the frame from the outside.

The inner frame and the outer frame of the upper and lower horizontal frames of the window frame frame are characterized in that each side of the heat insulating member is formed with a sealed heat insulating space portion.

The door body frame installed on the inner door and the outer door is coupled with a heat insulating finish cover member, and a sealed heat insulating space portion is formed on the left and right sides with respect to the rail groove.

In this way, the present invention improves durability and airtightness by forming the rail of the frame constituting the window frame of the Miseogi window in a "?" shape, and provides a space for the composite insulation member installed between the inner frame and the outer frame of the window frame frame to form a space. It is installed in a double structure to block the air flowing into the gap between the inner door and the outer door to increase the insulation effect, so that it is possible to provide an insulated misseogi window.

The present invention installs a composite insulation member to maintain a separate airtightness between the window frame and the inner and outer doors, and forms a single structure and combines the heat insulation closing cover member that is coupled to the body frame of the inner and outer doors so that air is circulated It has the effect of maintaining high airtightness by providing an insulated microscopic window that seals the space as much as possible.

In addition, the present invention blocks heat and cold air transmitted through the frame by installing a composite end member having a space between the inner and outer frames of the window frame, and also maintains the airtightness between the inner door and the outer door to provide an insulating effect. It was designed to provide an upwardly insulated microscopic window.

1 is a cross-sectional view showing a conventional misseogi window coupled state.
Figure 2 is an exemplary view schematically showing the Miseogi window installed with an inner door and an outer door on the insulating window frame of the present invention.
Figure 3 is a cross-sectional view showing the coupling state of the upper and lower frames and the inner and outer doors of the window frame according to the present invention.
Figure 4 is a perspective view showing the upper and lower frames constituting the window frame of the present invention.
5 is a cross-sectional view showing the main part of the window frame of the present invention and the coupling state of the inner door and the outer door.
Figure 6 is a perspective view showing a composite insulation member installed in the coupling portion of the inner frame and the outer frame constituting the upper and lower horizontal frame and the left and right vertical frames according to the present invention.
7 (a) (b) (c) is an exemplary view showing another embodiment of the composite insulation member installed in the inner frame and the outer frame coupling portion according to the window frame of the present invention.
Fig. 8 is a perspective view showing the insulating finish cover member connected to the door body frame of the inner and outer doors according to the present invention;
9 is a plan view showing the inner door and the outer door of the window installed on the window frame according to the present invention.
Figure 10 is a partial excerpt showing the connection configuration of the inner door and the outer door according to the present invention.
11 is a partial excerpt showing the combined configuration of the vertical frame and the inner door of the window frame according to the present invention.

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

2 is an exemplary view schematically showing a Miseogi window in which an inner door and an outer door are installed on the insulating window frame of the present invention. The rectangular window frame 10 is an upper horizontal frame 11 and a lower horizontal frame 11'. And it consists of a left vertical frame 12 and a right vertical frame 12', and the inner door 30 and the outer door 31 are installed in the window frame 10 of the window frame 10, so that the Miseogi window is formed.

3 is a cross-sectional view showing the coupling state of the upper and lower frames and the inner and outer doors of the window frame according to the present invention. It consists of a frame 12 and a right vertical frame 12 ′, and an inner door 30 and an outer door 31 are installed in the window frame 10 of the frame 12 .

The upper horizontal frame 11 and the lower horizontal frame 11' of the present invention are each in which two inner frames 13 and an outer frame 14 are coupled, and the inner frame 13 and the outer frame 14 are mutually A coupling portion 23 is formed in a corresponding portion, and a composite heat insulating member 16 is installed in the coupling portion 23 thereof to form the window frame 10 .

In addition, the inner door 30 and the outer door 31 installed in the window frame 10 are a door upper horizontal frame 34 and a lower door horizontal frame 34', a door left vertical frame 35 and a door right vertical frame, respectively. The door body frame 32 made of the frame 35' and the heat insulating finish cover member 33 having the rail groove 36 are coupled.

The insulating finish cover member 33 includes the door upper horizontal frame 34 of the inner door 30 and the outer door 31 , the lower door horizontal frame 34 ′ and the door left vertical frame 35 of the inner door 30 . ) and a rail groove 36 is formed by being coupled to the door right vertical frame 35 ′ of the outer door 31 .

