KR0124960B1 - Thermal panel using electricity at night - Google Patents

Abstract

The upper means of a regenerative panel(7) is formed by the convex means(7-1) and the concave means(7-2) which are interacted. The mixture which the ceramic stone powder(11) and the cement(6) are mixed and kneaded is piled up and solidified on the up end of the regenerative panel(7). The main heating transmission lines(5) are laid on the upside of the mixture. The supplementary heating transmission line(8) using only the midnight electricity are laid on the concave means(7-2) of the regenerative panel(7). The regeneration warm-floor panel(1) is covered with the iron cover(4) on the outer. The thermal conduction style iron(9) and the supplementary heating transmission lines(8) using only the midnight electricity are laid between the lower of the regenerative panel(7) and the thermal insulation material(10) in the regeneration warm-floor panel(1). The regeneration warm-floor panel(1-2) has only the exothermic material(12) between the regenerative panel(7) and the thermal insulation material(10). The main heating transmission lines(5) are connected with the common electricity. The supplementary heating transmission lines(8) or the exothermic material(12) is connected with the midnight electricity. Cause of the improvement of the regenerative panel(7), the effect of regeneration is improved.

Description

Midnight Electric Combined Heat Storage Panel

1 is an exemplary perspective view of the heat storage panel according to the present invention,

2 is an enlarged cross-sectional view taken along the line A-A of FIG.

3 is a cross-sectional view of another embodiment of a heat storage hot panel according to the present invention.

Figure 4 is a cross-sectional view of another embodiment of a heat storage hot panel according to the present invention.

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

1-1, 1-2: heat storage hot panel, 2: power connection,

3: controller, 4: iron plate cover,

5: main heating wire, 6: cement,

7: regenerative panel, 8: supplementary heating wire for late night electricity,

9: iron plate for heat conduction, 10: heat insulating material,

11: ceramic stone powder, 12: planar heating element.

The present invention relates to an easy-to-manage and easy-to-install construction, and to a nighttime electric combined prefabricated heat storage on-panel panel that can be used as a commercial source and a nighttime electricity.

In more detail, the structure can be easily produced by simplifying the structure, and can be easily moved or handled by standardizing the size of the product, and the heat storage effect and heat conduction effect can be modulated by improving the structure of the heat storage panel. Electricity used as a heat source relates to such a prefabricated thermal storage ondol panel that can be used in addition to the nighttime electricity.

Conventional regenerative ondol, which can use commercial or late-night electricity, has been constructed by simply laminating a regenerative panel of plate type on an insulating material.

In other words, the heat storage panels, which are plate-shaped and heated with wires, are connected to each other and arranged in a predetermined city factory, and concrete is poured thereon to form slabs. In the conventional heat storage type thermal floor, the heat storage panel should be laid on the floor to be installed and concrete should be placed thereon, which makes the construction very inconvenient and requires a lot of construction time due to concrete pouring and solidification. The heat accumulating panel heats up due to the heat, but the heat is leaked to the floor of the building, which leads to a significant decrease in thermal efficiency. Therefore, it takes a lot of time for the ondol to be covered. There was a problem that could not be achieved.

As another conventional ondol panel is known to be a mobile assembly type, but there is a problem that can not use the late-night electric power, which causes a lot of power, such as maintenance costs increase.

The present invention is to provide a nighttime electric combined prefabricated thermal storage panel to solve the above problems.

An object of the present invention is to provide a heat storage on-panel panel that can be easily manufactured because the assembly structure is simple and can be easily handled by standardizing the size of the panel.

Another object of the present invention is to provide a heat storage ondol panel that can be used in combination with a conventional commercial electricity and a midnight electricity that can be used only at midnight.

Still another object of the present invention is to provide a heat storage on-panel panel capable of improving the structure of the heat storage panel to increase the heat storage effect and increasing the heating effect while reducing power consumption.

Another object of the present invention is to add a ceramic stone to the cement layer provided on the upper side of the heat storage panel to be generated by the far-infrared rays generated from the ceramic powder to facilitate blood circulation and keep the metabolism active It is to provide a heat storage hot panel.

