KR100463632B1 - A set pannel for heating and a regenerator inserted therein - Google Patents

Abstract

The present invention relates to a heating assembly panel and a heat storage element inserted into the assembly panel, wherein the lower plate has a circular coupling member protruding toward the center, a plurality of support pieces disposed around the circular coupling member, and a predetermined distance from a corner of the rectangular surface. Comprising a repeating shape formed by each of the guide protrusions formed with a, and repeating the repeating shape in the top, bottom, left and right to be formed integrally, the upper plate coupled to the lower plate forms a plurality of cylindrical fasteners in the center, The semicircular fasteners are integrally formed around the square, and the cylindrical fasteners are coupled to the circular fasteners of the lower plate to complete the assembly panel.

The heat storage element inserted into the upper plate and the lower plate is inserted into the upper plate and the lower plate of the heating assembly panel, and forms a supporting unit on which the hot water pipes are placed on the four sides of the body, each having a space in the center, and a radial circle around the space. By forming a plurality of protruding pieces to be formed integrally with the body is excellent in heat retention capacity.

Description

Heating assembly panel and heat storage element inserted in the assembly panel {A SET PANNEL FOR HEATING AND A REGENERATOR INSERTED THEREIN}

The present invention relates to a heating assembly panel and a heat storage element inserted into the assembly panel, and more particularly, using a panel for assembly having an upper plate and a lower plate, a hot water pipe is easily coupled therein, and a panel having excellent thermal conductivity. It also provides a heat storage element that is inserted into the assembled panel to ensure the efficiency of heating.

Korea is a nation that uses Ondol and has wisely overcome the cold of winter. However, as the coal industry has recently become a specification industry, it has gradually used fuels such as oil and gas, and ondol has been replaced by a boiler system in which hot water pipes are embedded.

As a fuel used in the boiler system, gas or electricity is used as a fuel to prevent pollution, and a method of preliminarily burying hot water pipes is used.

In other words, it is preferable to use a panel assembled with upper and lower plates in order to use a hot water pipe that fits the durability of the house.

Conventionally, in view of such a point, the plastic hot water pipe was used to be assembled into the upper and lower plates, but because of the use of a separate upper plate, the thermal conductivity was not excellent, and many problems were also exposed during assembly.

Therefore, the heating assembly panel preferably needs to have the following characteristics.

(1) It is easy to assemble and disassemble so that the repair of the trouble spot is convenient.

(2) Excellent thermal conductivity and retain heat for a long time after heating

(3) Easy assembly and disassembly

The present invention is to solve such a problem,

It is an object of the present invention to provide an assembly panel for heating that is easy to assemble and disassemble and easy to construct.

This object can be achieved by making the accessories used for heating firmly fixed in the lower plate and allowing the upper plate with excellent thermal conductivity to engage with the lower plate.

Another object is to provide a heat storage device which is excellent in thermal conductivity and inserted into the assembly panel for prefabricated heating in order to accumulate heat for a long time.

The heating assembly panel assembled with the upper plate and the lower plate has the following characteristics.

That is, the lower plate is composed of a circular coupling sphere protruding toward the center, a plurality of support pieces arranged around the circular coupling sphere, and each of the guide protrusion pieces formed at a predetermined distance from the corners of the square surface, By repeating the repeating portion up, down, left and right to form integrally.

In addition, the upper plate coupled to the lower plate forms a plurality of cylindrical fasteners in the center, and a semi-circular arc fastener is integrally formed around the square to allow the cylindrical fastener to be coupled to the circular fastener of the lower plate.

In addition, the heat storage element inserted into the upper plate and the lower plate is inserted into the upper plate and the lower plate of the heating assembly panel, respectively forming a support portion on which the hot water pipes are placed on the four sides of the body, has a space in the center, a radial circle around the space It is characterized in that the plurality of protruding pieces are formed integrally with the body.

1 is a perspective view showing a state in which one set is assembled in the assembly panel for heating of the present invention,

Figure 2 is a perspective view showing the internal structure of the top plate of the heating assembly panel of the present invention,

Figure 3 is a perspective view showing the internal structure of the lower plate of the heating assembly panel of the present invention,

Figure 4 is a perspective view showing a state in which the pipe and the heat storage element is coupled to the lower plate of the heating assembly panel of the present invention,

5 is a perspective view showing the structure of a heat storage element used in the present invention.

