KR101321893B1 - Roof structure means with a thermal barrier multi-pad and constructing method there of - Google Patents

Abstract

PURPOSE: A roof structure with a heat shield multifunctional pad, and a constructing method thereof are provided to secure a pleasant residential environment and economic feasibility by preventing condensation and raising thermal insulation. CONSTITUTION: A roof structure with a heat shield multifunctional pad comprises a C-shaped steel lower support stand, a base sheet, a Z-bar, a heat shield pad (30), a clip member, an upper roof sheet, and a sound absorption heat insulating material. The C-shaped steel lower support stand is installed in a horizontal bar shaped and reinforces bearing capacity in a lower part transverse direction of a roof body. The base sheet is assembled on the upper surface of the C-shaped steel lower support stand. The Z bar is fixed to the upper part of the base sheet using a screw bolt, and reinforces bearing capacity by being fixed to the heat shield pad. The heat shield pad is fixed on the upper surface of the Z-bar in parallel with the lower support stand and has a clip member seating groove (42) and a bolt penetration hole (50). A clip member is settled in the clip member seating groove of the heat shield pad and protrudes from the top end. The upper roof sheet is installed on the left and right sides of the upper surface of the clip member, and the end part of the upper roof sheet is shimmed in a seaming mode. The sound absorption heat insulating material is formed between the base sheet and the upper roof sheet.

Description

ROOF STRUCTURE MEANS WITH A THERMAL BARRIER MULTI-PAD AND CONSTRUCTING METHOD THERE OF}

The present invention relates to a roof structure with a thermal barrier multi-function pad and a construction method thereof, and more specifically, a thermal barrier multi-function pad is coupled to the top of the Z bar, even though the thermal barrier pad is made of a thin film and melted in a fire. It is not peeled off and secured, and the safety of the roof body is secured, and the heat transfer is not performed through the combined metal clip member on the thermal barrier multifunctional pad, which prevents dew condensation and heat insulation, thereby ensuring comfortable living space and economical efficiency. Since the metal clip member is fastened to the Z bar with bolts, it is strong and strong against wind pressure.The clip member seating groove on the multifunctional pad improves work efficiency and enables precise construction. It is about.

As is well known, the conventional boltless roof body was developed based on the problem of heat insulation and condensation, and focused on leakage prevention. However, there was a limit to the perfect insulation and condensation problem solving and strong winds. Therefore, in order for the boltless roof to improve insulation efficiency and to completely block condensation, the temperature of the outside air must be thermally cut through the roof, there must be no heat loss inside the roof, and to improve the bearing capacity against the wind pressure. It should be constructed in such a way that the clips that strongly support the roof top plate facing directly to the roof can be firmly fastened.

Hereinafter, the conventional improved boltless loop structure will be described in detail with reference to FIGS. 1, 2, 3, and 4.

As shown in FIG. 1, when the metal clip is directly fastened to fold the upper roof sheet 12 to the Z bar 6, heat conduction may occur, resulting in lower insulation and condensation. (6) a synthetic resin frame 30 is installed on the frame 30, and a clip coupling hole 36 is formed in the frame 30 at regular intervals, the coupling hole 36 in the width of the upper roof sheet (12) Insert the clip fixing member 40 in accordance with the constant.

This method has the effect of blocking heat transfer through the clip fixing member 40 from the upper roof sheet 12 using the frame 30 as a synthetic resin, but the thickness of the frame 30 is large (upper roof sheet 12). The larger the cross-section of the clip coupling hole 36 to which the body 42 of the clip fixing member and the body 42 of the fixing member to be inserted can respond to wind pressure. 6) Insulation material which is continuously filled at intervals is deformed by the thickness and width of frame 30 at the corner of Z bar (6). As a result, work efficiency and insulation may be reduced.

In addition, many coupling holes 36 of a predetermined interval for inserting the clip fixing member 40 and the portion where the clip is not filled are left as spaces, which may cause deterioration of thermal insulation.

In addition, the insertion structure of the frame 30 as shown in FIG. 2 has an advantage that the fastening member 40 such as a clip can be coupled to the sliding groove of the frame 30 very quickly, but the frame 30 made of synthetic resin has a volume It is large and very vulnerable to heat, so it melts easily in a fire, and after melting the volume of the frame 30 disappears, there was a problem that the upper roof sheet 12 is peeled off without a support and separated from the roof body.

