KR100927177B1 - Assembable floor heater block - Google Patents

Abstract

PURPOSE: A block assembly structure of an ondol system is provided to achieve a residential space environmentally-friendly and good for human body standardizing Korean under-floor heating blocks proper for the installation place. CONSTITUTION: A block assembly structure of an ondol system comprises a base block(10), a flame path block, and an ondol block(40). The base block has a horizontal recess(12) on one side, and placed in contact with the floor surface. The flame path block is placed on top of the base block to form a flame path. The ondol block is placed on top of the flame path block. The flame path block is composed of an outer panel settled on top of the base block, a column panel provided inside the outer panel to divide the space, and a transverse panel.

Description

Gooljang assembly device {Assembable Floor Heater Block}

The present invention relates to a saddle field assembling apparatus, and in detail, to manufacture the ondol provided with the appropriate size and the flue at the lower portion in the place to be installed, it is simply configured to install and install the firewood through the wood boiler.

In general, ondol is a radiant heating method using heat conduction, in which heat is emitted from a heated flagstone sphere by sending a fire through a whale. Since the floor is evenly covered, it is not damp and safe from fire. However, traditional Korean ondol can maintain indoor climate relatively comfortably, but because of the large amount of heat lost through fire extinguishers and chimneys, the actual thermal efficiency is only 30%, which is very disadvantageous in terms of energy.

In the conventional ondol method, the construction is performed by placing a ball base such as a stone on the bottom of a sphere, and then placing a wide stone on the top of the base, and in order to construct the rooms at a constant height, a skilled expert Ondol construction costs accounted for a significant portion of housing construction.

Also, nowadays, it is becoming harder to find a stone to be used as a courtyard, and the heating and heating construction by traditional districts with various advantages is gradually disappearing due to the lack of skilled professionals for the construction of traditional courtyards. Heating system using hot water circulation pipe is mainly used rather than the traditional construction.

However, the construction of such hot water circulation pipes requires a lot of construction costs, and after the construction of the hot water circulation pipes, the floor must be finished using cement. Therefore, social problems such as sick house syndrome due to volatile organic compounds, such as formaldehyde, generated from cement are harmful to the human body. Problems are occurring, and the damage is getting worse. In particular, children with weak immunity are suffering from skin diseases such as atopic dermatitis and respiratory diseases are emerging as a social problem.

The present invention has been made in order to solve such a conventional problem, the present invention is environmentally friendly to maximize the advantages of the traditional sphere because it takes a short period of construction because the construction is simple by standardizing the saddle field appropriately in the place where it is installed The purpose is to create a living space that is beneficial to the human body.

Another purpose is to increase energy efficiency by connecting existing electric or briquette boilers to wood boilers.

Problem solving means of the present invention is a horizontal recess is formed on one side, the base block is in close contact with the bottom surface; A hwado block seated on the foundation block to form a hwado (in the year) therein; And an ondol block that is stably seated on an upper portion of the hwado block, wherein the hwado block is mounted on an upper portion of the foundation block, the outer panel having a vertical recessed portion corresponding to the horizontal recessed portion; A vertical panel provided inside the outer panel to partition the vertical space and correspondingly formed with a fire inlet; The horizontal panel is partitioned in the horizontal direction between the vertical panel is characterized in that consisting of a horizontal panel formed with a fire induction plate having a curved surface.

And, the present invention and the first block is formed with a horizontal indentation on one side; A basic block composed of a second block corresponding to the first block; First and second blocks mounted on the first and second blocks and correspondingly formed with a heat discharge hole, the first and second outer panels each having a vertical recess; A vertical panel provided inside the first and second outer panels to partition a vertical space and correspondingly having a fire inlet; Hwado block composed of a horizontal panel partitioned in the horizontal direction between the vertical panel is formed with a fire induction plate having a curved surface therein; And a flagstone seated on an upper portion of the pyroblock and made of a material emitting far infrared rays. Ocher adhesive for bonding and connecting between the flagstone; It characterized in that the ondol block consisting of the ocher panel laminated on the ocher adhesive.

According to the saddle field assembly apparatus according to the present invention, while making full use of the advantages of the traditional sphere, by the standardization of the saddle field in the place where it is installed, the construction is simple, takes a short construction period, environmentally friendly and beneficial to human living space In addition, by connecting the existing electric boiler or briquette boiler to the wood boiler, and using the hot water heated in the wood boiler can be used for other purposes, it has excellent thermal efficiency.