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

1: support piece 2: guide protrusion piece

3: round insertion hole 9: hot water pipe

5: serious coupling 10: lower plate

11: Cylindrical Coupler 15: Repetitive Shape

12, 18: half arc support part 19: half arc shape coupler

20: top plate 21: cylindrical fastener

22: half arc shape fastener 40: heat storage element

41: support part 42, 42 ': circular protrusion piece

45: body 100: panel

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

First, the heating assembly panel of the present invention consists of a lower plate 10 and an upper plate 20 as shown in FIG. 1.

1 is a perspective view showing a state in which one set is assembled in the heating assembly panel of the present invention.

As shown, the lower plate 10 and the upper plate 20 are combined to form one panel 100.

This is a plurality of panels 100 are assembled according to the size of the room or floor area to form a hot water heating system.

FIG. 2 is a perspective view showing the internal structure of the upper plate of the heating assembly panel of the present invention, showing the rear surface of the upper plate 20 of FIG.

The upper plate 20 forms a plurality of cylindrical fasteners 21 at the center thereof, and a semi-arc fastener 22 is formed integrally with the upper plate around the square.

The reason why the half arc-shaped fastener 22 is configured here is to secure the coupling portion when a plurality of panels are coupled.

Figure 3 is a perspective view showing the internal structure of the lower plate of the heating assembly panel of the present invention is a portion combined with the upper plate 20 of FIG.

The plurality of repeating portions 15 which are symmetrically around the repeating portion 15 are formed integrally to form a lower plate 10.

One repeating shape portion 15 constitutes a circular insertion hole 3 into which a heat storage element can be inserted, and the circular insertion hole 3 has a cylindrical coupling portion 11 at its center and a plurality of circular arc shapes around it. The support piece 1 protrudes in a circular shape, and is formed.

The heat storage element 40 described later is inserted between the circular insertion opening 3 and the arc-shaped support piece 1.

In addition, the rectangular corner of the plurality of repeating repeating portion 15 is formed integrally with a guide protrusion (2) that can be fixed to the hot water pipe at a predetermined interval.

In FIG. 1, a half arc-shaped half arc-shaped coupler 19 is formed on the lower plate 10 coupled to the half arc-shaped fastener 22 of the upper plate 20, and a half arc support piece 18 is formed around the bottom plate 10. It has a structure that is formed integrally.

The heat storage element described later is similarly inserted between the half arc-shaped half arc-shaped coupler 1 and the half arc support piece 18 formed around the half arc-shaped coupler 1.

Here, the half arc-shaped fastener 22 of the upper plate and the half arc-shaped coupler 19 of the lower plate coupled to the fastener are coupled to each other and serve to firmly support the upper plate and the lower plate. Reference numeral 5 denotes a triangular coupler, and 30 denotes a butterfly-shaped coupling piece.

4 is a perspective view showing a state in which a pipe and a heat storage element are coupled to a lower plate of a heating assembly panel according to the present invention. As described above, the heat storage element 40 is disposed in the cylindrical coupling hole 11 of the circular insertion hole 3. The flexible plastic hot water pipe 9 is sandwiched between the guide protrusions 2 and fixed.

Figure 5 shows the structure of the heat storage element used in the present invention, on each of the four sides of the body 45 is formed with a support portion 41 that can be supported by a hot water pipe, the upper part of the body integrally multiple The two circular protrusions 42 and 42 'are formed. At the center of the heat storage element 45 has a structure that can be inserted into the cylindrical coupling hole 11 of the lower plate by forming an empty space portion 44.

The heat storage element is made of a material having excellent thermal conductivity and excellent heat retention ability, so that the heating retains heat and radiates the retained heat during blame.

The heat storage element 40 in which the plurality of radially protruding pieces 42 and 42 'are formed is made of a material which is excellent in thermal conductivity and can retain heat for a long time, such as magnesium (Mg) and silicon (Si). ), Copper (Cu) and the like, after mixing the powder powder and the plastic heating is extruded integrally.

Of course, the upper plate 20 of the heating assembly panel is also preferably formed of a material having excellent thermal conductivity as described above.

In the present invention configured as described above looks at the case of assembling the assembly panel for heating.

First, the lower plate 10 of the heating assembly panel corresponding to the size of the room or floor is disposed. At this time, in order to prevent the movement of the lower plate and the lower plate 10, a plurality of triangular coupling spheres (5) are formed on the slopes of the lower plate 10, respectively, between the triangular coupling spheres (5) butterfly-shaped coupling pieces (30) Inserted, the bottom plate is firmly fixed.