In addition, the clip fixing member 40 and the body 42 are made of synthetic resin, so that it has a bearing capacity that can be melted in a fire and against strong winds.

In addition, the frame 30 inserting structure as shown in FIG. 2 has an operation in which the frame 30 is fixed to the Z bar 6 and the operation of inserting the frame 30 fixing member 40 separately, thereby greatly reducing work efficiency. Had a problem.

The present invention has been made in view of the above-described prior art, and the thermal barrier pad is coupled to the top of the Z-bar, but the thermal barrier pad is made of a thin film, so that the upper roof sheet is peeled off and is not dismantled from the roof body even when melted in a fire. It is supported, and heat transfer is not carried out through the pure metal clip member bonded on the thermal barrier pad. Therefore, it prevents dew condensation and improves thermal insulation, ensuring comfortable living environment and economical efficiency. Its purpose is to provide a loop structure provided to be constructed.

In order to achieve the above object, according to a preferred embodiment of the present invention is installed in the form of a horizontal bar lower support (5) of the C-shaped steel for reinforcing the lower transverse bearing capacity of the roof body; A base sheet 4 seated and assembled on the upper surface of the lower support 5 of the C-shaped steel; A Z bar (6) fixed to the upper portion of the base sheet (4) by a screw bolt (26), the upper end of which is fixed to the thermal barrier pad (30) to reinforce the bearing force; It is fixed to the upper surface of the Z bar 6 in parallel with the lower support (5) and configured to be interconnected in the transverse direction, the clip member seating grooves 42 are formed on the upper surface at equal intervals, the clip member ( 60 and a thin film thermal barrier pad 30 having a bolt through hole 50 through which the screw bolt 94 penetrates at the same time; A clip member 60 which is seated in the clip member seating recess 42 of the thermal barrier pad 30 and protrudes upward; An upper roof sheet (12) provided on the upper left and right sides of the clip member (60) and the end of which is shrunk in a girdle folding manner by the clip member (60); Provided is a loop structure provided with a thermal barrier pad, characterized in that the sound absorbing insulation (22, 24) is formed between the base sheet (4) and the upper roof sheet (12).

Preferably, the thermal barrier pad 30 is made of a synthetic resin of a thin film, the clip member seating groove 42 is repeatedly formed on the upper surface, one end of which is formed in a '-' shape and the engaging projection 36 is A first connection portion 34 protruding downward is formed; The other end is formed of a 'b' shape and the second connection portion 38 is formed with a coupling hole 40 to which the coupling projection 36 is coupled, the first connection portion 34 and the second connection portion 38 ) Is interconnected to provide a loop structure with a thermal barrier pad, characterized in that the plurality of thermal barrier pads 30 can be connected in the longitudinal direction.

Preferably, the clip member seating groove 42 of the thermal barrier pad 30 has a first constraining groove 46 into which one end of a bottom surface of the clip member 60 can be fitted, and a bottom surface of the clip member 60. Loop with heat shield pad, characterized in that the other end is fitted with a second restraint groove 48 and the through hole 44 that can be seated through both sides of the lower surface of the clip member 60 is formed. A structure is provided.

Preferably, the clip member 60 has a first guide portion 82 formed at one end thereof by bending the metal square plates to abut each other, and a second guide portion 86 facing the first guide portion 82 at the other end thereof. A support body 80 is formed to form a base part; A lower end is slidably coupled to the inside of the support body 80, and an upper end of the support body 80 is provided with a thermal barrier pad, which is made of a standing body 62 vertically placed in a state perpendicular to the support body 80. A loop structure is provided.

Preferably, the support body 80 is formed with a second projection 84, the lower end of which is bent and reinforced in multiple stages on one side of the second guide portion 86 and fitted into the second confined groove 48, A plurality of clip through holes 90 are formed on the upper surface of the second protrusion 84 to provide a loop structure with a thermal barrier pad.

Preferably, the standing body 62 includes a sliding portion 72 slidably fitted in the base 80; Providing a loop structure provided with a thermal barrier pad, characterized in that the first projection 68 is further protruded on one side of the sliding portion 72 is limited to the movement position by the first guide portion 82. do.

