KR20140005836A - Peace retained reclamation construction machinery processing unit which is equipped with - Google Patents

Abstract

The present invention relates to a public waters reclamation device having a peace retained construction machine to promptly and efficiently prevent various natural disasters including large forest fires caused by droughts and floods on the land or around the sea, Asian dust, heavy snowfall, intense heat, typhoon, earthquakes and tidal waves, landslides, and radioactive contamination and various territorial disputes, wars, and terrorism based on the weather forecast of a National Weather Service which checks and analyzes weather data transmitted from a flood control device and an artificial satellite inside the body of the public waters reclamation device using reclamation devices having a nonpolluting natural energy construction machine, although a conventional technique has side effects due to a construction delay by executing a reclamation process using an engine which uses oil for operation.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a peace-

The present invention relates to a shared sleep reclamation apparatus, and more particularly, to hostilities or any armed forces in the Republic of Korea until a final peaceful solution is achieved for the peaceful coexistence of Northeast Asia formed within the shared sleep reclamation apparatus body. Reaffirming the hope that all citizens and all governments, who ensure complete cessation of violent acts, live peacefully and undermine, according to the Meteorological Agency's weather forecast, which is formed inside the body of the flood control system and the shared reclamation system on land and sea in the global village. Efficiently and quickly prevent various natural disasters such as wildfires, yellow dust, heavy snow, heavy rain, typhoons, tsunamis, landslides and nuclear radioactive pollution caused by land and sea due to floods and droughts, and various artificial territories. Prevent conflicts and artificial wars in advance and How landfilling devices can control flooding that can continue to overcome flood damage, and ensure complete cessation of hostilities and any armed activity in South Korea, surrounded by Russian territory in China and Japan in Northeast Asia, part of the Pacific region Peace-keeping type that converts territorial disputes into a new concept of unified Korea, formed by the unified Korea cadastral map, by means of agreements and treaties for peaceful coexistence for the purpose of establishing peaceful coexistence. Landfill treatment methods with non-polluting construction machinery that replaces the use of oil in the oil industry. The nuclear power plant is equipped with a nuclear explosion-proof dual structure block tank for the treatment of nuclear waste. Relates bovine nuclear reactor waste disposal facilities in the shared water reclamation apparatus comprises a peace-retained construction machinery formed during before and after public waters reclamation process in Northeast Asia to share internal water reclamation apparatus body.

In general, the shared water surface embedding device is a part of the Pacific region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device. For the purpose of establishing a peaceful coexistence that guarantees complete stoppage of activities, one base point of military demarcation line was established on the basis of the administrative offices of Cheonghwa area and Cheongwon center in Chungang and Cheorwon, the iron triangles in the north and south of the north, The total area of 2,400 km in diameter is 4,521,600 ㎢, which can be divided into land area of 2,085,989 ㎢ and marine area of 2,453,611 ㎢. The total area within the radius of 600 km from the base point of Korean peninsula The following will be described in detail.

In the center of the Korean peninsula, within a range of 2,400 km in diameter, forming 1,200 km distance from the center of the Korean peninsula in accordance with the peaceful coexistence of Northeast Asia formed before and after the shared water surface treatment process inside the body of the above- 38 degrees 20 minutes 00 seconds, Tokyo 127 degrees 17 minutes 00 seconds, Kangsan-ri, Cheongwon-gun, Kangwon-do, Republic of Korea 190 In the center of the Korean peninsula in the Imamyeon area, the inside of a 200 meter radius is called Northeast Asia No. 1, And it is called as Northeast Asia 45 km from the center of the Korean peninsula. The area of one new United Nations capitol is set as 1000 ㎢ and the range of 600 km from the center of the peninsula is called as Northeast Asia 1500, And a radius of 1200 km from the Northeast Asia is called Northeast Asia 3000, occupying the territory of the ancient sovereigns' peace sovereignty The details of the total area of each country will be described as follows.

On the other hand, in the embedment range formed inside the shared water surface embedding device body within a radius of 600 km from the center of the Korean Peninsula and a radius of 1,200 km from the center of the Korean Peninsula,

China has a land area of 239,085 ㎢ and a sea area of 188,377 ㎢ with a total area of 427,462 ㎢,

Russia has a land area of 3,566 ㎢ and a sea area of 54,137 ㎢ with a total area of 57,703 ㎢,

Japan has land area of 32,229 ㎢ and marine area of 143,061 ㎢, total area of 175,360 ㎢,

North Korea has a land area of 120,000 ㎢ and a sea area of 132,704 ㎢ with a total area of 252,704 ㎢,

South Korea has a land area of 100,000 ㎢ and a sea area of 283,205 ㎢ with a total area of 383,205 ㎢

The total land area is 494,550 ㎢ and the sea area is 801,484 ㎢. The total area is 1,296,434 ㎢. The total land area of each country is within the radius of 600 km from the center of the peninsula. The landfill scope of the case is divided into the total area of each country in detail, as follows.

Korea has a land area of 221,336 ㎢ and an area ratio of 10.6%.

China is divided into 1,558,045 square kilometers and 74.7% land area.

Russia has a land area of 2,080 km2 and an area percentage of 0.1%.

In Japan, the land area is 304,501 km2 and the area ratio is 14.6%. The land area is 2,085,989 km2 and the sea area is 2,435,611 km2. The landfill process is carried out in the territory of one UN country of the three thousand Daecheon world concept formed by occupying the world.

The above area calculation was performed using the Internet image, and it may be different from the actual area. In the center of the Korean peninsula, 3,000 rounds of each circle are divided into 360 rounds of 1 ° to 360 ° to form individual parcels By establishing a new united United Nations integrated state, which is formed by the unified Korea map, up to 3000 Northeast Asia, including postal service after confirming the postal code with the corresponding number, Northeast Asia and world peace can be achieved, In order to prevent the expansion of the military power of our country which will cause disputes, the territory of Dokdo, our territory of Sengaku, the leaders of the parties to the dispute, and the people of the parties will be able to share their territory, It is characterized by the use of a peacekeeping method that allows it to be saved.

  After the end of World War II, which might be involved, the territorial disputes were read by the Japanese Emperor's surrender document in the MacArthur ship after the end of World War II, which was formed before and after the shared surface reclamation process. After the Korean War broke out on June 25, 1950, the so-called `` Central Court of Justice '' identified the group of war criminals that caused the Korean War and the process of judicial offenders. The recent conflict with Cheonan and the bombing of the Yeonpyeong Island incident in the archipelago, Dokdo, Yiedo conflict, the Vietnam War and the forced union of small nations in the Himalayan Tibetan Plateau, Panmunjom ax brutality and the Pueblo Lo kidnapping off the coast of Wonsan around 1977. First of all, the necessity of clearing of the past is very urgently needed in March of the same year. Emphasis is placed on the destruction of the country by the so-called “war” and its destruction of its people. Even if they disappear, the perished nations live and remain eternally immortal. ”Under the principle of the above, the landfills of the Tibetan Plateau soil collectors of the Himalayan Mountains are collected in a right-handed landfilling system that can move through the Tibetan Plateau of the Himalayas. A shared surface reclamation system that allows construction of unrecovered DMZ land and shared water reclamation process with equipment equipped with construction machinery within 2,400 km in diameter with a radius of 1,200 km from the center of the Korean Peninsula. Formed before and after the shared surface landfill process inside the body On the other hand, the military demarcation line, the armistice line, the southern limit line, the northern limit line, the Korea-China interim measure area, the straight line asserted by China, the EEZ claimed by Korea, and the Chinese claim The EEZ, the Tibetan Plateau Collector in the Himalayan Mountains, will be permanently destroyed as the national lake disappears, and the shared landfills, shared surface landfills, power supplies and borders will be permanently immortal.

On the other hand, when one country refuses or destroys the mutual agreement of the parties to the dispute, it is necessary to change the territory of the oceans into land and form a new land, In accordance with the document of the highly developed peaceful coexistence treaty with the landfill design method, the Tibetan plateau of the Himalayas was totally transported, It is characterized by being able to operate within 2,400 km diameter, with a radius of 1,200 km from the center of the peninsula, before and after the process.

In addition, it complies with the conditions and regulations of Northeast Asia Peace and Coexistence in each of the following items, which are formed before and after the shared water reclamation process, inside the body of the shared water reclamation device. Agree either jointly or mutually, and the intent of these terms and regulations apply only to the internal territorial and peace sovereignty of South Korea following the deterrence of the military expansion of States Parties that cause territorial disputes and the relaxation of Northeast Asia. In order to solve territorial disputes peacefully, peace-keeping leaders from a new concept of united nations have broken all agreements and treaties between the post-Semi-Anamic system of the post- 6.25 war, and have a radius of 1,200 km from the center of the Korean peninsula. Agreements and treaties between digital systems within the 2,400 km range Selected shall make every effort to maintain peace in Northeast Asia.

We hope to consolidate the peace mechanism in the Northeast Asia region that was formed before and after the process of the shared water surface embedding process inside the body of the above mentioned water surface reclamation processing apparatus and that any one of the countries of the Party is isolated in the Northeast Asia region of the Pacific Ocean And to formally declare a common resolution to defend itself against external armed attacks so as not to have any potential invaders, and to formulate a more comprehensive and effective regional security organization in the Pacific Northeast Asia The Parties that occupy the old territory of the Republic of Korea shall, pursuant to the establishment of the Organization of the United Nations, maintain peacekeeping in Northeast Asia Inside the shared water surface embedding device body for Sharing water reclamation is characterized at a later step before you can perform payments to the United Nations Organization of the internal diameter of 2,400 km range with a radius of 1,200 km away from the center of the peninsula.

      If all the territorial waters formed before and after the shared water surface treatment process are changed into land within the body of the above mentioned water surface reclamation processing apparatus, the Northeast Asian countries will continuously compete with each other for territorial disputes, In order to prevent the continuation of the arms race by changing the terrestrial crustal variability of the territorial waters into the territorial waters of the territorial waters, the Northeast Asian region has to produce all kinds of military materials including the underground mineral resources belonging to the military material, In order to prevent the transportation, the international peacekeeping force under the United Nations Organization, such as the border area from the Yalu River to the Tumen River, is required to send neutral nation inspectors International peacekeeping forces by installing checkpoints Each country can provide telegrams, and within Northeast Asia, ships, submarines, fighters, and naval vessels of the two Koreas can be supplied with fuel and weapons under the control of the International Peacekeeping Forces. Inside the region, within the Peace Sovereignty, each country should grant peacekeepers the power and authority to enter and exit nuclear carriers, ships, and fighters under the control of international peacekeepers. Equipment equipped with machines can be carried out under international peacekeeping force control within 2,400 km in diameter, with a radius of 1,200 km from the center of the Korean Peninsula before and after the process of reclaiming common and shared water surface.

1 to 10 are flowcharts of the present invention, showing a concept of a deep peace maintenance concept and a shared water surface embedding in the interior of the Northeast Asia region formed before and after the process of the shared water surface embedding method inside the body of the shared water surface embedding processing apparatus. In order to solve the questions of those skilled in the art about the processes of the common land and the shared water surface embedding method using the equipments having the construction machine using the method, the following will be explained in detail as follows.

The common water surface reclamation system is a shared water surface reclamation design plan that is formed in the back of the shared water surface reclamation process inside the body of the shared water surface reclamation system. In the pyramidal triangle of the north and south division, , And the total area of 2,400 km in diameter with a radius of 1,200 km from Samcheonri at the reference point is 4,521,600 ㎢ in area. This shared landfill and shared reclamation land consists of Tibetan plateau inhabitants of the Himalayas. Each section of the peninsula is divided into 360 sections from 1 ° to 360 °. Each section is divided into zip codes After the finalization of the postal services, Before the formation of a new United Nations unified nation with a new concept of unified Korea, the shared surface reclamation process takes place at the Tibetan Plateau soil collection site in the Himalayan Mountains, and at the shared landfill site. To prevent the expansion of military forces, Dokdo is our land, Sengaku is our land, and the leaders of the parties to the dispute and their citizens can all share their territory so that peace in Northeast Asia can be achieved automatically. In order to resolve the issue, and when one country rejects or destroys the mutual agreement of the territorial dispute parties in order to achieve peace in Northeast Asia and the world, the five oceans are changed to land and the six major provinces are changed to five oceans. To form a United Nations unified nation of new concepts Previously, it was formed by landfill processing processes, and the landfill equipment equipped with natural energy-free construction machinery until the last peaceful solution is achieved for the peaceful coexistence of Northeast Asia. Communication weather transmitted from flood control devices and satellites to the land and oceans of the world, reaffirming the hope that all citizens and all governments living peacefully and undermining hostilities or any armed and violent acts in the Republic of Korea According to the weather forecast of the Korea Meteorological Administration, which examines and analyzes the information, it can efficiently and rapidly produce various kinds of fires, sand, heavy snow, heavy rains, heavy rains, typhoons, earthquakes and tsunamis, landslides, and nuclear radiation pollution caused by floods and droughts. Formed in ways that prevent each natural disaster in advance, It is formed in the way of preventing the artificial territorial disputes, wars, terrorism, etc., by controlling the floods that can continuously overcome the floods with the landfill devices of the floods overcoming system. In order to establish world-wide coexistence of peace and peace with the aim of establishing a complete coexistence of hostilities and all armed activities in Korea, surrounded by Russian territories, in parts of China and Japan in Northeast Asia, In order to maintain the peace of the East by agenda of the United Nations' Organization, which transforms into a unified nation with a new concept formed by the unified Korea's cadastral map, through various ways of peaceful coexistence. Consists of a natural energy pollution-free alternative to oil use Shared landfilling process with pollution-free construction machinery with pollution-free construction equipment, and landfill control devices with sea level control equipment, marine tunnel transportation system, nuclear explosion prevention type for nuclear waste treatment It is formed at the time of before and after the shared surface landfill process inside the shared surface landfill apparatus body formed in the shared landfill and the shared surface landfill, including the no-hazardous nuclear waste treatment reactor facility of a nuclear power plant having a dual-structure block tank. Can be.

The shared water surface reclamation design method that was formed before and after the shared water surface reclamation process inside the body of the above mentioned water surface reclamation treatment facility is to move the whole of the Tibetan plateau reclamation area of the Himalayas by the highly developed peace coexistence treaty document and constitutional amendment In this way, the waterside landfill system is constructed within the range of 2,400 km in diameter with a radius of 1,200 km from the center of the Korean peninsula. In accordance with the Northeast Asian peaceful coexistence conditions and regulations set forth in each of the following items formed before and after the process of the shared water surface landfill into the body of the landfill system, they are subject to their restrictions and controls individually, and China, Russia and Japan jointly and mutually agree And the intent of these terms and regulations will only lead to territorial disputes. In order to prevent the expansion of the military power of our country, all military goods are put into furnaces and formed by means of recycling with farm equipment and construction machinery, and only applied to the old territory of Korea and peaceful sovereignty due to the relaxation of tensions in Northeast Asia In order to solve the territorial dispute in a peaceful manner, the leaders of each country, which is a new concept of a unified nation, should liquidate the agreements and treaties between the analog systems of the countries before the Korean War. km Digital system within the range Shared landfill with shared landfill and shared landfill Landfill treatment system by selecting the agreements and treaties between countries to do their best to maintain peace in Northeast Asia Shared water surface landfill treatment process inside the body And it can be characterized that it is formed at the time of the pre- and post-exposure.

We hope to consolidate the peace mechanism in the Northeast Asia region that was formed before and after the process of the shared water surface embedding process inside the body of the above mentioned water surface reclamation processing apparatus and that any one of the countries of the Party is isolated in the Northeast Asia region of the Pacific Ocean And to formally declare a common resolution to defend itself against external armed attacks so as not to have any potential invaders, and to formulate a more comprehensive and effective regional security organization in the Pacific Northeast Asia The Parties which occupy the old territory of the Republic of Korea shall, pursuant to the establishment of the United Nations Organization for Peacekeeping Operations in Northeast Asia, maintain the occupancy charges of the territorial interests including the territorial sea, in order to maintain peace and security, Inside the shared water surface embedding device body for Shared landfill A shared water surface buried in a landfill and a shared landfill to allow for payment of fees to the United Nations bodies of the United Nations within a range of 2,400 km in diameter with a radius of 1,200 km from the center of the peninsula before and after the process And is formed inside and outside the shared water surface embedding process.

      If all the territorial waters formed before and after the shared water surface treatment process are modified into land, the Northeast Asian countries will continue to compete with each other for territorial disputes, It is equipped with the power of peace protection natural god to prevent various natural disasters such as yellow sand, heavy snow, typhoon, typhoon, earthquake and tsunami, landslide and nuclear radiation pollution in advance, It is formed by the territorial sea crustal deformation and large deformation methods so as not to be able to continue the competition of the arms race. Inside the peaceful sovereignty of the United States, all military materials including underground mineral resources belonging to military In order to make it impossible to carry out transportation, the Neutral Nations Surveillance Commissioner will allow the International Peace Maintenance Forces under the United Nations to pass passengers, imports, exports, and vehicles of each country after inspection. And secure checkpoints for each country to provide security for the International Peacekeeping Forces, and ships, submarines, fighters, and ships of the military supplies of the two Koreas within Northeast Asia are fueled under the control of the International Peacekeepers. To provide and operate weapons and weapons, and to facilitate the entry and exit of nuclear aircraft carriers, ships and fighters within the Northeast Asian region into the Peace Sovereign, under the control of international peacekeepers. By constructing power and authority, we can build the construction machinery of digital systems. Compared to the shared landfill and the shared surface landfill site, under the control of international peacekeepers, within the range of 2,400 km in diameter, the radius of the central Korean peninsula is 1,200 km from the center of the Korean Peninsula before and after the landfill and landfill landfill disposal methods. It may be characterized in that it is formed before and after the shared surface buried treatment process to form a shared surface buried treatment apparatus body.

     The north-south and north-south regions connected to bridges to roads and railways blocked inside the DMZ, such as the Manchurian Plate, Siberia, and the Tenjin Mountains. For the purpose of human and physical traffic, the two countries agreed to implement unconditional agreements and participate in the Siberian oil pipeline and gas pipeline laying projects, so that both South and North Korea could freely enter and exit privately within Northeast Asia. It may be characterized in that it is formed at the time of the shared landfill processing body before and after the shared surface landfill processing body formed in the shared landfill and the shared surface landfill.

      The inter-Korean and intra-Northeast Asian regions that were formed before and after the shared water surface treatment process inside the shared water surface treatment system body abandoned their military rights and their abandoned rights were left to the Northeast Asian Nations Organization of the International Peacekeeping Force, There is no objection or opposition to the establishment of a peacekeeping force in the Northeast Asia United Nations Organization, and each group that violates it is alive and well under the WIPO Treaty Cooperation Organization and the Berne Convention Considered as a crime against the authority and moral rights of the unified Korea's 18th President of the Republic of Korea, all of the personnel of both power organizations in the two Koreas are composed of one new unified northeastern state In accordance with international laws and regulations. Into the public waters embedding processing unit body to be formed in the public waters ripji landfill can be characterized in that formed at the time before and after the embedding process public waters.

      In the Northeast Asian region formed before and after the shared surface reclamation process, the South and North Korea have given up their military rights, instead of giving up military rights, volcanic eruptions, earthquakes, large forest fires, Nuclear, typhoon, hurricane, tornado, flooding, drought, yellow dust, heat wave, cold waves, flood control device, and nuclear waste treatment technology and explosion-proof nuclear reactor that are not radioactively polluted by nuclear explosion In order to continue the peace of the global village by gradually distributing the equipment project to the Northeast Asian region and gradually distributing it to the entire global village according to the feasibility evaluation, it is necessary to Formed with hundreds of millions of people in the world's top economic economies, worth $ 100,000 per capita Shared landfill within the body of the shared landfill processing body formed on the shared landfill and the shared surface landfill to select the transition method to a country within the Northeast Asia region, which is a new concept integrated into the surface of the landfill body. It may be characterized in that it is formed before and after the treatment process.

 Inside the Northeast Asia 45 Northeast Asia Nuclear Counter-Tactical Unit, which was formed before and after the shared water surface treatment process inside the body of the above mentioned water surface reclamation and treatment unit, there were two soldiers of the Korean War Veterans, And civilian war dead and Shanghai temporary revolutionary government factor monster tower etc. are formed in the interior of each common water surface embedding device body using gold, silver, glass, agate, amber, pearl, Shared surface landfill to be built in shared landfills and shared landfills so that it can be erected in order to appease the dead spirits of each country in Northeast Asia region consisting of integrated countries. As shown in FIG.

      The political independence or safety of any one of the territorial disputing Parties to the territory of Northeast Asia that was formed before and after the process of the shared water surface landfill process inside the body of the above mentioned water surface disposal apparatus is threatened by external armed attack At any time, the Parties shall establish in shared landfills and shared reclaimed landfills so that they may consult within the Northeast Asian Nations Region of Northeast Asia consisting of one new, unified, And is formed inside the body of the shared water surface embedding processing apparatus before and after the shared water surface embedding processing step.

      Participants in territorial disputes within Northeast Asia, formed before and after the shared surface reclamation process, continue to strengthen measures to prevent armed attacks, either alone or jointly or by self-help and mutual assistance. In accordance with the appropriate measures to implement this Treaty and to promote its objectives, the Organization for Northeast Asian Coalition shall have the right to After determining whether or not to drop atomic bombs and hydrogen bombs into Beijing, Tokyo, etc. Characterized in that formed before and after the process There.

     Participants in territorial disputes within the Northeast Asia region formed before and after the shared surface reclamation process are legally under the administrative control of other Parties, and the territory under the administrative control of other Parties. To establish a Northeast Asian Union Organization in accordance with their respective constitutional procedures to recognize common risks and to endanger their peace and security in the Pacific region against other Parties in the territories they admit to have entered. To act on the purpose and intent of the founding and establishment, the Parties to the dispute declare that they abandon all claims and rights of Japan and China, including territorial disputes, such as the Senka District Archipelago and Dokdo Disputes. The head of command of territorial dispute parties violating this has no reason. The lawsuits are filed with the International Court of Justice to determine the limits of faults in the mission room and the penalties are determined. Formed at the time of the pre- and post-watershed landfill processes within the Northeast Asia region, which consists of a single integrated country formed within the shared landfill and body of the shared surface landfill, formed by the methods of electing the leader of the receiving exploration chamber. It can be characterized.

      Within the territory of the Republic of Korea, Army, Navy and Air Force of the United States, the representative States of the United Nations, by the mutual agreement of the parties to the territorial dispute, into the Northeast Asia region formed before and after the shared surface landfill process within the body of the shared surface landfill. The Republic of Korea grants this right, and the United States accepts it, and when either country rejects or destroys the mutual agreement of the parties to the territorial dispute, the Great Ocean will be formed into land and the Great Ocean will be formed into the Great Ocean. It is possible to carry out the global transformation, and to use the reclamation method formed by right-handed discrete type to move the whole Tibetan plateau of the Himalayas, and to change all territorial waters to land by landfill material soil. Arms race due to mutual territorial disputes Continuously, all territorial seas in Northeast Asia, terrestrial seas, and terrestrial seas can be transformed, and the responsibility for handing over them will be passed on to the sovereigns of each country. Shared water reclamation into the shared water reclamation device body formed in the shared reclaimed land and the shared water reclaimed land so that territorial claims can never be made within the Northeast Asia region of a new integrated country formed by the interior of the shared water reclamation device body. It may be characterized in that it is formed before and after the treatment process.

      The Treaty of Peaceful Coexistence of Northeast Asia that was formed before and after the process of the shared water surface embedding process into the body of the above mentioned water surface treatment system should be ratified by the Republic of Korea and the United States of America in the Northeast Asia region according to the constitutional procedure, Shall be equally ratified by the Constitutional procedure and shall be formed in a shared landfill with a shared landfill so that it can take effect when all of its ratifications have been exchanged in Seoul by the State. And may be formed before and after the embedding process.

     The Northeast Asian Peace and Coexistence Treaty (Northeast Asia Peace and Coexistence Treaty) document, which was formed before and after the process of the shared water surface reclamation process inside the body of the above mentioned water surface treatment apparatus, The WIPO International Treaty Organization, which is able to exercise the right of the year, and the 18th President of the Republic of Korea who was elected by the Berne Treaty. The interior of Northeast Asia consists of a new, The invention can be characterized in that it is formed in the shared water surface embedding apparatus body formed in the shared landfill and the shared water surface landfill so that the intellectual property right can be exercised before and after the shared water surface embedding process.

      Representatives of the Free China and representatives of North Korea in the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the above mentioned water surface treatment apparatus can not appeal to the New York United Nations General Assembly for the peaceful coexistence of Northeast Asia Not only that, but especially the Japanese national dignitaries who cry out in public opinion, and their people are the defeated countries of the World War II, and it is time for the International Court of Justice to file the sovereignty over Dokdo, Explosion, etc. The author of the treaty document shall share the land with the landfill so that the right to the inside of the Northeast Asian region consisting of one new, integrated country formed into the interior of the shared water surface landfill body Shared water surface buried in the reclaimed landfill. It may be characterized in that formed at the time of post-treatment step before.

Even within the Northeast Asia region formed before and after the process of the shared water surface treatment process, the Chinese government claiming the territorial rights strictly warns against the natural disasters mentioned above. In order to prevent the dismantling of history books such as Goguryeo, Bohai, and Baekje, or to insist on distorting history, the Chinese government has also decided to dispose of book books in the world, In order to efficiently manage and preserve the heritage of human beings, the Ministry of Culture and Tourism established a Cultural Heritage Administration, which will be able to collect floating world cultural heritage in the administrative capital of Northeast Asia, The contractors are responsible for fulfilling their responsibilities and obligations. So it can be characterized in that formed at the time after shared landfills and shared public waters embedding processing unit public waters before embedding processing step into the body to form on the surface landfills.

