KR200189730Y1 - A slab having a stone-bed - Google Patents

Abstract

1. TECHNICAL FIELD OF THE INVENTION

Floor slab with stone bed

2. The technical gist of the invention

The present invention is to install only the mat part of the stone bed directly on the slab floor surface to realize all the advantages of the stone bed (for example, to emit far infrared rays, poultice effect, warming effect, etc.) to the floor slab at an economical price It can reduce the load of stone bed, sanitary cleanness, and heating only the place where it sleeps according to the season to reduce the heating cost, and also provide the floor slab equipped with stone bed without the risk of falling by children or infants. There is this.

3. Summary of draft solution

The present invention is a concrete slab to form an indoor floor; A heat insulation layer formed on the concrete slab; A frame provided upright with the heat insulation layer to form a predetermined accommodation portion on the heat insulation layer; A plurality of hot water pipes arranged at predetermined intervals on the upper surface of the heat insulation layer to perform floor heating; A heat storage layer for storing heat radiated through the hot water pipe by pouring mortar on the heat insulating layer; And it provides a floor slab having a stone bed including a stone bed seated on the receiving portion formed by the frame.

4. Significant use of the design

The present invention relates to a floor slab equipped with a stone bed.

Description

Floor slab with stone bed {A SLAB HAVING A STONE-BED}

The present invention relates to a stone bed that is directly buried in a floor slab, such as an apartment or a general house, and in particular, the stone bed is formed in the floor slab to accommodate the stone bed is directly buried construction of the stone bed This reduces the load on the stone bed applied to the floor slab while realizing all the advantages of the stone bed (e.g. far-infrared radiation, steaming effect, warming effect, etc.), The floor slab is equipped with a stone bed that can reduce heating costs and ensure that even children and infants are not at risk of falling.

In general, the ondol construction of the floor slab is mainly constructed using a piping system. However, in recent years, ondol structures with both ondol and bedroom functions have been proposed and have been responding well to consumers. Such an ondol structure is a structure having a good effect on the body while smoothly sleeping the user by installing a separate stone bed in the bed location space of the ondol floor, for example. In addition, in the case of the stone bed is a structure that can perform a variety of functions, such as the function to promote spinal protection, posture correction, blood circulation in addition to the warming function by heating the stone plate by an external heat transfer or hot water. Accordingly, it will be able to have a good effect on the human body. In addition, stone beds capable of emitting far infrared rays have been proposed.

Then, with reference to the accompanying Figure 1 will be briefly described a method for installing a stone bed for emitting far infrared rays, for example, a stone bed in the floor slab.

As shown in FIG. 1, the stone bed installed on the bottom slab surface has a stone plate 2 coated with a bioceramic 1 on its surface, and a heating element mounted below the stone plate 2 to generate far infrared rays ( 3), a heat source 4 for providing a heat source to the heat generating element 3, and a heat insulating material mounted on the lower portion of the heat generating element 3 to prevent heat emitted from the heat generating element 3 from leaking to the outside. (5), a mat formed with a metal plate (6) surrounding the outer surface of the heat insulating material (5) and the heating element (3), and a predetermined space portion for accommodating the stone plate (2), the heating element (3) and the heat insulating material (5). It consists of a frame 7 and a support 8 provided at the side edges of the mat frame 7 to support the mat frame 7.

Here, when a heat source is provided to the heat generator 3 through the heat source 4 (hot water or electricity), the heat generator 3 receives the heat source and heats the stone plate which the human body contacts while generating heat, and the stone plate 2 ) Emits far-infrared rays, and promotes waste and blood circulation harmful to the human body. The stone bed having the configuration as described above, after the ondol construction on the floor slab, the stone bed is placed in the proper position of the floor slab.

However, in the case of the floor slab structure provided with the stone bed as described above, since the heating is provided by providing a heat source to the heating element 3 separately from the floor heating for heating the floor slab surface, the heating is performed twice, which consumes a lot of heating costs. There was a problem.

In addition, since the load of the stone bed is very large, when the stone bed is installed on the bottom surface, excessive load is transmitted to the bottom surface of the slab, and local cracks or fractures occur on the bottom surface of the slab on which the stone bed is supported. There is a problem that the movement or transportation is difficult, and the stone bed occupies more than 10 ~ 20cm of width than the length of the water surface to support the decorative part as a bed and the bottom part of the stone bed. There was a problem that is difficult to clean the lower or side of the.

