KR20020029442A - The highly effective tree-planting method for barren land such as desert and a mountain with a steep slant - Google Patents

Abstract

PURPOSE: A large afforestation and an enterprise method thereof are provided to effectively and positively realize the afforestation even in the worst condition including a desert and a steep slope. CONSTITUTION: The large afforestation suitable in the worst condition including a desert and a steep slope utilizes inexpensive waste resources such as rice straw, wheat straw, reeds, and the like. The waste resources are processed into a roll form to be easily spreaded on the ground. At this time, the cutting for seeding is prepared for the enterprise of afforestation. A large quantity of cutting is discharged by using various cannons, helicopters, ships, or robots, and so on so as to seed wide area rapidly.

Description

The highly effective tree-planting method for barren land such as desert and a mountain with a steep slant}

It is a well-known fact that artificial mass-recording techniques such as mass seeding with aircrafts are already common and are frequently used all over the world.

The present invention is almost impossible even with the best forestry and greening technology in the world, developed from the conventional to the present day, so that the primeval forests can be used in spite of the worst conditions such as the steep slopes in the vast deserts or the rugged mountains that are abandoned and abandoned The goal is to focus on high-efficiency mass recording projects that can be restored.

The urgent challenge for all human beings, the global village, is the negative survival of today's humanity, which is getting darker as humanity's future grows darker as unprecedented pollution and global warming due to environmental destruction occur. It is no exaggeration to say that the focus is on how the dimension should be overcome and resolved.

Therefore, not only for the future but also for the future of the global village, not only the prevention of desertification, but also the provision of a plan to restore the green forest, or the primeval forest, with high efficiency in all aspects as soon as possible. Although it is not very arid like a desert, it is very difficult to mobilize the steep slopes in the rugged mountain ranges, for example, the incline caused by the opening of a mountain road, using all the latest artificial greenery techniques developed to date. Although the report has been reported, the present inventors have firmly determined to find a high-efficiency mass-recording technical method by using the conversion method of the idea together with all the means in all directions. Put it.

First, in the case of desert, due to the extremely low rainfall, due to the strong winds caused by the drastic climatic differences in temperature due to the dry climatic characteristics,

1. It effectively prevents the phenomenon in which sand, which is the top feature of the desert, resembles like tide tide that waves,

2. Even though we must overcome the effects of two birds and two birds at the same time overcoming this, we must succeed in the large-scale recording,

3. At the same time, it is possible to establish a kind of fence that can effectively prevent similar phenomena in a short time.

4. In the desert environment where it is difficult to get a drop of water, even in the condition that greening and cutting are needed, even a small amount of moisture is required to germinate, so the germination rate is not known when it can be germinated. In order to overcome the conventional difficulties that are inevitably low,

5. Should not each seed or seedlings be seeded with a bucket of water that would provide enough water to sprout and root? With the transitional presentation of possible idea of

6. Statistically, in the case of artificial planting and large-scale greening, another environmental destruction is inevitably necessary. In order to reduce the secondary damage caused by artificial synthetic materials, the present inventors are inexpensive and With a determined willingness to fully achieve its objectives without using anything other than natural material resources in the natural world that are easily available,

Secondly, during the steep slopes of the mountainous terrain, which has not yet achieved this by all means available to the greenery and forestry industry from the conventional to the present,

1. There are many mountainous terrains, so there are natural disasters, but there are many artificially inclined inclines, such as the opening of a mountain road, so it is very dangerous for soil leakage and collapse. Of course,

2. If there is a solution proposed to solve the high cost problem that can only be derived from the high-fidelity greening, it is a large-scale seeding using an aircraft such as a helicopter that is already generalized. Dropping method is implemented,

3. In fact, once the seeds are sown and sown seedlings have been derived, it is difficult to estimate that the seed is difficult to germinate, survive and grow firmly by growing on a steep slope. From the point of view of the point that it can be seen as a very successful as it can be improved by several hundred times higher efficiency even if it can raise the germination and viability rate to more than 1%.

4. In the limited special case that the recording must be successful, the recording cost is not a problem.

5. Fire the rocket-propelled shells like cannons or missiles, so that the shells with seeds to be planted on the steep slopes desperate for greening can be squeezed more quickly and surely. ,

6. Prevent ballistic departures caused by frictional resistance with irregular air, such as rising airflow, which is a mountainous feature that can be fired by shot shells;

7. In order to increase the penetration power so that the hit shell can be properly penetrated and stuck on the corresponding steep slope, which is formed by the uneven soil surface.

8. In the natural environment, which can be easily obtained from natural resources that can be helpful to plants, especially living beings, in the natural world, there are not many kinds of them. In order to overcome the fragile and fragile points of shells containing seeds which are to be presented in the present invention, inevitably, even if elements are considered, except for common and convenient metals, they are inevitably in the form of soil.

9. Difficult technique of how to generate rotational force so that the shell or shell-type rocket propeller can be strongly twisted during the ballistic flight.

10. In the case of the tree-planting method of trees, not only the sowing of seeds but also the method of cutting with the use of the pit, which maximizes the effectiveness of the formation of the seedlings, the uniformly selected and well-formed cuttings of the seedlings are placed on the shells. It must be built and mounted to force a pile on a steep slope, so that measures should be prepared to show the advantages such as successful realization of the original planting of the plant.

11. In some cases, in addition to achieving the purpose of the greening business,

12. It may be necessary to create landscapes around roads, not to imitate virgin forests, or to landscaping such as flowering herbaceous plants.

13. If possible, precision seeding should also be possible. Therefore, development of high-tech technologies such as recording robots and recording equipment capable of performing various functions and putting them into the recording site practically should be accompanied.

Thirdly, the most important thing is whether the success of commercialization that is carried out in consideration of all the conditions is important even if the best mass recording methods can be derived through such efforts.

1. At first, the gist of the present invention includes the verification including experiments through academic review,

2. The different customs and conditions of each country and the selection, securing and approval of the target area for legal institutional research and greening will also be an important issue.

3. As well as pursuing R & D of continuous recording equipment more progressively,

4. Actively develop a business profit model (business modeling) to actively formulate continuous business and research activities.

