WO2010027227A2

WO2010027227A2 - Natural icehouse and store

Info

Publication number: WO2010027227A2
Application number: PCT/KR2009/005046
Authority: WO
Inventors: 선 구자
Original assignee: Koo Ja Sun
Priority date: 2008-09-08
Filing date: 2009-09-07
Publication date: 2010-03-11
Also published as: KR20100029313A; WO2010027227A3; KR101065388B1

Abstract

The present invention relates to an icehouse and a store employing ground temperature which is an environmentally friendly form of energy. The present invention also relates to a method for the storage of agricultural and marine products and the like, which employs cold icehouse air within the store and internal-external air exchange and ground temperature and a water fraction; in which an icehouse and a store employing underground temperature are provided vertically, ice is frozen naturally in sub-zero winter weather and is stored for use in the icehouse, the store is provided below the icehouse so as to use the cold air of the icehouse above, and also an external inflow chamber and an internal discharge tube are provided at appropriate heights so as to use convection differences.

Description

Bingo and storage using nature

By using the underground geothermal environment, we set up a cellar to store bingo and agricultural products in the basement, and use it to freeze the ice in sub-zero weather or inflow the cold air of the stored ice under the cellar. It stores cold and aquatic products in low temperature, and also installs outside air inlet chamber 30 and internal air discharge pipe 90 to circulate the inside and outside air by convection cars, and to use cold air in sub-zero weather using cold air conduction material, and to use geothermal air by using geothermal conducting material It is related to the installation and operation of bingo and storage using underground geothermal, moisture and internal / external circulation.

The traditional storage method is to make a crypt in the basement or the ground, and pile the inside with granite with high thermal conductivity, and make the roof as an arc to open the door, plant the grass on the surface, and block the inflow of warmth, and use the ice as a river. In the cold winter, it is collected in bingo, and it is stored in winter by using chaff or crested crust and stored in winter to make ice cellar in the hot summer season. In contrast, recently, this method is an environmentally friendly method. However, in recent years, it is used simply by using a refrigerator using electric power and refrigerant, but it is simple and convenient, but it destroys the ozone layer by releasing freon gas that hinders the global environment. It is emerging as a factor and requires extra energy. The electricity used also uses uranium, which is the main raw material of fossil energy or nuclear power generation. Fossil energy destroys the global environment and is serious to avoid. Nuclear power generation based on uranium is regarded as a relatively clean and clean energy, but its waste is not a problem. Nowadays, solar panels are used to generate electricity, but they are relatively expensive. Therefore, the wise storage of ancestors is the best alternative at present. It is purchased at a low price during the peak season using large warehouses and long-term storage. As the off-season is more than double the price of agricultural and marine products, it is difficult for consumers to spend much of their living expenses. And distribution costs In addition, it is sold at a high price, which imposes disadvantageous conditions on consumers.In response, storage methods such as agricultural and aquatic products using eco-friendly energy are spread to each household, and the environment is saved and living costs are developed by providing eco-friendly storage bins for the convenience of consumers. I think it is urgently needed to develop eco-friendly storage.

As described above, electrical energy and refrigerants developed and used for convenient living are simple and convenient as the most widely used storage methods, but have both sides of convenience and unavoidable points that cause adverse effects on the environment. The solution to this problem is to use environmentally friendly natural energy. If natural energy is not depleted or deficient no matter how much it is used, it can protect the earth's environment where we live, and it will be harmed to human health. It can be used semi-permanently and can be used in a good place that is harmless to the environment by saving existing energy. By using underground geothermal without big change in all seasons, producing and storing natural ice, and purchasing agricultural and marine products produced at low price that To enrich the lives to save Goro as a way to use the off-season and keep alive the environmental energy saving and also relates to haneungeot want to spread an environmentally friendly cellar which also promote human health.

The present invention to solve the above problems by installing the bingo 80 and storage 88 using the underground underground to the top and bottom to produce natural ice 0 using the weather below zero in winter to store the ice in the well-insulated bingo to save the ice in the off-season It also uses cold convection under the convection principle to store the stored products at low temperature and circulates the inside and outside air to improve the environment where the stored products are depleted due to the stagnation of air. By installing a water storage room to replenish moisture discharged into the internal and external air circulation and an outdoor air inlet pipe 20 that introduces moisture from the basement into the storage, it is possible to create an environment that can be stored for a long period of time by preventing moisture from entering. I would like to.