The above and other objects of the present invention are provided with a heat storage panel 7 in which an insulating wire is placed on the upper side of the heat insulator 10, and the protrusion 7-1 alternately having an upper portion of the heat storage panel 7. And a recessed portion (7-2), and solidified by laminating a mixture of the ceramic stone powder (11) and cement (6) on the top of the heat storage panel (7) and solidified, but the main heating wire (5) at the top of the mixture The heat storage panel (1) and / or the heat storage panel (7), which are embedded in the main portion (7-2) of the heat storage panel (7), are embedded with an auxiliary electric heating wire (8) for the late night electricity, and the outer surface is covered with an iron plate cover (4). Between the bottom surface and the heat insulating material 10, the heat storage hot panel (1-1), and the heat storage type panel (7) and the heat insulating material (10), which are formed by embedding the heat conducting iron plate (9) and the auxiliary electric heating wire (8) for night electricity up and down. It is achieved by the heat storage ondol panel 1-2 characterized by embedding only the planar heating element 12 therebetween.

The present invention as described above is easy to manufacture and produce a simple structure and easy to handle, as well as the construction by assembling a plurality of heat storage thermal panel (1) (1-1) (1-2) against each other Since the construction time can be shortened, the main heating wire (5) can be used by connecting a commercial electric power, and the night heating electric auxiliary heating wire (8) or a planar heating element (12) can be used by connecting a midnight electric power, and heat storage type Since the structure of the panel 7 is improved, the heat storage effect is improved, and thus a sufficient ondol effect can be obtained even when a small amount of power is used.

The above and other objects, features, and effects of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

1 is a perspective view showing a heat storage hot panel (1) (1-1) (1-2) according to the present invention, and 2 to 4 are cross-sectional views showing each embodiment.

Heat storage panel (1) (1-1) (1-2) according to the present invention is formed as shown in Figure 2, the main heating wire (5) and the night electric heating wire (8) at both ends of one side The power connection part 2 (2-1) is formed by being cut out so as to be exposed, and the main heating wire 5 and the auxiliary heating wire for exclusive use of the midnight electric power can be normally turned on and off automatically. It is connected to the controller (3), which is designed to control the temperature.

Figure 2 is a cross-sectional view showing an example of the specific structure of the heat storage panel (1) according to the present invention.

The heat storage panel 7 was laminated on the heat insulating material 10.

The heat storage panel 7 has a wider surface area by improving the structure of the upper part, and is formed by alternately forming the protrusions 7-1 and the recesses 7-2 on the upper part. 7-2) to increase the surface area and heat storage effect.

The sub-electric heating wire 8 for exclusive use of the late night electricity is embedded in the recessed part 7-2 of the heat storage panel 7, and the ceramic stone powder 11 and the cement 6 are mixed on the upper portion thereof to stack a mixture made of water. Laminate to a sufficient height to cover the upper end of the projection (7-1), and when laminating the mixture of the ceramic stone powder (11) and cement (6) in this way, the laminated heat insulating material (10) and the heat storage panel (7) After inserting a suitable mold (not shown) on the outside of the lamination, the heating main heating wire (5) was buried in the upper portion of the laminate so that the main heating wire (5) was solidified with the mixture embedded.

When the mixture (ceramic stone powder + cement) is completely solidified, remove the mold and cover the outer surface with the iron plate cover (4) so as to be integrally formed, so that the upper and side surfaces are completely surrounded and the outer surface of the bottom surface, that is, the bottom surface of the heat insulating material 10, is covered. It was.

3 is a cross-sectional view showing another embodiment of the present invention.

After arranging the auxiliary heating wires 8 for the late night electricity on the upper part of the heat insulating material 10 and covering the heat conducting iron plate 9 thereon, the heat storage panel 7 having the protrusions 7-1 and the recesses 7-2 is formed. Lay a mixture of ceramic stone powder (11) and cement (6) on the top of the heat storage panel (7) laminated with a mixture of water, the main heating wire (5) is embedded in the upper side of the mixture and solidified, iron plate on the outer surface A heat storage hot panel (1-1) formed by covering the cover (4) and being integrally formed.

4 is a cross-sectional view showing yet another embodiment of the present invention.

It is provided with a heat storage panel (7) having a planar heating element (12) laminated on top of the heat insulating material (10) and the projections (7-1) and recesses (7-2) formed thereon, the ceramic on the top of the heat storage panel (7) The mixture of stone powder (11) and cement (6) is mixed and laminated with water, and the inner portion of the mixture is filled with a main heating wire (5) and solidified. The heat storage is formed by integrally covering the outer surface with an iron plate cover (4). Ondol panel (1-2).

Hereinafter, the operation of the heat storage hot panel (1) (1-1) (1-2) according to the present invention configured as described above will be described.