      The installation process of the marine tunnel formed before and after the process of the shared water surface embedding process inside the body of the shared water surface embedding device should be able to guarantee the safety from natural disaster and the installation position should be clearly set, It is installed in the manufacturing process and the transportation process so that the installation process can be readjusted according to the buoyancy method so that the hull according to the buoyancy control of the poison and the floating buoy can float on the water and the diving speed can be increased or decreased according to the amount of the lead weight on the hull body. In the process, conventional shipbuilding marine heavy industry marine iron structure is preferentially selected as the standard for the construction of a shared water surface embedding device. Inland Northeast Asia, which is formed inside the body, is equipped with construction machinery to form a shared landfill and shared landfill Shared surface embedding treatment system Shared water surface treatment process inside the body It may be characterized in that formed at the time of after.

Block docks are horizontal x vertical since dock dock facilities in shipyards in conventional shipyards have a width x length and a size of 131m x 530m inside the northeast Asian region formed before and after the shared waterfilling process. The length is less than 20m × 30m × 500m, and the unit is made in 1 unit to make the block piping inside the dock yard facility, complete the safe launch condition, and block block marine tunnel to be repaired so that the manhole can be repaired. Equipped with over-doors, large lugs and large flanges for lifting conditions, and fixing construction machinery and mooring devices such as offshore cranes, navigators, and navigators formed on the lifting ships on barges and tugboats on submersible and semi-working submarines. Equipment such as bollards and anchors, anchor chains and ropes, can be used to automatically It may be characterized in that it is formed at the time before and after the shared surface landfill processing process inside the shared surface landfill processing apparatus body formed in the shared landfill and the shared surface landfill by having a construction machine inside the Northeast Asia region formed inside the lip device body.

A plurality of block pipelines formed inside and outside the Northeast Asia region formed before and after the process of the water surface embedding process into the inside of the shared water surface embedding device body form a tunnel and the barge line or the floating passageway incorporating the upper part of the tunnel, , And the manganese monolith is called a potato-like mineral mass left in the bottom of the 5000M seabed of the world including the Pacific Ocean. As a resource of the manganese monolith, the restoration cost of the Korean dynasties and the repayment of the national foreign debt of 9000 trillion won The minerals of manganese, nickel, copper and cobalt are contained in the above-mentioned submarine mineral masses. In particular, since the amount of manganese is large Manganese monoliths, and manganese monoliths are called treasures. Crude oil and natural gas, which are other power resources, are substances that have been put into practical use of crude oil alternative energy, which is located in the 5000m undersea area, which is more than the continental shelf area. However, the mineral resources of the land will show its bottom in this century. In comparison, manganese arcs under the seabed are loaded in huge quantities. Several float netting baskets and submarine mineralized air bags are formed with the Siiso crane boom bar to operate the Siiso crane boom bar to the top of the barge hull Shared water surface landfill system that installs the manganese monolithic marine tunnel traffic system. It has abundant materials formed inside and outside Northeast Asia which is formed inside of the body. It is a shared water surface formed in shared landfill and shared landfill Inside the body of the landfill processing system ≪ / RTI >

The abundant material formed inside and outside the Northeast Asia region before and after the shared surface landfill process is about 170 billion tons of manganese nodules on the bottom of the Pacific Ocean. As it is announced that there are 400 billion tons of manganese, 16.4 billion tons of nickel, 8.8 billion tons of copper, and 5.8 billion tons of cobalt, the huge reserves are incomparable with those of land. It is a means of resource building to build another district, and its production process is calculated by supplying electric power to the upper deck deck at the top of the sea level, fish finders and searchlights, and to lift the salvage for fast and quick maneuverability. Is quickly lifted by the iso crane boom and the small ones are 1c m in diameter and the larger ones are 25c m in diameter. The annual amount of 10,000,000 tons is generated in the Pacific Ocean, and manganese nodules are loaded at 5000m, which is the midpoint of gravity about 10 km below sea level and the buoyancy that receives this gravity. As it is loaded, it is complied with marine safety regulations to collect abundant materials formed inside and outside the Northeast Asian region formed at the inside of the shared surface landfill device body at an appropriate level. It may be characterized in that it is formed before and after the shared surface buried treatment process inside the surface of the landfill apparatus.

The pipe bridge using abundant materials formed inside and outside the Northeast Asia region at the time of the shared surface landfill processing body before and after the shared surface landfill processing as a plurality of marine tunnels inside the marine tunnel transportation device includes an internal pipe and the interior. Inside the outer pipe, the first auxiliary steel for block piping and the second auxiliary steel plates for block piping are manufactured by cutting process and welding process, and then a large flange is formed by welding process as a block piping connection node. Structural block piping is a shared landfilling device, which includes a landfilling process before and after the shared surface landfill treatment and includes a connection to each tunnel dock which is also used as a shelter in the middle of the block pipe connection node. The above-described method for manufacturing and installing a marine tunnel transportation device formed inside a body of a waterfilling device The tunnel dock formed inside the body of the waterfilling device is installed at intervals of 500M to support the multiple pipe bridges of the block pipes. The bridges are fixed to the sea floor using construction equipment. Each vertical holding tank is formed inside the shared water reclaiming body, and the vertical vertical holding tank is a floating dock that is used as a shelter. It may be characterized in that it is formed before and after the landfill process.

A landing tank formed at a time before and after a shared water surface treatment process inside the body of the shared water surface treatment apparatus above sea level of the upper floatation buoy above a barge deck, The top of the deck deck such as the barge line and the floating dock which are formed by the double structure block tanks such as the emergency landing area of the aircraft in the seabed mineral resource collecting field and the weather observatory in the power plant and the wind hydroelectric power plant, It is characterized in that it is formed inside the shared water surface embedding device body formed in the shared landfill and the shared water surface landfill with the tunnel traffic devices before and after the shared water surface embedding process.

A guide rail is installed inside the inner pipe of the marine tunnel pipe bridge formed at the time before and after the process of the water surface embedding process into the inside of the shared water surface embedding device body, an electric car of 100 K M speed runs and the outer pipe space of the inner pipe periphery Natural gas and crude oil transportation pipelines are installed at the lower part of the guide rail support. In the sea, the barge is installed in the tugboat by using the semi-diving work line and the construction machine equipment installed in the lifting line. In the case of a floating water tank, it is important that the water tank is connected to the water storage tank. And may be formed before and after the embedding process.

The separate floating dock which is not formed on the upper surface of the pipe bridge formed before and after the shared water reclamation processing process into the body of the shared water reclaiming device is a port formed by the holding tank upper barge hull and the holding tank lower barge respectively. Each flotation dock, which is decomposed and combined with a blog, is divided into a small flotation dock and a medium flotation dock and a large flotation dock. Combined with medium-sized flotation poison and large flotation-type poison, respectively, the medium-sized flotation poison is combined with the small flotation poison and the large flotation poison, respectively. It may be characterized in that it is formed before and after the shared surface buried treatment process to form a shared surface buried treatment apparatus body.

A pin shaft sharpening hole and a small hole are formed in each of the potter blades formed at the respective portions of the lower tank barge of the holding tank formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus, The holding tank of the holding tank is formed in a vertical and pyramid shape and the potter blades formed at each of the connecting barges at the upper and lower ends of the holding tank are provided with shafts, And the pin shaft of the potter blades can be disassembled and coupled with the pins of the potter blades, the holes and slots formed in the potter blades act horizontally and vertically and in a pyramid shape to prevent sinking and lifting Equipment and other equipments Loaded barges are equipped with anti-submerged floating docks and marine tunnel transport equipment and shared with shared landfill Into the public waters embedding apparatus body for forming ribs on whether it is possible to being formed at the time before and after the embedding process public waters.

A marine tunnel formed before and after the shared water surface treatment process inside the body of the shared water surface embedding device, and a holding tank formed by the anti-sunken floating dock, the upper end barge, the central portion of the hull, and a plurality of holding tanks and holding tanks, A plurality of holding tanks formed on the top of the holding tank, and a connecting portion between the upper and lower ends of the holding tank, and a porter block formed on each of the barges includes a shaft, a bolt for engaging the lug shaft, And the pin holes of the potter blades form a disassembly connection with the pin holes of the potter blades, and the holes and slots formed in the potter blades act in a horizontal and vertical pyramidal shape, Along the circumferential surface of the inner side of the pillar of the strand tank upper barge hull, The lower part of the center of each vertical holding tank is formed by excavation equipment and mooring devices, and is excavated with a coar drill attached to several pipe racks formed by the bottom floor of the seabed, and then the crankshaft replacement crankshaft is connected to a hydraulic cylinder A hydraulic cylinder is connected to the excavation drill hole, and each hydraulic cylinder is connected to an excavation drill hole, which is connected to the construction machine and connected to a construction machine mounted on a barge on the upper surface of a column of each of the holding tanks, The crankshaft is compressed and expanded inside the excavation hole so that several chain members are fixed and fixed in the ground so that the lower end of each holding tank is fixed to prevent the barge ship from drifting, The marine tunnel formed in the floating type poison is securely equipped with the transportation device mooring device and is shared with the shared landfill. Into the public waters embedding apparatus body to form a can characterized in that formed at the time before and after the embedding process public waters.

A marine tunnel communication device formed at the time of before and after the process of the shared water surface embedding process into the body of the above mentioned water surface reclamation processing device, each of which is fixed to the upper part of the barge hull at the bottom of the holding tank, The upper part of the deck top of the upper barge hull of the holding tank is composed of several nuclear power plants and wind hydroelectric power plants and is formed into marine power generating units inside the respective marine power plants. Connect the pipe and valve to the outside of the outer pipe to the end of the block pipe by sealing the inner surface of the block pipe with a flange connecting plate to connect the 500-meter block pipe of the pipe bridge to the water. Two inner and outer large flanges are fixed with welding joints and one block pipe The inner surface of the block pipe is closed by welding the block pipe end to the inside of the outer pipe of the short pipe of the type flange by using an iron plate and the inside of the block pipe is sealed by using an oxygen cutter inside the pipe bridge after the large flange connection operation. The surface of the manhole and the manhole cover may be formed in the common landfill and the shared landfill in the interior of the closure steel plate for the maritime safety work.

A gasket rubber packing is inserted into a large flange connection node formed before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body, and the water filled in the large flange connection portion is pumped by an underwater pump Unlike the previous method, which is installed inside the block piping, the water is pushed out of the block piping, and then the flanging process is performed. Then, unlike the conventional method in which the banding process is performed using the band guide band outside the outer wall of the piping, In one side of the flange machining hole, a screw thread to replace the nut is shared with a marine tunnel traffic device that is machined with a tapping machine. A shared water surface is formed in a landfill with a landfill. As shown in FIG.

A thread that replaces a nut is formed using a tapping machine on the inner flange processing hole opposite to the flange formed before and after the shared water filling process inside the body of the shared surface landfill apparatus, and a screw is formed in the large flange processing hole. The formation of the mountain is made, and the outer hole of the block pipe is disconnected from the manhole cover at the manhole installation point. Shared water reclamation inside the body of the shared landfill and body of the shared landfill and to form a new large flange connection method that forms a threaded replacement for the nut in each of the flanged processing holes inside and inside the pipe. It may be characterized in that it is formed before and after the treatment process.

A new large flange connection method formed inside and outside the shared water surface embedding device body before and after the shared water surface embedding process can be carried out and only one countermeasure method capable of withstanding the water pressure of 100,000 tons of the deep sea floor is to use the bottom tank barge hull The empty space inside the inner pipe of the holding tank is filled with gasoline which is lighter than water and the inner space of the inner pipe inside the outer pipe is filled with lightweight gasoline, and the diesel is dumped under the water and the lead weight is discharged outside the hull. It forms a new way to float on the water and can withstand deep deep water with 100,000 tons of water pressure. It forms a semi-submerged work line and deep-sea submersibles with built-in band guide, Marine tunnel transport devices using shared landfills and shared reclaimed landfills And the water surface is buried in the body of the water surface embedding apparatus body before and after the water surface embedding process.

Block piping that can wind 2.3 rounds of 40.000 kM around the earth by using a large flange connection method and a floating dock mooring method into the marine tunnel traffic device formed before and after the shared surface landfill process. In order to construct the shore tanks, 500m-long block pipes are formed by rafts.A countermeasure for connecting the entire offshore tunnel is to construct the bridges of 500m-thick pipes first, and then use the deep-sea submersible to install the bridges. After measuring and surveying the ocean depth, sea water pressure, and other flow rates precisely, the buried flag buoy at the pier installation site forms a buoy flag bubble balloon in the shared landfill and the shared surface landfill. It may be characterized in that it is formed before and after the treatment process.

A direction indicator and a depth of depth formed at the time before and after the process of the water surface embedding process are visually recognized inside the body of the shared water surface embedding device and the wire rope and the weight of the water wire are hanged by the bottom of the flagpole rubber balloon, Then, the same sink as the tugboat and floating type poison, each bridge pier is horizontal × vertical × height; It should be transferred to the 300M × 1.5K m × 40M area, but after the installation, if the installation depth is 300 meters, add the pile column 50 meters above the depth and attach it to the seesaw crane boom. It is a marine tunnel transportation device that is built vertically and forms the basis of tens of thousands of piers by using the aviation machine and pile hammer on construction machinery. It may be characterized in that it is formed before and after the surface of the landfill process.

After checking the balance of the bridge level formed before and after the shared surface landfill process inside the shared water surface landfill processing body, 1 block pipes 10 columns in a row in parallel with each pier installation section 1 As a result, a plurality of block pipes are moored to the raft by ropes, etc., at tens of thousands of sea level top exposed areas. Throwing the anchor and anchor chains formed on the crane boom as a substitute for the base of the multiple pipe bridges to the bottom of the sea floor, winding them with an air inlet winch and releasing the wire rope chain for the anchors with an air ingot winch. The body of the shared surface landfill system that forms and forms on the shared landfill and the shared surface landfill as marine tunnel traffic devices. It may be characterized in that formed at the time before and after the embedding process into the shared water.

The air is blown into the inside of the shared water surface embedding device body by an air gun winch formed before and after the process of the water surface embedding process, and the air gun wind winch is used to repeat the method of unlocking the air wire rope chain. To assist in the operation of the tugboat and to carry out the joint work at the sea level in 500m of the bridge. However, the temporary passage of the sailing vessel is opened by temporarily holding the 500m raft line block piping work by one of the works, The outer pipe of the outer pipe, which is a connecting portion, has an even number of connecting portions 4 and an odd number of connecting portions 5, which are formed to have the same length as the block pipe length, and contact with the rubber used as a hinge The rug pin shaft of the a type is fixed to the shaft of the long shaft by the hinge of the r type, It is attached by welding and it is combined with each block connecting joints by up-and-down turning operation, and it forms a block pipe joining method by a locking device and a locking block by a locking device of disassembling and disassembling means. The present invention can be characterized in that it is formed inside a shared water surface embedding device body formed in a shared landfill and a shared water surface landfill with marine tunnel transportation devices before and after a shared water surface embedding process.

      Nuclear explosion to prevent the inside of the deck deck inside the body of each marine power plant in the upper surface of the floating feeder formed by the equipment of the marine tunnel transportation equipment raft line transfer method formed before and after the shared surface landfill processing body A plurality of reactors formed of a dual-structure block tank is formed, and when the reactor is operated, the power generation capacity is formed to generate 1,000,000 w / h power at 10k m intervals. The production power is formed, the production power is controlled by the transformers of the large-scale substation, and then supply a certain amount of power generated by transmission lines and transmission towers, each generator is formed in thousands of offshore power plants, etc. In the process of connecting parts such as large flanges of multiple pipe bridges under the dock, hand tools, etc. Used for bolting work with spanner and hammer ranch, combined with block block using lever block and turnbuckle, and the inner surface of the shared surface landfill system, which is formed in the shared landfill and the shared surface landfill through the bridge bridge tunnel Furnace may be formed before and after the co-surface landfill process.

      The hatch cover is attached to the bulkhead manhole and the manhole cover on the vertical bulkhead and the horizontal bulkhead inside the block pipe formed before and after the shared waterfill process, and the hydraulic cylinder is attached to the hatch cover. A door is attached to connect a plurality of block pipes horizontally to form an underwater tunnel, and the height of the pipe bridge is 1.5 times greater than the width in consideration of the side load of each marine power plant-type dock formed on the upper surface of the underwater tunnel. It may be characterized in that it is formed at the time before and after the shared surface landfill processing process into the shared landfill device body formed in the shared landfill and the shared surface landfill as increased marine tunnel transportation devices.

      (SDU) at the top of the upper tank barge hull at the upper end of the sea surface upper part (SLU) inside the marine tunnel transportation device formed before and after the process of the shared water surface embedding process into the inside of the shared water surface embedding device body, The block steel towers formed by the shaped steel are inserted into the machining holes for joining the steel towers with the shaft coupling bolts, the individual steel towers are connected by the shaft coupling nut, the block steel towers are formed in block units, and the emergency stairs are transported Wherein the emergency staircase is installed at the position of the lower airship lane of the lower tower of the mooring platform and is installed at the lower center of the lower end of the airship lane by a ceiling crane and an elevator, The crane boom is constructed of several small crane boats, The present invention can be characterized in that it is formed in the inside of the body of the shared water surface embedding apparatus formed in the refuse land and the shared water surface landfill before and after the shared water surface embedding process.

      Discharge the disaster prevention water into the disaster prevention nozzle formed in the disaster prevention hose during the operation of the high pressure type multi-stage disaster prevention pump that supplies the disaster prevention water to the upper part of the upper part of the mooring tower formed before and after the shared sleep landfill processing body. Disaster prevention nozzle and fire hose connection node Disaster prevention nozzle installed in the middle of joint and water supply pipe connection Connection line wire rope and fixed device Disaster prevention nozzle connected to disaster prevention nozzle to flange Disaster prevention equipment and production equipment are formed by connecting the wires of the disaster prevention nozzle to the lower end of the basket where the filet of the board is mounted and the hose of the gas transportation means which is lighter than air into the disaster prevention hose. Offshore dock transportation combined with flotation deck deck deck In public waters into the embedding processing unit body for forming the shared public waters landfill and the landfill teeth it can be characterized in that formed at the time before and after the embedding process public waters.

Discharge water is discharged to the disaster prevention nozzle area by the high pressure type multi-stage disaster prevention pump operation on the upper surface of the floating dock deck deck formed before and after the shared water reclamation treatment process into the body of the shared water reclamation treatment device. The injection water and the multiple radiation type discharge guns are discharge curtain sprayed in the form of water curtain and surround the combustion products with non-combustible gas to block the supply of air to prevent the combustion and to reduce the combustion products to the ignition point temperature. The portable wireless communication terminal of the high pressure type multi-stage disaster prevention pump control system and the main switch button for disaster prevention pump operation control and disaster prevention water spraying in the emergency control pump operating room and the safety control room that are initially evolved within 1 second by reducing cooling methods. Disaster prevention pump auxiliary switch button for power supply control box The distribution arrangement connected to the operating program the machine room into the public waters embedding processing unit body for forming the shared public waters landfills and in reclaimed marine transportation tunnel devices can be formed wherein at the time before and after the embedding process public waters.

      A flood boom and an air receiver tank for removing toxic gases from the crude oil tank to the right of the block top of the deck top deck at the top of the buoyant deck deck formed at the time before and after the shared water surface embedding process process Large hydroelectric generators are formed in the power generation room. In order to fill the boreholes with the non-iopics and the oil boreholes after the oil borehole work, the mixer of the loess and cement is placed inside the machine room, The present invention can be characterized in that it is formed in the shared water surface embedding apparatus body formed in the shared landfill and the shared water surface landfill with traffic devices before and after the shared water surface embedding process.

      Inside of the above-mentioned shared water surface reclamation treatment device, the marine tunnel formed before and after the process of the water surface reclamation process. To the inside of the traffic device To the left of the block steel tower at the upper part of the floating deck plate deck. To the top of the safety control room and the weather observation equipment management room, A helicopter stop is formed on the upper deck deck of the block pylon, and a space rocket is placed in the satellite launch pad and the space launch pad in the safety control room. In order to prevent the harmful red tide from breeding, Type air hose and oxygen to the sea bed to protect the marine environment, and a center pipe positioned at the upper end of the upper part of the lifting deck SDU. The rack or the like is bound to a wire rope or the like of a ceiling crane, The drilling machine for drilling crude oil into the upper part of the drill is installed in a drilling machine room in a transfer arrangement and installed. In the submarine mineral resource collecting hall, a garden basket for collecting manganese block and a suction machine Underground mining robots and mineral collecting troughs are located at the end of the sea ice crane boom zone at the bottom of the sea level (SLD). Shared water surface buried in the shared landfill and shared landfill. And it can be characterized that it is formed at the time of the pre- and post-exposure.

      The isocrane crane boom constructed at the time before and after the process of the shared water surface embedding process inside the shared water surface embedding device body, the deepwater energy resource is lifted to the top of the deck deck by the vertical rotation operation, , And the inside of the deck deck such as transport equipment, each lifting deck, etc., and the inside and the under side are equipments of marine power generation facilities. It is characterized in that it is formed inside the shared water surface embedding device body formed in the shared landfill and the shared water surface landfill with the tunnel traffic devices before and after the shared water surface embedding process.

      Deck top and inside and bottom and bottom and deck equipment of each floating dock into the marine tunnel transportation device formed before and after the shared surface landfill process, respectively, the equipment of the offshore power plant. Excavation that occurs after the operation of crude oil drilling rods formed of core drills coupled to crude oil drilling rod pipe racks at the bottom of the floating tank deck deck at the bottom of the floating dock deck deck deck (SDU). It is a pipe that moves harmful soils in soil and strata, and steel plate brackets that support the pipes are used in the shared landfill and the body of the landfill. It is characterized by the fact that it is formed on the backsight.

      In the shared water surface embedding device body, a symmetrical diagonal side part of four deck decks formed before and after the process of the water surface embedding process is installed. And the center of the iso crane boom with a center distance of 5KM or less is used as a depth adjustable pedestal. Several lugs and shafts are used to adjust the safe working distance of the iso crane boom. Air catcher winch (SLD) Of the present invention can be characterized in that the nonpower pumps connected to the wire rope are formed at the upper part of the deck plate and at the inside of the shared water surface embedding device body formed at the shared landfill site before and after the shared water surface embedding process.

      The water is pumped into the upper part of the sea surface (SLU) formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device, and the water is supplied to the head tank of the large hydroelectric power generator and the Francis turbine connected to the water pressure pipe, The power generation equipment that produces electricity without generating power by controlling the pipe inlet and watertightness by interconnecting the turbine shaft with the rotating shaft inside the generator body by the seawater flow rate is composed of the top surface of the deck plate, And the lower surface of the water surface, the equipment of each marine power generation facility can be characterized by being formed in a shared landfill by the marine tunnel transportation devices and a shared water surface buried in the buried landfill body before and after the water surface treatment process.

      Inside the shared water surface embedding device Inside the body of the sea Surface tunnel formed at the time before and after the landfill process Marine power generation facility inside the transportation facility Stacking tank formed by individual equipment Upper barge Underneath hull Individual holding tank Outer piping Large- A high-strength bolt and a high-strength nut are fastened to a large flange-machined hole on the joint, and a high-pressure rubber packing is connected to the gap of the joint. A block pipe is formed on the joint of the horizontal block pipe and the upper- Submarine exploration for exploration lights of submarine mineral resource exploration equipment to the outside of the external piping of each holding tanks at the bottom of the hull Underwater light for the lens glass is formed at regular intervals to the outer wall of the external piping of the pyramid type holding tanks , And a plurality of lug pin shafts Porter plugs for pin and port plugs can be disengaged from the barge hull, and the pin shaft is fitted with a hydraulic cylinder key to the large flange connection connector joints, machining holes and hole holes. After binding to the pin, put the pin into the pin processing hole and set the pin node aside to prevent the shaft from falling off. It may be characterized in that it is formed before and after the shared surface landfill process.

      The holding tanks of floating docks are fixed to the upper and lower barge hulls of several holding tanks formed at the time of the shared water reclaiming body before and after the shared water reclaiming process. Lug hinge socket of the joint deck of the deck deck bottom of the tank top barge hull according to the dock level. And holding tanks are selectively fitted to each other, and a lug hinge socket is formed on the deck deck surface, and the floating dock dock and the holding tank are fixed to the upper surface of the pipe bridge tunnel. To be formed at the time before and after the shared surface landfill processing body to the shared surface landfill processing unit There.

      A plurality of shaft coupling rods are formed on the upper surface of the holding tank formed before and after the shared water surface embedding processing process into the inside of the shared water surface embedding processing apparatus body, and the pin shafts are inserted into several rugged processing holes After screwing the nuts to the screw threads on both sides of the rear shaft, put the potter blades into the hole for preventing deviation of the shaft, and if the potter blades are displaced to both sides, (SLU) Barge Hull and bottom of sea level (SLD) A fixed type tunnel dock which is connected to a pipe bridge tunnel in the sea, a holding tank upper barge hull and a holding tank lower barge hull, several potter blades and a potter blader pin Several holding tanks bound to the shaft body shaft hole and shaft pin prevent sinking at the sea level, lifting device and other prevention and disaster prevention It is possible to renovate the marine tunnel transportation system by the ups and downs of the device loading barges. It may be characterized in that formed in the body before and after the shared surface landfill process.

      In the marine tunnel transport device formed by the mooring device formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device, there are marine hatchlings, It can detect the dynamics in the sea by detecting the submarine of the military equipment by forming the electrode plate anode at a constant interval so that the barnacle can not grow. By connecting the bridge to the communication satellite other than the traffic device, Of the surface of the water surface embedding processing apparatus.

       Weather observation on the roof of the control room of the mooring tower inside the marine tunnel traffic device formed before and after the shared water reclamation process in order to ensure hull safety from lightning and lightning. It may be characterized in that the lightning rod is formed at the time of before and after the shared surface landfill processing process inside the shared surface landfill apparatus body formed in the shared landfill and the shared surface landfill as marine tunnel traffic devices.

From the small diameter piping to supply the marine tunnel transportation device manufacturing power to the marine tunnel transportation device into the marine tunnel transportation device formed before and after the shared surface landfill processing body inside the shared surface landfill processing body. By supplying power to the factory that produces medium-caliber pipes and large-diameter pipes, the steel plate manufacturing plant with high tensile strength of raw materials, and the steel beam manufacturing plant, such as steel beams, the tube bridges are produced to standard specifications. The pier is a standard 5m in diameter, and it is a reddish type joint area per 1m of the sea depth. Double-pipe structure tank piers of the same type as band jigs joining large flanged joints It may be characterized in that it is formed at the time before and after the shared surface landfill processing process inside the shared surface landfill apparatus body to form a decomposition bond in the shared landfill and the shared surface landfill.

