KR101152356B1 - The method of utilizing as a nature resource by planting trees after piling up soil blocks on a mountain and by producing agricultural products after piling up soil blocks on a wasteland - Google Patents

Abstract

The present invention relates to a method of growing soil blocks (10) in the mountains to grow trees and to produce agricultural products by stacking them in deserts and wasteland, and more specifically, to produce soil blocks to build up the mountains to increase the soil layer trees When planting and planting the bell age, and felling to utilize as a resource, and the soil block (10) desert and wasteland (80), such as farming land is not possible to build agricultural land to produce agricultural products.

Description

THE UTILIZING METHOD OF SOIL BLOCK AND FORMATION GROUND BEGIN SOIL BLOCK PRODUCING}

The present invention relates to a method of stacking soil blocks 10 in a mountain to grow trees and stacking them in deserts and wastelands to produce agricultural products and using them as resources, and more specifically, to produce soil blocks 10 and stacked in mountains to form a soil layer. Planting trees, planting trees, raising bells, and using them as resources, and building soil blocks (10) in places where farming is impossible, such as deserts and wastelands (80), to produce agricultural land and produce agricultural products. .

Soil is composed of minerals, organics and living organisms, providing a dynamic natural environment in which plants grow. Minerals originate from the weathering and erosion of rocks, and organic matter is formed by the decay of plants. The fertile soil we speak of is rich in the food of plants, animals, and microorganisms that use it as a place of life. In other words, rich in minerals and organics.

All living things must have nutrients for life. In the land, many small creatures continue their lives as they eat and excrete. We tend to belittle their abilities and values, but they are recyclers that produce humus, a key organic ingredient that saves the soil. Humus is an organic compound, or organic matter, produced by complex changes in soil, where soil organisms eat animal and plant debris and send it out of the body. Organics are sticky, so the surrounding grains aggregate together to form gaps in the soil. This makes life much easier for them to wander around, and the plant's roots can be stretched without difficulty. The more empty space in the soil, the more water you can hold and the more air you get. Humus soils not only clump together the grains of soil, but also hold the nutrients scattered in the soil so that they are not easily washed away by rain. So fertile soil is rich in nutrients near plant roots. But chemical fertilizers do not form humus. When it rains, nutrients are easily swept away, and you have no choice but to continue fertilizing, and living organisms do not live, and the soil becomes more acidic. Thus, humus is a very valuable and precious gift that only living things can make.

The earth's surface is two-thirds sea and one-third land. On land, 2/3 to 3/4 are used by humans. The places that human beings use are used as forest resources of rural villages, cities, rice fields, fields, and mountains. These areas are used by people only up to about 1 ~ 2m below the earth's surface and rarely under the ground.

In general, soil, along with water, air and solar heat, is an important production factor for the global ecosystem. All of these resources are endless resources across the globe, but there is a wide variation in the amount of their presence between countries or regions. In the case of water, reservoirs and dams are created to overcome the water shortage problem. In the case of oxygen, it can be moved to the required place by using a sealed oxygen tank. In the case of solar heat, greenhouses are being overcome to overcome the lack of sunshine. However, toxic soil is a situation that does not move to other places because the proper means of transportation is not established.

For example, in Gangwon-do, the land is relatively fertile compared to the south due to the large amount of martha and stones. This is why a lot of potatoes, corn and buckwheat, which are well grown even in poor soil, are produced. If the fertile soil in the south is transported to Gangwon-do, rice fields and fields can be produced to produce agricultural products similar to the south. In the case of rice, the taste varies between regions and countries depending on the soil. If you make a block of dirt out of good soil and use it to make rice fields, you can produce delicious rice everywhere. In the middle desert countries, the geology consists of sand and wasteland, and the land is not fertile. But in China, there is a lot of fertile soil, ocher. If the soil block (10) is made of this soil and transported to the Middle East to make agricultural land, deserts and wastelands (80) can produce various kinds of agricultural products.

In addition, the deeper the soil layer is, the more favorable the growth is in mountains where perennial trees grow, but the soil layer is generally lower in mountains where soil is washed away by rainwater. They try to produce forest resources by growing trees in the mountains, but the soil layer is low, which results in less than the effort. And because of the fires that often occur, they do not try to grow trees well. Because forest fires lose all the forest resources in the area. In addition, sometimes the trees of the mountains are felled and the seedlings of economical trees are planted, but after the trees are cut naked, good soil of clay is swept down by the rain until the newly planted trees grow to some extent. Is devastated. Also, cut all trees in the mountain, and grow well and plant economic trees such as lily trees that are considered to have high carbon absorption rate. About 30 years after planting this tree, it should grow into an economical tree, which is far below expectations. The reason is that the soil layer is low, but the organic manure, which has been deciduous by rainwater, is swept down the mountain and does not greatly help tree growth. In addition, there are many organic manures only on the outer soil, and the organic soils that are actually helpful to tree roots have few organic manures.

Paddy fields, where annual plants grow, may have only 20 to 30 cm of soil where the plants take root. However, there are places where dirt is accumulated up to hundreds of meters in depth. Soil deep in the ground can not be used because living things do not live. When the soil is made of soil blocks 10 and stacked 60 cm thick in the mountains (Fig. 5), new soil layers are passed over time due to the movement of small animals such as people's traffic, temperature tea, earthworms, and infiltration of tree roots. (90 '). This raises the soil layer in the mountains, producing the valuable trees we want.

The earth is a component of the earth's ecosystem along with the atmosphere, the sea, and the land surface. It is home to many small animals such as bacteria, bacteria, earthworms, centipedes, ants, etc. Maybe more creatures live on the ground than on earth. Yet people are not very interested in the ground.

In the case of 1 ~ 2 year-old plants, the roots extend only to about 20 ~ 30㎝ in the ground, so fertilize or fertilize the surface, and when plowing, organic fertilizer penetrates to the lower part where the roots close, helping plant growth. But perennial trees, roots extend deep into the ground. Organic fertilizers are beneficial to growth until the roots extend, but when digging in the ground, organic manure is present only on the outer soil, and the organic soil does not have much organic manure. The reason is that they cannot plow like cropland, and deciduous leaves must provide organic manure, but it flows down the mountain by rainwater. So floodplains and deltas become fertile soil.

In addition, the soil layer in the mountain is low, the roots of the tree does not extend down, only extends to the side. So in the ground, tree roots are tangled together like a skein of thread, so they do not grow well under stress. If you look at the ends of the trees planted in the mountains, you can see that they are fighting hard to see a lot of sunlight. It is judged that the roots of the tree fight fiercely to get more nutrients even in the ground. So, if you want to increase the soil layer by stacking the soil in the mountain, but if it is only piled on the mountain with soil, the soil will be swept down the mountain by rainwater and it is of no use.

You can tell how tall the tree is by the rings of the rings. In the annual growth rate through the tree rings, seedlings grow rapidly until 20 years after planting, and then gradually grow afterwards. And after about 30 years, growth decreases sharply, so the rings are very narrow. The narrowing of the rings is evidence that the earth's environment is getting worse. The reason is that the soil layer in the ground is so low that tree roots are entangled with each other like threads and do not get enough nourishment. Just eat enough nutrients to sustain life. So the tree is not very big. In other words, trees in Korea can be said to be 'old tree' which hardly grows. Wood absorbs carbon and grows in size, but the lack of growth reduces the rate of carbon absorption. Therefore, in the mountains of Korea about 30 years after planting it is good to fell and replant. However, it is not only difficult to produce valuable trees even if newly planted with the low soil layer as of the present day, but also by stacking the soil block 10 in the mountains according to the present invention, when felling, good clay-rich soil rich in organic matters in rainwater. It flows down the mountain by The mountains are then more devastated.

In some cases, soil cover is often swept from uncontaminated areas to neutralize acidified soils. However, in the case of acid, there is no soil cover to increase soil layer or to improve acidified soil. Even if you cover it, it will not be effective because it will be swept down the mountain by rainwater.

Farmers need soil, water and solar heat to farm. At present, farming only in these three places does not produce enough food to feed the earth's population due to lack of arable land. In addition, there is a problem that the amount of food production varies greatly between regions and countries.

In the present invention, where soil does not fit in the desert or wasteland, such as farming can not be built, buy the soil block 10 made in another region or country, by using this to create agricultural land to increase the farmland area. Then, where solar and water are available, farming can produce food anywhere on earth.

Farmers use organic manure and chemical fertilizers to increase production. Pesticides are also used to prevent pest damage. Only some of these ingredients are absorbed by plants, and the rest is sent through the rivers into the sea. Because plants do not absorb and store the organic manure and pesticides necessary for growth, they absorb only what is necessary for growth. So they use them repeatedly to farm. The rivers and seas are then more polluted.

The present invention has been made in view of the above problems. Essential to plant growth is solar, organic soil and continuous water supply. First, solar heat is free. Free goods always have more supply than demand. So solar is no problem. Second is soil containing organic ingredients. When fallen leaves fall from the mountain, they accumulate on the ground. When the soil blocks 10 are stacked one by one (20 cm) on the stacked deciduous layers, a soil layer having a height of 60 cm is formed as shown in FIGS. 1 (b) and 11 (b). Then the leaves are mixed with the soil layer, which has the same effect as plowing the paddy fields. Third is the constant supply of water. The present inventors store the rainwater in the mountain pond (30)? Plum (60) to give water to the tree during the dry season (육 林).

As of 2006, the earth's population is 6 billion. And the population continues to grow. In order to feed this large population, food production must be increased. The use of pesticides to prevent pests, the use of fertilizers to increase production, and the production of genetically engineered produce. In the present invention, to build a farmland by stacking the dam 81 in concrete or stone in a desert or wasteland where farming is not possible, and laying the soil block 10 therein.

In addition, farmers use organic manure, chemical fertilizers and pesticides when farming. These components do not last long, and when it rains, they flow through the river into the sea with rainwater.

In order to solve the above problems, the soil in the middle of the farmland in the form of nails (59), and then the soil from here to make a block of soil (10) to pile in Saesan, and the stone is easy to grind to make clay Dirt blocks (10) are used to make, and hard to grind stone is used as building aggregate. In addition, nails made in the form of nails (59) pitted (hereafter referred to as "wild field") store rainwater.

Rainwater falling on farmland is stored in the field (60) all, when agricultural water is required to supply the water from the field (60) to the farmland using a water pump. And after the farming is finished again, the water of the pond (60) is filled with 30 cm in the farmland using a water pump, and fishes such as crucian carp, loach, and scallop are raised and they are farmed using their excrement. .

Today, the cause of global warming is attributed to the increase in greenhouse gases, and countries are making efforts to reduce them. Among them are the United Nations Framework Convention on Climate Change, the Rio Declaration, and the Kyoto Protocol. At the heart of these conventions is the prevention of global warming. Here 'prevention' is a defensive concept. Defensive includes the fact that one day it will break down in a series of attacks. Thus, the present inventor claims that the name should be changed to the aggressive concept of 'global cooling'. That way, the solution is different as the goal is different. That is, according to the present invention, by making the soil block 10, stacked in the mountains to increase the soil layer, and planting and planting trees to be bell ages can replace the underground resources such as petroleum, coal, iron, etc. In other words, the industrial revolution on earth will have forest resources at the previous level. This is called the 'forest revolution'. This naturally reduces greenhouse gases and lowers global temperatures.

In the industrial development stage of mankind, it has developed into the primitive age-agricultural revolution-industrial revolution-information and communication revolution. People call it the information and communication society. The society is then defined as a forestry society. That is, according to the present invention, by making the soil block 10, stacked in the mountains to increase the soil layer (90 '), and planting and planting trees to cut the bell age when replaced by underground resources such as petroleum, coal, iron. Through this 'Forest Revolution', we will try to solve environmental pollution, global warming, depletion of land resources, unemployment, food shortage, urban and rural problems, which all people are worried about.

1. clay forming step of grinding ordinary soil, sand and rock into fine size to make clay; Wrapping the bag to move the clay; A burrowing step of digging soil in the form of nails (59); A separation step of sifting the excavated soil into soil and sand (hereinafter referred to as "common soil") and stone; Making a soil (hereinafter referred to as "soil") mixed with 50% by weight of clay and 50% by weight of ordinary soil; Grinding the stone from the plate in the form of nails 59 to make clay having small particles or to use it as an architectural aggregate; Making clay water by mixing 80% by weight of water in 20% by weight of clay; Cutting rice straw, dense, barley straw, grass, and fallen leaves (hereinafter referred to as "straw straw") to a size of 2-3 cm; Kneading soil forming step of mixing water 70% by volume of rice straw with 30% by weight of straw straw; Dipping the kneaded soil with a tetrahedron having a through-hole having a diameter of 1 cm at a size of 20 cm to form an earth block shape; Primarily drying the soil block shape at 100 degrees Celsius or less; Dipping the first half-dried soil block shape in clay water to remove the second-dried soil block at 100 degrees Celsius or less to complete the soil block 10; Selecting a mountain (hereinafter referred to as "new mountain") that will increase the soil layer by stacking soil blocks; Cutting the thinner trees, twigs, tree twigs, and grass (hereinafter referred to as "thick trees") where the selected Sasansan surface is dug to make a flat surface by laying horizontally; Transporting the soil block 10 to a foothill, a mountainside, or a mountaintop by a labor force or a mechanical device; Making a closed cylinder of paper with a diameter of 60 cm and a height of 60 cm (hereinafter referred to as "paper barrel"); Placing the paper container (15) in a new mountain where a new tree is planted; Filling the paper bucket with paper soil (hereinafter referred to as "mountain soil") around the paper bucket 15 located in Saesan; Where to sell the mountain soil 50, filling the soil block 10 to fill; Except where the paper container 15 filled with the mountain soil 50 is located in the Saesan, the soil block 10 is piled three times for three years, one layer per year, and 60 cm high soil block layer (FIG. 1). (B), 90 '); Forming a wall of concrete or stone (hereinafter referred to as "mountain wall") at a height of 60 cm at the bottom foot of Sasan where the soil blocks are stacked; Forming a nail (hereinafter referred to as "mountain") for storing rainwater by stacking dams with concrete or stone at intervals of 50 to 100 m in the Sasan valley where the mountain wall 20 is stacked; Growing seedlings 41 to grow seedlings to be planted in Sasan; The soil block 10 is cut in a new mountain crushed, leaving only a small tree of less than 10 cm in diameter, for sanctions, underground circulation resources mine storage, forest biomass cogeneration power generation fuel-wood chips (hereinafter "wood" Logging to use); Some of the twigs from the felled tree, down to the mountain to use for reconciliation, and the rest is laid on the ground of the felled Sasan soil block 10 to 20 cm thick; Transferring the seedlings grown in the mother field to the paper bucket 15 filled with the soil to complete the new mountain; Watering the water of the pond (30) by connecting the portable water pump 140 in parallel so that the newly planted tree does not dry out; Planting trees in the new mountain, and stepping down trees less than 10 cm in diameter that were not initially felled so that the newly planted trees do not interfere with growth; Steps to raise the water of the mountain pond (30) with a portable pump 140 so that there is no problem in the growth of the tree of Saesan even during the dry season, giving water to the forest (育林); When the wildfire occurs in the new mountain, the step of extinguishing the wildfire by connecting the portable water pump 140 in the mountain pond 30 to the ignition point in parallel to draw water; Giving the water of the mountain pond (30) to the tree during the dry season and leaving it empty to fill in the rainy season; 30 years after planting the tree in Saesan, leaving only a small tree of less than 10cm in diameter and logging all to use as timber; It is characterized by consisting of the step of planting the seedlings 41 grown in the mother field 40 again in the new mountain felling all but leaving only a small tree less than 10cm in diameter.

