KR20200064634A - A window with a structure improved insulation - Google Patents

Abstract

The present invention relates to a hinged window having a structure with an improved insulation function, which includes a plurality of insulators to form high insulation in a window frame used for a hinged window to prevent condensation and block heat loss through the window frame. The hinged window comprises: a window frame having an upper and a lower frame and a left and a right frame coupled to each other, and a space formed therein and divided into a fixing unit and a vent unit; a first, a second, and a third heat blocking member which are sequentially stacked from an upper portion to a lower portion in the fixing unit of the window frame, have both sides airtightly attached to both inner sides of the fixing unit to be fastened and fixed, and have a plurality of hollow spaces therein; a fourth heat blocking member fastened to and installed on the outside of the vent unit (a) of the window frame, and installed to bring the upper surface thereof into contact with the lower surface of the third heat blocking member; and a placing unit formed to place pair glass on an upper portion of the window frame.

Description

A window with a structure improved insulation}

The present invention relates to a casement-type window having a structure with improved heat insulation function, and more particularly, to prevent heat loss generated through the window frame used for the casement-type window, and to prevent condensation. It relates to a casement-type window having a structure in which a heat insulating function with a plurality of thermal barrier members is improved so that a high heat insulation is performed therein.

In general, the type of window installed in the window or living room of an apartment or house depends on its opening and closing method, such as a sliding window, a clerk window, a casement window, a rotating window, a built-in window, a double window, a turn-and-tilt (Turn and Tilt) ) It is divided into windows and other special windows.

In addition, with the recent revision of the Enforcement Decree of the Building Law, the legal expansion of apartment balconies is becoming possible, and the interest of construction companies and consumers on the balcony expansion is increasing, and accordingly, the market has requested a window with improved functions compared to existing windows. . Here, the improved window means a window that can be opened or closed by opening a little or tilting it in addition to the simple opening method.

Therefore, window companies have installed double and triple windows and installed high-tight windows with reinforced insulation and condensation on the balcony, and have developed windows with improved airtightness compared to the existing ones.

On the other hand, a window belonging to a class of casement type is made to open and close the window installed on the window frame to the indoor or outdoor side. That is, this type of window can implement a turn function that opens and closes a window by rotating it in a horizontal direction along with a tilt function that can open the upper part of the window mounted on the window frame in a half-open state.

In order to block heat loss in a window belonging to a class of the casement type and to prevent condensation, a glass (g) is installed inside the window frame 100 installed on the upper side, and the structure in which such a heat insulating material is installed is shown. As shown in Fig. 1, a plurality of thermal barrier members 110a are installed in a fixed portion (a) of the window frame 100, and a vent portion inside the window frame 100 is installed. A plurality of the thermal barrier member 110b is installed in (b), and the lower portion of the thermal barrier member 110a provided below the amount of the thermal barrier member 110a installed in the fix part (a). And, the installed amount of the vent (b) consists of a thermal barrier connecting member 120 for connecting the upper portion of the thermal barrier member (110b) provided on the upper portion of the thermal barrier member (110b).

As described above, when the heat shield member (110a, 110b), and the window frame 100 provided with the heat shield connecting member 120 is formed by increasing the size of the vertical length and the horizontal width, the heat shield The sizes of the vertical length and the horizontal width of the heat blocking part 130 composed of the members 110a and 110b, the fixation part (a) on which the heat blocking connection member 120 is installed, and the vent part (b) also increase. In this way, the thermal barrier member (110a, 110b) and the thermal barrier connecting member (120), which are installed on a portion where the size of the vertical length and horizontal width of the thermal barrier unit (130) is increased, are also vertical. However, the horizontal width is increased and installed.

When an external force is applied to the window frame 100 configured as described above, the strength and durability of the window frame 100 are increased by increasing the size of the vertical length and horizontal width of the heat shield 130 of the window frame 100. When the external force is applied to the window frame 100, the window frame 100 is easily bent or damaged, but at the same time, the length and width of the window frame 100 are increased. The thermal barrier members 110a and 110b and the thermal barrier connecting member 120 are also easily damaged by external force, and when the vertical length and horizontal width of the window frame 100 are increased, the window frame 100 ) Since the vertical length and the horizontal height of the thermal barrier members 110a and 110b and the thermal barrier connecting member 120 are increased, there are many problems in manufacturing costs.

Korea Registered Patent No. 10-1896484 (registered on September 20, 2018)

In order to solve the above problems, the present invention is a first to third train inside the fix (fix) portion formed inside the window frame composed of the left and right frames and the upper and lower frames constituting the casement-type windows and doors. Laminate and install the end material airtightly and install the airtightly the fourth heat-blocking member on the lower part of the third heat-blocking member and the vent portion formed inside the window frame, so that the windows used for the casement-type windows By installing a plurality of heat shield members inside the frame, the internal heat shield members are prevented from leaking to the outside through the heat shield members, and the outdoor heat shield members are prevented from entering the room to prevent the heat shield members installed inside the window frame. The purpose is to provide a casement-type window with a structure that improves a new heat insulation function to block heat loss generated through and prevent condensation.

In addition, according to the present invention, when the vertical length of the window frame constituting the casement-type window is increased to form a large window frame, the first heat blocking member and the second train are fastened and installed in the fix part of the window frame. An additional insulating material further provided between the end materials. By installing a third heat blocking member at the bottom of the additional heat insulating material, and further fastening and installing a heat blocking member formed at twice the size of the fourth heat blocking member in the vent portion of the window frame,

The first to third heat-blocking members, additional heat-insulating materials, and heat-blocking members are installed inside the window frame by installing the first to third heat-blocking members, and the fixing part and the bent part, which are formed inside the large window frame, with the increased vertical length of the window frame. The heat loss generated through the heat blocking members is prevented, and condensation is prevented. The seating slope of the first heat blocking member is seated on the inclined part of the circular body formed in the fix part of the window frame, and the first heat blocking member It absorbs the external force applied to the seating slope of the first heat-blocking member and the inclined part of the circular body to increase the rigidity in the large window frame with increased vertical length, and the first to third train installed in the large window frame with increased vertical length. Outer circumference of the window frame with increased strength due to the end member, the additional heat insulating member, and the heat blocking member, the first heat blocking member, the additional heat insulating material, and the second heat blocking member are applied to the outer circumference of the window frame. It is an object of the present invention to provide a casement-type window having a structure in which a new heat insulating function is improved to prevent damage and damage to the window frame due to the action of pushing from the inner bottom to the top.

In order to achieve the above object, the present invention, in the casement window, the upper and lower frames, the left and right frames are formed, and a space divided into a fix (fix) and a vent (vent) therein An additionally formed window frame; The first fixed part is sequentially stacked from the inner top to the bottom of the fixation part of the window frame, and both sides are hermetically attached to both inner sides of the fix part to be fastened and fixed, and having a plurality of hollow parts therein, 2, 3 heat blocking member; A fourth heat blocking member installed to be fastened to the outside of the vent part (a) of the window frame and installed to abut against an upper surface on a lower surface of the third heat blocking member; It is characterized in that it consists of a seating portion formed to seat a double-layer glass on the upper portion of the window frame.