As described above, the storage method using the cold and internal and external air circulation of the bingo has no energy consumption, and the inside of the reservoir can be cooled to low temperature by using the cold air of the bingo by natural methods, and the air is not destroyed by the internal and external air circulation in the storage. It is circulated without water, and moisture is transferred to the storage room, and temperature and internal air circulation required for long-term storage is made by convection cars, which enables long-term storage.In addition, underground storage can be used to save the land area and reduce logistics costs and human rights costs. In addition, it is possible to buy cheaply and buy agricultural products at low prices in season, save the environment, and use the eco-friendly storage method that can be used semi-permanently as a facility.

1 is a cross-sectional view of an embodiment of a bingo and storage using the present invention nature

Figure 2 is a cross-sectional view of the installation of the reverse flow barrier membrane in the internal and external air circulation pipe of Figure 1

Figure 3 is a sectional view of the reservoir using the internal and external air circulation

Figure 4 is a top and elevation cross-sectional view of the bet sterile purification chamber of Figure 3C

Figure 5 is a detailed perspective view of the corrugated pipe installed with a through hole which is an outside air inlet pipe

N; South B; North

0; Ice 10; Open / close adjuster

11; Backflow barrier 15; Outlet

20; Outdoor air inlet 21; Warmth outlet

22; Bet discharge passage 23; Air purifier

24; Drainage direction 25; runway

26; Tribute 27; Springboard

28; Sterilizing water 29;

30; Outdoor air inlet chamber 33; Thermal insulation

35; Fixture 38; drain

50; Agricultural products 55; Aerator shelf

56; Bet sterile purification chamber 60; Door

61; Primary insulated doors 62; Secondary insulation door

65; Staircase 66; Sliding door

70; Insulation 77; Filling Wall-Insulation Wall

80; Bingo 88; Storage

90; Discharge tube 92; Through hole

93; Corrugated tube 95; air blower

99; Blower 100; Sun

101; Roof 200; building

202; Rear wall 210; B1

220; B2 222; Geothermal walls

230; Indoor 300; Underground

330; Floor 500; Inclined mobile workbench

The present invention is to produce a natural ice using sub-zero weather in the winter as described above, wrapped with oil paper, etc. to prevent moisture adhesion, and then back wrapped with thermal insulation, etc. and easy to use the ramp 25 in bingo 80 By installing a storage bin 88 which can be transported and stored in the bingo, and using bingo cold air under the bingo, install an outside air inlet chamber 30 on the outside ground to circulate the inside and outside air into the bin, and connect it to the outside air inlet pipe 20 installed below the reservoir. The underground air and moisture are introduced into the storage room, and an internal air discharge pipe 90 is installed above the building and connected to the ceiling of the storage room by using pipes to solve the storage method using the internal and external air circulation in which the warm air inside the storage room is discharged.

As shown in the drawing, the building is installed on the ground and underground, and above the roof of the building 200, the exhaust pipe 90 is installed at the proper height and size so that convection can occur. Under the ground, bingo 80 is installed to store the ice at an appropriate depth and size using underground temperature.The ice 0 is produced using subzero weather on the inclined mobile work platform 500 and stored in bingo using the ramp 25 above the bingo. Below the bingo, a bin 88 is used to store agricultural products, using cold air, and an outside air inflow chamber 30 is installed above the bin to connect external bins to the bin. On the side of the connected pipe, it is connected to the back wall of the building's exhaust outlet 22 and connected to the pipe. Bingo installation using underground geothermal structure consisting of internal and external air communication inside the storage, and natural storage using the cold and outdoor circulation of bingo and the storage inside the building above the ground and inside and outside like the underground storage Circulation and sterile purification method and water storage room The natural storage is installed inside the building by using water supply and the use of cold air to store the food for a short period of time. The underground storage is used for long-term storage at low temperature. Indoor storage is divided into a method of short-term storage and relates to a method of installing and using agricultural and marine products or food storage using natural storage in the basement and the ground.

