KR100983131B1 - Panel Assembley Structure of under-floor heating system - Google Patents

Abstract

The present invention relates to a structure of a panel assembly for ondol, by manufacturing a frame by a joint and a custom method, and by mounting a heat insulating material and a top plate in a snap-fit method to the frame, not only can increase the efficiency of the work but also reduce the weight of the member It is an object of the present invention to provide a panel assembly structure for ondol, which can reduce the cost of the furnace and obtain the convenience of transfer to the shop floor. As a means for realizing this, the ondol panel assembly structure according to the present invention has at least two mounting recesses 11 formed in the longitudinal direction in order to install the hot water pipe 1000 on the upper surface thereof, A heat insulating member 10 having a first recess 14 on the edge thereof; The curved groove portion 21 for receiving the curved portion 1100 of the hot water pipe 1000 mounted on the installation groove portion 11, and the straight groove portion 22 is formed above the curved groove portion 21, A curved insulation member 20 having a second recess 23 on each of three lower edges thereof; A frame member 30 surrounding the insulating member 10 and the curved insulating member 20 to form a lattice-shaped frame such that the installation recess 11 and the curved recess 21 are connected to each other; An upper plate 40 seated on the upper surface of the frame in a lattice form; A fixing member 50 mounted on the upper surface of the frame member 30 in a snap-fit manner over the entire length and simultaneously pressing and fixing two neighboring heat insulating members 10; And support pieces 60 mounted at sides of two frame members 30 adjacent to each other to maintain a gap therebetween.

Prefab Ondol, Snap Fit Coupling, Height Adjustable, Hot Water Pipe

Description

Panel assembly structure for underfloor {Panel Assembley Structure of under-floor heating system}

The present invention relates to a panel assembly structure for ondol, and more particularly, each member can be assembled in a snap-fit method, and the ondol panel which can achieve cost reduction and convenience of transportation to the site due to quickness of work and light weight of the member. Relates to an assembly structure.

In general, the heating can be divided into a separate heating for placing a stove or a hot air fan in the room, and a central heating for distributing the fruit produced by the boiler to each room. In the case of central heating, pipes are buried in each room to circulate the fruit, and the heating effect is obtained by circulating the fruit.

In recent years, such central heating has been widely used as well as electric heating as well as boilers. In addition, central heating usually requires approximately 10 days of construction time, as each room must be treated with insulation, buried and finished. However, the conventional heating system has been introduced a lot of various modular ondol to shorten the construction period long.

For example, in the case of the electric ondol method, the ondol panel is manufactured in advance in the form of a panel having a predetermined size, and the prefabricated ondol panel can be manufactured in advance. However, in the case of the electric ondol method, it is possible to shorten the construction period, but if the size of the room is not standardized, there is a disadvantage that it is difficult to fit the size of the room at the time of construction.

As another example, the modular ondol panel can be constructed in accordance with the size of the room of various types, but a variety of methods such as joining, screwing and bonding is used as a construction method, there is a problem that the work efficiency is inferior.

The present invention has been made in view of this point, by making the frame by the joint and fitting method, it is possible to mount the insulating material and the top plate in a snap-fit method to the frame, not only to increase the efficiency of work but also to reduce the weight of the member It is an object of the present invention to provide a panel assembly structure for ondol, which can reduce the cost of the furnace and obtain the convenience of transfer to the shop floor.

The ondol panel assembly structure according to the present invention as a means for realizing this,

In order to install the hot water pipe 1000 on the upper surface at least two installation grooves 11 in the longitudinal direction is formed in the longitudinal direction, the heat insulating member 10 having the first grooves 14 on each of the lower edges of both sides ;

The curved groove portion 21 for receiving the curved portion 1100 of the hot water pipe 1000 mounted on the installation groove portion 11, and the straight groove portion 22 is formed above the curved groove portion 21, A curved insulation member 20 having a second recess 23 on each of three lower edges thereof;

A frame member 30 surrounding the insulating member 10 and the curved insulating member 20 to form a lattice-shaped frame such that the installation recess 11 and the curved recess 21 are connected to each other;

An upper plate 40 seated on the upper surface of the frame in a lattice form;

A fixing member 50 mounted on the upper surface of the frame member 30 in a snap-fit manner over its entire length and simultaneously pressing and fixing two neighboring heat insulating members 10; And

It comprises a support piece (60) both ends are mounted on the side of each adjacent two frame member 30 to maintain a gap therebetween.

