KR20110137871A

KR20110137871A - A movable artificial stone house and making method thereof

Info

Publication number: KR20110137871A
Application number: KR1020100057848A
Authority: KR
Inventors: 김득일
Original assignee: 김득일
Priority date: 2010-06-18
Filing date: 2010-06-18
Publication date: 2011-12-26

Abstract

PURPOSE: A movable artificial rock house and a manufacturing method thereof are provided to reduce damage to natural environments by employing an exterior of natural rock. CONSTITUTION: A movable artificial rock house(100) comprises a reinforcing bar structure(20), a wire net(40), an insulating material(30), an exterior wall(10), and a yellow soil interior wall. The reinforcing bar structure has a floor side and a wall side to form an internal space and is welded with a first fastening wire(21) facing inward. The wire net is formed inside the reinforcing bar structure and coupled with a second fastening wire(22), which is connected to the first fastening wire, on the exterior thereof. The insulating material is filled as long as the first fastening wire between the reinforcing bar structure and the wire net. The exterior wall is formed by spreading an exterior wall material between the reinforcing bar structure and the insulating material and patterned in the shape of natural rock. The yellow soil interior wall is formed by spreading yellow soil in the direction of the insulating material inside the wire net.

Description

Movable artificial rock house and its manufacturing method {A MOVABLE ARTIFICIAL STONE HOUSE AND MAKING METHOD THEREOF}

The present invention relates to a mobile artificial rock house that is movable and in harmony with the natural environment. More specifically, the structure is formed of reinforcing bars, filled with insulation on the inner surface, and covered with concrete engraved with natural stone patterns on the outer surface. The present invention relates to a mobile artificial rock house that can be harmonized as well as have a windproof, moistureproof or coldproof function and can be moved in some cases.

In general, a mobile house or a portable house is typically a container house at a construction site, a beach bungalow, a natural recreation forest bungalow or a valley bungalow. In particular, beach bungalows, natural recreation forest bungalows or valley bungalows are located close to the enjoyable location such as beaches, recreational forests or valleys, which is very favored by users and shows a steady increase.

However, in the past, mobile bungalows such as beach bungalows, natural recreation forest bungalows or valley bungalows or the like are constructed indiscriminately according to economic logic without damaging the natural environment or considering the surrounding natural environment. In addition, conventional mobile or simple house has to be built on-site as it is enlarged and not only destroy the natural environment during the construction period, but also causes inconvenience to users who come to the beach, natural recreation forest or valley.

Patent Publication No. 2010-19154 relates to a mobile loess, which can easily install a heating device such as a boiler, and includes a wall frame in which an insertion space is formed; A mesh unit installed in the insertion space of the wall frame; A heating unit inserted into one side of the mesh unit; A combustion chamber which protrudes into a space constituted by the wall frame and is supplied with fuel, a heating chamber which is separated from the combustion chamber and is heated by heat of fuel combustion in the combustion chamber, and a fluid received and heated in the heating chamber is flowed. It characterized in that it comprises a pumping unit and a pipeline unit which is a fluid flow by the driving force by the pumping unit and installed on the bottom of the space consisting of the wall frame.

However, Patent Publication No. 2010-19154 according to the prior art is simply a lodging facility that can be used in a leisure facility and is merely building a loess lodge that is being built in recent fashion in a leisure facility. In particular, the heating unit is inserted into one side of the mesh unit described in Patent Publication No. 2010-19154; A combustion chamber which protrudes into a space constituted by the wall frame and is supplied with fuel, a heating chamber which is separated from the combustion chamber and is heated by heat of fuel combustion in the combustion chamber, and a fluid received and heated in the heating chamber is flowed. The pumping unit and the pipeline unit installed at the bottom of the space consisting of the wall frame and the fluid flow by the driving force by the pumping unit can resemble a boiler, which cannot be eco-friendly and is not suitable for a mobile structure. . In addition, the loess has a disadvantage of having to build and secure a lot of space in the leisure facilities, there is a disadvantage that the user must reduce the inconvenience due to noise, scattering dust or road control that can occur in the construction site during the construction period.

Therefore, there is a need for a portable or portable house that can be easily installed in a natural recreational forest or a valley, which is natural-friendly and free to improve the mobile loess according to the prior art.

An object of the present invention is to provide a portable artificial rock house and a method of manufacturing the portable artificial rock house that is nature-friendly and easy to install.