In the present invention, bingo and storage can be used in houses, buildings where people live, or large agricultural and marine products, and can be used for long-term storage of agricultural and aquatic products produced in the season. To save agricultural and marine products using pure natural energy without using additional energy that may be used in parallel or to install only one side, and increase the land use rate of land area by using logistics cost, human rights cost and price stabilization and also underground It can be used industrially as an eco-friendly storage method.

Claims

It refers to the installation of bingo and storage using natural energy, geothermal. As shown in the drawing, the building is installed above and below the ground, and on the roof of the building 200, the exhaust pipe 90 is installed at the proper height and size so that convection cars can be generated. Bingo 80 is installed in connection with the internal bleed-out passage 22 and stores the ice at an appropriate depth and size using underground geothermal ground below the north-facing ground behind the building. It is produced and stored in bingo using the ramp 25 above the bingo, and below the bingo, a bin 88 is used to store agricultural products, etc. using bingo cold air, and an outside air inflow chamber 30 is installed above the ground to introduce external air into the bin. In the back wall of the building from the pipe side connected to the bingo above the reservoir. Connected to the air discharge passage 22 and the pipe The installation of bingo using underground geothermal structure consisting of the structure of internal and external air communication inside the reservoir by connecting with the discharge pipe 90 on the roof of the building and the installation of natural storage using the circulation of cold and outdoor air of the bingo Way.
The method of claim 1

As for the bingo installation method where ice is stored, as shown in FIG. 1, bingo 80 is located in the shaded north direction behind the building, and the ground surface is planted with grass or trees to prevent the temperature increase of the surface of the earth caused by sunlight, and there is no significant temperature difference throughout the year. Bingo 80 is installed with the proper depth and size, and the ceiling, floor and walls are made of general materials or appropriate materials, and the inside and the outside are covered with heat reflective insulation and general insulation of appropriate thickness to protect the internal cold air, and the roof is arched or general. The roof or pyramid type is designed to collect internal warmth and moisture, and the slope 25 where ice flows down to the slope of the roof is connected from the bingo to the building surface, and the elastic barrier 27 is installed below the slope. Are collected and primary doors 60 are installed to allow ice to flow above the ground level. Opening and closing controller 10, which is an insulated door, has a cold air discharge pipe at the center of the bingo floor, and an opening and closing controller 10 is installed inside to control the supply of cold air to the storage bin 88 below. It is not limited to this method, which is installed with the first insulation door 61 installed on the first floor of the building and the second sliding door 66 with bingo. It can be installed in a separate place outside the building, and can be used by setting up an outside air inlet room 30 and a discharge pipe 90 separately. Also, it can be used as a non-productive bingo without cold air outlets on the floor. How to install underground bingo for ice storage.
The method of claim 2

A method of installing a bingo using a cold-filled inner wall. A double-layered floor having a proper sized bingo installed underground and a front and back layer and a space layer of appropriate thickness using a material or metal that conducts cold air to the inner wall or floor ceiling. It is installed on the side so that the side is not counted with water or air and the special inlet, liquid or salt water that fills the cold air is injected by inlet to open the door in sub-zero weather to use the downdraft of external cold air. Cold air is introduced into the interior wall. Cold air is transferred to the inside through the cold conductive material or metal in the front wall to freeze the contents of the double layer or to fill the cold air. To prevent damage to the exterior material, using an elastic material or metal To prevent damage during expansion of ice and to allow air to enter and exit by placing a proper space layer without filling up all the contents to allow air to enter and exit. When using the long-term storage of ice in the bingo using the cold-filled inner wall consisting of a method that can be used by installing only one content inlet of the entire inner wall to the top or by appropriate site.
The method of claim 3

The installation of bingo using materials conducting cold air. The installation of bingo interior materials using cold air conduction materials, or installation of natural stone or ocher bricks at an appropriate thickness, and the installation of heat reflection insulation materials or general insulation materials at appropriate thickness. By blocking the inflow of warmth in the bingo by the temperature, and by filling the cold air into the ceiling wall of the bottom floor in the same way as in the above 3 in cold weather below zero temperature, the ice stored in the bingo is organized in an advantageous way. Ice long-term storage method using the inner wall filled with cold air refrigeration using refrigeration is filled with cold air.
The method of claim 1

