KR200495120Y1 - Ondol bottom form for structure - Google Patents

Abstract

The present application is a floor housing-related technology for facilitating movement and installation of gudeulbang, and a bottom horizontal and vertical steel frame compatible with an upper horizontal horizontal and vertical steel frame compatible with a floor housing for forming the building floor, and a vertical steel frame and vertical steel The frame is welded to form the outer frame in a hexahedral structure, but when the vertical steel frame is installed at the location where the ondol area and the heated area are separated, and the unit ball is located in the center of the room floor installation area of the outer frame, the inner wall of the outer frame and An outer frame is formed by welding to a size that secures an extra space in the range of 2 to 10 cm between the outer walls of the unit sphere, and a supporting shaft is installed between the horizontal and vertical steel frames of the bottom of the outer frame, and cement is placed on the upper part. After the floor is laid with a floor material selected from board (CR board), waterproof plywood, insulation, wire mesh, and concrete, a unit gudeuljang is installed in the ondol area and between the inner wall of the floor housing and the outer wall of the unit gudeul room. It is applied in a configuration in which loess is filled in the space to be formed, and is a unit floor housing-related technology of a configuration in which a buoc heating element 60 is installed in the heating area.

Description

A bottom housing with a heating structure and sold as a unit {ONDOL BOTTOM FORM FOR STRUCTURE}

This is a floor housing-related technology that has a heated structure and is sold as a unit product. The customer orders the floor housing without walls or roof to the standard desired by the customer, is manufactured in the factory, and then easily moved to the desired location for installation. For example, in a rural village unit, a pavilion with a heating structure can be made and used, a management entity who wants to operate an outdoor camping site can be used as an outdoor tent with a heating structure, or a loess jjimjilbang with a heating structure deep in the mountains. It is a technology to provide a floor housing in a pre-fabricated state in a standard of 10 pyeong or less desired by the consumer in preparation for demand such as when he wants to install

In the conventional heating system, the Gudeuljang heating method is mainly used to heat the Gudeuljang using the heat and smoke generated by burning wood, and then heat the Gudeuljang using the heat of the Gudeuljang.

In general, the origin of gudeuljang can be estimated from “baked stone” in pure Korean.

As an application example of such a conventional heating structure using spheres, which is a conventional heating facility, in the 'Gudeul structure' of the prior art presented in FIG. The fire energy introduced through the furnace heats the Gudeuljang, and the fire generated from the furnace is evenly spread along the path of the fire called whale formed between the plurality of ridges, and the heat ( The smoker) is presented as a structure that scatters through the chimney and is discharged to the outside.

In addition, in the conventional mobile housing structure, there is no major problem at first installation, but when the wood fire burns, when the heating heat of the furnace reaches a high temperature in the range of 600 to 800 ° C, the cement or floor board used for the floor expands and is not heated. When not, the shrinkage is repeated, and cracks occur on the floor or wall surface over a certain period of time, and the combustion gas seeps between the gugu and the whale road, eventually causing complaints due to the generation of harmful combustion gases. There was a problem that could pose a threat to health and rather harm to residents of mobile homes who want to live in an eco-friendly atmosphere.

An object of the present application is to provide a floor housing having a heating structure to be used as a shelter-type pavilion or a mobile tent installed in a mobile house or a facility for senior citizens in a rural village.

More specifically, in order to facilitate the movement and installation of the floor housing, the present application manufactures/sells the floor housing accommodating the gudeulbang structure and the heating structure as a unit product, and for example, in a rural village unit village, it is made into a pavilion having a heating structure. In order to use or operate an outdoor camping site, it can be used as an outdoor tent with a heating structure, or it can be used as a loess room by installing a wall and roof of the desired shape on the upper part of the floor housing. It has the purpose of providing a bottom housing for

The technical idea disclosed herein as a means for achieving the above object is a technology to be achieved through a floor housing having a heating structure for the floor of a mobile building that is provided with less than 10 pyeong.

The technical idea of this application is that a floor housing for forming a heating structure on the floor of a building is manufactured/sold in a factory and then transported to the site to be used for the intended use of the recipient such as a loess room with a heating structure, an outdoor tent, a pavilion, etc. As a technology to provide a floor housing, it is a hexahedral structure by welding the lower horizontal and vertical steel frames compatible with the upper horizontal horizontal and vertical steel frames compatible with the floor housing for forming the building floor, and the vertical steel frame. Form a frame, but when a vertical steel frame is installed at a position where the ondol area and the heated area are separated and the unit gudeulbang is located in the center of the room floor installation area of the outer frame, 2~ The outer frame is formed by welding to a size that secures a free space in the range of 10 cm, and a supporting shaft is installed between the horizontal and vertical steel frames at the bottom of the outer frame, and a cement board (CR board) and waterproof plywood are installed on the upper part of the outer frame. After the floor surface is formed by placing a floor material selected from among the insulator, wire mesh, and concrete pouring parts, unit spheres are installed in the ondol area, and ocher is not filled in the space formed between the inner wall of the floor housing and the outer wall of the unit spheres. is applied in the configuration, and the unit floor housing is manufactured and then transported to the installation site in a configuration in which the buok heating element 60 is installed in the heating area, and then used as a loess room with a heating structure, or as an outdoor tent with a heating structure It features a floor housing provided to be used for a purpose selected from among those used or a pavilion having a heating structure.

