Method for utilizing space which is temperature controlled inexpensively by using pet bottles or the like, and method for appropriately recycling food, service or the like to establish and grow stable society

Abstract

To improve a cost or the like of energy related to temperature control of a space or the like.SOLUTION: PET bottle-shaped materials are connected to provide a space and cultivate food or the like.SELECTED DRAWING: Figure 1

Description

[Technical field]

[0001] global environment [Background technology]

[0002] Land-based aquaculture [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Patent No. 6092454 [Patent Document 2] Patent Publication No. 20169-21879

[0004] [Non-patent literature]

[0005] Patent Publication No. 2018-93852

[0006] JP 6442439 University of Tokyo, Soil temperature data, Japan Association of Groundwater Hydrology, Kyoto University, Osaka Gas joint research. First successful conversion of thermal energy into light of a wavelength that can be efficiently generated by solar cells. Published in Science Advances, December 24, 2016. Nano-resonators made from silicon. www.kyoto-u.ac.jp Vegetable growth conditions www.atariya.net Himawari, a lighting system that uses the sun's bounty www.himawari-net.co.jp Calorific value of fuel www.hakko.co.jp Summary of the Invention

[0007] Improving energy costs related to temperature control in spaces, etc. [Problem to be solved by the invention]

[0008] Improving energy costs, etc. related to temperature control in spaces, etc. [Means for solving the problem]

[0009] Plastic bottle-shaped materials can be linked together to create space for growing food, etc. [Brief description of the drawings]

[0010] [Figure 1] Create space by using structures made of materials such as plastic bottles to properly manage the air temperature inside. Efficiently grow food, etc.

[0011] [Industrial Applicability]

[0012] Independent industries can be established even in depopulated areas. [Explanation of symbols]

[0013] [Accession number]