Preferably, the tongue standing body 62 has an upper end portion 74 which is top end and shimmered in a multi-fold folding manner; There is provided a loop structure provided with a thermal barrier pad, characterized in that the sheet stage assembly portion 76 is further configured to assemble the ends of the plurality of upper roof sheets 12 inside the upper fold portion 74.

Preferably, the bolt through hole 50 formed in the thermal barrier pad 30 has a diameter smaller than that of the clip through hole 90 formed in the clip member 60, and thus does not directly contact the outer circumference of the screw bolt 92. In addition, the screw bolt 92 is provided with a loop structure with a thermal pad, characterized in that the rubber washer 94 is further inserted so that the head of the screw bolt 92 does not directly contact the clip member 60.

In the loop structure provided with the thermal barrier pad according to the present invention, the thermal barrier pad is disposed between the clip member and the Z bar so that the clip member and the Z bar are not directly connected to each other, and the direct contact between the clip member and the screw bolt is also prevented. By blocking the heat exchange between the roof sheet and the indoor side, it prevents dew condensation and improves thermal insulation performance.It is possible to quickly combine the clip member with the thermal barrier pad by attaching the clip member to the seating groove provided on the pad surface. First, it can be fastened to Z bar at once by using a screw bolt while the clip member and the thermal barrier pad, which are pure metal members, can be fast and precise construction, and can maintain a strong fastening state that can cope with wind pressure strongly. There is an advantage. In addition, since the thermal barrier pad is a thin film, the upper roof sheet does not peel off from the Z bar even when melted in a fire, and does not cause a deterioration of thermal insulation performance at the flaw insulation filling part as a thick frame section.

1 is a side cross-sectional view showing the configuration of a prior art structure;
2 is a front sectional view of the prior art,
3 is a front view showing a frame in the prior art,
4 is a sliding clip of the prior art,
5 is a partially cutaway perspective view illustrating a loop structure having a thermal barrier pad according to an embodiment of the present invention;
FIG. 6 is a perspective view illustrating a thermal barrier pad included in a roof structure having a thermal barrier pad according to an embodiment of the present invention; FIG.
7 is a plan view illustrating a heat shield pad included in a loop structure having a heat shield pad according to an embodiment of the present invention;
8 is a plan view interconnecting a plurality of thermal barrier pad of FIG.
9 is a perspective view illustrating one side of a clip member included in a loop structure provided with a thermal barrier pad according to an embodiment of the present invention;
10 is a perspective view showing the other side of the clip member included in the loop structure provided with a thermal barrier pad according to an embodiment of the present invention;
11 is a view for explaining a heat transfer prevention structure of a roof structure provided with a thermal barrier pad according to an embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings.

1 is a side cross-sectional view showing the configuration of a prior art structure.

2 is a front cross-sectional view of the prior art.

3 is a front view showing a frame in the prior art.

4 is a sliding clip of the prior art.

5 is a partially cutaway perspective view illustrating a loop structure having a thermal barrier pad according to an embodiment of the present invention.

Referring to this, the loop structure 20 having a heat shield pad according to an embodiment of the present invention is coupled to the heat shield pad on the top of the Z bar, even if the heat shield pad is made of a thin film, the heat shield pad melts by fire. Since the upper roof sheet is not floating in the air and heat is not transferred through the clip member coupled on the thermal barrier pad, the structure is economical and convenient, and the working time is shortened.

In more detail, the roof structure 20 having a heat shield pad according to an embodiment of the present invention is installed in the form of a horizontal bar, and the lower support 5 of the C-shaped steel for reinforcing the lower transverse bearing capacity of the roof body 5. Wow; A base sheet 4 seated and assembled on the upper surface of the lower support 5 of the C-shaped steel; The top of the base sheet 4 is fixed to the screw bolt 26, the upper end is fixed to the thermal pad 30 is configured to include a Z bar (6) for reinforcing the bearing force.