On the other hand, in the case of floor heating, it is common to use two methods by using hot water and electric ondol, but when using hot water and electric ondol together, it is impossible to partially heat only part of the floor surface. There is a problem in that the temperature of the part where the body is in contact with the environment at the time of good sleep is high and the surrounding temperature is rather low.

In other words, ocher and elvan stone were used as a material for the far-infrared rays (finishing material on the upper part of slab). When the entire bottom surface is heated to such a temperature, the air is rapidly dried, which causes a rather adverse effect on the respiratory system.

The present invention was devised to solve the above problems, and all the advantages of the stone bed (eg, emitting far infrared rays, steaming) at an economical price by directly installing the stone bed to be located on the same side of the floor slab surface. Effect, heat insulation effect, etc., can reduce the load of stone bed on the floor slab, heating only the place where sleep is taken depending on the season, reduce heating cost, sanitary cleanness, and risk of falling even children and infants It is an object to provide a floor slab with a stone bed without.

1 is a block diagram of a stone bed according to the prior art.

Figure 2 is a cross-sectional view showing the installation state of the floor slab equipped with a stone bed according to the present invention.

Figure 3 is a block diagram of a stone bed installed on the floor slab of the present invention.

Figure 4 is a perspective view showing the installation state of the floor slab equipped with a stone bed according to the present invention.

* Explanation of symbols for the main parts of the drawings

10: stone bed 17: accommodation

18: concrete slab 19: heat insulation layer

20: hot water pipe 21: heat storage layer

22: frame

The present invention in order to achieve the above object, Concrete slab to form a floor surface; A heat insulation layer formed on the concrete slab; A frame provided upright with the heat insulation layer to form a predetermined accommodation portion on the heat insulation layer; A plurality of hot water pipes arranged at predetermined intervals on the upper surface of the heat insulation layer to perform floor heating; A heat storage layer for storing heat radiated through the hot water pipe by pouring mortar on the heat insulating layer; And it provides a floor slab having a stone bed including a stone bed seated on the receiving portion formed by the frame.

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

The floor slab equipped with the stone bed of the present invention can be directly buried so that the stone bed is located on the same side of the floor slab surface, and all the advantages of the stone bed can be obtained at an economical price. Etc.) to reduce the loading load of the stone bed applied to the floor slab by constructing the floor slab and the stone bed integrally, and to hygienically clean and heat only the place where sleep is taken depending on the season. As implemented to take, the floor slab equipped with a stone bed of the present invention, as shown in Figure 2, the concrete slab 18 to form a bottom surface, and is formed on the top of the concrete slab 18 A heat insulation layer 19, a frame 22 provided upright with the heat insulation layer 19 to form a predetermined accommodation portion 17 on the heat insulation layer 19, and an upper surface of the heat insulation layer 19. A plurality of hot water pipes 20 arranged at predetermined intervals for heating the floor, a heat storage layer 21 for storing heat radiated through the hot water pipe 20 by pouring mortar on the heat insulating layer 19; It is composed of a stone bed 10 seated on the receiving portion 17 formed by the frame 22.

Here, the stone bed 10, as shown in Figure 3, the stone plate 11 is made of natural stone or ocher, and is laminated on the lower side of the stone plate 11 to discharge the heat to the stone plate 11 And the harmful heat generated by the heat generation of the planar heating element 12 through the planar heating element 12 and the planar heating element 12 and the planar heating element 12 that emit far infrared rays. Electromagnetic shielding shielding net 13 for preventing the emission, and laminated on the bottom of the planar heating element 12, consisting of a pure copper plate is composed of a water vein blocking layer 14 to block the vein.

In addition, it is connected to the planar heating element 12 and the heat source applying means 15 for applying a heat source to the planar heating element 12, and the heat source applying means 15 is connected to the planar heating element automatically according to the room temperature 12 is provided with a thermostat 16 with a built-in temperature sensor (not shown) capable of adjusting the heating temperature.

That is, the temperature controller 16 senses this when the room temperature is high and reduces the heat generation temperature of the planar heating element 13 to lower the bottom surface temperature of the stone bed 11, and when the room temperature is low, By raising the heat generation temperature of the planar heating element 13 to increase the bottom surface temperature of the stone bed 11 to allow the stone bed 10 to maintain a more comfortable surface temperature.

Here, when the planar heating element 12 receives a heat source from the heat source applying means 15 and generates heat, the heat is transferred to the stone plate 11 to heat the stone plate 11, and the planar heating element 12 The harmful electromagnetic wave generated by incident heat is blocked and absorbed through the electromagnetic shielding network (13) to facilitate the circulation of the original function of the stone bed, effective discharge of harmful waste of the human body.