A plurality of types of ground patterns are formed on the bridge type saddle form joint portion formed before and after the process of the water surface embedding process in the body of the common water surface treatment apparatus, A plurality of paper chain belts are connected to the link belts so that a plurality of paper chain belts are formed at the same time in the plurality of corrugated holes to form disassembly joints and the crankshaft replacement crank and the piercing level foundation underlayers A plurality of crankshaft crankshafts formed on the side surfaces and the lower surface of the saddle mold body are formed in the shared landfill and the shared landfill with the marine tunnel traffic devices, And it can be characterized that it is formed at the time of the pre- and post-exposure.

     Anchor replacement cranks are mounted on the bottom of the sea floor by using construction machinery to replace anchor cranks inside the marine tunnel transportation device formed before and after the shared surface landfill process. Submarines formed on the upper barge of the holding tank on the electric magnet magnet, pipe line transportation device, and elevator carrying manganese nodules used as donor for underwater transportation, including the suction suction machine, mineral collection robot, and the underwater mineral resource collection equipment. The garden baskets and paretos for the reconstruction of mineral resources are formed inside the conveyor, while the underwater mineral resources search equipment for searching for underwater minerals is also formed in searchlights and underwater lights for underwater glass. For subsea diving with wire rope block on lever block to prevent loss of After binding the rig and the subsea drilling equipment, the unmanned camera belonging to the submarine exploration equipment, the container corresponding to the submarine mineral transport box, and the container box latching device are connected to each other to form a shared landfill and a shared surface landfill using marine tunnel traffic devices. It may be characterized in that formed at the time before and after the shared surface landfill processing body to share a shared surface.

      The mineral resources formed in the marine tunnel transportation device undersea mineral collection station formed before and after the shared surface landfill processing body into the shared surface landfill processing body are attached to the fire door and manhole cover mounted on the lower bulkhead of the barge of the holding tank. A shared surface landfill system body that connects the individual solenoid valves, solenoid valve pressure switches, and solenoid valve actuation switches power lines in the pipeline line transporter to form marine tunnel traffic devices in shared landfills and shared landfills to pass through the burrs. It may be characterized in that it is formed before and after the shared surface landfill process.

      The undersea mineral resources collection equipment is connected to the inside of the shared surface landfill apparatus body at the time of before and after the shared surface landfill process by connecting a plurality of 500 meter length double structure block pipes to the side of the barge hull of the holding tank. On both sides of the bottom of the sea level formed by the iso crane booms of the city, all the submarine mineral resources and submarine mineral collection equipment are formed. The Iso crane booms form submarine mineral resources in the gardening baskets and the submarine mineral gardening air pockets, and the hydraulic cylinders formed in the iso crane booms operate the hundreds of millions of tons of manganese nodules produced annually. All undersea mineral resource gathering equipment and the seabed quickly lifted on the top of hull deck deck. Water resources integral may be characterized in that formed at the surface of the water before and after the shared embedding process with tunnel marine transportation device into the public waters embedding processing unit body for forming the shared public waters landfills and landfills.

      Into the upper surface of the hull tank barge hull formed inside the marine tunnel transportation device before and after the shared surface landfill process, a furnace for melting manganese nodules is formed to guide rails to each region. It may be characterized in that it is formed before and after the shared surface landfill processing process inside the shared surface landfill apparatus body formed in the shared landfill and the shared surface landfill as marine tunnel transportation devices for producing and supplying the back.

      A plurality of heavy oil tanks formed on both sides of the sea ice crane boom body to the interior of the marine tunnel traffic apparatus formed before and after the shared water surface embedding processing process into the body of the shared water surface embedding processing apparatus, 500-meter high-pressure hose connection Double-structure high-pressure hose with connection of a high-pressure hose with an accessory capping ring Connected to one of the connection nodes and the drilling machine Several drill rods formed A combination of a crude drilling rig and a natural gas And a small amount of piping piles are formed in the piping holes to supply the loess soil and the cement by the drilling rods to fill the space between the piping piles and the piping piles are connected to the high pressure hose of 500 m, Crude oil and natural gas filled into the tank, combined with one connection node, Oil and natural gas that is lifted from the float boom body to the floating deck upper deck deck by the vertical operation is integrated with the seabed transportation equipment. It may be characterized in that it is formed before and after the shared surface landfill process inside the device body.

     Around the launch pad of the satellite and the space rocket formed before and after the shared water surface treatment process inside the body of the above mentioned shared water surface embedding processing device, a natural earth loam and disaster prevention material of 1 meter above the floor of the deck deck It was laid on the deck deck, and the circumference of the launch pad was formed with a 100-meter-diameter circular ocher block with a height of 3 meters and a height of 15 meters. By using the satellite launch pad and the space rocket launch pad formed at the top of the deck deck, When a large amount of fuel is burned to obtain propulsion, a high temperature occurs. At this time, the combustion heat of high temperature and high pressure generated by the launch of satellites, space rockets, Because it blocks high-pressure heat of combustion, it can be used in shared landfills and shared reclaimed landfills Into the public waters embedding processing unit body for sex can being formed at the time of before and after the embedding process public waters.

     The location of the deep sea area formed before and after the shared water surface treatment process inside the body of the shared water surface embedding device or the means for moving the hull in the area of 10 meters depth is dependent on the length of the dead zone, The crane boom for the crane boom is operated by a large number of hydraulic cylinders formed on the iso crane boom stand to adjust the length of the boom. When the hull is retracted from two places in front of the hull, the ship is retracted and the ship shelter Shared surface landfill with shared landfills and marine tunnel transport devices that can be used to safely move the hull by using anchor and anchor chains to facilitate hull movement even in the deep sea. Formation at the time before and after the shared water surface treatment process . ≪ / RTI >

A nuclear waste treatment reactor installation having a nuclear explosion preventive double structure block tank using a shielding system of a deep defense concept formed before and after a shared water surface embedding process inside the body of the shared water surface embedding apparatus, A plurality of inner block tanks and a plurality of outer block tanks, a first auxiliary type steel for a block tank, a second auxiliary steel plate for a block tank, a snap formed by a precise machine cutter for a steel beam on a vertical bulkhead and a horizontal bulkhead A vertical partition wall and a horizontal bulkhead in which the partition wall manhole is formed are formed with a hydraulic cylinder holder door, an emergency staircase and a tap, and the like, which is formed by a welding process in a shared landfill and a shared water surface landfill And is formed inside and outside the device body at the time before and after the common water surface treatment process.

A plurality of inner block tanks and a plurality of outer block tanks of a cylindrical double structure block tank formed before and after the process of the water surface embedding process into the inside of the shared water surface embedding device body. The mixture of soap water and foam, which is the same as the cleaning material, is mixed with the mixture of the loess mixture and put into the pressure vessel at the same time, Several fire-fighting nozzle nozzles are formed inside the pressure vessel body and in the reservoir vessel to facilitate clean cleaning of the inside of the reactor after the occurrence, and the jet pump and gear pump are used to clean the interior of the reactor without the need for human or robot input You should pay particular attention to the solidification of the loess mixture. A shared water surface landfill system that can be constructed in shared landfills and shared landfills to maximize safe operation of reactor facilities by cleaning the interior of nuclear reactors immediately after the earthquake has stopped and without being restricted by natural disasters. And is formed inside the body before and after the process of the water surface embedding process.

The plurality of stopper iron plates formed before and after the shared water surface embedding process into the shared water surface embedding treatment body may include a plurality of inner block tanks and a plurality of outer block tanks of a cylindrical dual structure block tank, respectively. It is formed in the form of egg by the welding process method and the large flange connection method, and the nuclear waste is stored in one place at the lower part of the empty space of the plurality of inner block tanks and the plurality of outer block tanks in case of large explosion of the reactor. The bottom of the road surface (GLD) reactor of the block tank is fixed with reinforced concrete mats and steel beams of several meters in thickness, and has a single nuclear explosion-proof dual structure block tank, which is shared with the landfill for power generation inside the nuclear power plant. Shared water surface disposal device body formed on the landfill It characterized in that the parts can be formed at the time after public waters embedding processing step before.

An enormous amount of radiation is generated inside the reactor of the nuclear reactor facility formed before and after the process of the water surface embedding process into the inside of the shared water surface embedding apparatus body so that the reactor can safely cover the first wall pellet and the second wall fuel rod A reactor wall of a nuclear reactor including a third wall reactor pressure vessel and a fourth wall reactor vessel formed by a fifth wall reactor building or the like and a fivefold protective wall and a reactor wall of the reactor pressure vessel, In a reactor installation using nuclear power within a nuclear power plant including a plurality of double structure block tanks for storing nuclear waste as a connecting radiation, the nuclear power plant generates nuclear fission in the reactor, A steam turbine for rotating the turbine to produce power; A rotating electric motor disposed along a circumferential surface of the shaft, which is a rotating shaft connecting the generator and the steam turbine, and a non-rotating coil installed along the circumferential surface of the rotor coil, A shared water surface embedding processing unit formed in a shared landfill and a shared reclaimed landfill with power generating facilities including an armature coil for a generator and a frame for integrally fixing the generator and the shaft to the steam turbine, And it can be characterized that it is formed at the time of the pre- and post-exposure.

 A nuclear-explosion-proof double-structure block tank will be described with respect to various nuclear reactors installed in the shielding apparatus. In order to actually improve the stability of the nuclear power plant, the following points can be proved.

 Firstly, the containment vessel of the fourth wall is formed of iron plate thickness (6,6 centimeters), and the outer wall of the containment vessel, the fifth wall has a reactor circumferential surface formed of 120 centimeters of reinforced concrete mat. Therefore, it is formed of the shield structure of the egg-shaped double block tank,

 Secondly, new egg type shielding device double structure block tank Among them, the inner block tank is replaced with the storage container, the first auxiliary type river for the block tank formed in the outer block tank and the inner block tank, and the block tank 2 It is possible to fill up the outer wall space of the compartment made of iron plate brackets and ridge deformed steel plates on the secondary steel plate and the reinforced concrete mat replacing the reinforced concrete mat with 120 square centimeters wide. And the upper and lower block tanks can be separated and separated by a large tool with a double flange for easy separation and disassembly by hand tool. The radioactive nuclear wastes are located in the lower part of the block tank in case of nuclear fuel explosion. Since it is designed to be integrated into the existing single containment building, there is no side pressure weakness compared to the existing single containment building, so there is no side effect caused by the technology of the present invention, and the ease of disposal of nuclear waste is possible. It was all dissolved inside the power plant body.

A light water reactor is a moderator that uses hard water, usually water, and is divided into two types: boiling water and pressurized water. 80% of power plants operating in the world are light water reactors, of which 65 are seized. In addition, 35% of the boiled water and other types of boilers have been supplied. Others, such as gas cooling furnaces, multi-purpose hot gas furnaces and new conversion furnaces, have reached 550 in the world and can never be ignored as energy resources. However, if the number of power generation increased due to the increase in the number of nuclear reactors, and thus the increase in nuclear explosion accidents from natural disasters resulted in the destruction of humankind. In order to improve the safety of nuclear energy, In order to prevent leakage of radioactive materials, the need for absolute nuclear explosion prevention in response to earthquake, flood, tsunami, and other nuclear safety accidents has been highlighted. Radioactive material leaks from steel containment buildings, internal containment vessels, etc. of nuclear power plants so that fire accidents from minor explosions to major explosions cannot be generated. The new technology for storing and shielding steel has been proved to have no side effects through advanced R & D and experiments compared to existing single steel containment buildings. The double wall and safety valves It is formed by nuclear safety engineering design of deep defense strategy of nuclear reactors to enable decomposition and coupling, and it is used as a fuel cycle according to the fuel industry of the existing nuclear equipment, and as a rust-free and defect-free stainless steel and fuel body components, and fuel reprocessing In the process and constituent material of the nuclear fuel reprocessing according to the use of the device,

 First, the materials can be selected differently depending on the corrosive high radioactive environment of the steel and the other environment. All of the nuclear reactors are selected as stainless steel materials and then used as the reactor type. The reactor can be used as a stainless steel reactor. The reactor is divided into a research reactor and a power reactor depending on the purpose of use. The reactor is a reactor developed for power generation.

In the structure of a boiling water reactor forming a nuclear explosion-proof dual structure block tank, the boiling water boils water to make steam and turn the turbine. The inside of the reactor is composed of fuel and water to the inside of the reactor pressure vessel, pressure control pools which keep the water under the pressure vessel under the control rod and the recirculation pump. The steam pipeline and the like outside the reactor consist of the turbine and the generator, The steam that is used after the steam power generation is cooled by steam in the condenser and the water is pumped to the inside of the reactor by the water pump to recirculate the water to the inside of the reactor. In this case, the cooling water is circulated by the circulating water pump, Cooling water can be released.

In the structure of a pressurized water reactor that forms a nuclear explosion-proof dual structure block tank, the pressurized water does not make steam by applying pressure, but rather makes hot water and exchanges water and steam in the steam generator to turn the steam turbine . The reactor is provided with fuel and water, a control rod inside the reactor pressure vessel, a steam generator on the side of the pressure vessel, and coolant pumps below the generator. The intermediate portion of the reactor is formed by a turbine and a generator And the cooling water is injected into the condenser so that the cooling water is discharged to the waterproof channel, and water can be supplied to the steam generator through the water pump connected to the condenser.

In the structure of the gas cooling furnace which is provided with the nuclear explosion preventive double structure block tank, graphite is used as a moderator and carbon dioxide is used as a coolant. If natural uranium or enriched uranium is used as fuel and carbon dioxide is used as a coolant, the steam condition improves because of overheating, so thermal efficiency similar to fire power can be obtained.

In the structure of a multipurpose hot gas furnace that forms a nuclear explosion-proof double structure block tank, graphite is used as a moderator, helium gas is used as a coolant, and enriched uranium and thorium are used as fuel. Steam can be generated and transmitted.

In the structure of the new conversion furnace which is equipped with the nuclear explosion preventive double structure block tank, the new conversion furnace which is newly developed and paid attention can use the nuclear fuel much more than the existing reactor. Use cool water as coolant. During the rising of fuel, it becomes hot and generates steam. Water and steam are separated from the steam drum. This steam is sent to the turbine to generate electricity. Heavy water is used as a moderator. Heavy water does not absorb neutrons much better than hard water, so the utilization efficiency of uranium is good, and as fuel, plutonium is mixed with natural uranium. The state in which the fission chain reaction continues at a constant rate is called critical.

The difference between an atomic bomb and a nuclear reactor is that the fuel of a nuclear reactor containing a small amount of uranium-235 is less likely to be fissioned by fission neutrons, resulting in a violent chain reaction such as atomic bombs, It is the nuclear fuel rod that is filled with the pellets in the zircaloy, and the nuclear fuel rod that is made by hardening the low enriched uranium is called the pellet, The collected fuel assemblies.

Another problem is that uranium 235 is only 0.7% in nature, so uranium 238 is being used as a fuel, which is about 140 times that of uranium 235 and can be fissioned at uranium 238 Plutonium is produced by the production process of uranium 238, neutrons collide with uranium 239, beta (β) is released, the neptunium body is converted to neutrons, (Α) particles are separated at this time.

This plutonium is a reactor fuel because it can fission. So, it's like converting non-fission uranium 238 into nuclear fission plutonium. In the spent fuel rod, there is plutonium from uranium 238, which is taken out and used as fuel for nuclear reactors.

In the structure of a fast breeder reactor (F B R) forming a nuclear explosion-proof dual structure block tank,

First, the center of the fuel rod is a mixture of uranium enriched in uranium 235 to about 20%, or natural uranium and plutonium, surrounded by natural uranium. Inside this fuel rod is a plutonium from uranium 238, which is taken out and used as the next fuel.

Secondly, the coolant uses liquid sodium metal, and there is no need to slow the neutrons, so there is no moderator.

Third, the intermediate heat exchanger transfers heat from the reactor to the other liquid metal sodium in the intermediate heat exchanger.

The fourth heat exchanger turns the turbine by turning water into steam by the heat of liquid or sodium.

Because fast breeder reactors are associated with atomic bomb production, many oppose it. The reactor is the Super Phoenix Power Plant, which is currently the world's largest fast breeder reactor, built in Super Phoenix, France, at Craymarville, on the Lone River basin.

The stability of a reactor that forms a nuclear explosion-proof double structure block tank is described as follows.

First, the reactor will not have an explosion due to the control rod. If the control rod does not move due to failure, will the temperature in the reactor be raised so much that it will explode if the temperature rises? There is doubt, however, that nuclear reactors do not have to worry about [inherent safety].

A cooling water piping line that has a condenser and a connection structure at a lower portion of a steam turbine body of a power generation facility formed at a time before and after a shared water surface embedding process inside the body of the shared water surface embedding processing apparatus; And a water supply pump is formed outside the rear end of the condenser and a purifier is formed outside the reactor in front of the water supply pump and a plurality of The coolant pumps are installed outside the reactor pressure vessel body storing the uranium fuel and the safety device control rod is installed in the inside of the reactor pressure vessel so that the control rod is automatically inserted at once when the shaking occurs and the reactor is stopped urgently, Of the pressure vessel body And a plurality of through holes are formed at an angle of 45 ° at the top of the fourth wall reactor and the fifth wall reactor building of the nuclear reactor by an oxygen cutter and a construction machine The plurality of through holes are formed in a shared water surface embedding device body formed in a shared landfill and a shared landfill to form a double pipe structure block piping line for transferring nuclear waste, can do.

In the block piping line formed before and after the shared surface landfill processing body, a plurality of safety valves are connected to a flange by a gasket to bolts and nuts, and the reactor building is formed along the outer wall of the reactor building. In one double-structured double-tank block tank, the nuclear waste treatment storage block tank and the radiation-type connection structure are decomposed and combined into a block piping line and a plurality of safety valves. When the cover pipe protecting the second wall fuel rod is exploded in the third wall reactor vessel and the fourth wall containment vessel due to an earthquake stronger than the magnitude 5, the pressure vessels at each location are opened as a plurality of temperature pressure sensor safety valves are opened. Exploded nuclear waste passes through the upper block piping line, where nuclear waste is stored in each block tank. When the temperature pressure sensor sensor safety valve connected to the lower inner tank of the vessel is opened, the block piping line transfers the coolant and toothpaste level ocher mixtures stored in the inner block tank into the pressure vessel and the fourth wall containment vessel to the reactor. When filled with coolant and toothpaste level ocher mixtures, the explosion may be formed before and after the shared surface landfilling process into the shared surface landfill apparatus body formed in the common landfill and the shared surface landfill.

When the decommissioning operation of the nuclear power plant, such as the nuclear power plant formed before and after the shared surface landfill processing body, using a cutting or a robot by remote control, when the explosion inside the reactor pressure vessel stops a plurality of safety valves When operating the reactor, the safety valves are always closed at all times, and various reactors can be installed on the barge of the ocean, and the installation position of the nuclear power plant is adjusted to 40m above sea level so as not to be restricted by weather conditions. A dual-structure block tank reactor facility in which the reactor in the nuclear fuel chamber does not explode so that nuclear reactors of nuclear power plants cannot be exploded and the environment is not contaminated by nuclear waste is not affected by the US. Mold from the first wall to the fifth wall on the face It is formed of a single double-structure block tank, which is a nuclear reactor for treating nuclear waste, and the double-block block tank is formed of an inner block tank and an outer block tank to be provided to prevent nuclear explosion in the reactor, thereby enabling safe and continuous operation. To ensure the safety of nuclear power plants, to ensure nuclear reactor refurbishment, and to manage nuclear waste within nuclear power plants equipped with nuclear explosion-proof dual structure block tanks for nuclear waste treatment. It may be characterized in that it is formed before and after the shared sleep landfill process body in the shared sleep landfill body.

The present invention relates to a nuclear waste disposal facility having a nuclear explosion-proof double structure block tank formed at a time before and after a shared water surface embedding process inside a shared water surface treatment apparatus body, In the treatment method, when the inside of the building and the air contained in the water inside the reactor are gas, when the pressurized water reactor is used, the purified air is discharged to the outside air by an activated membrane type gas hold-up device which weakens the radioactivity, or The ventilation of the power plant building is a nuclear reactor with a double-structured block tank for nuclear waste disposal to discharge all of the vented air from the exhaust tower to a plurality of symmetrical filters, Shared sleeping surfaces formed in shared landfills and shared reclaimed landfills Into the lip body processing apparatus it can be characterized in that formed at the time before and after the embedding process public waters.

The present invention relates to an apparatus and method for controlling a nuclear waste disposal facility in a nuclear power plant having a nuclear explosion-proof double structure block tank formed inside and / When the recycled liquid of the ion exchange resin is liquid in the building water, the washing water is collected in a storage tank, filtered with a filter, and the radioactivity is measured by a radioactivity measuring device to confirm that there is no harm. And the filtered water and distilled water are used again as the reactor coolant, and the monitoring monitoring post is used for the nuclear waste disposal, the nuclear power plant equipped with the nuclear explosion-proof double structure block tank Nuclear waste disposal reactor facilities built into shared landfills and shared reclaimed landfills It may be characterized in that formed at the surface of the water before and after the shared embedding processing step into the public waters embedding processing apparatus body.

Paper used inside a building of a nuclear power plant to form a nuclear waste treatment reactor facility within a nuclear power plant having a nuclear explosion-proof dual structure block tank formed before and after the shared surface landfill process. If the ion exchange resin or filter medium is solid, such as cloth, work clothes, or shoes, filter sludge and used resin liquid should be stored in a storage tank, hardened with concrete, filled in a drum, and compressed with paper or cloth. Waste storage buildings and monitoring monitoring posts for nuclear waste disposal, so that all of them are solidified in concrete, filled in drums, and transported and stored by forklifts inside the site. To nuclear waste treatment reactor facilities within a nuclear power plant Into the public waters embedding processing unit body to be formed in the public waters ripji landfill can be characterized in that formed at the time before and after the embedding process public waters.

A nuclear waste disposal facility in a nuclear power plant having a nuclear explosion preventive double structure block tank formed in the inside of the shared water surface embedding apparatus body before and after a shared water surface embedding process, The remaining uranium is processed at the reprocessing plant, processed at the conversion plant into uranium fluoride to transfer the fuel to the concentrating plant, converting the uranium fluoride to uranium dioxide at the conversion plant, processing it into pellets, The plutonium processed at the plant is converted into a fuel rod at the conversion and processing plant, and these reprocessed fuel rods are transferred to the nuclear power plant again, and the above nuclear power plant, the conversion plant to the reprocessing plant, the conversion plant to the conversion plant, Sinking type pants of 40m above sea level Nuclear fuel cycle of the nuclear fuel industry on the deck plate top Nuclear power plant equipped with a nuclear explosion-proof double structure block tank for nuclear waste disposal Nuclear waste treatment to nuclear reactor facilities Shared landfill and shared water Surface burial process formed in landfill And is formed inside and outside the device body at the time before and after the common water surface treatment process.

A half life period from the reprocessing process at a nuclear power plant forming a nuclear waste treatment reactor facility inside a nuclear power plant having a nuclear explosion preventive double structure block tank formed at the time before and after a shared water surface embedding process inside the body of the above- Long-term wastes have to be stored for thousands of years because they have a long half-life. Therefore, nuclear waste can be fissioned from nuclear reactors and converted into other materials, and methods of permanent disposal of waste with a long half- A method of buried nuclear waste in polar glaciers, a method of deeply buried in strata and ocean bottoms, and a method of transporting a double tubular drum containing a nuclear waste ship to a buried area using a ship, including space rockets and space rocket launchers Barrels on the upper deck of the deck A nuclear-powered reactor with dual-structure block tanks for nuclear waste disposal for nuclear waste disposal using a dual-tubular drum to send it to outer space using space rockets. Nuclear waste disposal reactor facilities shared with landfills and shared reclaimed landfills And the water surface is buried in the body of the water surface embedding apparatus body before and after the water surface embedding process.

Renovation in case of a failure of a nuclear reactor in a nuclear power plant that forms a nuclear waste treatment reactor facility within a nuclear power plant having a nuclear explosion-proof dual structure block tank formed before and after the shared surface landfill process inside the body of the shared surface landfill. In case the inspection period is extended for 3 months, the reactor piping line is shut off with safety valve, and the boiler of thermal power plant is operated separately to connect to the reactor power generation unit to supply high temperature and high pressure steam for emergency power generation. Coal-fired power plants are equipped with nuclear explosion-proof dual-structure block tanks for nuclear waste treatment. Nuclear waste treatment reactors are formed inside the shared surface landfill system, which is formed in shared landfills and shared landfills. Formed before and after the shared landfill process It can be characterized.

The nuclear power plant and the like which form a nuclear waste treatment reactor facility inside a nuclear power plant having a nuclear explosion-proof dual structure block tank formed before and after the shared surface landfill process inside the body of the shared surface landfill apparatus. By forming a single double-structured block tank of the nuclear waste treatment storage tank formed from the first wall to the fifth wall, the double-structured block tank is formed of the inner block tank and the outer block tank to be provided to prevent the nuclear explosion inside the reactor In order to firmly support the block tank of the double pipe structure, the inner block tank outer wall and outer block tank inner wall circumferential surface are plated on the equilateral side steel and the first auxiliary steel for the block tank and the second auxiliary steel plate for the block tank. Delo Computer Formed by submerged cutting and welding, In addition, each of the inner and outer block tank walls has a hydraulic cylinder door to allow forklifts to enter and exit the manhole and manhole covers, and into a nuclear power plant with a nuclear explosion-proof dual structure block tank for nuclear waste treatment. It may be characterized in that it is formed at the time before and after the shared surface landfill process into the body of the shared surface landfill apparatus formed in the landfill and the shared surface landfill with nuclear waste treatment reactor facilities.