It relates to the production of ice and storage in the bingo as shown in Figure 1 by the method of producing ice as a container for water is made of a suitable standard and the bottom and side of the four sides are prefabricated to expand the volume when water freezes In consideration of the elastic method, small through-holes of appropriate size are installed on the entire surface of the container so that external cold air can be easily transferred to the inside, and inside the container, plastic bags are poured into the container. After freezing the ice using the weather, the prefabricated container is disassembled and the outer plastic is removed, and the whole package is firstly packed with oil-size oil paper. After installing oil-proof paper to prevent moisture, use tilted mobile workbench 500 after finishing ramp on bingo 25 Opening the intro 60 and sliding the ice on the slope of the inclined mobile workbench will slide down and then slide down again as it is reversed from the slope above the bingo ramp. The floor is ventilated underneath and is piled up at the proper height and wrapped around the upper and side spaces with the final insulation 70 to prevent cold air from being discharged downward and to prevent leakage to the surroundings.

Ice production and storage in bingo.
The method of claim 5

It relates to ice transfer and ice production method in bingo. It is possible to vertically and vertically move the ice movement ramp in bingo, and to transfer ice in bingo in many other ways. When ice production is not possible, make a container with water in three stages or install it for each individual stage to freeze the ice of the first thickness and then pour it back into a larger container to fill the water around and re-freeze it. Ice transfer method and ice production method that can also be done by the method of freezing in thin layers and gluing several pieces together using water to freeze the attached parts again to an appropriate size.
The method of claim 2

It refers to the long-term storage of ice by discharging the temperature and humidity inside bingo 80. Even if the inside of the bingo is well insulated, the warmth is generated in the bingo by people's entrance and the geothermal heat around the bingo. It is created by the temperature and humidity of the ice melts quickly to create an environment where the warmth and humidity generated bingo 80 above the upper floor by the convection principle as shown in Fig. How to store ice for a long time by discharging the temperature and humidity inside the bingo, which discharges the heat and moisture generated inside the bingo by discharging it into the discharge pipe 22 connected to the discharge passage 22 in the face wall 202 .
The method of claim 1

It relates to a method of installing a storage bin in which cold and internal and external air circulation and internal and external insulation of bingo are installed. As shown in FIG. 1, a storage bin is installed below the bingo 80, and cold air is controlled using an opening / closing controller 10. The storage material 88 is an external material. The inside and the outside are finished with the appropriate thickness of insulation or thermal insulation to block the inflow of underground temperature and the shape of the bottom is narrowed below the entrance of the glass bottle so that the ice in the upper bingo chamber melts and flows through the piping. It is discharged to the lower drain pipe 38 and is connected to the outside air inlet chamber 30 and the outside air inlet pipe 20 to the side of the drain pipe, and the external air is introduced into the reservoir, and the ceiling is installed in the shape of an arch, inclined roof or pyramid. Connected to the back wall of the building 202 to the air outlet passage 22 to the pipe next to the pipe where the cold air from bingo flows. The warmth in the cellar is discharged to the outside through the discharge pipe 90 on the roof of the building. Ventilation shelves 55 are installed at the bottom and upper spaces of the cellar, respectively, and there is ventilation between the food and agricultural products stored thereon. The primary insulation door 61 is installed toward the second floor 220, and the secondary insulation door 62, which is a sliding door 66, is installed as a storage room 88 with a suitable space to block the hot and cold air. How to install the storage.
It is related to the method of installing the storage using the control of the earth and the circulation of internal and external air.In the underground storage, both the inside and outside of the material is a method that allows water to flow through the material where the cold and hot air is conducted or natural stone or ocher brick. By installing a gap between the gaps up and down and to the left and right, the underground water can be introduced into the gaps, or there can be no gaps, so that only the ground can be used. By using the temperature and water that the internal and external air circulation is not big by connecting the pipe with the upper and lower storage, it prevents the storage from drying out and delays the aging of the storage and also prevents the stored products from being deteriorated due to the growth of harmful bacteria. Composed of ways to prevent the circulation of

A method of installing a reservoir using geothermal, moisture and internal / external air circulation as a material that conducts heat.
The method of claim 3

It is a method for installing a storage using cold and cold air filling inner walls. It is a double layer with a front and back layer and a space layer of appropriate thickness, using a metal that conducts cold air.