In addition, the loop structure 20 with a thermal barrier pad according to an embodiment of the present invention is fixed to the upper surface of the Z bar 6 in parallel with the lower support 5 and configured to be interconnected in the transverse direction The thin film thermal barrier pad 30 having a clip member seating groove 42 formed at equal intervals on the upper surface thereof, and having a bolt through hole 50 through which the screw bolt 94 penetrates simultaneously with the clip member 60. Wow; A clip member 60 which is seated in the clip member seating recess 42 of the thermal barrier pad 30 and protrudes upward; An upper roof sheet (12) provided on the upper left and right sides of the clip member (60) and the end of which is shrunk in a girdle folding manner by the clip member (60); Sound absorbing insulation (22, 24) formed between the base sheet 4 and the upper roof sheet (12).

The sound absorbing insulation (22, 24) is made of a material such as polyester wool or glass wool to cut the heat transfer of the indoor and outdoor side to suppress the condensation phenomenon.

However, the sound absorbing insulation (22, 24) also can not solve the condensation phenomenon of the metal connection structure formed in a conventional loop structure.

However, the loop structure 20 provided with the thermal barrier pad according to the embodiment of the present invention includes the clip member 60 and the Z bar 6 so as not to be directly connected to the clip member 60 and the Z bar 6. The heat shield pad 30 is disposed at the upper portion of the thermal barrier pad 30, and thus the direct contact between the clip member 60 and the screw bolt 92 (see FIG. 11) is also prevented to block heat exchange between the upper roof sheet 12 and the indoor side.

On the other hand, as shown in the same figure by mounting the clip member 60 on the upper surface of the thermal barrier pad 30, the fastening of the clip member 60 and the thermal barrier pad 30 is possible, the present invention The clip member 60 and the heat shielding pad 30 of the clip member 60 and the heat shielding pad 30 can be fastened because the screw bolt 92 can be fastened at a time in a state in which the clip member 60 is coupled to the heat shielding pad 30. Do.

6 is a perspective view illustrating a heat shield pad included in a loop structure with a heat shield pad according to an embodiment of the present invention, and FIG. 7 is a loop structure with a heat shield pad according to an embodiment of the present invention. FIG. 8 is a plan view illustrating the thermal barrier pads included therein, and FIG. 8 is a plan view illustrating a plurality of thermal barrier pads of FIG. 7.

Referring to this, the heat shield pad 30 included in the roof structure 20 having the heat shield pad according to the embodiment of the present invention is parallel to the lower support 5, and the upper surface of the Z bar 6. The bolt through hole 50 is fixed to the lateral direction and is configured to be interconnected, the clip member seating grooves 42 are formed on the upper surface at equal intervals, and the screw bolt 94 penetrates at the same time as the clip member 60. ) Is formed in a thin film, the upper roof sheet 12 is not excessively lifted from the Z bar 6 even when melted in the fire.

More specifically, the thermal barrier pad 30 is made of a synthetic resin of a thin film, the clip member seating groove 42 is repeatedly formed on the upper surface, one end thereof is formed in a '-' shape and the engaging projection 36 A first connection portion 34 protruding downward is constituted; The other end is formed of a 'b' shape and the second connection portion 38 is formed with a coupling hole 40 to which the coupling projection 36 is coupled, the first connection portion 34 and the second connection portion 38 ) Are interconnected so that the plurality of thermal barrier pads 30 can be connected in the longitudinal direction.

That is, the heat shielding pad 30 may have a first connection portion 34 formed at one end thereof, and a second connection portion 38 formed at the other end thereof so that a plurality of heat shielding pads 30 may be connected in the longitudinal direction. Therefore, a plurality of thermal barrier pads 30 are connected in the longitudinal direction to the upper surface of the Z bar 6.

The first connection part 34 and the second connection part 38 are connected to each other by the coupling of the coupling protrusion 36 and the coupling hole 40, and the coupling hole 40 facilitates coupling with the coupling protrusion 36. Consists of long holes to increase.

On the other hand, the clip member seating groove 42 of the thermal barrier pad 30, the clip member seating groove 42 is fixed so that the clip member 60 in a coupled state, the clip member 60 The first confining groove 46 into which one end of the lower surface can be fitted, the second constraining groove 48 into which the other end of the lower surface of the clip member 60 can be fitted, and both sides of the lower surface of the clip member 60. A through hole 44 through which the part passes and is seated is formed.