5. The most important factor to consider in the early stage of commercialization is how to implement ordering activities that satisfy not only the profitable profitability of the object to be recorded but also the fund rotation and business safety.

Figure 1 is a diagram showing the shape of the peripheral configuration to sew the middle of the straw, barley straw, straw, etc., which are rich waste resources, in order to prevent similar phenomenon of the desert.

Figure 2 is an exemplary view expected to explain as a work method for simultaneously seeding work prepared by using a vehicle or manually laid in the desert as shown in FIG.

FIG. 3 is an explanatory diagram showing the usage and the result of the use of a crushing roll used when laying the material of FIG. 1 in a desert as in FIG. 2; FIG.

Figure 4 is an expected view of the role of the fence to prevent similar phenomena as a result of Figures 1-3.

Figure 5, as one of the seeding methods for greening in the desert, providing a bucket applying the unique characteristics of the bamboo and the surrounding composition by mixing the seeds in the appropriate soil.

6 is an explanatory view of a bamboo processing and water filling method for the peripheral configuration of FIG.

FIG. 7 is a state in which the prepared material as shown in FIG. 5 is laid down and thrown to the ground when thrown by a throwing method or the like, so as to explain the relationship between internal factors (hydraulic pressure) generated at this time. Expected also described.

FIG. 8 illustrates a process of leaking water to the outside through a small hole perforated in a bark of bamboo due to the water pressure inside the bamboo bucket, gradually disintegrating the soil loaded in the next compartment and passing it over the critical limit of swelling and expansion. Expected too.

9 is a diagram illustrating how seeds germinate and sprout after the processes of FIGS. 7 to 8.

10 is an explanatory diagram illustrating the possibility of success as an initial stage of recording.

11 is a block diagram of a shell for seeding shells provided with seeds therein.

FIG. 12 is an exemplary view including cutting for cutting in a shell having the same structure as in FIG. 11. FIG.

Fig. 13 is an explanatory view of generating a rotational force to easily break through the air resistance during flight after firing, with a self-propelled rocket propulsion and combined with a shell-type missile.

14 is an explanatory diagram of a peripheral configuration in which the shells of FIGS. 11 to 12 are combined with another rocket propulsion body as a method that can be manufactured at low cost by solving the manufacturing difficulty of FIG. 13.

Fig. 15 is a diagram showing the coupling between the needle and the propellant as one of the Ongoji gods.

FIG. 16 is an expected view illustrating a situation in which shells and cuttings that have come out on a steep slope close to a cliff are penetrated and inserted into a certain depth.

17 is an illustration of a process in which the seeding only shells and missiles are successfully greening after going through the process of FIG.

FIG. 18 is a process of greening successively in the cutting branch like FIG. 17.

Fig. 19 is a process in which the shots fired by the new mechanism of Fig. 15 are gradually succeeded in recording as in Figs. 17-18.

20 is a general explanatory diagram of mass production by soil pavement processing such as soil.

Fig. 21 is an explanatory diagram illustrating a peripheral configuration as a process such as working a soiling package for pellets and a shell with a processing die;

FIG. 22 is an explanatory diagram of operations for shelling for seeding as shown in FIGS. 11 to 13 by inserting and combining seeds and lumber cuttings into shells prepared by the mold work of FIG. 21;

Fig. 23 is a conceptual diagram of shooting a helicopter and a gun on a steep slope on a mountain road;

Fig. 24 is an explanatory diagram for recording the use of a crane for working seeding robots in a drooping manner;

FIG. 25 is an explanatory illustration of a greening operation in which a robot (spider type) capable of precise seeding as a concrete description of FIG. 24 is attached to a steep slope;

Fig. 26 is an explanatory diagram of vertical seeding operation as one of the greening robots of Figs. 24 to 25;

FIG. 27 is an exemplary view for explaining that the same robot as in FIG. 26 may be horizontally operated only by changing the seeding direction. FIG.

Fig. 28 is an explanatory diagram of the basic principle of digging a hole by a robot for seeding work;

29 is an explanatory diagram of a principle of making a seeding site with a robot and performing seeding work;

Fig. 30 is an anticipated view as a peripheral configuration for explaining the importance of the angle and the like in inserting a dent for use by a robot or the like on a steep slope.

Fig. 31 is an explanatory view in which the principal view of planting seedlings with a robot is expected.

In the greening, the present invention deviates from the old-fashioned greening which used the workers of the past to successfully carry out the greening business on the steep slopes in the desert and the rugged mountainous terrain, which are the worst known conditions. Of course, since it is necessary to present the recording methods through the conversion of ideas, not only can it be simple, but also it can be divided into several fields, but if necessary, they can be mixed in an eclectic way. To suggest

If you briefly explain the summary table-1 of the recording method as shown in Table 1 below,

Table name Summary Table-1 as a Recording Method Illustrative and Exemplary in the Present Invention Recording condition Terrain / Environment Challenge to overcome Recording Method (Summary) Business performance Related drawings Good condition Flat, Yasan (No explanation needed) Bad condition / worst condition Desert 1> Desert 2> Horde 3> Dry Dry, similar Improve the conventional method Similarity Prevention / Installation High efficiency, fast 1 to 4 degrees 7 to 10 Water replenishment Sowing ~ Recording ~ Management Comparison / High Efficiency Post management of planting after sowing Unique mass recording method Bamboo feature use, bucket ~ High efficiency to be compared 5-10 Sowing ~ Recording ~ Management Steep slope (local terrain) (no location) (high altitude) Water absorption Seed processing and surrounding composition Selection of soil material Eco-friendly Fig. 5, Fig. 20-22 Recording efficiency Seed and pit sprout selection Consider efficiency Processing Economics General, mass production Cheap, high efficiency Figure 20 Compression Development of high strength compression technology Bullet and shell technology Figure 21 Breaking strength Sowing by shells / rockets1> Launchers2> Missors3> Helicopters4> Combat bombing Manufacture of shells, warheads Mold / Compression Technology Figures 21 and 22 Efficiency / Cheap Greening shells, manufacturing Opportunity to acquire military training and missile development / manufacturing / launch technology 11,12,22 Non-thrust, risk Combination of shells and propellants 13-15 Launch quality Shell, rocket launch Fig. 16, 23 Penetration Stuck on steep slope Figures 17-19,23 Greening Sowing ~ Recording ~ Management High efficiency Figures 17-19

In the greening business, as the greening technology proposed by the present invention that can be carried out with high efficiency even in the worst bad conditions,

In the case of flat or low mountain, which is a good condition, it is obvious that even higher efficiency can be achieved.