Inside the body of the shared surface landfill apparatus, a 1-meter thick natural loess and disaster prevention company was installed on the deck deck floor of the floating dock around the launch pad of the satellite and the space rocket formed before and after the shared surface landfill process. By placing a deck deck on top of the launch pad and forming a height of 15 meters in the area of 3 meters of the block disaster prevention wall formed in the landfill and the shared surface landfill, which are 100 meters in diameter, circular ocher shared landfill and public water surface landfill, When satellites and space rockets are launched from satellite launchers and space rocket launchers formed at the top of the rocket, high temperatures occur when huge amounts of fuel are burned to gain propulsion, which is caused by launching satellites and space rockets. The high temperature and high pressure combustion heat diameter 100 meters round ocher block disaster prevention wall high temperature and high pressure combustion Is characterized by a cut-off because it is formed during the after deck to a size firmly can allow public waters embedding processing unit public waters before embedding processing step into the body to form the landfill and the landfill hold public waters.

The location of the deep sea bottom area formed before and after the shared surface landfill process or the means for moving the hull in the 10 meter depth area of the shared water surface landfill processing device depends on the length of the rod to replace the use of the sea level. When the crane boom is operated with a large number of hydraulic cylinders formed on the iso crane boom when the long axis is adjusted, when the rods are laid at the two fronts of the hull, the hull is retracted and all the rears are simultaneously placed at the same time. It is a device that can be used as a shelter and uses a anchor and anchor chain to secure the hull movement safely even in deep seabeds. Northeast Asia No. 3000 It features formed upon the surface after embedding the shared processing unit public waters before embedding processing step into the body to form each portion in and out.

Hereinafter, the scope of the construction machine according to the present invention will be described in detail with reference to the scope of the construction machinery management law in the following description. Shared landfills and Shared landfills formed in shared and reclaimed landfills

In other words, construction machinery is a general term for all machinery used as a means of construction work, that is, construction equipment and heavy machinery used for excavation, transportation, towing, etc. using power obtained from prime movers. The present invention is made by the above-mentioned construction machine according to the type of equipment thereof, the construction machine will be described in detail as follows.

First, the range of the bulldozer is an infinite orbit and a tire type;

Secondly, excavator range is more than 1 ton with excavator in infinite orbit and tire type;

Third, the loader range is more than 1 ton with load device in infinite orbital and tire type; standard bucket capacity (㎥).

Fourth, the forklift range is a tire type with lifting device; the specification is lifting capacity (ton).

Fifth, scraper range is voluntary with earth and sand excavation and conveying equipment; standard is bowl application rate (㎥).

Sixth, the range of the dump trucks is 12 tons or more, but the capacity is between 12 tons and 20 tons, excluding those registered as automobiles under the Automobile Control Act for cargo transportation;

Seventh, the range of crane is an infinite track and tire type with steel pylons and pivots, except for the rail type;

Eighth, the motor grader range is an autonomous one with a stop; the standard is the blade length (m).

Ninth, the roller range is 1. Voluntary with adjustable and voltage devices.

The tenth, safety guard range is a voluntary one with safety measures; the standard is the capacity of the fluid tank (ℓ).

The eleventh concrete batching plant range is aggregate reservoirs, movable, with metering devices and mixing devices, with prime mover (ton / hr) of concrete per hour.

Twelfth, the concrete finisher range has prime movers as well as clearance and mover; the standard is the standard width (m) that can be constructed.

The third, concrete spreader range, with prime mover, with prime mover; the standard is the standard width (m) that can be constructed.

Fourteenth, the concrete mixer truck range is self-propelled with a mixer, which includes the attachment of an auxiliary device for the input and discharge of material; the specification is the amount of concrete (m3) that can be mixed in the container more than once.

Fifteenth, the concrete pump range is a mobile and truckload with a prime mover of more than 5m3 per hour of concrete delivery capacity; the standard is the capacity (m3 / hr) per hour of ascon.

Sixteen asphalt mixing plant ranges are aggregate feeders, dry heaters, mixers, asphalt feeders with prime mover (ascon) capacity per hour (ton / hr).

The seventh, the asphalt finisher range, is a standard with a prime mover with pruning and finishing devices;

Eighteenth, the asphalt spreader range is self-propelled with the asphalt spreader; the specification is the capacity (ℓ) of the asphalt tank.

Nineteenth, aggregate spreader range is self-propelled with aggregate sprayer; standard is bedding width (m).

20th, crusher range is movable with a prime mover of 20KW or more, standard (㎥ / hr).

Twenty-first, the range of the air compressor is that the air discharge amount is more than 283 ㎥ (7 ㎏ per ㎠) or more per minute, and the specification is the air output per minute (㎥ / min).

Twenty-second, the perforator range is self-propelled with a perforator;

Twenty-third, horseshoe and anti-erectile range with a perforator, the hammer and flushing device weighing more than 0.5 tonnes;

Twenty-fourth, the sowing range is the one with the sowing device and the prime mover;

Twenty-fifth, the dredge range is pump type, bucket type, dipper type and grab type and visa type; Specification is P8 and ㎥.

Twenty-sixth, the special construction machinery range is machinery with structure and function similar to those of the construction machinery of No. 1 to No. 25, which is specified by the Minister of Construction and is located inside the body of the shared water surface embedding system. In addition, it can prevent floods and droughts efficiently and rapidly in accordance with the weather forecast of the Korea Meteorological Administration (KMA) formed inside the flood control system by the global land and sea formed before and after the shared water surface treatment process. The installation process of the flood control method which can continuously overcome the flood and the construction equipment of the flood control system to overcome the flood caused by the flood control devices. And shared with the outside Water-filled surface inside the body It may be characterized in that formed at the time of post-treatment step before.

The ocher mixed disaster prevention materials such as disaster prevention water in the prefabricated water tank and the circular and concrete concrete dams located on the top of the shared surface landfill processing body before and after the shared surface landfill processing The installation process and the flood control process of the method of controlling the flood using the flood control system equipped with various construction machines of the flood flood control system to overcome the flood, including the water tank and concrete dams, are the land and the sea of the global village. Based on the iron triangular boundary point, Samchully has a radius of 1,200km and a diameter of 2,500km in the east, west, north and south of Mount Geumsugang. Overcome flooding to overcome flooding inside the body of flood control The installation process of the method of controlling the flood using the flood control device equipped with the various construction machines of the system and the flood control device which is made of the flood control process, which is formed on the landfill and the shared surface landfill. It may be characterized in that it is formed before and after the landfill process.

The pipe and the fire hose to the water tank and the concrete dam and the plurality of valves connected to the water tank and the concrete dam to the inside and outside of the Northeast Asia area formed before and after the shared surface landfill processing body inside the shared surface landfill processing body. Fire nozzles located in the parts of the fire pump and concrete dams are formed in the water tunnel and the water tunnels including the waterway and the waterway to overcome the flood damage to control the flood using a flood control device equipped with a variety of construction machinery of the flood damage overcoming system The installation process and the flood control process may be formed before and after the shared surface landfill treatment process into the shared surface landfill processing body to be formed in the landfill and the shared surface landfill as flood control devices.

The water gates and waterways are located in several concrete dams located in the valley of the lower part of the mountain on the top of the mountain, inside and outside the Northeast Asia region formed before and after the shared surface landfill process. Also located in the Bu-neung Valley, by ridges, the fish tunnels are located in the upper stream valleys connected to the rivers.The fish tunnels are balanced with ecosystems so that agricultural livestock waste waters do not flow into household wastewater and industrial wastewater, and fish and shellfish can spawn. It may be characterized in that it is formed before and after the shared surface landfill processing process into the shared surface landfill processing body to be formed in the landfill and the shared surface landfills as the flood control devices to form a recovery.

The air tunnel is located in the lower part of the concrete dams inside and outside the Northeast Asia region formed before and after the shared water reclamation process inside the common water surface landfill processing body, and is connected to the water tunnel to the area where the seawater is in contact. It may be characterized in that it is formed before and after the shared surface landfill processing process into the shared surface landfill apparatus body formed in the landfill and the shared surface landfills as the flood control devices to form a fishery.

A concrete dam located at the top of Mt. Seorak in the Taebaek Mountains in the Taebaek Mountains of the Baekdudaegan with the 65% mountainous terrain in the Northeast Asia region formed inside and outside the Northeast Asia region before and after the shared water surface treatment process inside the above- As a starting point, various dams were distributed to the north and south along the mountain ridge along the mountain ridge, and a plurality of disaster prevention waterways connected to the dam were distributed along the ridge of Taebaek Mountain in the Baekdudaegan and Nakdong - And in the Han Nam vein, and in the Jin Nam vein and the Honam intravenous line, which are connected to the Geumnam area and the Jiri area in the middle area between Mt. Mt. Jiri and Jirisan area, The mixture of yellow soil is stored in the control water storage tank and the control dam of the south coast beach. When the harmful blooming warning notice is issued by the Korea Meteorological Administration, it is possible to open the valve of the mixture of the yellow soil stored in the storage tanks and the control dam to release a large amount of the control water to block the occurrence of harmful tide, And the water surface is buried in the body of the shared water surface embedding apparatus formed in the shared water surface landfill before and after the water surface embedding process.

In order to prepare for the prolonged drought in and out of the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the above mentioned water surface treatment apparatus, concentrated rainfall was observed on the east side and west side of the Taebaek mountain range of 65% In order to prevent the drought from occurring in other areas, natural water is stored in each concrete dam located on the eastern part of the mountain range and on the western side of the mountain range. By opening the dam gate to the flood season and moving the natural water through the waterway, And a method for preventing disasters caused by water, which is formed in a landfill site and a shared water surface landfill, in a body of the water surface treatment apparatus before and after the water surface treatment process.

In the drought period, the water is stably discharged to the whole of the whole country region in the Northeast Asia region which is formed before and after the process of the shared water surface embedding process into the inside of the shared water surface embedding device body, and the water for industrial use, agricultural water, , The water is supplied to the upper part of the road and the water is supplied to the upper part of the road, and the water for maintaining the river is formed in the landfill and the shared landfill by the flood control devices And the water surface is buried in the body of the water surface treatment apparatus before and after the water surface treatment step.

 Electricity is produced in a hydroelectric power plant located in several regional hydroelectric power plants inside and outside the Northeast Asia region formed before and after the process of the shared water surface embedding process into the inside of the shared water surface embedding device body. Water supply to the power pump of the water intake station which can pumped the water to the water intake dam by the 5th ridge and the water intake by the 8th ridge by the water intake dam by the 5th ridge line, Inland water intake by ridges Reclaimed water in the dams is flooded repeatedly. Water is pumped into the dams to prevent floods and droughts, and flood control devices are installed in the landfill and shared landfills. And may be formed before and after the water surface embedding process.

The water stored in the mountain-top intake dam inside and outside the Northeast Asia region formed before and after the process of the shared water surface embedding process into the inside of the shared water surface embedding apparatus body is opened while the valve formed in the intake water dam is opened, 8 nozzles under the summit and 8 nozzles under the summit. In the 8th ridge, the 5th ridge below the 8th ridge, the 5th ridge below the 5th ridge, and the 3th ridge below the 3rd ridge. A common water surface embedding device body formed in a landfill and a shared reclamation landfill by flushing control devices that prevent natural disasters by using the potential energy of water in order to reduce damages from natural disasters such as forest fires and dust storms, And is formed inside and outside the shared water surface embedding process.

The part of the top of the water intake dam located by the ridge using a non-powered water hammer pump, apart from using a power pump inside and outside the Northeast Asia region formed before and after the shared surface landfill process, into the body of the shared surface landfill apparatus. Including the countercurrent circulation method, other various first-class water quality improvement methods are formed inside the flood control device on the land and sea of the global village, so as to overcome various floods that can quickly overcome flood and drought. The flood control apparatuses equipped with construction machinery of the coping system may be formed at the time of the shared surface landfill process before and after the shared surface landfill apparatus body formed in the landfill and the shared surface landfill.

Baekdudaegan, which is formed inside the flood control system equipped with the construction equipment of the flood control system to overcome various floods both inside and outside the Northeast Asia region formed before and after the process of the shared water surface embedding process, Pavement roads and unpaved roads have been opened for various purposes such as highways, national roads, provincial roads, forest roads, military roads, and the main mountain of Baekdudaegan has been severed and the ecosystem has been severed. Currently, 72 roads And the major habitats of wildlife and plants are being damaged. As a countermeasure, a bridge is installed on the cut roads and a disaster prevention waterway is installed on the upper and lower parts of the bridge. In order to restore the disconnected ecosystem, In order to overcome flood damage, In the device into the public waters embedding processing unit body to be formed in the landfill and the landfill public waters it can be characterized in that formed at the time before and after the embedding process public waters.

In order to overcome various floods in and out of the Northeast Asia region formed before and after the process of the shared water surface embedding process, the Nakdong River estuary formed inside the flood control device equipped with the construction machine of the flood control system And the Yeongsan River estuary have been opened for the purpose of blocking the influx of salt water from the water intake point and blocking the inflow of saltwater to the agricultural land so that the marine fish and shellfish can not spawn at the nest and the merchant ships or fishing vessels can not pass, In addition, the water quality of the river has been declining from the third to the fourth water level, and algae have been generated up to the water supply water intake area, so that the odor is smoldering. The industrial area is concentrated in the middle and upstream of the river. As a result, the contaminated water is used as drinking water As the supply cost of the water source increases, the residents are responsible for the increase in the water cost due to the high water purification facilities and activated carbon of water purification materials. Therefore, the countermeasures for this are to open the Nakdong River estuary and Yeongsan River estuary A water surface buried in a landfill and a landfill that is capable of massively pumping or discharging groundwater in the aquiferous rocks and metamorphic rocks below the riverbed into the river bank. And is formed inside and outside the shared water surface embedding process.

The construction machines of various excavators may be installed on the barge to perform the underground construction of the lower floor of the seabed so that the deep sea water formed at the time before and after the process of the water surface embedding process is discharged into the contaminated river bed, By installing the double pipe structure, the pump and the spray nozzles are located on the riverbed, and the multiple effluent water acts as a breakwater, thereby blocking the inflow of brine. Therefore, In order to overcome various disasters such as pumps and nozzles on the barge, flood control devices equipped with construction equipment of flood control system are installed in the landfill and shared water surface landfill. As shown in Fig.

Forming the equipment with the construction machinery of the flood damage coping system to the inside and outside of the flood control device to overcome the various floods inside and outside the Northeast Asia region formed before and after the shared water surface landfill processing body Overcoming floods to overcome various floods formed by purification facilities and sewage pipe construction projects to completely remove water from industrial sewage in the midstream and upstream areas of the middle of the large rivers and to flow purified water out of the sewage terminal treatment plant The flood control devices with construction machinery of the system may be formed at the time of the shared surface landfill processing body before and after the shared surface landfill processing body formed in the landfill and the shared surface landfill.

In order to overcome various floods in and out of the Northeast Asia region formed before and after the process of the shared water surface embedding process, the Nakdong River estuary formed inside the flood control device equipped with the construction machine of the flood control system And the Yeongsan River estuary have been opened for the purpose of blocking the inflow of saltwater from the water intake and the blocking of the inflow of agricultural water to the seaside so that marine fish and shellfish can not spawn at the nest and the merchant ships or fishing vessels can not pass, The method of forming brine inflow blocking and the tendency of the water quality of the river to fall from 3 to 4, and also the tide to the water source water intake area, Since river pollution is acceleratingly increasing, polluted water As the drinking water of the water source is supplied, the water cost of the water source is increased due to the high water purification facilities and the activated carbon of water purification material, and the damage is caused by the residents. Therefore, the countermeasures for this are the Nakdong river estuary, Youngsan river estuary, Is a common water surface that is formed at landfills and landfills so that the irrigation rocks in the bottom of the river bed and the aquifers of the aquifers on the metamorphic rocks can be pumped up or ejected in large amounts over the river surface. And is formed in the interior of the body of the landfill apparatus before and after the process of the water surface embedding process.

The construction equipment of various excavators is mounted on the barge so as to discharge a large amount of deep seawater formed at the time of the shared surface landfill processing body before and after the shared surface landfill processing body on the contaminated riverbed, and can perform underground drilling of the bottom of the sea floor. By installing a double pipe structure block pipe channel, pumps and spray nozzles are located on the riverbed, so that multiple jetted waters form a breakwater, blocking the inflow of saltwater from the estuary, thus preventing the construction of first-class water quality and restoring the ecosystem environment. Flood control device equipped with construction machinery of flood control system to overcome various damages such as pumps and nozzles on the barge and barge. It may be characterized in that formed at the time.

In order to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus, equipment having a construction machine of the water flooding overcoming system is formed inside the water flooding control apparatus body In order to overcome the various floods formed by the purification facilities and the sewerage construction projects to completely flow purified water from the sewage end treatment plant to the outside of the large river basin by completely blocking the influx of industrial wastewater in the middle and upstream areas of the middle stream city of Daehwa River, The system can be characterized in that it is formed in the inside of the body of the shared water surface embedding apparatus formed in the landfill and the shared water surface landfill with the flood control devices having the construction machine before and after the common water surface embedding process.

Forming the equipment with the construction machinery of the flood damage coping system to the inside and outside of the flood control device to overcome the various floods inside and outside the Northeast Asia region formed before and after the shared water surface landfill processing body For the ocher mixture stored in the water tank and the control dam located at the shore, cut off the 5% level of woodfish, mix it with a mixer, load it on a barge, and use it as an adhesive to block harmful breeding by spraying on the ocean. In order to cope with various floods formed by cooling and heating thermostat facilities in response to seasonal temperature changes in the water tank and the control dam, flood control devices equipped with construction equipment of the flood damage system are formed on the landfill and the shared surface landfill. Before the shared surface landfill process It may be characterized in that formed at the time.

Forming the equipment with the construction machinery of the flood damage coping system to the inside and outside of the flood control device to overcome the various floods inside and outside the Northeast Asia region formed before and after the shared water surface landfill processing body Before the construction work of construction dam and waterway, after the feasibility study of environmental impact assessment according to the local location of dam and waterway, the design should be finished with surveying device and the material such as gravel cement should be calculated on the reinforcing bar and sand. Understand the natural dam using water and stone works separate from the concrete dam and the waterway construction, and the water damage to overcome the various floods formed by the logging machinery in the construction and cable car near the dam construction site. Landfill and shared water surface equipment with flood control devices Into the public waters embedding processing unit body to form how can being formed at the time of before and after the embedding process public waters.

Forming the equipment with the construction machinery of the flood damage coping system to the inside and outside of the flood control device to overcome the various floods inside and outside the Northeast Asia region formed before and after the shared water surface landfill processing body Construction of a flood damage overcoming system for overcoming various floods formed by geological survey measuring instruments such as landslide occurrence areas and landslide occurrence areas before completion of geological surveys and disaster prevention work such as shaft reinforcement and repair work according to material quantity calculation. Equipment having a machine may be formed at the time before and after the shared surface landfill processing process inside the shared surface landfill apparatus body formed in the landfill and the shared surface landfill with flood control devices.

In order to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus, equipment having a construction machine of the water flooding overcoming system is formed inside the water flooding control apparatus body In order to overcome the various floods that are formed by moving the fish and shellfish to the barge and moving them to the farm where the cooling system is installed so that the water temperature of the Cage farm is not increased due to the harmful red tide and the heat, And a water surface regulating apparatus equipped with a construction machine. The water surface is buried in a landfill and a shared water surface landfill.

In order to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus, equipment having a construction machine of the water flooding overcoming system is formed inside the water flooding control apparatus body The bottom of the ocean floor to replace the cooling device. The bottom of the barge deck deck for the supply of deep water. The construction machine is equipped with a pile driver and a diesel pile hammer, and a steam hammer and a crude oil drilling machine. A number of deep water boreholes were excavated and the borehole was used as a pump of the pumping station as a pipe and a hose to supply deep water to the tank of the aquaculture tank together with purified seawater. In order to overcome various floods, And landfill and shared water surface landfill Into the public waters embedding processing apparatus body to form a can characterized in that formed at the time before and after the embedding process public waters.

Forming the equipment with the construction machinery of the flood damage coping system to the inside and outside of the flood control device to overcome the various floods inside and outside the Northeast Asia region formed before and after the shared water surface landfill processing body Water drawn from the intake port of each floating line located below the top of the mountain is led to the water tank located in the upper part of the hydroelectric power plant through the water channel to get a drop, which is then passed through the hydraulic pipe to the pump and Francis waterwheels. It is equipped with construction machinery of flood damage coping system to overcome various floods formed by hydro power facilities of hydro power plants, such as sending them through aberrations and converting potential energy of water into mechanical energy to generate electric energy with hydro power generators. Shares formed on landfills and shared landfills with flood control devices The interior surface embedding processing apparatus body can be characterized in that formed at the time before and after the embedding process public waters.

A method of constructing equipment having a construction machine of a flood control system in order to overcome various floods inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus, In the hydraulic plant of the hydroelectric power plant, the hydraulic power plant equipment includes a head tank, which is a pressure tank located above the hydroelectric power plant, and an inlet pipe at the front of the head tank, which is a hydraulic pipe, A plurality of inlet pipes are connected to the lower portion of the generator body located inside the hydroelectric power plant, and turbine, pump aberration and Francis turbine are connected to the front inlet of the Phelton aberration and the like, The kinetic energy of water is converted into mechanical energy Water hydropower generator generates hydroelectric power generating devices to overcome various disasters to overcome flood damage system Construction equipment equipped with flood control devices to form landfill and shared landfill Landfill to form a shared water surface Inside the body to share And may be formed before and after the water surface embedding process.

The hydroelectric generator is formed into the body of the shared surface landfill apparatus and into a flood control device having a construction machine of a flood damage system to overcome various floods in and out of the Northeast Asia region formed before and after the shared surface landfill process. The plant is a hydroelectric power generation by generating a hydraulic pressure difference in the generator to generate mechanical energy by rotating several aberrations and turbines, several aberrations and turbines to produce power, and the power generated from the several aberrations and turbines At the upper end of the shaft, which is a rotating shaft connecting the alternator and the several aberrations and the turbine and the generator, an exciter for supplying current to the field coil of the AC motor is located under the rotational speed detector SG. To the thrust annulus forming the act of pushing the The thrust guide bearing is located under the rust ring tube, and the thrust bearing is positioned under the thrust guide bearing. A stator core is positioned at the stator coil and the stator frame, and an electric wire is inserted into the stator core gap. The fan is located in the lower part, and the lower guide bearing is located at the lower part of the fan, and the lower guide bearing is located at the lower part of the fan. The lower bearing cooler is located at the lower part of the lower guide bearing. An armature coil for a generator, which is a non-rotating coil installed along the circumferential surface of the rotor coil, and several aberrations located at the lower end of the shaft and a turbine bearing and a vane pump, a guide vane and a runner integrally to the turbine. Including connection structure In order to overcome the various floods formed by the hydroelectric connection structure as the power generation unit, the flood control devices equipped with the construction equipment of the flood damage system are shared water surface landfill processing processes formed in the landfill and the shared water surface landfill. It may be characterized in that formed before and after.

In order to overcome various disasters formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device, the power motor motor body that forms the equipment equipped with the construction equipment of the flood control system inside the body of the water control device, Snap ring to fan and body to frame Front body to racket and shaft to rotor Assembly and front bearing to stator Assembly and motor protection to casting frame Terminal box and lifting bolt to terminal box Carver and rear bearing to rear racket And fan carver. Protective carver and rotor iron core. Stator iron core and stator winding. In order to overcome various flood damage, flood control devices with construction machinery of flood control system to overcome various floods are shared with landfill. A water surface embedding processing unit that is formed inside the body of the water surface treatment apparatus before and after the water surface treatment process It can jinghal.

In order to overcome various disasters formed before and after the shared water surface embedding process inside the body of the shared water surface embedding apparatus, In order to overcome various disasters formed by a pump and a connected structure, a water surface disposal system in which equipment equipped with a construction equipment of a flood control system is formed in a landfill and a shared landfill with flood control devices And may be formed before and after the treatment process.

A plurality of pontoon holding tanks formed by flood control devices provided with a construction machine of a flood control system to overcome various floods formed before and after the process of the shared water surface embedding process into the inside of the shared water surface embedding processing device, A large marine power station floodplain is installed on a small marine power station floodplain and a large-sized marine power station floodplain that can disassemble the barge ship body at the bottom of the holding tank on the barge body at the top of the holding tank. In order to overcome various floods formed by the equipments, flood control system equipped with the construction machine of the flood control system is used to form a shared water surface buried in the landfill and the shared landfill. ≪ / RTI >

Deep seabed with a total depth of about 10km and a raft or a marine vessel sinking in accordance with typhoons and waves, even in the seabed depth of 10 meters, which is formed before and after the shared surface landfilling process in the body of the shared surface landfill. At the bottom of the sea, it is the posture of the floating sea wave at the bottom of the sea. In the bottom of the sea floor, it is combined with the water channel generator of the waterway by the dam. The tube bridge tunnel dock formed by integrating all the power generation facilities together is a tank having a double pipe structure at sea as a holding tank on the barge hull center and an outer tank provided on the inner tank along the outer circumferential surface of the inner tank. Internal water pressure and tank air pressure control system and equipment used as a means Float in the global marine marine disaster prevention industry belonging to the barge hull upper deck deck on the top of the sieve and holding tank, and the internal marine tunnel transportation device that is installed after being integrated with marine development equipment Detoxification is an offshore steel structure that is separated, combined and disassembled at sea level according to the depth of the sea floor. It can be characterized.

In the area of the 10 km deep sea floor formed before and after the shared water surface treatment process inside the body of the shared water surface embedding device, it is possible to form a pier using many construction machinery equipments and deep sea submersibles, Level ground works with a number of construction machinery equipments and deep-sea submersibles with marine tunnels that are formed on the bottom of the sea. Shared with landfills with landfills Shared water surface buried in the landfill. .