In addition, the multi-layer glass, and at least one pair of glass, and maintains the gap between the glass, insertion grooves are formed at both corners toward the seating portion, an insulating rod containing a moisture absorbent, and abutting the glass A first adhesive that is applied to both sides of the insulating insulating rod and adheres the insulating insulating rod to the rim of the glass, and a first aluminum sheet paper attached by a second adhesive to a portion of the insulating insulating rod facing the seating portion, and applied to the insertion groove Characterized in that it consists of a sealant, a silicone applied to the outer space formed between the glass and the first aluminum sheet paper and the sealant, and an insulating gas filled in the inner space formed between the glass and the insulating rod and the first adhesive. .

In addition, the first heat blocking member is formed with a first left engaging projection on the left side to face the first left groove formed on the upper left side of the fix part of the window frame, facing the first left groove. The first right engaging projection is formed on the right side so as to be coupled to the first right groove formed on the upper right side of the fix part of the window frame, and is inclined at the lower portion of the first right groove so as to be seated on the extended right sloped surface. It is characterized in that a seating inclined surface is formed on the lower right side, and a locking jaw is formed between the left side of the seating inclined surface and the lower right side of the first heat blocking member.

In addition, the second heat blocking member has a second left coupling protrusion on the upper left side so as to be coupled to the second left groove formed below the first left groove formed on the upper left side of the fix part of the window frame. It is formed, the second right engaging projection is formed on the right side so as to be coupled to the second right groove formed in the lower portion of the first right groove formed on the right side of the fix (fix) portion of the window frame, the second right engaging projection Characterized in that the locking groove is formed in the lower portion.

In addition, the third heat blocking member is formed with a """ shaped seating portion on the left side so as to be positioned below the third left groove formed under the second left groove formed in the fix portion of the window frame, It characterized in that the "b" shaped seating portion is formed on the upper right side to face the lower portion of the second right coupling protrusion of the second heat blocking member.

In addition, the fourth heat blocking member is located on the left side of the vent portion of the window frame, and a third left coupling protrusion is formed on the left side so as to be coupled to a fourth left groove formed under the third left groove, It is located on the right side of the vent portion of the window frame, and is characterized in that the third right engaging projection is formed on the right side so as to be coupled to the third right groove formed below the second right groove.

In addition, it characterized in that it consists of a first and second connection fixing member for connecting and fixing the lower both sides of the second heat blocking member and the upper both sides of the third heat blocking member to each other.

In addition, the first connection fixing member is formed with a body having a coupling protrusion formed on the upper left side so as to be coupled to the third left groove, and a plurality of supports on the lower portion of the body, the upper portion of the right side of the body is the second heat shield It is characterized in that it is installed in contact with the upper left side of the member and the lower portion of both the supporters is in contact with the upper surface of the """ shaped seating portion of the third heat blocking member.

In addition, the second connection fixing member has a body having a locking hole formed on the upper left side so as to be seated in a locking groove formed at the lower left of the second heat blocking member, and a lower portion of the second right groove on the upper right side of the body. A coupling protrusion formed in plural to be coupled to the "a" shaped groove formed in the vertical portion formed in the lower portion of the body, and a curved portion curved to the left from the lower portion of the vertical portion formed in the upper right side of the third heat blocking member. "It is characterized in that it is configured to be seated on the upper surface of the shaped seat.

In addition, the first sealing fixing member having first and second coupling grooves formed on both inner surfaces of the seating portion, and coupling protrusions installed to support the left side of the glass and coupled to the first coupling groove, and the glass It is characterized in that it consists of a second sealing fixing member provided with a coupling protrusion coupled to the second coupling groove is installed to support the right side of the.

In addition, a plurality of inclined portions inclined from the bottom to the top is installed on the right side of the first sealing fixing member, and a plurality of inclined portions inclined from the bottom to the top is installed on the right side of the second sealing fixing member. .

In addition, the seating inclined surface of the first heat blocking member installed inside the fix (fix) portion of the window frame having a vertical length is installed to be supported by the inclined portion of the circular body formed on the upper right side of the fix (fix) portion, the An additional heat insulating material is installed between the first heat blocking member and the second heat blocking member, and the third heat blocking member is installed below the additional heat insulating material, and the fourth heat blocking member is provided below the third heat blocking member. It characterized in that the heat shield member formed twice as large as the size of the end material is installed inside the vent portion of the window frame.

In addition, the seating inclined surface of the first heat blocking member installed inside the fix (fix) portion of the window frame having a vertical length is installed to be supported by the inclined portion of the circular body formed on the upper right side of the fix (fix) portion, the The third heat-blocking member is provided between the first heat-blocking member and the second heat-blocking member, and the second heat-blocking member is installed below the second heat-blocking material and has a plurality of hollow portions. The fourth heat blocking member, which is installed under the third heat blocking member, and the fourth-1 heat blocking member having the same shape as the fourth heat blocking member under the fourth heat blocking member include the It is characterized in that it is installed inside the vent (vent).

In addition, the first to fourth heat blocking member, the heat blocking member, the 2-1 heat blocking member, and the inside of the 4-1 heat blocking member is formed of a plurality of hollow parts are connected to each other soft material , And the outside is formed of a hard material;

The first to fourth heat blocking members, the heat blocking member, the 2-1 heat blocking member, and the 4-1 heat blocking member are formed as one body.

In addition, the insulating rod is characterized in that three bent portions are formed by cutting at predetermined intervals along the longitudinal direction, so as to be bent in the form of a square frame.

In addition, it is characterized in that the second aluminum sheet is attached to the first aluminum sheet by a third adhesive to be sealed between both ends of the heat insulating rod.

In addition, the insulating rod is characterized in that it is made of PVC material.

In addition, instead of the first adhesive is characterized in that the double-sided tape is configured to be attached to both sides of the insulating rod.

In addition, the sealant is characterized in that it is made of a butyl material.

In addition, the insulating gas is characterized in that it is made of argon gas or krypton gas.

In the present invention, the first to third heat blocking members are stacked and sealed tightly inside a fix part formed inside a window frame composed of a left, right frame and upper and lower frames constituting a casement type window. And the third heat blocking member and the fourth heat blocking member is airtightly installed in the vent formed in the inside of the window frame, and a plurality of heat shield members are used in the window frame used for the casement type windows. By preventing the internal air inside from leaking out through these thermal barrier members and preventing the outdoor external air from flowing into the room, heat loss generated through the thermal barrier members installed inside the window frame is blocked. It has the effect of preventing condensation.

The present invention, when the vertical length of the window frame constituting the casement-type window is increased to form a large window frame, the first heat blocking member and the second heat blocking member are fastened to the fix part of the window frame Between the additional insulation and more installed. By installing a third heat blocking member at the bottom of the additional heat insulating material, and further fastening and installing a heat blocking member formed at twice the size of the fourth heat blocking member in the vent portion of the window frame,

The first to third heat-blocking members, additional heat-insulating materials, and heat-blocking members are installed inside the window frame by installing the first to third heat-blocking members, and the fixing part and the bent part, which are formed inside the large window frame, because the vertical length of the window frame is increased. The heat loss generated through the heat blocking members is prevented, and condensation is prevented. The seating slope of the first heat blocking member is seated on the inclined part of the circular body formed in the fix part of the window frame, and the first heat blocking member It absorbs the external force applied to the seating slope of the first heat-blocking member and the inclined part of the circular body to increase rigidity in the large window frame with increased vertical length, and the first to third train installed in the large window frame with increased vertical length. Outer circumference of the window frame with increased strength due to the end member, the additional heat insulating member, and the heat blocking member, the first heat blocking member, the additional heat insulating material, and the second heat blocking member, the external force applied from the inner upper part to the lower part is again applied to the outer circumference of the window frame. There is an effect of preventing the window frame from being damaged and damaged due to the action of pushing from the inner bottom to the top.