Regenerative thermal panel (1) (1-1) (1-2) according to the present invention can be installed as a single type as shown in Figure 1 and is not shown in detail, but assembled several pieces in conjunction with each other Can be installed.

When assembling and installing multiple sheets, the main heating wires (5) of each heat storage thermal panel (1) (1-1) (1-2) are connected to each other. The electric heating wires 8 are connected to each other and then to the controller 3 as illustrated in FIG.

The controller (3) can automatically control or manually control the supply of commercial electricity or midnight electricity supplied to the heat storage panel (1) (1-1) (1-2), and can adjust the supply time. It should be equipped with the usual function to detect the set indoor temperature and determine whether to operate. The present invention improves the structure of the heat storage panel and the use of a midnight electricity from 10 pm to 8 am, which can be operated by a normal commercial electricity, in addition to being able to facilitate transportation and installation. The main characteristics are to increase the heat storage effect and to reduce the power consumption, and to actively maintain the function of the living body by the far-infrared rays generated from the ceramic stone powder.

The operation relationship will be described below.

2 illustrates the operation relationship of the heat storage panel 1 shown.

It is operated by main heating wire (5) except for the late night electric time (from 10:00 pm to 8:00 am).

The heat generated from the main heating wire 5, which is supplied with power to the main heating wire 5, immediately causes the iron plate cover 4 to become hot, and the mixture of the ceramic stone powder 11 and the cement 6 also becomes hot. The heat is transferred to the heat storage panel (7). As shown, the mixture and the heat storage panel 7 have a large contact area by the surfaces of the protrusions 7-1 and the recesses 7-2 of the heat storage panel 7, so that the heat transfer proceeds rapidly and thus the heat storage panel 7 Will heat up the heat quickly. The heat accumulated in the heat storage panel 7 is blocked from being discharged to the lower side by the heat insulating material 10 at the lower side thereof, and thus the heat storage panel 7 is kept in a state of preserving heat while the heat loss is prevented. Is upwardly released through the iron plate cover (4).

In this way, the ceramic stone powder (11) while the active metabolism by the far-infrared rays and blood circulation is smooth, which will benefit the health.

As described above, when the midnight electricity supply time is reached while the main electric heating line 5 is operated by the commercial electricity, the auxiliary electric heating wire for exclusive use of the midnight electric electricity is interrupted while the main electric heating line 5 is stopped. Supply late night electricity.

The heat is generated when the sub-electric heating wire 8 exclusive for the mid-night electricity is supplied by the supply of the late-night electricity, and the cement 6 layer in which the regenerative panel 7 and the ceramic stone powder 11 are mixed is formed of the main heating wire 5. Since heat is accumulated by operation, the heat is continuously maintained even though a lot of electricity is not supplied to the sub-electric heating wire for exclusive use of the late night electricity.

On the other hand, when the auxiliary heating wire for exclusive use of the late night electricity is operated while the main heating wire (5) is not operated, the cement (6) layer in which the heat storage panel (7) and the ceramic stone powder (11) are mixed is the auxiliary heating wire for the late night electricity. The heat generated in (8) and the heat accumulated in the heat storage panel (7) warms up in a short time while the warmth is generated in the iron cover (4), and at this time, the ceramic stone powder mixed in the cement (6) layer In (11), far infrared rays are generated.

In addition, the heat storage hot panel 1-1 shown in FIG. 3 operates as follows.

When commercial electricity is supplied to the main heating wire (5), the iron plate cover (4) is heated by the heat generated from the main heating wire (5), and the cement (6) layer and the heat storage panel (7) mixed with the ceramic stone powder (11). As the heat is transferred to heat, the iron plate cover 4 releases warmth in a short time due to the heat that is accumulated.

The heat that is transferred or accumulated in the heat storage panel 7 is transferred to the heat conducting iron plate 9 to heat up the heat conducting iron plate 9, and at the same time, air in the space between the heat insulating material 10 and the heat conducting iron plate 9 is removed. Heat is kept continuously because it is prevented from leaking to the outside by the heat insulator 10, and thus it is possible to operate the heat storage ondol panel 1-1 even without consuming a large amount of power. .

The heat storage ondol panel 1-1 supplies the midnight electric power to the auxiliary electric heating wire 8 for the late night electricity in the state in which the main heating wire 5 is not stopped or not operated.

By the supply of the late-night electricity, heat is generated in the auxiliary heating wire 8 for exclusive use of the late-night electricity.