2. In one embodiment, the soil block 10 is configured to further comprise one or more of the shape of a cylinder, a cuboid, a cube, a cone of a tetrahedron shape, and the soil block 10 The size of is assumed to be within the size of the basketball from the size of the table tennis ball.

3. In one embodiment, after connecting the three ropes 12 to the soil block through-hole 11, and further comprising the step of attaching the carrying handle 14 on one surface. (Fig. 12, Fig. 13)

4. In one embodiment, where the slope is urgent in Saesan to accumulate the soil block 10, or where the mountain foot is submerged by water and there is no soil layer, hemp rope in the through hole 11 of the soil block (12) is sewn, and further comprising the step of stacking the soil block 10 in a state in which the hemp rope 12 is tied to the tree 42 or the tree stump 43. (Fig. 14, Fig. 15, Fig. 16a, FIG. 16b)

5. In one embodiment, mountains around the city that provide people with a pleasant natural environment, or mountains that function as tourist resources, do not fell, but pile soil blocks 10 on the mountains to form the soil block layer (Fig. Stacking 1 (b), 90 '); Forming the mountain wall (20); After the step of forming the mountain 30, further comprising the step of growing a tree that is currently growing.

6. In one embodiment, where the soil for use in the production of the soil block (10) pitted in the form of a nail (59) to make a peg (60) for storing water, to store rainwater in the peg (60) It further comprises the step characterized in that used as water (use water).

7. In one embodiment, by dualizing the pond (60) made to store the rain water, one place to store the initial rain water in which a lot of organic manure components melt down with rain water from the mountain It is used for agricultural water, and the other place further includes storing relatively clean rainwater coming down from the mountain and using it for industrial and domestic water.

8. In one embodiment, where the soil for use in the production of the soil block 10 is excavated in the form of a nail 59, future descendants fuel carbon dioxide and wood peat in place of underground resources such as oil and coal. It further includes the step of creating an underground mine (hereinafter referred to as "underground circular resource mine") for storing the felled tree 71 so that it can be used as (Figure 19).

9. In one embodiment, covered with concrete slab (73) on the underground circular resource mine (70) for storing the felled tree, and again filled with 1 ~ 2m thick soil, and then on farmland, national road and It further includes the step of increasing land utilization by creating one of highways, rural villages and cities, sports grounds, schools, and golf courses.

10. In one embodiment, by digging into the shape (59) of the nail at the bottom of the golf course in the form of a nail (59), the soil block (10) is made and piled up in Saesan, which is referred to as a nail (hereinafter referred to as "golf course nail"). And storing rainwater coming down from the golf course and using it as agricultural water, industrial water and domestic water.

11. In one embodiment, the excavated land in the form of ponds 59 in the farmland adjacent to the city further includes the step of creating an underground food storage 160 for emergencies (FIG. 28).

12. In one embodiment, a mine can be drilled into a mountain to store wood (hereinafter referred to as a "tunnel recycling resource mine"), and then a tree 71 harvested from a new mountain or an existing mountain is normally used. In the future, the descendants take carbon dioxide and wood peat from the future and use it as energy, and the nuclear wartime exhibition further includes the use of the tunnel-type circular resource mine 170 as a nuclear evacuation facility (FIG. 29).

13. In one embodiment, the mountain pond (30) made in the Saesan valley is installed by the pipe 33 to the mountain pond so that a forest fire occurs, planting a new tree or watering the tree in the dry season Raising further includes the step of utilizing as water. (FIG. 7)

14. In one embodiment, by using the road 32 passing through the mountain valley as a bank to form a mountain 30, and installing a pipe 33 to the mountain 30 to draw up the water to utilize the water It further includes (Fig. 7).

15. In one embodiment, the step of grinding the soil block 10 to a powder further comprises the step of utilizing as a soil for potting.

16. In one embodiment, further comprising the step of grinding the soil block 10 to a powder to utilize the soil for plant cultivation in the plastic house.

17. In one embodiment, further comprising the step of pulverizing the soil block 10 to a building roof, apartment veranda, inside the building and flower bed to use as soil for plant cultivation.

18. In one embodiment, the earth is barren and can not be farmed in the desert wasteland (80) in the height of 30 ~ 50 ㎝ to build a dam (81) with concrete or stone and the soil block (10) inside the Grinding and spreading to further produce the farmland (Fig. 20, Fig. 21).

19. In one embodiment, as another form of the soil block 10, using a paper to make a tetrahedral soil bag form formed with a through-hole 111 having a diameter of 1 cm in 20 cm size; Drilling a hole 113 having a diameter of 1 cm on one surface of the soil bag; Placing soil in the form of a soil bag through the hole 113 by sifting the soil excavated in the form of the nail (60); Through the step of completing the soil bag by blocking the hole 113 with a sticker 114, for the same use as the soil block 10, by stacking the soil bag 110 in Saesan to raise the soil layer to raise the tree or Stacking in the desert wasteland 80 further comprises the step of producing farmland to produce agricultural products. (FIG. 22)

20. In one embodiment, when there are nine paddy fields 130 of similar size in the same area, one of the paddy fields in the form of nails 59 is excavated with ordinary soil and rocks. After used to make the soil block 10, the step of making a rice paddy 120 of depth 9m; The remaining eight paddy fields 130 are named new paddy fields, and the new paddy field 130 is farming; Storing all the rainwater that does not need to fall on the new paddy field 130 is sent to the rice paddy 120; If agricultural water is required, utilizing a portion of the water from the rice paddy 120 to the new paddy field 130; After the farming is finished again filling the water in the rice paddy 120 to the new paddy field 130, filling 30 cm high; A step of raising fish such as crucian carp, loach, and sackfish in a new paddy field 130 filled with water at the height of 30 cm; The method further comprises the step of farming using the fish and fish droppings raised in the new paddy field.

21. In one embodiment, the entire mountain is torn down, and the soil and rock are ground to form an earth block (10) or soil bag (110) and stacked in another mountain to plant trees, where the mountain was located farmland or a field (60) Further comprising the step of composition.

Ordinary soils are small in particles, making it difficult to travel long distances. This is like a brick to make a tetrahedron with holes punched from side to side, and then threaded with hemp rope 12 and carrying handle 14 can be easily carried to a long distance without packing. In addition, when the movement is finished, hemp rope and carrying handles of the soil block can be recycled, and the soil rope can be laid by tying it to the tree 42 or tree stump 43 with the hemp rope threaded.

In the Joseon Dynasty records, tigers lived in the mountains, and forest resources were recorded as more dense than now. This shows that the soil layer of the mountain is higher than now. However, most of the mountain's trees have been cut off during logging, forest fires, the Pacific War, and the 6-25 War for fuel use. Naked mountains with few trees flowed by the rain, and good clay soil flowed through the rivers. With current technology, it is not possible to pile good clay soil back into the mountains, which flows from the mountain through the river to the sea.

In addition, many Korean trees are planted in the 1950s-1960s. Thus, compared with other countries, it seems that the tree is still young and can grow more. However, in the mountains, the soil layer is low, making it the 'old tree' that has reached its growth limit. By stacking the soil block 10 according to the present invention in the mountains to increase the soil layer, the elderly tree will also grow more 'boy tree' again.

The slope is steep in the mountain, easy to stack soil block, easy to cultivate and easy to transport felled wood pile soil block 10 according to the present invention, step by step to cut all the trees and plant economical trees. Even if the trees of the mountain are lumbered in stages, the roots of the trees in the ground can keep their shape for about 10 years, which can prevent some soil leakage. In addition, since the soil block 10 according to the present invention depresses the fallen leaves and the soil layer, there is little fear that the soil will leak out. At this time, the felled tree is replaced by petroleum, coal, natural gas and iron, and used as a resource. Newly planted trees are economical if they grow for about 30 years. The tree is felled and stored in the underground circular mine (70) or tunnel type underground mine. Then, after petroleum resources are depleted, our descendants take carbon dioxide and wood peat out of it for use as fuel, and then lumber and store wood there, and the next descendant also takes the necessary fuel out of it.

Soil deep in the ground in rice fields and fields cannot be used as life, so it is of no use in nature. If you make this land block 10 to move to the desert or wasteland (80) to make farmland, in the wasteland can produce a variety of crops. In addition, if the soil block (10) is carried to the mountain and stacked, the soil layer is high, the tree deepens the roots and helps to grow.

The government seeks to reduce unemployment by increasing public spending through national projects such as reclamation projects, new town construction and canal construction. It is true that such civil engineering and construction industries are experiencing temporary employment increases. But after the work is over, nothing happens. However, if there is a lot of good soil in the dirt block (10) to make a deal in the market, new products are made, new markets are constantly formed. This will reduce the scarcity of good soil, increase labor demand, and reduce unemployment, as well as reduce the greenhouse gases by raising plants to preserve the global environment.

In order for 1-2 year-old plants to grow, the depth of the soil layer is about 20-30 cm. However, perennial trees, the deeper the soil layer, the better for growth. If the average soil depth of the mountain is about 20-30 cm, this is the condition under which one or two year-old plants can grow.

Normal cropland is valued by area. Of course, acid also calculates its value by area. But stacking the soil block (10) and planting trees produces much more valuable wood. Therefore, when deciding the value of a new mountain, we must calculate not only the area but also the depth. Therefore, the acid stacked soil block 10 is much more valuable than the mountain. And stacking the soil block 10 on the mountain has the effect of expanding the land area. Half of the earth's land area is mountain. If we assume that only one third of them are made of Saesan, Saesan has three times higher soil layer than existing mountains, so in the end, stacking the soil block 10 according to the present invention in the mountains has an effect of increasing the earth's land by 50%. have. This is different from the reclamation project, which fills the sea with soil and expands the land area.

The amount of new plants born over a year on earth is equal to the amount of wilting and dying, or nine times the amount of energy humans use over a year if they use the wilting and dying for one year as energy. And 98% of the energy emitted by plants comes from trees. Trees are biomass circulating energy that can be used to replace almost all underground resources and to be regenerated. Petroleum, coal, and natural gas can never be produced once used. But trees can be reproduced with good care for about 30 years. Thus, trees are called circular resources.

Since the cause of greenhouse gas is the use of underground resources such as petroleum and coal, it is possible to prevent global warming by growing trees and using them as fuel. In addition, in the process of stacking soil blocks (10) in the mountains, planting and logging trees, labor demand increases, which can solve the unemployment problem.

In addition, when the soil block 10 is laid on the mountain, it not only prevents the loss of soil due to rainwater, but also suspends the rainwater when it rains, so that the fertile manure of deciduous leaves does not fall down the mountain. Play a role.

In Korea, only 25% of the precipitation on land is utilized, and the rest is sent to the sea. In the present invention, more rainwater can be stored on land than now. The reason is, first, to make the soil block (60) to dig the soil in the form of nails (59) to dig the soil to make rainwater stores here. Second, the paddy (120) is made in the middle of the farmland to store rainwater here. Third, since the soil layer 10 by stacking the soil layer on the mountain three times higher than now, rain water can be stored absorbed three times more. Fourth, because the soil blocks (10) in the mountains to increase the soil layer and planted trees grow trees well. Thus, well-grown forests absorb and store more water. Most people know that when it rains, the tree roots absorb the rainwater and then spit out the dry season, but the tree roots that absorb the rainwater never spew water. The absorbed rainwater goes through the stem to the leaves. However, the reason why water flows continuously in the valley of the forest is that the tree roots in the ground temporarily store rainwater. This is because movement paths such as earthworms, centipedes, and ants become voids in deep soil layers and temporarily store rainwater in these voids. Fifth, by forming a mountain (30) in the mountain valley 10-20% of the total area of the mountain, a lot of rain water is also stored here. Sixth, deciduous leaves absorb and store rainwater like a sponge. The soil block on the mountain holds the deciduous layer and prevents water vapor evaporation. Thus, storing more rainwater on land means less water flowing to the ocean. This, in turn, has the effect of preventing sea level rise. When the sea level in the sea is lowered, the land area for human use is expanded. Many people are worried about rising sea levels due to global warming. However, storing a lot of water on land as in the present invention has the effect of preventing sea level rise.

In addition, the soil in the ground pitted in the form of a nail (59) has no life force, but when the soil is made into the soil block (10) and stacked on the mountain as shown in FIG. 11B, since the tree roots fall deeply there. It helps to grow and, over time, turns into a thick, thick soil layer. General cropland, therefore, calculates only the area of value, but mountains must measure both the area and the depth of the soil layer at the same time. The deeper the soil layer, the greater the value of the mountain. After all, increasing the soil layer of the mountain has the effect of expanding the land area. This is a reclamation project that greatly damages the natural environment, and is different from expanding land area. And by making a block of soil (10) to make a new mountain and planting economical trees to cultivate and use as a resource, using less petroleum-based fuel. This will clean up the global environment and reduce unemployment.

Figure 1 (a) is the ground surface structure of the original mountain, Figure 1 (b) is on the ground surface structure of the original mountain, the soil block 10 of the present invention, after the fallen leaves fall in autumn for one year, three years It is a surface structure of a mountain, which has been piled up 60cm in three times. As you can see in this figure, the soil block layer on the mountain is broken down by people's traffic, temperature difference, movement of living things in the ground, infiltration of tree roots, etc. do. In farmland, organic manure is penetrated to the soil layer by manure and plowing on the surface of the land. Likewise, when the soil block 10 is piled up in Saesan, there is a deciduous layer in the middle, and the soil block 10 is mixed with rice straw, so that the effect is as if plowing in the mountains.

In addition, water, solar, and soil are required to produce agricultural products. Water is used to create and supply reservoirs, and in places where solar heat is scarce, farming is done using plastic houses. However, farming could not be done where the soil did not fit. In the present invention, the soil block 10 is made of good soil, and then farmland in the desert or wasteland, and then produce the required agricultural products.

The major influences on plant growth are water, weather and soil. Farmers build a variety of produce by building plastic houses or heating in them to artificially change the temperature. Likewise, if soil is moved between regions and countries to make rice fields and fields, various agricultural products can be produced here. In addition, if the water is supplied from the mountain pond (30)-wild pond (60)-paddy (120) made by the present invention can prevent floods and drought.

In the future, oil producers in the Middle East invest in social indirect capital facilities such as roads, dams, and buildings in order to prevent oil depletion, but cement buildings must be rebuilt after a period of time. It is also difficult to dispose of construction waste at that time, but it costs a lot to rebuild it. In the present invention, although the initial investment costs a lot, if the soil block 10 is imported, and farmland is made with this, it can be a semi-permanent facility. In addition, food production here can increase the self-sufficiency of agricultural products and make a solid investment in the future.

Farmers use organic manure and chemical fertilizers when farming. However, these components are swept away with rainwater when raining, and their effects do not last long. But in the middle of the farmland (60)? Paddy (120) to make all the rain that falls on the farmland. When agricultural water is needed here, it is to supply water in which the organic manure and chemical fertilizer components are dissolved in the field (60)? This makes it possible to farm with less organic manure and chemical fertilizers.

Farmers use pesticides to kill pests when they farm. Pests occur in three ways: First, they survive in the form of larvae on farmland, ricefields and field dunes. In the present invention, after farming, the farmland is not making fun of the farmland as it is now, and raises crucian carp, larvae, loach, etc. by applying water to the farmland from the rice paddy 120 in the middle of the farmland. These fish grow on the eggs, larvae, and ears of pests at the bottom of cropland. Then no pest eggs are present at the bottom of the farmland, so the next pest will not occur. Secondly, they move from one area to another in the atmosphere. If farming is done in the same way as in other areas, pests do not move from other areas due to atmospheric circulation. Third is guitar. The third is unknown to the inventors, so there is no solution. However, if the first and second methods are solved, farming can be done with less pesticide.

