KR19980023225U - Soundproof Ondol Panel (PANEL) for Prefabricated Heating Piping - Google Patents

Abstract

The present invention facilitates the construction during the construction of heating facilities of building floors, such as houses and apartments, using hot water as a heat medium, which shortens the construction period and maximizes thermal efficiency during heating, as well as soundproof ondol panels for soundproof prefabricated heating piping (PANEL). ).

Soundproof ondol panel for prefabricated heating piping according to the present invention, a plurality of position fixing grooves for fixing and bonding the position of the finishing mortar on the upper side is formed, the lower side of the insulating material having a plurality of square grooves spaced at a predetermined interval formed ; A plurality of fixing tips attached to predetermined portions of the upper surface of the heat insulator and having cross grooves formed thereon; A plurality of heat conductors intersecting the cross grooves of the fixing tip and arranged in a lattice shape to diffuse heat transfer; Is arranged in the grid on the heat insulating material for installing a hot water pipe, the support member is fixed to the top of the heat insulating material, and a plurality of rotation members are disposed rotatably on the support member and the cross member is formed on the top Pipe retaining clip; And a protrusion formed to be detachably inserted corresponding to each of the square grooves of the heat insulating material, and simultaneously bent in multiple numbers to form an air layer, and formed to be the same size as the heat insulating material. A U-shaped coupling portion to which side ends can be coupled is formed, and is composed of a structure arranged on the floor slab, and a plurality of couplings are used.

Description

Soundproof Ondol Panel (PANEL) for Prefabricated Heating Piping

The present invention facilitates the construction during the construction of heating equipment for building floors, such as houses and apartments, using hot water as a heat medium, which shortens the construction period and maximizes thermal efficiency during heating. ).

In general, the ondol structure in a building such as a house constitutes an insulation layer between a slab and a floor by a predetermined construction method when piping a hot water circulation pipe. Such an ondol heating method can be roughly divided into a wet method and a dry method. The former is divided into bubble concrete method and flat sheet insulation method, and the latter is again divided into Schiropole ondol panel method and AIR BOARD method.

In the wet method, the bubble concrete method is a construction method in which lightweight foamed concrete is poured on a slab, piped a hot water pipe, and then fixed using a saddle to fix a suitable point. And lay flat styropol on it, and then press the mortar again and then pipe the hot water pipe to fix the predetermined place with saddle appropriately.

In addition, the Schiropol Ondol Panel method is a method of drying the pulp sand on the slab and arranging the Schiropole Ondol panel on the slab, and fixing the hot water pipe by the protrusion attached to the Schiropole Ondol panel itself. Hot water pipe piped with a Hanil-shaped clip attached to the top of the plastic structure by arranging a block body (called an air board) in which pus sand is laid on the silver slab, and a heat insulating material is bonded on the lower surface and a plastic structure on the upper surface. This is how you fix it.

However, in the above-described conventional heated heating construction method, the bubble concrete method is frequently leaked by nails for fixing the support pipes for hot water pipes because the structure of the bubble concrete is not dense. The construction period is delayed because other internal works cannot be performed until the curing of the foam concrete is completed. Since the foam concrete is a mortar structure, the sound insulation and insulation are poor, and the piping line must be set up separately on site, which is a waste of manpower. There was a problem that the facility cost is increased.

In addition, the flat styropol insulation method is similar to the above-mentioned foam concrete method, and in addition to the disadvantages in that the construction period is long, the horizontal pus sand installed at a certain thickness on the slab is stepped or pushed out when the worker walks and loses the horizontal pus function. There was a problem that caused.

In addition, the Schiropol Ondol Panel Method can only anticipate the effect of blocking the noise from the upper floor in the form of soundproofing, especially apartments and multi-family houses, even though the insulation effect due to Schiropol's unique characteristics can be expected. In addition, when the finishing mortar is not paying attention, there is a problem in that the bottom subsidence phenomenon and floor crack (CRACK) occurs due to an increase in a piano or the like during use.

