KR20100106040A - An eco-friendly prefabricated house designed ro promote health - Google Patents

Abstract

PURPOSE: An environment-friendly prefabricated well-being house is provided to use environment-friendly natural energy and to reuse municipal waste for heating. CONSTITUTION: An environment-friendly prefabricated well-being house is composed as follows. A double main door(8) is formed. An outer window is fixed, and an inner window is movable. A geothermal heat absorbing pipe is embedded in the ground and performs cooling and heating using geothermal heat. An inner wall and a bottom are heated by generating hot water using a roof and an inclined outer wall. An underground storage is installed and stores excessive hot water. The underground storage uses the excessive hot water for cooling. A rainwater storage is installed in order to use rainwater for daily use.

Description

{An eco-friendly prefabricated house designed ro promote health.}

The present invention is built in a way that can use natural energy by using a building material that can be assembled and disassembled using synthetic resin or aluminum material that can freely configure the shape, hot water production using natural energy solar and indoor vegetable cultivation and Indoor air-conditioning and bingo installation using geothermal heat, cold storage using bingo, internal and external air circulation, internal drying and indoor aseptic environment, indoor aseptic environment, indoor storage using geothermal and outdoor air circulation, rainwater storage and rainwater storage It is about an eco-friendly prefabricated house equipped with facilities such as hot water storage and inside and outside air circulation in transparent double glazed windows.

In the existing buildings, apartments and houses made of concrete, which use cement as a raw material, are almost universal. Cement is toxic, so it is not environmentally friendly, and its disposal problems are raised when it is demolished. If you fail to do so, the wall will be cracked due to ground subsidence, and the cost of the ground works will be high. In case of an earthquake, the damage is very large. Water is a small number of self-developed uses. Also, in case of houses using groundwater, groundwater contamination is progressing. Water problems such as purchasing or drinking water separately or using water purifiers and depletion of groundwater sources due to poor development of groundwater are big problems. Recently, many of these have been developed and used. Due to the development of technology using heat, it is using technology to circulate special materials by using pipes. At this time, there is a problem that can contaminate the ground floor due to problems such as ground subsidence or carelessness during installation. As water quality and water quality problems cannot be guaranteed, the development of material civilization leads to a situation where clean groundwater is gradually becoming unusable, which means that your measures are required. It's a contaminated reality, and it's a pity that the unusable place continues to grow. It's hard to reverse the groundwater once it's polluted. Permanent countermeasures must be considered at the government level. Look at the environment of the environment, the environment is adversely worse The days before the development of civilization was a good time, whether the streams were clear, the water flowed a lot, the water was washed, and the water was playing. It's hard to find it, except in areas where local people aren't close enough. Now, we must spare no effort to give our descendants a good living environment. It is too expensive for the general public to access. There is government support, so some floors are installed and used, but it is thought that they cannot be supported by the government's finances forever. Germs do not multiply and become clean. According to the report, the outdoor environment is being circulated to improve the indoor environment, but fine dust has not been prevented yet. Although some development products filter out fine dust, it is not enough to clean every corner of the house. From now on, the only natural way of living and adapting to nature by using nature is eco-friendly. Therefore, we use rainwater and snow falling from the sky, It is time to use the natural energy of nature, such as wind. Now, we need to realize that all of our consciousness are in nature and improve our way of life. Is experiencing A door.

Therefore, the present invention is constructed in such a way that natural energy can be used when building a building. It can be discharged or re-used for heating and can be used for energy self-sufficiency using 100% of eco-friendly natural energy without using environmentally harmful substances such as fossil energy. Waste is used for self-heating, and it is intended to be converted into a productive house that solves some of the food by cultivating private lodges.

Therefore, the present invention is made of materials that can recycle the building materials, prefabricated to facilitate assembly and disassembly at the time of construction, and constructed in such a way that natural energy can be used.The main door is composed of double and closed after entering and closing the second door. Close the external air inflow by closing the system and fix the external window to the fixed airtight type, and only the indoor window is movable. And the outside air is purified before the indoor inflow by using the pipe and it flows into the indoor floor or wall and is discharged through the designated pipe through the interior or for heating. It can be reused and underground geothermal absorption pipes can be used for cooling and heating by using geothermal heat. It can produce hot water by using roof and inclined exterior walls to heat the interior walls and floors, and on hot days, the excess water is stored in underground storage. Used in non-production and circulating groundwater through roofs, walls and floors It can be used for cooling and using rainwater to install rainwater reservoirs used for living water as shown in the drawing, and create an impermeable layer with a bottom of proper depth in the basement to make artificial aquifers using natural stones or soil to produce groundwater It uses the weather to produce ice and keep it in the underground bingo. It stores cold food and agricultural products by using cold storage under the bingo room and installs a drying room. It is dried and used as energy and installed indoor natural storage using geothermal and internal and external air circulation to store foods, develop wind power using bet discharge, and grow food using indoor room temperature to produce food. I would like to.

It is possible to assemble and disassemble the houses conveniently so that it is possible to assemble and disassemble the building, and to reduce the construction air and to recycle materials. The house is constructed to use natural energy when building new buildings, and it is possible to save energy by self-sufficiency of the energy necessary for living, and it can save the cost of living by cultivating food stuff indoors and solving some food. There is an effect that can be transformed into a productive housing that can be moistened, save the environment and prevent the disease.