The level foundation work for the bridge of the marine tunnel traffic system formed before and after the process of the water surface embedding process inside the body of the shared water surface embedding device is composed of a number of corners for each of the corners outside the hull bottom, A mooring device having a device anchor and a key bed for fixing the anchor to the bottom of the seabed, and a hydraulic control device hatch cover at a predetermined distance from the bottom of the hull bottom, (SDU) at the upper end of the hull deck at the upper end of the hull deck, which is equipped with a number of balloons for hull restraint at a fixed distance from the upper end of the hull deck, And a shared water surface landfill formed in a shared water surface landfill. Can be characterized.

A piping line for connecting the car to the upper part of the holding tank formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus to protect the drilling machine and the piping rack, A pipe line for preventing the generation of harmful gas after excavation in a low-level excavation, a plurality of electronically controlled valves of a safety control device inside the tank, and a central position holding tank integrally provided with natural gas and crude oil drilling equipment, A fishing net for securing water resources to the outer wall, an unmanned camera formed inside and outside the tank, an emergency stairs tap, a hook of a mooring device, and various types of piles as outer pipes of a pyramid type to the periphery of the outer wall of the holding tank He and the nozzle hose equipment cradle, collecting tank for storing leakage material, and marine tunnel transportation equipment equipped with high-performance submersible pump Into the public waters embedding processing unit body to be formed in the paper and public waters landfill it can be characterized in that formed at the time before and after the embedding process public waters.

Energy power can be supplied to the equipment formed at the time before and after the process of the shared water surface embedding process in the inside of the shared water surface embedding device, and the marine tunnel transportation devices can be supplied to the inside of the water surface of the shared water surface The double structure block tanks are used to supply the energy power to the equipments formed on the boom bar. The upper and lower decks of the lifting dock are connected to the upper deck deck. It is formed as a single unit for loading and unloading submarine mineral manganese monoliths through holes. Safety equipment for ventilation as a countermeasure against fluctuation of submarine stratum. All disaster prevention material aerosol pockets are constructed of landfill Shared water surface buried in the shared water surface landfill Inside the body Before the water surface treatment process As shown in FIG.

From the land area formed before and after the shared water surface reclamation process to the inside of the shared water surface embedding device body, from the tidal area of the coastal coast to the 30m intertidal water depth, it is determined that it is impossible to process the land surface reclamation process. The landfill is formed in a shared water surface embedding apparatus body formed in a landfill and a shared water surface landfill before and after the shared water surface embedding process.

In order to supply the energy required for the operation of the equipment formed in the small crane boom zone before and after the shared water surface treatment process, the hydroelectric generator body of each offshore power plant is connected to the DC power generation and exchange Shared water surface landfill system formed in landfill and shared landfill with marine tunnel traffic devices that are developed. Shared water surface landfill system built into the body. It can be characterized as an invention technical point.

However, this nuclear energy is not without problems. In addition to the limited amount of uranium, which is a raw material for nuclear power generation of a nuclear power plant, a problem that is more difficult to solve is the disposal of nuclear waste.

The damage of the typhoon to the inside and outside of the Northeast Asia region formed before and after the process of the shared water surface reclamation method inside the body of the above mentioned shared water surface embedding device has a great influence on the national economy due to human, material and astronomical values. For this reason, it is necessary to demonstrate the cooperation of the whole nation promptly and the farmers' troubles will be increased by the damages to the orchards in the near future. Therefore, when the weather forecast is issued, In order to overcome various floods formed in the reclaimed landfill and the landfill, it is necessary to take measures to cope with the flood in such a way as to harvest fruits and store them in the freezing warehouses beforehand and to reduce flood damage. Equipment that has a construction machine of flood control system A flood control device formed in a landfill and a shared reclaimed landfill in the body of a water surface reclamation and treatment device and a nuclear waste disposal reactor device for a nuclear power plant equipped with a nuclear explosion- A need exists for a peace-keeping type construction machine which exists in the technical field for peace maintenance outside and inside the area of 3000 Northeast Asia, and which is formed inside and outside the shared water surface embedding process body of the present invention The prior art of the present invention will be described as follows so that a person skilled in the art can understand the technique of the shared surface embedded processing apparatus.

(Patent Document 1) Patent No. 0546221 2006.01.19. (Patent Document 2) Patent No. 10-0650936 2006.11.20. (Patent Document 3) Patent No. 10-1167145 2012.07.13. (Patent Document 4) Publication No. (10-2005-000053552) 2005.06.08. (Patent Document 5) Publication No. 10-2005-0117496 2005.12.14. (Patent Document 6) Publication Number (10-2017-0031947) 2007.03.20. (Patent Document 7) Publication No. 10-2007-0106398 2007.11.01. (Patent Document 8) Published Patent Number (10-2007-0106596) 2007.11.02. (Patent Document 9) Published Patent No. (10-2010-0027087) 2010.03.10. (Patent Document 10) Publication No. 10-2012-0066690 2012.06.22. (Patent Document 11) Published Patent Number (10-2012-0064663) 2012.06.19. (Patent Document 12) Published Patent No. (10-2012-0095337) 2012.08.28. (Patent Document 13) Published Patent No. (10-2012-0112315) 2012.10.11.

(Non-Patent Document 1) Registration No. 12/31/2012 c-2012-0268465 Copyright, Northeast Asia Peace and Covenant Treaty Documents and Constitutional Amendment; see page 80.000. (Non-Patent Document 2) Publication of the Introduction of Nuclear Safety Engineering; Reference. (Non-Patent Document 3) Introduction to Reactor Engineering; Ulsan University Press; see. (Non-Patent Document 4) Reactor; Book Publication-Hyoil, see. (Non-Patent Document 5) A Study on Nuclear Cooperation between South and North Korea and Northeast Asia Multilateral; See National Institute for National Unification. (Non-Patent Document 6) Operating Status of Nuclear Power Plants; (Non-Patent Document 7) Refer to the 2004 Environmental White Paper published by the Ministry of Environment. (Non-Patent Document 8) See the 1980 report by the Meteorological Agency-related Typhoon Route on Climate. (Non-Patent Document 9) Refer to the harmful microorganisms published by the National Fisheries Research and Development Institute regarding harmful red tides. (Non-Patent Document 10) For information on peaceful reunification of the Korean Peninsula, refer to the Unification Paper published by the Ministry of Land, Unification, and Dispute States issued in December 1970 and 1971. (Non-Patent Document 11) Technical Document on the Collection of Crude Oil and Gas Mineral Resources (S pecificationof S emi S ubmersible Drilling R ig P e e-348, Aug. 24, 24. D ete, A u g. ), The fire safety standard of firefighting and firefighting subcommittee under the firefighting agency, and English, German, Swedish, and Chinese material selection manual), and the AVBAC for dynamical testing of the above- (HVAC) system of the present invention and an NWCD system of the present invention not registered in the prior art document. (Non-Patent Document 12) Hydraulic and sensor technology; see Publications per Publication, 1990.06.15, pp. 1-1066, 245. (Non-Patent Document 13) National Legislative Information Center of the Ministry of Legal Affairs; [Attached Table 1] such as the Act on Public Sleep Management and Landfilling and the Enforcement of Landfill ... [Attachment 2] Purpose of reclamation (Article 34, Clause 2, etc. and [Annex 3] Additional Standards of Fines (Article 75, Article 1, etc.) See also the 3rd page of the Korean Intellectual Property Office of the Governor-General of the Republic of Korea in the National Archives of Korea, etc. (Non-Patent Document 14) National Legislative Information Center of the Ministry of Legal Affairs; Guidance on the Registration of Unrecovered Land Surveys and Cadastral Studies, [Enforcement 2010.5.31] . (Non-Patent Document 15) National Legislative Information Center, Legal Affairs; See the Korean Maritime Law. (Non-Patent Document 16) International Law Information Center; see UN Secretariat Introduction to International Law.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and it is an object of the present invention to provide an apparatus and method for disposing a water surface, Until the last peaceful settlement for the peaceful coexistence of Northeast Asia formed inside the body of the shared water surface treatment system with landfill processing equipment equipped with a construction machine of natural energy pollution unlike the conventional technology level, All people and all governments guaranteeing complete suspension of hostilities and all kinds of armed and violent acts reaffirm their hope of living peacefully and shared with the world's land and marine by controlling flood damage. Diary of the meteorological agency reviewing and analyzing communication weather information data transmitted from satellite According to the forecast, it is possible to effectively and quickly prevent various natural disasters such as wildfires, yellow dust, heavy snow, heavy rain, typhoons, earthquakes and tsunamis, landslides and nuclear radiation pollution caused by floods and droughts. How to control the floods that can continuously overcome the floods with the landfill devices of the Flood Overcoming System from the above disasters in advance to prevent various artificial territorial disputes, wars and terrorism, and China in Northeast Asia Unification of Korea through various means of peaceful coexistence under agreements and treaties between countries for peace coexistence with the aim of establishing a peaceful coexistence in Japan and Japan, encircled by Russian territories, to ensure complete cessation of hostilities and any armed acts. To transform territorial disputes into one unified nation of new concepts formed by cadastral intelligence Landfill treatment methods equipped with natural energy-free construction machinery that replaces the use of peace-keeping oils; shared landfill processes with pollution-free construction machinery; In the tunnel transportation system, the nuclear waste treatment reactor facility of a nuclear power plant equipped with a nuclear explosion-proof dual structure block tank for the treatment of nuclear waste is shared inside the body of the surface landfill system before and after the shared surface landfill process in Northeast Asia. An object of the present invention is to provide a shared surface landfill apparatus having a formed peace-keeping construction machine.

In addition, the present invention is characterized in that each of the circular 3000-basin forms at the center of the Korean peninsula formed at the time before and after the process of the water surface embedding process into the inside of the shared water surface embedding device body is divided into 360 spaces of 1 ° to 360 ° to form individual parcels Northeast Asia and World Peace can be achieved by forming a new unified United Nations integrated state, which is formed by the unified Korea branch number map up to 3000 Northeast Asia, It will prevent the expansion of the military power of our country which causes the territorial dispute, the territory of Dokdo, the territory of Sengaku, the leader of the parties to the dispute, and the people of the parties will be able to share their territory, Natural energy to substitute for the use of peace-keeping oil to convert to territorial dispute resolution methods To provide the public waters embedding processing unit formed at the surface of the water before and after the embedding process into the shared public waters embedding processing apparatus body formed with the by embedding processing method having a construction machine for other purposes.

In addition, the present invention is based on the fact that when one nation refuses or destroys the mutual agreement of the territorial dispute parties formed before and after the shared water surface landfill process inside the body of the shared water surface embedding apparatus, To one of the five United Nations integrated unified countries to change into the Oe Daejang. Based on the highly developed Convention on Peaceful Coexistence Treaty and the amendment of the Constitution, the Tibetan Plateau of the Himalayas, Shared water surface landfill system within the range of 2,400 km in diameter with a radius of 1,200 km from the center of the Korean peninsula by selecting hollow water disposal landfill system formed by holding type. Another purpose is to do.

According to an aspect of the present invention to achieve the above object, a common shared water surface embedding processing apparatus includes a plurality of shared water surface embedding design plans formed inside a shared water surface embedding apparatus body 1 before a shared water surface embedding process, The total area of 2,400 km in diameter with a radius of 1,200 km from Samcheong ri is 4,521,600 ㎢ in total. Area The common water surface treatment design (943) process in the shape of a circle of 3000 circles in the center of the Korean peninsula (942) is shared with the shared landfill site (944) and the shared water surface landfill site (945) with the Tibetan plateau reclamation areas And 360 sections of 360 degrees from 1 ° of the center of the Korean Peninsula 942 are formed into individual parcels, The shared surface reclaiming process is shared with the shared landfill (944) before the formation of a new United Nations integrated country formed by the cadastral map of the unified Korea in the form of radiation in the range of 3,000 Northeast Asia, including the confirmation of the flight number and postal service. In the reclaimed land (945), such as the Tibetan Plateau Collector (957) in the Himalayan Mountains, Dokdo is our land, Sen Gaku is our land, Both leaders and their citizens can form territories in shared landfills (944) and shared surface landfills (945) as ways to resolve territorial disputes so that they can share territory with each other so that peace in Northeast Asia can be automatic. When one country rejects or destroys the mutual agreement of the territorial dispute parties to ensure peace in Northeast Asia and the world, The land reclamation process (944) and reclaimed land reclamation (945) consists of a shared reclaimed landfill process before the formation of a new United Nations unified state that transforms sheep into land and forms them into landlords. Landfill processing units equipped with natural energy-free construction machines, and hostile acts or all hostilities in the Republic of Korea until a final peaceful solution is achieved for the peaceful coexistence of Northeast Asia. Communication weather information transmitted from flood control devices (959) and satellites (611) to the land and oceans of the world, reaffirming the hope that all citizens and all governments, who ensure the complete cessation of military force and violence, will live peacefully and deteriorate. According to the weather forecast of the Meteorological Administration, which examines and analyzes the data, It is shared with landfills (944) in a way that prevents various natural disasters such as large wildfires, sand, heavy snow, heavy snow, typhoons, earthquakes and tsunamis, landslides and nuclear radioactive pollution from land and sea. Formed on the surface of the landfill (945), to prevent a variety of artificial territorial disputes, wars, terrorism, etc., how to control the floods that can continue to overcome the floods with the landfill devices of the floods overcoming system from the disaster It is formed in the shared landfill (944) and the shared surface landfill (945), which ensures complete suspension of hostilities and any armed activity in Korea, surrounded by Russian territories in China and Japan in Northeast Asia, which are part of the Pacific region. Various ways of peaceful coexistence under international agreements and treaties to achieve global peace coexistence with the aim of establishing peace coexistence. The landfill site was set up as a way to maintain the peace of the East by agenda of the United Nations' Organization, which is transforming into a unified country with a new concept of unified Korea. ) And a shared surface landfill process with a pollution-free peace-keeping construction machine, which is formed at landfill sites 945 and has a natural energy pollution-free construction machine that replaces oil use. The apparatuses 962 for the nuclear power plant 961 of the nuclear power plant 961 equipped with a flood control device 959 and a marine tunnel transportation device 960 with a nuclear explosion-proof dual structure block tank for the nuclear waste treatment. Including the shared landfill 944 and the shared surface landfill processing body 945 formed in the shared surface landfill 945, including the shared surface landfill processing process It features formed upon.

Alternatively, the shared water surface reclamation design (943) formed before and after the shared water surface embedding process inside the body of the shared water surface embedding apparatus body (943) can be classified into the highly developed peace coexistence treaty treaty document and the Himalayan mountains Tibet Plateau Reclamation Site (957), etc., to select a well-preserved reclaimed landfill in the area where warfare occurred, and to construct a shared water surface burial system inside the range of 2,400 km in diameter with a radius of 1,200 km from the center of the Korean peninsula. And shall comply with the Northeast Asian peaceful coexistence conditions and regulations described in the following items formed before and after the shared water surface embedding process into the inside of the shared water surface embedding device body, China, Russia and Japan agree jointly and mutually, and the intent of these terms and conditions is purely In order to prevent the expansion of the military power of our country causing the territorial disputes, all military supplies are put into the blast furnace (803) and are formed by means of recycling with farming equipment (969) and construction machine (970) In order to solve the territorial disputes peacefully, the leader of each country, which is composed of one new, integrated nation, applies analogue system between the countries of the analog system of the post war before the war. (944) in order to make the best efforts to maintain peace in Northeast Asia by selecting the agreements and treaties between the digital systems within the range of 2,400 km in diameter with a radius of 1,200 km from the center of the Korean peninsula, And the shared water surface landfill 945 formed in the shared water surface landfill treatment apparatus body 1, It features formed upon.

Alternatively, in the Northeast Asia region formed before and after the process of the water surface embedding process in the body 1 of the shared water surface embedding apparatus, it is desired that a peace mechanism be established, Hoping to publicly and officially declare a common resolution to defend itself against attacks from the outside in order to prevent any potential invaders from hallucinating that Asia is isolated in the region, The Parties occupying the former territory of the Republic of Korea with the hope to maintain peace and security until the development of an effective regional security organization and to consolidate efforts for collective defense, In order to maintain peace in Northeast Asia, (944) and a shared reclaimed landfill (945) to allow for the payment of royalties to the United Nations body of the United Nations within a radius of 2,400 km, 1,200 km from the center of the peninsula, ) Of the water surface is buried in the body 1 of the water surface treatment apparatus body before and after the water surface treatment step.

      In other words, all the territorial waters formed before and after the shared water surface treatment process inside the body 1 of the shared water surface embedding processing apparatus can be changed to the land, so that the northeastern Asian countries can not compete with each other due to territorial disputes. Continuously, we have the power to prevent natural disasters such as large-scale forest fires, yellow sand, heavy snow, typhoons, typhoons, earthquakes and tsunamis, landslides and nuclear radiation pollution, The territorial sea is formed as land and the land territory is formed by the global earth crustal variability versus transformation methods so that it can not continue the competition of arms race. Inside the Asian region, inside the peaceful sovereignty of the ancient ancestor, there are all the counties including the underground mineral resources belonging to the military material (971) In order to prevent the production and transport of water materials (971), the border area (972) from the Yalu River to the Tumen River, etc., allowed the International Peacekeeping Force under the United Nations Organization to provide transportation and transportation of military supplies between different countries, (973) to provide security for the international peacekeeping forces. In addition, the Northeast Asian region is equipped with both military and military goods (971) (974), submarines (975), fighter planes (976), and naval vessels (977) were formed to be able to supply and operate fuel and weapons under the control of the International Peace Keeping Army, ) In order to allow each country to enter and exit nuclear arms carriers (978), ships (974), and fighters (976) under the control of international peacekeepers, each country shall have the power and authority of peacekeepers By making it possible, the equipment equipped with the construction machine 970 of the digital system is under the control of the international peacekeeping force within the 2,400 km diameter within a radius of 1,200 km from the center of the Korean Peninsula before and after the landfill process. It is characterized in that it is formed before and after the shared water surface embedding treatment process inside the shared surface landfill apparatus body 1 formed on the shared landfill 944 and the shared surface landfill 945 so that it can be performed.

     Alternatively, the interior and the exterior of the Northeast Asia region formed before and after the process of the water surface reclamation process inside the body 1 of the water surface treatment system of the present invention may be constructed by connecting bridges to roads and railways blocked inside the DMZ, Siberia and the Tenjin Mountains, and participated in the construction project of the Siberian oil pipeline (979) and the gas pipeline (980) to establish an unconditional shared water surface landfill system. In the Northeast Asia region, which is a new concept of integrated nations formed both before and after the process, both sides of the South and the North have a shared water surface landfill (944) formed in a shared landfill (944) and a shared water surface landfill (945) And is formed inside the apparatus body 1 before and after the common water surface treatment process.

      Alternatively, the inter-Korean and intra-Northeast Asian regions which were formed before and after the shared water surface treatment process inside the body of the shared water surface treatment apparatus (1) abandoned their military rights, It is not possible to raise objections and objections to the establishment of the Organization for Northeast Asian Nations in the International Peacekeeping Force, and each group that violated it would have the right to exercise the rights of the WIPO International Convention Considering it as a crime against the authority and moral rights of the unified Korea 18th President of the Republic of Korea, elected by the Cooperating Organization and the Berne Treaty, all the workers of the power agencies of both sides of the Korean Peninsula are divided into one new unified national body In accordance with international laws and regulations. And is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 before and after the shared water surface embedding process.

      Alternatively, in the Northeast Asia region formed before and after the shared surface reclaiming process body 1 inside the shared water reclaiming device body 1, the two Koreas will instead give up their military rights, instead of volcanic eruptions, Flood control device (959) that can quickly overcome natural disasters such as earthquakes, large forest fires, tsunamis, typhoons, hurricanes, tornadoes, floods, droughts, yellow dust, heat waves, and cold waves, and is free from radioactive contamination from nuclear explosions. The right to carry out nuclear waste (983) treatment technology and explosion-proof nuclear reactor facility (962) project in Northeast Asia first, and then gradually spread it to the whole world according to the feasibility evaluation, and to keep the peace of the global village continuously. The United Nations, a nation of the world's economic powers, worth about $ 100,000 per capita, including hundreds of millions of nationals, including Koreans and Koreans from overseas disputes. Share formed in the shared landfill 944 and the shared surface landfill 945 to be able to select a conversion method to a country in the Northeast Asia region consisting of a single integrated country of the new concept formed inside the body of the shared surface landfill device formed as It is characterized in that it is formed before and after the shared surface buried treatment process inside the surface of the surface of the landfill treatment apparatus (1).

 Alternatively, the interior of the shared water reclamation processing unit body (1) inside the Northeast Asia region at the time of the post-shared water reclamation process before and after the northeast Asia 45 soldiers of the Korean War veterans of the two Koreas, UN forces and Russia Chinese military veterans, military warlords, civilian war dead, and government-controlled patriarchs (988) are gold and silver (981), glass (984), agate (985), pumpkin (986), and pearl (987). , Using a diamond (965), etc., can be constructed in order to soothe the dead spirit for each country in the Northeast Asian region, which consists of a new concept of one integrated country formed inside the body of each shared water reclamation device. It is characterized in that it is formed before and after the shared surface landfill treatment process inside the shared landfill processing body body 1 formed in the shared landfill 944 and the shared surface landfill 945.

       Alternatively, within the Northeast Asia region formed before and after the shared water surface treatment process inside the shared water surface treatment apparatus body 1, in the United Nations (989), the political independence or safety of any one of the territorial disputing Party At any time when recognizing that any Party is threatened by an armed attack from the outside, the Parties shall, within the Northeast Asia region consisting of one new, unified, ) Is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 so that negotiation can be performed in the common water surface landfill site 945 before and after the shared water surface landfill process.

      Alternatively, in the United Nations 989, the territorial dispute parties are allowed to stand alone or jointly or mutually in mutual assistance. The United Nations Organization (990) of the United Nations of the United Nations of Northeast Asia (990), reclaiming the shared surface, will continue to strengthen appropriate measures to prevent armed attacks. Whether or not to drop the atomic bomb (991) and the hydrogen bomb (992) into Beijing, Tokyo, etc. into each region of the territorial dispute parties into the region of Northeast Asia, which consists of a new concept of integrated nation formed inside the body of the device. Shared reclaimed land formed at shared reclaimed land 944 and shared reclaimed land reclaimed land 945 for discussion and agreement It is characterized in that it is formed before and after the shared surface landfill process inside the processing apparatus body (1).

      Alternatively, within the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the water surface treatment apparatus 1, in the United Nations (989), the territorial disputant Parties are divided into territories In the territory of the other Party, recognizing that each Party has legally entered the territory of the other Party under its administrative jurisdiction, recognizing that it would endanger its peace and security in the Pacific region and address common hazards In accordance with their respective constitutional procedures, the Parties shall act in accordance with the purpose and purpose of the establishment and establishment of the United Nations Organization (990) of the Northeast Asian Nations (989). The parties to the dispute are the Parties to the territorial dispute, Even after the dispute-inducing area, it is declared to abandon both the claims and rights of Japan and China, including the disputed area. The ruling power of the parties to the disputed territory of the territorial disputes is to make a complaint to the International Court of Justice for no reason, to determine the penalties of the book, and to determine the level of punishment, All of the residents inside the shared landfill site 945 form the shared landfill 944 and the shared waterfill landfill 945 by means of selecting the leader of the disappearance of the high- It is formed in the Northeast Asia region consisting of one integrated country formed before and after the shared water surface treatment process.

      Alternatively, within the Northeast Asia region formed before and after the shared water surface treatment process into the body of the water surface treatment apparatus 1, in the United Nations (989), the United Nations representative by mutual agreement of the territorial disputant Parties The ROK grants it the right to deploy the United States Army, Navy and Air Force in and around the territory of the Republic of Korea, and the United States accepts it, and when any nation refuses or destroys the mutual agreement of the parties to the territorial dispute, It is possible to use the landfill method, which is formed as a land formed by the land, and can make a global transformation that can be formed into the Himalayas and the Himalayas, and the Tibetan plateau of the Himalayas, And all territorial waters to be converted into land. First, Northeast Asian countries Continuing the arms race with the territorial disputes between the two countries, the entire region of Northeast Asia, the land, the territorial sea, and the earthquake can be transformed. The public and landfill landfills (944) and land-filled landfills are not allowed to make territorial claims within the Northeast Asian region of a new conception of the integrated landfilling device. 945 is a feature that is formed before and after the shared water surface embedding treatment process into the shared water surface embedding apparatus body 1.

      Alternatively, the Treaty of Northeast Asia Peace and Coexistence Treaty established before and after the process of the shared water surface embedding process inside the body 1 of the above-mentioned shared water surface embedding apparatus should be ratified by the Republic of Korea and the United States of America in accordance with the procedures of the Constitution, Russia, China and Japan should be equally ratified by the Constitutional Procedures, and they must be ratified on a shared landfill (944) and a shared reclaimed landfill (945) so that their ratification can take effect when they are exchanged in Seoul And is formed inside the body 1 of the shared water surface embedding processing apparatus 1 to be formed before and after the process of the water surface embedding process.

     In other words, the Northeast Asian Peace and Coexistence Treaty (Northeast Asia Peace and Coexistence Treaty) document, which was formed before and after the shared water surface treatment process inside the body 1, WIPO International Treaty Organization, whose offspring are allowed to exercise their rights for 300 years, and the 18th President of the Republic of Korea who was elected by the Berne Treaty. (9) formed in the shared landfill site (944) and the shared water surface landfill (945) so as to implement the intellectual property right within the established Northeast Asia region, Feature.

      Alternatively, representatives of the Free China and representatives of North Korea in the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the above-mentioned water surface treatment apparatus (1) In addition to not being able to raise objections, in particular, the Japanese delegates and their nationals, who publicly declare their right to vote, are at the point of filing a claim with the International Court of Justice for the sovereignty of the Dokdo as World War II countries, And Tsunami and the earthquake volcanic eruption, etc. The author of the treaty document, which has taken a series of measures to prevent anger, is entrusted with the right to internalize the Northeast Asian region consisting of a new, The shared water surface embedding device body 1 forming the shared landfill 944 and the shared water surface landfill 945, It is characterized by being formed inside and outside the shared water surface treatment process.