A construction method of installing the stone bed having the above configuration in the floor slab will be described in detail with reference to FIGS. 2 and 4.

In the present invention, the part except for the receiving part 17 in which the stone bed 10 is accommodated is a conventional floor slab structure construction method-that is, the insulation layer 19 is constructed on the reinforced concrete slab 18, and the hot water is heated for heating. After the pipe 20 is installed, the mortar 21 is used as the heat storage layer finishing layer.

First, the frame 22 formed of wood, metal or plastic is installed on the heat insulation layer 19 formed on the concrete slab 18 so as to stand upright with the heat insulation layer 19. At this time, the frame 22 is installed with a larger interval than the size of the stone bed 10, the both sides of the frame 22 to form a receiving portion 17 that can accommodate the stone bed 10 do.

Next, the hot water pipe 20 for floor heating is installed at predetermined intervals over the entire area of the heat insulating layer 19, and the hot water pipe 20 is also inserted into the inner space of the frame 22. do.

When the installation of the hot water pipe 20 is completed, the heat storage layer and finish at a predetermined height (typically 4-6 cm) on the side surface of the frame 22, that is, the bottom surface except for the stone bed 10 receiving portion 17. The mortar 21 is poured into the layer.

Finally, when the mortar 21 is poured between the side surfaces of the frame 21, that is, the bottom of the receiving portion 17 of the stone bed 10, and the stone bed 10 is installed, the stone plate 10 is finished. The slab floor construction of the bed is completed.

Here, the sum of the height of the mortar 21 and the height of the stone bed 10 that is poured into the receiving portion 17 is substantially the same as the height of the mortar (4 ~ 6cm) of the side of the receiving portion 17 After the construction of the stone bed 10 is completed to have a uniform floor surface (same floor height).

In this embodiment, the hot water heating pipe 20 is provided on the heat insulation layer 19 to show an example of using the heating by the heating of the stone bed 10 and heating through the hot water pipe 20 together. The heating cost may be reduced by heating only the mounting portion of the stone bed 10 by electric heating of the stone bed 10 itself.

In addition, heating may be performed using only the hot water pipe 21 without using all electric devices such as the electromagnetic wave shielding network 13 and the planar heating element 12 constituting the stone bed 10.

The present invention described above is not limited to the above-described embodiments and drawings, and various substitutions, modifications, and changes are possible within the scope without departing from the technical spirit of the present invention, which are common in the art. It will be apparent to those who have knowledge.

As described above, according to the present invention, only the mat portion of the stone bed is directly buried on the slab bottom surface to realize all the advantages of the stone bed (for example, emitting far infrared rays, steaming effect, warming effect, etc.) at an economical price. While reducing the load of the stone bed applied to the floor slab, hygienic and clean only by heating the place to sleep according to the season, it is economical and can be safely installed even children and infants without the risk of falling.

Claims (6)

Concrete slab forming the floor of the interior; A heat insulation layer formed on the concrete slab; A frame provided upright with the heat insulation layer to form a predetermined accommodation portion on the heat insulation layer; A plurality of hot water pipes arranged at predetermined intervals on the upper surface of the heat insulation layer to perform floor heating; A heat storage layer for storing heat radiated through the hot water pipe by pouring mortar on the heat insulating layer; And Stone bed seated in the receiving portion formed by the frame Floor slab equipped with a stone bed including. The method of claim 1, The stone bed is a floor slab having a stone bed is formed to be substantially the same height as the top surface of the heat storage layer. The method according to claim 1 or 2. The stone bed, Stone tablets; Heating means provided at the lower side of the stone plate to electrically heat the stone plate by dissipating heat; Electromagnetic shielding means provided between the stone plate and the heat generating means to prevent harmful electromagnetic waves from being emitted through the stone plate according to the heat generated by the heat generating means; It is provided in the lower portion of the heat generating means, the water vein blocking layer made of a mesh to block the vein; And Heat source applying means for applying a heat source to the heat generating means Floor slab equipped with a stone bed including. The method of claim 3, The slab is a floor slab equipped with a stone bed made of natural stone that emits far infrared rays. The method of claim 3, The heating means is a floor slab provided with a stone bed made of any one of ceramic ceramic planar heating element, carbon planar heating element, heating wire, constant temperature wire. The method of claim 3, The heat source applying means is a thermostat with a built-in temperature sensor for automatically adjusting the heating temperature of the heating means in accordance with the room temperature Floor slab equipped with a stone bed further comprising.