In addition, the airboard method can be expected to have some soundproofing effect that was not solved by the Schiropol Ondol Panel method. Heat dissipation from the plastic structure to the upper floor causes the heat insulation effect to be inferior. In addition, the hot water pipes should be arranged in the desired direction because the hot water pipes should be piped to the fixed one-clip clips during the hot water pipe piping work. Since the work is very difficult, there is a problem that the work becomes inconvenient and the construction period becomes longer.

Accordingly, an object of the present invention is to solve the above problems, by bonding a heat insulating material to the upper part of the structure to form a plurality of air layer on the floor slab side of the building block the heat transfer to the slab and at the same time heating heat by the heat conductor Since the distribution is uniformly distributed, the heating efficiency of the ondol room can be increased, and the pipe fixing clip can be rotated to facilitate the piping work, and the soundproof ondol panel for the prefabricated heating pipe that can block the noise by the air layer is provided. There is.

1 is a perspective view of an embodiment of a soundproof heating panel for a prefabricated heating pipe according to the present invention.

2 is a front view of FIG. 1;

3 is a bottom view of FIG. 1.

Figure 4 is a bottom view of another embodiment of the present invention.

Figure 5 is a sectional view of an example of a pipe fixing clip of the present invention.

Figure 6 is a sectional view of another example of the pipe fixing clip of the present invention.

7 is a partially enlarged cross-sectional view showing a state of use of the present invention.

* Description of the symbols for the main parts of the drawings *

10: insulation 11: position fixing groove

13: square groove 20: fixed tip

30: thermal conductor 40: pipe fixing clip

41, 41 ': rotating member 42, 42': supporting member

50: structure 51: air layer

53: protrusion 55, 56: coupling portion

411: disc 411 ': coupling protrusion

413: protrusion rod 413 ': hook type groove

415: engaging projection 421: engaging hole

421: through groove P: hot water pipe

In order to achieve the above object, the present invention, the upper side is formed a plurality of position fixing grooves for fixing and bonding the position of the mortar, the lower side of the insulating material having a plurality of square grooves spaced at a predetermined interval; A plurality of fixing tips attached to predetermined portions of the upper surface of the heat insulator and having cross grooves formed thereon; A plurality of heat conductors intersecting the cross grooves of the fixing tip and arranged in a lattice shape to diffuse heat transfer; It is arranged in the lattice shape on the heat insulating material for installing a hot water pipe, the support member is fixed to the top of the heat insulating material, and a plurality of rotating members are disposed rotatably on the support member and the cross groove is formed on the top Pipe retaining clips; And a protrusion formed to be detachably inserted corresponding to each of the square grooves of the heat insulating material, and simultaneously bent in multiple numbers to form an air layer, and formed to be the same size as the heat insulating material. The U-shaped coupling portion that can be coupled to the side end is formed, and provides a prefabricated soundproof heating panel for the heating pipe, characterized in that consisting of a structure arranged on the floor slab.

Hereinafter, described with reference to the accompanying drawings a preferred embodiment of the present invention as follows.

1 is a perspective view of an embodiment of a soundproof ondol panel for prefabricated heating piping according to the present invention, FIG. 2 is a front view thereof, and FIG. 3 is a bottom view thereof.

As shown, a plurality of position fixing grooves 11 are preferably formed in the upper portion of the heat insulating material 10 made of a high density molded styropole, the finishing mortar is bonded from the upper side, the shape of which is arranged to be spaced apart at predetermined intervals. Or it may be a cross (+) type or the like to cross the heat insulating material 10 in the longitudinal direction, it is preferable that the side of the position fixing groove 11 is inclined so as to increase upward.

On the upper surface of the heat insulating material 10, a plurality of fixing tips 20 are preferably arranged in the shape of a checker board. The fixing tips 20 have cross (+) grooves 21 formed at an upper portion and an attachment plate 23 at a lower portion thereof. It is preferable that the circular column in which) is formed.

The cross grooves 21 of the plurality of fixing tips 20 are arranged to cross the plurality of heat conductors 30 are arranged in a lattice shape to spread the heat transfer.

In addition, a plurality of pipe fixing clip 40 for installing the hot water pipe (P) on the heat insulating material 10 is arranged in a lattice shape is attached.