To create public housing, the government must buy farmland from the landowner farmers. If the government land compensation price is three times the general transaction price, farmers sell the land to the government, and the income increases three times than before the land is sold. But when you look at the whole country, it is simply a threefold rise in prices, a bubble. Inflation is inflation. Inflation has an adverse effect on the national economy.

However, when the soil block 10 according to the present invention is made and stacked in the mountains, the soil is a single resource, the farmland with the soil price increases. In addition, by stacking the soil block 10 in the mountains can be planted to earn income. If the prices of cropland and new mountain have tripled, landowners farmers will triple their income. In the economy, an increase in the quality of a product and an increase in price are not necessarily inflation. Therefore, the increase in the price of farmland and new mountain according to the present invention is a threefold increase in national wealth.

In addition, rural land is mostly owned by farmers. In addition, people who have left rural areas and become urban citizens own some of the rural land. The common people among the urban people also own part of the rural land in the form of inheritance. However, prices are low compared to urban land prices, so those who own rural land do not contribute to asset formation.

The government has implemented an income redistribution policy that applies progressive tax to collect rich taxpayers and support the poor. According to the present invention, if the soil is stacked on Saesan to produce wood, the price of farmland and Saesan soar. This increases the income of the poor rural people who own land in rural areas and the urban commoners. The common people have an income redistribution effect that increases their income without government support. Currently, the government provides low-income social welfare expenses in various forms. In the present invention, when the price of farmland and Saesan rises, the common people who have been supported by the unilateral government so far will be able to pay taxes by increasing their income.

1 (a) is a view showing the surface structure of the normal acid.
Figure 1 (b) is a view showing the earth surface structure stacked three times, one layer of the earth block 10 of the present invention after the fall leaves fall every year on (a) of FIG.
Figure 2 (a) is a perspective view of the soil block 10 of the present invention.
FIG. 2B is a perspective view of a state in which a hemp rope 12 is wound in FIG. 2A.
Figure 3 is a cross-sectional view viewed from the side showing a state made a flat surface filled with wood felling pine of Saesan.
Fig. 4A is a drawing of the paper canister 15;
Figure 4 (b) is a figure showing the paper canister 15 to pore.
5 is a view showing a state in which the soil layer 10 piled up to 60 cm high on the deciduous layer of Saesan.
FIG. 6 is a view showing a state in which a mountain wall 20 is made by stacking 60 cm high concrete or stone in the lower mountain foot of the soil block 10.
7 is a view showing a state made a mountain (30) by stacking the dam with concrete or stone in Saesan valley stacked mountain wall (20).
8 is a view showing the growth of seedlings 41 planted in Sasansan 40 in the nursery 40.
Figure 9a is filled with the soil in the paper bucket (15) is located in Saesan, and further around the paper bucket is a picture of the soil block 10 stacked 60 cm high.
FIG. 9B is a diagram in which the fallen leaves 52 are mixed with the mountain soil 50 in the paper container 15 in FIG. 9A.
FIG. 10 is a view showing a state in which seedlings 41 grown in the nursery 40 are transplanted to FIG. 9B.
Figure 11 (a) is an estimated view of a tree grown for about 30 years in the mountain in its natural state.
Figure 11 (b) is an estimated view of a tree grown for about 30 years in a place where the soil block 10 of the present invention is stacked 60 cm high on the soil layer of Figure 11 (a).
12 is a view showing the soil block 10 chopped with three ropes (12).
Figure 13 is a view showing a state attached to the carrying handle 14 by rolling round after connecting the soil block 10 with a hemp rope 12.
FIG. 14 is a view showing a state in which a soil block is laid in a state in which a hemp rope 12 sewed on the soil block 10 is bound to a tree 42 or a tree stump 43.
FIG. 15 is a view showing a state in which a soil block is laid in a state in which a hemp rope 12 sewed on a soil block 10 is tied to a tree stump 43 in a steep slope in Saesan.
FIG. 16a is a view of making a mountain wall 20 at the bottom of Sasansan by laying a block of soil in a state in which a hemp rope 12 sewed on a soil block 10 is tied to a tree stump 43 at a steep slope in Sasan. Figures shown.
FIG. 16B is a cross-sectional view of FIG. 16A seen from the side.
Figure 17 is a cross-sectional view of the soil excavated in the form of a nail 59 for use in the production of the soil block (10). The maintenance here will be any one of the field (60), underground circulation resource mine (70), underground food storage (160).
Figure 18 is a view showing a state made with a peg 60, Figure 17, which was excavated in the form of a nail 59 for use in the production of the soil block 10.
FIG. 19 shows the underground circular resource mine 70 storing the felled trees 71 in FIG. 17, which was excavated in the form of a nail 59 for use in the production of soil blocks, and above the underground circular resource mine 72. Drawing showing the formation of houses and cities.
FIG. 20 is a view showing a state in which a dam 81 is stacked with a concrete or stone 30 to 50 cm in height, such as a desert or a wasteland 80, and an earthen block 10 is disposed therein.
FIG. 21 is a view showing a state in which new cropland is made by making soil 51 by grinding the soil block 10 covered with FIG. 20.
Figure 22 (a) is a perspective view of an earthen bag 110 made by filling the soil into a tetrahedron made of paper of 20 cm size. Used for the same purposes as the dirt block (10).
FIG. 22B is a perspective view of a state in which a hemp rope 12 is folded in FIG. 22A.
Figure 23 is a field of the same size of the paddy field 130, when one of the paddy field is made of rice paddy 120, the remaining eight paddy fields are a picture of the appearance of farmland.
FIG. 24 is a drawing of several people holding the portable water pump 140 on their backs and connecting them in parallel to draw up water from the pond 30.
25 is a view of a person holding a portable pump 140 to the back.
FIG. 26A is a diagram of an oxygen cylinder 150.
Figure 26 (b) is a picture of the oxygen tank blood (153).
Figure 27 is a diagram attached to the belt 154 by putting two oxygen cylinders 150 in the oxygen cylinder blood 153.
28 is a diagram of the underground food reservoir 160.
Figure 29 (a) is a picture of the tunnel type circular resource mine 170 made in the mountain (180).
(B) is sectional drawing which showed the state which stored the tree in FIG.

Hereinafter, by explaining the preferred embodiment of the present invention with reference to the accompanying drawings, by stacking the soil block 10 of the present invention in the mountains to grow trees and to produce in the desert and wasteland 80 to produce agricultural products as resources The method will be described in detail.

1. [1] clay forming step of grinding ordinary soil, sand and rock into fine size to make clay;

The earth's surface is composed of sand and a variety of rocks that are slightly larger in particle than ordinary soil or dirt. Soil and sand are formed by the accumulation of minerals from rocks and organic matter from living things. It is said that it takes 1,000 years for the rock to be weathered and eroded to form a 1-cm-high soil layer in a natural state where no artificial is applied. This is a story of how difficult it is to create soil in nature.

Also, there are many types of rock below the earth's surface. Among the rocks, all the rocks are subjected to the clay making of the present invention except for those which contain a component which is harmful to plant growth. Just like grinding limestone to make cement, fine rock is ground to form fine clay. Limestone is limited in the country or region where it is buried, and can only produce cement there. However, ordinary rocks are found in almost all regions. Thus, clay can be made anywhere on earth, without the need for movement by making it in remote countries or regions like cement. There are also stones in the mountains that are easily broken by people walking on them. These stones can be easily ground to make clay. Ocher and mud also have fine soil particles that can be dried to make clay easier. Therefore, the raw materials for making clay can be said to be infinite.

Also, rocks and soil near free material can be easily obtained anywhere. Therefore, if the soil block 10 is made of clay and the clay made near the soil flattened in the form of nails (59) near the area where the new mountain is to be made, it does not need to be transported over a long distance.

[2] wrapping the bag to move the clay;

Grind limestone to make cement and put it in a bag to move it elsewhere. Similarly, ordinary soil, sand, and rock are ground and dried to make clay, which is then placed in bags to move the clay where it is needed. Of course, when you move a short distance, you can move it using a conveyor instead of putting it in a bag.

[3] a burrowing step of digging soil in the form of nails (59);

The land surface of the earth is composed of soil, sand and rock. In the present invention, regardless of the place, wherever there is dirt, digging anywhere, ordinary soil is used to make a block of soil (10). Also, the rock that is easy to grind is ground to make clay blocks (10), and the hard and difficult to grind rocks are mountain (30), pike (60), paddy (120), mountain (20) and underground It is used as aggregate to make a circular resource mine (70). And where the burrow in the form of the pond (59) makes a pond (60) for storing rainwater, or create a closed underground circulation resource mine for storing felled trees.

Ordinary ponds are dug up in parts of the upstream area, piled up with embankments to store rainwater and supply them with necessary water. In the present invention, the soil in the ground pitted in the form of nails (59) to make an earthen block 10, stacked in the mountains, and stores the rainwater in the empty space. Therefore, the paddock does not need to pile up separately.

In addition, on the closed underground circular resource mine 70 storing the felled trees, farmland, national highway and highway? Living infrastructures such as rural villages, cities, sports fields, and golf courses will be built. This increases the utilization of the land. In addition, carbon dioxide and wood peat produced in the closed underground circulation mine (70) is used as an alternative energy required by humans instead of petroleum-based energy.

[4] a separation step of sieving the crushed soil, and separating the soil and rock;

When soil is excavated in the form of nails (59), soil, sand, and stone emerge. It is used to make the soil block (10) of the present invention by sieving the soil and sand as ordinary soil, and to make the clay block (10) by grinding the clay to make clay or use it as a general aggregate. .

In addition, among the stones excavated in the form of nails (59), the large stones are used to make mountain ponds, fields, paddies, mountain walls, and underground circular resource mines.

[5] a step of making clay by mixing 50% by weight of clay with 50% by weight of ordinary soil;

In general, soil refers to soil having a fine clay content of 50% or more. In the present invention, it refers to soil mixed with soil in the soil 50:50 ratio of ordinary soil.

Saturn (굴 性) from the area excavated in the form of the nail (59) is different in the component ratio of clay, soil and sand. Therefore, if the clay content is low in the crushed soil, it will mix a lot of clay from other regions, and if it is a lot of clay, mix less clay from other regions. On average, however, soil is usually 50:50 in clay to clay.

In addition, among the components of soil, sand has the property of scattering, and clay has cohesion. Therefore, when mixing them to create a block of sand, sand prevents the block of soil 10 is too hard. In addition, because clay serves to bind the sand to be scattered, and serves to prevent the soil block 10 is broken when transporting to the mountain.

[6] grinding the stone from the plate in the form of the nail 59 to make a small particle clay or to use it as an aggregate for construction;

If you pit in the form (59) of the nail comes out soil, sand, stone. Soil? Sand is used to make the soil block 10 of the present invention by naming 'normal soil'. And among the stones whose particles are larger than sand, the stones that can be easily broken are ground to make clay, and the stones that are difficult to break are mountain pegs (30), pegs (60), pegs (120), and mountain walls (20). And it is used as aggregate when making underground circular resource mine (70). Then the normal soil and stones from the area excavated in the form of nails (59) to make a block of soil becomes a resource without any discard.

[7] making clay water by mixing 80% by weight of water with 20% by weight of clay;

Clay is made by grinding stones from mountains, or by crushing stones from burrows in the form of nails, or by drying small particles of mud and loess. 20% by weight of clay is mixed with 80% by weight of water and mix well to form clay water, like mud water. This clay water is applied to the surface of the soil block 10 serves to prevent the soil block from being easily broken during transportation. The clay block 10 coated with clay water on the surface becomes hard when it is hardened and is not easily broken during transportation. However, two to five years after stacking the soil block 10 in the mountains, the shape of the soil block 10 is scattered easily according to the providence of nature.

[8] cutting the rice straw into 2 to 3 cm in size;

When making the earth block 10 of the present invention, the mixing plant is used to cut rice straw, barley straw, dense, deciduous, grass into 2-3 cm size. These plants are almost free and easy to get anywhere. In addition, the best straw is not easily broken when making the soil block 10, less dried than dried plants may not be broken well. Of course, barley straw, dense, deciduous, and grass are cut into 2 ~ 3cm size in areas where straw is difficult to obtain.

In addition, the earth block 10 of the present invention should not be broken until the end of the movement. Large soil or sand contained in the soil block 10 has a property to be scattered. However, the clay contained in the soil block 10 serves to connect so that large particles or soil is not scattered. In addition, the rice straw contained in the soil block 10 also serves to prevent the soil block easily broken, and when the soil block 10 is laid on the mountain or farmland, it provides a manure of organic components useful for plant growth.

[9] a kneading soil forming step of mixing water by mixing 30% by volume of rice straw with 70% by volume of soil;

Normally, clay is a soil containing 50% or more clay in which plants can grow well. In the present invention, the soil mixed with 50% of clay in the normal soil that emerged by excavating soil in the form of nails 59 is named 'soil'. Mix 70% by volume of rice straw with 30% by weight of rice straw and pour water to make kneaded soil. In addition, it is common to mix the soil block 10 with rice straw, but in areas where rice straw is not readily available, barley straw, straw, deciduous and grass may be cut into 2 to 3 cm in size. At this time, rice straw, barley straw, straw, deciduous leaves and grass play a role of preventing the soil block from being easily broken. In addition, when they decay and shrink in volume, they become voids, or voids, and serve as reservoirs for transporting underground cattle animals and for storing air and rainwater.

Dipping the kneaded soil into a tetrahedron with a through hole 11 having a diameter of 1 cm in a size of 20 cm to form a shape of an earth block;

Sand in soil has the property of scattering, and fine clay has different properties of flocculation. Therefore, sand prevents the soil block from becoming too hard, and clay plays a role in preventing the soil block from being easily broken. In addition, rice straw not only serves as an auxiliary role of clay to prevent the soil block 10 from being broken during transportation, but also serves as a useful manure for plants when decayed later.

In addition, the kneaded soil is put into a tetrahedron-shaped iron frame to make a tetrahedral soil block shape having a through hole 11 having a diameter of 20 cm and a diameter of 1 cm. Then it can be connected to the three ropes (12) to the through-hole (11) is easy to carry. The tetrahedron is triangular pyramid-shaped and has four corners. Therefore, when the soil block 10 is stacked on the mountain, the four edges do not easily flow down the mountain.

[11] first semi-drying the soil block shape at 100 degrees Celsius or less;

The soil block-shaped drying is semi-dried, not completely dried by natural sunlight or artificial heat by sunlight. At this time, when the soil block is dried at a high temperature of more than 100 degrees Celsius, the nature of the soil changes as in Onggi. Therefore, do the first half drying at less than 100 degrees Celsius so that the soil properties do not change itself.

Immersing the first half-dried soil block shape in clay water and taking out the secondary block at 100 degrees Celsius or less to complete the soil block 10; (Figure 2)

When soil blocks are made of clay that is only made of fine clay, they are so hard that the roots of the plant do not stretch easily. However, in the present invention, in addition to pure clay, large particles of sand, such as sand, are also included, which may be easily broken during transportation. So immerse the shape of the first half-dried soil block in clay water once, take it out again, and then dried again at 100 degrees Celsius or less to complete the soil block 10. Clay water then penetrates between blocks of soil and hardens as it hardens. This is similar to the principle of painting cement bricks to increase their durability.

