KR20150101132A - building material to noise prevention - Google Patents

Abstract

The present invention relates to a thermal block made up by a thermal conduction sheath (10), a thermal conduction base (20), a block base (30a), and a groove cover (30). A heat dissipation hypocaust base (X) is made by mounting the thermal conduction base (20a or 20b) applied with the thermal conduction sheath (10) on the top of the block base (30a) or by applying the thermal conduction sheath (10) to the thermal conduction base (20a or 20b) after attaching the thermal conduction base (20a or 20b) to the top of the block base (30a) to be provided with a groove cover (40). A thermal conduction sheath (10) composition is mainly made of graphite powder or charcoal powder. Accessory ingredients of the thermal conduction sheath (10) composition are stone powder, water, and powder made of rice, wheat, sweat potatoes, or potatoes; or are an adhesive resin solution, stone powder, and a thinner.

Description

Building material to noise prevention

Energy use reduction Ondol block manufacturing technology and construction technology

The price of petroleum, gas and electric power has been increasing year by year due to the depletion of energy resources, which is the raw material of energy. As a result, technologies that efficiently use such expensive energy are being used throughout the industry. It is very popular in the market.

In the conventional floor heating construction, a lightweight foamed concrete is laid on the cured concrete or structure, a hot water pipe or a heating line is installed on the cured foamed concrete, a mortar for the ondol is installed on the hot water pipe or the heating line, Finish the floor heating by installing a fireproof finish on mortar.

However, in the conventional floor heating method, it takes time to cure the mortar for the ondol. In addition, the conventional floor heating method has a very low energy use efficiency. It is because the heat of the hot water pipe or the heating line can not be directly transferred to the human body, and it is necessary to heat the mortar for the ondol, so a lot of energy required for heat generation must be continuously supplied.

Today, electric mats and hot mats are popular in the market because they can maintain the body temperature quickly without having to operate the boiler in the right cold.

The present invention can be installed at the time of constructing the floor of a building after constructing the concrete structure after building curing or iron or wood, or it can be installed on the floor of the conventional ondol floor quickly, absorbing the heat of the hot water pipe or heating line, To a thermally-assisted block.

 Even with a small energy consumption, the hot water pipe or heating line should be heated quickly and the heat conduction function and the heat storage function should be excellent in the upper layer of the ondol,

It should be easy to install hot water pipe or heating line, it should be able to be installed quickly, maintain strength even under heavy load or momentary impact, have low price, easy to handle and install, easy to repair ondol floor shall.

1. Production of plate-structured heat-conductive base 20a or net-structured heat-conductive base 20b

The plate structure heat conductive base 20a may be a thin metal plate such as a thin plate copper plate, an aluminum plate of a thin plate, an iron plate of a thin plate, an aluminum sheet, a dotted aluminum sheet, an aluminum foil, It may be a metal free cloth. The plate structure heat conduction base 20a may have a plate structure in which the lid fitting groove 24 and the hot water pipe or the heating line fitting groove 25 are preliminarily formed or when the lid is fitted directly on the upper surface of the block base 30a, And a hot water pipe or a heating wire fitting groove 25 are formed.

The net structure heat conduction base 20b is made of a material such as a copper mesh of a thin plate of a mesh structure, an aluminum mesh of a thin plate, an iron mesh of a thin plate, a plastic net of a thin plate, a fiber net of a thin plate, . The net structure heat conductive base 20b may have a net structure in which the lid fitting groove 24 and the hot water pipe or the heating line fitting groove 25 are preliminarily formed or when the lid is fitted directly on the upper surface of the block base 30a, And a hot water pipe or a heating wire fitting groove 25 are formed.