The present invention has the effect of preventing the deterioration of the insulating performance of the double-layered glass, because the blocking of the inflow of moisture and leakage of insulating gas with a hygroscopic agent and a first aluminum sheet paper and sealant and silicone of an insulating rod.

In the present invention, since the sealant is made of a butyl material having a good sealing function, the inflow of moisture and leakage of insulating gas are further blocked.

That is, there is an effect of further preventing the deterioration of the insulating performance of the multilayer glass.

In the present invention, since the insulating rod is made of a PVC material having a lower thermal conductivity than a metal material, it has an effect of further preventing the deterioration of the insulating performance of the multilayer glass.

In the present invention, since the first aluminum sheet paper prevents the contact between the butyl sealant and the PVC insulation barrier, the effect of preventing the deformation of the insulation insulation of the PVC material due to contact when applying the high heat butyl sealant is prevented.

That is, there is an effect of further preventing the deterioration of the heat insulating performance of the multilayer glass due to the deformation of the heat insulating rod.

The present invention has an effect that can be easily bent insulated rods in the form of a square frame by three bent portions.

That is, there is an effect that the production of the multilayer glass is convenient.

The present invention has the effect of blocking the inflow of moisture and leakage of insulating gas between both ends of the insulating rod, since the second aluminum sheet is sealed between both ends of the insulating rod.

That is, there is an effect of further preventing the deterioration of the insulating performance of the multilayer glass.

In addition, the second aluminum sheet paper has the effect of continuously maintaining the insulating rod in the form of a square frame.

That is, there is an effect that the production of the multilayer glass is convenient.

The present invention has an effect that the double-sided tape can be attached to both sides of the insulating rods more easily than applying the first adhesive.

That is, there is an effect that the production of the multilayer glass is convenient.

In the present invention, since the insulating gas is made of argon gas or krypton gas having good insulating performance, it has an effect of further preventing deterioration of insulating performance of the multilayer glass.

The present invention has the effect of lowering the thermal conductivity because the thickness of the first and second aluminum sheet paper is thin.

The present invention has an effect of lightening the load of the double-layered glass by a sealant of butyl material and a heat insulating rod made of PVC material and first and second aluminum sheet paper and silicone.

That is, there is an effect of reducing the pressure due to the load of the double-layer glass applied to the window frame.

1 is a schematic view showing a window frame frame in which a conventional thermal barrier member is installed.
2 is a schematic diagram according to the present invention.
Figure 3 is a schematic diagram of separating the first to fourth heat shield member in the window frame according to the present invention.
Figure 4 is a schematic diagram showing the first to fourth heat blocking member according to the present invention.
5 is a schematic view showing the first and second connection fixing members according to the present invention.
Figure 6 is a schematic view showing the seating portion, the first and second sealing fixing member is a multilayer glass according to the present invention is installed.
Figure 7 is another embodiment according to the present invention.
8 is another embodiment according to the present invention
Figure 9 is a schematic diagram showing the direction of the force applied to the first to fourth heat shield member, the additional heat insulating member, and the window frame is installed heat shield member according to the present invention,
10 to 13 are detailed views of the multilayer glass according to the present invention.

The embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This embodiment is provided to more safely describe the present invention to those skilled in the art.

Accordingly, the shape of the elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that, in each drawing, the same members may be indicated by the same reference numerals.

In addition, detailed descriptions of well-known functions and configurations that are judged to unnecessarily obscure the subject matter of the present invention are omitted.

Figure 2 is a schematic diagram according to the present invention, Figure 3 is a schematic diagram of separating the first to fourth heat blocking member from the window frame according to the present invention, Figure 4 is a first to fourth heat blocking member according to the present invention 5 is a schematic view showing the first and second connection fixing members according to the present invention, and FIG. 6 is a schematic view showing the seating portion on which the multilayer glass according to the present invention is installed and the first and second sealing fixing members. , FIG. 7 is another embodiment diagram according to the present invention, FIG. 8 is another embodiment diagram according to the present invention, and FIG. 9 is a first to fourth heat blocking member, an additional heat insulating material, and a heat blocking member according to the present invention Is a schematic diagram showing the direction of the force applied to the window frame is installed, Figures 10 to 13 is a detailed view of the multilayer glass according to the present invention.

A casement-type window having a structure with improved heat insulating function according to the present invention will be described in detail with reference to FIGS. 2 to 13.

A casement window having a structure with improved heat insulating function according to the present invention includes a window frame 10, a first heat blocking member 20, a second heat blocking member 30, and a third heat blocking member ( 40) and a fourth heat blocking member 40.

The casement-type windows are configured to operate in a turn-and-tilt or tilt-and-turn manner belonging to a class of casement windows.

The casement-type window is made to open and close the window installed on the window frame to the indoor or outdoor side.

That is, the turn-and-tilt type window can realize a turn function that opens and closes a window by rotating it in a horizontal direction along with a tilt function that can open the upper part of the window mounted on the window frame in a half-open state. It is configured to.

2, the upper and lower frames 11a and 11b and the left and right frames 12a and 12b are formed to be combined with each other.

In addition, a space part (c) divided into a fix part (a) and a vent part (b) is formed inside the window frame (10).

The first heat blocking member 20 is as shown in Figures 2 to 4, the first heat blocking member 20 is within the upper portion of the fix (fix) portion (a) of the window frame 10 Both sides are air-tightly attached to the side and are fixed and fastened.

A plurality of hollow portions (d) are formed in the first heat blocking member (20).

In this way, the hollow portion (d) is formed of the first heat blocking member 20 to increase the durability of the first heat blocking member 20 to prevent it from being easily deformed or damaged by external force.

The first heat blocking member 20 as described above is the first left side to the left side so as to be coupled to the first left groove (13a) formed on the upper (fixed) portion (a) the upper left side of the window frame (10) The coupling projections 21 are formed and configured.

The first right coupling protrusion 22 on the right side so as to face the first right groove 14a formed on the upper right side of the fix part (a) of the window frame 10 facing the first left side groove 13a ) Is formed.

The seating inclined surface 23 is formed on the lower right side to be seated on the right inclined surface 14a-1 formed by being inclined at the lower portion of the first right groove 14a.

A locking jaw 24 is formed between the left side of the seating inclined surface 23 and the right side of the lower portion of the first heat blocking member 20.

The first heat blocking member 20 having the first left coupling protrusion 21 and the first right coupling protrusion 22 is within the upper portion of the fix part (a) of the window frame 10. It is stably fixed on the side and is configured to prevent outdoor air from entering the room or indoor air from being discharged through the window frame 10.