In addition, the soil block 10 does not have to be broken only during movement. It is better to break it after transporting it to mountains or farmland. When the soil block 10 is transported and stacked in a mountain or farmland, it is broken by the temperature difference, the infiltration of tree roots, the traffic of people, and the movement of underground organisms, and mixed with the fallen leaves to form a new soil layer.

[13] a new mountain selection step of stacking the soil blocks 10 to increase the soil layer;

The mountains are different in height and shape. Classify acids into three categories according to their utilization. First, in the present invention, a mountain with a relatively gentle slope within a vertical altitude of 100 to 200 m is targeted for making a new mountain. This place has a gentle slope, is good for transporting the soil block 10, and can be easily transported later when felling trees. In addition, the area within the 5-acid ridge with a high altitude above 100-200m has a relatively gentle slope, making it easy to lay soil layers. It is also easy to transport felled trees later. These mountains are also the targets for creating new mountains. And later, if the technology of transportation, etc. improved, altitude of 100 ~ 200m or more vertically, the height of more than 5 ridges can be built a new mountain by stacking the soil block 10 and planting trees.

Second, it is a mountain to protect forest resources like Gwanak Mountain in Seoul or Seorak Mountain in Sokcho. Forest resources around the city not only provide environmental protection functions, but also create a pleasant living space for people. Therefore, such mountains do not fell trees, stacking soil blocks in the mountains to increase the soil layer, the function of forestry? However, if necessary, they can be thinned and plant new trees.

Thirdly, in mountains with vertical altitudes of 100-200m or higher, the five-part ridge is generally steep and rocky. Such steep mountains made of rock walls, high-altitude regions of the mountains, etc. are not related to the present invention. Therefore, these mountains are excluded from the pile of dirt blocks. However, if the slope is gentle even in the mountains made of rock, the string 12 of the present invention is tied to another tree 42 or tree stump 43 and the soil block 10 is laid to make a soil layer and plant the tree. (FIGS. 14, 15, 16A, and 16B).

In addition, it can be used to make a mountain rock (30), a pond (60), a paddy (120), a mountain wall (20)-underground circulation resource mine 70 by breaking the rock of the mountain. And the area where the mountains are missing, make use of the farmland or field (60).

[14] a flat surface is formed by laying a thin tree horizontally on a low place where the selected mountain surface is dug to fill a dug; (Fig. 3)

Usually in mountains, earth and sand have been swept down the mountain by rainwater for many years. Therefore, as shown in Fig. 3, the lower part cuts off the thinnest tree, the tree branch, the tree twig, and the grass and fills it with the lower part. When filling, it is laid horizontally when viewed from the bottom of the mountain to the top of the mountain, and when rainwater flows down the mountain, it acts as a dam to reduce the acceleration and reduce the flow rate. In addition, the soil block (10) laid on it is broken and mixed with the fallen leaves, it fills between the thin trees, and settles as a new soil layer.

In addition, there is no room for people to walk in the mountains where people do not come and go because of tree twigs or branches between trees. In order to stack the soil block 10 on the mountain should be easy for people to come and go. To make it easier for people to move, cut the small branches or branches between the trees and lay them horizontally, filling them horizontally.

In addition, the dead wood protrudes out to release carbon dioxide gas for a long time. Carbon dioxide gas, released from dead trees into the atmosphere throughout the year, is more environmentally contaminated than oil spills in the Taean Peninsula. Nevertheless, people were worried about the Taean Peninsula oil spill once and for all. However, few people worry about the carbon dioxide emitted from dead trees into the atmosphere throughout the year. When the dead tree is decayed and rots, the organic manure flows down the mountain by rainwater. Therefore, the tree of the mountain does not help much. However, the present invention fills the lower place using dead trees and branches. And when the earth block 10 of the present invention is laid on it, dead trees and branches are covered with soil layers. This also reduces carbon dioxide emissions and decays the dead trees, providing useful organic manure for the roots of the trees.

A soil block conveying step of transferring the produced soil block 10 to a foothill, a hillside, and a mountain peak by a labor force or a mechanical device;

It takes a lot of labor to build a block of soil in Saesan. So, a year is divided into four seasons until the spring, summer, and autumn, the soil block (10) is made and dried to move to the foothills, mountainsides, mountain tops. In winter, other civil and construction jobs are reduced. At this time, surplus labor is used. In addition, students may be given a role to build soil blocks (10) in Saesan for one to two months a year. Because planting trees with soil blocks in Saesan is an investment in the future, and the youth who are the owners of the land of the future benefit the most. Therefore, it is for the youth themselves to build up blocks of soil in Sasan. Also, as in the construction of the Great Wall of China and the construction of the pyramids in Egypt, it is possible to impose a burden on the people to build a block of soil (10). It also provides cash or goods when developed countries help underdeveloped countries. Instead, if the soil block 10 is piled on the mountain using the labor force of the less developed country, the developed country gets the forest resources, and the poor country gets the wage income.

In addition, in order to move the soil block 10 of the present invention to the acid, it is more productive to solve by a mechanical device than to rely on the labor of people. For example, it is more efficient to carry conveyors or cable cranes, or to transport helicopters, rather than people carrying soil blocks in the mountains. However, the preparation of such a mechanical device takes considerable time to prepare. Now most countries are suffering from unemployment. In particular, as information society develops, employment decreases. These mountains can be carried or piled up the soil block 10. This can achieve full employment that no capitalist state has achieved since industrialization.

In addition, urban people have a relatively lack of exercise compared to the past as the use of the car is more common, and on weekends, the lack of exercise to fill the lack of exercise. If you make a pile of dirt blocks at the entrance of the mountain trail and carry it to the top of the mountain, you can exercise and protect the environment. There is a saying, 'It is mote gathering.' Do not only protect the natural environment with words, but actually move the soil block to the top of the mountain.

Will you get fired from work as you get older? Many people get fired and are actually fired in the name of restructuring. This is also the time when the cost of living is the highest due to education of children and marriage. In countries with poor social security, you have to find a job for yourself. But finding a job is not easy. Using these people to carry blocks of dirt to the mountains can earn income for individuals, and the nation can grow trees to get the resources they want. Growing well also has the effect of reducing greenhouse gases.

[16] a step of making a paper barrel 15, the bottom of which is a closed cylinder of paper having a diameter of 60 cm and a height of 60 cm;

Even if the soil soil (50) is made of a paper that is not easily torn to make a paper barrel (15) made of a closed cylindrical bottom of 60 cm in diameter and 60 cm in size. In addition, the bottom surface of the barrel 17 'is narrower than the top surface of the barrel 17 so that the paper can be stacked and transported. In addition, the circular frame (hereinafter referred to as "border") at the top of the paper container 15 is thicker than other parts of the paper container 15. Moreover, by making the edge 16 thick, the form of the paper container 15 can be kept long. In addition, after planting a tree containing the soil soil 50 in the paper bucket 15, even if people step on the rim 16, the shape of the paper bucket 15 is not easily torn down.

In addition, the paper used when making the paper container 15 reduces the cost by using waste paper. In addition, the thin paper is vulnerable to water, it is good to make the paper thickness of about 0.5 to 1cm so that the paper container 15 can maintain the shape of about 2 to 5 years.

In addition, paper is made from wood. To make the paper barrel 15, the tree must be felled. However, the trees planted in the small paper canisters (15) are much more productive because they are turned into economical trees after 30 years. It's like a rice seed opening up to dozens of rice grains.

[17] placing the paper container (15) in Saesan, a place for planting new trees;

In the present invention, all the trees in Saesan are felled in stages, and the seedlings 40 grown in other places are transferred and planted. In the new planting trees Saesan 60cm in height 60cm in diameter to select the place where the paper barrel (15) to be located, and then place the paper barrel 15 at intervals of 3 ~ 5㎡. In addition, if it is not appropriate to place the paper barrel 15 in Saesan may be part of the existing tree first.

[18] filling the paper bucket with the mountain soil (50), which is flat soil around the paper bucket (15) located in the Saesan;

The paper container 15 is arrange | positioned at the said 3-4m <2> space | intervals. In order to plant a new tree, the soil soil 50 is dug around the paper canister 15 and mixed with the fallen leaves to fill the paper canister 15. At this time, the paper canister 15 is not easily torn by rainwater, and its shape should be maintained for 2 to 5 years. After that, it is gradually broken down by the infiltration of tree roots and the movement of underground small animals. The paper then provides the useful organic manure necessary for the tree to grow, just like fallen leaves.

Filling the soil block 10 by filling the soil soil 50;

Digging soil in Saesan to fill the soil in the paper barrel 15, grooves are dug as much as the soil soil 50. The soil block 10 of the present invention is mixed well with the fallen leaves. In addition, the soil where the soil (50) is sold, the soil may be swept away by the rain. Therefore, the soil where the soil (50) is sold and mixed with the surrounding leaves, stepping on or chop well.

[20] The soil block layer having a height of 60 cm is piled up three times for three years, one layer per year, except where the paper bucket 15 filled with mountain soil 50 is located in Saesan. Stacking 90 '; (FIG. 1B, 5, 11B)

In Korea, white snow falls in the cold winter. As the weather clears, the snow melts into water, seeps into the ground, or flows into the river to the final destination, the sea. If this white snow does not melt into the sun's heat, is not washed down into the river by rainwater, and is transformed into the soil layer as it was first accumulated on land, a new soil layer of 60 centimeters is formed after three years with only 20 centimeters of snowfall per year. . But snow from the sky melts into the sun's heat, becoming water and flowing into the river, never becoming a soil layer.

The soil is excavated in the form of a nail (59), and the soil or stones from the ground are ground, mixed with rice straw, kneaded, dried, and then made into a 20-cm square (triangular pyramid) -shaped soil block (10) and stacked in a mountain. In other words, if the fallen leaves fall in autumn and pile up the soil blocks one by one, three years later, a new soil layer with a height of 60 cm is created. The dirt block 10 does not sweep down the mountain because it has four corners. In addition, because the soil block 10 is taken by drying like a brick keeps its shape for a relatively long time. Over time, the rice straw in the soil block mixes with the fallen leaves and rots into manure. Dirt blocks also become new soil layers due to the activities of small animals such as centipedes and ants, changes in temperature, and penetration of tree roots.

Wherever snow is accumulated in the soil block 10 can be stacked. In addition, in the desert or wasteland that cannot be farmed, paddy fields or paddy fields are made, and soil blocks (10) are put in it to grind and farm.

In addition, the soil block (10) by stacking trees and planting trees in the soil layer 60 cm higher soil layer is used to replace the underground resources, such as petroleum, coal, natural gas, iron, aluminum, felling at Bell age. In addition, even in the desert or wasteland, such as farming can not be built on the outskirts or paddy field of 30 ~ 50 ㎝ high, and the soil block (10) in the ground to build the farming. This allows farming anywhere on land where water is supplied.

By piling in the form (59) of the nail where the soil or rock dug to make a peg (60) to store rain water. Then, the water necessary for life, that is, the living water, industrial water and agricultural water are all supplied from the pond 60. This eliminates the need for water from rivers or dams.

As shown in (a) of FIG. 1, the surface of the mountain includes rocks such as bedrock and mother rock, and above it a soil layer on which plants can take root. And the soil layer is piled with fallen leaves. In the present invention, a place to plant a new tree before the earthen block 10 is selected. Place the paper canisters 15 at intervals of 3 to 5㎡. The soil soil 50 is dug around the paper canister 15 and filled into a paper canister 15 having a diameter of 60 cm and a height of 60 cm. And where the soil soil 50 is filled with a block of soil (10) to create a flat surface.

Currently, most of the mountains are heavily piled of fallen leaves. On the stacked deciduous layer ((a) of FIG. 1), except for the place where the paper container 15 filled with the mountain soil 50 is located, the soil block 10 is covered with a height of one layer (20 cm). Another year later, after the fall leaves fall, the soil block 10 is placed on the first floor (20 cm). Another year later, the soil block 10 is laid on the deciduous layer, which is piled up to the first floor (20cm). Then, the soil block 10 is laid three times for two to three years, and the height of the entire soil block layer ((b) of FIG. 1, 90 ') becomes 60 cm. Then the soil layer will be raised by that height. Over time, the soil block (10), which was hard due to people's traffic, temperature differences, movement of small animals such as solar heat, earthworm, and infiltration of tree roots, is broken. This is again converted into oily soil layers, mixed with rice straw in the soil block 10 and the fallen leaves around. This has the same effect as manure and plow on cropland.

In addition, between the newly stacked 60 cm-high soil block layer (Fig. 1 (b), 90 ') there is a paper canister 15 at intervals of 3 to 5 m2. Paper barrel 15 of 60 cm in diameter and 60 cm in height is filled with mountain soil 50 so that seedlings 41 can be moved and planted there.

In addition, the transport of the soil block 10 is efficient to move by mechanical devices such as conveyors, cable cranes, and helicopters, but it takes a long time to install the conveyor and cable cranes, and the use of helicopters is not activated. Is difficult. In order to solve the unemployment problem in front of us, it is desirable to use a mechanical device that allows people to carry dirt blocks directly to the mountains. In addition, the soil block 10 laid on the deciduous layer 60 cm thick serves as follows. First, it helps to grow plants by raising the soil layer. Trees in Korea have rings, so you can see how long they grew by looking at the gaps. If you cut the tree and look at the rings, the deeper soil layer has the same rings and the trees grow straighter. However, there is a big difference in tree rings even in a single tree. The lower soil layer has a smaller ring spacing, while the higher soil layer has a wider ring spacing. Of course, the amount of sunshine is also affected. Second, the contaminated soil layer below the soil block layer gives time for self-cleaning. Soil has the ability to purify polluted material on its own. Too much contaminants accumulate in the soil. The deterioration of deciduous leaves is also due to soil contamination. However, when the soil block 10 is stacked, the contaminated soil beneath it no longer accumulates contaminants and gives time to purify itself. Third, the deciduous layer underneath the soil block decays, preventing organic manure from flowing down the mountain by rainwater. When the deciduous layer is laid under the soil block, the deciduous leaves absorb the water like a sponge to prevent the soil from drying out, and when it decays, it serves to provide the tree roots with organic manure to the depths of the ground. Fourth, there is an effect of forest fire prevention, but even if a forest fire occurs, it is possible to prevent the discharge of soil by rain water. When a fire occurs, the fire spreads greatly due to the litter layer on the mountain surface. However, when the soil block is laid, the deciduous layer is laid under the soil block, so the air is almost blocked and the fire does not spread significantly. Even if a large fire occurs, even if the soil block 10 is holding the original soil layer can prevent the outflow of soil by rainwater. Fifth, since the soil layer is high, activity spaces such as earthworms, ants, and centipedes are expanded. They develop voids as they move in search of food. The storage of rainwater here has the effect of building several dams. The feces of these bovine animals also provide nutrients to the tree roots. Sixth, the soil block 10 functions to purify the contaminants. The soil used for the soil block came from the depths of the ground in general farmland. Therefore, since it was not polluted at all, the soil block 10 purifies the pollutants when the pollutants in the air fall on the mountain with rainwater. Seventh, it plays a role in purifying the natural environment and increasing employment. Up to now it has been difficult to solve both environmental and employment problems. However, stacking the earth block 10 of the present invention on the mountain is also an environmental purification function, there is an effect of reducing unemployment due to the explosive increase in labor demand.