In addition, the heat insulating member 10 further includes a reinforcing member 12 installed in the longitudinal direction between the installation recesses 11. The reinforcing member 12 is provided with a plate body 12a which is in close contact with the upper surface of the heat insulating member 10 and a protrusion which is installed at the lower portion of the plate body 12a at equal intervals and installed in the mounting hole 13 formed in the heat insulating member 10. (12b).

In particular, the heat insulating member 10 and the curved heat insulating member 20 may use styrofoam or foam urethane.

In addition, the curved groove 21 is connected to the semi-circular groove 21a for connecting the two mounting grooves 11 and the semi-circular groove 21a to be connected to the adjacent curved insulation member 20 '. It comprises a quarter recess 21b for.

In addition, the frame member 30 has a mounting guide portion 31 for fixing the fixing member 50 to the upper portion in a snap manner, length adjusting guide portions 32 formed on both sides, and a length at the center of the front end surface. A vertical connection hole 33 formed in the direction, a fixing convex portion 34 in which the lower surfaces of the first and second recesses 14 and 23 are seated on the lower edges of both sides, and reinforcement formed in the longitudinal direction on both sides of the lower surface. It comprises a guide 35.

In addition, the upper plate 40 is made up of the upper plate 41 is placed between the two heat insulating member 10, and laminated on the upper plate 41 so that the rim stepped, one end of the edge is ahead of the upper plate 41 It characterized in that it comprises a lower plate 42 formed to protrude into. At this time, the upper plate 41 and the lower plate 42 is made of an inorganic board, it is made by bonding the uncoated back surface of each inorganic board to abut each other.

In addition, the fixing member 50 has a smaller width than the frame member 30, the body portion 51 made of the same length and the hook formed with a locking projection (52a) on the outside over the entire length on one surface of the body portion 51 Characterized in that it comprises a portion 52.

In addition, the support piece 60 is made of the same shape as the cross section of the width direction of the heat insulating member 10, characterized in that the fasteners 61 are formed at both ends to be fixed to the side of the heat insulating member 10, respectively. . This fastener 61 is formed in a "T" shape.

 On the other hand, the ondol panel assembly structure according to the present invention further comprises a plate body 110 is mounted in a rectangular shape, and the auxiliary upper plate 100 in which the support protrusion 111 is formed in a lattice form on the plate body 110 further includes: Can be configured.

In addition, the ondol panel assembly structure according to the present invention is characterized in that it further comprises a height adjusting means 200 for absorbing load distribution and interlayer noise. The height adjustment means 200,

A height adjustment member 210 mounted to the reinforcement guide 35 formed at the lower portion of the frame member 30 to form a support surface 211 between the frame member 30 along both edges thereof;

A load distribution plate 220 mounted between the support surfaces 211 of the neighboring height adjustment members 210 so as to be parallel to the top plate 40; And

Auxiliary insulation member 230 mounted to the lower portion of the load distribution plate 220; further comprises.

In addition, the panel assembly structure for ondol according to the present invention,

A clip portion 310 inserted into the mounting guide portion 31 and bent in a longitudinal direction; And

Seated in the width direction of the frame member 30 is coupled in a tenon joint method, and further comprises a top plate 300 for fixing to the clip 310.

According to the present invention, the following effects can be obtained.

1) Since each component can be assembled without using screws or nails, the efficiency of work can be maximized during construction.

2) In particular, since the components are coupled in a snap-fit manner, construction can be facilitated even if the skilled worker is not.

3) Even if the size of the room is not standardized, it is possible to facilitate ondol construction by cutting and assembling the frame member according to the size of the room.

4) Because the components are light and easy to be injected and manufactured, not only can the construction cost of ondol be lowered, but also the convenience to transfer to the work site can be obtained.

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

Of composition First embodiment )

Figure 1a is an exploded perspective view for showing the configuration of the panel assembly for ondol according to the present invention, Figure 1b is a perspective view showing the mounting state of the top plate is separated in the panel assembly for ondol according to the present invention. Here, reference numeral 1000 denotes a hot water pipe, and 1100 denotes a curved portion of the hot water pipe.

As shown in FIG. 1A, an ondol panel assembly structure according to the present invention includes a heat insulating member 10 and a curved heat insulating member 20 for supporting the hot water pipe 1000, and the heat insulating members 10 and 20. Frame member 30 to form a frame in the form of a grid, top plate 40 covered thereon, fixing member 50 for fixing the top plate 40, and support piece 60 for supporting the frame It is made, including. In addition, the ondol panel assembly structure according to the present invention is used by assembling in a lattice form as shown in FIG.