In addition, the seating inclined surface 23 formed on the lower right side of the first heat blocking member 20 is a right inclined surface 14a formed to protrude to the right of the fix part (a) of the window frame 10 -1) installed in contact with, when an external force applied to the outside of the window frame 10 is applied to the upper portion of the first heat blocking member 20, transmitted to the upper portion of the first heat blocking member 20 The first heat blocking member absorbs the external force transmitted from the window frame 10 by absorbing the external force from the seating inclined surface 23 and the right inclined surface 14a-1 provided in the first heat blocking member 20. This is to offset the seating inclined surface 23 provided in (20) and the right inclined surface 14a-1.

The second heat blocking member 30 is as shown in Figures 2 to 4, the second heat blocking member 30 is within the upper portion of the fix (fix) portion (a) of the window frame 10 Located on the lower side of the first heat blocking member 20, which is securely fixed and fixed to both sides on both sides, so that both sides are airtight on both inner sides of the fix part (a) of the window frame 10 It is attached and fastened and configured.

The second heat blocking member 30 is formed by forming a plurality of hollow portions (d).

In this way, the hollow portion (d) is formed of the second heat blocking member 30 to increase the durability of the second heat blocking member 30 to prevent it from being easily deformed or damaged by external force.

The second heat blocking member 20 as described above is the second left groove formed in the lower portion of the first left groove 13a formed on the upper left side of the fix part (a) of the window frame 10 ( 13b) is formed by forming a second left coupling protrusion 31 on the upper side on the left side.

A second right engaging projection formed on the right side so as to be coupled to the second right groove 14b formed on the right side of the fix part (a) of the window frame 10 and formed below the first right groove 14a. 32 is formed and constituted.

A locking groove 33 is formed under the second right coupling protrusion 32 and is configured.

The second heat blocking member 30 having the second left coupling protrusion 31 and the second right coupling protrusion 32 is within the upper portion of the fix part (a) of the window frame 10. It is stably fixed on the side and is configured to prevent outdoor air from entering the room or indoor air from being discharged through the window frame 10.

In addition, the locking groove 33 is the second heat blocking member 30, the third heat blocking member 40, the second connection fixing member (60b) formed in the locking hole (63) formed in the stable The second heat blocking member 30 and the third connection blocking member 40 are fixed so as not to stably flow in the fix unit (a) so that the second heat blocking member is fixed. (30), and to maintain the inherent heat blocking function of the third heat blocking member (40).

The third heat blocking member 40 is as shown in Figures 2 to 4, the third heat blocking member 40 is within the upper amount of the fix (fix) portion (a) of the window frame 10 Located on the lower side of the second heat blocking member 30, which is securely fixed and fixed to both sides on both sides, so that both sides are airtight on both inner sides of the fix part (a) of the window frame 10 It is constructed by being attached and fastened.

The third heat blocking member 40 is formed by forming a plurality of hollow portions (d).

Thus, the hollow portion (d) is formed of the third heat blocking member 40 to increase the durability of the third heat blocking member 40 to prevent it from being easily deformed or damaged by external force.

The third heat blocking member 40 as described above is a third left groove (13c) formed under the second left groove (13b) formed in the fix (a) of the window frame (10) The "-" shaped seating portion 41 is formed on the left side so as to be positioned at the bottom.

The "b" shaped seating portion 42 is formed on the upper right side so as to face the lower portion of the second right coupling protrusion 32 of the second heat blocking member 30.

The """ shaped seating portion 41 has a lower portion of the second connection fixing member 60b composed of a body 61a formed with a coupling protrusion 61 on the upper left side so as to be coupled to the third left groove 13c. The plurality of formed supporters 62 are stably seated so that the third heat blocking member 40 does not flow between the second heat blocking member 30 and the fourth heat blocking member 50. This is to stably maintain the function of the inherent thermal barrier of the third heat shield member (40).

The lower right seating jaw 43 is formed on the lower right side of the third heat blocking member 40 so as to be seated on an upper portion of the right locking jaw 18 formed on the left side of the vent portion b. The heat shield member 40 does not flow between the second heat shield member 30 and the fourth heat shield member 50 so as to provide a unique heat shield of the third heat shield member 40. This is to keep the function stable.

The fourth heat blocking member 50 is as shown in Figures 2 to 4, the fourth heat blocking member 50 is within the upper portion of the fix (fix) (a) of the window frame 10 Located on the lower side of the third heat blocking member 40, which is securely fixed and fixed to both sides on both sides, so that both sides are airtight on both inner sides of the fix part (a) of the window frame 10 It is constructed by being attached and fastened.

That is, the fourth heat blocking member 50 is fastened to the outside of the vent portion (a) of the window frame 10 and is installed, and is installed on the lower surface of the third heat blocking member 40. It is constructed to be installed against the surface.

The fourth heat blocking member 50 is formed by forming a plurality of hollow portions (d).

In this way, the hollow portion (d) is formed of the fourth heat blocking member 50 to increase the durability of the fourth heat blocking member 50 to prevent it from being easily deformed or damaged by external force.

As described above, the fourth heat blocking member 50 is located on the left side of the vent portion (b) of the window frame 10, and the fourth left groove formed under the third left groove 13c. A third left coupling protrusion 51 is formed on the left side so as to be coupled to (13d).

Located on the right side of the vent portion (b) of the window frame 10, the third right engaging projection on the right side to be coupled to the third right groove 14c formed in the lower portion of the second right groove 14b. 52 is formed and constituted.

The fourth heat blocking member 50 having the third left coupling protrusion 51 and the third right coupling protrusion 52 is within the upper portion of the vent portion b of the window frame 10. It is stably fixed on the side and is configured to prevent outdoor air from entering the room or indoor air from being discharged through the window frame 10.

Due to the above-described first to fourth heat blocking members 20 to 50 of the present invention, a plurality of heat blocking members are installed inside the window frame 10 used for a casement type window to provide heat blocking members. This is to prevent heat loss generated through the heat shield members installed inside the window frame by preventing the inside air inside from leaking to the outside and preventing the outside air from flowing into the room to prevent condensation.

On the other hand, it is composed of first and second connection fixing members 60a and 60b connecting and fixing the lower both sides of the second heat blocking member 30 and the upper both sides of the third heat blocking member 40 to each other.

As described above, it is composed of first and second connection fixing members 60a and 60b connecting and fixing the lower both sides of the second heat blocking member 30 and the upper both sides of the third heat blocking member 40 to each other. ,

The first and second connection fixing members (60a) in the second heat blocking member (30) and the third heat blocking member (40) inside the fix (a) of the window frame (10) , 60b), the second heat blocking member 30 provided with the first heat blocking member 20 on the top, and the fourth heat blocking member 50 provided on the bottom The third heat blocking member 40 is stably fixed without flowing inside the fix part (a), so that the second and third heat blocking members 30 and 40 have a unique heat blocking function. The purpose is to prevent external air from entering the room through the window frame 10 or discharging indoor air to the outside.

On the other hand, as shown in Figures 4 and 5, the first connection fixing member (60a) is composed of a body (61a) is formed with a coupling protrusion (61) on the upper left side so as to be coupled to the third left groove (13c) do.