[21] a step of making a mountain wall 20 by stacking a wall of concrete or stone at a height of 60 cm on the bottom mountain foot of the soil block 10;

In the case of discussion, water is confined and rice paddies are made as a sign of distinction from others. But the mountain is paddy? field? River? There is no boundary bank to distinguish roads and the like. So when it rains, the soil and fallen leaves piled up in the mountain flow into the river without any restraint along with the rotting organic manure by the rainwater. Thus, the mountain wall 20 piled with concrete or stone at a height of 60 cm on the selected Sasan mountain foot reduces the acceleration of rainwater flowing down from the top of the mountain, and acts as a dam to prevent the soil from being washed down by a certain portion. .

In addition, in the present invention, when the rainwater flows down the mountain, the rainwater comes down from the mountain valley by riding inside the mountain wall 20 and descends into the field. This rainwater is stored in the inventors' pond 60.

In addition, by dualizing the field (60), one place stores the 'early rainwater' first coming down from the mountain. Initial rainwater is referred to as initial rainwater, about 0.5 to 1% of the total amount of rainwater. Early rainwater contains a lot of decaying organic manure and good clay soil. If the initial rainwater stored in the pond (60) and used as agricultural water, less fertilizer and manure can be used for farming.

The beginning of human civilization is around a large river. Farmland around a large river is flooded by rainwater. The floodplain is rich in organic manure from the mountain. Our ancestors realized that floodplains worked well. Of course, nowadays the rivers are not flooded well by dams, and fertilizers are used, so farming is good even in areas that are not floodplains.

In addition, another portion of the pond 60 stores relatively clean rainwater that comes down after the initial rainwater. This water is used for industrial and domestic water. The water of ordinary reservoirs or multi-purpose dams then loses its function.

Multi-purpose dams prevent flooding and provide agricultural, industrial and domestic water. In addition, it generates electricity using free fall. In the present invention, all the water necessary for life is supplied from the mountain pond (30)-wild pond (60)-paddy (120). The multipurpose dam is then dismantled to restore the flooded area to its original agricultural land. In addition, the width of the rivers made for heavy rains can be greatly reduced. Multipurpose dams are less efficient at occupying a large flooded area just for hydropower.

San tends to think of its owner as a public good, whether individual or state. If the mountain is privately owned, other people should not enter or leave without the owner's permission. If the owner is the state, the state should take good care of it. Nevertheless, they do not manage well, so people walk into the mountains and make their way to their comfort. Where there is a path, tree roots come out and interfere with growth. People also dig soil for potting in the mountains to fill the pots in their homes. Where soil is excavated, the soil flows down the mountain by rainwater. Don't think that I'm digging soil in the mountains alone. Think of tens of thousands of people digging in the soil. When a tree root breaks through a rock in a mountain, it becomes a small stone, and this stone becomes soil by weathering, and it takes 1,000 years to make a 1cm thick soil layer. That is why it is difficult to make soil in the mountains. Therefore, dirt should not be scattered in the mountains.

Although acid is an important production factor, it is almost neglected. In addition to forest resources, mountain produce can be grocer sap, wild vegetables, bellflower, and mushrooms. If the mountain wall 20 can be stacked on the mountain to monitor the visitors, the soil leakage can be prevented to some extent, and farm income can be raised.

Atmospheric circulation in the mountains constantly causes yellow dust and dirt to settle down, but when it rains, the deciduous leaves flow into the river with the rotting manure. Thus, when it rains, the river is always muddy, and floodplains and deltas become fertile land where grains grow well.

In the present invention, as a previous step for planting trees in Saesan, as shown in Figure 6 piles the dam into a permanent 60cm high concrete or stone in the foot of the mountain. This is called a mountain wall (20). The mountain wall 20 serves to collect organic manure components by rainwater. In addition, the mountain wall 20 serves to block the access of the mountain. After all, when rain falls on the mountain, organic manure, which has been decayed in rainwater, soil, and fallen leaves, flows with rainwater down the mountain without restraint. However, in the present invention, the mountain wall 20 is blocked, so that the mountain wall 20 does not flow straight down and merges with the water falling into the valley through the inside of the mountain wall. The water is stored in the pit 60 made by throwing it back to make the soil block 10.

[22] forming a mountain pond (30) in which rainwater is stored by stacking dams with concrete or stone at intervals of 50 to 100 m in the Sasan Valley where the mountain walls 20 are stacked;

People plant trees in the city center to create green spaces. Where there are forest resources in the mountains, terraced ponds (30) should be formed to create a space to protect the forest resources. People think that only trees need to be well cared for in the mountains. As a result, as seen in large forest fires in the United States, Australia, and Greece, forest fires that have been raised for decades have turned to ash in a few hours, and casualties are significant. Recently, large-scale forest fires have increased due to global warming. The government's countermeasures to prevent this are mainly through the establishment of forest fire prevention campaigns, prohibition of entry, and fire monitoring posts. If you go to the mountains, you can easily find past forest fire trails.

They usually build their own nations and usually organize troops to prevent invasion of other nations. The state can not wage a war for one hundred years. But without an army, the country is destroyed by a single invasion. There can be no wildfires in the mountains for 100 years. However, a single forest fire loses not only forest resources but also good clay soil layers. When a forest fire breaks out, forests can be protected by water, not by helicopters, shovels, or branches. 'The natural enemy of wildfire is water.' The lack of water in a mountain is like building a nation and no army.

The elements needed to grow trees in the mountains are solar, oxygen, carbon dioxide, soil layers and water. Perhaps the most needed of forest resources is water. Because no matter how well-managed forest resources can be, if a fire breaks out, it will turn to ashes. Without moisture, the tree dries up and stops growing. It is like building sand castles. Nevertheless, there is almost no water in mountains that need water. Of course, when a fire breaks out, he uses a helicopter to transport water from a distance and extinguish the fire. It's like home toilets aren't in the house and are 20km outside. How uncomfortable would it be if the toilet was far away? It is better to be closer than to be far from what is necessary.

The average annual rainfall on Earth's land is about 600 mm. This is a large amount that can submerge the entire earth's land to 60 cm deep. So much rain falls on land, but most of it goes to the sea without cost. That is why they are always suffering from droughts and floods. In the present invention, to make a soil block 10 to make the soil block 10 by the present invention to form rainfield to store rainwater, and to reinforce the soil block 10 to the mountain to increase the soil layer, 50 ~ 100m interval in the mountain valley Make a mountain (30) to save rainwater. This would save more rainwater on land, preventing droughts and floods.

Those who have traveled and returned to Canada envy Canada as a country of natural conditions, rich in lakes and abundant water due to the melting of glaciers. In the Republic of Korea, when the rainwater stored in the mountain pond (30)-wild pond (60)-paddy (120) by the present invention, it can be a country rich in quantity, such as Canada. This eliminates droughts and floods. In addition, mountain (30), wild (60)? Paddy (120), if you grow natural freshwater fish, anyone can easily eat natural freshwater fish. Fish are known to be richer in protein than meat. However, at present, natural freshwater fish are expensive, making it difficult for commoners to buy.

Also, many people live on Earth. Developed countries don't have to worry about eating. But in poorer countries, the problem of eating is not solved and suffers from malnutrition. If only fish can be inexpensively provided, then food is not a concern.

Mountains occupy half the earth's land mass. Therefore, half of the rain on land falls on the mountains. Rainwater mostly gathers in valleys and flows down the mountains. As shown in Figure 7 in this valley from the foot of the mountain to the top of the mountain to accumulate the bank (31) by the concrete or stone at intervals of 50-100m to store the water flowing into the valley. This place is called a mountain (30). Mountain ponds are created in mountain valleys by utilizing 10-20% of the total mountain area.

In addition, as shown in FIG. 7, when the road to the mountain is dug dirt on the ridge side to fill the valley side, and then the road. At this time, the path to the valley serves as a dam to block the valley. If you maintain the valley inside the road 32, you can easily create a mountain pond (30) without building a dam.

The mountain pond 30 plays the following role. Flood and drought prevention function, fire protection function in case of wildfire occurrence, planting and watering young trees, watering trees during the dry season, preventing landslides, purifying pollutants by aquatic plants, and places to raise freshwater fish. Fishing and leisure functions and wooden houses are used as villas.

Acid rain from fossil fuels causes some mountain forest resources to clean up some of the pollutants, but today more pollutants are emitted. As this accumulates, environmental pollution becomes more and more serious. When it rains, most polluted rainwater gathers in the valleys and flows down. At this time, by forming a mountain pond (30) at the bottom of the valley and planting aquatic plants, such as reeds, water hyacinth, parsley, and frog rice, which has excellent water purification ability, they purify the polluted rainwater and send it down the mountain. This reduces water pollution to some extent.

When a fire occurs, many people mobilize to extinguish the fire by breaking the shovel, the hoe, the sickle and the branches. It is also less efficient, and even wind blows into large forest fires. 'The natural enemy of fire is water.' As you say, the water is easily evolved through the pipe 33 installed on the mountain pond 30 to extinguish the fire into the portable water pump 140. And fires often go to extinguish fires, causing fire damage. In the present invention can use the water of the mountain pond (30) can save a waste of life.

In addition, like farmland, water must be available for trees to grow well in the mountains. But most rely only on rainwater from the sky. Therefore, during the dry season, growth is hampered by lack of moisture. If you cut the tree, you can see that the rings are different every year. In particular, in severe drought years, the rings are very narrow. The tree did not grow that much. In the event of drought, crops are supplied with water from other places to prevent the plants from drying out. But trees are deeply rooted and do not die in the event of a drought. But growth is not good. That is to draw water to the portable pumping water through the pipe (33) of the pond to water the tree.

Fish are known to have higher protein than meat. So people try to consume a lot of fish, but the price is expensive because of oversupply. As an alternative, fish can be raised by sea farming or by freshwater cages. This increases supply, but uses antibiotics and nutrients to grow a lot of meat in a short time. So it pollutes rivers and seas. Aquaculture fish are also cheaper, but they do not gain the trust of consumers due to the use of antibiotics and nutritional supplements. However, to raise the natural freshwater fish in the mountain pond 30 made by the present invention is to supplement the lack of fish.

[23] seedling growth step of raising seedlings 41 to be planted in the new mountain; (Fig. 8)

In order to plant a new valuable tree in Saesan, as shown in FIG. 7, the seedlings 41, such as a lily tree, an oak tree, and a birch tree, are made. Until now, the water needed for living, such as agricultural water, industrial water, and living water, has used a lot of water from multi-purpose dams. In the present invention, however, the multipurpose dam is not necessary because the soil 60 to supply the required water from the pike 60 made of the soil block 120 to make the soil block 10. In addition, the soil layer of Saesan is much higher than now, absorbing much of the rainwater. Therefore, the multi-purpose dam may be dismantled and the river width may be reduced. The mother field 40 may be made by using general farmland, but may be made by using a place where the river width is reduced and a multi-purpose dam is dismantled. The lack of electricity due to the dismantling of the multi-purpose dams replaces the trees with forest biomass cogeneration, which develops from time to time.

The main breakdown of the car is the United States. A country with a large land area, such as the United States, cannot live without a car. However, the Republic of Korea has a small land area, so everyday life is possible without a car. So in the early stages of economic development, we had to build bicycle roads first, not car roads. There is an obstacle to building a bike path. It is a dam. You can use your bicycle to get around the city, but you can't connect to other cities. The reason for this is that the dam is blocking the tunnel, which often requires a tunnel. Therefore, when the dam is dismantled, it is possible to connect to other cities by bicycle path along the river bank.

Until now, because only thought to plant trees in the mountains, the demand was low, so there was no need to make a lot of specialty (40). However, in the present invention, the demand for seedlings 41 explodes explosively, because trees are planted and planted to be cut when the bell ages. In addition, paddy and field farming became a priority, and there was not enough land to create a mother field (40).

When crude oil is refined and gasoline is made and exported, value-added, employment increases, and gross domestic product (GDP) rises. To make gasoline in Korea, we need to import crude oil. Gasoline releases pollutants during the refining process, requires foreign currency to introduce crude oil, and wastes energy during transportation. However, according to the present invention, if the mother field is made for planting trees in the mountains, the market is created by production and sales, thereby increasing the GDP as employment increases. It also has the effect of reducing environmental pollution.

[24] cutting all of the soil block 10, except for a small tree of less than 10 cm in diameter, in the new mountain laid;

After stacking the soil block (10) three heights (60 ㎝) in Saesan, all of them are lumbered, leaving only a small tree less than 10 cm in diameter. The felled tree separates the logs and branches and uses them as timber down the mountain.

In addition, there is a tendency to neglect the branches compared to the solid wood, the branches can not be used for sanctions, but when using this as a firewood, solid wood and branches have the same effect.

Trees also emit directional substances on their own to protect themselves from pests. If you fell all your trees and plant new ones, the newly planted trees may be damaged from pests. Therefore, they do not cut all the trees, but leaves only the big trees, leaving only the small ones. Small trees that are not harvested are logged in stages so that newly planted trees do not interfere with growth. The small trees can then be easily felled without damaging the newly planted trees.

Some of the twigs from the felled trees are used for reconciliation down the mountain, and the rest is laid on a layer of crushed Saesan soil with a thickness of 10-20 cm;

In order to plant trees in the new mountain, all trees 10 cm or more in diameter are felled. The felled tree is separated from branches and logs, and the logs are lowered down the mountain and used as timber. In addition, some of the branches, like solid wood, descend to the bottom of the mountain to be used as flower beds. And the remaining branches are laid on the soil block layer (Fig. 1 (b), 90 ') stacked in a 60cm thickness to 10 ~ 20㎝ thickness.

In addition, the branches laid on the soil block layer with a thickness of 10 to 20 cm serve to prevent the soil block from being cut by rainwater and to prevent evaporation of moisture by solar heat.

In addition, the twigs laid on the soil block layer with a thickness of 10 to 20 cm are gradually broken down over time. The broken pieces are sandwiched between the layers of soil blocks beneath them, creating a new layer of soil. The branches then rot and become organic manure, which is the foundation for the tree to grow. Some branches decay and become organic manure, flowing down the mountain with rainwater. Rainwater containing a lot of organic components are combined with the rainwater coming down the valley on the mountain wall, all stored in the pond 60 for storing the initial rainwater made by the present invention. This water can be used for farming and can be farmed with less fertilizer. Like a floodplain and delta, it becomes a fertile farmland.

Transferring seedlings 41 grown in the nursery 40 into a paper bucket 15 filled with the mountain soil 50 to complete a new mountain;

In the Saesan, paper barrels 15 having a diameter of 60 cm and a height of 60 cm are arranged at intervals of 3 to 5 m 2. The paper container 15 is filled with mountain soil 50. Transfer the seedlings (41) grown in the nursery to the paper bucket (15). The soil block 10 of the present invention is stacked to a height of 60 cm, except where the paper container 15 is located. In that case, the soil layer is 60 cm higher than the old one.

In addition, there are many varieties of trees in the mountains, but also of economic value. Growth rate in the case of lily trees? Carbon Absorption Rate? Both economics are known to be higher than pine trees. The lilies bloom for about a month. It blooms longer than acacia flowers, which is also beneficial for honey production. Nevertheless, just because of the high growth rate and high carbon absorption rate, it is highly likely to fail if planting a lily tree that is economically unconditional. The reason is that the soil has a low soil layer, but in the mountain there is only an organic manure component in the outer soil layer, there is almost no organic manure component in the soil. In this state, no matter how economic species, trees do not grow well.

The roots of the tree are divided into straight roots extending downward and lateral roots extending laterally. Pine tree, native to Korea, has a strong straightness, so even if the soil layer is low, the roots penetrate through the rocks and do not fall easily due to strong winds. However, imported species such as acacia are strong in nature, so when the soil layer is low, the roots do not easily extend to the side and fall sideways to fall easily due to strong winds. So, in the present invention, the soil blocks 10 to 60 cm high so that the trees can be easily rooted down to increase the soil layer, and then planting and growing trees to be used as timber felling when the bell age.