2. Production of block base 30a

Two or more thermally conductive base cover groove forming grooves 31 are formed from the upper surface of the rectangular block base 30a having a predetermined thickness and the rectangular thermally conductive base cover groove groove fitting grooves 31 are formed in a rectangular block base The upper and lower sides of the rectangular block base 30a are formed at regular intervals below the upper surface of the rectangular block base 30a and are horizontally formed with the left and right sides of the rectangular block base 30a. So that the heat conduction base curved groove forming grooved groove 32 is formed so that upper and lower sides are opened with respect to the plane,

Lightweight foamed concrete mortar, mortar containing royal sand / crushed stone / cement or royal sand / crushed stone / limestone, or mortar containing loam thermosetting ball / cement or loam thermosetting ball / Or by using a mortar containing plastic chips / crushed stone / cement or plastic chips / crushed stone / limestone, the mortar is put into a mold and subjected to pressure molding to produce a block base 30a,

A material in which ceramics is a main material is put into a mold, pressure-molded and thermally cured,

PE, EVA, or urethane materials,

EPS, or EPP styrofoam ball,

PE, EVA, or urethane, EPS or EPP materials,

The board is made by processing the wooden plate,

The block base 30a is formed by injection molding with a plastic material.

3. Remove the cover (30) making

Extruded into aluminum or plastic in the form of a rectangular band having a predetermined thickness, and then cut, processed by injection molding with plastic, processed with plastic or acrylic plate, processed with plate material having wood address, The lid 30 And make them.

4. Preparation of composition for thermal conduction coating (10)

The main component of the thermally conductive coating 10 composition is composed of graphite powder or charcoal powder and the subcomponent of the thermally conductive coating 10 composition is a thermally conductive coating or thermal conductive paste applied to the thermally conductive base 20a or 20b with the thermally conductive coating 10, (10) is composed of an adhesive resin solution, a stone powder and a thinner, and is composed of a main component and a subcomponent Mix.

5. Production of heat-resistant ondol base (X)

The thermal conductive base 10a or 20b on which the thermal conductive coating 10 is applied may be mounted on the block base 30a to complete the thermal conductive ondol base X or the thermal conductive base 20a or 20b may be formed on the block base 30a The heat conduction coating 10 is applied to the heat conduction base 20a or 20b to complete the heat radiating ondol base X and to provide the heat conduction block -100A together with the groove cover 40. [

In the heat block of the present invention,

1. By using less energy, rapid and sufficient heat conduction and heat storage are possible, which can greatly reduce gas or electricity consumption,

2. It is possible to finish construction of floor heating without construction of lightweight foam concrete or Ondol mortar which requires dry curing time,

3. The heat of the hot water pipe or the heating line can be absorbed quickly and delivered to the upper floor of the ondol,

4. It is easy to install hot water pipe or heating line,

5. Strength is maintained even under heavy load or momentary impact,

6. It can be supplied inexpensively,

7. Easy handling and construction,

8. It is easy to repair the floor heating floor.

Figure 1: Structure of the thermal block A type of the present invention
Fig. 2: Detailed sectional view of the heat block A of the present invention
3: Plate structure of the thermal block of the invention
Fig. 4: Network structure of the thermal block for the present invention
Figure 5: Block base a-type schematic of the present invention thermal block
Figure 6: Slot design of the present invention
Fig. 7: Thermal conductive solution or thermally conductive paste composition for thermal conductive coating of the present invention
Fig. 8: Process for producing a hot block of the present invention A
Fig. 9: Process B for producing a hot block of the present invention
10: Structure of the thermal block B type of the present invention
11: Block base b-type design chart of the present invention thermal block
12: Structure of the thermal block C type of the present invention
13: height adjustment body or impact vibration reduction body of the present invention thermal block
Fig. 14: Example of floor heating application using the heat block of the present invention
Fig. 15: Detail view of floor heating construction using the thermal block of the present invention -A
Fig. 16: Cross-sectional view of the construction of the floor heating using the heating block of the present invention.
17: Floor heating construction using the thermal block of the present invention Details of the construction - C

The present invention relates to a heating block which can be installed at the time of constructing a building after building curing, or after constructing an architectural structure with iron or wood, or can be installed over a conventional floor heating floor.

The present invention can easily install and protect the hot water pipe without installing the lightweight foamed concrete and installing the mortar for the ondol for covering the hot water pipe.

In addition, the floor heating construction using the heating block of the present invention has an advantage that the construction time can be completed within a short time.

The present invention also provides a heat conduction coating (thermal conductive solution or heat conduction paste) applied to a thermal conductive base of a thermal block to quickly absorb the heat of the hot water pipe or heating line, The energy storage cost can be reduced significantly by the heat storage function.