The insulating finish cover member 33 is formed as a single body and is composed of an upper horizontal frame 34 and a lower door horizontal frame 34', a door left vertical frame 35 and a door right vertical frame 35'. It is designed to have airtightness and heat insulation function by preventing a gap in the connection part generated by the coupling of each member for constituting the inner and outer door frame as much as possible due to the defect with the frame 32 .

"형으로 단일구성품으로 형성되어 도어바디프레임(32) 외면 마감재로 결합됨으로서 내측도어 또는 외측도어를 열고 닫을때 창틀프레임의 수직프레임과 접촉시 이탈되거나 분리되는 현상을 방지할 수 있다.Insulation insulation finish cover member 33 of the present invention is "

It is formed as a single component in the shape of a single component and is combined with the outer surface finishing material of the door body frame 32 to prevent separation or separation when in contact with the vertical frame of the window frame when opening and closing the inner door or the outer door.

That is, by using the finishing cover member combined with a plurality of parts to form the rail groove 36 in which the door car is located, air leaks into the joint of the finishing cover member and separates and detaches when in contact with the vertical frame of the window frame. Although there was a problem, the insulating finish cover member 33 of the present invention is formed as a single unitary component and combined with the door body frame 32 outer surface finishing material to maintain airtightness to increase the thermal insulation effect, and to form an integrated unit, thereby separating due to impact This is to prevent escape.

The upper horizontal frame 11 and the lower horizontal frame 11' of the window frame 10 of the present invention have the same structure, and of the inner door 30 and the outer door 31 installed in the window frame 10 The door body frame 32 and the insulating finish cover member 33 have the same structure.

Between the door body frame 32 of the inner door 30 and the outer door 31 of the present invention, a typical miso-gi window glass is installed.

4 is a perspective view showing the upper and lower frames constituting the window frame of the present invention, and FIG. 5 is a cross-sectional view showing the coupling state of the upper window frame and the inner door and the outer door of the present invention, constituting the window frame (10) The upper horizontal frame 11 and the lower horizontal frame 11 ′ are formed by combining the inner frame 13 and the outer frame 14 .

The inner frame 13 and the outer frame 14 constituting the upper horizontal frame 11 and the lower horizontal frame 11' have an annular rail 20 of "?" to fit into the rail grooves 36 of the inner door 30 and the outer door 31 .

The annular rail 20 is formed in a "?" shape with an opening 22 having one side open and closed on the other side so as to block the air flowing in from the outside with a forget portion 21 formed. When air is introduced, it does not collide with the rail and does not reflect diffusely, but flows into the opening 22 of the annular rail 20 and is collected in the pocket portion 21 to eliminate the air flow, thereby blocking the air flow.

The opening 22 of the annular rail 20 is installed in each frame so as to always face outward, so that, when external air is introduced, it is collected in the pocket portion 21 to block the flow of air.

That is, when external air flows into the opening 22 of the annular rail 20, the air is no longer moved because the airflow of the flow in the pocket part 21 is extinguished, so that cold or hot air is introduced into the inside. unable to move it.

In addition, the upper horizontal frame 11 and the lower horizontal frame 11' constituting the window frame 10 of the present invention have an annular rail 20 formed on the inner frame 13 and the outer frame 14 as a whole. At the same time, the lower end of the annular rail 20 is integrally connected with the inner frame 13 or the outer frame 14, but the position of the connecting portion where the annular rail is integrally connected with the frame is the entire annular rail 20 The lower end of the rail is positioned vertically at the center of the width and connected in a “?” shape.

In the annular rail 20 of the present invention, the doorcar installed in the lower rail groove 36 of the inner door or the outer door is mounted, and the center of the rail groove 36 in which the doorcar is installed and the lower connection shaft of the annular rail 20 are vertical. It is designed so that the center load of the door is located on the center vertical line of the rail by matching the line.

As described above, the inner door 30 or the outer door 31, which is placed on the upper part of the annular rail 20 having the pocket portion 21 and slid, minimizes noise during operation and slides smoothly because it has elasticity.