Therefore, if you dare to classify the present invention, the worst bad condition is terrain and environmental classification, first of all, desert and wasteland, mainly inland China's vast inland soils and dry lands scattered all over the world. For example, secondly, steep slopes in mountainous terrain that were previously unheard of, namely, cutouts above and below roads created by the opening of Sanbokdo, cliffs made of cliffs, mines, quarries, mountain slopes, and even access. As a method to realize the greening business with high efficiency in the case of difficult swamps, rainforests, polar regions, dams and banks,

Despite the geographical conditions that can be easily accessed even by vehicles, high quality requiring steep cuts above and below the roads newly created by the creation of so-called mountain corridors, which was not possible or impossible in the past, without the effective greening technology such as the present invention. And even in the case of agriculture to cultivate a high price, the main points of the present invention is to propose a method of commercialization and the development of technology so that any sowing or planting can be carried out very efficiently.

For example, briefly described in the case of Table 2, which is a summary table as a recording method for inputting robots and equipment for recording operations illustrated below,

Table name Summary table-2 as a recording method for inputting the robot and equipment exemplified in the present invention Recording condition Terrain / Environment Challenge to overcome Recording Method (Summary) Business performance Related drawings Bad condition / general condition Steep slope 1> Sanbok Road 2> Open Road 3> Agriculture 4> General Forestry 5> Fruit Cultivation ~ As the recording method, 1> robot / equipment 2> heavy equipment 3> remote control 4> precision adjustment 5> SW development etc. Sowing, recording, management, etc. using advanced equipment such as robots Development / Design of Greening Robot Advanced technology development Figures 24-31 Development / design of recording equipment Advanced technology development Robot / equipment SW development Advanced technology development Remote control adjustment technology development Equipment operation technology Robot / equipment field input Precise recording and high efficiency recording, inexpensive, safe Real weather recording Sowing ~ Recording ~ Management Sampling source technology Business condition (business feasibility) domestic General opinion, procedure, profitability Continuous development of business / events / images by achieving environmental improvement recording goals and generating high profits through the creation of (advanced) recording technologies and methods Oversea

The following is a more detailed description with reference to the drawings illustrating the gist of the present invention by way of easy to understand,

First, the pictures of Figs. 1 to 10, which are related to the greening business in the desert, are illustrated and described mainly for the greening method in the desert.

Sowing seeds or planting them in a plunge style with high appraisal effectiveness does not result in greening.

Therefore, in terms of proactively solving the problems and problems of the point pointed out in the above-mentioned 'Technical Challenges for Invention',

First, in order to prevent desert-like phenomena, the cheap and bulky materials (1), such as rice straw, barley straw, straw, or reed, which are rich waste resources, are side-by-side and sewn in the middle of them. (2) Unfold what is provided as shown in Figs. 1 and 1, which is a schematic illustration of a peripheral configuration, and prepares (1) a large-volume roll that has been processed and produced up to several tens of meters, or such processing and productive work. A vehicle for the continually processed (1) spreads straight out on the desert (5) while simultaneously being pushed down on it (2) to be buried in the desert sand (5). 2, which is a diagram illustrating a description (3) such as sowing a processed seed as illustrated in FIG. Material of Figure 1 As a method of immersing in the sand by pressing and rolling (3) used in a funnel on the desert as shown in FIG. 2 (5), a simple tool or a device towed by a vehicle may be used. (2) Exemplary diagram illustrating a step (4) in which the seeded seed finally germinates and the greening starts successfully by preventing (1) and blocking (3) similar phenomena, and FIG. In addition to suggesting ways to improve the greening business, which is considered to be the best method, more efficiently, faster and more conveniently,

While the stereotype of desert climate is very dry above all, there is a stereotype that it is impossible to do the greening business in the desert in the past. In terms of

In order to solve the point of view of the most characteristic 'water supply' in the greening business in the desert, the inventors have tried many indescribable methods and countermeasures.

However, if water supply is provided to facilitate water supply, or if artificial water is introduced into the plastic bucket, the secondary environmental damage that will occur will not be a real solution, though it is insufficient. In search of a great deal of zeal and effort to provide a bucket of materials and materials, I finally found an exquisite bucket material that exactly fits the purpose of the present invention.

It is one of the characteristics of bamboo, which means that the empty space can be used as a bucket because it is blocked by a node in the middle.However, bamboo that can fill 1 ~ 3 liters of water can be used. It is readily available. Moreover, bamboo is a fast-growing plant that grows in one year, and is grown in very large areas in tropical and subtropical and warm temperate regions, and it is difficult to process it. Considering this, it can be seen as an excellent solution.

5 to illustrate the seeding method provided and utilized in such a bamboo bucket in detail to create a bucket (7) the bucket space (7) with two nodes (6) up and down inside to form a bucket (7), and the desert As a result of the poor soil quality, soil (4) suitable for greening and high water content (4) is replenished as a soil, and the seeds (2) and seed-shaped branches (3) are cut into pieces for seeding. One side filled with the deformation method is prepared by filling the open space (1) with ocher and then using the clogging technique (11) or the like. In order to complete, water must be filled. In FIG. 6, which is illustrated as an illustration, when closely looking at the case of (a), small holes (4) drilled inside the bamboo barrel (1) and the middle node (2) ) And perforated Two small holes (5) can also be observed, which are either filled with water or processed to allow water to flow outwardly. Pour water into the water supply pipe (7) to pour water (8) to fill the water in the bucket (9), the thing to note at this point is to know how much (water level) is going to fill the water tank There is a problem in that it is not possible to make a necessary measurement at this time. If a small hole (5 of 'ga') is drilled on the outer side of the bamboo barrel and the tank is almost filled with water, the water will flow into the hole and leak. The completion time of filling the water is to be sealed with a marquee (11), and the hole (6) was inserted into the water supply pipe is blocked with a marquee (10) prepared with a cork-like material, such that one excellent bucket is provided that The.