Before and after the description of the present invention the internal and external air circulation and air conditioning and heating method in the building room using the multi-functional air purifier using the water of the previously filed No. 10-2007-0056026 and the geothermal and outdoor air circulation pipe of No. 10-2008-0066716 Method of solar energy allocation using transparent materials or glass of 2008-0075459, method of solar energy distribution of air layer in double layer of No. 10-2008-0079225, bingo and storage using nature of No. 10-2008-0088049 and No. 10- Use of 8 previously-sourced natural energy of building heating method using rainwater and hot water storage using nature of 2008-0092459 and food waste of No. 10-2008-0095013 and production method of eco-friendly natural water of No. 10-2008-0099904 1 is a perspective view of an embodiment of the eco-friendly prefabricated well-being house of the present invention and FIG. Fig. 3 is a cross-sectional view of a double-sided lid type water circulation connector of the multi-layered light collecting plate of FIG. 2D, FIG. Fig. 6 is a cross-sectional view of the prefabricated wall and the interior and exterior materials of the same exterior material is different from the prefabricated wall and the interior wall of the air circulation grill for interior walls of the bathroom and Figure 7 is a multi-purpose wall and the interior wall of the grill for indoor or bathroom and multipurpose Figure 8 is a cross-sectional view of the inner wall and Figure 8 is a multi-purpose inner wall plan installed with a sound-absorbing perforated interior, Figure 9 is a prefabricated wall and water circulation inner wall and a multi-purpose inner wall cross-sectional view, Figure 10 is a cross-sectional view of the prefabricated wall and the multilayer panel of Figure 1 4 and Figure 11 is cold hot water Is a plan view and a side view of which the bottom plate is circulated. FIG. 12 is a detailed view of the triangular water circulation connector of FIG. 11B, and FIG. Fig. 14 is a cross-sectional view showing the structure of the assembly structure and the prefabricated wall, Fig. 15 is a cross-sectional view and front view of the curtain and tent installation inside and outside the multi-layer transparent window, and Fig. 16 is a cross-sectional view and front view of the prefabricated roof and the wall protective tent installation. 17 is a cross-sectional view of the installation structure and internal and external air circulation of the geothermal and wind power generators in the building, Figure 18 is a perspective view of the detailed structure of the geothermal absorption corrugated pipe, Figure 19 is a cross-sectional view of the installation of a sterile aseptic purification room using the sterilizing water in the tank and Figure 20 FIG. 21 is a bottom plan view and a cross-sectional view of a switch in a circulation pipe, FIG. 22 is a cross-sectional view of internal and external air circulation to an air layer in a transparent double layer window, and FIG. 23 is an elevation view of a drying room using internal / external air circulation and sunlight, and FIG. Fig. 25 is a cross-sectional view of indoor natural storage using geothermal heat and outdoor air circulation. FIG. 26 is a cross-sectional view of an embodiment of installing an underground water fountain and a rainwater storage room using a underground aquifer. Referring to the drawings below, concrete constructions using recycled materials, such as synthetic resin or aluminum, which can be easily recycled and molded in construction will be described. This convenient prefabricated roof and wall floor are built to produce living energy. The main entrance is double sealed, the outer door is fixed sealed type, and the indoor and outdoor air circulation is outdoor. Through the outside air inlet room, the indoor air and outdoor air circulation is made by underground geothermal absorption pipes and convection vehicles installed on the roof.Indoor and outdoor air circulation is purified and inflowed. Hot water using radiant heat from the solar panel The produced hot water is circulated through the inner wall and the floor floor to be circulated to the underground hot water storage room for heating, and the outer airtight window is double layered. On cold days, the internal air is circulated to the room for heating. Using artificial water to reduce the temperature and use rainwater to create artificial aquifers using underground layers, install rainwater storage rooms, and use them as living water, produce natural ice, store them in bingo rooms, and install low-temperature storage rooms for long-term storage of agricultural and marine products. The indoors can be installed with natural storage using geothermal and internal and external air circulation to store food, etc., and the drying room using internal and external air circulation can be installed in appropriate area to dry laundry and household waste, and to be used for heating and to use the sun as external window. Room where you can grow indoor vegetables using light It is about eco-productivity prefabricated house installation method consisting of the following will be described in more detail the prefabricated wall 300 and the roofing material as shown in Figure 4 prefabricated wall and roofing material is a material that can be easily recycled and made of synthetic resin or aluminum, etc. It is a material that can be freely constructed. The top is opened in a square shape as shown in the drawing, and it is assembled on the top. The interior is made of a heat insulating material layer. Combining one or more combinations to increase the insulation efficiency, the top and bottom of the opening is formed with unevenness to be easily assembled by inserting, and the outside surface is installed up and down to assemble and attach the exterior material. Supports are installed up and down The upper and lower support for attaching the inner material is installed on the inner side and the trough for joining the inner material is installed on the upper and lower sides so that the inner material can be compressed up and down and inserted and removed in the same way. It is not limited to this method and can be used alone without attaching internal and external materials.In this case, it is used as a substitute for interior and exterior materials by processing the interior and exterior materials beautifully without installing the assembling irregularities or support for the interior and exterior materials. When it is enlarged, it can be used to reinforce the bearing and internal and external pressure by installing the proper amount of support.It can also be used by attaching only one inner side of the interior and exterior materials. Etc Top and bottom prefabricated insulation walls that can be configured freely and characterized by the method of use, as well as the prefabricated wall manufacturing method that can be used by assembling the interior and exterior materials The following relates to the exterior materials attached to the prefabricated wall 300 As shown in FIG. 2, FIG. 3, the exterior material can produce hot water using the multilayer light collecting plate 310. As shown in the drawing, the surface layer has a matte surface roughness and is roughly concave and convex. It is made of metal or alloy, and the back layer or side surface is made of synthetic resin or metal, and there is no limitation on the material used. The water layer is made of thin layers to reduce the weight and the water circulation is double-sided lid type as shown in FIG. It is composed to prevent water leak and it is easy to find water leak in case of breakage. It is installed in the front so that it can be replaced, and the main prefabricated wall 300 and easy installation and detachment are installed up and down to support the weight. It can be pushed up to the multi-layer condenser by pressurizing it from the water storage room by the method of allowing water to flow from the side and the power of the pump. Exterior materials, which can be used by various application methods such as modifying the shape and shape of the multilayer panels, not limited to the present method. Reconstruction method of double-layer light collecting plate As for the interior material 320, as shown in Fig. 4, Fig. 5, and Fig. 9, the interior interior finishing material is made of elastic material, and the front surface is perforated to be absorbed. It is composed of a sound absorbing material, an ocher ball, a fragrance material, a moisture proof material, etc. It can be used to insert various materials such as sound absorbing material, ocher ball, fragrance material, and moisture proof material. It is a versatile inner wall 320 that can tidy up the interior by letting the wires go out through the hole.It is composed of a size and a size that can be easily attached and detached. Only the finishing material can be attached and attached using ring decoration. The following is about the wall in which the interior material and the exterior material are combined in various forms on the main prefabricated wall. As shown in FIGS. 4, 5, 7, 9, and 10, the exterior material is used as the multi-layer light collecting plate 310 and the interior material is the multipurpose wall. The inner wall 320 can be used as a multi-use inner wall on both sides of the prefabricated wall, or it can be used as an interior inner wall. As shown in Fig. 7, one side is used as a multi-purpose inner wall on the prefabricated wall, and the inner wall of the bathroom 321 is installed as drawings. It can be used as a grill, or as a prefabricated wall 300 as shown in Figure 9 is the three-layer prefabricated wall composed of three stages that can be used to apply a variety of interior and exterior materials, such as the outer wall as the exterior material and the inside of the cold and hot water 323 circulating water. The following is about the interior and exterior materials used to be attached to the prefabricated wall using an inner wall as shown in FIG. It is able to cool the room by cooling water or cold water. It is made of synthetic resin, which has relatively low thermal conductivity, and there is no material restriction. Supports for mounting irregularities and weights to be attached to the prefabricated wall are installed up and down and the water circulation The method is a double-sided lid as shown in Figure 3 treated with concave-convex boxing or as shown in FIG. The interior and exterior materials can be the same with both sides of the prefabricated wall 300, and the exterior material is a double-layered light collecting plate 310, and the interior and exterior materials in which water and air are circulated in such a way that air can be used instead of water to the inner material layer. Refers to the inner wall through which air is circulated. As shown in Fig. 7, a grill-type air circulation inner wall is installed, and through-holes are installed at the top and bottom of the prefabricated wall to circulate the geothermal heat and bet to the prefabricated wall and the grill inner wall, and the inside is bent into the room or bathroom, and the circulation is circulated above the ceiling. It can be used both indoors and bathrooms in the prefabricated wall, and the one side is the grill inner wall which the air is discharged in a way that can be used as inner and outer walls by installing multi-purpose inner wall, water circulation inner wall or multi-layer light collecting plate. Next is a corner type prefabricated wall and interior and exterior materials connecting the building roof and the wall as shown in FIG. 10. The prefabricated wall is deformed so as to be connected to the upper and lower walls as shown in the drawing so that the front is angled and attached to the wall assembled up and down. The interior material is finished by installing triangular boxing between the upper and lower multi-use walls. The packaging material is a multi-layered angled jipgwangpan an angle are to be made to how the vertical configuration being modified so be connected and configured to facilitate multi-layer jipgwangpan is attached to each of the installation and assembly irregularities in the support prefabricated modular wall corner walls with interior and exterior materials, and then is