Hereinafter, with reference to the accompanying drawings will be described specific details for the practice of the invention.

1 is an exploded perspective view of a main part of a saddle field assembly device according to the present invention, Figure 2 is a plan view of the main part of Figure 1, Figure 3 is an enlarged cross-sectional view of the main part of Figure 2, Figure 4 is an operating state of the ball assembly device according to the invention 5 is a state diagram used in the saddle field assembly apparatus according to the present invention.

As shown in Figures 1 to 5, the saddle field assembly apparatus according to the present invention is in close contact with the bottom surface, is manufactured as a concrete structure, the base block formed with a horizontal concave portion 12 is fixed to the wood boiler 50 on one surface 10; Hwado block (20) is formed inside the base block (10) to the same height and is formed, and a concrete structure; It consists of an ondol block 40 that is stably seated on the top of the road block 20.

The hwado block 20 is mounted on the base block 10, the vertical and vertical inlet portion 31 is maintained in the horizontal and vertical, the upper region of the wood boiler 50 is introduced to correspond to the horizontal concave portion (12) The outer panel 30 is formed; Vertical panels 33 and 34 provided inside the outer panel 30 to partition the vertical space; The vertical panels 33 and 34 are connected to each other so that the vertical space is partitioned in the horizontal direction, and a fire induced plate 36 is formed therein.

At this time, the other side of the outer panel 30 is provided with a chimney 60 to communicate with the fire (smoke) of the wood boiler 50 to the outside.

And, the vertical panel 33, 34 is formed so that the fire inlet (35) corresponding to the fire (smoke) flows into the fire induction plate 36.

The fire guide plate 36 is formed with a curved surface 36a such that the flow of fire (smoke) supplied from the wood boiler 50 is induced convection. That is, the center region is formed to be bent downward, and both ends are formed to be bent upward, and the fire (smoke) is moved along the curved surface 36a to gradually heat the ondol block 40 evenly.

The ondol block 40 includes a plurality of flagstones 42 made of biotite, which is a material emitting a large amount of far infrared rays; An ocher adhesive 44 for bonding and connecting the flagstones 42; It consists of an ocher panel 46 stacked on the ocher adhesive 44.

The ondol block 40 is placed on the inside of the frame (not shown) of the appropriate size, and then placed several flagstones 12, and then bonded between the platelets 42 with an ocher adhesive 44, and then titrated on the top The ocher panel 46 is laminated to a thickness, cured for a suitable period (at least one day), and then separated from the inside of the frame to produce a single ondol block 40 having a rectangular shape. At this time, the ondol block 40 is manufactured in various sizes appropriate to the size of the living space by this process.

The flagstone 42 is formed with a plurality of tool fastening grooves (42a) for fixing the work tool to facilitate the operation by moving the ondol block 10 of weight in the upper proper position, respectively.

The ocher adhesive 44 is made by mixing the refractory cement 50% and the ocher 50% is firmly fixed between the flagstone (42). Instead of such ocher adhesives, they may be bonded using cement used for dental purposes.

The ocher panel 46 is formed by mixing ocher + rice straw + water in an appropriate ratio, and forming an ocher dough having excellent adhesion, and spreading the dough evenly on the flagstone 42 and then drying.

The wood boiler 50 is made of a square or cylindrical, the body 54 and the space 52 is formed therein; A material jacket 55 provided at the periphery of the body 54 and storing water therein; It is formed by passing through the body 54 and the water jacket 55, the discharge passage 53 for discharging the fire to the outside, the vertical yaw 12 of the basic block 10 and the vertical yaw of the hwado block 20 The position is fixed between the mouths 31.

At this time, the front door of the body 54 is provided to open and close the door (50a) to put the wood into the space (52).

Meanwhile, the water jacket 55 is provided with cold and hot water joints 56 and 57 for supplying and discharging cold and hot water. The cold and hot water joints 56 and 57 are conventionally used electric boilers or briquettes. Cold and hot water line 71, 72 of the boiler 70 is connected, circulating the hot water from the wood boiler 50 to the high temperature in the electric boiler or briquette boiler 70 to be used as a hot water supply in the bathroom or to the boiler It is available.

That is, it is configured to use the hot water generated in the wood boiler 50 without operating the electric boiler or briquette boiler.

On the other hand, Figure 6 is an exploded perspective view showing another embodiment of the device for assembling the ball according to the invention, Figure 7 is a sectional plan view of the main part of Figure 6, Figure 8 is a cross-sectional view of the operating state of Figure 6, Figure 9 is Is also used.