The hot water pipe described in the present invention may be a hot water pipe of a normal diameter connected to a gas or oil boiler, or a small diameter hot water pipe connected to a miniature electric boiler (hot water heater / hot water heater) for hot water mat.

BRIEF DESCRIPTION OF THE DRAWINGS Fig.

end. For heating Structure and structure of block -100A

As shown in Figs. 1 and 2, in the heating block -100A of the present invention,

A heat conduction coating 10, a heat conduction base 20, a block base 30a, and a groove cover 30,

The heat conduction base 20 to which the thermal conduction coating 10 is applied is mounted on the block base 30a to complete the thermal conduction heating base X or the thermal conduction base 20 is attached to the upper portion of the block base 30a, The heat conduction coating 10 is applied to the base 20 to complete the heat radiating ondol base X and provided together with the groove cover 40 as a heating block -100A.

The heat conduction base 20 is a plate structure heat conduction base 20a or a network structure heat conduction base 20b.

I. For heating Production of block -100A

  A. Manufacture of heat conduction base (20)

As shown in FIGS. 3 and 4, the heat conduction base 20 can be divided into a plate-structured heat conduction base 20a and a network-structured heat conduction base 20b.

*. The plate-structured heat conductive base 20a

The plate structure heat conductive base 20a may be a thin metal plate such as a thin plate copper plate, an aluminum plate of a thin plate, an iron plate of a thin plate, an aluminum sheet, a dotted aluminum sheet, an aluminum foil, It may be a metal free cloth. The plate structure heat conduction base 20a may have a plate structure in which the lid fitting groove 24 and the hot water pipe or the heating line fitting groove 25 are preliminarily formed or when the lid is fitted directly on the upper surface of the block base 30a, And a hot water pipe or a heating wire fitting groove 25 are formed.

*. Plate structure Heat conduction base 20a Molding:

As shown in Fig. 3, a rectangular plate-like thermal conductive base 20a having a predetermined thickness extends downward from the lower surface of the plane forming portion 21 to form two or more lid groove forming portions 22, The forming part 22 is formed at a predetermined interval below the plane forming part 21 of the rectangular plate-like thermal conductive base 20a, and the upper and lower sides are opened with respect to the plane, A curved groove forming part 23 which is formed in a horizontal structure with the left and right side surfaces and which extends downward from the lower surface of each lid groove forming part 22 and whose upper and lower sides are opened with respect to the plane,

A square lid fitting groove 24 is formed in the lid groove forming portion 22 through the upper and lower side surfaces of the flat forming portion 21 of the rectangular plate thermal conductive base 20a, The curved hot water pipe or the heating wire fitting groove 25 is formed so as to pass through the upper and lower side surfaces of the curved groove forming part 23,

The metal sheet material having a large thickness is formed by press molding with a press or by bending with a bending machine to produce a plate structure heat conductive base 20a ).

*. A plate-structured thermal conductive base 20a is formed on the upper surface of the block base 30a using a flat plate material:

After a small amount of adhesive is sprayed onto the upper surface of the block base 30a, a thin plate metal plate material in a flat state, a film and a cloth to which a metal component is applied, and cloth are directly spread on the block base 30a, A film or cloth on which a metal component is applied, a cloth, a jig or a groove attachment bar and scraped the film so as to form a flat plate-like metal plate along a top surface of the block base 30a, (A piece of fabric) can be directly attached to the upper surface of the block base 30a with the plate-structured heat conductive base 20a. Alternatively, the plate-structured thermal conductive base 20a may be formed using a point-worn aluminum sheet or a point-like cloth (fabric) provided with a pressure-sensitive adhesive on the lower surface thereof without spraying an adhesive to the block base 30a.

*. The network structure heat conduction base 20b

The net structure heat conduction base 20b is made of a material such as a copper mesh of a thin plate of a mesh structure, an aluminum mesh of a thin plate, an iron mesh of a thin plate, a plastic net of a thin plate, a fiber net of a thin plate, . The net structure heat conductive base 20b may have a net structure in which the lid fitting groove 24 and the hot water pipe or the heating line fitting groove 25 are preliminarily formed or when the lid is fitted directly on the upper surface of the block base 30a, And a hot water pipe or a heating wire fitting groove 25 are formed.