Install the inner wall of the storage room as shown in paragraph 3 to open the door in sub-zero weather to introduce external cold air into the bingo, and to transfer the cold air to the inner filling layer through the cold air conducting metal on the front wall of the inner wall to freeze the contents of the double layer Cold filling inner wall and low temperature using bingo cold

How to install the storage.
Regarding the installation of heat storage metal with through hole and cold storage of bingo, it installs metal that conducts heat into the whole storage room and installs through hole of appropriate size to the inside and outside. Supporting soil and moisture to flow into the storage 88 and supporting the earth pressure to the outside is installed on the whole outside at the size and interval of the proper standard and the gravel layer of the appropriate thickness is installed on the entire outer wall with metal through holes. So that the inflow of soil into the through hole is blocked, and when the final soil is finished, the earth and water are introduced through the through hole in the reservoir and the ground is conducted to the metal where the temperature is conducted. Unchanged underground warmth, moisture and bingo cold air inflow storage To install the reservoir using heat conductive metal and soil temperature and cold water and bingo the through hole is configured in a way that can delay aging of the object is installed.
The method of claim 8

1 is a method for installing a storage using internal and external air circulation, and as shown in FIG. 1, an outdoor air inflow chamber 30 is installed to purify the outside air to the outside and sends it to the storage, and is connected to the drain pipe 38 and the pipe below the storage 88 and the side of the pipe between the storage and the bingo. It is composed of the internal and external air circulating into the storage room by using the internal and external air circulation path connected to the exhaust pipe passage 22 of the building and connected to the exhaust pipe 90 on the roof to discharge the warmth generated in the storage room for low temperature storage. In addition, internal and external air is circulated into the reservoir to prevent harmful bacteria from breeding because air is not circulated inside the reservoir, and clean outside air is circulated into the reservoir to prevent the decay factors caused by harmful bacteria. Reservoir configured in an easy way for long term storage of water How to install storage groups that are circulating around.
According to claim 11 and 12

The installation of the outside air inlet pipe 20 with the through hole and the storage 88 using the internal and external air circulation. As shown in FIG. 5, the hole inside and outside the metal corrugated pipe 93 in which the outdoor air inlet pipe 20 conducts heat is appropriately sized properly under the ground. Through the hole that is installed through the entire room from the reservoir to the inside of the reservoir through the inflow of moisture and underground air through the drainage 38 under the reservoir 88. How to install the storage using the outside air inlet pipe is installed in a way that can be stored for a long time.
According to claim 11 and 13

The installation of the outside air inlet pipe 20 and the reservoir 88 with geothermal conducting metal and through-hole holes is related to the installation of the outside air inlet pipe 20 through which the outside air flows and the storage 88 for storing the goods. A method of installing an outside air inlet pipe and a reservoir in which a through hole is installed in a heat conducting metal, which is configured to allow for long-term storage of stored matter with circulation of the outside air due to an increase in water supply.
The method of claim 12