Like this, the sowing bundles equipped with buckets (FIG. 5) can be loaded on vehicles in large quantities or galloped on deserts, or thrown on airplanes and thrown at random as if bombed on deserts. They fall down like pictures.

At this time, a limited and narrow bamboo barrel, but a small microcosm is formed, and the physical law of its own is applied, although the effect is not great, the height of the filled water (4) is quite formed in the bucket, and water pressure is generated. Under pressure, water leaks and seeps out through the small holes (6) drilled in the inner node as described above in FIG. 6, soaking the soil and the high moisture content filled soil (3) and seeds filled in one side. Inflate. At this time, it is important that the leakage of water and the absorption rate of soil do not need to be fast, and it is necessary to adjust the absorption rate and moisture content of soil (3) by experimenting while undergoing trial and error so as to match the elapsed days of seed germination. As shown in Fig. 8, the water (4) in the water bottle naturally shows the process of being pushed out by the inflated pressure after such a proper elapse of time, and then leaked into a state in which the seed and the soil are mixed up (3). The size of the small hole (5) that is drilled as a careful consideration to leak into the leak is about 1mm ^ø around and the number is about 3 to 6 radially drilled so that the 'sewing bundle with a bucket (Fig. 5 Regardless of how it is thrown, regardless of how it is thrown, only the gravity In the furnace, back pressure (vacuum) in this escaped space as the water leaks is applied by the natural law that some air enters and fills the upper hole.

Since the seed (3), which is in the initial stages of the process of germination with the soil that has leaked and pushed through the process of FIG. 5 to FIG. 8, is provided with the necessary moisture for germination, even though it is a desert sandy ground (1) Figure 9 is expected to germinate in a relatively short period of time, and then, as the initial stage of recording (6) takes place, and expresses the expectation that if the process proceeds without any disruption, it will eventually develop into the stage of settlement and success. If it reaches 10, even if it is a desert that has been recognized as impossible due to the climatic conditions and topographical characteristics that are very dry in the past, this method suggested by the present invention can successfully perform the greening business from now on. Will be.

As described above and FIG. 4 to FIG. If properly arranged and compromised the unique high-efficiency greening method of the present invention as a bucket for sowing (Fig. 5), the synergistic effect will surely transform the desert into a so-called green meadow or forest.

Second , as shown in Table 1 above and illustrated the gist of the present invention, as shown in FIG. 11, for example, as the forest road is mainly opened, newly created incisions and steep slopes on the top and bottom of the road, and forest greening is very difficult. In order to solve the special production, it is illustrated the shape and configuration of the greening shell manufactured as a war weapon shell filled with soil and seeds therein, Figure 12 is a step further to speed up the greening It is an exemplary view showing a tree branch for cutting (cutting) using the efficiency of the umber sprout to make it faster, Figure 13 is a shell-type missile for recording and combined with its own rocket propulsion (a), After the recording (Fig. 11 and 12) manufactured for the description (b) to generate a rotational force to easily break through the air resistance after The propellant, which forms the solid powder (6) and the ignition port (7) for magnetic firing on the rear of the shell (1), is made in one piece, and the high pressure gas generated by the explosion and combustion of the non-thrust solid powder is produced. Most of them are Newton's third law, action and reaction, which exemplifies the peripheral configuration that causes the non-thrust to the injection hole (9), while partly ejected into a hole (8) in the rear side to generate a rotational force. Such recording missiles will be difficult in many ways during the manufacturing process, and there will be many storage problems due to the danger caused by the incorporation of solid powder. Therefore, FIG. 14 proposed to solve this problem is to replace the recording shells (a) of FIGS. 11 and 12 as a method which can be manufactured relatively cheaply by solving the difficulty of the manufacturing method of FIG. (Firecrackers) of the peripheral configuration to combine (c), the advantages of the mass production by the respective manufacturing process before the combination (1 + 2) to fit the joints (4) of the propellant and warhead in the greening field, etc. Exemplified the explanation that a combined recording of the missile (3) can be made and fired.

In addition, Fig. 15 is one of the sacred ways, combining the straight-grown twigs (1) with lumbers for cutting, and the rocket propulsion barrel (2, eg, firecrackers) tied with threads, as in the old age. (3) is a fire that expresses the ease of shooting,

Thus, among the examples of the results of Fig. 16, which is a description of the situation in which the greening shell 3 and the cutting tree branches of Figs. 11 to 15, which were fired on the steep slope 1 close to the cliff, were projected and expressed. When the shell (2, Fig. 11) provided with only seeds is blown and penetrated on the steep slope (1), the water is applied to the moisture that is caused by rain or condensation due to the condensation of the dawn after an arbitrary time has elapsed. The tails of the exposed shells absorb moisture and slowly disintegrate (3), causing the seeds inside the shells to germinate during the course of the process of clumping down or rolling down the slope and finally germinating. The recording reaches a successful stage (C),

FIG. 18 is similar to FIG. 17, when the twigs formed with seeds and lumbers embedded in the shells 2, 12 and 13 embedded in the steep slope 1 are exposed to the outside when the rain falls or the greening step ( B, C) will be described, and in a similar case, FIG. 19 shows and describes the process of successful recording in the same manner as in FIGS. 17 and 18 above.

The shells (Figs. 11 and 12) and shell-type missiles (Figs. 13 and 12) manufactured for greening and seeding bundles with buckets (Fig. 5) for the greening business in the desert are also seeded with appropriate soil. So, it is necessary to mix and mix in an appropriate ratio so that it is not necessary to wrap the soil as soil.