As shown in Fig. 11, the floor 350 is cold and hot water circulated, and the material of the floor is synthetic resin, and there is no limitation of the material. Is connected to each other, and the cold and hot water circulation of the floor is connected to the joining pipes 105, each side of which is inclined at 45 degrees after the floor is cut to the proper use length. Connect the circulation port 32 attached to the confluence pipe slope and the circulation port attached to the sloped confluence pipe with flexible circulation connector 33, compress it with a compression band, etc. on the joint pipe, and then put the protective cap on the side of the water. It is composed of the method that enters the landing pipe and circulates into the floorboards and floorboards. The following is a method of installing the floor 350 and the triangular circular connection pipe. The following is a method for assembling and attaching a frame, a prefabricated wall, and a roofing material. As shown in FIGS. 13 and 14, every type of frame used in a building material is shaped and shaped to fit a prefabricated wall 300. It is composed of the method that the frame and the prefabricated wall are assembled in a prefabricated manner and the interior and exterior exterior materials are attached to the interior and exterior, and the interior and exterior exterior materials are attached around the frame when the building is completed. Frame construction of the prefabricated building and the structure of the roof of the prefabricated structure using materials such as synthetic resin and aluminum, which can be configured freely, and the corner finishes are exposed to the outside to save the beauty of the building. The interior and exterior materials are built into the interior and exterior to enhance the appearance of the building. Prefabricated building materials are constructed in the following manner. The following is a method of assembling the prefabricated building. As shown in FIG. 14, the hanger 65 is installed at the proper intervals and the quantity of the column frame 600, and the hanger 66 is bolted into the prefabricated wall 300. Tightening and fastening by 63 type and installing on both left and right sides and putting it into the frame when assembling it. As shown in Fig. 13, the prefabricated wall 300 is enclosed and the frame 600 is installed, and the prefabricated wall 300 side and frame back are assembled in the form of bolts 64 and knots 63. The outer edges of the multi-layer condenser plate 310 have a finishing bar 399. The 399 is finished by fastening with bolts and knots, and it can be easily combined with the asperity assembling method of the conventional method. It can be done by various application methods, and the method of fastening and finishing of the prefabricated wall and wall composed of the method of fastening the interior and exterior materials to the inside and outside of the prefabricated wall is as follows. As shown in Fig. 15, the anti-slip uneven wheels 81 inside the roof side pipe 130 are attached to the rotating shaft 37 to the left and right, and the bearing is installed on the rotating shaft, and the interior curtain 170 is wound around the rotating shaft to rotate. When the curtain falls down, it is installed to be rolled up, and below the ground, the gear 93 on the motor 92 and the cog wheel 91 on the large diameter are bitten. Winding and unwinding is done by rotating and the lower part is installed to the left and right by a wheel that winds up the line. It pulls the rope 119 from the rope line on the roof 19 in the revolving wheel 97 in the roof and the uneven wheel 81 and rear wheel 98 in the pipe. When the motor is driven in the direction of installing the tent or curtain, the upper curtain descends and the lower tent rises upward to stop at the proper position according to the switch. During this rotation, the tents and curtains are rolled around the row with a row of wheels 39, and the curtains and tents are rolled up and down, with the rolled diameter of the tents and curtains and the axis of the rolled wheels being the same. The cog wheels on the side of the wheel allow the motor to be rotated directly so that the motor can be driven by direct power instead of indirect power. The above method is to wrap and awn the curtains and tents inside and outside of the transparent double-glazed window. As for the installation of the automatic tent, as shown in Fig. 16, the roof and the walls of the prefabricated house are connected to one, so that the tent is installed on the roof and the wall to prevent oxidation of the roof by acid rain or snow. Therefore, as a way to prevent aging of the building, the tent is rolled up by the power by installing gears and bobbin wheels on the rotating shaft that pulls the tent into the building shaft and pulls the tent under the ground as shown in Clause 13. It is possible to operate up and down and to move up and down as shown in the drawing. It is a light material that is installed in the way that the tent winding axis and the axis of pulling the line of the tent are installed below the ground, and the rotating wheel is installed inside the premises, and the tent wheel is hooked up so that the gears are engaged with each other and the tent is operated up and down by power. It is composed of light weight material using aluminum or synthetic resin. It is a method of installing automatic tent on the roof and wall which is not limited to the material used. Regarding the multi-layer condenser plate, the water is circulated inside to produce hot water due to the sun's radiant heat, and the air flows into the exterior of the rear roof, the rear wall, the side, and the side of the exterior. It is returned to the indoor or geothermal absorption room and flows into the room for heating purposes. Cotton finishing materials, etc. are also constructed in such a way that the exterior material prevents the aging of the building due to the high temperature of radiant solar heat and uses energy by using the method that the air flows into the interior space of the finishing material and gathers in the upper collecting pipe 130 for heating. The following is a method of constituting the interior of the exterior material in which water or air is circulated. The present invention relates to a method of blocking external inflow of external air into the environment-friendly prefabricated house and circulating internal and external air. The outside air inflow is blocked by entering and closing by car and closing after entering / exiting the vehicle.The transparent window installed outside is also installed as a fixed airtight window that can not be opened.In addition, when the exterior material is installed, the outside air is blocked from the inside by using a boxing light. And the outdoor air inlet is installed separately to clean the outdoor air. The geothermal absorption pipe 520, which absorbs geothermal heat at the appropriate depth underground, is installed at the proper intervals in the proper size of the floor heating pipes, and it is installed above the second floor and the third floor so as to absorb proper geothermal heat and then purify the inside It is distributed to the indoor floor from the distribution room 505 and flows into the ceiling circulation port and the upper roof vacant pipe by using the floor or wall in each room. Use the separate power to go up using the exhaust fan without disturbing the final draft, and when the convection car does not occur, use a separate power.In addition, on a cold day, the bet is blocked by the switch and the U-turn is made by the U-turn. The internal air is purified by the blower fan 18 using the circulation pipe and flows back into the internal air distribution room 505 to be used as a geothermal absorption pipe or room. It is selected along the direction of the wind direction conversion board 28, and it can be used to control the bleeding and circulation to the room by using the switch which enters the room or enters the room through the geothermal absorption chamber. The outdoor air circulation method using the outdoor air inflow room, the outdoor air inlet room, the underground geothermal absorption pipe, and the convection vehicle of the indoor air exhaust pipe on the roof. The following is about the internal wind power generation using indoor indoor air emission. The wind power generation chamber is installed below the roof exhaust pipe to install the wind power generator 1000 using the wind exhaust wind, and install the induction pipe to discharge the bet in the direction of the wind turbine blade rotation. High-speed wind pushes the wings and ascends to the upper betting pipe to rotate the windmill wings It is developed by the principle that it is caused by the convection vehicle of the bet exhaust pipe higher than the room. On a cold day, the indoor bet is blocked, so you do not use the indoor bet or use a separate outdoor air or bet to discharge it from the indoor natural storage room or indoor drying room. The wind power generation and the method of using the internal and external air, which is configured to continue the wind power generation in the winter using the following The following is a geothermal absorption tube that can absorb and heat the geothermal heat geothermal absorption tube as shown in Figure 18 is a circular corrugated tube By utilizing the advantages of the expansion force supporting the circular external pressure and the external pressure bearing capacity of the corrugated pipe, and the easy molding by the extrusion method, the through-hole 23 of the appropriate size is installed as a whole through the tube to form a geothermal hole. Thermal conductivity consisting of materials that absorb water and moisture and have high thermal conductivity to transfer geothermal heat This is a circular corrugated pipe installed with through-holes that absorb geothermal and moisture through internal and external air circulation using quality. The following is about aseptic purification of indoor indoors using sterilizing water. Fine holes for discharging air bent toward the upper outlet of the induction pipe 52 into the water tank 95 are installed in the bottom of the bottom, and the outlet 27 for discharging air from the water to the bottom is installed. When the sterilized water added with perfume is passed to the discharge port and passed through the bet, the air flows into the large discharge guide pipe below and becomes narrow as it flows up. The bactericidal power in the water and impurities in the air are purified by sterilization and pure air by the water washing power. The air aseptic purification method using added perfume using sterilizing water, which is composed of only clean air and scent rising up into the room. The following is a switch for controlling the amount of air flow in and out of the indoor and outdoor air circulation. Likewise, the opening / closing rotating plate 83 that adjusts the circular wind direction into the inside and outside air circulation pipe is installed in the center, and when the rotation axis is installed freely up and down the pipe, the supporting role and the windshield 86 to prevent the leakage of wind are soft. It is installed by the rubber box of the semicircle to the left and right in the direction of rotation, respectively, and the adjustment knob 87 is installed outside the pipe to control the air volume of the opening and closing rotary plate, and the through plate 67 is installed and adjusted below the control plate 69. The through hole is installed from the top of the end of the handle down. It is composed of a method of fixing the air volume and using it, and it is also a method of installing an internal / external circulation switch which can be used by an automatic driving method. The following is about the circulation of bets to the floor or the wall. The flooring material is installed, and the bottom support hole 640 is installed underneath, and below the H beam is installed in the number that can support the support hole above the proper quantity, and the inlet pipe is installed at the bottom center through the H beam through hole. The bet is introduced to the wall and the bottom circulation pipe 560 of the appropriate size is installed on the outside of the flooring material on the outside of the inner wall, and there are a number of through holes on the bottom side. Installed inside the entire slope and circulated to the interior and ceiling circulation port and floor or floor It is used in various application methods, and as shown in FIG. 7, the bet is introduced through the inner wall grille of the lower interior material, and the bet is introduced into the through hole 23 under the main prefabricated wall as shown in the drawing. It is not limited to this method, which is composed of the method of circulating to the indoor and ceiling circulation ports, and it is a method of indoor circulation using floors and wall grills, etc., which allows the bet to be circulated to the floor or wall by various application methods. Is a cooling and heating using air circulation of a double-layer transparent sealed window installed outside the prefabricated building. As shown in FIG. The transducer 28 is rotated by a full length window. The wind direction converter 28 is installed by opening and closing the inside of the transparent window and the inside of the transparent window by using a handle.It is connected to the outdoor air intake room on the ground by using underground pipes. When the wind direction converter 28 is introduced and closed inside the transparent window, the outside air flows into the air layer inside the double-layered transparent window, which distributes the air that is treated by the radiant heat of the sun, and discharges it to the exhaust pipe to prevent the rise of the indoor temperature by the transparent window and prevents the cold day. If you change the wind direction by pushing the wind direction converter 28 to the external transparent window, the indoor bet flows into the double-layered air layer from the bottom, and the air treated by the radiant heat of the sun rises upwards, gathers it into the upper air duct, turns the circulation