A heat insulating member 19 is installed in the center of the inner frame 13 and the outer frame 14 constituting the upper horizontal frame 11 and the lower horizontal frame 11 ′ of the window frame 10 to form a frame from the outside. It should be able to block the transfer of heat or cold air.

The inner frame 13 and the outer frame 14 of the upper horizontal frame 11 and the lower horizontal frame 11 ′ of the window frame 10 have a sealed heat insulating space portion 15 on both sides where the heat insulating member 19 is installed. is formed to minimize the transfer of external cold or hot heat.

"형의 C형단열부재(17)와 "

"형의 T형단열부재(18)로 이루어진 복합단열재(16)가 설치되어 상부수평프레임(11) 또는 하부수평프레임(11')을 형성한다.In addition, the upper horizontal frame 11 and the lower horizontal frame 11 ′ forming the window frame 10 of the present invention are made of a combination of the inner frame 13 and the outer frame 14 , the inner frame 13 . and the coupling part 23 to which the outer frame 14 is connected, "

"C-shaped insulation member 17 and "

A composite insulating material 16 made of a "T-shaped insulating member 18 is installed to form an upper horizontal frame 11 or a lower horizontal frame 11'.

"형의 C형단열부재(17)와 "

"형의 T형단열부재(18)의 양측단부에는 고정돌기(24)가 복수로 형성되어 내측프레임(13)과 외측프레임(14)이 연결되는 일면에 형성된 복수의 고정홈(25)에 끼워져 결합됨으로 상부수평프레임(11)과 하부프레임(11')을 각각 형성한다."Constituting the composite heat insulating member 16"

"C-shaped insulation member 17 and "

A plurality of fixing protrusions 24 are formed on both ends of the “T-shaped insulating member 18 , and inserted into a plurality of fixing grooves 25 formed on one surface where the inner frame 13 and the outer frame 14 are connected. By being combined, the upper horizontal frame 11 and the lower frame 11' are respectively formed.

Combination of the inner frame 13 and the outer frame 14 to form the upper horizontal frame 11 and the lower horizontal frame 11' or the left resin frame 12 and the right vertical frame 12' of the present invention The composite insulation member 16 installed in the part 23 is installed such that the C-type insulation member 17 and the T-type insulation member 18 are vertically spaced apart to form a space, so that the insulation and train are provided together with the composite insulation member 16. to have only one function.

The window sill frame 10 of the present invention is formed of a quadrangle by combining an upper horizontal frame 11 and a lower horizontal frame 11 ′, and a left vertical frame 12 and a right vertical frame 12 ′. An annular rail 20 is formed on the four inner surfaces of the frame 10 , and an inner door 30 and an outer door 31 are installed on the annular rail 20 .

The annular rail 20 formed to protrude from the upper and lower horizontal frames and the left and right vertical frames of the window frame 10 is an insulating finish cover member coupled to the door body frame 32 of the inner door 30 and the outer door 31 . Located in the rail groove 36 of (33), the lower door lower horizontal frame of the inner door 30 and the outer door 31 on the annular rail 20 protruding upward from the lower horizontal frame 11' ( 34') and the door car installed in the rail groove 36 of the heat insulating finish cover member 33 is installed so that it is raised and slid.

In addition, the protruding piece ( 18a) is located between the inner door 30 and the outer door 31 to block the inflow of external air into the interior.

The window sill frame 10 of the present invention as described above blocks the air flowing in from the outside from the mohair 38 installed on the primary outer frame 14, and secondarily, the annular rail 20 installed on the outer frame 14 ) blocks air, thirdly blocks air from the composite insulation member 16), and fourthly blocks the annular rail 20 installed on the inner frame 13 and the insulating finish cover coupled to the door body frame 32 By blocking the air at (33) and maintaining airtightness, and by blocking the air from the mohair 38 installed in the inner frame 13 of the fifth lane, the heat insulation mistletoe window (1) of the present invention not only raises the insulation grade but also maintains airtightness and noise blocking effect.