In other sowing methods (Fig. 2, etc.), seeds (2), which are soiled and packaged with soil, etc., which are equipped with everything from one creature to birth, like eggs containing microcosms inside. Fig. 20 showing the general processing machine 1 as a mass production as an explanation, and a hard shell soil-packed package on the outside of the seed when seeded by firing as if it is hit by a steep slope and a general ground, which is one of the straight waves. 6) In order to process the greening shell, the rod-like clay (1) and powder prepared in advance with strong compressive force are put inside the cylinder of the mold (2) and at least 3 to 10 tons (t) to the piston (3). Pressing at a pressure of about or more to compression molding, but to form a hole (7) for inserting the seeds (8) in a continuous process to the projections (9) in one of the base mold to protrude inside the cylinder Fig. 21 exemplifies a series of high-strength compression processes and molds, and seeds (3) and seedlings including filling soil in the inner cavity (2) of the greening shell (A, 1) manufactured by this process. Fig. 22 illustrating a series of processes for manufacturing greenery shells as shown in Figs. 11-13, which are filled by inserting a dragon twig (4) (6) and filling the rest with ocher (7). As the material is ready,

For example, given in Table 3 summarized below,

Experimental Example) Kinds of ingredients constituting the soil packed with seeds by soil attachment main ingredient ocher Soil and soil Activated carbon Straw-burned ash Etc % Containing About 50% About 10% About 20% About 20% a very small amount

There is no need for specific explanations about loess among these kinds of components, and the reason for mixing the soil with the soil is none other than the soil or deciduous soil layers of forests that have been well-prepared or lushly preserved by eco-friendly organic methods. Its main purpose is to inoculate the least amount of soil microorganisms that are recommended and cultivated by the academic community studying forest soils and forestry, and to provide abundant elements of various soil components. In order to take advantage of the strong absorption and water content using the porous characteristics, but to take full advantage of the control of the number of cells as appropriate soil microorganisms, and ashes burning rice straw neutralizes the soil under acidification today, Easy to grow It will, of the other minor additives to include in the purpose of supplementing benign minutes will also include at least the type and amount (%) depending on if necessary.

When these components were sufficiently dried and powdered and then compressed into powerful pressures of up to several tons (t) using a mold or the like, it became an experimental product as a very rigid structure. If it were, it was nothing but a concern that the hard soiled pavement could break through the shell as the seeds germinated? The biggest concern was the Patricia prepared for the experiment despite the fact that it was processed and produced numerous times experimentally. When absorbed in a culture dish and poured a little water, a great absorbing power was clearly observed in front of the eyes, like a sponge that sucks water, so that the direction and possibility of research and development as the present invention can be sufficiently predicted. Massive student overcoming trial and error as such experiment Of course, there is also a spur development and commercialization prepare for.

However, further studies and considerations should be made to adjust the absorption rate in consideration of the time factors for the germination of crops and forest trees, which are the main species of agriculture, in general. We believe that detailed and in-depth observations should be conducted in a variety of ways.

23, which is an example of a full-fledged greening project as a greening shell and a shell-type missile prepared for mass production (FIGS. 11-22), is a conceptual diagram of shooting a helicopter and artillery on a steep slope on a mountain road. as,

In the construction of a road that newly creates a road (5) on a rugged hillside ridge (1), the original hillside ridge (4) must be cut off, so a cut-out incision (2) is created on the road on the mountain side. Soil is used as a cover to make a road, so it is buried under the road. A steep slope (3) that is much larger than the old slope is inevitably created at the bottom of the newly constructed road. In that business is very difficult,

The gist of the present invention is to perform a high-efficiency greening business on such a steep slope, and to present a method of launching a greening missile (FIGS. 13 and 14) using military training or combat attack helicopters (6). In this case, the launching method is so close to the target steep slope 3 that it can be seeded as a precise launching, so that the rocket engine and propellant of the missile can be manufactured relatively compactly and inexpensively. 11 ~ 22), it is possible to fire (7) with most kinds of firearms and firearms existing. It is possible to carry out the greening project as shown in Table 1 above as much as possible.

Third, as another recording method described briefly as Table 2 above, FIG. 24 as a method for introducing and utilizing a recording robot that can be developed and manufactured by the present technology can be used in a mountain road (1). The hanging robot (3) is hung on the rope (5) of the crane (2) by a drop-in (제시 下 式) to sowing on the slope (4) to propose a way to planting, cutting and seedlings,

As one of the methods of using a robot as described above, a very simple shot launcher or a multi-launch launching device may be exemplified, including missile-shaped recording shells (FIGS. 13-15) and shells without their own rocket engines (FIG. 11). , 12) and simply soiled pavement seeds (Fig. 20, 21) are also seeded by firing pellets at high speed as if they are hitting at a relatively close distance, that is, within a short distance of several meters using compressed air or the like. In addition, this planting work is highly regarded as being able to realize greening with relatively high efficiency and low cost in consideration of the entire greening business as an advantage that it is possible to continuously and all weather.

FIG. 25 as a method of inserting and utilizing a recording robot as another method is for explaining the details and classification of what has been illustrated and illustrated as FIG. 24. The robot 1, which can be seeded more precisely, is provided with respect to the steep slope. Range of activities and direction to operate various tasks such as seeding, planting, planting, ground leveling, pruning, moving, fertilizer cycle, watering, pruning, post-greening, etc. As expected (2, 3),

FIG. 26 to illustrate and explain such a recording robot as an example, is one of the recording robots of FIGS. 24 and 25. The robot foot (5, 6) is suspended from the rope (7) by hanging on the rope (7). Landing and sticking to) is a method to move the working direction of the robot's forefinger (3) vertically (1) according to the site situation, so that one line is vertically seeded and the ground is robotic (6). The main body of the robot, including the loading box 8 loaded with the things to be planted on the ground (9), is horizontally moved (2) by a program or a remote control, and the seedling is sown again. FIG. 27 is compared with FIG. As an example, the same robot was only changed in the seeding direction, and as an example, it may be possible to perform horizontal work as much as the situation of the site and the remote operator's judgment of recording by the robot.

Such recording robots are already being gradually upgraded and upgraded by the inventor's in-depth research and development. As a total body, it is equipped with a certain level of sensory organs such as the ability to actively use a remote imaging device, which is the eye of a robot, and is ordered by remote control. In order to cope with uneven unexpected situation of the ground, it is possible to bypass 3D image analysis, distance from target, search function and material analysis (soil, stone, rock, wood block, etc.) in real time. Or have the ability to judge, such as abandoning sowing, so as to perceive the perception of high life And in research grant ever, if some trial and error, and still only solve technical issues deemed to be insufficient to exhibit the practical ability to immediately put into the field.