It is also known that oak is stronger than pine or acacia when used as fuel. Then the pine or acacia trees in the mountains should be replaced with lily or oak trees. In the present invention, by planting a tree suitable for the topography and climate of the mountain, when the bell ages, it is cut and utilized as a resource.

[27] the step of watering the water connected to the portable water pump 140 in parallel so that the newly planted seedlings do not dry out; (Fig. 24)

Usually, when planting trees in mountains, plant the soil the next day after rain. Then, the seedlings (41) planted will not dry out and grow well. In the present invention, even if it does not rain, planting trees in the mountains, pull the water of the mountain pond (30) made in the near side valley to the portable pump 140 to give water to the tree. At this time, if the portable water pump 140 is held by several people on the back and the hose 141 of about 50m is connected to the pipe 33 of the mountain pond 30 in parallel, the water can be moved to a relatively long distance. Then you can plant trees without rain. In addition, when watering the trees in the dry season, or when raising a fire when a fire occurs, portable water pumps (140) are connected and used in parallel.

After planting trees in the Saesan step, lumbering the trees less than 10 cm in diameter that are not initially felled so that the newly planted trees do not interfere with growth;

In order to plant a new tree in the new mountain selected by the present invention, some trees must be felled. At this time, all big trees with a diameter of 10㎝ or more are cut and used as timber. This frees up space to plant new trees. And small trees less than 10cm in diameter that were not first felled are harvested step by step so that new planted trees do not interfere. This will allow you to cut small trees without damaging the newly planted trees. If necessary, cover the newly planted tree and lumber a small tree of less than 10 cm in diameter. This will allow logging to be done without damaging the newly planted tree.

[29] extracting the water of the mountain pond (30) with a portable pump 140 so that there is no problem in the growth of the tree of Saesang even during the dry season, giving water to the forest (育林); (Fig. 24)

Tree rings are divided into spring and summer trees and autumn and winter trees. Spring is full of moisture in spring and summer, so it is bulky and light in color. However, Chujae is thin and colored because of insufficient water supply in autumn and winter. Thus mountain trees continue to grow throughout the year. It is good to rain often to keep the tree growing. But rain falls intensively in summer. The mountain also has a slope, making it difficult to store rainwater for a long time. In the present invention, the rain water falling in the summer season is stored in the mountain pond (30), and water is supplied to the tree using the portable pump 140 in the dry season does not rain. At this time, when the distance is relatively long, several people carry the portable water pump 140 on the back and connect the hose 141 of about 50m to the pipe 33 of the mountain 30 in parallel to water the tree. This will speed up the growth of newly planted trees. People also grow a lot of adolescents must provide enough nutrition to be tall. If you miss that period, no matter how much you nourish, you will not grow well. It is important to provide sufficient water and nutrition until 20 years, when mountain trees are also growing. At this time, the water is supplied using rain water or the water of the mountain pond (30). And nutrients are supplied by the deciduous layer stacked between the straw and soil blocks contained in the soil block (10).

When the wildfire occurs in the new mountain, the step of extinguishing the wildfire by connecting the portable water pump in parallel to the ignition point in the mountain pond (30) to extract water; (FIG. 24)

Conventionally, when a fire occurs, many people are mobilized. Mobilized people extinguish forest fires with shovels, hoes, etc., or use helicopters to extinguish water from other places. In the present invention, when a lot of forest fire occurs, the water is filled in the pond (30), from which the portable pumping machine 140 to the ignition point is carried by several people on the back of the hose 141 of about 50m pipe of the pond (30) In parallel with (33) it is to extinguish forest fires. This makes it easier to extinguish wildfires and minimize damage.

In addition, if a forest fire occurs, the damage of forest damage is great. Also, when people extinguish forest fires, they catch the wind on their backs and extinguish the fire. Only then can people be harmed by fire. However, sometimes in the mountains the wind direction changes suddenly, causing a headwind. Normally, during firefighting, accidents are caused by flames, which can lead to death. In case of this, the person who extinguishes the forest fire takes the portable water pump 140 on the back and puts the oxygen cylinder 150 into the oxygen cylinder blood 153 as shown in FIGS. 26 and 27, and attaches the belt 154 to the waist.

Also, if you are in smoke while you are extinguishing a forest fire, you may be unable to breathe and choke. In this case, by taking out the oxygen tank 150 in the waist, open the oxygen cylinder valve 152, and drinking the oxygen with a straw 151 in the mouth may escape the danger zone.

If a fire breaks out during the voyage, the crew uses fire water to extinguish the fire. At this time, the crew repeatedly sprays water on their body through the fire hose and sprays it once in a fire. This will turn off the lights and protect your body. Unlike land, the sea has no place to escape. If your ship sinks, your life is not guaranteed, so extinguishing fire is like protecting your life.

In the present invention, when extinguishing a fire in a forest fire generating area, the portable water pump 140 is connected in parallel to draw water of the mountain pond 30 to extinguish the fire. Then, when the wind is in danger of being blown up by flames, spray water on one's body once again using the auxiliary hose 142 that extinguish the fire of the portable water pump 140, as when extinguishing a fire on a ship. Repeat spraying once. In addition, when the smoke is wrapped in the back of the oxygen tank 150 that was kicked out to open the oxygen cylinder valve 152, the straw 151 in the mouth while drinking oxygen to extinguish the fire. Still, if it is determined that life is dangerous, the straw 151 of the oxygen cylinder 150, while drinking oxygen in the mouth, leaving the danger zone. The whole body is already wet, so there is no fear of fire. In addition, there is a portable oxygen tank (150) in the waist, you can breathe even in the smoke. In general, a run of 20 to 30 minutes will save you from a wildfire risk zone.

In addition, in the spring dry season when given to the tree using the water of the mountain pond (30) is good for tree growth, but the humidity of the mountain is also effective in preventing forest fires.

[31] giving the water of the mountain pond (30) to the tree during the dry season and leaving it empty to fill the rainy season;

The mountains need water throughout the year, but the rainy season is usually summer, rainy season. In the present invention, the rain water is stored in the mountain pond (30) in the summer, the dry season gives to the tree. Also, when a fire occurs, it is used as fire water. It rains a lot when the rainy season begins. In preparation for this, all the remaining water in the pond 30 is given to the tree or flowed down and left empty. Then rainwater falling in the rainy season can be stored a lot in the pond (30).

[30] After 30 years of planting the tree in Saesan, only the small trees of less than 10 cm in diameter are left to be lumbered and used as timber;

Trees can be grown by planting seedlings, but new trees can grow as seeds fall off during growth. After 30 years of planting seedlings in Saesan, various kinds of trees grow from annual trees to 30-year-old trees. All trees are felled except for trees less than 10cm in diameter.

In addition, when cutting trees in the mountains and examining the rings, the rings are wide by 20 years after planting young trees. Many trees grow during this period. And from 20 to 30 years, the rings are narrow. This means that trees grow less than by 20 years. In addition, after 30 years, the rings are narrow and it is difficult to distinguish them with the naked eye. From this point on, trees do not grow well. Like this, the mountain trees have a growing season like animals. Trees grow fast up to 20 years. Therefore, it is important to grow up to 20 years of growth. After that, it grows slowly, but after 30 years, it grows very slowly. So, after 30 years, logging and planting trees will increase efficiency.

Figure 11 (a) is an expected view of the tree 100 grown for about 30 years in a natural state without stacking the soil block 10, Figure 11 (b) is a layer of soil block in the mountain according to the invention (Fig. 1 (B), 90 ') is an estimate of a tree (100') that has been grown for 30 years at a height of 60 cm. As shown in the predicted diagram of FIG. 11 (b), the trees stacked and grown with the soil block 10 are much faster to grow. Then, trees that absorb carbon dioxide and grow in size also increase the rate of carbon dioxide absorption. This serves to reduce global greenhouse gases.

Thirty years after planting new trees in the mountains, at the age of Bell, they cut down trees and branches and fell down the mountain for sanctions, underground circulation resource mine storage, forest biomass cogeneration, fuel and wood chips production. Is written.

In addition, logging and planting all the trees in the mountains can damage the newly planted trees from pests. Therefore, small trees with a diameter of less than 10 cm are cut in stages so that newly planted trees do not interfere.

[33] Planting and replanting seedlings 41 grown in the nursery 40 to Sasan, where all of the trees are cut, leaving only a small tree of less than 10 cm in diameter.

The soil layer is already high in Saesan, so you don't have to build up the soil block 10 anymore. You can also plant trees. After that, grow seedlings (41) to plant and plant trees in Saesan and continue to repeat the steps to use as resources when the age of Bell. In other words, by planting a tree in Saesan 30 years after logging is used as timber.

2. In one embodiment, the soil block 10 is configured to further comprise one or more of the shape of a cylinder, a cuboid, a cube, a cone of a tetrahedron shape, and the soil block 10 The size of is assumed to be within the size of the basketball from the size of the table tennis ball.

The shape of the soil block 10 is generally a tetrahedron, but if necessary, it can be made in various forms such as a cylindrical shape, a cube shape, a cube shape, a cone shape, and the like. In addition, the size of the soil block can be produced in various sizes, from the size of the table tennis ball to the size of the basketball ball as needed.

3. In one embodiment, after connecting the three ropes 12 to the soil block through-hole 11, and further comprising the step of attaching the carrying handle 14 on one surface. (FIG. 2, 12, 13)

When making the soil block 10, as shown in Figures 2 and 12, through the through hole 11 having a diameter of 1 cm from side to side, so that hemp rope 12 made of manila hemp and the like. In addition, as shown in FIG. 13, when the carrying handle 14 is attached, it can be easily carried without packaging. The hemp rope 12 and the carrying handle 14 are collected and recycled after the movement is over.

In addition, the size of the soil block 10 has a tetrahedral shape in which a through hole 11 having a diameter of 1 cm is formed at 20 cm. One soil block 10 weighs 1 kg, and 20 soil blocks are connected by a hemp rope 12 to attach a carrying handle 14. It can then be transported to the mountains without packaging. If necessary, a backpack strap may be used instead of the carrying handle to carry it on the back and to the mountain. Hemp rope 12, carrying handle 14 and backpack straps are recovered and recycled.

4. In one embodiment, the three blocks (12) in the through-holes 11 of the soil block in the place where the slope is steep in the mountain to be piled up the soil block 10, or the mountain foot is submerged by water and there is no soil layer ) And stacking the soil block 10 in a state in which the rope is tied to the tree 42 or the tree stump 43 (FIGS. 14, 15, 16A, and 16B).

Slope in Saesan, but the surface is a rock wall because the soil block 10, if only piled up with the soil block 10 can be washed down. This place piles the soil block (10) 60 cm high in a state tied to the rope (12) hemp rope 12 connected to the tree 42 or tree stump (43). Hemp rope 12 does not break until 5-10 years. After that, the soil block 10 is mixed with the fallen leaves to establish a new soil layer.

Multi-purpose dams also create dams between rivers between the mountains. When water is stored in the dam, the bottom of the mountain is flooded by water. Submerged slopes have no soil or trees. In the present invention, all of the agricultural water, industrial water, and living water necessary for living are covered in the mountain pond 30, the wild pond 60, and the rice paddy 120. The multipurpose dam may then be dismantled. Dismantling the dam restores the submerged area. At this time, the bottom of the mountain that is submerged by water and no soil layer binds the hemp rope 12 to a tree or tree stump, as shown in FIGS. 16A and 16B, and piles the soil block 10 at a height of 60 cm. Seedlings 41 grown in 40) are planted.

In addition, residential areas with houses may be built on flat land, but flat land is often built on gentle slopes to be used as agricultural land. Especially in rural areas, houses are built on mountain slopes. In the present invention, when excavated in the form of a pond 59 in farmland, soil and rock usually come out. Usually the soil is made of soil blocks (10) and stacked in the mountains. In addition, the rock is ground to make clay and used to make an earth block (10), or it is used as construction aggregate. The dug up in the form of the pond (59) to dualize (二元 化) to make a field (60) for storing rainwater. Another makes underground circular resource mines (70). Underground circulation mines store wood harvested from the mountains, where future descendants take carbon dioxide and wood peat for fuel. And the underground circulation resource mine 70 to build a house and farmland.

In addition, long-term houses built on mountain slopes are all moved to the underground circulation mine (70), the mountain slopes are planted with trees for use as the original forest resources. However, mountainous dwellings often do not have soil layers. This place is tied to a tree rope (42) or tree stump (43) hemp rope (12) sewn on a block of soil (10) stacked to a height of 60 cm to plant a tree. In addition, where there are no trees or tree stumps, a pillar is placed on the floor and the rope is tied to three ropes (12), which are sewn on the soil block, and the soil blocks (10) are stacked to plant trees.

5. In one embodiment, mountains around the city that provide people with a pleasant natural environment, or mountains that function as tourist resources, are not felled, and the soil block 10 is piled up on the mountain to form the soil block layer ( (B) of FIG. 1, the step of stacking the mountain wall 20, and the step of forming the mountain peak 30 may be further included.

Mountains around the city or mountains that function as tourist resources cut trees and do not make new ones. These mountains are thinning out only some of the trees. And the mountain wall 20 to concrete or stone to the height of the mountain stack 20 serves to relieve the flow rate due to rainwater coming down from the mountain. In addition, the mountain wall 20 serves to restrict the access of people. In addition, mountain valleys (30) are formed in the mountain valleys at intervals of 50 to 100m to store rainwater, and the water here functions as firewood during the dry season when watering trees. In addition, the soil block (10) is laid on the deciduous layer on the surface of the mountain every 5 to 10 years to the height of 1 to 2 layers to increase the soil layer to help the tree grow. The soil block is transported by surplus labor, hikers, volunteers, students, etc., or by conveyors, cable cranes, and helicopters.

6. In one embodiment, making a peg (60) for storing water in the form of the pumice (59) for use in the production of the soil block 10, storing the rainwater in the plow to use as water It further includes (Fig. 18).

Ordinary reservoirs are dug upstream to pile up the bottom of the dam, and then store rainwater inside the bank to provide the necessary water. However, in the present invention, even if there is no upstream region, wherever there is dirt, digging the soil to create a block of soil (10) to build a new mountain to increase the soil layer. And by storing rainwater in the soil plate space to make a peg (60) to supply agricultural water, industrial water and living water. Up to now, the contaminated water in the upstream area has been purified and used as water in reservoirs and multi-wood dams. However, in the present invention, wherever there is soil, the soil is then dug (60) to supply water. Then anyone can be supplied with water that is not polluted from the near pond 60.

7. In one embodiment, by dualizing the pond (60) made to store the rain water, one place to store the initial rain water in which a lot of organic manure components melt down with rain water from the mountain It is used for agricultural water, and the other place further includes storing relatively clean rainwater coming down from the mountain and using it for industrial and domestic water.

When it rains in the sky, the time or amount of fall is not constant. Initial rainwater is referred to as "initial rainwater" in the present invention, about 0.5 to 1% of the total amount of rain falling first. The mountain is rich in organic manure with deciduous leaves and good clay soil. The organic manure and fine clay soil flows down the mountain with early rain when it rains. Then, the inside of the mountain wall 20 of the present invention joins the rainwater falling into the mountain valley and flows down the mountain. The initial rainwater containing this organic manure component and good clay soil is stored in the pond 60 through a water channel and used as agricultural water. This will allow the farmland to be fertile, such as floodplains and deltas, which can be farmed with less chemical fertilizer. Of course, early rainwater contains a lot of pollutants in the air and in the mountains. Most of these pollutants are petroleum pollutants. Petroleum systems float on water when mixed with water. The oil adsorbent can then easily remove the contaminants. The rainwater that flows after the initial rainwater is also relatively clean. This water is stored in another pond (50) and used as living water and industrial water. In the present invention, the required water is used as agricultural water, industrial water, and living water by using water stored in the pond 60 without relying on dam water or river water.