In the unit gudeulbang installed in the ondol area in our floor housing, a heat distributor made of fired porcelain tile is installed at the heat source injection part at the entrance of the furnace on the bottom of the unit gudeulbang, and a gudeul-gil spreading in the shape of a fan is formed around the heat distributor. It can be applied to unit spheres with a structure in which heat is evenly distributed.

In addition, in the bottom housing of the present application, the boom heater installed in the heating area can be applied in an integrated structure in which a furnace, a furnace door, a fuel base and a combustion space, and a steel pot are integrated.

Embodiments in which the present technology is implemented are described in detail together with the drawings in the Detailed Description section for carrying out the following design.

In our factory, for example, we make a floor housing with standard products according to the standard, such as 4.5 pyeong, 6 pyeong, and 8 pyeong, in the factory, and purchase and install a floor housing of a model suitable for the standard selected by the consumer and the intended use. It is transported to the planned site and provided to form the floor of a mobile building for a desired use and installed and used on the upper part of the pavilion, or if an outdoor camping site is needed, it can be transformed into an outdoor tent with a heating structure and applied, or simply use a heating structure If you want a loess jjimjilbang with a loess jjimjilbang, you can install the wall and roof in the shape you want on the upper part of the floor, and it will dramatically reduce the installation period so that it can be used as a loess room and can be used for multiple purposes.

In addition, the inside of the bottom housing provided in this application is a sphere structure that can be completely set and supplied without the effect of providing warm spheres by spreading the flame evenly into a plurality of rectangular internal concave spaces and without causing malfunctions or defective products in the process of use In the high temperature range of 600~800℃, there is no expansion or contraction phenomenon, so the bottom layer has a structure that does not crack, providing the effect of fundamentally blocking the cause of smoke.

Figure 1: An exemplary view of the bottom housing provided by the present technology.
Figure 2: One application example for explaining the process until obtaining the finished product of the bottom housing of Figure 1
Figure 3: One application example of the unit gudeulbang used in the floor housing of the present application.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings so that those of ordinary skill in the art can easily implement them.

1 shows an example of the application of the floor housing 100 provided herein, the floor frame to which the present technology is applied is a vertical iron frame 23a in a front position and a vertical iron frame in an intermediate position. A heating region 50a is formed in the space between the rims 23b, and a buok heating body 60 is installed in the warming region, and the vertical iron frame 23b at the intermediate position and the vertical iron frame at the rear position ( 23c) The floor housing 100 provided with a simple configuration in which the ondol area 50 is formed in the space between the ondol areas and the unit gudeuljang 10 is installed is manufactured by the manufacturer without side walls or roofs forming the building. / It is a technology to provide a floor housing provided to be used according to the selected purpose, such as an ocher room with a heating structure after being sold and transported to the site, an outdoor tent that wants a heating structure, or a pavilion for the elderly who wants a heating structure. Since the drawings presented in 1 are in a finished product state, the internal structure cannot be explained, so the step process until obtaining the finished product of the floor housing 100 to be provided in the present application will be described through FIG. 2 .

2 is a view for explaining a preferred application example of an embodiment sequentially applied to achieve the flooring housing 100 of the present application, and in FIG. 2a, the floor ondol area 50 and heating in the floor frame 20 of the present application In order to divide the area into 50a to form the bottom housing 20, the upper horizontal steel frames 21a, 21b,, 21c, 21d, and the lower horizontal steel frames 22a, 22b, 22c, 22d and the vertical steel frame ( 23a, 23b, and 23c) are, for example, horizontal and vertical 5 * 5 cm, and 5 mm thick, square iron cross-frames are cut and welded to the desired size to form an external frame of a hexahedral structure and are compatible with the bottom transverse steel frame Between (22b, 22d), a plurality of support support shafts 24 are welded to form the bottom of the bottom frame 20 to form an outer frame made of iron.