It is formed of a plurality of supports 62 under the body 61a.

The upper portion of the right side of the body (61a) is in contact with the lower left side of the second heat blocking member 30, and the lower portion of both the supports (62) is a """ shaped seating portion of the third heat blocking member (40). It is installed and configured to abut against the upper surface of (41).

In addition, the second connection fixing member (60b) is a body (61a) having a locking port (63) formed on the upper left surface to be seated in the locking groove (33) formed in the lower left of the second heat blocking member (30) It consists of.

The upper right side of the body (61a) is composed of a plurality of engaging projections 64 formed to be coupled to the "a" shaped groove (15) formed in the lower portion of the second right groove (14b).

It is composed of a vertical portion 65 formed on the lower portion of the body (61a).

The curved portion 66 curved from the lower portion of the vertical portion 65 to the left is configured to be seated on the upper surface of the "b" shaped seating portion 42 formed on the upper right of the third heat blocking member 40.

In addition, as shown in Figures 4 and 6, it is composed of a seating portion 16 formed with a double-layer glass 80 is seated on top of the window frame (10).

First and second coupling grooves 17a and 17b formed on both inner surfaces of the seating portion 16 are formed and configured.

It is installed to support the left side of the multilayer glass 80 and is composed of a first sealing fixing member 70a having a coupling protrusion 71 coupled to the first coupling groove 17a.

It is installed to support the right side of the multilayer glass 80 and is composed of a second sealing fixing member 70b having a coupling protrusion 71 coupled to the second coupling groove 17b.

In addition, a plurality of inclined portions 72 inclined from the bottom to the top is installed on the right side of the first sealing fixing member 70a, and inclined from the bottom to the top on the left side of the second sealing fixing member 70b. A plurality of portions 72 are installed and configured.

As described above, the first and second sealing fixing members 70a and 70b are installed on both sides of the multilayer glass 80 that are seated on the seating portion 16 and on both inner sides of the seating portion 16. The thing is,

The multilayer glass 80 is stably fixed due to the engaging projections 71 and the inclined portions 72 of the first and second sealing fixing members 70a and 70b inside the seating portion 16. This is to prevent the multi-layer glass 80 from flowing or the multi-layer glass 80 from being detached from the seating portion 16 by being installed.

On the other hand, the multilayer glass 80 seated on the seating portion 16 is preferably composed of at least one pair of a plurality of glass.

In addition, the interior of the first to fourth heat-blocking members 20 to 50 is a soft material formed by connecting a plurality of hollow parts d to each other, and the outside is formed of a hard material.

The hard material is preferably formed of a synthetic resin material having excellent rigidity, and is preferably configured to have more rigidity to impact and load to prevent damage and deformation of the window frame 10, but limited to the type of the hard material I never do that.

The soft material is preferably formed of a synthetic resin material having excellent elasticity and is configured to easily absorb impact and load, but the type of the soft material is not limited.

As described above, the inside of the first to fourth heat blocking members 20 to 50 is formed of a soft material in which a plurality of hollow parts d are connected to each other, and the outside is formed of a hard material, the window frame It is absorbed by the external force applied from the outside of (10) and the load of the multilayer glass 80 seated on the seating portion 16 of the window frame 10 to be damaged and deformed by the window frame 10 This is to prevent.

In addition, the first to fourth heat blocking members 20 to 50 are formed as one body.

As described above, the first to fourth heat blocking members 20 to 50 are formed as one body, the first to fourth heat blocking members 20 to 50, and the heat blocking member 40a. Wow, the 2-1 heat blocking member 20b and the 4-1 heat blocking member 40b reinforce the stiffness to the window frame 10, and apply it from the outside of the window frame 10 The purpose is to prevent damage and deformation to the window frame 10 by absorbing the external force and the load of the multilayer glass 80 seated on the seat portion 16 of the window frame 10.

7 and 8, the first heat blocking member 20 and the second train inside the fix part (a) of the large window frame 10 having a larger vertical length. The additional insulating material 20a is provided between the end materials 30 and is configured.

In addition, the seating inclined surface 23 of the first heat blocking member 20 installed inside the fix part (a) of the large window frame 10 having a large vertical length is the fix part. It is installed and configured to be supported by the inclined portion 14a-2 of the circular body formed on the upper right side of (a).

The inclined portion 14a-2 of the genital round body is absorbed and supported by the external force applied to the first heat blocking member 20 through the seating inclined surface 23, so that the window frame 10 and the first heat blocking member It is configured to absorb the force applied from the upper portion of the (20) in the seating inclined surface (23) of the first heat blocking member (20) and the inclined portion (14a-2) of the circular body.

It is composed of the third heat blocking member 40 installed under the additional heat insulating material (20a).

A thermal barrier member 40a formed to be twice the size of the fourth thermal barrier member 50 is installed under the third thermal barrier member 40 to be configured.

The additional heat insulating material (20a) is a convection block to prevent outdoor air from entering the room through the window frame 10 or the indoor air is discharged to the outdoors as in the first to third heat blocking member 40 It is configured to have a function.

In addition, a plurality of through holes 21a are formed in the additional heat insulating material 20a to block external air or internal air from passing through the additional heat insulating material 20a to the through holes 21a, thereby allowing outdoor air to flow into the room. Or, it is configured to have a convection blocking function to prevent indoor air from being discharged to the outdoors.

Preferably, the through holes 21a are connected to each other inside the additional heat insulating material 20a to be integrally formed.

And, the inside of the additional insulating material (20a) is formed of a soft material, the outside is formed of a hard material.

The soft material is preferably composed of a synthetic resin material having excellent elasticity, but the type of the soft material is not limited.

In addition, the hard material is preferably composed of a synthetic resin material having excellent rigidity, but the type of the hard material is not limited.

The heat blocking member 40a is formed in a shape twice as large as the size of the fourth heat blocking member 50.

Therefore, the length is further installed between the first heat-blocking member 20 and the second heat-blocking member 30 that are fastened and installed in the fix part (a) of the large window frame 10. With the additional insulating material (40a). The third heat blocking member 40 is installed below the additional heat insulating material 40a, and the heat blocking member 40a is fastened to the vent part b of the window frame 10. Is formed to twice the size of the fourth heat blocking member 50, the seating inclined surface 23 of the first heat blocking member 20 is the inclined portion (14a-2) of the circular body is seated,

The first to third heat-blocking members (1) are provided to the fixed portion (a) and the vent portion (b) of the larger length of the window frame (!0) having a larger vertical length. 20-40), the additional heat insulating material (20a) and the heat shield member (40a) is further installed to block heat loss generated through the heat shield members installed inside the window frame (10) and prevent condensation. Do it.