pipe, and enters the room light by heating. It is a method using convection which is not limited to this method. The air-conditioning method using the convection vehicle by circulating the inside and outside air to the air layer in the double-layered window, which can be configured by using a convection vehicle. The following is about the installation of a drying room to dry laundry or moisture waste around the prefabricated building. This method uses water and evaporation of water and air by circulating air and internal and external air circulation. The natural drying method using the water dehydration effect by the wind is to install a drying chamber using a transparent material on the side of the building as shown in Fig. 23, the upper roof is installed in an inclined type in which air is collected to the building duct. Place the bet pipe at the proper height where convection can occur. It is installed to be discharged to outside smoothly with a fan, etc., and the door is installed in the interior, the proper amount of shelves are installed in the air communication net, and the outside air inlet grill is installed in the bottom 3 and the filter is installed inside. The outside air is filtered out and circulated through the vents of each shelf and discharged to the internal air discharge pipe, and the internal and external air circulation using the convection truck that evaporates moisture and is dried. It is possible to install a natural drying room using convection cars and solar fans, such as a method of discharging bets by installing pipes to the main bet discharge pipes using the vacancy pipes without using a separate air discharge pipe. It is about the installation of natural storage for storing food, etc. It is a method that utilizes geothermal heat and moisture in the soil which does not change in all seasons, and it keeps moisture in food and prevents moisture drying by circulating air, and it uses sterile circulation method. The internal material of natural storage is ocher brick or ceramic. It is made of eco-friendly materials, etc., and the outside is finished with heat insulating material, and the inflow and discharge of up and down are collected in an inclined type so that geothermal heat is distributed, and the shelf is installed in a net-like material with good air circulation, which can store and store food. The water tank 71 is installed on the four sides to further supplement the geothermal moisture deficiency below the reservoir, and the central surface allows air to flow, and the four sides bucket and the ventilation net 30 are installed in the center and the mesh water absorption cloth 36 is placed on the water tank. Installed in the center of the net, the water absorption spring absorbs the water from the bucket, Moisture is evaporated while passing through the cloth to be passed between foods and stored without drying. Food inflow is sterilized by sterilized water and sterilized and purified, and sterile clean air is introduced to prevent food waste and store for a proper period. It is not limited to the above method, but the indoor natural storage room installation method using geothermal and aseptic and internal and external air circulation, characterized in that it can be configured and used in various application methods are as follows. As related to FIG. 25, the bingo room is installed in the basement at the proper depth of the shade behind the building, and the interior and exterior materials are finished with natural stone or ocher brick and insulation, and the door is installed as insulation material, and the ceiling is inclined so that the ice falls down inside. The sloped passage 13 can be installed with proper inclination, The ice can be caught and lowered, and the ice can be loaded and stored on the lower pedestal, and the door 14 is installed on the inclined passageway above the ground, and the mobile inclined platform 82 can be used to make ice. When all five sides are perforated and the cold air is well transferred and decomposed using standard container, put the vinyl and pour water to freeze the ice and the frozen ice disassembles the outer container, peels the vinyl, and prevents moisture adhesion. After packing with oil paper for the outside, using heat reflection insulation, etc. After moving the package, slide it to the slope of the inclined workbench and slide down to the bingo slope passage. It is composed of a method that can open and close the door and allow cold air to flow into the bingo to facilitate ice storage. The following is a method of installing the cold storage using underground heat and the cold storage using underground geothermal and bingo. The low temperature storage is installed below the underground bingo room as shown in Fig. 25, and the interior and exterior materials are natural stone or ocher brick. Finished with insulation and back, doors are double-installed with insulation, pipes are installed to allow cold air from the bingo to the upper ceiling, and switchgear 24 is installed inside to control cold air inflow, and the lower air outlet pipe is connected below. The internal and external air circulation and the heat collected in the storage can be discharged, and the bottom has a perforated bottom plate, and the bottom is installed with a pipe for discharging water underground, and the water generated by cold air is discharged underground. Store foods for long-term storage using the cold of bingo, geothermal underground and internal / external circulation The following is a method of installing a cold storage. The following is a method of utilizing living water using rainwater by making an artificial aquifer underground. When the soil is dug a little inclined vertically with a proper depth below the fence as shown in FIG. Digging the soil in a vertical angle to the depth that the soil can be supported without falling down into the space. Digging the soil into the basement angle between the fence and the fence. In the form of groundwater storage room that can be used by the groundwater, the artificial water impermeable layer is installed on the floor, sand is placed on the top, and the surrounding wall and roof roof are made of natural stone, and the waterway pipe is installed inside the building or the place of use. After collecting the artificial glands, the ocher soil or water does not flood the artificial glands and the entire underground floor. Apply the fine clay to the bottom of the paddy rice with the proper thickness so that the water is not easily submerged under or outside, and then cover the clean soil over the artificial impermeable layer, lay the top layer of ocher, lay the top layer of sand and install the top layer of natural stone. With the above method, the soil is made of natural soil of sand, and it is installed with several layers of soil to the ground. The final layer is installed as general soil or planting soil which is good for planting. Natural stone is used to induce rainwater to be submerged into the basement, and the entire underground area is used as an artificial aquifer. The groundwater containing minerals can be used as living water. How to use and soil in aquifer can improve water quality such as natural stone and ceramic Therefore, the method of using living water using aquifer by installing artificial impermeable layer which can use application materials and can be used in various application methods that are useful for groundwater storage is as follows. A drainage channel is installed below the fence around the building and a rainwater purification facility is installed below to filter out the impurities and then store them in the rainwater storage room.The rainwater storage room is an eco-friendly material that protects the water quality, such as natural stone, ocher brick, or copper aluminum. Using a material that protects the water quality with metals, the storage compartment inspection door can be installed on the ground for internal cleaning or inspection. For the excess inflow of rainwater flowing into the storage compartment, install an S-shaped discharge pipe 77 as shown in the drawing. When it reaches the upper discharge pipe, it is discharged from the lower sediment to the pipe It is composed of the method of automatic drainage into the layers, and the drained rainwater flows to the underground spring, and the water quality is changed by the aquifer soil, and the groundwater containing minerals is collected and reused in the underground spring. The following is a method of installing a rainwater storage room composed of a method of storing and using rainwater. The following is about the use of a long-term storage by installing a hot water storage room under a building, as shown in FIG. 26. The long-term storage room under the building is relatively easy to keep warm, and it can be stored during lifelong production or overproduction, and can be used during non-production or normal life. Natural stone, ocher brick, and stainless steel aluminum Use the material to protect the water quality with metals, etc., and protect the water temperature by using the insulation of the proper layer to protect the water temperature such as the heat reflection insulation wool, the compression insulation material outside, and install the storage compartment inspection door to the ground to clean the inside or check The excess hot water is the S-shaped discharge pipe 77. The hot water is left and the cold water from the lower floor is discharged to the ground aquifer to be used as groundwater.In the hot water storage room, the porous natural stone can be used for long-term storage. If there is a lot of air layer or ceramic or liquid material that can be stored for a long time without change, it is filled inside and hot water is filled between the spaces, and natural stone or contents in liquid are heated by hot water and heated once. Long-term use of hot water by taking advantage of not being cooler than water and conserving water quality It is a method that can be stored and used, not limited to the present method, hot water storage device characterized in that it can be configured in a number of applications, etc. The following is about the water circulation connector as shown in Fig. To facilitate the formation, a thicker layer of water is formed than the center, and a water circulation hole such as a cylinder is installed at an appropriate size, and is formed into a cylindrical shape using synthetic resin around the front light collecting plate surface layer 60 round lid to prevent water leakage and to cover the light collecting plate surface layer, and The concave-convex groove is dug in two lines and the bottom is spaced so that the water is circulated. The double sided light collecting plate is installed in the same way, and the lid bonded to it is a double-sided cylindrical lid covering the light collecting plate surface layer 60 on the front and Two cylinders on both sides are installed on both sides, condensing plate surface layer A water layer is formed between the cylinder and the cylinder to circulate water inside, so that water enters into the cylinder inlet and circulates to the next cylinder inlet. Under the cylinder, two rows of soft boxing protrusions are formed to prevent water from leaking. When inserted into each of the light collecting plate water circulation holes, the water is circulated to each other through the light collecting plate and the light collecting plate, and it is installed on the right and left side in the same way so that the cold and hot water is circulated to the double light collecting plate and the double light collecting plate. It is about the cultivation of indoor vegetables using solar light and edible. The exterior window inside the eco-friendly prefabricated building is installed southward, and the solar light enters the interior all day long, and the wall is inclined so that the solar light can flow into the plant like the external lodge. It is equipped with a place where you can cultivate indoor vegetables using sunlight As the plant grows, it is maintained around 25 degrees when the plant grows, and aseptic clean air is introduced into the room by using geothermal and internal and external air circulation, and the influx of external insects and bedbugs can be blocked to prevent pests. By using the advantage that this circulating plant can survive, it is equipped with a plant that can be eaten raw by using a potted plant by the indoor window, and it is equipped with an automatic watering facility so that the well-being life can be eaten without washing at the table without washing at the table. The method of cultivating iron-iron metal using natural environment facilities The following is about the structure of prefabricated buildings that can produce eco-friendly energy. As shown in FIG. Hot water is produced and transparent double glazing is installed on the roof. Hot and cold air is produced by circulating the inside and outside air in the secondary air layer, and the indoor lighting can be cultivated by the indoor lighting effect and the greenhouse effect using the window, and the ultraviolet ray is blocked by the window to enhance the sun-free and human body immunity of the ultraviolet ray Geothermal cooling and heating, wind power generation, air purification using sterile water and indoor aseptic environment are created by internal and external air circulation using discharge pipe, outside air inlet room and underground geothermal absorption pipe, and indoor environment is improved, and living water is produced by producing groundwater using rain and snow. Use bingo, which is a natural storage room, use ice storage and use cold storage room for bingo. Long-term storage of agricultural and aquatic foods, use of indoor natural storage, food storage, use of natural drying room, laundry drying, dry storage, energy storage, and recycling. Earthquake damage due to building and construction convenience and light construction materials It is composed of the productive well-being well-being house structure, which produces eco-friendly energy equipped with facilities such as cattle and ground construction, and circulates sunlight, water, air and air to boost human immunity.