In addition, by raising the fish 64 to the pond 60 made in the present invention, it is possible to supply a sufficient amount of natural freshwater fish. In addition, it is also used as a house, fishing, water, boat rides and cottages (63) in rural areas.

8. In one embodiment, where the soil for use in the production of the soil block 10 is excavated in the form of a nail 59, future descendants fuel carbon dioxide and wood peat in place of underground resources such as oil and coal. In order to be used as, it further comprises the step of making the underground circular resource mine 70 to store the felled tree 71 to utilize as future energy (Fig. 19).

By stacking the soil block 10 in Saesan according to the present invention and planting trees to grow the bell age will be utilized as a bearer resources. At this time, by dividing the place dug into the form of the nail 59 to make the soil block 10, one makes a peg 60 as shown in FIG. The other creates an underground cellar where trees can be stored. This is referred to as 'underground resource mine' as shown in FIG. The resources of conventional underground mines are lost when mined. However, if the underground circulation resource mine 70 of the present invention stores wood felled in the mountains, future descendants take carbon dioxide and wood peat from here and use it as fuel. Then fill the tree again, and the next generation can take carbon dioxide and wood peat out for fuel. While the tree is slowly decomposed, carbon dioxide is gradually released, but the underground circulation resource mine 70 is sealed so that carbon dioxide is not discharged to the atmosphere. After all, it has the effect of reducing greenhouse gases. Of course, when future generations take carbon dioxide and wood peat from underground mines and use them as energy, they release carbon dioxide into the atmosphere, but since it replaces petroleum-based energy, the amount emitted is the same.

9. In one embodiment, covered with concrete slab (73) on the underground circular resource mine (70) for storing the felled tree, and again filled with 1 ~ 2m thick soil, and then on farmland, national road and It further includes the step of increasing land utilization by creating one of highways, rural villages and cities, sports grounds, schools, and golf courses.

The land on which human beings can live is generally limited to the earth's land. Land is limited while population grows steadily. Either the sea must be developed or space can be used to accommodate the growing population. But current technology cannot accomplish that goal. Therefore, in order to feed the growing population and to use the energy needed by our descendants as we do now, we will have to utilize the land on land. In the present invention by digging the soil in the ground to make a block 10, the place in the field to make a 60 (60) or underground circulation resource mine (70). On the underground circulation resource mines, land use is made to increase land utilization by creating any one of agricultural land, national highways and highways, villages and cities, sports grounds, schools, and golf courses.

Houses are built on flat lands, but they are often made by cutting mountain slopes. In farmland, the soil underneath the soil in the form of nails (59) to make a block of soil (10) to be stacked on the mountain. In addition, the underground circulation resource mine (70), which stores the felled trees, is used for future energy. The underground circular mine is filled with soil 1 ~ 2m thick, and then villages and cities are built on it. The hillside in the village is planted with trees to restore the original mountain.

In South Korea, golf courses are made by cutting the slopes of a mountain far away from the outskirts of the city. So you have to travel a long distance to play golf. In the present invention, golf courses are made at one place per 200,000 people in agricultural land adjacent to cities. When making a golf course, soil excavated from the land under farmland in the form of a nail (59) is made of soil blocks (10), piled up in the mountains, and the underground circulation resource mine (70) is excavated in the form of a nail (59). To save the tree. Future descendants are then supplied with the energy they need here. And build a golf course on the underground circular resource mine (70). The golf course is adjacent to the city, so you can easily play golf at any time.

In addition, the grass on the golf course is from abroad. Foreign grass is not well suited to the climate of the Republic of Korea, so it is vulnerable to pests. So golf courses are sprayed with lots of pesticides. And since golf courses are mainly made by cutting down hillsides, good clay soil, which can grow grass, is swept away by rainwater, and the soil is not good. So I fertilize a lot. Eventually, fertilizers and pesticides sprayed on golf courses are swept away by rainwater, polluting rivers and oceans.

10. In one embodiment, by making the soil block (10) by piling in the form of the nail (59) as much as 1/9 of the golf course area below the golf course, piled up in Saesan, the rainwater coming down from the golf course by forming a golf course nail The method may further include storing and using the same as agricultural water, industrial water, and domestic water.

In the present invention, a golf course nail is formed at a depth of 9m below the golf course by 1/9 of the golf course area. By dividing the golf course nails, one place stores the initial rainwater containing a lot of pesticides and fertilizers coming down from the golf course and uses it as water for the golf course. This will allow you to grow your golf course lawn with less fertilizer and pesticides. And less polluting rivers and seas.

In addition, the other side of the golf course pond stores clean rainwater following the initial rainwater and supplies it to the city for industrial and living water. If you create a golf course on farmland adjacent to the city, one for every 200,000 people, you don't have to travel long distances to play golf. And underneath the golf course is an underground circular resource mine. In the future, descendants take carbon dioxide and wood peat for fuel. In addition, the initial rainwater stored in the golf course pond contains a large amount of pesticides and fertilizers coming down from the golf course, using this water to utilize the water of the golf course. Another golf pond has clean water stored after the initial rainwater stored. If the foreign material is used for industrial and domestic water, it is not necessary to use dam water as it is now.

11. In one embodiment, in the farmland adjacent to the city pit in the form of a pond (59) to make an earthen block 10 to be stacked in the mountains, where there is an additional step of creating an underground food storage 160 for emergencies (FIG. 28)

With the launch of the World Trade Organization, trade between the countries became active. In addition, with the introduction of cheap foreign imported rice, South Korea lost its international competitiveness in the case of rice farming, except in the granary areas of some plains. The government has created a rice debit scheme to subsidize farmers who do rice farming as much as they lose. Because of these government subsidies and rice import tariffs, farmers do not give up rice farming. As a result, rice production grows and stocks pile up as rice consumption decreases.

Also, in a market economy, rice farming should not be done without competitiveness. But farmers often don't have any special crops to earn except for rice. In addition, rice is a staple food, so if the Republic of Korea does not grow rice, it is likely that rice exporters will weaponize rice. In that case, the rice exporter is like holding the lifeline of the Korean people. This is the government's concern that rice agriculture cannot be abandoned.

Looking at the history of humanity, there has been a constant war. There is no time on earth where there was no war. Local wars are still taking place in some countries. Some strategists say, 'If you want peace, prepare for war!' I also said. It may be when, but there is a possibility of war in Korea. Also, if the preparation for war is perfect, the war is less likely to occur.

In Korea, the remaining rice is stored in ground storage. Ground facilities are good targets for enemy air strikes. In addition, the wartime rice must be transported to the consumption area. The enemy can then be bombarded by air during transport. In other words, soldiers, weapons and ammunition, and food are among the enemy's first bombing targets. Therefore, it is useless for exhibition as it is kept in the same ground warehouse. In addition, rice stored in ground storage is vulnerable to climate change, making it difficult to store for a long time.

In the present invention, the agricultural land adjacent to the city is excavated in the form of nails 59 to make an earthen block 10 and stacked in the mountains, where the underground food storage 160 is made. Then, the cellar of the underground rice 163 is less affected by climate change, and thus can be stored for a long time. In addition, the underground food reservoir 160 is safe for aerial bombing of the enemy. It is also adjacent to the city, so there is no fear of enemy air attacks during transportation.

In addition, if the remaining rice 163 is stored in the underground food storage 160 as in the present invention can supply the rice when necessary. In that case, Korea will greatly reduce rice crops, and rice exporters will not be able to weaponize rice. Uncompetitive rice fields may give up rice farming. And covered with a concrete slab (73) above the underground food storage (160), and then filled with 1 ~ 2m thick soil, on top of the playground (162), farmland, national roads and highways and houses to increase the land utilization.

12. In one embodiment, the tunnel 180 is made of tunnel-type circular resource mine 170 that can store trees, and then fill the trees 71 harvested from the mountain in normal times, the future generations Carbon dioxide and wood peat are taken out from the energy source, and the nuclear wartime exhibition further includes the use of a tunnel-type circular mine as a nuclear evacuation facility (FIG. 29).

Mountainous areas or countries lack soil, making it difficult to make a soil block (10) from the ground. These places import soil blocks (10) from other regions or countries, pile them up in the mountains to raise the soil layer, and then plant and plant trees to harvest at Bell age. A tunnel is made in the mountains to store these fallen trees. This is called 'tunnel type circular resource mine'. In normal times, the trees 71 grown in the mountains are stored in the tunnel-type circular resource mine 170. Then, while the tree is slowly released carbon dioxide gas, but the tunnel-type circulating resource mine 170 is sealed, the carbon dioxide gas is not discharged to the atmosphere. After all, it has the effect of reducing greenhouse gases. Of course, later generations of carbon dioxide and woody peat from the tunnel-type circular resource mine 170 to use as energy to discharge carbon dioxide into the atmosphere, but because it replaces petroleum-based energy, the amount emitted may be considered the same. In addition, the exhibition will use the tunnel-type circular resource mine as a nuclear war evacuation facility. In nuclear war, the nucleus is a spear, and a tunnel-type circular resource mine built on a mountain against nuclear war is a shield. In fact, a weak state without nuclear power is difficult to possess because of the checks of a powerful nation with nuclear power. So if you can't make a spear that is a nucleus, you should make a shield, a tunnel-type circular mine. Nuclear energy is expensive to research and development, and once installed, it must continue to be produced. It is also difficult to keep the developed nuclear. It's like an individual stacking up a lot of money in a basement and begging for it. Putting this reality together, it would be wiser for countries without nuclear to make tunnel-type tunneling mines. In normal times, trees are grown in the mountains according to the present invention and harvested and stored in tunnel-type circular resource mines. This is where we get the energy we need. And if there is a sign of nuclear war, it will be repurposed and used as a nuclear war evacuation facility. Nuclear technology, a technology for making spears, cannot be exported to other countries, and has little impact on industry. However, the technology of making tunnel-type tunneling mines and using them to build nuclear shelters could also be exported to other countries. Therefore, the ripple effect on the industry is great.

13. In one embodiment, the mountain pond (30) made in the Saesan valley is installed by the pipe 33 to the mountain pond so that a forest fire occurs, planting a new tree or watering the tree in the dry season Raising further includes the step of utilizing as water. (FIG. 7)

The mountain needs a lot of water, but little water. So, in the present invention, by making a dam in the mountain valley at intervals of 50 ~ 100m to make a mountain pond (30) to store the rain water. In addition, if the pipe 33 is installed so that the water can be drawn out here is to supply water to the place where necessary, such as water pumps.

In addition, when planting seedlings in the mountain by using the water of the mountain pond (30), watering, watering the trees in the dry season, and when a fire occurs to the function of fire water.

14. In one embodiment, by using the road 32 passing through the mountain valley as a bank to form a mountain 30, and installing a pipe 33 to the mountain 30 to draw up the water to utilize the water It further includes.

When you make a road in the mountains, dig the dirt on the ridge to fill the valley with the lower terrain and then make your way. At this time, if you maintain the road to the valley can create a mountain pond (30) without building a dam. Rainwater from the valleys usually flows down through the drainage channels between the mountains and the roads. In addition, when the valley and the road meet, a drain pipe is installed under the road so that water flows down the road 32 in the valley. In the present invention, when the drainage path between the mountain and the mountain road 32 is blocked, and the valley and the road 32 meet, the drainage pipe installed under the road is blocked to form the mountain pond 30. Then you can easily make a mountain (30) without stacking the dam.

15. In one embodiment, the step of grinding the soil block 10 to a powder further comprises the step of utilizing as a soil for potting.

In private homes and offices, many people plant plants in pots. To grow a plant, soil is needed, and the plant must be divided periodically. At this time, the soil is often dug in the mountains. Digging soil from the mountain causes the soil to flow down the mountain by rainwater to the surrounding area. Therefore, when filling or dividing the soil in the pot, using the soil ground to buy the earth block 10 of the present invention.

16. In one embodiment, further comprising the step of grinding the soil block 10 to a powder to utilize the soil for cultivation in the plastic house.

Farmers grow crops by setting up plastic houses in cold weather. This will allow them to grow their produce at low temperatures. However, when the soil does not match the crops to be grown, it is difficult to grow it. In the present invention, the soil block 10 to buy a soil block 10 suitable for cultivation to produce the agricultural products to be cultivated by laying and grinding in a plastic house. This will allow you to grow a variety of crops.

17. In one embodiment, further comprising the step of pulverizing the soil block 10 to a building roof, apartment veranda, inside the building and flower bed to use as soil for cultivation.

Many urban people also want to grow plants in the form of gardens. However, even if the space there is no soil can not be cultivated in many cases. Soil is needed to make a garden, but there is no place to dig soil, and rarely sell only soil. In the present invention, the soil block 10 is ground to a roof, an apartment veranda, a building interior, a flower bed, and used as cultivation soil. Here you can grow produce such as lettuce, red pepper and cabbage.

18. In one embodiment, the earth is barren and can not be farmed in the desert or wasteland (80) outside the height of 30 ~ 50 ㎝ to build a dam (81) with concrete or stone and ground the soil block (10) It further comprises the step of laying the farmland standing (Fig. 20, 21).

Soil quality differs between regions and countries. So, the soil block (10) is made of soil made by good soil or country, and then moved to the poor soil or country, and the bank (81) of 30-50cm height is piled out of concrete or stone, The block 10 is placed to a height of 30-50 cm, and then it is grind again to make farmland. Then, where there is water and solar heat, produce can be produced anywhere on earth's land.

Producing produce requires solar, soil and water. Solar heat is not a problem because it is always free and supplies more than demand. And farmers grow the produce they need by setting up plastic houses in low temperatures or by heating in them. The problem is dirt. Until now, plants could not be grown where there was no soil. Rarely, there may be places where soil is transported to make fields and produce produce, but it is not yet active. In the present invention, wherever only water can be supplied, the soil block 10 may be purchased to produce agricultural products by making farmland.

In addition, Middle Eastern countries have many deserts and wastelands where soil is not fertile. But in China, there is a lot of good soil such as ocher. Import the soil block (10) made of this good soil, pile the embankment of 30-50cm height on the outside of concrete or stone, put the soil block (10) 30-30cm high in it, and grind it again with a grinder. It is to make farmland. Then, where there is water and solar heat, agricultural products can be produced anywhere on earth's land, thereby increasing food self-sufficiency.

19. In one embodiment, as another form of the soil block 10, using a paper to make a tetrahedral soil bag form formed with a through-hole 111 having a diameter of 1 cm in 20 cm size; Drilling a hole 113 having a diameter of 1 cm on one surface of the soil bag; Placing soil in the form of a soil bag through the hole 113 by sifting the soil excavated in the form of the nail (60); Through the step of completing the soil bag by blocking the hole 113 with a sticker 114, for the same use as the soil block 10, by stacking the soil bag 110 in Saesan to raise the soil layer to raise the tree or Stacking in the desert wasteland 80 further comprises the step of producing farmland to produce agricultural products. (FIG. 22)

As in the present invention, there is also a method of growing a plant by laying the soil block 10 on a field made in Saesan and the wasteland, but through holes 111 having a diameter of 1cm are formed in 20cm size using waste paper which is not used paper. To make a tetrahedral soil bag form, a hole (113) having a diameter of 1 cm on one side is filled with ordinary soil through the hole (113). And the hole is closed with a sticker 114 coated with adhesive on one side. Then the normal soil in the soil bag will not leak out. In this way, a 20-square tetrahedral soil bag 110 is completed.