Figure 6 is a perspective view showing a composite insulating member installed in the inner frame and the outer frame coupling portion of the upper and lower frame according to the present invention, Figure 7 (a) (b) (c) is the upper and lower horizontal frame 11 of the present invention It is an exemplary view showing another embodiment of the composite insulating member 16 installed in the coupling portion 23 to which the inner frame 13 and the outer frame 14 are connected according to (11 ′).

As described above, the composite heat insulating member 16 of the present invention is installed in the coupling portion 23 of the inner frame 13 and the outer frame 14 constituting the upper and lower horizontal frames 11 and 11 ′ to form the frame. It blocks the heat transmitted through and protrudes to the lower end of the T-shaped insulation member 18 of the composite insulation member 16 between the inner door 30 and the outer door 31 installed in the window frame 10 to a predetermined length. The extended protrusion piece 18a is positioned to block the air moving through the gap between the outer door 31 and the inner door 30 .

At this time, the protruding piece 18a protruding downward of the T-shaped insulating member 18 is located between the outer door 31 and the inner door 30, but the lower end of the protruding piece 18a is the width of the protruding piece 18a. The larger width of the air blocking protrusion 18b is integrally formed to close the gap between the outer door 31 and the inner door 30 as much as possible to block the air flowing in from the outside.

The air blocking protrusion 18b located between the gap between the outer door 31 and the inner door 30 does not prevent the outer door 31 and the inner door 30 from sliding on the annular rail 20. installed in the range.

In addition, the composite heat insulating member 16 is installed in the coupling portion 23 of the inner frame 13 and the outer frame 14, a C-shaped heat insulating member 17 is installed at the upper portion and the lower end is spaced apart by a predetermined interval. In the T-shaped insulating member 18 is installed.

As described above, the C-type insulation member 17 and the T-type insulation member 18 of the composite insulation material 16 installed in the coupling part 23 are installed in a spaced apart state by a predetermined interval as described above. ) and the T-type insulating member to form a space to block the cold air or heat transmitted from the outer frame 14, and at the same time to keep the air in the space, so that the cold air or hot heat transmitted from the outside is efficiently removed. that could be blocked.

In addition, the composite heat insulating member of the present invention can provide various types of heat insulating members as shown in Fig. 7 (a) (b) (c).

That is, Fig. 7 (a) shows another embodiment of the T-shaped insulating member 18 constituting the thermal insulation composite member 16, wherein the protruding piece 18a of the T-shaped insulating member 18 is formed by a plurality of blades. It is formed so that it is positioned between the outer door 31 and the inner door 30 to double block the movement of air.

In addition, Figure 7 (b) is another embodiment of the composite insulation of the present invention, a C-type insulation member and a T-type insulation member are integrally formed, but the body is formed in a rectangle having a hollow part, and a plurality of fixing protrusions 24 on both sides ) is formed and a space is formed inside to have the effect of maintaining airtightness and thwarting cold or heat.

In addition, (c) of FIG. 7 shows that the C-type insulation member 17 and the T-type insulation member 18 of the composite insulation member 16 are integrally formed, but both sides on which the fixing protrusions 24 are formed have upper and lower ends in the longitudinal direction. It is formed so as to be spaced apart so that a space portion is formed during installation, and at the same time has an airtight and heat-blocking effect.

8 is a perspective view showing the insulating finish cover member connected to the upper and lower door body frames of the inner and outer doors according to the present invention, wherein the insulating finish cover member 33 is the upper and lower doors of the inner door 30 and the outer door 31 horizontally. The frame 34, 34' and the door body frame 32 forming the door left and right vertical frames 35 and 35' are combined, and the heat insulation closing cover member 33 forms a rail groove 36, and a plurality of The mohair groove 37 is formed so that the mohair 38 of the is installed.

In addition, the heat insulation closing cover member 33 connected to the door vertical frame side constituting the door body frame 32 of the inner and outer door 30 is a rail groove 36 and a mohair groove 37 together with a rail groove 36. A buffer member 40 installation groove 39 is formed on both sides.