Preferably, the through hole 44 is a space in which the front end protrusion 64 and the rear end protrusion 66 of the clip member 60 are cut so as to be seated.

The first confining groove 46, the second confining groove 48, and the through hole 44 are firmly coupled to the lower surface of the clip member 60 to increase the binding force.

9 is a perspective view showing one side of a clip member included in a loop structure with a heat shield pad according to an embodiment of the present invention, and FIG. 10 is a loop structure with a heat shield pad according to an embodiment of the present invention. Is a perspective view showing the other side of the clip member included in.

Referring to this, the clip member 60 included in the loop structure 20 provided with the thermal barrier pad according to the embodiment of the present invention is bent in contact with each other the metal square plate first guide portion 82 at one end. A support body 80 having a second guide portion 86 formed at the other end and facing the first guide portion 82 to form a base portion; A lower end is slidably coupled to the inside of the support body 80, and an upper end of the support body 80 includes a standing body 62 placed in a state perpendicular to the support body 80.

That is, the supporting body 80 and the standing body 62 are coupled to each other, and the lower end of the standing body 62 is configured to fit inside the supporting body 80.

The support body 80 is formed with a second protrusion 84, the lower end of which is bent in multiple stages on one side of the second guide portion 86 and fitted into the second confined groove 48, and a second protrusion. A plurality of clip through holes 90 are formed on the upper surface of 84.

In this case, the clip through hole 90 is in a state of being through the bolt through hole 50 of the thermal barrier pad 30.

In addition, the standing body 62 includes a sliding portion 72 slidably fitted in the base 80; The first protrusion 68 protrudes on one side of the sliding part 72 to limit the movement position by the first guide part 82.

In addition, the tongue standing body 62 is the upper end portion and the top folded portion 74 which is shimmered in a girdle folding method; Sheet end assembly portion 76 for gathering the end of the plurality of upper roof sheet 12 in the upper fold portion 74 is further configured.

Referring to FIG. 5, the left and right ends of the upper roof sheets 12 which are different from each other are gathered together in the sheet end assembly 76, and in this state, the upper folds 74 are folded to perform the shimmering. .

11 is a view for explaining a heat transfer prevention structure of a roof structure provided with a thermal barrier pad according to an embodiment of the present invention.

Referring to this, the loop structure 20 with a heat shielding pad according to an embodiment of the present invention is formed of a heat transfer preventing structure, which is provided with a heat shielding pad according to an embodiment of the present invention as described above. The roof structure 20 arranges the thermal barrier pad 30 between the clip member 60 and the Z bar 6 so that the clip member 60 and the Z bar 6 are not directly connected to each other.

In addition, direct contact between the clip member 60 and the screw bolt 92 is also prevented, thereby blocking heat exchange between the upper roof sheet 12 and the indoor side. That is, the rubber washer 94 is inserted into the outer circumference of the screw portion 92 of the screw bolt 92 to prevent direct contact between the clip member 60 and the screw bolt 92.

In addition, the bolt through hole 50 formed in the thermal barrier pad 30 has a diameter smaller than that of the clip through hole 90 formed in the clip member 60 so as not to directly contact the outer circumference of the screw bolt 92. .

Therefore, the roof structure 20 provided with the thermal barrier pad according to the embodiment of the present invention is excellent in functionality since it is possible to prevent heat condensation at the source and prevent condensation at the source.

On the other hand, the roof structure provided with a thermal barrier pad according to an embodiment of the present invention is not limited to the above embodiments, but various modifications can be made without departing from the technical gist of the present invention.

20: loop structure, 30: thermal barrier pad,
34,38: the first and second connections, 36: coupling groove,
40: coupling hole, 42: clip member seating groove,
50: through-bolt, 60: clip member,
62: standing body, 80: support body,
90: clip through hole, 92: screw bolt,
94: A rubber washer.