*. Mesh structure Heat conduction base (20b) Molding:

As shown in FIG. 4, a rectangular net-like thermal conductive base 20b having a predetermined thickness extends downward from the lower surface of the plane forming portion 21 to form two or more lid groove forming portions 22, The molding part 22 is formed at regular intervals below the plane forming part 21 of the rectangular net-like thermal conductive base 20b. The upper and lower sides are opened with respect to the plane, A curved groove forming part 23 which is formed in a horizontal structure with the left and right side surfaces and which extends downward from the lower surface of each lid groove forming part 22 and whose upper and lower sides are opened with respect to the plane,

A rectangular lid fitting groove 24 is formed in the lid groove forming portion 22 through the upper and lower side surfaces of the planar forming portion 21 of the rectangular net-like thermal conductive base 20b. The curved hot water pipe or the heating wire fitting groove 25 is formed so as to pass through the upper and lower side surfaces of the curved groove forming part 23,

A metal mesh of a thin plate, a plastic mesh, a fiber mesh, etc. are formed by press molding or heat press molding, and the metal net having a thickness is press-formed by a press or bent by a bending machine to produce a net structure heat conduction base 20b.

*. Forming a network structure heat conduction base 20b using a flat plate material on the upper surface of the block base 30a:

A small amount of adhesive is sprayed onto the upper surface of the block base 30a and then a mesh net in a flat plate state is directly spread on the block base 30a and then the net structure heat conductive base 20b is attached to a mounting jig, A mesh network in the form of a flat plate can be directly attached to the upper surface of the block base 30a by the net structure heat conduction base 20b along the upper surface structure of the block base 30a. Also, the net structure heat conduction base 20b may be formed by using a flat mesh network having a pressure-sensitive adhesive on its lower surface without spraying an adhesive to the block base 30a.

  B. Production of block base 30a

As shown in Fig. 5,

Two or more thermally conductive base cover groove forming grooves 31 are formed from the upper surface of the rectangular block base 30a having a predetermined thickness and the rectangular thermally conductive base cover groove groove fitting grooves 31 are formed in a rectangular block base The upper and lower sides of the rectangular block base 30a are formed at regular intervals below the upper surface of the rectangular block base 30a and are horizontally formed with the left and right sides of the rectangular block base 30a. So that the heat conduction base curved groove forming grooved groove 32 is formed so that upper and lower sides are opened with respect to the plane,

Lightweight foamed concrete mortar, mortar containing royal sand / crushed stone / cement or royal sand / crushed stone / limestone, or mortar containing loam thermosetting ball / cement or loam thermosetting ball / Or by using a mortar containing plastic chips / crushed stone / cement or plastic chips / crushed stone / limestone, the mortar is put into a mold and subjected to pressure molding to produce a block base 30a,

A material in which ceramics is a main material is put into a mold, pressure-molded and thermally cured,

PE, EVA, or urethane materials,

EPS, or EPP styrofoam balls, or may be manufactured by pressure molding in a mold,

PE, EVA, or urethane, EPS or EPP materials,

The board is made by processing the wooden plate,

The block base 30a is formed by injection molding with a plastic material

  C. Fabrication of the groove cover (40)

As shown in Fig. 6,

Extruded into aluminum or plastic in the form of a rectangular band having a predetermined thickness, and then cut, processed by injection molding with plastic, processed with plastic or acrylic plate, processed with plate material having wood address, The lid 30 making

  D. Thermal Conductive Coating (10) Composition Preparation

As shown in FIG. 7,

The heat conduction solution or heat conduction paste applied to the heat conduction base 20a or 20b as the heat conduction coating 10 Is manufactured as follows.

The main component of the thermal conductive coating 10 composition is composed of graphite powder or charcoal powder and the subcomponent of the thermal conductive coating composition 10 is composed of powder such as rice, wheat, sweet potato, potato, stone powder and water, 10) The subcomponent of the composition is composed of the adhesive resin solution, the stone powder and the thinner, and the main component and the subcomponent are mixed and manufactured.