As the main power of the recording robot, it is considered to be the most efficient way to operate as electric energy supplied and transmitted from the crane, which is a cast vehicle. For this reason, if only electric energy is supplied, the air compressor (air compressor) Energy and all-weather for the operation of computers and various robot devices, such as various compressors, etc. can be operated easily and variously by utilizing the tombs of the compressors. It is essential for the operation of lighting and efficient imaging equipment for general work, that is, night work.

In addition, the side effect obtained by the introduction of such robots is that water applied with proper pressure by the operation of the water tank and the pump loaded on the casting type vehicle is supplied to the robot as a connection hose so that the seeding and planting work can be done or finished. The cycle also takes into consideration the advantages of being able to do as efficiently as possible, such as proper watering work as observation and control control by the robot's lighting and imaging device.

In addition, the recording operation using such a robot is more efficient to be operated by landing on the ground, rather than being suspended in the air regardless of the topographical conditions. Of course, the landing device is one of the important factors. I can summarize the explanation.

Landing Method Advantages Disadvantages Remarks wheel 1> General common sense concept 2> Cheap, simple structure 1> Unsuitable in severe uneven terrain Best for flats Caterpillar 1> Excellent for severe uneven terrain 2> High adhesion to ground 1> Relatively high production cost 2> Relatively slow movement. Also suitable for deserts, swamps Spider web Hard Rock Terrain Skiing (Chopper Feet) 1> Very simple and inexpensive 2> Durable 1> There is no vehicle of its own. Suitable for robots driven by cranes

Fig. 28 is a diagram for explaining the basic principle of seeding by digging a hole with a robot. The seed to be sown, which is the seed 2 processed by the pavement packing in Fig. A) Seeding is carried out as an insertion method that drills and pushes the angle of the hole (4 / ga) of the size and depth suitable for the steeply inclined ground (2 / ga) in the direction of the paper (3 / ga). The important principle to be considered is to consider the period of germination after seeding of trees and to mobilize forest-related knowledge on water supply and sowing depth, but the conclusions drawn from the experimental example through the trial and error of the inventors several times As a result, it was observed that the method of drilling the seeding hole 4 / ga in the direction of 90 ° to the ground (2 / ga) of the steep slope or in the horizontal (6 / b) direction is inappropriate. The reason for this is that it is very common natural law to sprout and grow after a certain germination period once the seeds are buried in the ground in any way, but in the terrain near the plains, if rain falls, the rainwater is relatively in the soil. It can be supplied with enough moisture for germination of seeds because of soaking, but in steep terrain conditions such as steep slopes (2 / a), the rate of absorption of rainwater is so small that there is no reason for the low germination rate. Therefore, to solve this problem, once the seeding hole (4 / a) is drilled, it is averaged around 45 ° in the middle of the vertical (5 / b) upward toward the sky with respect to the horizontal (6 / b). Phosphorus 30 ° to 60 ° angles (8 / b), and depth is the seeding hole as the most suitable depth (9 / b) recommended for academic knowledge. When the seed (1 / a) packed with soil is pushed into the hole (3 / a), the seeding work is finished, and watering as a finish or leaving it alone for a few days, as dew and dew condensation The result is that the activated carbon, which has a high absorption rate, contained in the soil (Table 3), which is composed of pavement and soil-packed material, absorbs moisture and swells, so that seeds tend to germinate. Despite the special terrain conditions, such as steep slopes that run down even rainwater, it is characterized by the fact that it creates a spatial composition of even a small amount of water, and almost all germinated seeds are unisexual. Therefore, as an experiment, it was advantageous to dig a hole at a relatively close angle to the vertical. It was concluded.

FIG. 29 as a similar experimental embodiment is an explanatory view of the principle of seeding work by making a seeding site with a robot, and a seed (1 / ga) packaged with soil is cut out without a hole. 4 / A) In the corners (3 / A), the important point is that the bottom of the pit is formed at an angle of approx. ,

FIG. 30 is a basic explanatory diagram in consideration of the importance of the angle of inserting a crimp with a robot on a steep slope, and the like. The natural law is to cut the angle (8 / b) with the angle (8 / b) about 30 ° to 60 ° upward toward the sky with respect to the horizontal (6 / b). It is also beneficial to growth, such as helping to improve personality.

From this point of view, Fig. 31 shows that seedlings can be planted on steep slopes over a number of years as a way to improve the visible performance of greening by escaping from the conventional notion that it is impossible. As an explanatory view in anticipation of the principle of working, the seedling pit (3 / ga) is formed on the steep slope (1 / ga) to plant the seedling (6 / b) than the seeding pit of FIG. 29 above. Let's do it.

Such holes in Figs. 28 and 29 and 31 (4 / A in Fig. 28) or pits (4 & 3 / A in Figs. 29 and 31) are not made by digging soil in the common sense. If the hole is a punching device of the robot as if it is a drill, and the pits are formed by pressing the fist like a fist stamp on a relatively soft ground with a fist, it is considered that the hole is not easily broken even in the case of heavy rain. The key technology is to help them soak up the water that is essential for growing, planting and cutting seedlings as well as planting seedlings for a minimum period of time.

Fourthly, the greening business, which is the main point of the present invention, which the present inventor insists, is not only an invention for the study and the implementation of the planting and planting on a certain topography and conditions, but also an invention for each field. Along with scientific principles and cutting-edge technologies, the company has not only reinvested the profits generated by the high-efficiency greening business through continuous high-efficiency greening business, but also helped develop the business in other areas that can be connected. In addition, it is of course the best way to achieve substantial environmental improvement.

However, the inventors of the present invention have many questions about the environmental policy of efficiently removing global warming gases such as carbon dioxide gas, as well as the national policy and the companies are not actively commercializing the greening business with high public value. From the point of view, why couldn't we actively do the greening business? Because of this reason, we could find the real and honest reason through contacting the companies doing the greening business.

I was surprised that the reason was so simple that it was ridiculously simple, irrespective of what I have listed to ask questions. I can't expect any profit from the greening business! The area that was initially lacking was the greening business, and furthermore, the large greening business, which puts public service value first, was never a company to invest in.

As far as this stereotype is not resolved, the large-scale greening business as the present invention should be judged and given up as impossible even if the technical validity is excellent due to the lack of practical business value.