Alternatively, the Chinese government insisting on the sovereignty of the Northeast Asian region formed before and after the shared water surface treatment process inside the body 1 of the water surface treatment apparatus is strictly warned that it is not free from the above-mentioned natural disasters And the Chinese government has also decided to dispose of the book books of the world which denote the Sea of Japan as the Sea of Japan and to dispose of historical relics such as Goguryeo, In the Northeast Asian region, which consists of one new, unified Northeast Asia region formed by the interior of the device body, the Cultural Heritage Administration has been established to collectively manage the floating world cultural heritage in the administrative capital within Northeast Asia. As a member of the international community, It is characterized by formed at decidedly then be able to share the landfill 944 and public waters public waters embedding processing apparatus body 1 around the embedded public waters treatment process to the inside to form a landfill 945 performed.

     Alternatively, the installation process of the marine tunnel transportation device 960 formed before and after the shared surface landfilling process inside the shared surface landfilling apparatus body 1 should ensure safety from natural disasters, and the installation location should be clearly defined. The method of installing the marine tunnel transportation device 960 is to increase or decrease the diving speed according to the loading of the lead ducts 994 on the hull body due to the buoyancy control of the buoyancy control of the tunnel dock 993 and flotation. In order to control the installation process and to re-regulate the installation process, the construction equipment (970) should be installed inside the Northeast Asian region prior to the safety manufacturing and installation criteria of the marine heavy industry marine steel structure in the shipbuilding field. Formed at the time of the shared landfill processing body before and after the shared surface landfill processing process in the shared landfill processing body body 1 formed on the shared landfill 944 and the shared surface landfill 945. It is characteristic.

Alternatively, within the Northeast Asia Nation (989), which is formed before and after the process of the water surface embedding process, the dock facility in the shipyard may have a width × length, a length of 131 m × 530 m The block piping is set to the size of 20m × 30m × 500m, and the block piping is formed as one unit, and the block piping 598 is manufactured in the inside of the dock facility, A large-capacity portable lug 607 and a large-size flange (not shown) are provided with a diaphragm manhole 610 and a door 624 for a hydraulic cylinder at a detachment position of the block piping 598 so as to be able to repair the marine tunnel traffic device 960. [ The construction of the marine crane and the hunting and anti-erecting machine 877, which are mounted on the barge line 996 and the tug line 636 on the submersible vessel 995 and semi-working submergence line 637, Of machinery and mooring equipment Equipment such as anchor chain (640) and rope (629) in the bollard (638) and anchor (639), which forms automatic and fixed terminations, are formed in the interior of the shared surface landfill system. A construction machine 970 is installed inside the United Nations of Asia (989), and is shared with the landfill (944) and the landfill (945). It is characterized by formed in.

Alternatively, the plurality of block pipes 598 inside and outside the northeast Asia region formed at the time of the shared surface landfill apparatus body 1 before and after the shared surface landfill process are formed of marine tunnel transportation devices 960. The marine tunnel transportation device 960 is coupled to the upper part by a barge bar 996 and a floating dock 998 with a lug shaft coupling bolt 603 and a lug shaft coupling nut 604. The pin lug 606 and the portable lug 607 is formed of the portable lug pins 608, and the manganese nodules 909 are made of copper 813 and cobalt 814 on the manganese 811 and nickel 812. It is formed by containing minerals of metals such as There are several submarine mineral garden nets (910) ) And a mineral collection boom (924) and a seabed mineral garden pouch (849) formed with a seesaw crane boom (821) to operate the seesaw crane boom (821) to lift over the barge hull and the manganese nodules (909) Into the shared surface landfill processing body (1) formed in the common landfill 944 and the shared surface landfill (945) with abundant materials inside and outside Northeast Asia to manufacture and install the marine tunnel transportation device (960). It is characterized in that it is formed before and after the coarse water surface landfill process.

Alternatively, the abundant material formed inside and outside the Northeast Asia region formed before and after the shared surface landfill processing body 1 into the shared surface landfill processing body 1 may have a manganese nodule 909 loaded on the bottom of the Pacific ocean. The manganese nodules 909 have a diameter ranging from 1 cm in diameter to 1,700 billion tons of manganese (811), 400 billion tons of nickel and 812 of 16.4 billion tons of nickel (812) and 8 billion tons of copper (813) and 5.8 billion tons of cobalt (814). This 25cm annually produces 10,000,000 tons in the Pacific Ocean, and the manganese nodules 909 are manganese nodules concentrated at about 5000m, which is the intermediate point of gravity about 10 km below sea level and buoyancy that receives this gravity. 909 is loaded and stacked to create and form the seabed minerals, the manganese nodules 909 is a periscope 913 and the fish detector sonar 907 and the deep seabed formed in the pneumatic lifting equipment 916 and submarine mineral harvesting robot 912 Explore A submersible lighting lamp 843 is provided to operate a seesaw crane boom 821 and a conveyor 633 to lift manganese nodules 909 over the barge 996 hull, and to the computer network and searchlight above the deck deck above the sea level. By supplying power, the amount of work is calculated and collected before and after the shared surface landfilling process in the shared surface landfill apparatus body 1 which collects and forms abundant undersea mineral material in the shared landfill 944 and the shared surface landfill 945. It is characterized by the formation.

Alternatively, a plurality of abundant materials formed inside and outside the Northeast Asia region formed before and after the shared surface landfill processing body 1 into the shared tunnel landfill apparatus body 1 may be transported into the marine tunnel 941 transportation device 960. The pipe bridge 937 used as the offshore tunnel transportation device 960 is a block tank inner pipe 596 and a block tank inner pipe 596 around the block tank outer pipe 599. After the steel beam 600 and the second auxiliary iron plate 601 for block piping are manufactured by a cutting process and a welding process, they are shared with the landfill 944 as a marine tunnel transportation device 960 formed of dual block tanks 598. A large flange 614 formed at the surface of the landfill 945 and formed as a connection portion of the pipe bridge 937 of the marine tunnel transportation device 960 is formed by a welding process and an assembly process, and a double structure block tank having a predetermined size ( 598 provide airborne landfills The landfill process is carried out at the shared landfill 944 and the shared surface landfill 945 before and after the oil surface landfill process, and each of the dual structure block tanks 598 is used as a shelter in the middle. Offshore tunnel (941) and the marine tunnel transportation device manufacturing method including the connection with the marine tunnel (941) floating dock 998 formed into the interior of the shared water surface buried body is a block pipe multiple pipe bridge ( Piers 928 are installed at 500M intervals to support 937, and the bridges 928 are equipped with construction equipment and fixed to the bottom of the sea floor. Combined holding tank (590) is formed inside the common water surface reclaiming device body, and the floating dock (998) of the vertical vertical pier holding tank (590) as a deck deck, floating dock (998) It is characterized by formed at a landfill after share 944 and public waters public waters embedding processing device body (1) around the public waters embedding processing step into the forming in the landfill 945 to.

Alternatively, the upper surface of the pillar support tank 590 and the upper surface of the upper float line 998 formed in the shared water surface embedding apparatus body 1 before and after the process of the water surface embedding process, (SLU) barge (996) Located on the upper deck of the deck deck, there is a submarine mineral resource collection site (791) such as a hydroelectric power plant (231) and a wind power plant (784) Each of the offshore tunnel traffic facilities (960) of the offshore industrial power generation facilities, including the barge line (996) and the floating shipyard (998), each of which has a double structure block tank (598) Is formed inside the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 before and after the shared water surface embedding process.

Alternatively, the guide rail 618 into the block tank inner pipe 596 of the offshore tunnel 941 pipe bridge 937 formed before and after the shared surface buried treatment body into the shared surface landfill apparatus body 1. The installation of the electric train 771 in the tunnel of 300K M per hour is running, and the block tank inner pipe 596 circumferential surface of the block tank outer pipe 599 in the space of the natural gas 922 and the guide rail pedestal 852 below The crude oil transportation piping line 181 is further installed, and the barge 996 in the ocean is provided with the construction machinery equipment formed in the semi-submersible work ship 637 and the ship sinking air support ship 634 in the tugboat 636 Floating docks formed on the upper surface of the bridge bridge (937) connecting the land and the island by disassembly and assembly are proceeding, and the tunnel dock (993) and the marine tunnel transportation device (960) assembled with the marine tunnel (941). Is made before the shared water reclamation process and the shared landfill (944) It is characterized in that it is formed before and after the shared water surface embedding treatment process inside the shared water surface embedding apparatus body 1 formed on the common surface landfill 945.

Alternatively, a separate floating dock 998 which is not formed on the upper surface of the bridge bridge 937 formed before and after the shared water reclamation process into the shared water reclaiming body body 1 is a support tank upper barge hull ( 591) and the pier supporting tank 590 and the lower barge 592, each of the floating dock 998 formed by disassembling with the portable lug 607 formed with the pier supporting tank 590, respectively, The medium-sized flotation dock (593) and the medium-sized flotation dock (595) are divided into the holding tank lengths according to the sea depth. And a large flotation dock (595) and the like, respectively, the medium-sized flotation dock (594) is combined with the small flotation dock (593) and the large flotation dock (595), respectively. Shared landfills forming docks 998 on shared landfills 944 and shared landfills 945 It is characterized by the time after the device is formed body (1) around the public waters embedding process to the inside.

Alternatively, the pin shaft 606 is formed in the porter plug 607 formed of the respective portions of the barge hull 592 at the bottom of the support tank formed before and after the shared water surface embedding process into the shared surface landfill apparatus body 1. Machining hole 615 and the long hole 616 is formed so that the holding tank connecting portion and each holding tank 590 is made in the form of vertical and pyramid building 1017, the connection portion of the upper and lower holding tank A portable lug 607 formed on each barge 996 includes a pin lug 606 for the portable lug coupling, and a lug shaft on the threads 566 of the lug shaft coupling bolt 603 and the lug shaft coupling disassembly nut 604. The coupling hole 615 and the long hole formed in the coupling lug nut 604 and the portable lug coupling pin shaft 606 are formed to enable the coupling coupling with the portable lug pins 608 and formed in the portable lug 607. 616 is a horizontal to vertical, pyramid building (1017) form Shared landfill device body formed on the shared landfill 944 and construction surface reclaimed land 945 equipped with construction machinery by acting as anti-sinking and lifting equipment and other barges, anti- sinking docks and marine tunnel transportation devices. 1) It is formed before and after the coplanar surface landfill process.

Alternatively, a plurality of holding tanks 590 at the center of the holding tank upper barge hull 591 and a holding tank lower barge hull 592 (see FIG. 5) may be provided inside the body 1 of the shared water surface embedding apparatus, A plurality of strut tanks 590 formed on the outer side of the strut tank 590, a strut tank upper barge hull 591, and a portable lug 607 formed at each of the connecting barriers at the upper and lower ends of the strut tanks are provided with shafts, The lag shaft coupling dissolution nut is connected to the pin shaft 606 for coupling with the lag shaft and is disengaged from the pins 608 for the portable lug to form a shared water surface filling process, The upper tank barriers 615 and the long hole holes 616 are formed horizontally in the form of vertical pyramid building buildings 1017 to form sinking prevention poisons 998, A plurality of pipe racks 854, which are formed by excavation equipment and mooring devices and are formed at the lower center of the respective vertical holding tanks 590 on the outer side along the circumferential surface of the central inner side of the plurality of holding tanks 590, A drilling machine 917 is used to connect the crankshaft crankshaft 846 to the hydraulic cylinder 620 and the hydraulic cylinder master cylinder bed 623 and the construction machine 970 and a hydraulic cylinder 620 is operated in the drill hole for drilling the crankshaft crankshaft 846 connected to the construction machine 970 to push the crankshaft 846 The wrench crank 846 compresses and expands inside the excavation hole and is fixedly formed by pinching and interlocking the tool holding punches 185 having a sharp end with a sharp point and fixing the lower end portions of the respective holding tanks to prevent the barge ship from drifting And the barge line 996 is seated in the deep sea so as to form a shared water surface embedding device body 1 that securely forms a marine tunnel transport device 960 mooring device formed in the submarine dock in a shared landfill 944 and a shared water surface landfill 945, It is characterized by being formed inside and outside the shared water surface treatment process.

Alternatively, the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process into the inside of the common water surface embedding device body 1 may include a holding tank bottom seated on the deep sea floor by a mooring device formed in each floating door, The marine hydroelectric power plants 231 are connected to several nuclear power plants 626 and wind power plants 784 in the upper deck deck SDU of each strut tank upper barge hull 591 fixed on the upper side of the barge hull 592 of the barge hull 592. [ The landfill 944 and the shared reclaimed landfill 945 are formed prior to the process of the shared water surface embedding process and are formed into individual marine power generation units within the respective marine power plants, The inside of the double structure block tank 598 is hermetically sealed with a flange connecting portion stopper plate 625 so that the 500-meter dual structure block tanks 598 of the tunnel pipe bridge are wound on the water, Of (599) Outside piping and valve connection Large flange (614) Two internal and external large flanges with both sterns Fixed and welded with welded joints, and both stern double structure block tanks (598 A double structure block tank 598 having a block tank inner pipe 596 formed in a stopper plate 625 inside a block tank external pipe 599 with a short side of a large flange is welded to a block tank 598 The diaphragm manhole 610 and the manhole cover 152 are connected to each other in order to remove marginal iron plate 625 from the inside of the pipe bridge 937 with an oxygen cutter after the connection operation of the large flange 614, Is formed inside the common water surface embedding device body 1 formed in the common landfill 944 and the common water surface landfill 945 also inside the plug steel plate 625 before and after the common water surface filling process.

Alternatively, the gasket 32 is inserted into the large flange 614 connecting portion formed before and after the shared water surface embedding process into the shared water surface landfill processing body body 1 to be coupled with the bolt nut, and the large flange ( 614) Install the high-performance submersible pump 36 and the like into the dual structure block tank 598 by pouring the water filled in the connection part, and drain the water to the outside of the dual structure block tank 598, and proceed with the flange connection process. Unlike the conventional method in which the bolt jig 621 is provided to the outside of the outer wall to perform bolting operation, the outer side of the block tank outer pipe 599, the outer wall of the plurality of large flange connection connector joints, one of the hole processing holes 615. Large flange connection connector at the side of the hole 615 is a common landfill 944 as a marine tunnel transportation device 960 having a thread 566 machined by a tapping machine to replace the lug shaft coupling disassembly nut 604 And shares It features formed upon the surface before and after the embedding process into the shared public waters embedding processing device body (1) forming in a landfill 945.

Alternatively, the tapping to replace a nut in the inner large flange connection connector junction hole processing hole 615 opposite to the large flange 614 formed before and after the shared surface landfill processing process into the shared surface landfill processing unit body 1 A large flange 614 having a machined thread 566 is formed, and the large flange connection connector joint hole processing hole 615 having the large flange thread 566 is provided with a thread 566 to form a lug shaft. Formation of the double structure block tank 598 by the coupling bolt 603, and the bulkhead manhole 610 and the manhole cover 152 in the block tank outer pipe (599) is also coupled to the band before the large flange coupling decomposition process It is formed so that the large flange 614 can be disassembled immediately without the use of the jig stage 621, and the inside of the block tank external pipe 599 and the block tank internal pipe are formed in the processing hole 615 of the large flange connection connector junction part. 5 96. The landfills (960) are shared by the offshore tunnel transportation devices (960) to allow the new large flange disassembly process to form threads (566) to replace the nuts in the outer hole of each large flange connection connector joint. 944 and the shared water reclaiming body 945 formed in the shared water reclaiming land body 945 are formed before and after the shared water reclaiming treatment process.

Alternatively, the marine tunnel transport apparatuses 960 may be used to perform a new large-scale flange disassembly and bonding process that is formed before and after the process of the water surface embedding process into the interior of the common water surface treatment apparatus body 1, One type of countermeasures that can withstand is to prevent the outside of the block tank inner pipe 596 of the holding tank lower barge hull 592 and the pier holding tank 590 from outside the outer side of the block tank inner pipe 596, Filling the liver with gasoline that is lighter than water, diving to the bottom of the vessel by loading the weight loss weight (994) for the sensor and dropping the weight loss weight (994) for the sensor to the outside of the vessel, Diving work line 637 on which the band guide 621 is mounted, which can withstand a deep deep sea where a water pressure of 100,000 tons acts, The deep water submersibles 995 are formed into a shared landfill 944 and a shared water surface landfill 945 by means of marine tunnel traffic devices 960 having a large flange connection method and sub-aquaculture 998 mooring methods, And is formed inside the body of the embedding processing apparatus 1 before and after the process of the common water surface embedding process.

Alternatively, a large flange connection method and a floating dock 998 mooring method may be provided into the marine tunnel transportation device 960 formed before and after the shared surface landfill process. In order to construct the marine tunnel transportation device 960 formed of the double-structured block tank 598, which can wind 2.3 rounds of 40.000 kM around the earth, the 500m-thick dual-structured block tanks 598 are formed in the form of a raft to transport the marine tunnel. The countermeasure for connecting the entire device 960 includes a deep-sea submersible 995 for constructing the pier 928 of the 500-meter-long duct bridge 937 first, and the sea depth and sea water pressure at the installation point of the pier 928. In addition, after completion of the precise measurement and survey of the flow rate, the buried flagpole rubber balloon 628 is formed in the shared landfill 944 and the shared surface landfill 945 at the pier 928 installation point, etc. 1) ball into the inside It features formed upon the surface after embedding processing step before.

Alternatively, a part for recognizing and marking a directional mark formed in the shared landfill 944 and the shared water surface landfill 945 and the depth of the water depth before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body 1 The rope 629 for the rope and the weight reducing weight 994 for the sensing sensor are hung by the bottom of the flagpole rubber balloon 628 to clearly set up the installation position and the individual bridge pierces 928 to the tugboat 636) and the ship sink prevention residence line (634) equivalent to the sub-style venom (998) are horizontal × vertical × height; When the water depth of the installation point is 300 meters after the transportation, the pile file 838 is increased by 50 meters from the water depth and attached to the seesaw crane boom 821 A column 838 is vertically erected and a leveling bottom base 851 of tens of thousands of piers is provided by a construction machine hunting machine 877 and a diesel pile hammer 883 and a steam hammer 884, Is formed in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the marine tunnel transportation devices 960 formed with the water surface treatment device 960 before and after the shared water surface embedding process process .

Alternatively, after checking the level balance of the bridge pier level base bottom 851 and the pipe bridge 937 formed before and after the process of the water surface embedding process in the common water surface treatment apparatus body 1, 928) One section of double structure block tank (598) is formed by one row of columns in parallel with the raft, and several tens of thousands of pylons are exposed at the upper part of the sea surface (928) A plurality of double structure block tanks 598 are moored with the mooring rafts with a mooring device so that the weight of the pipe bridge 937 connected to the inside of the pier 928 at intervals of 500m reaches tens of thousands of tons A plurality of moving pipe bridges are thrown to the bottom floor of the sea floor by anchors 639 and anchor chains 640 which are formed of crane boom 651 and crane boom hook 652 for replacing dead vessels, ) ≪ / RTI > A plurality of double structure block tanks 598 are formed by moving the anchor 639 and the anchor chain 640 by means of the teeth 137 and by winding the sea trench transport devices 960 And is formed inside the shared water surface embedding apparatus body 1 formed in the landfill 944 and the shared water surface landfill 945 before and after the common water surface embedding process.

Alternatively, a plurality of double structure block tanks 598 formed inside and / or after the shared water surface embedding processing process may be installed in the water surface embedding device body 1, and the marine tunnel transportation device 960 Unlike the method in which the dual structure block tank 598 moves the artificial rafts, there is a method of assisting the operation of the tug line 636 by providing the float replacement goods sail 654, ) The pipe bridge 937 is wound around the tuna winch 137 formed before and after the process of the water surface embedding process, and the joint operation is performed at the sea level by the tuna winch 137. However, 598) to open the temporary passage of the sailing vessel by holding the coupling operation of the marine tunnel transport apparatus (960) of the goggle raft, and the overall connection method includes the connection of the double structure block tank (598) And the odd number of connecting parts 5 are formed in the same length as the length of the double structure block tank 598 and the contact area portable The pin shaft 606 for engaging the a-type portable lug with the lug 607 or the like is welded to the horizontal outer wall of the pin shaft 606 of the long shaft by welding and the double structure block tank 598 ) Coupling at each connection point and joint breaking and disengaging means Locking device with a pointed clearance forming a double structure block tank (598) coupling type with a tool guide shroud (185) and various types of guides (22) (937) to the shared water surface embedding device body (1) that forms the entire connection system in a shared landfill (944) and a shared water surface landfill (945) by means of a marine tunnel transport device (960) Before and after the treatment process It is characterized in that formation.

      Alternatively, a method may be employed in which a method of moving a marine tunnel transport apparatus 960 in a shared landfill 944 and a shared water surface landfill 945 before and after a shared water surface embedding process in the common water surface treatment apparatus body 1 A plurality of radioactive nuclear waste 1011 processing reactors formed in a double structure block tank 598 for preventing the nuclear explosion from being formed in the central deck deck center (SDM) inside each marine nuclear power plant 961, (999), and when the nuclear reactor waste treatment unit (911) is operated, the power generating capacity is formed to produce 1,000,000 w / h power at intervals of 10 km. The inside and outside of the nuclear power plant The production power is formed by the wind power generators 785 of the wind power plant 784 in the large hydroelectric power generator 213 of the respective hydroelectric power plants 233 and the production power is supplied to the transformers 684 of the high capacity high voltage substation 690 And then the transmission line 7 758 and a power transmission tower 776 and the like to supply a certain amount of generated power 685 and each of the generators is formed into several thousands of marine power plants and the like, and the size of a plurality of pipe bridges 937 Flange and the like are used for bolting with a spanner and a hammer screw of a hand tool or the like, and a lever block 648 and a turnbuckle 850 are provided so that the double structure block tanks 598 are coupled to each other And is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 as a tunnel under the underground pipe bridge before and after the shared water surface embedding process.

      The vertical partition wall 605 and the horizontal partition wall 609 in the double structure block tank 598 formed before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body 1 are provided with partition wall manholes 610 And a hydraulic cylinder door 624 is attached to the hatch cover 153 or the like to horizontally connect a plurality of double structure block tanks 598 to the underwater tunnel, And taking into account the lateral loads of the various offshore power plant docks formed on the upper surface of the underwater tunnel, the height of the underwater tunnel 937 underwater tunnel is increased to 1.5 times the width of the double structure block tank 598, Is formed in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 with the traffic devices 960 before and after the shared water surface embedding process.

      Alternatively, the upper surface of the shared water surface upper end (SLU) holding tank upper barge hull 591 inside the marine tunnel transportation device 960 formed before and after the shared surface landfilling process into the shared surface landfill processing unit body 1. Each block steel tower 116 formed of equilateral side shaped steel 839 is connected to the processing hole 615 for joining the block steel tower by the lug shaft coupling bolt 603 in the deck deck center upper end (SDU). After binding with a nut 604, the block steel tower 116 is formed in a block unit, and the emergency stairway 631 is formed as a traffic device around the upper end of the block steel tower 116, and the emergency staircase 631 is a mooring tower 644. Installed at the lower airship mooring position and formed by the crane 861 and the elevator 632 to the lower center of the lower part of the airship mooring, and the deck deck of the barge hull (591) of the holding tank, four block decks of 500m unit 116 I prepare it with each one Shared water surface inside the surface of the landfill processing apparatus body 1, which is formed in the shared landfill 944 and the shared surface landfill 945 as disaster prevention devices and lifting devices. It is characterized by being formed before and after the landfill process.

      Stage multi-stage disaster prevention pump 8 that supplies the disaster prevention water 7 to the upper end of the upper end of the moving tower 644 formed before and after the shared water surface embedding processing process into the inside of the common water surface treatment apparatus body 1 The disaster prevention nozzle 10 formed in the disaster prevention hose 9 discharges the disaster prevention water 7 and is disposed between the disaster prevention nozzle 10 on which the transportation equipment is mounted and the disaster prevention hose 9 and the disaster prevention nozzle 10, The weather strip observing equipment adverb 77 and the radio sonde 134 are connected to the wire rope 19 of the disaster prevention nozzle 10 and the like connected to the connection shackle 23 by the disaster prevention nozzle connection flange 28, The double structure disaster prevention device and the production facility equipment in which the wire rope 19 for protecting the disaster prevention nozzle and the hose of the gas transportation means lighter than air are connected to the inside of the disaster prevention hose 9 are connected to the lower end of the basket 42 on which the ship is mounted, (36) and an air- The shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the marine tunnel transportation devices 960 disassembled and coupled to the top surface of the deck deck deck with the shafts 80, It is characterized by being formed inside and outside the shared water surface treatment process.

Alternatively, the disaster prevention nozzle (10) by operating the high-pressure type multi-stage disaster prevention pump (8) to the upper surface of the floating dock (998) deck deck formed before and after the shared surface landfill processing body (1) inside the shared surface landfill processing apparatus body (10) Disaster prevention water (7) inside is discharged to the disaster prevention nozzle 10, the plurality of straight-type discharge jetting water 38 and the plurality of radiation-type discharge jetting water 38 is discharged in the form of water curtain curtain (39) Disaster prevention pump operation machine room and safety control room which are extinguished within 1 second by forming suffocating action that prevents combustion by preventing air supply by enclosing combustion product with non-combustible gas by drop-injection, and reducing combustion product to ignition point temperature. Power supply to the portable terminal 82 of the high-pressure vertical multi-stage disaster prevention pump control system, the main switch button 66 for disaster prevention pump operation control, and the auxiliary switch button 67 for disaster prevention water spraying The marine box transportation device 960 equipped with meteorological observation equipment radar 840 connected to the safety control room and the disaster prevention pump operation machine room in the shared landfill 944 and the shared water surface landfill 945 It is characterized in that it is formed before and after the shared surface landfill processing process to form a shared surface landfill apparatus body (1).

      (998) Deck deck upper part (SDU) block formed to the inside of the common water surface treatment apparatus body 1 before and after the common water surface embedding processing process To the right side of the steel tower 116, noxious gas The removal burner boom 920, the air receiver tank and the large hydroelectric generator are formed in the power generation room and the like. After the operation of the non-operational skid 918 and the crude oil borehole 918 of the transportation system, The mixing equipment mixer 649 of the loess soil 158 and the cement 931 is connected to the marine tunnel transportation devices 960 equipped with the crude oil drill ship 841 distributed and arranged inside the machine room, 944 and the shared water surface landfill 945 before and after the common water surface treatment process.