* Manufacture of heat conduction solution and heat transfer paste

1) Mix powder of graphite powder or charcoal powder of about 70% and powder of rice, wheat, sweet potato, potato, etc. of about 10%, stone powder of about 5% and water of about 15% .

In the composition, the stone powder is increased and water is reduced to prepare a heat conductive paste.

2) A heat conductive solution is prepared by mixing graphite powder or char powder powder of about 75%, an adhesive resin solution of about 10%, a stone powder of about 5%, and a thinner of about 10% with mixing.

In the composition of the composition, the stone powder is increased and the thinner is reduced to prepare a heat conduction paste.

* Graphite ( Graphite ) Features

The thermal conductivity of graphite powder or charcoal powder used in the thermal conductive coating (10) composition is far superior to that of copper after diamond. In addition, graphite powder or charcoal powder has many large and small pores, and has a large surface area, and is excellent in adsorptive power and deodorizing effect.

* Thermal Conductive Coating (10) Other materials used in the composition

Fulleren, Graphene, Carbon Nano Tube, which are the same carbon isotopes as graphite in place of graphite powder or char powder powder as the main component of the thermal conductive coating composition 10 of the present invention, May be blended and mixed to prepare a heat conduction solution or a heat conduction paste for the heat conduction coating 10.

Features of Thermal Conduction Coating (10)

(10) applied to the surface of the heat conduction base (20) The heat conduction solution or the heat conduction paste absorbs the heat of the hot water pipe or the heating line quickly to transfer it to the unfinished fire and enables the heat storage, and the energy use cost can be remarkably reduced by the high efficiency heat conduction effect and the heat storage function.

*. In the following description, the thermal block 100 refers to one of the thermal block -100A, the thermal block -100B, and the thermal block -100C. The thermal thermal ondol base includes the thermal thermal ondol base X, the thermal thermal ondol base Y, Refers to one of the ondol base Z.

  E. Heat block manufacturing process

As shown in FIGS. 8 and 9, the steps for fabricating a hot block may be performed in different ways, A and B, respectively.

The manufacturing process of the heating block 100 is as follows: A

As shown in Fig. 8,

    1. Heat conduction solution or heat transfer paste manufacturing step

    2. Steps of block base, heat conduction base and groove cover

    3. Heat conduction coating (10) on the heat conduction base

4. The heat conduction coating (10) consists of a painted thermally conductive base and a block base assembly step.

* Apply heat conduction coating (10) on the heat conduction base

(a) spraying a thermal conductive solution onto the entire upper surface of the thermal conductive base using an injection device, and drying the thermal conductive adhesive, The heat conduction bases 20a and 20b are manufactured.

      b) The heat conduction base is precipitated in the heat conduction solution, and the heat conduction base is dried to apply the heat conduction solution to the entire surface of the heat conduction base, followed by drying to prepare the heat conduction bases 20a and 20b coated with the heat conduction coating 10.

     c) Applying a thermal conductive solution to the entire upper surface of the thermal conductive base using a paint brush and drying the thermal conductive base to form a thermal conductive base (20a, 20b) coated with the thermal conductive covering (10).

d) A thermal conductive paste is applied to the entire upper surface of the thermal conductive base using a scraper and then dried to produce the thermal conductive bases 20a and 20b on which the thermal conductive covering 10 is worn.

The manufacturing process of the heating block (100) is B

As shown in FIG. 9,

    1. Heat conduction solution or heat transfer paste manufacturing step

    2. Steps of block base, heat conduction base and groove cover

    3. Step of attaching heat conduction base to block base

4. Coating the thermal conductive coating (10) on the thermal conductive base attached to the block base.

* Apply a thermal conduction sheath (10) to the thermal conduction base attached to the block base

a thermal conductive solution is sprayed on the entire upper surface of the thermal conductive base attached to the block base by using an injection device and dried to form a thermal conductive coating 10, Completes the thermal insulation ondol base.

      b) The block base is deposited in the thermal conductive solution with the thermal conductive base attached to the block base, and then the thermal conductive solution is applied to the entire surface of the block base and the thermal conductive base, followed by drying, thereby completing the thermal conductive thermal barrier coating.

     c) Apply a thermal conductive solution to the entire top surface of the thermal conductive base attached to the block base using a paintbrush, and then dry to complete the thermal conductive thermal barrier coated thermal conductive coating (10).

d) A thermal conductive paste is applied to the entire upper surface of the thermal conductive base attached to the block base using a scraper and then dried to complete the heat conductive thermal conductive base coated with the thermal conductive covering 10.