The buffer member 40 is a door left vertical frame 35 and a door right vertical frame of the inner door 30 and the outer door 31 corresponding to the left and right vertical frames 12 and 12 ′ of the window frame 10 . The left and right vertical frames of the window frame 10 are installed in the installation groove 39 formed on the side of the insulating finish cover member 33 coupled to the 35' to open and close the inner door 30 and the outer door 31 ( 12) When it collides with (12'), it absorbs the shock and acts as a buffer, and at the same time increases the adhesion and maintains airtightness, thereby enhancing the insulation effect.

9 is a plan view showing the inner door and the outer door of the window installed on the window frame according to the present invention, Figure 10 is a partial excerpt showing the connection configuration of the inner door and the outer door according to the present invention, Figure 11 is the present invention Some excerpts showing the combined configuration of the vertical frame and the inner door of the window frame according to

9 to 11 shown in the present invention are the combined state of the door left vertical frame 35 and the inner door 30 and the outer door 31 of the window frame 10 and the inner door 30 and the outer door 31 ) shows the confidentiality of

That is, Figure 9 is a plan view showing the inner door and the outer door of the window installed on the window frame according to the present invention, when the inner door 30 and the outer door 31 are closed, the inner door 30 and the outer door 31 A plurality of mohairs 38 are installed between the door right vertical frame 35' of the inner door corresponding to and the door left vertical frame 35 of the outer door to block the inflow of air.

Two mohairs 38 installed between the door right vertical frame 35' of the inner door and the door left vertical frame 35 of the outer door are installed in one vertical frame, and two mohairs are installed in the corresponding vertical frame. (38) is installed, but its mohair 38 is installed to be positioned at a predetermined interval to maintain airtightness (refer to FIGS. 9 and 10).

In addition, it is coupled to the door left vertical frame 35 of the inner door 30 corresponding to the left and right vertical frames 12 and 12 ′ of the window frame 10 and the door right vertical frame 35 ′ of the outer door 31 . The annular rail 20 is fitted into the rail groove 36 of the finished insulation cover member 33, and the buffer members 40 are installed on both sides of the rail groove 36 of the insulation finish cover member 33 to close the door. Airtight between the left and right vertical frames 12 and 12' of the window frame 10 and the left vertical frame 35 and the right door vertical frame 35' of the inner door 30 and the outer door 31 It is possible to increase the insulation effect by maintaining

The left vertical frame 12 and the right vertical frame 12 ′ of the window frame 10 of the present invention are also made of a combination of the inner frame 13 and the outer frame 14 .

In the coupling portion 23 of the inner frame 13 and the outer frame 14 constituting the left vertical frame 12 and the right vertical frame 12' of the window frame 10, the composite insulation member described above has (16) is installed to combine the inner frame 13 and the outer frame (14).

The protruding piece 18a formed in the T-shaped insulating member 18 of the composite insulating member 16 connecting the inner frame 13 and the outer frame 14 of the left vertical frame 12 and the right vertical frame 12' ) is positioned between the inner door 30 and the outer door 31 to maintain airtightness (see FIGS. 9 and 11).

The left vertical frame 12 and the right vertical frame 12' and the upper horizontal frame 11 and the lower horizontal frame 11' constituting the window frame 10 are all composed of an inner frame and an outer frame, and the inner frame The composite insulating member 16 described above is coupled to the coupling part 23 connecting the 13 and the outer frame 14 to one upper horizontal frame 11 or a lower horizontal frame 11', left and right vertical Frames 12 and 12' are respectively formed.

In this way, the inner door 30 and the outer door 31 are installed in the rectangular window frame 10 to form the heat-insulated misseogi window (1).

The insulated Miseogi window (1) of the present invention is the upper door constituting the door body frame (32) of the inner door (30) and the outer door (31) provided with the annular rails (20) formed inside the window frame (10) on all four sides. It is fitted in the rail groove 36 formed in the horizontal frame 34 and the door lower horizontal frame 34', and the annular rail 20 of the left and right vertical frames 12 and 12' of the window frame 10 is the inner door. It is fitted into the rail grooves 36 formed in the door left vertical frame 35 and the door right vertical frame 35 ′ constituting the door body frame 32 of the 30 and the outer door 31 .

Therefore, the heat insulation misseogi window (1) of the present invention blocks the flow of air flowing in from the outside when the window is closed from the annular rail 20, the composite insulation member 16, the mohair 38, and the buffer member 40 It is designed to have the same insulating effect as double-glazed windows by having an insulating function.