In the structure in which the floor ondol area 50 and the heating area 50a are divided in the floor frame 20, the heating area 50a between the vertical steel frames 23a and 23b is applied as a heating area 50a, and a stove, a furnace, and a steel pot are located. The floor ondol area 50 is divided into a floor ondol area 50 between the vertical steel frames 23b and 23c, and a unit gudeulbang is installed in the floor ondol area 50. When welding to a size that secures a free space in the range of 2 to 10 cm between the inner wall of the floor frame 20 and the outer wall of the unit ball room 10, the floor frame is formed, and the unit ball room 10 is located in the center. Of course, it is desirable to have a configuration that facilitates the entry of

Figure 2b is a view showing a cement board (CR) on the support support shaft 24 after a plurality of support support shafts 24 are fixed between the bottom transverse steel frames 22b and 22d of the floor frame 20 made in Figure 2a. Board: 31)), waterproof plywood 32 is laid on top of CR board, and insulation 33 is laid on top of waterproof plywood, or the floor heating zone 50 and heating zone ( 50a) is applied in the same way, and in the floor ondol area 50, the wire mesh 34 is laid on the insulating material 33 or the upper part of the CR board, and the concrete 35 is poured on the upper part to form the floor surface 30. After that, it is applied in a configuration in which the unit gudeuljang (10) is installed on the upper part, and in the heating region (50a), the bottom surface (30a) of the boom structure is formed in a configuration in which the insulating material 33 or the CR board is laid, and then at the upper position It is shown that the Bueogaon body 60 can be secured as a space to be installed, but this is only an example of one application, and it is also possible that it can be applied by being replaced with a configuration that forms other flooring materials used in the art.

2c is a laminated structure of the bottom surface 30 of the ondol area 50 of the floor housing 20, where the process of FIG. 2b is completed, is a cement board (CR board: 31) + waterproof plywood 32 + heat insulating material 33 ) + wire mesh (34) + concrete (35) on the upper part of the floor where the unit gudeulbang (10) is hung on the hooks (18) provided at the four corners to be lifted by a crane, etc., and then the floor housing (20) ) shows an embodiment descending along the arrow direction to the center of the ondol region 50, and the laminated structure of the bottom surface 30a of the heating region 50a of the floor housing 20 is a cement board (CR board: 31) ) + waterproof plywood (32) + insulating material (33) to the top of the floor (30a), the stove (61) and the stove door (62), the fuel tray (63) and the combustion space (64), the iron pot ( 65) shows an embodiment in which the Bueom warming body 60 descends along the direction of the arrow to the right of the heating region 50a in an integrated configuration, but this also shows only one application example. Of course, it can be applied by being replaced with a configuration that forms a flooring material.

FIG. 2D is a follow-up process of FIG. 2C. When the unit gudeulbang 10 is seated in the center of the floor ondol area 50 of the floor housing 20, 2~ Since the gap part 41 in the range of 10 cm is formed, the loess dough 40 is filled and finished between the gap parts 41, and the thickness of the steel frame in the range of about 5 cm between the inside and the outside of the steel frame. When the masonry work is done with bricks (42), the finishing work is carried out by matching the position of the furnace (16) of the unit gudeulbang (10) and the position of the outlet of the burial chamber (60) of the unit gudeulbang (10). ) along the location of the exhaust pipe 17, the configuration connected to the exhaust pipe of the bottom housing 20 will be natural.

In addition, in the present application, the boom heater 60 installed in the heating region 50a is a stove 61 and a stove door 62, a fuel base 63 and a combustion space 64, and an iron pot 65 as an example of one application. With this integrated configuration, the bubook heating body 60 can be provided and used as a unit product. If a grill plate-shaped fuel support 63 that maintains a height range of 3 to 7 cm from the bottom of the furnace is installed, Air is supplied from the bottom of the furnace inlet and can be applied to form a structure that ignites well.

3 shows an example of application of the unit gudeulbang 10 installed in the ondol area 50 of the present application. In FIG. 3a, it is shown in the form of an upper perspective view viewed from the upper side to explain the external structure, and in FIG. 3b , the gudeulbang As shown in the form of a bottom perspective view viewed from one side of the bottom to explain the internal structure of the present application, an example of application of the unit gudeulbang 10 installed in the ondol area 50 of the floor housing 100 is a rectangular structure of the ondol area. For example, a downward side wall part 12 with a height of 40 to 60 cm is formed from the upper bottom surface 11 forming the bottom surface of 50 to the side, and a heating region 50a is formed in the front downward side wall part 12a. ), the heat injected directly from the combustion space 64 differs depending on the fuel, but since a high heat source ranging from 500 to 700 ° C is injected, only a part of the floor may be excessively hot. A heat distributor 15 made of fired porcelain tile material is installed and applied to the inlet portion of the bottom floor 14 that starts from the heat source inlet 13 of the unit sphere room 10 installed in the room and forms the bottom of the room floor. The heat distributor 15 has a semicircular central concave space portion 15a as the central portion, and has a structure having a side concave space portion 15b in the central concave space portion 15a in a certain shape like a fan, and the central concave space The heat source introduced into the part 15a is formed to guide the hot heat to the Gudeulgil 16 that spreads in the shape of a fan while being dispersed to the side concave space 15b, so that the heat is evenly distributed through each Gudeulgil. It shows that it can be applied to a configuration that is exhausted to the chimney through the exhaust port 17 and finally.