As shown in Figures 6 to 9, another embodiment of the saddle field assembly device is composed of a base block 100, a hwado block 200, an ondol block 400 and a wood boiler 500.

The first block 110 is in close contact with the bottom surface, is produced as a concrete structure, the first block 110 is formed with a horizontal recessed portion 101 is fixed to the wood boiler 500 on one surface; The second block 120 is formed to correspond to the first block 110.

The Hwado block 200 is mounted on the first, second blocks 110, 120 constituting the basic block 100, and assembled and maintained horizontally and vertically, the wood boiler corresponding to the horizontal inlet portion 101 A first outer panel 210 and a second outer panel 220 having a vertical indentation 201 through which the upper region of the 500 is introduced; Vertical panels 230, 231, 232 and 233 provided inside the first and second outer panels 210 and 220 for partitioning the vertical space; A vertical space is partitioned in the horizontal direction between the vertical panels 230, 231, 232, and 233, and consists of horizontal panels 250 and 260 in which a fire guide plate 240 is formed therein.

The other side of the second outer panel 220 is provided with a chimney 600 to communicate the fire (smoke) of the wood boiler 500 to the outside.

The vertical panels 230, 231, 232, and 233 are formed to correspond to the fire inlets 234 and 235 so that fire (smoke) flows into the fire guide plate 240. Fire discharge holes 251 and 261 are formed to discharge the fire so that the outer panels 250 and 260 communicate with each other.

The fire guide plate 240 has a curved surface 241 so that the flow of fire (smoke) supplied from the wood boiler 500 is induced convection. That is, the central area is formed to be curved downward, and both ends are formed to be curved upward, and the fire (smoke) moves along this curved surface to gradually warm the ondol block 400 to be heated.

The ondol block 400 includes a plurality of flagstones 410 and 420 made of biotite, which is a material emitting a large amount of far infrared rays; Ocher adhesives (430, 440) for bonding and connecting between the flagstone (410, 420); It consists of ocher panels 450 and 460 stacked on the ocher adhesives 430 and 440.

The ondol block 400 configured as described above is manufactured with the same processes and components as the ondol block 40 described above.

The wood boiler 500 is made of a square or cylindrical, the body 540 is formed with a space 520 therein; It is provided on the periphery of the body 540, the material jacket 550 for storing water therein; It is formed through the body 540 and the water jacket 550 is composed of a discharge passage 530 for discharging the fire to the outside, the horizontal yaw 102 of the basic block 100 and the vertical yaw of the 200 block 200 The position is fixed between the mouths 201.

At this time, the front door of the body 540 is provided with a door 500a to open and close so that the wood into the space 520 portion.

The wood boiler 500 is formed in a square or cylindrical shape, the position is fixed between the horizontal indentation 102 of the basic block 100 and the vertical indentation 201 of the Hwado block 200, the tree is inside A space 520 which is introduced and incinerated is provided, and a plurality of discharge passages 530 are provided to discharge the fire generated to the outside to pass through the interior of the block 200 and discharge into the chimney 600. At this time, the front of the wood boiler 500 is provided with an entrance door 501 to put the wood.

Meanwhile, the water jacket 550 is provided with cold and hot water joints 560 and 570 for supplying and discharging cold and hot water. The cold and hot water joints 560 and 570 are commonly used electric boilers or briquettes. Cold and hot water line 710 (720) of the boiler 700 is connected, circulating the hot water brought to high temperature in the wood boiler 500 to the electric boiler or briquette boiler 700 to use as a hot water supply in the bathroom or to the boiler It is available.

That is, it is configured to use the hot water generated in the wood boiler 500 without operating the electric boiler or briquette boiler.

And, as described above, the heating device using the ondol can be used according to the residential environment (room size), 2,3,4 ... can be used to connect the ondol.

Referring to the installation state of the present invention configured as described above, as described in Fig. 1 to 5 will be described with respect to the assembling apparatus to be integrally manufactured (one) in a suitable size according to the residential environment.

First, the foundation block 10 made of a concrete structure, etc. are placed on the installation position in a horizontal manner, and then the external panel 30 constituting the PHA panel 20 is placed on the edge of the upper portion of the foundation block 10. do.

In such a state, the appropriate tool is fastened to the tool fastening groove 42a formed in the flagstone 42 of the ondol block 40, and then it is simply moved to a working position by a crane or the like and lowered on the upper part of the outer panel 30, Level it properly.