In order to achieve the above object, the mobile artificial rock house according to the present invention forms a bottom surface and a wall surface so as to form an inner space of the rock house, and the first fastening line 21 facing inward is connected to the rebar structure 20. Wow; A wire mesh 40 formed inside the reinforcing structure and connected to the first fastening line 21 by binding a second fastening line 22 to an outer surface thereof; A heat insulating material 30 filled between the reinforcing structure 20 and the wire mesh 40 by the length of the first fastening line; An outer wall 10 which is applied to the outer surface of the reinforcing structure 20 and the heat insulating material 30 and exteriorly coated with natural stone patterns; And an ocher inner wall 50 applied in the direction of heat insulator from the inner surface of the wire mesh 40.

Since the reinforcing structure 20 determines the size or volume of the artificial rock house, it is preferable to design and determine how many people will use the fabrication.

The outer wall may be attached to the ring (C) to be carried by a crane or forklift.

In addition, the method of manufacturing a mobile artificial rock house according to the present invention comprises the step of forming a reinforcing bar structure (20) to form a bottom surface and a wall so as to form the inner space of the rock house with reinforcement (S1); A wire mesh (40) installation step (S2) of installing a wire mesh inside the reinforcing steel structure and fastening the steel mesh and the reinforcing steel structure; A step (S3) of filling the heat insulating material (30) filling the heat insulating material (30) between the reinforcing steel structure (20) and the wire mesh (40); Forming an outer wall 10 by applying concrete to the reinforcing structure 20 and the heat insulator 30 and forming an outer wall 10 to produce a natural stone pattern on the outer wall 10 (S4); And an ocher inner wall forming step (S5) of applying ocher to the wire mesh 40 in the rock house.

In addition, the outer wall 10 forming step (S4) may be a ring attachment step (S6) for attaching the ring (C) to the outer wall 10 so that the rock house 100 can be carried by a crane or forklift. .

Mobile rock house according to the present invention can be used in combination with the natural environment in an environmentally friendly structure without damaging the natural environment because the outer surface can be exterior with a pattern such as natural stone. For example, if a rock house is installed in a natural recreation forest, the rock house can enjoy nature even more in view of the user's point of view, in addition to the purpose of the house. In addition, natural recreation forest operators can maintain a green environment by providing a resting place that harmonizes with the natural environment without harming nature.

In addition, the mobile rock house according to the present invention has an advantage that can be used irrespective of the season because it has a function of filling the insulation on the inner surface and the windproof, moisture-proof or cold-proof as the exterior with concrete or the like.

In addition, the mobile rock house according to the present invention has the advantage that can be easily moved by a crane or a forklift.

1 is a perspective view of an artificial rock collection according to the present invention,
FIG. 2A is a perspective view of the incision of FIG. 1;
Figure 2b is a cross-sectional view of the wall of the artificial rock house shown in Figure 1,
3 is a flow chart for manufacturing the artificial rock collection of Figure 1,
4 is a perspective view of an artificial rock collection manufactured according to the procedure of FIG.

Hereinafter, the most preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. . Other objects, features, and operational advantages, including the objects, actions, effects of the present invention, will become more apparent from the description of the preferred embodiments.

1 is a perspective view of the artificial rock collection 100 according to the present invention is a part cut. As shown in FIG. 1, the artificial rock collection 100 is manufactured in a large rock shape so as to have a natural friendly shape, and the outer surface may also be carved or colored to have a rock texture.

FIG. 2A is an enlarged view of a partially cut away portion of FIG. 1 and FIG. 2B is a cross-sectional view of FIG. 2A and 2B, the artificial rock house 100 will be described below. The artificial rock house 100 may have a first fastening line 21 which forms a bottom surface and a wall surface to form an inner space and faces inwardly. A welded reinforcing bar structure 20; A wire mesh 40 formed inside the reinforcing structure and connected to the first fastening line 21 by binding a second fastening line 22 to an outer surface thereof; A heat insulating material 30 filled between the reinforcing structure 20 and the wire mesh 40 by the length of the first fastening line; An outer wall 10 which is applied to the outer surface of the reinforcing structure 20 and the heat insulating material 30 and exteriorly coated with natural stone patterns; And an ocher inner wall 50 applied in the direction of the heat insulator from the inner surface of the wire mesh 40.

The reinforcement structure 20 is formed in the shape of artificial rock of the dome-shaped structure that forms the bottom surface and the wall surface, except for the door and the window portion as shown. The reinforcing structure 20 is fastened by welding or binding lines while crossing the rebars in the transverse direction and the longitudinal direction, and the doors and the window portions are removed so that the doors and the windows can be assembled later. Since the reinforcing structure 20 determines the size or volume of the artificial rock house, it is preferable to design and determine how many people will use the fabrication.