In addition, a plurality of square grooves 13 are formed at the lower side of the heat insulator 10, and may be arranged to be spaced apart at predetermined intervals in parallel in the longitudinal or transverse direction, or may be arranged to cross in a checkerboard shape.

A structure 50 formed of the same size as the heat insulating material 10 is assembled to the lower side of the heat insulating material 10. For this purpose, the structure 50 is multiplied according to the arrangement shape of the square groove 13 of the heat insulating material 10. The protrusions 53 are bent and formed to be detachably inserted corresponding to the square grooves 13, respectively.

As such, since the structure 50 is formed to be bent in multiples, the multiple air layers 51 are preferably formed horizontally.

In addition, the U-shaped coupling portion 55 is formed at the left and right one end of the structure 50. Since the coupling part 55 is formed to be coupled to the left and right side ends, the plurality of structures 50 are adjacent to the left and right sides. Can be subsequently assembled.

3 illustrates the bottom shape of the structure 50 when the square grooves 13 of the heat insulator 10 are vertically or laterally arranged, and FIG. 4 is the square grooves of the heat insulator 10 (FIG. In the case where 13) is arranged in a bottom plate shape, the bottom shape of the sphere 50 is shown.

In the case of Figure 4, since the structure 50 further includes a U-shaped coupling portion 56 at one end of the front and rear, in this case, a plurality of structures 50 can be assembled in succession adjacent to the front and rear or left and right. have.

The material of the structure 50 is preferably made of a plastic material such as polypropylene, polyethylene or polystyrene, and is permanently formed by molding the structure 50 of the present invention by collecting the recyclable injection plastic material in general household waste and reprocessing injection molding. It can contribute to waste landfill effect and environmental pollution prevention.

5 is a cross-sectional view of an example of the pipe fixing clip of the present invention, the pipe fixing clip 11 is attached to the heat insulating material 10 as described above.

The pipe fixing clip 11 is composed of a rotating member 41 and the support member 42, the support member 42 is fixed to the upper portion of the heat insulating material 10, the support member 42 to the rotating member ( 41 is rotatably attached.

The rotating member 41 includes a disc 411 placed on an upper side of the support member 42, four protruding rods 413 protruding upward from the disc 411, and arranged in a symmetrical manner, and the disc 411. It is composed of a coupling protrusion 415 protruding below the center of the center having an inverted tees (T) -shaped cross section.

The support member 42 is formed in a cylindrical shape, and a coupling hole 421 is formed at an upper portion thereof, such that the coupling protrusion 415 is inserted, so that the rotation member 41 is rotatably disposed on the support member 42. will be.

6 is a cross-sectional view of another example of the pipe fixing clip of the present invention. In the case of the pipe fixing clip 11 ', the rotating member 41' is formed to protrude above the disk 411, which is placed on the upper side of the supporting member 42 ', which will be described later. Four protruding rods 413 arranged in front and rear symmetry, and a coupling protrusion 411 'which protrudes below the center of the disc 411 and has a hook-shaped groove 413' in a predetermined position.

In addition, the support member 42 'is formed in a cylindrical shape and a through groove 421' is formed to correspond to the coupling protrusion 411 'so as to pass through the coupling protrusion 411'. After passing through the groove 421 'is supported rotatably in the hook-shaped groove (413').

The operation of the present invention configured as described above will be described.

7 is a partially enlarged cross-sectional view of the use state of the present invention, and the U-shaped coupling portion 55 formed at one end of one structure 50 may be coupled to the other end of the other structure 50.

Therefore, the soundproof ondol panel for prefabricated heating piping according to the present invention can be used by assembling a plurality according to the size of the floor area of the building.

In this way, when the plurality of structures 50 are assembled in the longitudinal, transverse or longitudinal directions, and disposed on the slab of the building, the four surfaces are completely enclosed to minimize air movement inside the structure 50. Noise is blocked by multiple air layers formed in 50).

Since the square groove 13 of the heat insulator 10 is fitted into the protrusion 53 of the structure 50, heat loss to the lower side of the heat insulator 10, that is, the slab side, is blocked, thereby Heating heat is transmitted only to the upper floor, which can increase heating efficiency.