      Alternatively, the interior of the maritime tunnel transportation device 960 formed before and after the process of the water surface embedding process into the interior of the common water surface treatment apparatus body 1 may include a dock deck upper part (SDU) block pylon 116 A helicopter stop 619 is located on the upper deck of the pyramid-shaped block pylon 116 at the top of the weather observation equipment management room and a satellite 611 is installed in the satellite launch pad 643 to the left of the safety control room. And the space rocket 612 is disposed in the space rocket launching platform 646. The air compressor 80 and the net air hose 109 are connected to the air hose connection device nipple 110 to prevent harmful red- (SDU), and is located inside the center block block tower (116) at the top of the deck of the deck (DH) Pipe rack 854 for the rod connecting operation is connected to the wire rope chain 915 of the crane 861, etc. and the core drill 917 formed in the lower end of the pipe rack 854 shared bottom surface (SLD) subsea bottom In order to excavate, the rotary table drilling machine 908 for oil drilling is an offshore mineral resource collection station equipped with offshore tunnel transportation devices 960, such as a crude oil drilling vessel 841, which is equipped with a transfer arrangement in a drill machine room. The groundwater basket 842 for collecting the nodules 909 and the submarine mineral collecting robot 912 and the mineral collecting tourbak 924 in the mineral suction collecting machine 911 belonging to the pipe line transporting device are the lower surface of the shared water surface (SLD). The shared surface reclaiming device is formed in the shared reclaimed land 944 and the shared surface reclaimed land 945 by offshore tunnel transportation devices 960 connected to the rear of the Shiiso crane boom 821 of the ship and equipped with a crude oil drilling line 841. Shared sleep inside the body (1) It is characterized by the lip formed at the time of after treatment step before.

      Alternatively, the marine tunnel transportation devices 960 provided with the oil drilling rig 841 and the like formed before and after the shared water surface embedding process process into the inside of the common water surface treatment apparatus body 1 share with the shared landfill 944 The shear crane boom frame 821 formed on the surface landfill 945 is vertically rotated to lift the entire deep-sea energy resource to the upper deck deck (SDU), and the recovered resources are transferred to the on- And a deck of a transport equipment train (771) and a separate docking station (998) is installed inside the marine tunnel transport apparatus (960) connected to the 500m unit double structure block tank (598) (1) inside a shared water surface embedding device body (1) formed in a shared landfill (944) and a shared water surface landfill (945) by a marine tunnel transportation device (960) Shared sleeping with It is characterized by formed during post-treatment process before.

      Alternatively, the deck deck upper surface and the inner surface of each of the floating dock 998, etc. into the marine tunnel traffic device 960 formed before and after the shared surface landfill process body into the shared surface landfill apparatus body (1). As a bottom of the floating dock deck deck deck at the bottom of the floating dock hull deck upper deck (SDU) equipped with the individual equipments of the offshore power plant, oil tank drilling centered around the holding tank (590) and the inner pipe tank (596). A device for safely processing and moving the excavated soil generated in the crude oil drilling hole and the harmful gas in the ground drilling after excavating with the core drill 917 formed at the lower end of the crude oil drilling rod pipe rack 854 provided in the rotary table drilling machine 908 Double tunnel with pneumatic transportation equipment 916 and marine tunnel transportation devices 960 each equipped with isotropically shaped steel 149 on a steel plate bracket 165 to a shared landfill 944 and a shared surface landfill 945 brother It features formed upon the surface after embedding processing to share the device body (1) around the shared water reclamation process in which the inside.

      Alternatively, the symmetrical diagonal side portions of the four decks of the marine tunnel transportation device 960 formed before and after the shared surface reclamation process may be disposed inside the shared surface reclaiming body body 1. The mooring anchor 639 and anchor chain 640 are installed to form a moving barge, and the seesaw crane boom 821 is a plurality of portable lugs 607 with a depth position adjustment base within 5K M, which is half the center distance. And a non-powered water hammer formed on the portable shaft coupling pin shaft 606 by the safe operation distance control of the seesaw crane boom 821 and coupled to the wire rope 915 of the winch 137 by the shared water surface bottom portion (SLD). The shared water surface landfills are formed inside the shared surface landfill apparatus body 1 formed in the shared landfill 944 and the shared surface landfill 945 using marine tunnel transportation devices 960 respectively provided above the deck deck. It features formed during the subsequent step before.

      Alternatively, the turbine aberration 74 of each of the offshore hydroelectric power station 231 power generation facilities in the offshore tunnel transportation device 960 formed before and after the shared surface landfilling process into the shared surface landfill processing unit body 1, The pressure of the hydroelectric generator 213 by pumping seawater to the upper surface of the common surface (SLU) provided with the multi-phase power generation equipment such as the pump aberration 264 and the main valve 265 in the Francis aberration 229 and the Pelton aberration 230. The electric power production is formed in the Francis aberration 229 and the Pelton aberration 230 connected to the rear end of the head tank 189 and the hydraulic pipe 191 by the pump aberration 264, the main valve 265, and the like. To the turbine aberration (74), Francis aberration (229) and Pelton aberration (230) with a red yarn (35) to the pump shaft aberration (264) and the main valve (265), such as a rotary shaft inside the multi-step generator body The flow rate of the seaweed to the reducer (35) in front and rear of the pipe suction port and the waterproof port by connecting The flow rate is adjusted to form a power production process without the power generation dam 680, the wind generators 785 of the wind power plant 784 to the power production processes by rotating the propeller 146 with wind power without the power generation dam 680. Formed by the deck deck upper and lower and interior and lower deck of each floating dock (998), each of the power generation equipment in the offshore tunnel transportation device (960) to the shared landfill (944) and shared surface landfill (945) It is characterized in that it is formed before and after the shared surface landfill processing process to form a shared surface landfill apparatus body (1).

      Alternatively, the holding tank upper barge hull 591 formed of the equipment of each of the offshore power generation facilities inside the marine tunnel transportation device 960 formed before and after the shared surface landfill process into the shared surface landfill apparatus body 1. ) Each of the lower piers combined support tank (590) and block tank external piping (599) is connected to the large flange (614) joint with a large flange (614) joint and a large flange ((614) machining hole with a high strength stainless nut. It is fastened and connected to the gap of the joint by a high pressure gasket 32 and formed of the double-block block tank 598 to the joint structure of the elbow 44 connected to the double structure block tank 598, the barge hull of the top of the holding tank ( 591) The bottom of each block tank of each holding tank 590, the outer pipe (599) outside the search light 232 of the submarine mineral resource search equipment deep sea submersible underwater light (843) pyramid to the outer wall of the holding tank (590) Formed at regular intervals to the outer wall of the block tank outer pipe (599) of the several holding tanks (590), the pin shaft for coupling several portable lugs to the peripheral surface of the block tank outer pipe (599) of the holding tank (590) ( 606 and the portable lug 607, the portable lug pin 608, and the like are formed to be disassembled and coupled with the barge hull, and the large flange 614, the connecting connector connection part machining hole 615 and the long hole 616, etc. The pin shaft 606 is inserted into the hydraulic cylinder operation key 620, and the pin shaft thread is tightened with a nut, and then a pin is inserted into the pin processing hole. Shared water reclaiming process inside the shared water reclaiming body body (1) formed in the shared reclaimed land (944) and shared water reclaimed land (945) with several floating docks (998) inside the marine tunnel transportation device (960). Characterized by the formation before and after The.

      Alternatively, a plurality of holding tank upper barge hulls 591 and a holding tank lower barge hull 591 may be disposed inside the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process into the inside of the common water surface embedding device body 1, The holding tanks 590 of the sub-style poison 998 fixed to the top surface of the plurality of pipe bridges 937 are erected and the deck decks of the holding tank upper barge hull 591 are raised in accordance with the pipe- The joint bottom of the bottom joint lug hinge socket machining hole and the connecting lug hinge sockets 613 of the lifting tanks of the lifting tanks to be fixed to the upper surface of the pipe bridge 937 are selectively fitted with the holding tanks 590, The lug hinge socket 613 is formed on the upper surface of the deck so that a stationary tunnel poison to which the docking tongue 998 fixed to the upper surface of the pipe bridge 937 tunnel and the holding tanks 590 are connected to the shared landfill 944, Landfill (9 45 are formed by the marine tunnel transportation devices 960 formed in the common water surface treatment apparatus body 1 before and after the common water surface treatment process.

      Alternatively, several shaft coupling lug processing holes 615 on the upper surface of the holding tank 590 in the marine tunnel transportation device 960 formed before and after the shared surface landfill process into the shared surface landfill processing unit body 1. ) And the long hole 616, etc., the height of the pin shaft is formed by the hydraulic cylinder operation key 620, and it is fitted into several lug processing holes 615 and the long hole 616, and then the nut is connected to the threads on both sides of the pin shaft. Then, insert the portable lug pins 608 into the pin shaft escape prevention hole and aside the portable lug pin 608 bar to prevent the detachment of the binding parts and the upper surface of the shared surface (SLU) barge hull. And several portable lugs (607) with fixed tunnel docks coupled to the tunnel bridge (937) tunnel under sea water (SLD) at sea, a support tank upper barge hull (591) and a support tank lower barge hull (592). Portable Lug Pins Several holding tanks 590 attached to the processing hole 615 of the shaft 608 and the shaft pin 608, etc., are immersed in barges for preventing sinking at sea level, lifting device and other control and disaster prevention device loading barges. Formed to renovate the provided marine tunnel transportation device and fixed to the upper surface of the bridge bridge 937 by a mooring device to form in the shared landfill 944 and shared surface landfill 945 as marine tunnel transportation devices (960) It is characterized in that it is formed before and after the shared surface landfill process body (1) the shared surface landfill processing body.

      Alternatively, the tube bridge 937 at the bottom of the sea surface (SLL) into the marine tunnel traffic device 960 formed by the mooring device formed before and after the shared surface landfill process into the shared surface landfill apparatus body 1. Outside the body, such as pier 928, the electrode plate anode (938) is formed at regular intervals to prevent the growth of marine shells, barnacles, etc., and to the fish finder sonar (907) to monitor the military equipment submarine (975) Formed on the tube bridge (937) to detect dynamics in the sea, and shared with the marine tunnel transportation device (960), which is connected to the communication satellite (611) for military use in the tube bridge (937) inside the marine tunnel transportation device. The landfill 944 and the shared sleep landfill 945 are formed at the time of before and after the shared surface landfill processing body 1 in the shared surface landfill apparatus body 1.

       Alternatively, the meteorological observation equipment radar 840 on the rooftop of the control tower of the mooring tower 644 may be connected to the inside of the marine tunnel traffic apparatus 960 formed before and after the shared water surface embedding process process into the inside of the shared water surface embedding apparatus body 1, At the top of the control tower upper block steel tower 116, marine tunnel traffic devices 960 formed with a lightning rod 94 and a lightning rod 500 for hull safety from lightning are formed in the shared landfill 944 and the shared water surface landfill 945 And is formed inside and outside the shared water surface embedding apparatus body 1 before and after the shared water surface embedding process.

Alternatively, the power generated by the marine power plant of the floating dock 998 into the marine tunnel transportation device 960 formed before and after the shared surface landfill process into the shared surface landfill apparatus body 1. Supply power supply to the transportation equipment manufacturing plant, and to supply power to small-diameter pipes, medium-diameter pipes and large-diameter pipes, and stainless steel plate manufacturing plant with raw materials (707) and high beam steel beams And the production of the standard bridge pipe (937) and the bridge bridge (937) of the bridge bridge (928) is 5M in diameter, the seam depth of the duke (35) -type joints per 1k m pier diameter to 5M The diameter of the same form as the band jig 621 for coupling the connection portion of the large flange 614 of the large flange 614 formed on the upper deck (SDU) of the semi-submersible work line 637 by further expanding the diameter by 1M Double pipe structure Floating bridge buried saddle frame (617) for the construction of bridge bridges (1) is a shared surface landfill device body (1) to form a disassembly coupling into a shared landfill 944 and a shared surface landfill 945 into the marine tunnel transportation device 960 (1) ) Is formed before and after the shared surface landfill process. .

Alternatively, the inside of the water tunnel 910 may be connected to the bridge saddle form frame 617 at a position before and after the water surface embedding process, 22 are formed by welding and then a plurality of tool-tip sandwiching members 185 having a plurality of sharp ends are attached to the body-slit engaging holes of the various types of tool bodies 22 in such a manner as to link the crank 248 and the links 249 The anchor replacement wiper crank 846 and the bridge piercing level base pedestal 851 are connected to the anchor replacement level crane 810 so that a plurality of piercing belts 185 are simultaneously disassembled in the processing holes of the guide bars 22, Several anchor replacement worm cranks 846 formed on the side surfaces and the lower surface of the body of the bridge saddle form 617 are formed into a shared landfill 944 and a shared water surface landfill 945 into the marine tunnel traffic apparatus 960 (1) to the inside of the shared water surface embedding device body And is formed before and after the embedding process.

     Alternatively, the anchor replacement wedge cranks 846 are provided with a construction machine 970 in the marine tunnel transportation device 960 formed before and after the shared water surface landfilling process. Seawater floating equipment (998) is settled on the bottom of the seabed, and the mineral resources including pneumatic transport equipment (916), such as suction collection machine (911) and mineral harvesting robot (912), etc. Formed on the holding tank top barge hull 591 in the elevator 632 for carrying the manganese nodules 909 with the electromagnet magnet 645 provided with the vaporizers 861 and the pipeline line pneumatic transport equipment 916. Mineral gathering baskets 924 and the like in the gardening basket 842 and the bucket 844 for recollecting the sea mineral resources are formed inside the conveyor 633, and the seabed exploration deep sea search underwater lights (843), etc. Forming, the collection equipment lost all In order to prevent and bind the submarine diving elevator 632 and the subsea excavation equipment with the wire rope chain block to the lever block 648, the container corresponding to the unmanned camera 184 belonging to the submarine exploration equipment and the submarine mineral carrier (132) Shared water surface formed in the shared reclaimed land 944 and shared reclaimed landfill 945 in and out of the peace sovereign ship 963 of the marine tunnel transportation device 960 by connecting the container box latch device 129 It is characterized in that it is formed before and after the shared surface landfill process into the landfill apparatus body (1).

      Alternatively, the mineral resources formed in the submarine mineral collection site inside the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process into the inside of the common water surface embedding device body 1 are connected to the holding tank lower barge hull 592 The individual solenoid valve 76 and the solenoid valve pressure switch (not shown) belonging to the crude oil transport line 181 transport device to pass the hatch cover 153 to the fire door 154 and the manhole cover 152 mounted on the lower partition wall 104 are connected to a power line 71 and connected to a solenoid valve operation switch and the like to form a shared landfill 944 and a shared water surface landfill 945 into the marine tunnel traffic apparatus 960. [ ) Is formed inside and after the shared water surface treatment process.

      Alternatively, the subsea mineral resource collection equipment is integrated into the marine tunnel transportation device 960 formed before and after the shared surface landfilling process. The double-sided iso crane boom 821 on the lower surface of the sea surface formed of a plurality of seesaw crane booms 821 connected to a plurality of double-structured block tanks 598 in length of 500 meters in length form an undersea mineral resource and an undersea mineral collection equipment. Hundreds of hundreds of millions of tons of manganese deposits in the world, including 5000 meters of seabed, can be found in several garden nets (910) and seesaw crane booms (821). And, the hydraulic cylinder 620 formed on the seesaw crane boom 821 is operated by the hundreds of millions of tons of manganese nodules 909 generated annually holding tank top barge hull 591 deck A shared reclamation processing device is provided in a shared landfill 944 and a shared surface reclaimed land 945, which are provided with a lifting process on the upper surface of the deck to form an integrated underwater tunnel resource collection device and an underwater submarine mineral resource into the marine tunnel transportation device 960. The body 1 is characterized in that it is formed before and after the shared surface filling process.

      Alternatively, a manganese nodule 909 may be formed on the upper surface of the holding tank upper barge hull 591 inside the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process into the inside of the common water surface embedding device body 1 A melting furnace 803 for melting and forming guide rails and the like on each of the steel plates to form a shared landfill 944 and a shared water surface landfill 945 inside the marine tunnel transportation device 960 And is formed inside and outside the shared water surface embedding apparatus body 1 before and after the shared water surface embedding process.

      Alternatively, a plurality of crude oil collection tanks (not shown) formed on both sides of the body of the seesaw crane boom section 821 into the marine tunnel transportation apparatus 960 formed before and after the shared water surface embedding process process into the inside of the common water surface embedding apparatus body 1 Pressure hose 927 connected to the 500-meter high-pressure hose 927 connected to the bottom of the crude oil collecting tank 791 at the bottom of the crude oil collecting tank 791, The crude oil borehole 936 excavated by the core drill 917 combined with the several drill rod pipe racks 854 connected to the nodule and the drilling machine and the natural gas 922 borehole 936 without pollution, The hose 158 and the cement 931 are supplied to the boreholes to fill the gap space of the pipe pile 838 and the 500 m high pressure hose 927 is connected to the piping pile 838 by a capillary ring With several high-pressure hoses Structural high-pressure hose (927) Crude oil and natural gas filled in the tank combined with one connection node are seisio crane boom (821) And a submarine energy collecting device is provided to the inside of the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 into the marine tunnel transportation device 960 before and after the shared water surface embedding process .

     Alternatively, the satellite 611 launch pad 643 and the space rocket launch pad launch pad 646 may be connected to the inside of the marine tunnel traffic device 960 formed before and after the shared water surface embedding process in the body of the shared water surface embedding device 1, There is a natural loess (158) of 1 meter above the deck deck of the deck deck of the docking dock (998) and a construction machine (970) on the disaster prevention deck, and it is laid on the deck deck. Metered round ocher block The disaster prevention wall is formed at a height of 15 meters at a height of 3 meters and is divided into a satellite launch pad (643) and a space rocket launch pad (646) When a rocket 612 is fired, a large amount of fuel is burned to obtain propulsive force, and a high temperature is generated. Combustion heat of high temperature and high pressure generated due to firing of the artificial satellite 611 and the space rocket 612, Round ocher The block disaster prevention wall can block the heat of high temperature and high pressure to secure the deck deck of the deck 998. It is equipped with the safety facility space science equipment and is connected to the shared landfill 944 and the shared water surface 944 into the marine tunnel transportation device 960 Is formed inside the body 1 of the shared water surface embedding apparatus formed in the landfill 945 before and after the water surface embedding process.

     Alternatively, it may be positioned in the deep sea area within the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process process inside the body 1 of the water surface embedding apparatus, The crane boom 651 for use in the deep sea is operated by a plurality of hydraulic cylinders 620 formed in the long axis adjustment seesaw crane boom frame 821 to feed the crane boats 651 at two positions in front of the hull, The anchor 639 and the anchor chain 640 can be used as a vessel shelter for the marine corridor which is a coastal stoppage when both sides are retreated forward and backward. And a method of safely carrying out the method of the present invention. In this way, a shared landfill 944 and a shared water surface landfill 944 are provided in the marine tunnel transportation device 960, It features formed upon the surface before and after the embedding process into the shared public waters embedding processing device body (1) forming in 945.

Alternatively, the nuclear radiation pollution prevention new technology shielding of the deep defense concept of the nuclear power plant 626 into the marine tunnel transportation device 960 formed before and after the shared surface landfill process body into the shared surface landfill apparatus body (1) Radioactive nuclear waste (1030) treatment reactor equipped with a nuclear explosion-proof dual structure block tank 598 using the method, the dual structure block tank 598 is a plurality of block tank inner pipe (596) and a plurality of High-strength stainless steel beams in the vertical bulkhead 605 and the horizontal bulkhead 609 in the first auxiliary section steel 600 for the block tank and the second auxiliary iron plate 601 for the block tank with the two outer tanks 599. 149, each of which is formed of a snap hole 602 and a partition manhole 610, etc., which are precisely processed by a computer cutting machine, and the vertical partition 605 and the horizontal partition 609 in which the partition manhole 610 is formed are transported. Hydraulic cylinder door (624) and emergency system Radioactive waste (1030) having a nuclear explosion-proof dual structure block tank (598) of a nuclear power plant (626) in the offshore tunnel transportation device (960) by a staff (631) having a welding process and a precision cutting process. It is characterized in that it is formed before and after the shared water surface landfilling process inside the shared water surface landfill apparatus body 1, which forms the treatment reactor 999 facilities in the common landfill 944 and the shared water surface landfill 945.

Alternatively, the nuclear explosion prevention double formed in the form of a cylindrical egg of the nuclear power plant 626 into the marine tunnel transportation device 960 formed before and after the shared surface landfill processing body into the shared surface landfill processing body 1. The nuclear nuclear waste (1030) treatment reactor 999 facility having the structural block tank (598) is formed of a block tank inner pipe (596) and a plurality of block tank outer pipes (599), the radioactive nuclear waste (1030) Each of the reactor (999) facilities is equipped with a loess and cement mixing equipment mixer (649), and the ocher mixture (157), which is equivalent to the toothpaste that is put into the reactor pressure vessel (1001), which is equivalent to the furnace just before the large-scale explosion accident, Properly mixing the dispersant causing the lather to the ocher mixture 157 into the pressure vessel 1001 at the same time to prevent the large-scale explosion of the reactor in advance, even after the earthquake In order to clean the inside, several disaster prevention nozzles (10) are formed inside the reactor pressure vessel (1001) and inside the reactor building (1043) in the containment vessel (1034), and clean the inside of the reactor without inputting humans and robots. The jet pump 325 and the gear pump 325 is formed to be automatically made, pay attention to the ocher mixture 157 is not to solidify and clean the inside of the reactor immediately after the earthquake stops Nuclear explosion-proof dual structure in the form of a cylindrical egg of nuclear power plant 626 inside the marine tunnel transportation system 960 to enable continuous power generation without restriction from natural disasters and to maximize the safe operation of the reactor facilities. A shared surface landfill apparatus for forming a block tank (598) radioactive nuclear waste (1030) treatment reactor (999) facilities in a shared landfill (944) and a shared surface landfill (945). (1) it is characterized by formed at the surface before and after the shared embedded into the treatment process.

The nuclear explosion-proof double structure block tank 598 of the nuclear power plant 626 is connected to the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1, A plurality of stopper steel plates 625 of the nuclear reactor waste treatment reactor 999 having radioactive nuclear waste 1030 are connected to a plurality of block tank inner pipes 596 of a cylindrical double structure block tank 598 and a plurality of block tank outer pipes A plurality of cap steel plates 625 are formed in the upper end of the double structure block tank 598 by a welding process method and a large flange joining method and the like. In the lower end of the double structure block tank 598, A nuclear explosion-proof double structure block tank 598 in the form of a raw statistic is formed by a welding process method and a large flange connection method with a plurality of stopper steel plates 625 of the form of a nuclear reactor, A nuclear waste 1030 is stored in one place at a lower end portion between a plurality of block tank inner pipes 596 and a plurality of block tank outer pipes 599 at the time of a large reactor explosion accident and the double structure block tank 598 The floor of the lower surface of the road surface GLD reactor 999 is fixed by a reinforcing concrete mat 1054 of a thickness of m and a stainless steel beam 149 of high tension to form a single nuclear explosion preventive double structure block tank 598, A nuclear explosion-proof double structure block tank (Nuclear Power Plant) 626 in the form of raw statistics of the nuclear power plant 626 is installed inside the marine tunnel transport apparatus 960 so as to generate electricity into the nuclear power plant with the waste treatment unit 930 598) The radioactive nuclear waste treatment reactor facility 962 is connected to the shared water surface treatment facility body 1 formed in the shared landfill 944 and the shared water surface landfill 945, It features formed upon.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type A large amount of radiation is generated inside the nuclear reactor facility of the nuclear reactor facility so that the nuclear reactor 999 can safely secure the first wall pellets 1061 and the second wall fuel rods 1061, And a fifth wall reactor building 1043 in the third wall reactor pressure vessel 1001 and the fourth wall containment vessel 1034 so as to form a five-layered protective wall, A nuclear power plant 626 including a nuclear reactor 999 of power generation and a plurality of double structure block tanks 598 for storing radiation nuclear waste connecting the periphery of the nuclear reactor pressure vessel 1001 which is the third wall of the nuclear reactor 999, ) Inside circle In the nuclear waste treatment reactor facility 962 having magnetic power, the nuclear power plant generates nuclear fission in the nuclear reactor to generate steam 465 to rotate the steam turbine 267 A power generator 1010 for converting the power produced by the steam turbine 267 and a shaft 198 that is a rotary shaft connecting the steam turbine and the generator 1010, And a rotating electromagnet rotor 1012 for rotating the non-rotating coil 1011, which is formed along the circumferential surface of the rotor coil 1012, 267 of the nuclear power plant 626 to the inside of the marine tunnel traffic apparatus 960 by the power generation facilities 1063 including the frame 196 for fixing the generator 1010 and the shaft 198 integrally with each other, In the form of a column An explosion-proof dual structure block tank 598 a shared water surface buried within the shared water surface treatment apparatus body 1 forming a radioactive nuclear waste treatment reactor facility 962 in a shared landfill 944 and a shared water surface landfill 945; It is characterized by being formed before and after the process.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structure block tank 598 Cooling device for cooling the water vapor in the lower portion of the body of the steam turbine 267 of the power generation facility unit 1063 into the radioactive nuclear waste treatment reactor facility 962 to provide water The condenser 1022 and the connection structure And a circulation water pump 1066 connected to the cooling water piping line 1064 to the piping line 1065 through a waterproof path is formed in front of the cooling device condenser 1022 and the condenser 1022 A feed pump 1067 is formed outside the tail pipe and the reactor and a purifier 1035 is formed on the outside of the reactor in front of the feed pump 1067 and the inside of the reactor internal pipe line, The coolant pumps are formed outside the reactor pressure vessel body storing the uranium fuel and the safety device control rod 1029 is formed in the reactor pressure vessel 1001 to automatically insert the control rod 1029 at once The reactor 999 is stopped urgently and the steam generator 1036 and steam driers 1019 formed outside the body of the pressure vessel 1001 of the reactor 999 are connected to each other, 4 holes are formed in the wall containment vessel 1034 and the upper portion of the fifth wall reactor building 1043 at a predetermined angle of 45 ° to an oxygen cutter and a construction machine, and then the nuclear waste is transferred to the plurality of through holes and the like Nuclear explosion-proof double structure block tank (598) in the form of raw statistic of nuclear power plant (626) inside the marine tunnel traffic apparatus (960) 1030 is characterized by formed at the time of before or after public waters embedding processing step into the public waters embedding processing device body (1) to form a treatment reactor equipment 962 to the shared landfill 944 and public waters landfill 945.