In order to prevent reverse flow of internal and external air by installing a reverse flow blocking membrane 11 which blocks backflow of airflow into the outside air inflow pipe 20 and the inside air discharge passage 22, respectively, the reverse flow blocking film 11 is inserted into the outside air inflow pipe as shown in FIGS. It is installed as 2 B and the outside air is circulated only into the storage room 88. On the contrary, when the air temperature in the lower floor or the air flows backward, the barrier is automatically blocked to prevent the leakage of the ground temperature and the inside of the building. In the internal air discharge passage 22, a backflow blocking film 11 is installed as shown in FIG. 2A to prevent outside air from flowing back into the storage. The circulation of the internal and external air is circulated only to a designated place. How to install and operate a normal storehouse using a backflow barrier into the inside and outside circulation passages, which is composed of the way the storage environment is stored .
Regarding the installation of storage using aseptic air purifying method, the bet circulating into the storage is circulated into the storage using sterilized water, so that the storage is not decomposed and stored for a long time as shown in FIG. Install the sterile aseptic purification chamber 56 toward the furnace 300, and install separate pipes to the outside air inlet and the upper air outlet of the reservoir, and connect the two pipes up and down respectively. After opening and closing the controller 10 in the passage 22 and operating the blower 95 in the aseptic purification chamber, the cold air from the reservoir 88 is moved up and down from the aseptic purification chamber through the pipe to be locked into the sterilizing water at the outlet 15 above the air purification tube. Air enters the sterilizing water through the finely formed through hole, and the air is immersed in the sterilizing water. Due to the effect of washing the air with water, airborne bacteria and impurities are washed in sterilized water and sterilized. Only buoyancy rises the light pure air up and then circulates from the top to the bottom again. This method, which is configured to provide long-term storage of the storage by supplying moisture in the sterilized water, can be added to the storage of various forms to store the storage of the storage for a long time. How to install a reservoir using a sterile air purification method.
The method of claim 12

Opening / closing regulator 10 in the outside air inlet chamber 30 and outlet pipe 90 and storage 88 using the convection truck. It is configured to inflow and outflow, and can be controlled or blocked to circulate according to the seasons of hot and cold seasons, and to use the cold air of bingo to block the discharge or to discharge only a small amount of warmth. Due to the difference between the height of the air inlet chamber 30 and the discharge pipe 90 on the roof, the warm air rises and the cold air descends on the principle of convection cars where the cold air descends. Opening / closing regulators and convection cars in the outside air inlet and discharge pipes Used storage operation method.
This is about the installation of storage using water in the water storage room. It is a place where outside air flows under the storage room, and it installs a water storage room that can supply the water with the outside air as a storage product. By installing the water storage room toward the outside air inlet in order to prevent the drying and aging that the stored product dries by supplying the water from the water storage room to the storage product by discharging the water together with the circulation of internal and external air. By installing the proper amount of through pipes, the outside air is circulated from the top to the top through the water storage room through pipes, and the air-vented shelf is installed above the water storage room. Put the wick inside the water storage room and open the upper ventilation cloth When water is injected into the water storage compartment, the water in the bucket is absorbed by the water wick and rises to transfer the moisture to the ventilation cloth installed above or below the ventilation shelf. A method of installing a reservoir using water in a water storage compartment that replenishes moisture discharged by the circulation of internal and external air, and when a natural or external air is not circulated, a small amount of natural moisture is evaporated and transferred to the product to delay drying and aging.
It is about storage management of storage in the storage. Inside the storage, the cold air from the upper bingo flows down and the cold air flows down due to the convection phenomenon. When the outside of the bingo is blocked or reduced when the outside is hot, such as summer, by using the cold air control device under the above bingo chamber to keep the stored goods at a low temperature, in winter, on the contrary, By using the outside air to circulate the outside air and controlling the circulation of the outside and outside air and the inflow of cold air at temperatures such as spring and autumn, it is not limited to this method. Storage product management method using up and down temperature difference between and storage.
Regarding the installation quantity of the outside air inflow chamber 30 and the discharge pipe 90 where internal and external air circulation takes place, the discharge pipe and the outdoor air inflow chamber may each have one or more than one air inlet in one storage tank, and one or more air inflow chambers in one discharge pipe. On the contrary, it is possible to install a plurality of discharge pipes in one outdoor air inlet room, and install them in an appropriate quantity in such a way that one or more discharge pipes 90 and one outdoor air inlet room can be installed in one or more storage bins. How to set up the storage and discharge pipe and the air inlet chamber.
It is about the installation method of hot and temperate reservoirs. The hot or tropical areas can not produce natural ice, so only the underground storage is installed by the method of FIG. In the temperate regions where ice is produced and produced in ice, it is used to produce natural ice using bingo, which can be used for cold storage or by using a method suitable for the appropriate climate, such as using only a reservoir. Way
The method of claim 1