All. For heating Composition and provision of Block-100B

As shown in FIG. 10, in the thermal block 100B of the present invention,

A heat conduction coating 10, a heat conduction base 20, a block base 30b, and a groove cover 30,

The heat conduction base 20 to which the thermal conductive coating 10 is applied is mounted on the block base 30b to complete the thermal conductive ondol base Y or the thermal conductive base 20 is attached to the upper portion of the block base 30a, The heat conduction coating 10 is applied to the base 20 to complete the heat-radiating ondol base Y and provided together with the groove cover 40 as a heating block -100B.

The heat conduction base 20 is a plate structure heat conduction base 20a or a network structure heat conduction base 20b.

*. For heating Production of block base 30b of block -100B

As shown in FIG. 11,

Two or more thermally conductive base cover groove forming grooves 31 are formed from the upper surface of the rectangular block base 30b having a predetermined thickness and the rectangular thermally conductive base cover groove groove fitting grooves 31 are formed in a rectangular block base The upper and lower sides of the rectangular block base 30b are formed at regular intervals below the upper surface of the rectangular block base 30b and are horizontally formed with the left and right sides of the rectangular block base 30b. And a plurality of air holes 33 are formed upward from the lower surface of the rectangular block base 30b. The heat conductive base curved groove forming grooves 32 are formed on the upper surface of the rectangular block base 30b,

Lightweight foamed concrete mortar, mortar containing royal sand / crushed stone / cement or royal sand / crushed stone / limestone, or mortar containing loam thermosetting ball / cement or loam thermosetting ball / Or by using a mortar containing plastic chips / crushed stone / cement or plastic chips / crushed stone / limestone, the mortar is put into a mold and press-molded to form a block base 30b,

A material in which ceramics is a main material is put into a mold, pressure-molded and thermally cured,

PE, EVA, or urethane materials,

EPS, or EPP styrofoam balls, or may be manufactured by pressure molding in a mold,

PE, EVA, or urethane, EPS or EPP materials,

The board is made by processing the wooden plate,

The block base 30b is produced by injection molding with a plastic material

la. For heating Composition and provision of block -100C

As shown in FIG. 12, in the thermal block 100C of the present invention,

The heat conduction coating 10, the heat conduction base 20, the block base 30b, the groove cover 30, the height adjusting ring (not shown), the height adjusting body or the impact vibration reducing body 50 Respectively,

The heat conduction base 20 to which the thermal conductive coating 10 is applied is mounted on the block base 30b to complete the thermal conductive ondol base Y or the thermal conductive base 20 is attached to the upper portion of the block base 30a, The thermal conductive coating 10 is applied to the base 20 to complete the ondol base Y. The height H is used to sandwich the plurality of air holes 33 formed on the lower surface of the heat- The adjuster or the impact vibration damping body 50 is provided as a hot block 100C.

In addition, the present invention may provide the heat radiating ondol base (Z) and the groove cover (40) in which a plurality of height adjusters or impact vibration mitigating members (50) are fitted as a hot block (-100C).

* Height Regulator  Or shock vibration Moderator (50)

As shown in Fig. 13,

The height adjusting body or the impact vibration reducing body 50 formed by the cylindrical lower base 51 and the cylindrical fitting portion 52 is formed by injection or compression molding with rubber or by injection molding with plastic.

In order to keep the upper surface of all the heating blocks to be installed horizontally, a height adjusting ring (not shown) made thinly of metal or plastic is inserted into the height adjusting body or the cylindrical fitting portion 52), and a heating block can be constructed by sandwiching the height adjusting member padded with the height adjusting ring or the impact vibration reducing body (50) in the plurality of air holes (33) on the lower surface of the heat- have.

hemp. Floor heating construction using thermal block

The present invention can be installed at the time of constructing the floor of the building after the building curing after the building curing or by building the building with iron or wood, or it can be applied over the conventional floor heating floor.