In addition, the soil pitted in the form of a nail (60) is sifted and divided into ordinary soil and stone. Ordinary soil is filled into it through the hole 113 in the form of a bag made of soil, clogging the hole with a sticker 114 to complete the soil bag 110. This soil bag 110 is stacked in a new mountain like the soil block 10 to grow trees or to build a field by stacking in the desert? Wasteland 80 to cultivate agricultural products. In addition, among the stones from the region pitted in the form of nails (59), the easy to grind is ground into fine clay and mixed with the normal soil is used to make a soil bag (110). Difficult to grind stone is used as aggregate when making inventors' mountain, mountain range, rice field, mountain wall and underground circulation resource mine.

In addition, the soil bag 110 stacked in Saesan should maintain its shape for 2 to 5 years. In place of the soil block 10 in Saesan is filled with soil and fallen leaves swept down by rainwater on the mountain between the soil bags 110 stacked at a height of 60 cm. 2 to 5 years after the soil bag 110 is stacked in the mountains, the weak paper in the rain is torn. Then, the ordinary soil in the bird will leak out, but the leaves are piled up around it, so it is less likely to be lost in the rain. Even if lost, the paper acts as a dam to block the soil like a tree root. Tree roots are strong enough to penetrate rocks, so they can easily tear up wet soil bags, and underground soil animals such as earthworms, ants, and ants tear off wet soil bags as they move for food. . The ordinary soil in it is then mixed with the fallen leaves and settled into a new soil layer. As when there is a stack of soil block 10 and planting trees, the soil bag 110 is piled up in Saesan to increase the soil layer, and then planting trees and caring for the bell age will be used as timber.

In addition, the banks are piled up in the desert or wasteland at a height of 30 to 50 cm in stone or concrete, and the soil bags 110 are stacked in a height of 30 to 50 cm inside. When tearing the soil bag 110, the soil usually comes out to create a new soil layer. Then plant crops there to produce produce.

In addition, the paper used to make the shape of a tetrahedral soil bag can be made at a low cost because recycled waste paper is made. In addition, when making the earth block (10) was made by putting a straw straw, but the paper used for the soil bag (110) itself becomes a manure, usually because the soil does not come out, put the straw, or earthen blocks There is no need to dry it by dipping like (10).

20. In one embodiment, when there are nine paddy fields 130 of similar size in the same area, one of the paddy fields in the form of nails 59 is excavated with ordinary soil and rocks. After used to make the soil block 10, the step of making a rice paddy 120 of depth 9m; The remaining eight paddy fields 130 are named new paddy fields, and the new paddy field 130 is farming; Storing all the rainwater that does not need to fall on the new paddy field 130 is sent to the rice paddy 120; If agricultural water is required, utilizing a portion of the water from the rice paddy 120 to the new paddy field 130; After the farming is finished again filling the water in the rice paddy 120 to the new paddy field 130, filling 30 cm high; A step of raising fish such as crucian carp, loach, and sackfish in a new paddy field 130 filled with water at the height of 30 cm; The method further comprises the step of farming using the fish and fish droppings raised in the new paddy field.

In addition, a large paddy field 121 of 50 cm high is piled up outside the new paddy field 130, and a small paddy field 122 is 30 cm high between the new paddy field 130 and the new paddy field 130 inside. Stacking, and piles a large paddy field 121 of 50 cm height between the new paddy field 130 and paddy field 120.

In Korea, annual rainfall is about 1,000-1,500 mm. The amount of rainwater is large enough to submerge the whole country 1 to 1.5 meters deep. Assuming that the average rainfall is about 1m, except that the rainwater falling for one year is naturally evaporated, rainwater falling for eight years on the paddy field 130 may be filled in one pond 120 in depth of 9m. This reduces the effects of drought and floods.

In addition, conventionally, when the rain on agricultural land, organic manure, chemical fertilizers and pesticides, and good soil of clay were washed down with rainwater to contaminate rivers and seas. In the present invention, the rainwater that does not need to fall on the new paddy field 130 is placed on the paddle 120 having a depth of 9 m through the water paddle 123 between the new paddy field 130 and the paddle 124 between the paddy pads 120. Save everything. And when agricultural water is needed for the new paddy field 130, the farms are sent to the new paddy field 130 by using the water pump of the rice paddy 120.

In Korea, after the harvest of autumn crops is complete, the farmland is dormant until the next year sowing. After the harvest of autumn crops, the water in the rice paddy 120 is filled with a height of 30 cm against the new paddy field 130 using a water pump. Then the new paddy field 130 and the small paddy field 122 is submerged in the water. Put fish such as crucian carp, loach, and scorpion here. Then, the fish grows by eating eggs and larvae of eggs and larvae of pests in the new paddy field 130 and the small paddy field 122.

In addition, farmers plow for sowing in the spring. Then some of the fish in the paddy field 130 dies, and some continue to grow until the water is gone. They use these fish and their waste as manure to farm. Then eat the eggs of the pests in the paddy field 130 or the small paddy field 122, because the fish grew, so the damage of the pests is less, and less agricultural chemicals can be built. In addition, because farming using fish and fish droppings can be farmed using less fertilizer. Fish bones, which will be used as manure, are known to provide nitrogen, which is essential for plant growth.

For example, Farmer A has earned 500,000 won by producing 500,000 won of farming costs, and Farmer B has earned 900,000 won of farming costs by 400,000 won. It is the same that it produced and earned 500,000 won. Eventually, if one of the nine paddy fields 130 is made of rice paddies 120, the farmland is reduced. However, when agricultural water is needed, water can be supplied from the rice paddy 120 at any time, thereby reducing the damage of drought. In addition, when the heavy rain falls all the rainwater stored in the rice paddy 120, it can reduce the damage to the flood (水災). In addition, because farming using fish and fish droppings can be farmed using less fertilizer and pesticides.

21. In one embodiment, the entire mountain is torn down, and the soil and rock are ground to form an earth block (10) or soil bag (110) and stacked in another mountain to plant trees, where the mountain was located farmland or a field (60) Further comprising the step of composition.

After lifting the entire mountain and grinding the soil and rock from here to make an earth block (10) and a soil bag (110) and stacked on another mountain, this place becomes flat. The flat land can be made again in the form of nails (59) to dig a pond (60), or farmland or residential land and the like can be utilized.

In addition, when the entire acid is torn down, it is preferable to use an acid that can easily grind the rock here and make soil or clay easily.

In addition, when tearing down the entire mountain, a place close to Saesan to pile the soil block 10 or the soil bag 110 is good.

Digging in a lot of good soil to make a dirt block (10) to make a trade in the market, a new product called a dirt block and a new market for trading this is made. This can reduce the scarcity of good soil and increase labor demand, thereby reducing unemployment. In addition, by planting plants in the soil blocks and using them as food and resources, it solves scarce resources and food problems, and plays a role of preserving the global environment by reducing greenhouse gases.

<Brief description of the main parts of the drawings>
10. Dirt block 11. Through-holes
12. Hemp rope 13. Tree trunks, twigs, twigs, etc.
14. Carrying Handle 15. Paper Bucket
16. Paper Bucket Border 17. Paper Bucket Top
Bottom of 17 'paper barrel 20.mountain wall
30. Mountain Pond 31. Mountain Pond
32. Ridge Road 33. Pipe
40. seedlings 41. seedlings
42. Living Trees 43. Tree Stumps
50. Soil 51. Soil
52. Fallen Leaves 59. Form of Nails
60. Field 62. Pump
63. Cottages, farmhouses, etc. 64. Fish
70. Mine underground circulation resources 71. Wood felling
72. Ground of pure underground mines 73. Concrete slab
80. Deserts, Badlands, etc. 81. Outer banks of deserts, badlands, etc.
90. Natural soil layer 90 '. Dirt block floor
100. Trees that have grown in nature for 30 years (estimated)
100 '. Trees that have been stacked for about 30 years with soil blocks (estimated)
110. Soil bag 111. Soil bag through hole
113.Soil bag hole 114.Sticker
120. Rice Fields 121. Large Rice Fields
122. Small ricefields 123. Pitches between rice fields and rice fields
124. Paddy field between paddy field and paddy field 130. Paddy field
140. Portable Pump 141. Portable Pump Hose
142. Auxiliary hose for forest fire extinguishing 150. Oxygen tank
151. Oxygen cylinder straw 152. Oxygen cylinder valve
153. Blood of Oxygen Tank 154. Belt
160. Underground Food Storage 163. Rice
170. Mine Tunneled Cycle Resources 180. Mountain

Claims (21)

Clay forming step of grinding ordinary soil, sand and rock into fine size to make clay; Wrapping the bag to move the clay; A burrowing step of digging soil in the form of nails (59); Separating the burrowed soil into sieves and separating the ordinary soil into stones; Making a clay by mixing 50 wt% of clay with 50 wt% of the normal soil; Grinding the stone from the plate in the form of nails 59 to make clay having small particles or to use it as an architectural aggregate; Making clay water by mixing 80% by weight of water in 20% by weight of clay; Cutting rice straw into 2 to 3 cm in size; Kneading soil forming step of mixing water 70% by weight of rice straw 30% by volume; Dipping the kneaded soil with a tetrahedron having a through hole 11 formed at a size of 20 cm to form a soil block shape; Primarily drying the soil block shape at 100 degrees Celsius or less; Dipping the first half-dried soil block shape in clay water to remove the second-dried soil block at 100 degrees Celsius or less to complete the soil block 10; Saesan selection step to increase the soil layer by stacking the soil block; Cutting a thin tree down to a horizontal place where the selected Sasansan surface is dug to make a flat surface by filling a dug; A soil block carrying step of transferring the created soil block 10 to a foothill, a mountainside, and a mountaintop by a labor force or a mechanical device; Making a bottom closed paper container 15 made of paper having a diameter of 60 cm and a height of 60 cm; Placing the paper container (15) in a new mountain where a new tree is planted; Digging the soil soil 50 around the paper container 15 located in the Saesan and filling the paper container; Where the soil soil 50 is filled and filled with the soil block 10, but the slope is steep in Saesan where the soil block 10 will be stacked, or where the mountain foot is flooded by water and there is no soil layer, the soil Threading the hemp rope 12 into the through hole 11 of the block, stacking the earth block in a state in which the hemp rope 12 is tied to the tree 42 or the tree stump 43; Except where paper pails 15 filled with mountain soil 50 are located in Saesan, the soil blocks are stacked three times for three years, one layer per year, and 60 cm high soil block layers 90 'are stacked. step; Forming a mountain wall 20 made of concrete or stone at a height of 60 cm at the bottom foot of Sasan where the soil blocks are stacked; Forming a hill (30) for storing rainwater by stacking banks (31) with concrete or stone at intervals of 50 to 100 m in the Sasan valley where the mountain walls 20 are stacked; Growing seedlings 41 to grow seedlings to be planted in Sasan; Cutting down all of the small blocks of less than 10 cm in diameter in the Saesan, where the soil blocks are laid, to cut them for use as timber; Some of the twigs from the felled tree, down to the mountain to use for reconciliation, and the rest is laid on the ground of the felled Sasan soil block 10 to 20 cm thick; Transferring seedlings grown in the mother field to the paper container 15 filled with the mountain soil 50 to complete a new mountain; Watering the water of the pond (30) by connecting the portable water pump 140 in parallel so that the newly planted tree does not dry out; Planting trees in the new mountain, and stepping down trees less than 10 cm in diameter that were not initially felled so that the newly planted trees do not interfere with growth; Steps to raise the water of the mountain pond (30) with a portable pump 140 so that there is no problem in the growth of the tree of Saesan even during the dry season, giving water to the forest (育林); When the wildfire occurs in the new mountain, the step of extinguishing the wildfire by connecting the portable water pump 140 in the mountain pond 30 to the ignition point in parallel to draw water; Giving the water of the mountain pond (30) to the tree during the dry season and leaving it empty to fill in the rainy season; 30 years after planting the tree in Saesan, leaving only a small tree of less than 10cm in diameter and logging all to use as timber; The method of using a soil block, characterized in that it comprises the step of planting seedlings (41) grown in the seedlings (40) again in the new mountain felling all but the small tree less than 10cm in diameter.
The method according to claim 1,
The dirt block 10 is configured to further include any one or more of the shape of a cylinder, a cube, a cube, a cone, the shape of the tetrahedron, the size of the soil block 10 is a basketball ball in the size of the table tennis ball A method of utilizing dirt blocks characterized by being within size.
The method of claim 1,
In the soil block carrying step, the three ropes 12 are connected through the through holes 11 of the plurality of soil blocks 10, and the transport handles 14 are connected to one end of the three ropes 12. It is made after attaching and configured, the three ropes 12 is the soil block 10 in the steep slope of the mountain in the step of stacking the soil block, or where the mountain foot is flooded by water so that there is no soil layer 10 How to utilize the soil block, characterized in that used to bind to the tree 42 or tree stump (43).
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Where the soil for use in the production of the soil block 10 of claim 1 was excavated in the form of a nail 59, the pond 60 for storing water was made by dualization, and one place was rainwater from the mountain. Manufacturing soil block, characterized by storing the initial rainwater in which the organic manure component that comes down together is used for agricultural water, and storing the clean rainwater coming down from the mountain afterwards for industrial and living water. How to utilize the land created by.
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Where the soil for use in the production of the soil block 10 of claim 1 was excavated in the form of a nail 59 so that future generations could use carbon dioxide and wood peat as fuel instead of underground resources such as petroleum and coal, Making an underground circular resource mine 70 storing the felled tree 71 to utilize as future energy; And covered with a concrete slab 73 on the underground circular resource mine 70, and again filled with 1 ~ 2m thick soil thereon, and thereafter, any one kind of road, farmland, playground, golf course including farmland and highway. A method of utilizing land created by the production of soil blocks, which includes the steps of making and using land.
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The method of claim 1,
Using a paper to form a tetrahedral soil bag having a through hole 111 having a diameter of 1 cm in a size of 20 cm; Drilling a hole 113 having a diameter of 1 cm on one surface of the soil bag; A step of putting ordinary soil sieved in the form of a nail into the soil bag form through the hole 113; Through the step of closing the hole 113 with a sticker 114 to complete the soil bag 110,
Method of utilizing the earth block, characterized in that the production and use of the earthen bag 110 is applied in parallel to the production and use of the earth block 10 or applied in parallel.
Normal soil and rock from one of the nine paddy fields 130 having a width within ± 3 m 2 in contact with each other in the form of a nail 59 of a depth of 9 m make the soil block 10 of claim 1 Using, and making any one of the paddy field 130 is made of rice paddy (120); The remaining eight paddy fields 130 are named new paddy fields, and the new paddy field 130 is farming; Storing all the rainwater that does not need to fall on the new paddy field 130 is sent to the rice paddy 120; If agricultural water is required, utilizing a portion of the water from the rice paddy 120 to the new paddy field 130; After the farming is finished again filling the water in the rice paddy 120 to the new paddy field 130, filling 30 cm high; A step of raising fish such as crucian carp, loach, and sackfish in a new paddy field 130 filled with water at the height of 30 cm; A method of utilizing the land generated by the production of soil blocks, characterized in that farming using the fish and fish droppings raised in the new paddy field.
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