It relates to the circulation of cold and warm air between bingo and storage. When the bingo and storage are installed up and down, and the cold air flows into the storage, cold air goes down by the convection car and hot air goes up. A thin layer of an external air inlet tube length of 60 is installed, and a backflow barrier as shown in FIG. 2B is installed, and as much air as the bingo cold air descends into the bin is introduced into the bingo, and the reservoir is stored as much warm water as the cold air is introduced. The installation of cold air inflow and warm air discharged by convection circulation discharged to the upper discharge pipe inside and outside of the pipe, and the natural cold circulation of the bingo into the reservoir and the circulation of the bingo and the airflow in the reservoir. And hot and cold circulation of bingo and storage
Regarding the installation of storage using natural soil floor, install natural soil with good temperature and moisture inflow and install walls and ceiling, and install fresh air inflow pipe 20 under the floor or under storage. It consists of using the side to make the internal and external air circulation, and the bottom is to install the gravel layer and the sand to the bottom, or to use the soil as it is. Storage method installation using natural soil floor consisting of.
It is about installing the groundwater storage room below bingo 80 and storage 88. The bingo and storage are installed at the proper depth of the underground and can be submerged by the groundwater or flooding. Inflow of large amount of water by installing sand or gravel that can drain well and installing artificial impervious layer directly below the planting soil where plants grow above ground. This prevents the inflow of water into the reservoir by flooding from the ground and prevents water from draining around the reservoir so that the water collects in the groundwater storage room below and is used on the ground or discharged to the outside when there is a large quantity of water. Into bingo and storage installed as a way to block water inflow A method of installing a reservoir in which an underground water reservoir is installed that can block groundwater inflow.
It is about installing and using the natural storage room inside the ground building. The natural storage room is installed inside the low-rise indoors, the high-rise building, or the indoor building, as shown in Figs. Water Storage Room It is used to store food or food for a short period of time by using moisture, etc. It can be installed in the indoor kitchen to store and use the foods needed for daily life. How to install and use the natural storage room indoors, which consists of using the indoor storage.
According to claim 12 and 18

It relates to indoor and outdoor air circulation and installation of water storage room. The indoor and outdoor air is circulated into the storage room by connecting the outdoor air inlet room 30 and the internal air discharge pipe 90 to the inside of the indoor storage room as described in claim 12. As mentioned in this section, the water storage room is installed as an inlet to the outside air to replenish moisture discharged from the internal and external air circulation, and it is an air circulation that can be used to store and store the stored goods. A method of installing indoor storage using internal and external air circulation and water storage room moisture, which consists of a method that can be stored and used for a short period of time in a method that can be used as a proper method.
The method of claim 15

An indoor storage cell with a backflow barrier 11 installed inside an indoor and outdoor air circulation pipe. The outdoor air inflow pipe 20 and the air discharge passage 22 circulated into the storage cell as shown in Clause 15. A normal storage method of an indoor storage room in which a backflow barrier is installed inside and outside the circulation pipe, which is configured to install 11 and circulate the internal and external air circulated into the reservoir to allow normal storage without reverse flow of the airflow.
According to claim 12 and 16.

It is related to the installation of indoor storage using internal and external air circulation method, and the storage of indoor and outdoor air is circulated as shown in Clause 12 by installing the storage room as shown in FIG. A method for installing indoor storage using indoor and outdoor air circulation and air-resistant sterile purification chambers, which consists of a method of storing storage items by aseptic air storage and a method of installing a sterile-purifying chamber directly to an outside air inlet under the storage.
The method of claim 17

It is related to the operation of indoor storage using open / close controller and convection car in the outside air inlet and discharge pipes. When the internal and external air is circulated on the principle of the convection car by the height difference between the air inlet chamber 30 and the discharge pipe 90 on the roof, and when the convection car does not occur, as shown in FIG. Indoor storage operation method composed.
In claims 2 and 12 and 18

It relates to the indoor and outdoor storage using cold and outdoor air circulation and water storage room of underground bingo, as opposed to the way in which cold air flows into the bin below the bingo as shown in FIG. Install the pipe below the bin to install the pipes above and below the bins and up and down the bins, and use the blower installed below the bins to introduce cold air into the bins under the bingo. A method of installing an indoor storage using cold and indoor and outdoor air circulation and water storage of bingo, which consists of a method of supplying moisture to the storage and supplying moisture to the stored products along with the circulation of internal and external air.