1 is a perspective view of an embodiment of a prefabricated eco-friendly well-being house of the present invention.

Figure 2 is a plan view of a multi-layer light collecting plate of the housing exterior material of the present invention.

Figure 3 is a cross-sectional view of the double-sided lid type water circulation connector of the multi-layer light collecting plate of Figure 2D.

Figure 4 is a multi-layered light collecting plate and a multi-purpose inner wall cross-sectional view of the prefab wall and the interior and exterior of Figure 2C.

5 is a cross-sectional view of the prefabricated wall and the interior and exterior materials of different assembling irregularities position of the same packaging material as in FIG.

Figure 6 is a plan view of the interior wall of the air circulation grill for indoor or bathroom walls.

FIG. 7 is a cross-sectional view of the prefabricated wall in which air of FIG. 6A is circulated, the grill inner wall of the indoor or bathroom, and the multipurpose inner wall.

Figure 8 is a multi-purpose inner wall top view of the sound-absorbing perforations are installed interior.

9 is a cross-sectional view of the prefab wall and the water circulation inner wall and multi-purpose inner wall.

10 is a cross-sectional view of the prefabricated wall and the multilayer light collecting plate of FIG.

11 is a bottom plate plane and side view through which cold hot water is circulated.

12 is a detailed view of the triangular water circulation connector of FIG.

Figure 13 is a cross-sectional view of the assembly structure and the wall and frame of Figure 17.

14 is a detailed view of the frame and prefabricated wall assembly structure.

15 is a cross-sectional view and front view of curtains and tents inside and outside the multilayer transparent window;

Figure 16 is a cross-sectional view and front view of the prefabricated building roof and walls of the protective tent.

17 is a cross-sectional view of the installation structure and internal and external air circulation of the geothermal and wind power generators indoors.

18 is a perspective view of a detailed structure of the geothermal heat absorption corrugated pipe.

19 is a cross-sectional view of the bet aseptic purification room installation using the sterilizing water in the tank.

20 is a detailed view of the installation switch in the internal and external air circulation pipe.

21 is a bottom plane and a sectional view in which bets are circulated.

Fig. 22 is a cross sectional view of internal and external air circulation to an air layer in a transparent multilayer window;

23 is an elevation view of a drying room using internal and external air circulation and sunlight.

Figure 24 is a cross-sectional view of the indoor natural storage using geothermal and internal and external air circulation.

25 is a cross-sectional view of an installation of an underground bingo and a cold storage.

Figure 26 is a cross-sectional view of the installation of the groundwater spring and rainwater storage room hot water storage room using the underground aquifer.

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

A; Grill inner wall section B; Circulation connector

C; Multilayer collector plate cross section D; Water circulation lid section

One; Drying chamber 2; discharge pipe

3; Butler 4; Deadline Bar

5; Transparent multilayer 6; Duplex Condenser

7; Finishing bar 8; Double entrance door

9; Bet discharge pipe 10; Outdoor Inflow Room

11; Pedestal 12; Resilient Stand

13; Inclined passage 14; Open door

15; Air purifying chamber 16; door

17; Door 18; Blower fan

19; Line 20; Air circulation port

21; Cap hole 22; Air layer

23; Through hole 24; Switchgear; 26

25; Store opening and closing 27; Multipurpose space

28; Wind direction conversion plate 29; Air Circulation Grill

30; Ventilation network 31; Strength

32; Circulating sphere 33; Circulation connector

34; Et al. 35; Compression band

36; Water absorption cloth 37; Axis of rotation

38; Tent winding 39; Bobbin wheel

50; Water circulation lid 51 soft rubber

52; Discharge pipe (discharge induction pipe) 53; Ceiling circulation sphere

54; Ventilation shelf 55; Check

56; Bet circulation tube 57; zenith

58; Bottom layer 59; Bearing Box

60; Light collecting plate surface layer 61; Bolts; 64

62; Assembly irregularities 63; Nat

65; Hanger 66; Hanger

67; Penetrating natt 68; Transparent material

69; Throttle 70; Water layer

71; Bucket 72; rainwater

73; Hot water 74; underground water

75; Piping 76; waterspout

77; Discharge line (circulation line) 78; Quantity checkout

79; Check bar 80; Boxing

81; Uneven wheel 82; Inclined platform

83; Opening and closing rotary plate 84; Axis of rotation

85; Ventilator 86; Windscreen

87; Adjusting knob 88; Rainwater Purification Room

89; Corner finish 90; ice

91; Gear 92; Motor

93; Motor cog wheel 94; Front transparent layer

95; Countertop 96; Sterilization water

97; Rotating wheel 98; Rear wheel

99; Transparent layer 100; building

101; First floor 102; Second floor

103; Connecting line 105; Confluence

110; Air layer 119; line

120; Cellar 130; Condensing plate

150; Roof 160; Tent

170; Curtain 180; Door

188; Q. 190; Fence

200; Floor 202; Natural stone

203; Sand and ground 205; ocher

206; Ocher ball layer 220; Artificial impermeable layer

227; Discharge port 230; Aquifer
300; Prefabricated wall 303; H beam
310; Outer wall multilayer light collecting plate 311; outer wall
313; Inner wall 320; Multipurpose interior wall
322; Grill inner wall 321; Interior wall of the bathroom
323; Cold and hot water circulation inner wall 330; Insulation layer

333; Zoom line 350; Cold and hot water circulation bottom

355; Internal and external circulation 360; Insulation wall
370; Floor 377; Compression Direction
380; Transparent multilayer 381; Transparent window
388; Ceramic wall 390; Connection
399; Deadline 500; Bet discharge pipe
505; Bet distribution room 510; Power Generation Room
520; Geothermal absorption corrugated pipe 540; ventilation opening
560; Bottom circulation tube 600; Pillar frame
640; Support 650; Standoff
700; Drying room 800; Natural storage
850; Hot water storage room 880; Rainwater Storage Room
900; Bingo 910; Cold storage
990; Power plant 1000; Wind power generator

Claims (32)