In addition, the pipe fixing clip 40 attached to the heat insulating material 10 is to pipe the hot water pipe (P), at this time the pipe fixing clip (40) can be rotated 360 ° so that the curved portion of the pipe line during piping also hot water Piping can be performed smoothly without bending the pipe (P).

In addition, the heating heat of the hot water pipe (P) is not only diffused to distribute evenly to the floor by the heat conductor 30 arranged in a grid on a plurality of fixing tips 20 attached to the heat insulating material (10), The heat can be transferred to obtain a side effect, so that rapid heating can be performed.

In addition, the position fixing groove 11 formed in the heat insulating material 10 not only fixes the position of the finishing mortar laminated on the upper side, but also strengthens the adhesive force with the finishing mortar.

As described above, according to the present invention, by bonding a heat insulating material to the upper part of the structure to form multiple air layers on the floor slab side of the building, the heat transfer to the slab side is blocked and at the same time, the heating heat is uniformly distributed by the heat conductor. The heating efficiency of the ondol room can be increased, noise can be blocked by the air layer, and the pipe fixing clip is rotatable to facilitate the piping work, and the adhesion of the finishing mortar is improved by the position fixing groove of the insulation. It is effective to shorten the construction period when constructing heating facilities.

This invention can be implemented in other various forms, without deviating from the mind or its main characteristic. Therefore, the above-described embodiments are merely examples in all respects and should not be interpreted limitedly. The scope of the present invention is represented by the utility model registration claims, there is no restriction by the text of the specification, all modifications or changes belonging to the equivalent scope of the utility model registration claims will be within the scope of the present invention.

Claims (4)

A plurality of position fixing grooves 11 are formed on the upper side to fix and fix the position of the finishing mortar, and the lower side of the heat insulating member 10 having a plurality of square grooves 13 spaced apart at predetermined intervals; A plurality of fixing tips 20 attached to predetermined portions of the upper surface of the heat insulating material 10 and having a cross (+) groove 21 formed thereon; A plurality of heat conductors 30 intersecting with the cross grooves 21 of the fixing tip 20 and arranged in a lattice shape to diffuse heat transfer; It is to be installed in the lattice shape on the heat insulating material 10 to install the hot water pipe (P), the support member 42 is fixed to the upper portion of the heat insulating material 10, and rotatably rotatable to the support member 42 A plurality of pipe fixing clips (40) comprising a rotating member (41) disposed at the same time and having a cross groove formed thereon; And The protrusions 53 are formed to be detachably inserted corresponding to each of the square grooves 13 of the heat insulating material 10, and at the same time, they are bent in multiple to form the air layer 51, and the same size as the heat insulating material 10. As a structure to be formed, prefabricated heating, characterized in that the U-shaped coupling portion 55 that can be coupled to the left and right ends of the structure is formed, the structure 50 is arranged on the floor slab Soundproof Ondol Panel for Piping. The method of claim 1, wherein the structure 50 is a soundproof heating panel for prefabricated heating piping, characterized in that it further comprises a U-shaped coupling portion 56 that can be coupled to the front and rear and other side end. According to claim 1 or claim 2, wherein the rotating member 41 is a disk 411 placed on the upper side of the support member 42, and protrudes on the upper side of the disk 411 is formed in front and rear symmetry It is composed of four protruding rods 413 arranged and a coupling protrusion 415 protruding below the center of the disc 411 and having an inverted tees (T) -shaped cross section, and the supporting member 42 has a cylindrical shape. Soundproof ondol panel for prefabricated heating piping is made, characterized in that the coupling projection 415 is formed on the upper portion is rotatably inserted into the coupling hole (421). According to claim 1 or 2, wherein the rotating member 41 'is formed on the disc 411, which is placed on the upper side of the support member 42' and protrudes on the upper side of the disc 411, front and rear left and right It consists of four protruding rods 413 symmetrically arranged, and a coupling protrusion 411 'which protrudes below the center of the disc 411 and has a hook-shaped groove 413' at a predetermined position. 42 'is formed in a cylindrical shape and is rotatably supported by the hook-shaped groove 413' after passing through the through groove 421 'correspondingly to allow the coupling protrusion 411' to pass therethrough. Soundproof ondol panel for prefabricated heating piping, characterized in that.