In addition, the inclined portion (14a-) of the circular body formed in the fix (a) of the window frame (10) with a large vertical length of the seating inclined surface (23) of the first heat shield member (20) 2) The inclination of the seating inclined surface 23 and the circular body of the first heat blocking member 20 by applying an external force applied to the window frame 10 and the first heat blocking member 20 which is increased in size. The support (14a-2) absorbs the support to increase the rigidity to the large window frame 10, the vertical length is increased,

The first to third heat blocking members 20 to 40, the additional heat insulating material 20a, and the first heat blocking member of the heat blocking member 40a installed in the large window frame 10 having a larger vertical length. The member 20, the additional heat insulating material 20a, and the external heat applied from the inner upper portion to the bottom of the outer circumference of the large window frame 10 with high strength due to the second heat blocking member 30 again This is to prevent the window frame 10 from being damaged and damaged due to the action of pushing from the inner bottom to the upper side of the window frame 10.

In addition, as another embodiment according to the present invention as shown in FIG. 8, the first heat blocking member (in the interior of the fix (a) of the window frame 10 of the large vertical length is large ( 20).

In addition, the seating inclined surface 23 of the first heat blocking member 20 installed inside the fix part (a) of the large window frame 10 having a large vertical length is the fix part. It is installed and configured to be supported by the inclined portion 14a-2 of the circular body formed on the upper right side of (a).

The inclined portion 14a-2 of the circular body receives the external force applied to the first heat blocking member 20 through the seating inclined surface 23 and is absorbed and supported to increase the size of the window frame 10 and the first train It is configured to absorb the force applied from the upper portion of the end material 20 in the seating slope 23 and the inclined portion 14a-2 of the circular body of the first heat blocking member 20.

A second-first heat-insulating material 20b is installed and configured between the second heat-blocking members 30.

In addition, it is composed of the third heat-blocking member 40 which is installed under the 2-1 heat-blocking material 20b having a plurality of hollow portions d.

It is composed of the fourth heat blocking member 50 which is installed under the third heat blocking member 40.

A 4-1 heat blocking member 40b having the same shape as the fourth heat blocking member 50 is located under the fourth heat blocking member 50, and the vent (b) of the window frame 10 is formed. ) Is installed inside.

Therefore, it is further installed between the first heat-blocking member 20 and the second heat-blocking member 30 fastened and installed in the fix part (a) of the large-sized window frame 10 having a large length. 2-1 heat blocking member (20b) and. The seating inclined surface 23 of the first heat blocking member 20 is installed with the inclined portion 14a-2 of the circular body seated, and the third of the lower part of the 2-1 heat blocking member 20b. The heat shield member 40 is installed, the fourth heat shield member 50 is installed on the lower portion of the third heat blocking member 40 and installed in the vent part (b), and the window frame 10 It is installed on the vent portion (b) of the, is installed in the lower portion of the fourth heat blocking member 50 and the same shape as the fourth heat blocking member 50, the 4-1 heat blocking What is formed of the member 40b,

The first to fourth heat-blocking members 20 to 50 and the 2-1 heat-blocking member (1) to the window frame (10), the fixed length (a), and the bent part (b) with increased vertical length ( 20b) and the 4-1 heat shield member 40b are further installed to prevent heat loss generated through the heat shield members installed inside the window frame 10 and prevent condensation.

In addition, the inclined portion (14a-) of the circular body formed in the fix (a) of the window frame (10) with a large vertical length of the seating inclined surface (23) of the first heat shield member (20) 2) the seating inclined surface 23 of the first heat blocking member 20 and the inclined portion 14a of the circular body to apply external force applied to the window frame 10 and the first heat blocking member 20 -2) to increase the rigidity in the large window frame 10, the vertical length is increased by absorbing the support,

The first to fourth heat-blocking members 20 to 50 and the 2-1 heat-blocking members 20b and the 4-1 heat-blocking members that are installed on the large window frame 10 having a larger vertical length. Of the (40b) of the first heat shield member 20, the second-1 additional heat insulating material (20b), and the second heat shield member (30) of the large increase in strength due to the window frame (10) This is to prevent the window frame 10 from being damaged and damaged due to the action of pushing the external force applied from the inner upper portion to the lower portion of the outer circumference from the inner lower portion to the outer circumference of the window frame 10 again.

Meanwhile, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member 40b Is composed of a plurality of hollow body (d) is not formed is formed of an integral body,

As described above, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member ( 40b) is formed of an integral body in which a plurality of hollow portions (d) are not formed,

Durable to the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member 40b By strengthening the over-strength, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, and the 2-1 heat blocking member by external force transmitted to the window frame 10 (20b), the 4-1 heat blocking member (40b) is bent, damaged or deformed, the first to fourth heat blocking members (20-50) and the inside of the window frame (10) To prevent the convection blocking function of the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member 40b, that is, not having a unique heat insulating function. to be.

In addition, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member 40b ) Is a soft material in which a plurality of hollow parts (d) are connected to each other, and the outer part is formed of a hard material.

The hard material is preferably formed of a synthetic resin material having excellent rigidity, and is preferably configured to have more rigidity to impact and load to prevent damage and deformation of the window frame 10, but limited to the type of the hard material I never do that.

The soft material is preferably formed of a synthetic resin material having excellent elasticity and is configured to easily absorb impact and load, but the type of the soft material is not limited.

As described above, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member The interior of the (40b) is a plurality of hollow (d) is connected to each other is formed of a soft material, the outside is formed of a hard material, the external force applied from the outside of the window frame 10, the window frame This is to prevent damage and deformation of the window frame 10 by absorbing the load of the multilayer glass 80 seated on the seating portion 16 of (10).

In addition, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member 40b Is composed of a body.

As described above, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member (40b) is formed of one body, the first to fourth heat blocking members 20 to 50, the heat blocking member 40a, and the 2-1 heat blocking member 20b, The 4-1 heat blocking member 40b strengthens the rigidity of the window frame 10 due to the external force applied from the outside of the window frame 10 and the seating portion of the window frame 10 ( This is to prevent damage and deformation of the window frame 10 by absorbing the load of the multilayer glass 80 seated on 16).

On the other hand, as shown in Figures 10 to 13, the multilayer glass 80 is composed of a glass 81 in the form of a square plate arranged in at least one pair or more.

And, the multi-layer glass 80 maintains the gap between the glass 81, and insertion grooves 82a are formed at both corners toward the seating portion 16, and an insulating rod 82 containing a hygroscopic agent 82b is provided. ) Is composed.

Here, the heat insulating rod 82 is made of PVC material as an extrusion molding product containing a moisture absorbent (82b).

In addition, the heat insulating rods 82 are bent at predetermined intervals along the longitudinal direction so that they can be bent into a square frame, and three bent portions 82c are formed.

And, the multi-layer glass 80 is applied to both sides of the insulating rod 80, which is in contact with the glass 81, the first adhesive 83 is configured to bond the insulating rod 82 to the edge of the glass 81 do.

Here, the multilayer glass 80 may be configured by attaching a double-sided tape 83a to both surfaces of the insulating rod 82 instead of the first adhesive 83.

In addition, the multilayer glass 80 includes a first aluminum sheet paper 84 attached by a second adhesive 84a to a portion of the heat insulating rod 82 facing the seating portion 16.

Here, the first aluminum sheet paper 84 is formed in a length similar to the heat insulating rod 82.

And, the double-layer glass 80 is composed of a second aluminum sheet paper 88 attached to the first aluminum sheet paper 84 by a third adhesive 88a so that the two ends of the insulating insulating rod 82 are sealed. .