By using materials such as synthetic resin or aluminum that can be recycled and easy to form, the building is made to produce living energy using prefabricated roofs and wall floors that are convenient for construction. The main door is doubled and the exterior window is fixed and sealed. The indoor and outdoor air circulation is the indoor and outdoor air circulation through the underground heat absorption pipe in the ground and the air discharge pipe using the convection car installed on the roof. The indoor inflow bet is purified and flowed in. Wind power is generated using the exhaust air, and hot water using solar radiation is produced by using roof and exterior double-layered light collecting plates. Heating and double sealed windows on cold days Is circulated to the room and heated, and on a hot day, it is discharged to the air discharge pipe to lower the room temperature and by using rainwater to make artificial aquifers using the underground layer, and to install rainwater storage rooms to use as living water and to produce natural ice. It can be used for long-term storage of agricultural and aquatic products by installing low temperature storage room below.In the indoor, install natural storage using geothermal and internal and external air circulation to store food, etc., and install dry room using internal and external air circulation to the appropriate area. Eco-friendly productivity prefabricated house installation method consisting of drying clothes, household waste, etc. to be reused for heating and cultivating indoor vegetables using solar light as an external window. The method of claim 1 Regarding the prefabricated wall 300 and the roofing material As shown in FIG. 4, the prefabricated wall and the roofing material are recyclable materials, which are easily formed from synthetic resin or aluminum, and can be freely formed in a square shape as shown in the drawings. It is assembled and made into a rectangular shape, and the inside is a layer of insulation, which is a method of increasing the insulation efficiency of heat reflection insulation, insulation board, wool, etc., and the insulation is built. The lower part is shaped to be easily assembled by inserting it into the uneven surface, and the mounting surface is installed up and down so that the exterior material can be assembled and attached to the outer surface, and the support for supporting the exterior material is installed up and down so that the exterior material can be attached and used. The upper and lower supports for attaching interior materials are installed on the side. The gutter which can combine the high interior materials is installed up and down inside, and it is composed of the method that can be attached and detached when inserting and removing the interior materials up and down by the same method. It is not limited to this method and can be used alone without attaching the internal and external materials. In this case, it is used as a substitute for interior and exterior materials by beautifully processing the interior and exterior materials side without the installation unevenness or support with internal and external materials.It can be enlarged and reduced in size. It can also be used by attaching only one side of the interior and exterior materials, and can be used by attaching only the inner wall of ocher panel, and modifying the interior and exterior materials attachment method, and not limited to the method that can be configured and used in various application methods. Freely shape A method of manufacturing a prefabricated wall that can be used by assembling the up and down assembled insulating wall and the interior and exterior materials. The method of claim 2 Regarding the exterior material used to attach to the prefabricated wall 300, the exterior material can produce hot water by using the multi-layer light collecting plate 310 as shown in Fig. 2 and Fig. 4 as shown in the drawing, the surface layer is matte, roughly ground, rough and uneven. It is made of metal or alloy, which has high thermal conductivity of black, which is easy to absorb light, and the back layer or side surface is made of synthetic resin or metal, and there is no limitation on the material used. The water layer is made of thin layers to reduce weight and circulate water. As it is a double-sided lid type, it is processed to prevent leakage of water by processing with uneven boxing, and it is installed at the front so that water leakage can be easily found and replaced in case of breakage, and the assembling irregularities are easily installed up and down with the main assembly wall 300. Support is installed, and when water is inflowed, it is purified to be free of impurities and collected. Water inflow and outflow can be pushed up to the multi-layer condenser by pressurizing water from the upper layer and pressurizing in the water storage chamber by the power of the pump. In addition, air is injected from the upper layer to prevent winter freezing. It is a multi-layer light collecting plate that produces hot water using the radiant energy of the sun, which is composed of a method of extracting the water and preventing freezing waves. It is not limited to this method, but it can be used in various application methods such as modifying the shape and shape of the double light collecting plate. How to re-cover the exterior multilayer condensing plate, characterized in that. In accordance with paragraph 2 The interior material 320 used by attaching to the prefabricated wall. As shown in Fig. 4, Fig. 7 and Fig. 9, the interior is a material that is elastic as the interior finishing material, and the front surface is perforated to absorb sound. It is shaped like a c-shaped space, and it is easy to attach and detach it by pressing up and down to fit on the prefabricated wall.Inside, it can be used with various kinds of sound absorbing material, ocher ball, fragrance material, moisture proof material, etc. It is a versatile inner wall 320 that can tidy up the room by incorporating lights or indoor wires or switches so that only the wires come out through the holes.The size and length of the wall are easy to attach and detach. Only a thin-walled finish with no internal space can be attached and attached using attachments, etc. It can produce various colors and patterns, and it can be used for various applications such as installing strength of support bars inside or reducing the friction noise by inserting backing lamps between the multi-use inner wall and inner wall. Removable and versatile inner wall used for attaching to walls. In paragraphs 2 and 3 and 4 It is about a wall in which interior materials and exterior materials are combined in various forms on the main prefabricated wall. As shown in Figs. 4, 5, 7, 9, and 10, the exterior materials are used as the multi-layer light collecting plate 310 and the interior materials are the multi-use inner wall 320 as shown in Figs. Both sides of the wall can be used as an interior wall by installing it as a multi-use inner wall, or one side can be used as a multi-use inner wall in a prefabricated wall as shown in FIG. As shown in Figure 9, the prefabricated wall 300 is a three-layer prefabricated wall consisting of three steps that can be used to apply a variety of interior and exterior materials, such as the inner and outer walls to the cold and hot water 323 to circulate the water. According to claims 2 and 3 The interior and exterior materials used to be attached to the prefabricated wall as shown in Fig. 9 as a double-layer inner wall and hot water or cold water can be circulated in the room heating and cooling material is a synthetic resin using a material with a relatively low thermal conductivity, there is no limitation of the material Assembling convexity and support for weight are installed up and down so that it can be attached to the wall, and the water circulation system is a double-sided lid type as shown in FIG. 3 to treat it as an uneven boxing or connect both circulation ports with a circulation connector as shown in FIG. It is composed of the method of processing by capping the triangular cap after tightening with compression band, and the exterior material can be used together with the interior material, so that the interior and exterior materials can be the same on both sides of the prefabricated wall 300. Water consisting of the way to circulate the air and use the cold and hot air Exterior and interior air is circulated. The method of claim 2 It is related to the grill inner wall where air is circulated. Install a grill type air circulation inner wall on one side of the prefabricated wall and through holes at the top and bottom of the prefabricated wall to circulate the geothermal heat or bet from the bottom to the prefabricated wall and the grill inner wall. It can be used indoors or bathrooms by using both sides in the prefabricated wall by circulating the ceiling by using the inside of the room or bathroom and circulating it on the ceiling. The inner wall of the grill where the air used is attached to the main prefabricated wall which can be used.        Regarding the corner type prefabricated wall and interior and exterior materials that connect the building roof and the wall as shown in FIG. 10, the prefabricated wall is deformed so as to be connected to the upper and lower walls as shown in the drawing so that the front surface is angled and attached to the wall assembled to the upper and lower parts. Finished by installing a triangular boxing between the upper and lower multi-purpose walls, and the exterior material is angled into a L-shape with a double-layered light collecting plate. Prefabricated wall and interior and exterior materials. The method of claim 1 As shown in Fig. 11, the floor 350 is cold and hot water circulated, and the material of the floor is synthetic resin, and there is no limitation of the material. Is connected to each other, and the cold and hot water circulation of the floor is connected to the joining pipes 105, each side of which is inclined at 45 degrees after the floor is cut to the proper use length. Connect the circulation port 32 attached to the confluence pipe slope and the circulation port attached to the sloped confluence pipe with flexible circulation connector 33, compress it with a compression band, etc. on the joint pipe, and then put the protective cap on the side of the water. It is composed of the method that enters the landing pipe and circulates into the floorboards and floorboards. Floor 350 and triangular circular connectors. The method of claim 1 Regarding the assembling and attaching method of the frame, the prefabricated wall and the roofing material, as shown in Figs. 13 and 14, all types of the frame used for the building material are made in shape and form to fit the prefabricated wall 300, and the frame and the prefabricated wall are assembled in a prefabricated manner. It is composed of internal and external materials attached to the interior and exterior.The interior and exterior materials are attached around the frame when the building is completed, and the frame is not visible from the exterior.However, only the end of the wall and the corner finish are exposed to the outside to save the building aesthetics. The structure of the prefabricated building and the structure of the wall roofing material and the frame of the prefabricated building using materials such as synthetic resin and aluminum that can freely form the shape and shape characterized in that it is configured in the role of the interior and exterior materials are built into the interior and exterior How to save. The method of claim 10 Regarding the method of assembling the prefabricated building, as shown in Fig. 14, the hook frame 65 is installed at the proper interval and quantity as shown in Fig. 14, and then the hook decoration 66 is fastened to the prefabricated wall by fastening the bolt 64 and the nut 63 into the prefabricated wall. How to fasten the frame and prefabricated wall, which is composed by putting it in the frame and assembling it when installing it. The method of claim 10 The wall and the wall are connected to each other and finished. As shown in Fig. 13, the prefabricated wall 300 is wrapped and the frame 600 is installed, and the prefabricated wall 300 side and the frame back are assembled in the form of bolts 64 and knots 63, and the outer wall double-sided light collecting plate 310 has side edges. The finishing bar 399 can be finished by fastening the prefabricated wall and the finishing bar 399 with bolts and knots as shown in the