2 is a perspective view showing a heat insulating member according to the present invention. The heat insulating member 10 is formed in a plate shape having a predetermined size. In particular, in order to accommodate the straight section of the hot water pipe 1000, the upper surface of the installation groove 11 of the "U" shape is formed over the entire length. The installation recess 11 is formed in parallel with each other two. In addition, the mounting holes 13 penetrate at equal intervals between the two mounting recesses 11. In addition, the first groove portion 14 is cut in the lower portion at both edges in the longitudinal direction. The heat insulating member 10 made in this way can be manufactured with styrofoam or foam urethane, for example.

In addition, the heat insulating member 10 is equipped with a reinforcing member 12 between the two installation grooves (11). The reinforcing member 12 includes a strip-shaped plate body 12a and protrusions 12b formed at equal intervals so as to be engaged with the mounting holes 13 on the lower surface. The reinforcing member 12 made in this manner is mounted to the mounting recess 13 in which the protrusion 12b is mounted in parallel with the installation recess 11.

3 is a perspective view showing a curved insulation member 30 according to the present invention. The curved insulation member 20 has a curved groove portion 21 for receiving the curved portion 1100 of the hot water pipe 1000. In particular, the curved groove 21 is a semi-circular groove 21a for connecting the two mounting grooves 11, the other end is connected to the semi-circular groove 21a and the other end is adjacent as shown in Figure 1b It includes a quarter recess 21b to be connected to the curved insulation member 20 '. In addition, the curved insulation member 20 has at least three linear recesses 22 formed above the curved recesses 21. The straight recess 22 is used to mount the hot water pipe 1000 for extending to the return line of the hot water pipe 1000 or another room. Finally, the curved insulation member 20 has a second groove portion 23 is formed at the bottom of the edge formed on both sides of the edge and the straight groove portion 22, respectively. The curved insulation member 20 may be made of styrofoam or foam urethane as an example.

Figure 4a is a perspective view showing the structure of a frame member according to the present invention. The frame member 30 has a rod shape. In particular, the mounting guide portion 31 having an inverted " T " shape is formed on the upper surface. In addition, both side surfaces of the frame member 30 is formed with a length adjusting guide portion 32 for connecting the frame member 30 in a grid form. The length adjusting guide part 32 is inserted with a connection pin 36 to be described later. In addition, the frame member 30 has a vertical connection hole 33 is formed in the center of the front end surface so that the connecting pin 36 can be inserted and fixed over the entire length. In addition, the bottom portion has a reinforcing guide 35 for mounting the fixing convex portion 34, which is inserted into and fixed to the first and second recesses 14 and 23 on both sides, and the height adjustment means 200 to be described later. It is formed over the entire length. The connecting pin 36 has a plate shape. Particularly, at one end, the locking jaw 36a is formed at both edges so as not to be inserted into the length adjusting guide part 32 described above.

The connecting pin 36 made in this way, as shown in Figure 4b, the two frame members 30, 30 'are placed vertically, the locking jaw (36a) length adjustment guide portion 32 of the frame member 30 The other end is inserted into the vertical connection hole 33 of the other frame member 30 '. Accordingly, the frame member 30 can be assembled in a lattice form. In addition, the connecting pin 36 may be used to extend the length by inserting the frame member 30 at both ends thereof. At this time, it is preferable to form a cut surface 37 in the frame member 30 connected to the curved insulation member 20 so that the hot water pipe 1000 can pass.

Figure 5 is a perspective view showing the structure of the top plate according to the present invention. The upper plate 40 consists of an upper plate 41 and a lower plate 42. In particular, the upper plate 41 has a smaller width and the same length as the lower plate 42. The upper plate 41 is manufactured by stacking one edge of the lower plate 42 to protrude. That is, the upper plate 40 is formed with a protrusion fitting portion 43 protruding one edge of the upper plate 41, and the step difference fitting portion 44 with the remaining three edges stepped.

The top plate 40 may be made of various materials such as plastic, steel sheet, or inorganic board. Particularly, in the case of a material in which only one surface is coated so that heat deformation occurs on only one surface, the upper plate 41 and the lower plate 42 are adhered to each other so that the uncoated back surface abuts to minimize heat deformation of the upper plate 40. It is preferable.