Here, the second aluminum sheet paper 88 is formed with a shorter length than the first aluminum sheet paper 84.

And, the multilayer glass 80 is composed of a sealant 85 applied to the insertion groove 82a.

Here, the sealant 85 is made of a butyl material called polyisobutylene.

In addition, the multilayer glass 80 includes silicon 86 applied to the outer space 81a formed between the glass 81 and the first aluminum sheet paper 84 and the sealant 85.

And, the multi-layer glass 80 is composed of an insulating gas 87 filled in the inner space 81b formed between the glass 81 and the heat insulating rod 82 and the first adhesive 83.

Here, the insulating gas 87 is made of argon gas (Ar) or krypton gas (Kr) having good insulating performance.

10 to 13, when the multilayer glass 80 is described in detail, both ends of the heat insulating rod 82 are continuously bent while the heat insulating rod 82 is continuously bent through three bending portions 82c. Contact.

Here, the heat insulating rod 82 is formed in a square frame shape.

In addition, the heat insulating rods 82 are coated with a first adhesive 83 on both sides that are in contact with the glass 81 or double-sided tape 83a is attached, and the heat insulating rods facing the seating portion 16 ( The first aluminum sheet paper 84 is attached to a portion of the 82 by a second adhesive 84a.

Then, the second aluminum sheet paper 88 is attached to the first aluminum sheet paper 84 by a third adhesive 88a, so that both ends of the heat insulating rod 82 are sealed.

Then, the glass 81 is attached to both sides of the rectangular frame-shaped insulating rod 82 through a first adhesive 83 or double-sided tape 83a.

Here, the outer side of the heat insulating rod 82 in the form of a square frame facing the seating portion 16 is entirely covered by the first aluminum sheet paper 84.

Then, an insulating gas 87 made of argon gas (Ar) or krypton gas (Kr) is filled in the inner space 81b formed between the glass 81 and the insulating rod 82 and the first adhesive 83. .

Then, a sealant 85 of butyl material is applied to the insertion groove 82a of the heat insulating rod 82 located between the glass 81 and the first aluminum sheet paper 84.

Here, the sealant 85 of the butyl material is not in contact with the heat insulating rod 82 by the first aluminum sheet paper 84, and hardens over time as it hardens.

Then, silicone 86 is applied to the outer space 81a formed between the glass 81 and the first aluminum sheet paper 84 and the sealant 85.

Here, the silicon 86 hardens over time and becomes soft.

The multilayer glass 80 thus made is installed on the window frame 10 while being seated on the seating portion 16.

Then, by maintaining the gap between the glass 81 with a heat insulating rod 82 and sealant 85 and silicon 86, the multilayer glass 80 withstands external forces such as wind pressure.

In addition, the moisture absorbent 82b included in the heat insulating rod 82 absorbs moisture that may be introduced into the inner space 81b of the multilayer glass 80.

And, the sealant 85 applied to the insertion groove 82a of the heat insulating rod 82, the first aluminum sheet paper 84, and the silicone 86 are between the glass 81 and the heat insulating rod 82. By sealing, the insulating gas 87 filled in the inner space 81b of the multilayer glass 80 is prevented from flowing out or moisture is introduced into the inner space 81b.

In addition, the second aluminum sheet paper 88 sealed between both ends of the heat insulating rod 82 is filled in the inner space 81b of the multilayer glass 80 through both ends of the heat insulating rod 82. The insulating gas 87 is prevented from flowing out or moisture is introduced into the inner space 81b.

Thus, the multilayer glass 80 maintains thermal insulation performance for a long time.

The embodiments according to the present invention described above are merely exemplary, and those skilled in the art to which the present invention pertains will appreciate that various modifications and other equivalent embodiments are possible. . Therefore, it will be understood that the present invention is not limited to the forms mentioned in the above detailed description.

Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims. It is also to be understood that the present invention includes all modifications, equivalents, and substitutes within the spirit and scope of the invention as defined by the appended claims.

10: Window frame 11a: Upper frame
11b: lower frame 12a: left frame
12b: Right frame 13a: First left groove
13b: second left groove 13c: third left groove
13d: 4th left groove 14a: 1st right groove
14a-1: right slope 14b: second right groove
15: "A" shaped groove 16: Seating
17a: first engaging groove 17b: second engaging groove
20: first heat blocking member 20a: additional heat insulating material
21: first left engaging projection 22: first right engaging projection
23: seating slope 24: locking jaw
30: second heat blocking member 31: second left engaging projection
32: second right engaging projection 33: engaging groove
40: third heat blocking member 40a: heat blocking member
41: """ shaped seat 42: "a" shaped seat
50: fourth heat blocking member 51: third left engaging projection
52: third right coupling protrusion 60a: first connection fixing member
60b: second connection fixing member 61: engaging projection
61a: body 62: support
63: hook 64: engaging projection
65: vertical portion 66: curved portion
70a: first sealing fixing member 70b: second sealing fixing member
71: engaging projection 72: slope
80: double-layer glass 81: glass
81a: outer space 81b: inner space
82: insulation rod 82a: insertion groove
82b: absorbent 82c: bend
83: first adhesive 83a: double-sided tape
84: first aluminum sheet paper 84a: second adhesive
85: sealant 86: silicone
87: insulating gas 88: second aluminum sheet paper
88a: Third adhesive
a: fix part b: vent part
c: space d: hollow

Claims (19)