drawing, and also can be easily combined by using the uneven structure of the existing method. Fastening and finishing method of prefabricated wall and wall composed of fastening method. Regarding the interior protection and insulation by installing curtains and tents inside and outside the building's transparent double-glazed windows, as shown in FIG. 15, two non-slip uneven wheels 81 are attached to the rotating shaft 37 to the inside of the roofing pipe 130. When the bearing is installed and the interior curtain 170 is rotated around the rotation axis and rotates, the curtain is installed to be drooped and wound down.The gear wheel 93 on the motor side 92 and the large gear 91 on the ground are bitten below the large gear. The top and bottom of each other is sewn up and down, and the upper part is the tent winding axis 38, and the tent is wound and unwinded according to the rotation. To the revolving wheel 97 in the rope passage 19 on the roof and the uneven wheel 81 and the rear wheel 98 in the collector's house. When the motor is driven in the direction of installing a tent or curtain, the upper curtain descends and the lower tent rises upwards to stop at the proper position according to the switch. If you rotate the tape, the bobbin will rotate and the tent and curtain will be rolled along the rope with 39 bobbin wheels. The curtain and tent will be rolled up and down, and the rolled diameter of the tent and curtain will be reduced. In addition, the reduction of the development of the reduction motor will allow the gear wheel on the side of the wheel to be rotated directly so that the motor can be directly driven instead of indirectly powered. Curtains and tents are installed inside and outside the transparent double-glazed windows, which can be used in individual ways. How that can open the interior protection and insulation. The method of claim 13 It is about installing the automatic tent on the roof and the wall. As shown in Fig. 16, the roof and the wall of the prefabricated house are connected to one, so that the tent is installed on the roof and the wall by oxidizing the roof by acid rain or snow. As a way to prevent aging and thus prevent aging of the building, gears and bobbin wheels are installed on the rotating shafts, such as the Clause 13, on the rotating shafts, which pull the tents under the ground. The tent can be moved up and down by up and down operation. Also, as shown in the drawing, the place where the tent is wound is not the top but the ground is installed below the ground. It is installed in such a way that the gears are interlocked with each other and the tent is operated up and down by power. This is a method that is made of light weight materials using aluminum or synthetic resin, which is light material. The method of claim 1 The interior of the prefabricated house of the present invention is all about the circulation of water or air, and the multi-layer condenser plate is circulated with water to produce hot water due to the sun's radiant heat. It is flowed in and collected into the dormitory pipe 130 of the upper roof and discharged to the air bleeding pipe, or returned to the indoor or geothermal absorption room and used for heating as it enters the room. A method of constituting the interior of the exterior material in which water or air is circulated in such a way that the exterior material prevents aging of the building due to the high temperature of radiant solar heat and uses energy by using a method used for heating. The method of claim 1 The present invention relates to a method of fundamentally blocking external air inflow into the eco-friendly prefabricated house and circulating the internal and external air. As shown in Figs. 1 and 17, the main entrance and exit double doors into and out of the house are first entered and closed, and the second is entered and closed. The transparent window installed outside is also installed as a fixed airtight window that can not be opened.In addition, when the exterior material is installed, outdoor air is blocked by the use of a boxing light at the source. After installing the geothermal absorption pipe 520, which is purified and introduced into the car and absorbs geothermal heat at the appropriate depth, is installed at the proper intervals in the proper size at the bottom of the heating pipe, it is installed on the second floor and the third floor to absorb the proper geothermal heat. Purifies the inside of the room and distributes it in the room distribution room 505 to various places on the floor. It flows up to the ceiling circulation hole and the upper roof side collecting pipe, and it is raised up by using the air exhaust pipe of the proper height using the convection vehicle installed on the wind power generation room above the collecting pipe. When not in use, separate power is used, and on cold days, the bet is cut off by the switchgear, and the bet collected in the vacancy pipe is re-turned and the bet is purified by the blowing fan 18 using the bet circulation pipe. It is selected along the wind direction conversion board 28 into the geothermal absorption pipe or the room, and can be used to control the internal air discharge and circulation into the room by using the switch that enters the room or enters the room through the geothermal absorption room. The outside air source blocking method using the boxing etc. in the fixed airtight window and the exterior material, the outdoor air inflow room and the underground geothermal absorption pipe Internal and external air circulation method using convection of internal air exhaust pipe on roof. The method of claim 16 Regarding the wind power generation using indoor bet discharge, as shown in FIG. 17, the wind power generation room is installed under the bet discharge pipe on the roof of the building to install the wind generator 1000 using the bet discharge wind to induce the bet to be discharged in the direction of the wind turbine blade rotation. The pipe is installed to discharge the bet, and the indoor bet is narrowed, and the high speed wind pushes the wings and rises to the upper bet discharge tube, which is developed by the rotation of the windmill wings. It is caused by a car on a cold day and the indoor betting is cut off.In winter, the wind power can be continued even in the winter by using a separate outside air without using the indoor bet or by using a bet discharged from an indoor natural storage room or an indoor drying room. Wind power generation and use. The method of claim 16 The geothermal absorption tube that can absorb and heat the geothermal heat, as shown in Figure 18 geothermal absorption tube is a circular corrugated tube formed by the extrusion method and the advantage of the expansion force to support the external pressure of the circular characteristic and the unique external pressure bearing capacity of the corrugated tube is excellent By taking advantage of this easy advantage, the through-hole 23 of the proper size is installed as a whole pipe, and the inside and outside air is made by using the heat-conductive material composed of a material that absorbs heat and moisture as a through-hole and high heat conductivity to transfer the heat. Circular corrugated pipe made of a thermally conductive metal material with through holes that absorb geothermal and moisture through circulation. The method of claim 16 Aseptic purification of indoor indoors using sterile water. As shown in Fig. 19, when the internal and external air circulates into the building, the micro-holes for discharging the air bent toward the upper outlet are discharged into the bottom 95 of the internal air purification tank 95. The outlet 27 is installed tightly and discharges air from the top to the bottom, and the water is not leaked to the outside. As air flows up and becomes narrow, fast air discharge force acts to discharge the air into the sterilized water through the micro-pores, and bactericidal power in the sterilized water and impurities in the air are purified by sterilization and pure air by the water washing power to clean light air. Added fragrance using sterilized water, which consists of rising up and fragrance up into the room Sterile air purification method. The method of claim 16 Regarding the switch for controlling the flow of internal and external air during the indoor and outdoor air circulation, the opening and closing rotary plate 83 which can adjust the circular wind direction into the internal and external air circulation pipe is installed in the center as shown in FIG. 20, and the rotation shaft is freely rotated up and down the pipe. When installed and opened and closed, the windshield 86, which prevents the leakage of wind, is installed with the soft rubber boxing, which is installed in the direction of rotation in the direction of rotation from side to side in semicircle, respectively. 87 is installed, and below the adjusting plate 69, the through nut 67 is installed, and the through hole is installed from the top of the adjusting knob to the bottom. How to install the internal and external air circulation switch, which is composed of the method used and can be used by the automatic driving method. The method of claim 16 Regarding the circulation of the bet on the floor or wall, the flooring material is installed between the floors between the interior inner walls as shown in Fig. 21, and the bottom support port 640 is provided under the line, and the H beams can support the support hole above the appropriate amount. It is installed in a number of places, and the inlet pipe is installed at the center of the bottom so that the bet flows into the wall through the H-beam through-holes, and the bottom circulation pipe 560 of the appropriate size is installed on the outside of the floor with four sides. It is installed with a large number of through-holes, and a lot of small through-holes are installed on the bottom of the floor. It is also used as a way that the bet flows through the inner wall grille underneath the interior prefabricated wall as shown in FIG. It is not limited to this method, which consists of a method where the bet flows into the through-hole 23 as shown in the drawing, and the bet is discharged between the through-hole of the prefabricated wall and the interior material grill and circulated to the indoor and ceiling circulation ports. Indoor circulation method using the floor and the wall grill, characterized in that the bet can be circulated. The method of claim 1 It relates to air-conditioning using air circulation of the double-layer transparent sealed window installed outside the prefabricated building. As shown in Fig. 22, the airtight transducer is installed in the double layer to distribute the air in the double-layer air layer inside the sealed transparent window to the outside of the prefabricated building. The wind direction converter 28 is installed by opening and closing the hinges with the length of the transparent window and using the handle to open and close the inside of the external transparent window and the inside of the internal transparent window. On a hot day, after purifying the outdoor air, the water flows into the pipe and closes the wind direction converter 28 inside the transparent window. The outside air flows into the air layer inside the double-layered transparent window. It prevents the increase of the indoor temperature caused by the window, and on the cold day, the wind direction converter 28 is transparent. If you change the wind direction, the indoor bet is introduced from the bottom to the double-layered air layer, and the air treated by the sun's radiant heat rises upwards. Not limited to this method, the air layer is double, triple, etc. by adding the quantity of transparent window to circulate the air in the double layer, it is composed of various application methods that can be cooled and heated, etc. Heating and cooling method used. The method of claim 1 It is about installation of drying room to dry laundry or moisture waste around the prefabricated building.This method uses laundry and moisture waste to evaporate moisture and wind by the temperature of debt by using ventilation of sunlight and outside and outside air circulation. Using a natural drying method using a water dehydration action, as shown in Figure 23 by installing a drying room using a transparent material on the side of the building, the upper roof is installed in an inclined form in which the air is collected to the building house pipe and titrated to the house pipe house 130 It is designed to be discharged smoothly to the