[Fig. 14] Fig. 14 is a cross- Used As an example of floor heating construction,

Although the bottom heating structure can be achieved only by the thermal block 100 of the present invention,

As shown in FIG. 14, the side block 200A and the side block 200B are attached to the side of the thermal block 100 by using the side block 200A and the side block 200B, so that the bottom thermal construction can be more precisely performed.

bar. Fabrication of side block 200A and side block 200B

And is constructed in the same configuration as the thermal block 100,

A cover fitting groove and a hot water pipe or a heating line fitting groove are formed downward from the upper surface of the side block base 200A or 200B and a thermal conductive coating A coated thermal conductive base is provided, and a thermal conductive coating And provides the side block 200A and the side block 200B with a separate groove cover separate from the side wall heat block base having the applied heat conduction base.

The block bases of the side block bases 200A and 200B may be made of metal, plastic, rubber, silicon, stone, wood, cement, ceramic or the like and may be a foam such as PE, EVA, EPS, EPP, It may be a molded body which is a main raw material.

The groove cover is manufactured by die-casting with aluminum or by press-molding an aluminum plate or an iron plate with a press or by injection molding with plastic.

four. Example of floor heating application using the thermal block of the present invention A

As shown in Fig. 15,

   a) Insulating sound insulating cushioning material is placed on the cured concrete or structure,

   b) Insulation Lightweight foam concrete is placed on the cushioning material or a lightweight foamed concrete block is applied,

   c) Install insulation sheet on cured lightweight foamed concrete or on lightweight foamed concrete block,

   d. Adiabatic insulation Install insulation sheets on the cushioning material,

   e. Install a heat-resistant ondol base on the heat-

   f) Install a hot water pipe or heating line on the thermal insulation ondol base,

   g) Completes the construction of the heating block 100 by inserting the groove cover 40 into the heat-radiating ondol base into which the hot water pipe or the heating wire is inserted,

h. Finish thermal floor construction by installing unfinished fire on the thermal block (100).

Ah. Bottom heat application example B using the thermal block of the present invention

As shown in Fig. 16,

   a) installing an insulating sheet on the cured concrete or structure,

   b) Install a heat-resistant ondol base on the heat-

   c) Install a hot water pipe or heating line on the thermal insulation ondol base,

   d) Completes the construction of the heating block 100 by inserting the groove cover 40 into the heat-radiating ondol base into which the hot water pipe or heating line is inserted,

e. Finish thermal floor installation by installing unfinished fire on the thermal block (100).

character. Example of floor heating application C using a heating block of the present invention C

As shown in Fig. 17,

   a. Install the insulation sound insulation cushioning material on the existing ondol,

   b) Insulation Heat insulation Install insulation sheets on the cushioning material,

   c. Install a heat-resistant ondol base on the heat-

   d) Install a hot water pipe or heating line on the thermal insulation ondol base,

   e) Completes the construction of the heating block 100 by inserting the groove cover 40 into the heat-radiating ondol base into which the hot water pipe or the heating wire is inserted,

f. Finish thermal floor construction by installing unfinished fire on the thermal block (100).

*. The finish beautification materials used in all the above-mentioned methods of construction may be selected from the group consisting of high density wood panel, hummer, monoium, decotyle, wood tile, metal, metal panel, rubber, urethane, glass, tile, stone, carpet, cushion sheet, .

*. In all of the above methods, the side cushioning material may be attached to the bottom of the wall that abuts the floor (shock cushioning and the height of the thermal floor installation - except for the final finish fire height).