In the casement window,
Upper and lower frames (11a, 11b), and left and right frames (12a, 12b) are formed of a combination, a space portion divided into a fix (fix) (a) and a vent (vent) (b) therein (c) the window frame 10 is formed;
It is sequentially stacked from the inner top of the fix part (a) of the window frame 10 to the bottom, and both sides are hermetically attached to both inner surfaces of the fix part (a) to be fastened and fixed. First, second, and third heat blocking members (20, 30, 40) having a plurality of hollow portions (d) therein;
The fourth heat blocking member 50 installed by being fastened to the outside of the vent portion (a) of the window frame 10 and installed to abut against the upper surface of the third heat blocking member 40. Wow;
Consists of a seating portion 16 formed on the upper portion of the window frame 10, a double-layer glass 80 is seated,
The multilayer glass 80,
At least one pair of glass 81, and
It maintains the gap between the glass 81, the insertion grooves (82a) are formed at both corners toward the seating portion 16, and the heat insulating rod (82) containing the absorbent (82b),
A first adhesive 83 applied to both sides of the insulating rod 80 that abuts on the glass 81 and adhering the insulating rod 82 to the rim of the glass 81;
A first aluminum sheet paper 84 attached by a second adhesive 84a to a portion of the heat insulating rod 82 facing the seating portion 16,
Sealant 85 applied to the insertion groove (82a), and
A silicon 86 applied to the outer space 81a formed between the glass 81 and the first aluminum sheet paper 84 and the sealant 85,
The glass 81 and the insulating interstitial rod 82 and the first adhesive 83 formed in the interior space 81b is filled with an insulating gas 87, characterized in that it is composed of a case with an improved heat insulating function structure Window. According to claim 1,
The first heat blocking member 20 is provided with a first left engaging projection on the left side so as to be coupled to the first left groove 13a formed on the upper left side of the fix part (a) of the window frame 10 ( 21) is formed, facing the first left groove (13a) is fixed to the right side so as to be coupled to the first right groove (14a) formed on the upper right side of the fix (fix) portion (a) of the window frame (10) 1 right engaging projection 22 is formed, the seating inclined surface 23 is formed on the lower right side so as to be seated on the right inclined surface 14a-1 formed by being inclined at the lower portion of the first right groove 14a, the A casement-type window having an improved heat insulating function, characterized in that a locking jaw (24) is formed between the left side of the seating slope (23) and the lower right side of the first heat blocking member (20). According to claim 1,
The second heat blocking member 30 is in the second left groove 13b formed in the lower portion of the first left groove 13a formed in the upper left side of the fix part (a) of the window frame 10. A second left coupling protrusion 31 is formed on the left side so as to be coupled, and is formed on the right side of the fix part (a) of the window frame 10 and formed below the first right groove 14a. Insulation function, characterized in that the second right engaging projection 32 is formed on the right side to be coupled to the second right groove (14b), the locking groove 33 is formed in the lower portion of the second right engaging projection (32) Casement-shaped window with improved structure. According to claim 1,
The third heat blocking member 40 is at the bottom of the third left groove 13c formed under the second left groove 13b formed in the fix part (a) of the window frame 10. The """ shaped seating portion 41 is formed on the left side so as to be positioned, and the "b" shaped seating portion on the upper right side facing the lower portion of the second right coupling protrusion 32 of the second heat blocking member 30 ( 42) is a casement-type window with a structure that improves the insulation function, characterized in that formed. According to claim 1,
The fourth heat blocking member 50 is located on the left side of the vent part (b) of the window frame 10, and in the fourth left groove 13d formed under the third left groove 13c. A third left coupling protrusion 51 is formed on the left side to be coupled, and is located on the right side of the vent part b of the window frame 10, and is formed at the bottom of the second right groove 14b. 3 A casement-shaped window having a structure with improved heat insulating function, characterized in that a third right coupling protrusion 52 is formed on the right side to be coupled to the right groove 14c. According to claim 1,
Thermal insulation characterized by consisting of first and second connection fixing members (60a, 60b) connecting and fixing the lower both sides of the second heat blocking member (30) and the upper both sides of the third heat blocking member (40) to each other. Casement-shaped windows with improved structure. The method of claim 6,
The first connection fixing member (60a) is a body (61a) is formed with a coupling protrusion (61) on the left side to be coupled to the third left groove (13c), and a plurality of supports (62) below the body (61a) ), the upper portion of the right side of the body (61a) is in contact with the lower left side of the second heat blocking member 30, and the lower portion of both the supports 62 is the third heat blocking member (40). ”" A casement-type window having a structure with improved heat insulating function, characterized in that it is installed in contact with the upper surface of the shaped seating portion (41). The method of claim 6,
The second connection fixing member (60b) has a body (61a) having a locking port (63) formed on the upper left surface to be seated in the locking groove (33) formed in the lower left of the second heat blocking member (30), On the upper right side of the body 61a, a plurality of engaging projections 64 formed to be coupled to the "a" shaped grooves 15 formed at the bottom of the second right groove 14b, and at the bottom of the body 61a The formed vertical portion 65 and the curved portion 66 curved from the lower portion of the vertical portion 65 to the left of the "b" shaped seating portion 42 formed on the upper right of the third heat blocking member 40 A casement window having a structure with improved insulation function, characterized in that it is configured to rest on the upper surface. According to claim 1,
The first and second coupling grooves 17a and 17b formed on both inner surfaces of the seating portion 16 and the left side of the multilayer glass 80 are installed to be supported and coupled to the first coupling groove 17a. A first sealing fixing member 70a having a coupling protrusion 71 and a coupling protrusion 71 installed to support the right side of the multilayer glass 80 and coupled to the second coupling groove 17b A casement-shaped window having a structure with improved insulation function, characterized in that it is composed of a second sealing fixing member (70b). The method of claim 9,
A plurality of inclined portions 72 inclined from the bottom to the top is installed on the right side of the first sealing fixing member 70a, and inclined portions inclined from the bottom to the top on the left side of the second sealing fixing member 70b. (72) is a casement-type window with a structure that improves the insulation function, characterized in that a plurality of installed. According to claim 1,
The seating inclined surface 23 of the first heat blocking member 20 installed inside the fix part (a) of the window frame 10 having a vertical length increased is the fix part (a). Is installed to be supported by the inclined portion (14a-2) of the circular body formed on the upper right side of the, the first heat blocking member 20 and the second heat blocking member 30 between the additional heat insulating material (20a) is installed and , Double formed in the size of the third heat blocking member 40 and the fourth heat blocking member 50 under the third heat blocking member 40, which is installed under the additional heat insulating material 20a The heat shield member (40a) is a window of the case type having a structure with improved insulation, characterized in that installed inside the vent (vent) portion (b) of the window frame (10). According to claim 1,
The seating inclined surface 23 of the first heat blocking member 20 installed inside the fix part (a) of the window frame 10 having a vertical length increased is the fix part (a). It is installed to be supported by the inclined portion (14a-2) of the circular body formed on the upper right side of the, the first heat-blocking member 20 and the second heat-blocking member 30 between the 2-1 heat insulating material (20b) ) Is installed and the third heat-blocking member 40 and the bottom of the third heat-blocking member 40 are installed below the 2-1 heat-blocking material 20b having a plurality of hollow parts d. The fourth heat blocking member 50 and the fourth heat blocking member 40b having the same shape as the fourth heat blocking member 50 are disposed below the fourth heat blocking member 50. A casement window having a structure with improved insulation function, characterized in that it is installed inside the vent portion (b) of the window frame (10). The method according to claim 1 or 11 or 12,
The first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member 40b of the The inside is a soft material formed by connecting a plurality of hollow parts (d) to each other, and the outside is formed of a hard material;
The first to fourth heat blocking members 20 to 50, the heat blocking member 40a, the 2-1 heat blocking member 20b, and the 4-1 heat blocking member 40b are A casement window with a structure that improves the insulation function, characterized in that it is formed as a single body. According to claim 1,
The insulating rod 82 is a cased type having a structure with improved insulation, characterized in that three bent portions 82c are formed by being cut at predetermined intervals along the lengthwise direction to be bent in the form of a square frame. Window. The method of claim 14,
Enhance insulation function, characterized in that a second aluminum sheet paper (88) attached by a third adhesive (88a) to the first aluminum sheet paper (84) is configured to be sealed between both ends of the heat insulation rod (82). A casement-shaped window with a prescribed structure. According to claim 1,
The insulating rod 82 is a casement-type window having a structure with improved insulating function, characterized in that made of PVC material. According to claim 1,
Instead of the first adhesive 83, a double-sided tape 83a is attached to both sides of the heat insulating rod 82, and is a casement-type window having a structure with improved heat insulating function. According to claim 1,
The sealant 85 is a casement-type window having a structure with improved heat insulating function, characterized in that it is made of butyl material. According to claim 1,
The insulating gas (87) is an argon gas (Ar) or a krypton gas (Kr), characterized in that the heat insulating function has a structure having improved structure of the casement window.

Images