The first fastening line 21 of the reinforcing bar 20 is to support the wire mesh 40 installed inside the reinforcing bar structure and is fastened to the second fastening line 22 that is bound to the wire mesh 40. Since the length of the first fastening line 21 determines the width between the rebar structure 20 and the wire mesh 40 and determines the thickness of the heat insulating material 30 filled in the width, the artificial rock collection 100 is used. It needs to be adjusted according to the environment. For example, if the area where the artificial rock house 100 is installed is a mountain or a valley, the first fastening line 21 is formed longer for wind and cold protection, and the first body fastening line 21 if the location is not affected by the flat or the climate. It is preferable to form a shorter to control the filling thickness of the heat insulating material (30).

The wire mesh 40 is installed on the inner surface of the rebar structure 20 with a width corresponding to the length of the first fastening line 21, and the first fastening line 21 and the second fastening line 22 are fastened to each other. It is fixed.

As described above, the heat insulating material 30 is filled between the wire mesh 40 and the reinforcing steel structure 20, and the heat insulating material 30 may be epoxy, urea foam, gypsum, or the like. Can be used. Since the heat insulating material 30 has a windproof, cold or heat dissipation function of the artificial rock house 100, it is preferable to be filled on all walls and floors.

The outer wall 10 is formed on the outer surface of the heat insulating material 30 and the reinforcing bar structure 20. Materials for forming the outer wall 10 include glass reinforced fiber cement (GFRC, GLASS FIBER REINFORCED CEMENT), mortar, glass fiber reinforced plastic (GFRP, GLASS FIBER REINFORCED PLASTIC), carbon fiber reinforced plastic (CFRP, CARBON) FIBER REINFORCED PLASTIC) and the like, there is a material for manufacturing a conventional artificial rock wall, and is mainly applied or poured on the outer wall (10).

The outer wall 10 is preferably carved in natural stone pattern during curing so as to produce an actual rock effect, and more preferably, a predetermined space is provided to build a grass or a bird house.

Meanwhile, a ring may be attached to the outer wall 10 so as to be carried by a crane or a forklift truck.

The inner surface of the wire mesh 40, that is, the inner surface of the artificial rock house 100 is formed with an ocher inner wall 50 made of ocher. The ocher inner wall 50 is cool in the summer and warm in the winter, in addition to the heat dissipation and moisture-proofing effect in recent years, the beauty of the skin by the discharge of waste widely known, prevention of strokes due to vascular control effect, prevention of adult diseases due to the discharge of harmful heavy metals, It is often built as an interior wall due to its blood clearing effect and the effect of constipation caused by vigorous bowel movements. The effect of the inner wall of the loess is generally well known facts so that further description will be omitted.

3 is a flow chart for manufacturing the artificial rock collection of Figure 1, Figure 4 is a perspective view of the artificial rock collection produced in accordance with the sequence of FIG.

The above-described mobile artificial rock house 100 is a step (S1) of forming a reinforcing structure 20 to form a bottom surface and a wall surface to form the interior space of the rock house with reinforcement; Installing a wire mesh inside the reinforcing structure and installing the wire mesh 40 and fastening the reinforcing steel structure 20 and the reinforcing steel structure 20 (S2); A step (S3) of filling the heat insulating material (30) filling the heat insulating material (30) between the reinforcing steel structure (20) and the wire mesh (40); Forming an outer wall 10 by applying concrete to the reinforcing structure 20 and the heat insulator 30 and forming an outer wall 10 to produce a natural stone pattern on the outer wall 10 (S4); And an ocher inner wall forming step (S5) of applying ocher to the wire mesh 40 in the rock house.

The step (S1) of forming the reinforcing structure 20 first forms a reinforcing bar including the bottom surface in a natural-friendly shape such as a dome-shaped rock or acorn, and the reinforcing bar in the part where the door 102 and the window 101 are assembled. It is a step to remove. The reinforcing bars are fastened to each other by welding and, in some cases, are bound with a wire or the like.

The wire mesh 40 installation step (S2) is a step of installing the wire mesh 40 at a predetermined interval inside the rebar structure 20 after forming the rebar structure 20. The wire mesh 40 installation step (S2) is connected to the first fastening wire 21 facing inward from the reinforcing structure 20 and the second fastening wire 22 bound to the wire mesh 40 wire mesh 40 It is made to fix to the rebar structure (20). Since the heat insulator 30 and the outer wall 10 are applied to the wire mesh 40, the first fastening line 21 and the second fastening line are very firmly considered in consideration of the load of the heat insulating material 20 and the outer wall 10. Connect (22).

Filling the heat insulating material 30 (S3) is a step of filling the heat insulating material 30 between the reinforcing structure 20 and the wire mesh 40, the windproof, heat dissipation and moisture-proof effect by the heat insulating material 30 is remarkably. All walls and floors are meticulously filled with insulation so that they can be made. Epoxy, gypsum, etc. may be used as the heat insulating material 30, and a waterproofing agent or a carbon coating agent may be used together.