outside by installing a bet exhaust pipe at the proper height where the convection car can occur. On the bottom three sides, install the outside air inlet grill and install the filter inside to filter the outside air, Natural circulation method using internal and external air circulation using solar convection and condensation that is evaporated and dried while being discharged to the internal air discharge pipe and discharged into internal air. It can be composed of various application methods, not limited to this method. A method of installing a natural drying room using convection cars and solar fans, such as installing pipes to the main bet discharge pipe by using a collecting pipe and discharging the bet. The method of claim 1 It is related to the installation of a natural storage room for storing food and the like in the building as shown in FIG. It maintains moisture in foods to prevent moisture drying and uses a sterile circulation method. The interior material of natural storage is made of eco-friendly materials such as ocher brick or ceramic, and the outside is finished with insulation and easy to inflow and discharge up and down. Collected in an inclined shape, the geothermal heat is distributed, and the shelf is made of a net-like material for good air circulation, so that the food can be stored and stored.In addition, the water tank 71 is installed on the four sides to supplement the shortage of geothermal moisture under the reservoir. Allow air to circulate and install the ventilation net 30 in a circle with four sides bucket Thousands 36 are installed from the water tank to the center of the water so that the water absorbing spring absorbs the water from the water tank, and the bet is passed through the mesh cloth stream to evaporate the water to pass through the food, and the food is kept dry. By sterilizing and purifying impurities and bacteria, inflow of sterile clean air prevents food waste and prevents food decay and can be used in various application methods. Indoor natural storage room installation method. The method of claim 1 As for the installation of bingo using underground geothermal and storage of ice production, as shown in Fig. 25, the bingo room is installed in the basement at the proper depth side of the shade behind the building, interior and exterior materials are finished with natural stone or ocher brick and insulation, and the door is installed as insulation material. The ceiling is inclined and the inclined passage 13 is installed with a proper inclination so that the ice can come down inside, and the resilient support 12 is installed so that the ice can be caught. The opening and closing door 14 is installed, and the moving slope work 82 is installed to make ice. The ice is perforated on all five sides by using the weather below zero. If you pour ice, the ice will freeze, and the frozen ice will disassemble the outer container, remove the vinyl, After packing with the standard oil paper at the basement, using the heat reflection insulation, etc., it is pushed to the inclined surface of the inclined workbench and then slipped down to the bingo inclined passage. Cold weather is to open and close doors and use the basement of bingo, ice production and storage method, which consists of a way to facilitate cold storage by introducing cold air into bingo. The method of claim 25 Regarding the installation method of low temperature storage using underground geothermal and bingo, the low temperature storage is installed at the appropriate size under the underground bingo as shown in Fig. 25. The interior and exterior materials are finished with natural stone or ocher brick and insulation, and the doors are installed as insulation material. The upper ceiling is installed with pipes to introduce cold air into the bin and the switchgear 24 is installed inside to control the inflow of cold air. Underneath, there is a perforated bottom plate, and the bottom is installed with a pipe that discharges the water underground. The water generated by cold air is discharged underground. How to install low temperature storage room using internal and external air circulation. The method of claim 1 As a method of utilizing living water using rainwater by making artificial aquifers underground, when the soil is dug a little inclined vertically with an appropriate depth below the fence as shown in Fig. 26, the soil itself can be sustained without being collapsed. Digging the soil with the inclination angle to the depth vertically Digging the soil into the inclination angle underground where the soil does not fall down between the wall and the wall between the fence and the fence The groundwater storage room is made of artificial impermeable layer, the sand is installed on the floor, the surrounding wall and roof roof are installed with natural stone, and the waterway pipe is installed inside the building or the place of use to collect the groundwater into the artificial spring. Ocher soil or fine clay that is hard to invade the entire ground and the basement floor to the proper thickness Apply only geothermal heat to the entire floor and treat the water so that it does not submerge easily below or outside, then cover the clean soil with artificial impermeable layer, lay the top layer of ocher, lay the layer of sand on the top, and install the top layer of natural stone or the top of the soil layer again. It is not limited to the application method that can be composed by various application methods that are advantageous for the groundwater production, such as the continuous installation of natural stone layers with the appropriate layers of several layers, and the final layer is installed as general soil or soil for planting plants. By installing sand or natural stone where rainwater can submerge underground to the outer shell or proper area, the rainwater can be induced to submerge underground, and the entire underground can be used as an artificial aquifer to use groundwater containing minerals as living water. It is not limited to this method that is constructed in a way that only underground part of the aquifer The use of aquifer water by using an artificial impermeable layer that can be used in various ways of improving the water quality such as natural stones or ceramics, and the soil in the aquifer can be used in many applications. Way. The method of claim 27 Regarding the installation of rainwater storage room in the basement of the building, as shown in FIG. 26, a drainage path is installed below the fence around the building, and a rainwater purification facility is installed below to filter out impurities and then stored in the rainwater storage room. It is an eco-friendly material that uses natural materials, ocher bricks, metals such as copper aluminum, etc. to protect the water quality. The S-type discharge pipe 77 is installed as shown in the drawing, and the rainwater is discharged from the bottom of the pipe to the discharge pipe, and is automatically discharged to the underground aquifer.The discharged rainwater flows to the underground spring, and the water quality is changed by the aquifer soil. Turn into underground water containing minerals Rain water is rainwater can pantry pantry installation method that is configured in a way that can be saved by installing rainwater in one place or several appropriate areas for. The method of claim 27 Long-term storage can be used by installing a hot water storage room under the building. Also, as shown in 26, a long-term storage room is installed below the building where it is relatively easy to insulate the hot water produced using a multi-layer condenser in a prefabricated building. It can be stored at the time of production or overtime, and can be used during non-production or everyday life. It is installed in the basement of the hot water storage room at the proper depth and size, and the material used is made of natural materials such as natural stone, ocher brick, or metal such as copper aluminum. Protect the water temperature by using a material that can be protected and by using an appropriate layer of insulation that protects the water temperature, such as heat reflection insulation wool, compression insulation, etc., and install the storage compartment inspection door on the ground to perform internal cleaning or inspection. The minute is an S-shaped discharge pipe 77 with the hot water left and the cold water downstairs. It is discharged to the ground aquifer and used as groundwater.In the hot water storage room, the water temperature can be stored for a long time.It is made of porous natural stone, ceramic with a lot of air layer, or liquid type material that can be stored for a long time without change. It is placed inside and the hot water is filled between the spaces, and the natural stone or the contents in the liquid are treated by the hot water so that once it is heated, it does not cool better than water and also preserves the water quality. Water heater storage method characterized in that not limited to this method can be configured in a variety of application methods. The method of claim 3 As for the water circulation tube, as shown in FIG. 3, the inner side of the multilayer condenser plate forms a thicker water layer than the center to facilitate the water circulation, and a water circulation hole such as a cylinder is installed at an appropriate size, and the front light collecting plate surface layer 60 is around the circular lid. It is formed in a cylindrical shape using synthetic resin to prevent water leaks. It wraps the surface layer of the light collecting plate, and the concave-convex groove is dug in two lines inside the lower cylinder, and the bottom is spaced so that the water is circulated. The lid bonded to it is a double-sided cylindrical lid that covers the light collecting plate surface layer 60 on the front, and two cylinders are installed on both sides in an oval shape to form a water layer that circulates water between the cylinder and the cylinder inside the light collecting plate surface layer. It is configured to be circulated to the next cylinder inlet and two lines of softness below the cylinder. When the bumping type irregularities are formed to prevent water from leaking and inserted into each of the light collecting holes of both light collecting plates, the water is circulated to each other through the light collecting plate and the light collecting plate. Double-sided water circulation connector consisting of. The method of claim 1 It is about cultivating indoor vegetables by using sunlight as the outside window and edible. It is installed in an environment-friendly prefabricated building with the exterior window facing south, and sunlight is introduced into the room all day. It is equipped with a place where it can be introduced into the plant. It can be grown by cultivating indoor vegetables using solar light and edible. The plants are maintained at about 25 degrees when the plant is grown. Insects and bedbugs can be blocked to prevent pests and plants can be eaten raw by using potted plants at indoor windows. Well-being life without eating at the table without having to eat Seasons cheso how grown using the natural environment as possible facilities. The method of claim 1 Regarding the structure of prefabricated buildings that can produce eco-friendly energy, as shown in FIG. It can be installed to circulate the inside and outside air through the air layer inside the double-layered window to produce hot and cold air, and to grow indoors by using the indoor lighting effect and greenhouse effect using the window, and the ultraviolet rays are blocked by the window to allow the sun without UV rays. Geothermal cooling and heating, wind power generation, air purification using sterile water and indoor sterile environment are created by internal / external air circulation using internal exhaust pipe, outdoor air inlet room and underground geothermal absorption pipe, and indoor environment is improved by using rainwater and snow. Ice production storage and use of bingo, a natural storage room Long-term storage of agricultural and fisheries foods and indoor natural storage using food storage rooms. Food drying and laundry drying. Dry storage storage. Energy utilization and recycling. Use of building materials, prefabricated buildings, construction convenience, and light building materials. This is a productive prefabricated house structure in which sunlight, air, and air are circulated to produce human-friendly energy, which is equipped with facilities such as construction cost reduction.

Images