Thus, the heat storage element 40 of FIG. 4 between the cylindrical coupling port 11 and the plurality of support pieces 1 forming the circular insertion hole 3 of FIG. 3 in a state where the plurality of lower plates 10 are coupled to each other. Insert. At this time, the space 44 of the heat storage element 40 is inserted into the cylindrical coupling hole 11 of the lower plate. After inserting the plurality of heat storage elements 40 in the lower plate 10 as described above, the hot water pipe 9 is installed to pick a place to pass the hot water pipe in advance so that the heat storage element 40 is fixed.

After the heat storage element 40 is fixed to the lower plate 10, the hot water pipe 9 is positioned on the supporting portion 41 of the heat storage element 40 as shown in FIG. .

That is, the hot water pipe 9 is inserted and fixed between the guide protrusions 2 formed at the corners of the lower plate 10 so that the guide protrusions installed along the length of the desired hot water pipe support each other with elastic force. .

As described above, the heat storage element 40 and the hot water pipe 9 are coupled between the plurality of lower plates 10, and the upper plate 20 as shown in FIG. 2 is combined to complete the heating system. The fasteners 21 are combined with the cylindrical coupler 11 into which the heat storage element 40 is inserted, respectively, to complete the assembly panel for heating as shown in FIG. 1.

Of course, the boiler system is configured separately from the completed assembly panel for heating. In the case of not using the boiler, the electric supply device is configured separately in the case of the electric heating hot water heating system.

When the pipe is heated using a boiler in the completed system as described above, when the hot water pipe is heated in a system of directly heating the pipe using hot water heating or electricity, the hot water pipe is heated as shown in FIG. At the same time, the hot water pipe 9 heats the body through the supporting portion 41 of the heat storage element 40 as shown in FIG. 4, so that the heat storage element 40 is heated to accumulate heat.

Therefore, even when the heating is completed, since the heat absorbed by the heat storage element 40 continuously heats the hot water pipe 9, the heating effect can be continuously obtained.

In particular, the heat storage element 40 forms circular projection pieces 42 and 42 'radially with respect to the central space portion 44 as described above, so that each of the protruding pieces 42 and 42' It has a structure in which the cross-sectional area is large.

As a result, it retains heat between the circular protrusions 42 and 42 'and the body 45, and then heats the upper plate 10 with the upper area of the circular protrusions 42 and 42' at the end of heating. At the same time to transfer heat to the hot water pipe (9) will have a continuous heating effect.

As described above, the present invention has a structure in which the repetitive shape is repeatedly formed in the lower plate in the up, down, left and right, and integrally formed, and the top plate can be firmly fixed to the hot water pipe by the guide protrusion of the repeating shape. There is an effect that the upper and lower plates can be firmly fixed by the fastener of the half arc shape.

In addition, when disassembling, it can be disassembled in the reverse order of assembly, which makes it easy to repair the trouble spot.

In particular, the heat storage element is inserted into and fixed in the assembled upper and lower panels, and thus has excellent thermal conductivity and heat retention capability.

This prefabricated heating assembly panel can be applied not only to the boiler system using oil and electricity, but also to the system that directly heats the hot water pipe with electricity, and to the system using a heating wire instead of the hot water pipe. Even if the same effect can be expected.

Claims (6)

A circular coupling portion protruding toward the center, a plurality of support pieces arranged around the circular coupling sphere, and each guide protrusion piece formed at a predetermined distance from a corner of the rectangular surface, Assembly panel for heating with bottom plate which is formed by repeating it up, down, left and right A plurality of cylindrical fasteners are formed in the center, and a semi-circular fastener is integrally formed around the square, and the heating assembly panel has an upper plate to which the cylindrical fastener is coupled to the circular fastener of the lower plate. The method of claim 1, A heating assembly panel having a circular coupling protrusion protruding toward the center and a lower insertion plate formed of a circular insertion hole formed by a support piece arranged in an arc shape around the circular coupling hole so that the heat storage element is inserted into the circular insertion hole. The method of claim 1, Forming a plurality of triangular coupling spheres on the square surface of the lower plate formed of a plurality of repeating shape portion when the plurality of lower plates are coupled to each other by inserting the butterfly-shaped coupling pieces into the triangular coupling spheres for fixing the lower plate Assembly panel It is inserted into the upper plate and the lower plate of the heating assembly panel, and forms a support portion on which the hot water pipes are placed on the four sides of the body, has a space in the center, and a plurality of radial circular protrusions are formed around the space to integrally form the body. Heat storage element characterized in that formed The method of claim 5, A heat storage element, characterized in that the space is formed between the plurality of radial circular projection pieces with the center of the space portion so that the area between the circular projection pieces is greatly increased.