Next, the chimney 60 is installed so as to communicate with the other side of the outer panel 30 of the Hwado block 20, and then the horizontal intake 12 of the foundation block 10 and the vertical intake of the Hwado block 20 ( 31) If the wood boiler 50 is installed between the installation of the ondol is simply completed. In such a state, the finishing plastering is performed smoothly on the top of the ocher panel 460 constituting the ondol block 40.

After the wood is put into the space 52 through the entrance and exit 50a of the wood boiler 50 constituting the assembling device installed as described above, the fire generated when the fire is put out is discharged through the fire passage 53. As it flows in through the fire inlet 35 formed in the vertical panels 33 and 34 of the block 20, the convection is induced while moving along the curved surface 36a of the fire induction plate 36, so that the upper ondol The block 40 is evenly warmed and finally fire (smoke) is discharged through the chimney 60.

And, by connecting the electric boiler or briquette boiler 70 is being used to the wood boiler 50 to improve the thermal efficiency. That is, the cold and hot water lines 71 and 72 of the electric boiler or briquette boiler 70 to the cold and hot water joints 56 and 57 of the water jacket 55 provided in the body 54 of the wood boiler 50. ) By connecting the hot water warmed to a high temperature (100 ℃) in the water jacket 55 of the wood boiler 50 to the electric boiler or briquette boiler 70 to be used as a hot water supply or can be used as a boiler.

On the other hand, as shown in Figure 6 to Figure 9 is made of a suitable size according to the residential environment, when explaining the installation state of the assembling device to be made of two or more, the first block made of a concrete structure, etc. in the installation position ( The first block 110 and the second block 120 constituting 100 are kept horizontal to match one surface.

In this state, the first and second outer panels 210 and 220 of the panel 200 are sequentially placed on the first and second blocks 110 and 120 of the base block 100 to be matched with each other. Then, the first and second outer panels 210 and 220 coincide with each other so that the fire discharge holes 211 and 221 of the outer panels 210 and 220 communicate with each other.

Next, an appropriate tool is placed through the tool fastening grooves 421 of the flagstones 410 and 420 constituting the ondol block 400 on the first and second outer panels 210 and 220 of the panel 200. By fastening it to a working position by a crane or the like, it is laid down on the upper part of the first and second outer panels 210 and 220, and the level is properly adjusted.

In this state, the chimney 600 is installed so as to communicate with the other side of the second outer panel 220 of the Hado block 200, and then the vertical yaw portion 101 of the foundation block 100 and the vertical yaw of the Hado block 200. Installing the wood boiler 500 between the mouth 201 is simply completed the installation of the ondol. In this state, the ocher panels 450 and 460 constituting the ondol block 400 have a smooth finish plastering.

After putting the firewood into the space 520 through the door 501 of the wood boiler 500 constituting the assembling device installed as described above, the fire generated by the fire is discharged through the fire passage 530, Inflow through the fire inlet 234 formed in the vertical panels 230, 231 of the block 200 moves along the curved surface 241 of the fire induction plate 240, the convection phenomenon is induced as the upper ondol The block 400 is evenly warmed.

At the same time, the heat flows into the outer panel 220 through the fire discharge holes 211 and 221 of the outer panels 210 and 220 and is formed in the vertical panels 232 and 233 of the Hwado block 200. As the convection phenomenon is induced while moving along the curved surface 241 of the fire induction plate 240 through the sphere 235, the ondol block 400 of the upper part is evenly warmed and finally the chimney 600 is opened. Fire (smoke) is discharged through.

On the other hand, by connecting the electric boiler or briquette boiler 700 that is commonly used in the wood boiler 500 to improve the thermal efficiency. That is, the cold and hot water lines 710 and 720 of the electric boiler or briquette boiler 700 to the cold and hot water joints 560 and 570 of the water jacket 550 provided in the body 540 of the wood boiler 500. ) By connecting the hot water inside the water jacket 550 warmed to a high temperature (100 ℃) in the wood boiler 500 to the electric boiler or briquette boiler 700 to be used as a hot water supply or can be used as a boiler.

The device for assembling the saddle field according to the present invention described above is not limited to the above-described embodiment, and any person having ordinary knowledge in the field to which the present invention belongs without departing from the gist of the present invention claimed in the following claims. However, the technical spirit is to the extent that various changes can be implemented.

Figure 1 is an exploded perspective view of the main portion of the device for assembling the ball assembly according to the present invention.