This is because of the myopic thinking that has not escaped the conventional stereotypes, and because of the silly peripheral neural customs of companies that weigh and evaluate forest resources as an arithmetical value, the forest air purification ability In spite of the fact that there is tremendous public value, there are academic reports that the secondary value of greenhouse gas, which is the main culprit of global warming, the removal of carbon dioxide and the provision of fresh oxygen, is already 35 times more than the arithmetical value of forest resources. In addition, companies were forced to judge it as a very unfortunate reality, because they could not escape from the category of stereotypes, which are barriers to the lack of business, that they did not generate profits. Ever monetization and business Even though there are some technical difficulties that have been resolved, we will be able to generate high profits if we continue to research and develop and develop shortcomings. If you look at this point in a brief description,

The proposed greening technologies as the present invention are the main weapons to implement the greening business with high efficiency in the steep slopes of rugged mountains including deserts as well as the general concept of wasteland and loessland as the main weapons, especially incision road and Based on the synergistic effect based on the public service value, which is known to be known to the public, the greening methods that are excellent in newly occurring steep slopes are based on business. Alternatively, if a contract is executed and contracted by a road construction company including local government offices and executed in advance, it will be natural to generate profits as a nearly exclusive business. Friendship that symbolizes business By linking the promotional value of companies that projected the imaginary image to the advertising business, it is possible not only to generate profits by directly carrying out the advertising business and indirectly to provide the background of advertising, but also in terms of national enlightenment and education. It will be the subject of documentary films and cartoons, which will not only be the subject of tourism, but also the character industry including accessories as well as the human victory that is stained with sweat from the greening business that fights against environmental destruction, which is devastated by human greed. As a part of offsetting carbon dioxide emission rights resolved at the international meeting on prevention of global warming, it is possible to generate a lot of profits. As a result of such efforts, it is not difficult to create a company that leads the global greening business. The present invention sees only a matter of time Assessment and hoped would not be an exaggeration.

In our endeavors, even if we go through many trials and errors and twists and turns, we will be able to escape from the environmental destruction of the global village, which is finally surely going to be constantly greening, and all kinds of creatures breathe vigorously and lively. Regression can of course also be realized.

The effects that can be obtained by practicing the present invention will vary substantially, but in the greening business, the effects can be exerted particularly different from the conventional point of view.

1. The scrolls prepared by using straw straw as an inexpensive and easily available material are planted with fences in the form of deserts, which are the worst conditions for the greening business. It is possible to block and prevent similar phenomena occurring at the same time as well as to carry out seeding work easily and quickly,

2. In addition, by utilizing the characteristics of the hollow in the middle of the bamboo while being hollowed out, the planting bundle equipped with a bucket can be used to quickly realize high-efficiency greening business in the desert where it is difficult to obtain a drop of water. Forever,

3. Despite the traditional idea that recording is impossible on steep slopes in the rugged mountains, it is a converting method of conception. Can achieve very high coating efficiency very quickly, which is the original purpose of

4. In some cases, missiles equipped with greening shells as warheads may be launched from the ground or from the air using aircraft such as helicopters to ensure rapid seeding,

5. In the case of coastal cliffs on remote islands where workers can't even access it, helicopters or ships can launch shells and shell-type missiles for planting and cutting, as well as planting seedlings. present.

6. Using the high-tech recording robot and related equipment, which is another method, can safely and quickly and accurately record all kinds of recording operations with various functions and techniques on incisions and steep slopes such as mountain roads. On the other hand,

7. In addition, the finishing of additional greening can be done neatly, so that all the work from watering to aftercare can be realized with all-weather efficiency after sowing, cutting or seedling planting.

8. The development of technology to continuously develop and improve such recording robots has the effect of activating the connection, provision and exchange with other technical fields.

9. The technology and work of firing shells and missiles for greening can be used for pioneering and purpose as military training fields that are likely to be lacking in the end of the Cold War.

10. Unfold the profit business as a greening business that generates high profits with the recording technology that can be realized even in the worst conditions that can be proposed by the present invention.

11. You can reinvest your profits and gradually expand your business.

12. A variety of subsidiary businesses that provide enlightenment and educational motivation to recognize the necessity of environmental improvement across the nation, providing sub-profitability by providing accessories and character businesses as well as comics and advertisements and documentary films. Meanwhile,

13. In this way, the greening business is not unprofitable but encourages the conversion of the idea that it is a business that can generate high profits. Play a role.

14. In this way, the greening project, which is the main point of the present invention, quickly recovers a dense forest that generates fresh oxygen while effectively removing greenhouse gases such as carbon dioxide, which is considered to be a serious cause of global warming. And as one of the best measures known to date,

15. Protect species diversity by restoring the ecosystem of endangered global villages,

16. Finally, all living things in the world are the best realistic alternatives to provide environmentally motivated, healthy and vibrant lives.

17. It is well known that the green dam created by active greening projects is the best alternative to overcome the water shortage caused by the increase in population, and the future-oriented value that facilitates the water supply, essential for human survival,

18. It suggests the best way to realize the torch's role to directly and indirectly destroy the environment and to shed light on the future of mankind.

19. In addition, the inherent utility and additional resources provided by dense forests, including forest resources, which are one of the purposes of the greening project, cannot be ignored.

20. As described above, the greening business proposed by the present invention is not only providing beautiful scenery and landscapes by generating profits and improving environmental efficiency in a variety of ways, but also preserving and restoring biodiversity and gradually increasing indiscriminate insecticides and antibiotics. It is natural that there will be merit and distinctive effect of transforming the gloomy future of the global village into a hopeful future by reducing the use of the festival and protecting the people's health and the right to pursue happiness.