In the forming of the outer wall 10 (S4), the concrete is applied to the reinforcing structure 20 and the heat insulating material 30 to form the outer wall 10, and a natural stone pattern is produced and painted on the outer wall 10. to be. In addition, the forming step (S4) of the outer wall 10 is a step for making the rock house 100 harmonize with the natural environment, in particular, a step of forming a natural-friendly outer wall such as an acorn shape or a pine cone shape according to a theme. . The operation for producing the natural stone pattern in the outer wall 10 forming step (S4) may be performed by carving the natural stone pattern during the curing of the outer wall or dipping the frame having the natural stone pattern on the outer wall.

As the material applied to the outer wall 10, glass reinforced fiber cement (GFRC, GLASS FIBER REINFORCED CEMENT) including concrete, mortar, glass fiber reinforced plastic (GFRP, GLASS FIBER REINFORCED PLASTIC), carbon fiber reinforced plastic (CFRP, CARBON) FIBER REINFORCED PLASTIC) or the like can be used a material for producing a conventional artificial rock wall.

In addition, the outer wall 10 forming step (S4) by adding a ring attachment step (S6) for attaching the ring (C) to the outer wall 10 so that the rock house 100 can be carried by a crane or forklift It may include. The ring (C) is fastened to a crane or forklift so that the rock house 100 can be installed in a desired location such as natural recreation forest or valley.

The ocher inner wall forming step (S5) is to apply ocher to the inner wall and the bottom surface of the rock house (100). The ocher inner wall forming step (S5) may be made by applying ocher with a spray gun or by using a tool such as a trowel or directly by hand.

The loess is a skin beauty by waste discharge, prevention of stroke caused by vascular control effect, prevention of adult diseases caused by the discharge of harmful heavy metals, blood clearing effect, constipation relieving effect due to active intestinal movement as is widely known It is used as an inner wall material.

As described above, according to the mobile rock house and the manufacturing method thereof according to the present invention, it is possible to implement a mobile artificial rock house which is movable and harmonizes with the natural environment.

For reference, the specific embodiments of the present invention are only presented by selecting the most preferred embodiments to help those skilled in the art from the various possible examples, and the technical spirit of the present invention is not necessarily limited or limited only by the embodiments. In addition, various changes, additions, and changes are possible within the scope of the technical idea of the present invention, as well as other equivalent embodiments.

10 ... outer wall 20 ... reinforced structure
21 ... first fastening line 22 ... second fastening line
30 ... insulation 40 ... wire mesh
50 ... ocher inner walls C ... rings
100 ... rock house

Claims

In the mobile rock house 100,
A reinforcing structure 20 which forms a bottom surface and a wall surface to form an inner space of the rock house and is connected with a first fastening line 21 facing inwardly;
A wire mesh 40 formed inside the reinforcing structure and connected to the first fastening line 21 by binding a second fastening line 22 to an outer surface thereof;
A heat insulating material 30 filled between the reinforcing structure 20 and the wire mesh 40 by the length of the first fastening line;
An outer wall 10 which is applied to the outer surface of the reinforcing structure 20 and the heat insulating material 30 and exteriorly coated with natural stone patterns; And the ocher inner wall 50 applied in the direction of the heat insulator from the inner surface of the wire mesh 40.

The method of claim 1,
The outer wall is a mobile rock house, characterized in that the ring is attached to be carried by a crane or forklift.

In the method of manufacturing a portable rock house 100,
A step (S1) of forming a reinforcing structure 20 to form a bottom surface and a wall surface to form an inner space of the rock house with reinforcing bars;
A wire mesh (40) installation step (S2) of installing a wire mesh inside the reinforcing steel structure and fastening the steel mesh and the reinforcing steel structure;
A step (S3) of filling the heat insulating material (30) filling the heat insulating material (30) between the reinforcing steel structure (20) and the wire mesh (40);
Forming an outer wall 10 by applying concrete to the reinforcing structure 20 and the heat insulator 30 and forming an outer wall 10 to produce a natural stone pattern on the outer wall 10 (S4); And
Ocher inner wall forming step (S5) for applying the loess to the wire mesh 40 in the rock house; manufacturing method of a mobile rock house (100) comprising a.

The method of claim 3,
The outer wall 10 forming step (S4) is that the rock house 100 is attached to the outer wall 10 to attach the ring (C) to the outer wall 10 so that it can be carried by a forklift is included in addition Method of manufacturing a mobile rock house (100) characterized in that.