Figure 6a is a perspective view showing a fixing member 50 for fixing the top plate 40 according to the present invention. The fixing member 50 is a member including a plate-shaped body portion 51 which is smaller in width than the frame and has the same length. In particular, the lower portion of the body portion 51, the hook portion 52 that can be inserted into the above-described mounting guide portion 31 is formed over the entire length. In addition, the hook portion 52 is provided with a locking protrusion 52a on the outer side of each end portion.

As shown in FIG. 6B, the fixing member 50 formed as described above is snap-fitted in a state where the step fitting portions 44 of the two upper plates 40 and 40 'are placed on both sides of the frame member 30, respectively. It is attached to the mounting guide part 31. Thus, the body 51 and the top plate (40, 40 ') is mounted while forming the same plane.

7A is a perspective view of a support piece according to the present invention. The support piece 60 is a strip piece member, and consists of the same shape as the cross section of the heat insulation member 10 in the width direction. That is, a groove portion 62 having a “U” shape at the same position and the same size as the installation recess portion 11 of the heat insulating member 10 is formed on the upper portion. Moreover, the support piece 60 is formed with the fixing | fixed tool 61 of "T" shape at both ends, respectively.

As shown in FIG. 7B, the support piece 60 formed as described above includes fasteners 61 at both ends of the length adjusting guide portions 32 and 32 'of the two frame members 30 and 30' placed side by side. It is fixed by inserting. In this case, a total of two support pieces 60 are mounted on both ends of the two frame members 30 and 30 '.

Of composition Second embodiment )

Figure 8 is a perspective view showing a second embodiment of the panel assembly structure for ondol according to the present invention. Here, detailed description is abbreviate | omitted about the structure similar to the structure mentioned above.

The present invention further includes an auxiliary top plate 100 to be used in a narrow space due to the structure of the building, for example, where a sufficient space is difficult to be secured by a bathroom entrance or a porch, or where a hot water pipe 1000 is complicatedly piped. can do.

The auxiliary upper plate 100 includes a plate body 100 having a smaller square shape than the heat insulating member 10, and support protrusions 111 formed at equal intervals on the plate body 100. In particular, the support protrusion 111 is preferably formed in a lattice shape.

As shown in FIG. 8, the auxiliary upper plate 100 formed as described above may be easily installed with various types of curved lines and hot water pipes 1000 in a narrow space as well as a straight line or a curve between the support protrusions 111. Can be used. This auxiliary phase plate 100 can be used in place of the heat insulating member 10 and the curvature insulating member 20. Therefore, the frame member 30 is mounted on the edge of the auxiliary top plate 100. In addition, the auxiliary top plate 100, as described above, the top plate 40 is placed on.

Of composition Third embodiment )

9 is a cross-sectional view for showing the configuration of the height adjustment means according to the present invention. Here, detailed description is abbreviate | omitted about the structure similar to the structure mentioned above.

The ondol panel assembly structure of the present invention compensates for the height difference that may occur during the construction of the ondol or the ondol construction, and further adjusts the height adjusting means 200 to absorb load dispersion and interlayer noise. Can be configured.

The height adjusting means 200 is mounted on the lower portion of the frame member 30, the height adjusting member 210 and the heat insulating member 10, the edges of the frame member 30 and the height adjusting means 200 The load distribution plate 220 is installed between the) and the auxiliary heat insulating member 230 is mounted to the lower portion of the load distribution plate 220.

The height adjusting member 210 is a rod-like member having the same width and length as the frame member 30. In particular, the height adjustment member 210 is formed with two mounting projections 212 on the upper surface. A stepped support surface 211 is formed outside the mounting protrusion 212. In addition, the mounting groove 213 is formed in the center of the front end surface to insert the above-described connection pin 36. The height adjustment member 210 made in this way is used by mounting the mounting projection 212 to the reinforcement guide 35 of the frame member 30. At this time, the edge of the load distribution plate 220 is placed on the support surface 211 formed between the frame member 30.

The load distribution plate 220 is formed in the size of the heat insulating member 10 and the curved heat insulating member 20. In addition, the load distribution plate 220 may use a steel plate, a plastic plate, or an inorganic board. As shown in FIG. 9, the load distribution plate 220 has an edge at each of the support surfaces 211 and 211 'formed by coupling the height adjusting members 210 and 210' to the frame members 30 and 30 ', respectively. Will be seated.