1: Miseogi window 10: Window frame
11: Upper horizontal frame 11': Lower horizontal frame
12: left vertical frame 12': right vertical frame
13: inner frame 14: outer frame
15: insulation space part 16: composite insulation member
17: C-type insulation member 18: T-type insulation member
18a: protrusion piece 18b: air blocking projection
19: insulation member 20: ring-shaped rail
21 pocket part 22 opening part
23: coupling portion 24: fixing projection
25: fixed groove 30: inner door
31Outside door 32: Door body frame
33: insulation finish cover member 34: door upper horizontal frame
35: door lower horizontal frame 36: rail groove
37: mohair home 38: mohair
39: installation groove 40: cushioning member

Claims (11)

In the window frame frame consisting of a combination of upper and lower horizontal frames and left and right vertical frames,
The window frame includes upper and lower horizontal frames and left and right vertical frames having an annular rail of “?” shape to fit into the rail grooves of the inner door and the outer door;
The upper and lower horizontal frames and the left and right vertical frames are made of a combination of an inner frame and an outer frame, and a composite insulation member installed in a coupling portion between the inner frame and the outer frame to have heat insulation and heat blocking functions;
An integrated heat insulation finishing cover member coupled to the door body frame at the upper and lower ends of the inner door and the outer door installed in the window frame and having a rail groove for fitting the annular rail;
Mohair grooves formed on both inner surfaces of the inner frame and the outer frame of the upper and lower horizontal frames, and mohair grooves are formed on the inner surfaces of the rail grooves of the insulating finish cover member, and cushioning member installation grooves are formed on both sides of the rail grooves, and the vertical of the inner door and the outer door The door body frame on the frame is combined with the insulating finish cover member having the rail groove, and the cushioning member is installed on the left and right around the rail groove,
The upper horizontal frame 11 and the lower horizontal frame 11' constituting the window frame 10 have an annular rail 20 formed on the inner frame 13 and the outer frame 14 as a whole in a “?” shape. At the same time, the lower end of the annular rail 20 is integrally connected with the inner frame 13 or the outer frame 14, but the position of the connecting portion where the annular rail is integrally connected with the frame is the center of the entire width of the annular rail 20 The lower end of the rail is positioned perpendicular to the and connected in a “?” shape, and the center portion of the inner frame 13 and the outer frame 14 constituting the upper and lower horizontal frames 11 and 11 ′ of the window frame 10 . The heat insulating member 19 is installed in the, and the sealed heat insulating space portion 15 is formed on both sides where the heat insulating member 19 is installed,
The annular rail 20 is characterized in that a forget portion 21 is formed, an opening 22 having one side open to block air flowing in from the outside is formed, and the other side is closed to form a “?” shape. Insulated Miseogi window with delete delete delete delete According to claim 1,
The composite thermal insulation member 16 installed in the coupling portion 23 between the inner frame 13 and the outer frame 14 and having heat insulation and heat blocking functions includes a C-type insulation member 17 and a T-type insulation member 18 . It is formed integrally, but both sides on which the fixing protrusions 24 are formed are formed so that the upper and lower ends are spaced apart from each other in the longitudinal direction so that a space is formed during installation and at the same time to block airtightness and trains, and a protruding piece having an air blocking protrusion 18b on the bottom surface (18a) is formed so as to be positioned between the inner door 30 and the outer door (31), it characterized in that the heat-insulated Miseogi window. According to claim 1,
The composite insulation member 16 installed in the coupling portion 23 between the inner frame 13 and the outer frame 14 and having heat insulation and heat blocking functions is a C-type insulation member 17 and a T-type insulation member 18 . is formed integrally, but the body is formed into a rectangle having a hollow part, a plurality of fixing protrusions 24 are formed on both sides, and a space portion is formed inside to prevent airtightness and cold air and heat, and an air blocking protrusion ( 18b) is formed with a protruding piece (18a) having an insulated Miseogi window, characterized in that it is formed to be positioned between the inner door (30) and the outer door (31). delete delete delete delete

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