Claims (3)

As the present invention, as described in detail with various figures and tables as a summary and examples of the mass recording and the method of the business that can be efficiently realized even in the worst conditions, such as the steep slope of the desert as well as humsan, 1. The greening in the desert is a greening method as the present invention which is different from the traditional method which may exist conventionally in the greening area. 1-1 As illustrated in FIG. 1 to FIG. 4 and Table 1 specifically, 1-1-1. Using large amounts of rich and inexpensive waste resources, such as rice straw, straw, and reeds, large amounts of fences will be installed to prevent and block desert climates and similar features. 1-1-2. As illustrated in Fig. 1, as described in detail, processing is carried out in a rolled form so as to lay the middle of the straw with the straw, and the mass production in a specialized factory, and accompanying and logistics distribution business. Only limited. 1-1-3. Or processing and producing continuous straw fences as a vehicle-mounted facility. 1-1-4. By using the squeeze-and-roll, etc. described and predicted and illustrated in Fig. 2 as the work to install the straw fences prepared in this way on the desert sands, it is possible to prevent massive similarity by simply installing a fence with the labor force of workers or the installation machine installed in the vehicle. Only for blocking business. 1-1-5. At the same time, it is limited to projects such as mass recording and follow-up management, such as simultaneously carrying out cutting work prepared for sowing and folding. 1-2. As illustrated in Figure 5 and specifically illustrated in Figure 10, It is a natural resource that can be obtained in large quantities inexpensively and easily because it is planted in tropical and subtropical areas in large quantities. Among the main points, such as making green seedlings, 1-2-1. A bucket of seeds that provides the least amount of water needed for germination. 1-2-2. Processing and detailed structure of such buckets and their functional technical methods. 1-2-2. Mass processing and production, and accompanying large logistics business. 1-2-3. This provision is limited to projects such as high-efficiency mass sowing and mass recording, such as dropping by vehicle or aircraft, and after-care. 2. On the steep slopes in the rugged mountainous terrain, the seeding method is variously illustrated as illustrated and described in various ways from FIG. 11 to FIG. 2-1. Greening shells or warheads containing the seeds to be sown illustrated in Figure 11, 2-2. Greening shells or warheads containing the seeds and cuttings to be sown illustrated in FIG. 2-3. Shell-type green missile with self-propelled rocket illustrated in Figure 13, 2-3-1. A method of rotating flight technology that forms side ejection spheres to generate rotational force at the rear to prevent ballistic deviation and to improve penetration force by easily avoiding friction with air. 2-4. A method of forming a missile for greening by combining a warhead as a seeding shell and a rocket propellant as a projectile for easy mass production and long-term storage. 2-5. A cutting tree branch combined with a rocket prop as a method of the Ongoji god. 2-6. As a way to seed and arrange so prepared on a steep slope, 2-6-1. As a description of FIG. 16 illustrating a method of sowing as if it is hit by a strike on a steep slope that is to be recorded by firing from various artillery or a helicopter or a ship, 2-6-2. In particular, the firing on the steep slope formed around the mountain road as shown in FIG. 2-6-3. In addition, by firing on the various types of steep slopes described in detail by summarized in Table 1 and Table 2, etc., indiscriminately and a large amount of sowing. 3. A more sophisticated mass recording method for injecting a recording robot, which is summarized in Tables 2 and 4 and illustrated in FIGS. 3-1. It is limited to the greening work performed by robots using equipment such as cranes. 3-1-1. R & D and manufacturing of these robots to perform various functions. 3-1-2. Business including the use of robots or training of operation technology and field work. 3-1-3. Logistics distribution business about such robots and related greening equipment. 3-2. As shown in Fig. 28 to Fig. 31, as shown in Fig. 31, a method for drilling or planting a hole or planting as an important point when planting, cutting or planting a robot on a steep slope is formed. 3-2-1. We aim at the unity as a characteristic point which considers the angle of the vertical direction. 3-2-2. In addition, it is limited to the jaws of newly created holes and pits for the purpose of ensuring that the seed sown is supplied with a minimum of moisture so that it can be easily germinated. 3-2-3. The holes and pits formed as described above are illustrated as illustrated in FIG. 28 and FIG. 29, and are limited to the seeding method for pushing seeds. 3-3. It's a way of cutting 3-3-1. The method of the summary which implements cutting at the angle of the vertical direction illustrated in FIG. 3-4. Similarly, planting method of planting seedling which is greening work 3-4-1. Illustrated in FIG. 31, it is limited to the planting method described in detail. 4. As a method of pelletizing a single bullet 6 or a large amount of bullets compressed at a high pressure as illustrated in FIG. 21 with a strong shot force such as a charge explosion or compressed air at once, 4-1. Sowing as a method of firing directly on steep slopes or the like. 4-2. These bullets or shotguns are mounted on the missile's warheads and are fired, but they fly to the target by a rocket propulsion to the target, and when they are in close proximity to the targets, the warheads are blown up and projected secondaryly so that a relatively large area can be mass-produced at once. How to. 4-3 How to sow large areas quickly by using a helicopter, etc. on relatively flat terrain. 4-3-1. In some cases, it is limited to mass sowing for more precise and close-cultivation by mobilizing agricultural planters or manpower. 5. Limited to mass recording business through mass seeding in 1. or 2, 3, or 4 above. Processed and shelled soils mixed with the composition ratio of the ingredients summarized in Table 3 as an example to efficiently sow the seeds of the trees applied and sown in the greening projects listed in claim 1 above. Or in the commercialization through the method of manufacturing a large number of shell missiles for greening, 1. Equipped with equipment and limited to mass production and distribution and its business, 2. A method of manufacturing in large quantities, such as pills (2) as a method using a rotating drum (1) for manufacturing a general pharmaceutical as shown in Figure 20. 3. Manufactured by compression at high pressure using a mold (2) and the like illustrated in FIG. 4. Manufacturing of the greening shells and warheads 1 illustrated in FIGS. 11 to 14 and 22. 5. Manufacture of a propellant and a rocket engine of the greening missile illustrated in FIGS. 13 to 15 or as a method of combining warhead and propellant. As a field for generating business profits in the various recording methods and manufactures listed in claims 1 and 2 of the present invention and commercialization through the technology, 1. In terms of offsetting carbon emission rights resulting from the implementation of conventions such as the Montreal Protocol and the Tokyo Protocol, adopted and adopted at international conferences to prevent global warming, 1-1. Implement greening business, attract and offset participation or investment, and distribute and sell the right (certificate, etc.) corresponding to the contribution. 2. By jointly carrying out additional projects accompanying incidental businesses, 2-2. Various cultural and artistic and educational public relations and event projects. 2-3. Actively develop accessories and character business for enlightenment and expansion of base.