Claims (9)

A lower support 5 of the C-shaped steel installed in the form of a horizontal bar to reinforce the lower transverse bearing force of the roof body;
A base sheet 4 seated and assembled on the upper surface of the lower support 5 of the C-shaped steel;
A Z bar (6) fixed to the upper portion of the base sheet (4) by a screw bolt (26), the upper end of which is fixed to the thermal barrier pad (30) to reinforce the bearing force;
It is fixed to the upper surface of the Z bar 6 in parallel with the lower support (5) and configured to be interconnected in the transverse direction, the clip member seating grooves 42 are formed on the upper surface at equal intervals, the clip member ( 60 and a thin film thermal barrier pad 30 having a bolt through hole 50 through which the screw bolt 94 penetrates at the same time;
A clip member 60 which is seated in the clip member seating recess 42 of the thermal barrier pad 30 and protrudes upward;
An upper roof sheet (12) provided on the upper left and right sides of the clip member (60) and the end of which is shrunk in a girdle folding manner by the clip member (60);
Loop structure with a heat shield pad, characterized in that made of a sound-absorbing heat insulating material (22, 24) configured between the base sheet (4) and the upper roof sheet (12). The method of claim 1,
The thermal barrier pad 30 is made of a synthetic resin of a thin film, the clip member seating groove 42 is repeatedly formed on the upper surface, one end of which is formed in a '-' shape and the engaging projection 36 protrudes downwards. Configured first connection portion 34;
The other end is formed of a 'b' shape and the second connection portion 38 is formed with a coupling hole 40 to which the coupling projection 36 is coupled,
The first structure 34 and the second connection portion 38 is connected to each other by a plurality of thermal barrier pad 30 is a loop structure, characterized in that the thermal barrier pad can be connected in the longitudinal direction. The method of claim 1,
The clip member seating groove 42 of the thermal barrier pad 30 may include a first binding groove 46 into which one end of a bottom surface of the clip member 60 may be fitted, and the other end of the clip member 60 into a bottom surface thereof. Loop structure with a heat-resisting pad, characterized in that the second confined groove 48 and the through hole 44 can be seated through both sides of the lower surface of the clip member (60). The method of claim 1,
The clip member 60 has a first guide portion 82 formed at one end thereof by bending the metal square plates to be in contact with each other, and a second guide portion 86 facing the first guide portion 82 formed at the other end thereof. A support body 80 to form a base portion;
A lower end is slidably coupled to the inside of the support body 80, and an upper end of the support body 80 is provided with a thermal barrier pad, which is made of a standing body 62 vertically placed in a state perpendicular to the support body 80. Loop structure. 5. The method of claim 4,
The support body 80 is formed with a second protrusion 84, the lower end of which is bent in multiple stages on one side of the second guide portion 86 and fitted into the second confined groove 48, and a second protrusion. Loop structure provided with a thermal barrier pad, characterized in that a plurality of clip through holes (90) formed on the upper surface of (84). 5. The method of claim 4,
The standing body 62 includes a sliding portion 72 slidably fitted in the base 80;
The first structure 68 is protruded on one side of the sliding portion 72 is limited to the movement position by the first guide portion 82 is a loop structure having a heat shield pad, characterized in that further configured. 5. The method of claim 4,
The tongue standing body 62 has an upper end portion 74 that is top end and is shimmered in a mullet folding manner;
Thermal structure pad is provided with a heat shield pad, characterized in that the sheet stage assembly portion 76 is further configured to assemble the ends of the plurality of upper roof sheet (12) inside the upper fold portion (74). The method of claim 1,
The bolt through hole 50 formed in the thermal barrier pad 30 has a diameter smaller than that of the clip through hole 90 formed in the clip member 60, and thus does not directly contact the outer circumference of the screw bolt 92. (92) The rubber washer 94 is further fitted, the head of the screw bolt (92) loop structure with a thermal pad, characterized in that the direct contact with the clip member (60). Disposing a base sheet on an upper surface of the lower support;
Disposing a Z bar on an upper surface of the base sheet;
Simultaneously fixing the bottom of the Z bar to the lower support and the base sheet and continuously inserting the thermal barrier pads on the top of the Z bar;
Inserting a clip member into a clip seating groove on an upper surface of the heat shielding pad, and fastening a packing to a screw bolt at a predetermined interval between the heat shielding pad and the clip fixing groove;
Construction of the fault insulation material;
Method for constructing a roof structure with a multi-function thermal barrier pad, characterized in that consisting of the first step of the upper route sheet and then the second part of the upper roof sheet to perform the whole shimmering work.

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