The auxiliary insulation member 230 is mounted below the load distribution plate 220. As the auxiliary insulation member 230, styrofoam or plastic may be used.

Of composition Fourth embodiment )

Figure 10a is an exploded perspective view showing a mounting top plate 300 according to the invention the mounting state. Here, detailed description is abbreviate | omitted about the structure similar to the structure mentioned above.

In the present invention, the ondol panel assembly structure may also constitute an ondol panel assembly structure using the finishing upper plate 300 installed to span the width direction of the frame member 30. At this time, the finishing top plate 300 is used as a substitute for the above-mentioned top plate 40.

Finishing top plate 300 is formed with a tenon joint 320 each edge. In particular, the dowel joint 320 is formed so that one end is protruded compared to the other end. In Figure 10b two finishing tops (300,300 ')

The finishing top plate 300 made as described above is fixed to the frame member 30 by the clip 310. The clip portion 310 is inserted into the mounting guide portion 31 of the frame member 30 to be slidable, and in particular, an upper end thereof protrudes above the mounting guide portion 31. In addition, the protruding end of the clip portion 310 is bent in the longitudinal direction of the frame member (30). The bent portion, as shown in Figure 10b, is inserted in the lower portion of the dowel joint 320 of the finishing top plate 300 to fix the top plate 300 for finishing. In particular, the clip 310 is preferably about 2 to 3mm in thickness to form a protruding length of the dowel joint 320 in consideration of this when manufacturing the top plate 300.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it will be readily apparent to those skilled in the art that various other modifications and variations can be made without departing from the spirit and scope of the invention. It is obvious that all modifications fall within the scope of the appended claims.

Figure 1a is an exploded perspective view for showing the configuration of the panel assembly structure for ondol according to the present invention.

Figure 1b is a perspective view showing a state in which the top plate is separated from the panel assembly structure for ondol according to the present invention.

2 is a perspective view showing a heat insulating member according to the present invention.

Figure 3 is a perspective view showing a curved insulation member according to the present invention.

Figure 4a is a perspective view showing the structure of the frame member according to the present invention.

Figure 4b is a perspective view for showing a state assembled in the form of a grid of the frame member according to the present invention.

5 is a perspective view showing the structure of the top plate according to the present invention.

Figure 6a is a perspective view showing a fixing member for fixing the top plate according to the present invention.

Figure 6b is a sectional view for showing the mounting state of the fixing member according to the present invention.

Figure 7a is a perspective view showing a support piece according to the present invention.

Figure 7b is a perspective view for showing the mounting state of the support piece according to the present invention.

Figure 8 is a perspective view showing a second embodiment of the ondol panel assembly structure according to the present invention.

Figure 9 is a sectional view for showing the configuration of the height adjustment means according to the present invention.

Figure 10a is an exploded perspective view showing a mounting top plate mounting state according to the present invention.

Figure 10b is a cross-sectional view for showing the mounting top plate for finishing according to the present invention.

<Description of the symbols for the main parts of the drawings>

10, 10 ': insulation member

11: installation groove

12: reinforcing member

12a: plate

12b: protrusion

13: mounting hole

14: first groove part

20, 20 ': curved insulation member

21: curved groove

21a: Semicircle groove

21b: quarter yo groove

22: straight groove

23: second groove part

30: frame member

31: mounting guide part

32: length adjustment guide part

33: vertical connection hole

34: fixing iron

35: reinforcement guide

36: connecting pin

36a: jamming jaw

37: incision side

40, 40 ': top plate

41: top plate

42: bottom plate

43: protrusion fitting

44: step alignment part

50: fixing member

51: body

52: hook portion

52a: protrusion

60: support piece

61: fixture

100: auxiliary top plate

110: plate

111: support protrusion

200: height adjusting means

210: height adjusting member

211: support surface

212: mounting projection

220: load distribution plate

230: auxiliary insulation member

300: finishing top

310: clip portion

320: tenon joint

1000: hot water pipe

1100: curved portion

Claims (15)