The heat conducting iron plate 9 is heated by the heat generated from the auxiliary heating wire for exclusive use of the late night electricity, and the heat is sequentially transferred to the cement (6) layer in which the heat storage panel (7) and the ceramic stone (11) are mixed. Since the heat generated from the subsidiary electric heating wire 8 for the late night electricity is prevented from leaking to the lower side by the heat insulator 10, the heat is only transferred to the heat conducting iron plate 9, and thus the heat storage panel 7 is quickly formed. Heat is accumulated, and because the heat storage panel 7 and the cement 6 layer have a large contact area, heat transfer is rapid, and the ceramic mixed with the cement layer 6 while the heat storage panel 1-1 is operating. In the stone powder 11, far infrared rays are generated to actively maintain the function of the body.

In addition, the heat storage panel 1-2 shown in FIG. 4 operates as follows.

When supplied to the main heating wire (5) by commercial electricity, the iron plate cover (4) begins to heat by the heat generated from the main heating wire (5) and the cement (6) layer and the heat storage panel in which the ceramic stone powder (11) is mixed. (7) heat is also heat accumulates as the heat is heat accumulates in the planar heating element (12) is also heated by the heat stored in these heat, heat is prevented from leaking to the outside by the heat insulating material (10) in the lower side Since heat is accumulated in the cement (6) layer and the heat storage panel (7), heat is continuously generated in the main heating wire (5), and the heat is transferred to the iron plate cover (4). The heat is cement (6) layer and the heat storage panel (7). It is generated in the heat storage state, so that the heat storage ondol panel (1-2) can be operated even without a lot of power consumption.

The heat storage thermal panel (1-2) supplies the late night electricity to the planar heating element (12) in a state in which the operation of the main heating wire (5) is stopped or not operated.

When the midnight electricity is supplied, heat is generated in the planar heating element 12. Since the heat insulating material 10 is provided at the bottom of the planar heating element 12, the heat storage panel 7 and the ceramic stone powder are not exposed to the outside. 11) is transferred to the mixed cement (6) layer. When the iron plate cover 4 continuously generates heat by heat that is transferred, far infrared rays are generated in the ceramic stone powder 11 of the cement 6 layer.

According to the heat storage hot panel (1) (1-1) (1-2) according to the present invention operated as described above, the structure is simple and easy to manufacture, and the size of the product can be standardized, so that it is easy to handle and short time. It can be installed in the field, and it can reduce the running cost by allowing the use of the midnight electricity in addition to the ordinary commercial electricity, and the heat storage panel has been improved so that the heat can be continuously stored and stored. (Heating effect) can be maximized, and the ceramic stone powder mixed in the cement layer will help the body's health as far infrared rays are generated to facilitate blood circulation and actively maintain metabolism.

Claims (3)

The heat storage panel (7) having a heating wire embedded in the upper side of the heat insulator (10), the protrusions (7-1) and the recessed portion (7-2) is formed alternately on the heat storage panel (7) and the heat storage type On top of the panel (7), a mixture of ceramic stone powder (11) and cement (6) is laminated and solidified, and the main heating wire (5) is embedded at the top of the mixture and the main portion (7-) of the heat storage panel (7) is laminated. 2) The nighttime electric heating wire (8) is embedded, the outer surface electric heating prefabricated thermal heating panel, characterized in that the outer surface covered with a cover plate (4). In the heat storage panel (7) having the heating wire embedded in the upper side of the heat insulating material (10), the midnight electric combined heating wire (8) is wired on the upper side of the heat insulating material (10), and the heat conducting iron plate (9) and the upper part thereon. The heat accumulating panel (7) in which the protrusions (7-1) and the recesses (7-2) are alternately stacked is sequentially stacked, and the mixture obtained by kneading the ceramic stone (11) and the cement (6) on the upper side thereof is laminated and solidified. However, the main heating wire (5) is embedded at the top of the mixture, and the outer surface of the prefabricated thermal storage ondol panel, characterized in that the outer surface was covered with iron plate cover (4). The heat storage panel 7 having a heating wire embedded in the upper side of the heat insulator 10, wherein the planar heating element 12 is formed on the upper side of the heat insulator 10, and the upper portion is the protrusion 7-1 and the recess 7-2. ) Alternately formed heat storage panel (7) is laminated in sequence, and the mixture of the ceramic stone powder (11) and cement (6) is kneaded and laminated solidified, but the main heating wire (5) is embedded at the top of the mixture, Midnight electric combined prefabricated heat storage panel, characterized in that the outer surface is covered with iron plate cover (4).