The finished product manufactured in the factory with the technical configuration of the present application is equipped with hook hooks 29 to facilitate transportation in the four ears of the floor housing 20, so a steel rope is connected to the hook hook and transferred to a crane After being built, the walls and roof are installed with a simple structure on the upper part and used in the form of a pavilion in the playground for the elderly in rural villages, or by purchasing the floor housing (20) of our company at an outdoor camping site and installing a tent instead of a wall or roof structure. It can also be used for tents with a heating structure.

As described above, the floor housing according to the present application is purchased by a user and used for a desired purpose, for example, in a village in a rural village unit with a heating structure, or by a subject who wants to operate an outdoor camping site. If you want to use it as an outdoor tent with a structure, or simply want a loess jjimjilbang with a heating structure, purchase a factory-made floor housing and install the wall and roof in the shape you want on the upper part of the floor housing and use it as a loess room. It can be applied to use, and the bottom surface of the bottom housing is made of loess, and when a heating structure is formed, it can be provided to take a comfortable rest by generating far infrared rays of loess.

In the description of the present application, it has been described as a simple rectangular structure, but it can be modified and applied according to the needs of the consumer in a hexagonal shape, an octagonal shape, etc. When you want to use it, it can be said that it can be applied to the floor using an Excel wrinkle and is an obvious modification for those skilled in the art.

10: unit gudeulbang 11: upper floor
12: downward side wall 13: heat source inlet
14: bottom bottom surface 15: heat distributor
16: Gudeul-gil 17: exhaust port
20: bottom housing 21: upper horizontal steel frame
22: bottom horizontal steel frame 23: vertical steel frame
24: support shaft 30: bottom surface
31: cement board (CR board) 32: waterproof plywood
33: insulation material 34: wire mesh
35: concrete 40: loess soil 41: brick 50: ondol area
50a: warming region 60: buok warming body
61: stove 62: furnace door
63: fuel support 64: combustion space
65: cauldron 100: bottom housing

Claims (3)

In a floor housing provided to be used for a purpose selected from among yellow earth rooms, outdoor tents, and pavilions having a heating structure, the floor housing for forming a heating structure on the floor surface of the building is manufactured/sold at the factory and then transported to the site,
The outer frame is formed in a hexahedral structure by welding the lower horizontal and vertical steel frame and the vertical steel frame compatible with the upper horizontal horizontal and vertical steel frame compatible with the floor housing for forming the building floor, but an ondol area and a heating area When a vertical steel frame is installed in this divided position and the unit sphere is located in the center of the floor installation area of the external frame, the size to secure a free space in the range of 2 to 10 cm between the inner wall of the outer frame and the outer wall of the unit sphere Welded to form an outer frame
A support support shaft is installed between the horizontal and vertical steel frames of the lower part of the outer frame, and a material selected from cement board (CR board), waterproof plywood, insulation, and wire mesh is laid on the top of the support support shaft in the ondol area. After the concrete is poured to form the floor surface, the unit spheres are installed and applied to fill the space formed between the inner wall of the floor housing and the outer wall of the unit spheres, and ocher.
In the heating area, a material selected from cement board (CR board), waterproof plywood, and insulating material is laid, and the unit floor housing is manufactured and transported to the installation site in a configuration in which the bubook heating element 60 is installed on the upper part of the heating structure. A floor housing, characterized in that it is used as a loess room with a loess room, used as an outdoor tent having a heating structure, or used for a purpose selected from a pavilion having a heating structure. According to claim 1,
At the bottom of the unit gudeulbang installed in the ondol area of the floor housing, a heat distributor made of fired porcelain tile is installed in the heat source injection part at the entrance of the furnace, and a gudeul-gil that spreads in the shape of a fan around the heat distributor is formed so that the heat is evenly distributed A floor housing, characterized in that it is applied as a unit gudeulbang having a structure that is According to claim 1,
Buuk heating element installed in the heating area of the floor housing is a floor housing, characterized in that it is applied in an integrated structure in which a furnace, a stove door, a fuel base and a combustion space, and a steel pot are integrated.

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