[0014] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT

[0015] By connecting plastic bottle-shaped materials, etc., a space for people to pass through is created, and the transfer is carried out through this space. The internal temperature can be adjusted when the device is in operation. Inside the container is a liquid that is approximately 5 meters underground (approximately 150m below ground) and has a temperature that does not change throughout the year. Prepare water, etc., and pump it inside with an electric pump, etc. to make it flow when the outside temperature is high. The temperature of underground water also varies with depth throughout the year. However, it is used for air conditioning, etc. to the maximum extent possible. If the natural outdoor temperature is about 5 degrees, this is sufficient. If the structure is shielded, the internal air temperature will be 15°C and the water flowing through it will be Both of these values ​​are approximated, so if you want to heat the air to about 22°C, you need about 7°C more energy. It is more efficient than raising the temperature from 5°C because it can maintain the temperature. The same can be said when lowering the temperature. If you have hot water like this, it will be even more efficient when raising the temperature of air conditioning, etc. If the objects meet the purpose, they can use special materials. The underground tank can be selected according to the purpose. Multiple underground tanks can be installed depending on the temperature, etc. Plastic bottles and other items are connected to allow water to flow. The inside is hollowed out and fixed with a material such as liquid to maintain temperature between the outside air. The purpose of the structure is to build a new building using plastic bottles. The structure is then used to create a temperature-controlled space where liquid is poured into and fish are placed. When raising fish, etc., if the fish are swimming fast, make the tank as streamlined as possible to draw large circles. Set the width in the direction of travel to 50 cm or so depending on the size of the fish, etc. This is safe because it will not hit the vehicle head on. Use an electric pump to move the liquid from the tank to a higher point and remove the liquid from the tank that is in contact with the fish. By generating a water flow in a certain direction inside the base, collisions are prevented. The water flow can be stopped. The water or other liquids that utilize underground heat are circulated through the base to grow inside the structure. Depending on the size of the plants, etc., a space is provided that is not wasted, and the plants are placed and grown. The outside world and air circulation are limited and controlled up to the work area where care is given, and rails, wheels, etc. By using a screen to move the plants, cross-pollination of pollen is prevented and the Seed and Seedlings Act is complied with. A space where plants are grown using plastic bottles and other materials to create a closed space It is necessary to connect the two with a hatch so that people can enter and keep the space clean. After confirming the condition, the connecting hatch is opened and humans can directly tend the plants in the internal space. Or, using a remote camera or a magic hand, etc., the robot is mechanically cared for. The plants that were brought to the plant site by rail or other means were checked remotely using cameras, etc., and the plants were also The thinning out of the crops and other tasks can be done automatically through AI learning by the installed machines. The underground tank is constructed by circulating liquids in a space made of materials such as plastic bottles. When the temperature of the liquid in the space is used to heat or cool the space, the inside of the space is further cooled or heated. In this case, the circulating liquid is artificially heated (using equipment such as oil boilers) or cooled (using equipment such as refrigerators). Of course, it is possible to use liquid nitrogen, but it is also possible to use the heat from the sun to heat it up and use it as a solar heat storage hot water system. You can also use objects made from plastic bottles, which can help you save on energy costs. The constructed object is surrounded by airtight materials such as aluminum, etc., and is protected by concentrating sunlight around it. By adding insulation and other materials, the heat retention efficiency can be improved. The structure is constructed using a material that allows adequate space inside to allow plants to grow. However, PET bottles etc. have water or other liquid circulating inside them, and the water is then pumped into underground tanks. If it is transported by a pipe connected to the tank, it will convey the underground temperature to the inside of the space. A plastic bottle or similar item can be used to create a shield between the space and the temperature mediator, such as water. If liquid that utilizes underground temperature is not poured into a plastic bottle, etc., By covering the inside of the space with heat-retaining or insulating materials, the inside of the space can be air-conditioned or It is possible to reduce energy costs that would be incurred if the temperature were artificially adjusted using boiler equipment, etc. When creating space inside an object made of plastic bottles, etc. When there are multiple layers, the lower space may be blocked by an object placed inside the upper space. When sunlight does not reach the target sufficiently, the sunlight is first concentrated at a suitable position and then transmitted to an optical fiber. There are two ways to communicate with the necessary places: with a bar, or by using a mirror to communicate with the side of a structure made of plastic bottles, etc. It is fine to use a surface or another location, but install a reflecting device (such as a mirror) in a place where light is likely to hit. By placing it in a position that refracts light, it guides it from areas where it is easy to hit to areas where it is difficult to hit. Ku. Plastic objects such as PET bottles can be made transparent, so light can pass through without being blocked. However, it is possible to create an open space and use it as art by raising fish inside. If you use a similar structure to change the size of the space, you can put hot water inside. You can also create other leisure facilities and create spaces that are integrated with nature. It is possible to create a relaxing hot spring without having to worry about the temperature inside the space or the temperature of the liquid such as the running water. The flow rate is controlled by sensors, etc., and the flow rate of electric pumps, etc. is automatically changed to reduce energy costs. If you are installing it in a mountainous area, you can use nearby wood to make it more spacious. When heating the water around the stove or the inside of the stove, the heat from burning wood, etc., and exhaust gases It is possible to make effective use of facilities such as Plants can be grown in structures constructed using materials such as plastic bottles. The interior space does not need to be occupied by people, so plants are placed on pallets and fitted with wheels and rails. When removing the items, they are pulled by a train or connected together like a train by a motor. The same is true for the structure. Outside the structure, a pipe is installed about 5 meters underground (the depth is determined by the temperature). You can also mix water from tanks of different depths. The water is drawn from the tank by a motor pump, etc. The structure is constructed so that there are steps on the exterior of the structure. If liquid water, coolant, etc. is poured at the highest point of the structure, it will drop all the way down. Instead of a liquid, it can be heated or cooled. Pipes for conveying water etc. will be installed in appropriate places in the structure, and from there they will flow to an underground tank. It is also possible to return water, etc. If it is constructed with PET bottles, etc., connect the PET bottles When doing so, holes are drilled into the sides of the bottles to connect them vertically or horizontally. You can move the water inside the tank as you like. The structure is to fill the inside of a plastic bottle with water and then pump it through a tank or other space using a motor pump. It is possible to circulate it by power, but instead of doing that, use an antifreeze (clear or (For normal use, it is fine, and in some cases colored ones are also acceptable), water, glass, marbles , plastic resin, etc. that transmits light (in some cases, it may be better to have colored To adjust the amount of sunlight, etc. (You can also put a shade cover on the outside) The water from the underground tank and hot spring water is discharged outside the structure and collected as described above. By circulating the air, the temperature inside the structure can be adjusted. In some cases, it may be possible to improve installation costs and strength. Structures such as PET bottles Of course, it is not limited to plastic bottles, and you can use special materials. One use for this is to separate an internal space constructed using bottles, etc. from the outside air. When creating a multi-purpose space inside a structure using PET bottles, etc., When poured liquid moves due to gravity, etc., gaps form between structures such as plastic bottles. A certain height difference like a helicopter is provided at the edge of the structure constructed with PET bottles, etc. The efficiency of controlling the movement of liquids and transmitting the temperature of the liquid to the space constructed inside The natural spring water or hot spring water is collected by multiple or single tanks installed underground at high altitude. Fill it with hot water or river water and let gravity carry it to a plastic bottle structure located at a low altitude. If we use pipes to pull the water, we can eliminate most of the electricity costs for pumps, making it eco-friendly (theoretically, it is a natural energy source). (Electricity only is also possible). When filling a space constructed with a plastic bottle etc. with liquid and letting fish swim in it, The swimming space is streamlined to reduce the risk of fish colliding with obstacles. A large loop is created and water pressure is generated using a pump, fan, etc. to generate a water flow inside the space. You can also create space by constructing a large circle and gently curving the structure. This prevents fish from touching walls, etc. The width of the space for fish to swim is 50 cm. (This is only a guideline, and depends on the size of the fish, etc.) It is possible to prevent this.

Claims

1. The temperature is controlled by the soil temperature (15℃ all year round at 5 meters underground in Honshu, Japan, depending on the latitude). The liquid inside the tank is passed through materials such as plastic bottles and placed around the heat retention space. By placing the container inside the space, plants, fish, etc. can grow and be preserved in a warm place. etc. or a device that allows for the storage of things.

2. The tank for containing the liquid or the like according to claim 1 is provided at a plurality of underground depths according to the difference in ground temperature, and the tanks are connected to each other. A device that allows for temperature adjustment by freezing and mixing liquids.

3. The space inside the structure described in claim 1 does not require people to enter, so pallets can be placed there. The plants or objects carried on the train are pulled using wheels or rails, and the train is powered by a motor. This device can also be moved around like this.

4. A space where temperature is controlled by a structure made using the PET bottles etc. according to claim 1. When adding liquid to the inside of the tank and raising fish, etc., the speed at which the fish move When you're going fast, try to be as streamlined as possible and draw large circles. According to the size of fish, etc. The width in the direction of travel should be set at 50 cm (approximately a guide) to prevent collisions with fish, etc. Stop.

5. 5. The structure according to claim 4, wherein a height difference is provided to pump liquid, etc., from a lower position to a higher position by an electric pump, etc. By moving the device, a water flow is generated in a certain direction in the space containing the liquid that is in contact with the fish. This prevents collisions.

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