100, 100A, 100B, 100C: a block for heating
X, Y, Z: Ondol base
10: Thermal Conduction Coating
20: Heat conduction base
20a: plate structure heat conduction base, 20b: network structure heat conduction base
21: flat forming part, 22: lid groove forming part, 33: curved groove forming part, 24: lid fitting groove, 25: hot water pipe or heating line fitting groove
30a, 30b: Block base
31: Heat conduction base cover groove forming groove, 32: Heat conduction base curved groove groove fitting groove, 33: Air hole
40: Home cover
50: height adjusting body or impact vibration reducing body
51: lower base, 52:

Claims (10)

As a heating block,
A heat conduction coating 10, a heat conduction base 20, a block base 30a, and a groove cover 30,
The thermal conductive base 10a or 20b on which the thermal conductive coating 10 is applied may be mounted on the block base 30a to complete the thermal conductive ondol base X or the thermal conductive base 20a or 20b may be formed on the block base 30a The thermal conductive coating 10 is applied to the thermal conductive base 20a or 20b to complete the thermal conductive ondol base X and the heat conductive block 10 provided with the thermal conductive base block 20a or 20b, The method according to claim 1,
The thermal conductive coating (10)
The main component of the thermal conductive coating (10) composition is composed of graphite powder or charcoal powder,
(10) The subcomponent of the composition is composed of powder made of rice, wheat, sweet potato or potato, stone powder and water,
Or thermal conductive coating (10) A thermal block (10) in which the subcomponent of the composition is a thermal conductive coating (10) composed of an adhesive resin solution, a stone powder and a thinner The method according to claim 1,
The thermal conductive coating (10)
Thermal Conductivity Coating 10 Instead of graphite powder or char powder powder as the main component of the composition, one of the carbon isotopes such as Fulleren, Graphene, and Carbon Nano Tube, which is the same as graphite, Thermally Conductive Coating (10) A thermal block (10) which can be used as the main component of the composition The method according to claim 1,
The heat conduction base (20)
It can be made of a plate-structured heat conductive base 20a and is a metal plate of one of a thin plate copper plate, an aluminum plate of a thin plate, an iron plate of a thin plate, an aluminum sheet, an aluminum foil, an aluminum foil, Film, a thermal block that may be a metal free cloth The method according to claim 1,
The heat conduction base (20)
A net structure heat conduction base 20b and can be made of one of a thin copper mesh of a mesh structure, an aluminum mesh of a thin plate, a steel mesh of a thin plate, a plastic mesh of a thin plate, Heat block for molding The method according to claim 1,
The heat conduction base (20)
The lid fitting groove 24 and the hot water pipe or the heating line fitting groove 25 are formed in a net or plate structure in which the lid fitting groove 24 and the hot water pipe or the heating line fitting groove 25 are previously formed, The thermal block (25) The method according to claim 1,
The block base 30a,
Two or more thermally conductive base cover groove forming grooves 31 are formed from the upper surface of the rectangular block base 30a having a predetermined thickness and the rectangular thermally conductive base cover groove groove fitting grooves 31 are formed in a rectangular block base The upper and lower sides of the rectangular block base 30a are formed at regular intervals below the upper surface of the rectangular block base 30a and are horizontally formed with the left and right sides of the rectangular block base 30a. A thermal block having a heat conduction base curved groove-shaped groove fitting groove 32 extending in the upper and lower sides with respect to a plane, The method according to claim 1,
The block base 30a,
Lightweight foamed concrete mortar, mortar containing royal sand / crushed stone / cement or royal sand / crushed stone / limestone, or mortar containing loam thermosetting ball / cement or loam thermosetting ball / Or by using a mortar containing plastic chips / crushed stone / cement or plastic chips / crushed stone / limestone, the mortar is put into a mold and subjected to pressure molding to produce a block base 30a,
A material in which ceramics is a main material is put into a mold, pressure-molded and thermally cured,
PE, EVA, or urethane materials,
EPS, or EPP styrofoam balls, or may be manufactured by pressure molding in a mold,
PE, EVA, or urethane, EPS or EPP materials,
The board is made by processing the wooden plate,
Thermal block made by injection molding with plastic material The method according to claim 1,
The block for heating,
A block base 30b in which a plurality of air holes 33 are formed in the lower part in place of the block base 30a can be used,
Thermal block The method according to claim 1,
The block for heating,
A block base 30b in which a plurality of air holes 33 are formed in a lower portion in place of the block base 30a may be used,
A height adjusting ring (not shown) and a height adjusting body or an impact vibration reducing body 50 are additionally provided,
Thermal block

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