2 is a plan view of main parts of FIG. 1;

3 is an enlarged cross-sectional view of the main portion of FIG. 2;

Figure 4 is an operating state of the ball assembly device according to the invention.

Figure 5 is a state of use of the ball assembly device according to the invention.

Figure 6 is an exploded perspective view showing another embodiment of the ball assembly apparatus according to the present invention.

Fig. 7 is a sectional plan view of the main part of Fig. 6;

8 is a cross-sectional view of the operating state of FIG.

9 is a state diagram used in FIG.

<Description of the symbols for the main parts of the drawings>

10,110: foundation block 12,101: horizontal recess

20,200: Hwado Block 30: External Panel

31,201: Vertical indentation part 33,34,230,231,232,233: Vertical panel

35,234,235 Firearm inlet 36,240 Firearm induction board

36a, 241: curved surface 38,250,260: horizontal panel

40,400: Ondol Block 42,420: Flagstone

42a, 421: Tool fastening groove 44,440: Ocher adhesive

46,460: Ocher panel 50,500: Wood boiler

54,540: Body 55,550: Water Jacket

56,57,560,570: Cold and hot water pipes 70,700: Electric boilers or briquette boilers

71,72,710,720: Cold and hot water line 210,220: First and second outer panel

Claims (7)

delete A horizontal recessed part 12 formed at one side thereof, and a base block 10 in close contact with the bottom surface; A hwado block 20 seated on the foundation block 10 to form a hwado (year); In the saddle field assembly device consisting of an ondol block 40 that is stably seated on the top of the block 20, The flower block 20 is An outer panel 30 mounted on the foundation block 10 and having a vertical recess 31 formed to correspond to the horizontal recess 12; Vertical panels 33 and 34 provided inside the outer panel 30 to partition the vertical space, and correspondingly formed with a fire inlet 35; The guddle field assembly device, characterized in that consisting of a horizontal panel (38) formed in the horizontal direction between the vertical panel (33) (34) is formed with a fire induction plate 36 having a curved surface (36a) therein. delete delete The wood boiler (50) for warming the ondol block (40) between the horizontal recessed portion (12) of the foundation block (10) and the vertical recessed portion (31) of the flower block (20). Have it, The wood boiler 50 is A body 54 having a space 52 in which wood is incinerated; It is provided on the periphery of the body 54, the material jacket 55 is stored hot water is stored; A discharge passage 53 formed through the body 54 and the water jacket 55 to discharge the fire to the outside; The water jacket 55 is provided with a cold, hot water joints 56 and 57 connected to the cold and hot water lines 71 and 72 of the electric boiler or briquette boiler 70 to circulate the hot water therein. Gouldard assembly apparatus made of. A first block 110 having a horizontal recessed portion 101 formed at one side thereof; A basic block (100) composed of a second block (120) formed to correspond to the first block (110); The first and second blocks 110 and 120 are seated on the upper portion, and correspondingly corresponding to the first and second outer panels 210 are formed with the discharge holes 251 and 252 and the vertical inlet 201 is provided. 220; Vertical panels 230, 231, 232 and 233 provided inside the first and second outer panels 210 and 220 to partition the vertical space and correspondingly formed with fire inlets 234 and 235. ; Hwado consisting of horizontal panels (250, 260) partitioned in the horizontal direction between the vertical panels (230, 231, 232, 233) formed with a heat guide plate 240 having a curved surface 241 therein Block 200; And A flagstone 410 and 420 seated on an upper portion of the PHA block 200 and made of a material emitting far infrared rays; Ocher adhesives (430, 440) for bonding and connecting between the flagstone (410, 420); Ondol block 400 consisting of the ocher panel 450, 460 stacked on the ocher adhesive (430, 440); Gould field assembly apparatus characterized in that comprises a. The wood boiler (50) of claim 6, wherein the ondol block (400) is warmed between the horizontal recess (101) of the first block (100) and the vertical recess (201) of the first outer panel (210). ), The wood boiler 500 is A body 540 having a space 520 in which wood is incinerated; It is provided on the periphery of the body 540, the material jacket 550 for storing the heated high temperature water; A discharge passage 530 formed through the body 540 and the water jacket 550 to discharge the fire to the outside; It is provided in the water jacket 550 consisting of cold, hot water joints 560, 570 connected to the cold, hot water line 710, 720 of the electric boiler or briquette boiler 700 to circulate the hot water therein. Gouldard assembly apparatus made of.

Images