In order to install the hot water pipe 1000 on the upper surface at least two installation grooves 11 in the longitudinal direction is formed in the longitudinal direction, the heat insulating member 10 having the first grooves 14 on each of the lower edges of both sides ; The curved groove 21 for accommodating the curved portion 1100 of the hot water pipe 1000 mounted on the installation groove 11 and the straight groove 22 above the curved groove 21 are provided. A curved insulation member 20 formed on the lower three edges, each having a second recess 23; A frame member 30 surrounding the heat insulating member 10 and the curved heat insulating member 20 to form a lattice-shaped frame such that the installation recess 11 and the curved recess 21 are connected to each other; An upper plate 40 seated on an upper surface of the frame of the lattice form; A fixing member (50) mounted on the upper surface of the frame member (30) in a snap fit manner over the entire length and simultaneously pressing and fixing two neighboring heat insulating members (10); And Ondol panel assembly structure comprising a; both ends are mounted to the sides of the two adjacent frame members 30 to maintain a gap therebetween. The method of claim 1, The heat insulating member 10 is a panel assembly structure for ondol, characterized in that further comprising a reinforcing member (12) installed in the longitudinal direction between the installation groove portion (11). The method of claim 1, The insulation member 10 and the curved insulation member 20 is a panel assembly structure for ondol, characterized in that the styrofoam or foam urethane. The method of claim 2, The reinforcing member 12 is provided with a plate body 12a in close contact with the upper surface of the heat insulating member 10 and a mounting hole 13 formed in the heat insulating member 10 at equal intervals below the plate body 12a. Panel assembly structure for ondol, characterized in that comprises a projection (12b) is installed on. The method of claim 1, The curved groove 21 is connected to the semi-circular groove 21a connecting the two installation grooves 11 and the semi-circular groove 21a to be connected to the adjacent curved insulation member 20 '. Ondol panel assembly structure comprising a quarter recess (21b) for giving. The method of claim 1, The frame member 30 has a mounting guide portion 31 for fixing the fixing member 50 to the upper portion in a snap method, Length adjustment guide portion 32 formed on each side and, Vertical connection hole 33 formed in the longitudinal direction in the center of the front end surface, A fixing convex portion 34 in which the first and second recesses 14 and 23 are seated on the lower edges of both sides, Ondol panel assembly structure characterized in that it comprises a reinforcing guide 35 formed in the longitudinal direction on both sides of the lower surface. The method of claim 1, The top plate 40 and the top plate 41 is placed between the two insulating members 10, Ondol panel assembly structure, characterized in that it comprises a lower plate 42 is formed to be laminated to the top plate 41 so that the edge stepped to protrude forward than the top plate 41. The method of claim 7, wherein The upper plate (41) and the lower plate (42) is made of an inorganic board, on the panel assembly structure for ondol, characterized in that the non-coated back surface of each inorganic board is bonded to abut each other. The method of claim 1, The fixing member 50 has a width less than that of the frame member 30 and has a body portion 51 made of the same length, and a locking protrusion 52a is formed on one surface of the body portion 51 at an outer side over its entire length. Panel assembly structure for ondol, comprising a hook portion (52). The method of claim 1, The support piece 60 is formed in the same shape as the cross section in the width direction of the heat insulating member 10, characterized in that the fixing member 61 is formed at both ends to be fixed to the side of the heat insulating member 10, respectively. Ondol panel assembly structure. The method of claim 10, The fixture 61 is a panel assembly structure for ondol, characterized in that formed in a "T" shape. The method according to any one of claims 1 to 11, Substituting the heat insulating member 10 or the curved insulation member 20 by further comprising a square plate 110 and an auxiliary upper plate 100 formed with a support protrusion 111 in the form of a grid on the upper portion of the plate 110. Panel assembly structure for ondol, characterized in that used as. 13. The method of claim 12, Ondol panel assembly structure characterized in that it further comprises a height adjusting means 200 is mounted to the lower portion of the frame member 30 to absorb the load distribution and interlayer noise. The method of claim 13, The height adjusting means 200, A height adjusting member (210) mounted to the reinforcement guide (35) formed at the bottom of the frame member (30) to form a support surface (211) between the frame member (30) along both edges; A load distribution plate (220) mounted between the support surfaces (211) of the adjacent height adjusting members (210) to be positioned in parallel with the upper plate (40); And Ondol panel assembly structure characterized in that made; including; auxiliary heat insulating member 230 mounted to the lower portion of the load distribution plate 220. The method of claim 14, A clip part 310 inserted into the mounting guide part 31 and bent in a longitudinal direction; And The ondol panel assembly structure characterized in that it further comprises a top plate 300, which is seated in the width direction of the frame member 30 is coupled in a tenon joint method, and fixed to the clip portion 310.

Images