Alternatively, the nuclear explosion prevention double formed in the form of a cylindrical egg of the nuclear power plant 626 into the marine tunnel transportation device 960 formed before and after the shared surface landfill processing body into the shared surface landfill processing body 1. Structural Block Tank (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) Facility has a double pipe structural block piping line (1068). A plurality of temperature pressure sensor safety valves (1069) are provided on the bolt (24) and nut (25). (26) and gaskets (32), etc., with hand tool monkey spanners, connected to block piping lines (1068), flanges (28), etc., and the diameter of the reactor building (1043) along the outer wall of the reactor building (1043). In one double-sized double-structure block tank 598, a block tank for nuclear waste treatment storage is connected to the double-pipe structure block piping line 1068 of radiation type and a plurality of temperature pressure sensor safety valves 1069. Nuclear Waste (1030) A treatment reactor 999 facility is formed, and the reactor tube 999, the first tube pellet 1061 and the cladding tube 1062 for protecting the second wall fuel rod 1042, etc. are subjected to the third wall reactor by an earthquake stronger than the magnitude 5. Nuclear waste that has exploded into the block piping line 1068 at the upper end of the pressure vessel 1001 while the plurality of temperature pressure sensor safety valves 1069 are opened during the explosion in the pressure vessel 1001 and the fourth wall containment vessel 1034. Nuclear waste 1030 are stored in the radioactive nuclear waste storage tank 1047 into the lower portion of the dual structure block tank 598 through the 1030, the temperature pressure sensor sensor safety valve connected to the inner block tank of the pressure vessel As the 1069 is opened, the double pipe structure block piping line 1068 includes the coolant and the toothpaste level ocher mixture 157 stored in the reactor 999 inside the pressure vessel 1001 and the fourth wall containment vessel 1034. To the reactor (999) When filled with toothpaste level ocher mixtures (157), the explosion stops and the nuclear explosion-proof dual structure block tank (598) radioactive nuclear waste formed in the form of a cylindrical egg of a nuclear power plant (626) inside the marine tunnel transportation system (960). It is characterized in that it is formed before and after the shared water surface embedding process inside the shared surface landfill apparatus body 1, which forms the treatment reactor facility 962 in the shared landfill 944 and the shared surface landfill 945.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structure block tank 598 The radioactive nuclear waste treatment reactor facility 962 is configured to utilize a remote control cut or robot 912 during disassembly of a reactor 999 such as a nuclear power plant 626, A plurality of safety valves 1069 are closed when the internal explosion of the reactor vessel 1001 is stopped and a plurality of safety valves 1069 are normally closed at all times when the reactor is operated and various nuclear reactors 999 can be installed in the marine barge 933 (1063) at the top of the sea level to prevent the weather conditions from being affected by the earthquake and tsunami, so that the atomic energy of the atomic power plant (626) In order to prevent the reactor 999 of power generation from being exploded and not to contaminate the environment by the nuclear waste 1030, the dual structure block tank 598 reactor facility in which the reactor in the nuclear fuel chamber does not explode is installed in a nuclear power plant. The dual structure block tank 598, which is formed of a plurality of dual structure block tanks 598, which are nuclear reactors for treating nuclear waste, formed from a first wall to a fifth wall, has a block tank inner pipe 596 and a block tank outer pipe ( 599), and to prevent nuclear explosion inside the reactor (999), and to form a safe and continuous operation of the nuclear power plant, to ensure the safety of nuclear power plants, to ensure the renovation of nuclear reactors, and to nuclear waste treatment Atomize nuclear waste treatment reactor facilities into a marine tunnel transit device 960 into a nuclear power plant with a double-block block tank. A nuclear explosion preventing dual structure block tank 598 in the form of a cylindrical egg of the power plant 626, a nuclear reactor 1030 treatment nuclear reactor facility 962 is formed in the common landfill 944 and the shared surface landfill 945 It is characterized in that it is formed before and after the shared surface buried treatment process inside the surface of the landfill apparatus (1).

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structural block tanks (598) Radioactive nuclear waste (1030) Treatment reactors (999) Nuclear waste (1030) generated in the nuclear power plant (626) forming the facility includes the ventilation of the reactor building (1043) 999), when the pressurized water reactor is used, the method of discharging the purified air to the outside air by the active film type gas hold-up device 1044 which weakens the radioactivity when the pressurized water reactor is used, A method of discharging the exhausted air from the exhaust tower and a method of discharging the ventilated air from the exhaust tower and a method of discharging the nuclear explosion-proof double structure block tank 598 Nuclear waste (1030) treatment reactor inside the Bihan nuclear power plant (999) Nuclear explosion-proof double structure block tank (598) in the form of raw statistics of the nuclear power plant (626) Is formed in the shared water surface embedding apparatus body 1 forming the nuclear waste disposal reactor facility 962 in the shared landfill 944 and the shared water surface landfill 945 before and after the shared water surface embedding treatment process.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structural block tanks (598) Radioactive nuclear waste (1030) Treatment reactors (999) When the water leaking from the valve of the nuclear power plant forming the facility and the water in the building are regenerated liquid of ion exchange resin, etc., A method of treating radioactive nuclear waste collected in a storage tank 1047, filtered with a filter 1048, and then measured with a radioactivity measuring instrument 1049 to confirm that there is no harm, and then flows into the sea together with cooling seawater; Water other than water is purified by a filter 1048, filtered water and distilled water are used again as a reactor coolant 1004, and a monitoring monitoring post The nuclear waste disposal reactor facilities 962 inside the nuclear power plant having the nuclear explosion preventive double structure block tank 598 for the waste disposal are disposed in the marine tunnel transportation apparatus 960 in the form of the raw statistics of the nuclear power plant 626 A nuclear bombardment double structure block tank 598 a nuclear reactor waste 1030 processing reactor 999 a shared water surface filling apparatus body 1 forming a facility in a shared landfill 944 and a shared water surface landfill 945 This is characterized by being formed at the time before and after the process of the water surface embedding process.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type (999) for the treatment of radioactive nuclear waste (1030) with structural block tanks (598). Ion exchange resins and filter media are used in paper, cloth, work clothes, shoes, etc. inside buildings of nuclear power plants The filter 1045 sludge and the used resin solution are stored in the storage tank 1047 and filled in the drum 1051 by hardening the concrete and the method of treating radioactive nuclear waste by compressing paper and cloth, And then all of them are hardened with concrete to be filled in the drum 1051 and the waste is moved to a forklift 858 inside the site and stored. The building and monitoring monitoring posts 1050 are equipped with nuclear detonation dual structure block tanks for nuclear waste disposal. Nuclear waste 1030 treatment reactors 999 are installed in the marine tunnel transport apparatus 960, A nuclear explosion-proof dual structure block tank 598 in the form of a raw statistic of the nuclear power plant 626 inside shared nuclear waste disposal facility 944 to form a shared nuclear waste disposal reactor facility 962 with a shared landfill 944 And is formed inside the water surface embedding apparatus main body 1 before and after the water surface embedding process.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structural block tanks (598) Radioactive nuclear waste (1030) Treatment reactors (999) Reacted nuclear fuel (982) and spent uranium (1040) from the nuclear power plants that make up the facility are processed at the reprocessing plant (1055) The uranium fluoride 1031 is converted into uranium fluoride 1031 at the conversion plant 1056 and the fuel 982 is transferred to the concentration plant 1057 and the uranium fluoride 1031 is converted to uranium dioxide 1070 at the conversion plant 1056, The fuel rods 1042 are fabricated and processed in the reprocessing plant 1055 so that the fuel rods 1042 are produced in the conversion and processing plant 1058 so that these reprocessed fuel rods 1042 Nuclear power plant The nuclear fuel 982 is transferred to the nuclear power plant 626 and the reprocessing plant 1055 and the conversion and processing plants 1058 to the conversion plant 1056. The conversion and processing plants 1058 are used to prevent sinking The nuclear fuel cycle of the nuclear fuel (982) industry is formed on the upper surface of the barge deck deck for the treatment of nuclear waste (1030) and the inside of the nuclear power plant having the nuclear explosion- A nuclear explosion-proof double structure block tank 598 in the form of raw statistics of a nuclear power plant 626 inside a maritime tunnel transport apparatus 960 is connected to a shared landfill 944 and a radioactive nuclear waste disposal reactor 999 facility 962, Is formed inside the body 1 of the shared water surface filling apparatus body formed in the shared water surface landfill 945 before and after the shared water surface filling processing step.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structural block tanks (598) Radioactive nuclear waste (1030) Treatment reactors (999) At the nuclear power plant (626) that forms the facility, long-half-life wastes from the reprocessing process must be stored for thousands of years A nuclear waste disposal method in which the nuclear waste 1030 is converted into another material by fission 1059 in the reactor 999 and the permanent disposal method of the waste having a long half life period includes a construction machine heavy equipment inspecting machine 877 and an excavator 856, A nuclear waste disposal method that buries nuclear waste in polar glaciers, a nuclear waste disposal method that deeply buries in strata or ocean bottoms, A nuclear waste disposal method for transporting water containing double tubular drums (1051) to a buried area includes a barge line (933) provided with a space rocket (612) and a space rocket launch base (646) (1030) into a nuclear power plant having a nuclear explosion-proof dual structure block tank (598) for nuclear waste processing to form nuclear waste disposal methods for sending a structural drum (1051) to an outer space with a space rocket Nuclear explosion-proof double structure block tank (598) in the form of raw statistic of nuclear power plant (626) inside the ocean tunnel transport device (960) with nuclear reactor (999) facilities, and radioactive nuclear waste treatment reactor facility (962) Is formed inside the shared water surface embedding apparatus body 1 formed in the water surface 944 and the shared water surface landfill 945 before and after the common water surface embedding process.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structural Block Tanks (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) Reactor for Nuclear Power Plant (999) to form equipment The steam generator 1068 is shut off by the safety valve 1069 and the boiler 783 of the thermal power generation is operated separately to connect the reactor power generation facility 1063 to the steam generator 1063 to supply the steam of high temperature and high pressure, (960) as nuclear waste treatment reactor facilities within a nuclear power plant equipped with a nuclear explosion preventive double structure block tank for nuclear waste disposal, A nuclear explosion-proof dual structure block tank 598 in the form of raw statistics of a nuclear power plant 626 is formed in a shared landfill 945 with a shared landfill 944 and a nuclear reactor waste treatment facility 962 for treatment of radioactive nuclear waste 1030. And is formed inside and outside the shared water surface embedding apparatus body 1 before and after the shared water surface embedding process.

Alternatively, the nuclear explosion prevention double formed in the form of a cylindrical egg of the nuclear power plant 626 into the marine tunnel transportation device 960 formed before and after the shared surface landfill processing body into the shared surface landfill processing body 1. Structural Block Tank 598 Radioactive Nuclear Waste 1030 Treatment Reactor 999 Nuclear Power Plant forming a facility 962, etc. Reactor 811 radioactive nuclear waste treatment storage formed from the first to fifth walls on the periphery of the reactor The tank 1047 is formed of a single double structure block tank 598 and the double structure block tank 598 is formed of a block tank inner pipe 596 and a block tank outer pipe 599 to prevent nuclear explosion in the reactor. In order to firmly support the double pipe structure block tank 598, the block tank inner pipe 596 outer wall circumferential surface and the block tank outer pipe 599 inner wall circumferential surface of the isobar shaped steel 839 and block tank The first auxiliary section steel 600 and the second auxiliary iron plate 601 for the block tank is formed of a material formed by the computer underwater cutting and welding, etc. with the steel plate brackets 165, and each of the block tank inner pipe (596) And hydraulic tank door 624 for the forklift 858 to the bulkhead manhole 610 and the manhole cover 152 on the wall surface of the block tank external pipe (599) and prevents nuclear explosion for nuclear waste treatment. Nuclear explosion prevention dual structure in the form of a cylindrical egg of nuclear power plant 626 into a marine tunnel transportation device 960 into nuclear waste treatment reactor facilities within a nuclear power plant 626 having a dual-structure block tank 598. Shared water reclamation inside the shared surface landfill apparatus body (1) forming a block tank (598) radioactive nuclear waste (1030) treatment reactor (999) facility (962) in shared landfill (944) and shared surface landfill (945). Formed before and after the treatment process A gong.

Alternatively, the nuclear explosion prevention double formed in the form of a cylindrical egg of the nuclear power plant 626 into the marine tunnel transportation device 960 formed before and after the shared surface landfill processing body into the shared surface landfill processing body 1. Structural Block Tank (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) Facilities around the satellite launch pad (643) and space rocket launch pad (646) around a 1 meter thick natural ocher and disaster prevention Using a construction machine on the deck deck, and around it, a 100-meter-diameter circular ocher block barrier was formed at a thickness of 3 meters and a height of 15 meters, and satellites on satellite launch pads and space rocket launch pads formed on top of the floating dock deck deck. When the 611 and the space rocket 612 are fired, a high temperature is generated when a large amount of fuel is burned to obtain propulsion, and the satellite 611 and the space rocket 612 are fired. The high temperature and high pressure combustion heat generated by the launching of the circumference is equipped with a 100 meter diameter ocher block barrier wall to block the high temperature and high pressure combustion heat to form a safety barrier for the floating deck deck deck to hold firmly. 960, a nuclear explosion-proof dual-structure block tank 598 radioactive waste (1030) treatment reactor 999 facilities 962 in the form of a cylindrical egg of the nuclear power plant 626, shared land with the landfill 944 It is characterized in that it is formed before and after the shared surface landfill processing process inside the shared surface landfill apparatus body 1 formed in the landfill 945.

Alternatively, the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 may include a nuclear explosion preventive type Structural Block Tanks (598) Radioactive Nuclear Waste (1030) Treatment Nuclear Reactors (999) In facilities (962) located in the deep sea area or in the 10 meter depth zone or as a means of moving the hull, When a plurality of hydraulic cylinders 620 formed in the long axis adjusting seesaw crane boom frame 821 are operated to feed the two floats in front of the hull 2, the hull is retracted, and both front and rear floats The anchor 639 and the anchor chain 640 are provided in the bollard 638 so as to be used as a sailing vessel shelter of the marine vessel which is a coastal marine station, The Nuclear Nuclear Power Plant with Nuclear-Explosion-proof Double Structure Block Tanks is composed of equipments that can safely move the ship by making it possible even at the bottom. Explosion-proof double structure block tank 598 in the form of raw statistics of the nuclear power plant 626 inside the reactor 960 and the reactor 999 for treating the radioactive nuclear waste 1030 are shared with the shared landfill 944 And is formed inside the body of the water surface embedding apparatus body 1 formed in the water surface landfill 945 before and after the water surface embedding process.

Alternatively, a shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process may be connected to the inside of the marine tunnel transportation device 960 formed in the shared water surface landfill 945, Nuclear explosion-proof double structure block tank 598 in the form of raw statistics of the power plant 626 Nuclear waste treatment reactor 1030 Treatment reactor 999 Among the facilities 962, the nuclear reactor is divided into a research reactor 1071, (1072) of the boiling water reactor (1073), which is divided into a nuclear reactor (999) developed for power generation and a nuclear explosion-proof double structure block tank (598) The boiling water reactor 1073 boils water to make steam 465 and rotates the steam turbine 267 and the inside of the boiling water reactor 1073 is filled with the fuel 982 into the reactor pressure vessel 1001 The circulation pump 1080 and the circulation pump 1040 are connected to the water and the control rod 1029 A steam turbine 267 such as a steam pipeline 1013 and an armature coil 1011 that does not rotate are formed outside the reactor 999 And the rotating steam generator 465 with the steam 465 is used as a cooling device condenser for cooling water vapor to become water The steam 465 is cooled by the water pump 1022 and the hard water is transferred into the reactor 999 into the purifier 1035 by the water pump 1067 to form the recirculation and the cooling water is circulated in the condenser 1022 by the circulating water pump 1066 to the outside water channel of the condenser 1022 through the piping line 1065 to form a nuclear power plant and into the marine tunnel traffic apparatus 960 to the circumferential surface of the boiling water reactor 1073 of the nuclear power plant 626 Nuclear explosion-proof type in the form of raw statistics A shared water surface burial treatment apparatus body 1 forming a hollow ball block tank 598 a radioactive nuclear waste 1030 treatment reactor 999 facility 962 in a shared landfill 944 and a shared water surface landfill 945 It is characterized by being formed before and after the water surface embedding process.

Alternatively, a shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process may be connected to the inside of the marine tunnel transportation device 960 formed in the shared water surface landfill 945, A dual structure block tank 598 in the form of raw statistics of power plant 626 and a dual structure block tank 598 in radioactive nuclear waste 1030 treatment reactor 999 facility 962 In the structure of the pressurized water reactor 1074, the pressurized water reactor 1074 does not generate steam by applying pressure, but instead makes hot water and exchanges water and steam in the steam generator 1036 to rotate the steam turbine 267 And the control rod 1029 is connected to the inside of the nuclear reactor pressure vessel 1001 and the control rod 1029 is connected to the inside of the reactor pressure vessel 1001, The container 1001 side The steam generator 1036 and the cooler pump 1081 are provided below the steam generator 1036 and the steam turbine 267 and the atomic power generator 1036 are provided at an intermediate portion between the pressure vessel 1001 and the steam generator 1036, Cooling water is supplied into the cooling device condenser 1022 for cooling the steam to cool the water vapor to discharge the cooling water in the piping line 1065 to the waterproof path and through the water pump 1067 connected to the condenser 1022, The water supply to the steam generator 1036 and the formation of the nuclear power plant are carried out in the marine tunnel traffic apparatus 960 to the circumferential surface of the pressurized water reactor 1074 of the nuclear power plant 626, A structural block tank 598 a radioactive nuclear waste 1030 a treatment reactor 999 a shared water surface into a shared water surface treatment apparatus body 1 forming a facility 962 with a shared landfill 944 and a shared water surface landfill 945; Before and after the landfill process, The is characterized.

Alternatively, a shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process may be connected to the inside of the marine tunnel transportation device 960 formed in the shared water surface landfill 945, A dual structure block tank 598 in the form of raw statistics of power plant 626 and a dual structure block tank 598 in radioactive nuclear waste 1030 treatment reactor 999 facility 962 In the structure of the gas cooling path 1075, the gas cooling path 1075 is a reactor formed by providing graphite as a moderator 1007 with carbon dioxide as a coolant 1004, natural uranium 1028 and enriched uranium 235 And the use of carbon dioxide as the coolant 1004 forms a nuclear power plant with high heat and high pressure steam of a strong vapor condition to obtain a heat efficiency equivalent to the thermal power and supplies it to the inside of the marine tunnel transport apparatus 960 through a nuclear power plant 626 ) Of A nuclear explosion-proof double structure block tank 598 in the form of a circle on the circumference of a pressure type reactor is connected to a shared landfill 944 with a shared nuclear waste landfill 945, ) Of the water surface is buried in the body 1 of the water surface treatment apparatus body before and after the water surface treatment step.

Alternatively, a shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process may be connected to the inside of the marine tunnel transportation device 960 formed in the shared water surface landfill 945, A dual structure block tank 598 in the form of raw statistics of power plant 626 and a dual structure block tank 598 in radioactive nuclear waste 1030 treatment reactor 999 facility 962 The multipurpose hot gas furnace 1076 is made of graphite as the moderator 1007 and helium gas is used as the coolant 1004 and enriched uranium 235 (1000) and thorium (1027 The heat of the helium gas is transferred to the water to form a nuclear power by the generation of steam and the nuclear power generation is performed on the circumferential surface of the multipurpose hot gas path 1076 of the nuclear power plant 626 inside the marine tunnel communication apparatus 960 Nuclear Explosion Prevention in Form Type double structure block tank 598 a radioactive nuclear waste 1030 treatment reactor 999 a shared water surface filling apparatus body 1 forming a facility 962 in a shared landfill 944 and a shared water surface landfill 945 It is characterized by being formed before and after the process of the water surface embedding process.

Alternatively, a shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process may be connected to the inside of the marine tunnel transportation device 960 formed in the shared water surface landfill 945, A dual structure block tank 598 in the form of raw statistics of power plant 626 and a dual structure block tank 598 in radioactive nuclear waste 1030 treatment reactor 999 facility 962 In the structure of the new conversion furnace 1077, the new conversion furnace 1077 uses hard water as the coolant 1004 so as to increase the utilization of the fuel as compared with the existing reactor, The water and the steam 465 are separated from the steam drum 1023 and the steam 465 is sent to the steam turbine 267 to form nuclear power generation. The heavy water is used as the moderator 1007, (1009) The efficiency of utilization of uranium 1028 is increased so that nuclear power generation using natural uranium 1028 or the like is mixed with plutonium 1032 and the nuclear power plant 626 A nuclear explosion-proof double structure block tank 598, a nuclear reactor waste treatment unit 1030 treating nuclear reactor 999 facility 962 in the form of a raw statistic on the circumference of the new type conversion furnace 1077 of the new type conversion furnace 1077, Is formed inside the body 1 of the shared water surface filling apparatus body formed in the shared water surface landfill 945 before and after the shared water surface filling processing step.

Alternatively, a shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process may be connected to the inside of the marine tunnel transportation device 960 formed in the shared water surface landfill 945, A dual structure block tank 598 in the form of raw statistics of power plant 626 and a dual structure block tank 598 in radioactive nuclear waste 1030 treatment reactor 999 facility 962 The fast breeder reactor 1078 in the structure of the fast breeder reactor 1078 includes uranium concentrated at about 20% of enriched uranium 235 (1000) and uranium enriched in natural uranium 1028 and plutonium 1032 at the central portion of the fuel rod 1042 The periphery of which is surrounded by natural uranium 1028 and inside the fuel rod 1042 is plutonium 1032 formed from uranium 238 1016. The plutonium 1032 is taken out to be used as the next fuel, 1004 may be a liquid metal The intermediate heat exchanger 1082 does not contain the moderator 1007 and the heat generated in the reactor 999 is transferred from the intermediate heat exchanger 1082 to the other liquid metal sodium since the neutrons 1009 need not be used for deceleration However, the heat exchanger converts water into steam by heat of liquid or sodium, and the steam turbine 267 rotates to form nuclear power, and the nuclear power plant 626 is transferred into the marine tunnel transportation apparatus 960 through the new conversion path 1077 of the nuclear power plant 626 A nuclear explosion-proof dual structure block tank 598 in the form of a circle statistic on the circumferential surface, a nuclear reactor waste 930 processing reactor 999, And is formed inside and outside the shared water surface embedding apparatus body 1 before and after the shared water surface embedding process.

Alternatively, the nuclear explosion prevention double formed in the form of a cylindrical egg of the nuclear power plant 626 into the marine tunnel transportation device 960 formed before and after the shared surface landfill processing body into the shared surface landfill processing body 1. Structural block tank (598) radioactive nuclear waste (1030) treatment reactor (999) equipped with a variety of construction machinery (970) of the facility 962, first, the bulldozer (855) range is a track and tire type, second, Excavator (856) range is more than 1 ton with the excavator and the endless track and tire type, and the specification is self-weight. Third, loader 857 range is more than 1 ton with the endless track and tire type, the standard is the standard Fourth, the forklift 858 range is a tire-type lifting device, the specification is the lifting capacity, and the fifth, scraper 859 range is soil, sand oyster The sixth, dump truck (860) range is more than 12 tons of loading capacity and more than 12 tons of loading capacity and less than 20 tons. The seventh, the crane (861) range is the endless track and tire type, with steel struts and turning devices, and the monorail type rail type except the one registered as a vehicle by the standard. Eighth, motor grader 862 range is independent with stops and dimensions are blade lengths. Ninth, roller 863 ranges are first with adjustable and voltage devices and then with vibratory vibrations. Standards are medium-capacity, and the tenth, road safety device (864) ranges are independent from those with road safety devices. The eleventh, concrete batching plant (865) range, which is the capacity of the fluid tank, is an aggregate reservoir, a metering device and a mixing device, which is a mover with a prime mover, and the dimensions are expressed in hourly production of concrete. Is the one with the prime mover and finishing device, with the prime mover and standard as the constructional standard width. The thirteenth, concrete spreader (867) range with the prime mover with the prime mover and the standard as the standard width for construction. Fourteenth, the concrete mixer truck 868 range is self-propelled with a mixing device, including an auxiliary device for input and discharge of material inputs, and the specification is expressed as concrete production amount that can be mixed one or more times in a container. Fifth, the concrete pump (869) range of concrete shipping The capacity is mobile and truck loading with prime mover above 5m3 per hour, and the specifications are ascon hourly delivery capacity. The sixteenth range of asphalt mixing plant (870) ranges from aggregate supply to dry heating and mixer to asphalt supply. With the prime mover and specifications as the hourly production capacity of asphalt concrete, and the seventeenth, asphalt finisher (871) range with clearance and finishing equipment, with the prime mover and the dimensions as standard paving width for ascon. Eighteenth, the range of asphalt spreaders (872) is self-propelled with asphalt spreaders and the specification is the capacity of the asphalt tank. The 20th, the crusher (874) ranges from the standard laying width and is over 20KW. And the standard is expressed by the capacity per hour, and the range of the air compressor (875) is expressed by the amount of air per minute per minute, and that the air discharge amount is more than 283 m 3 / min. (877) range has a perforator, the hammer and flushing device weight is over 0.5 ton, and the twenty-fourth, sari-sampler 878 range is sour, (879) range is pump type, bucket type, dipper type and grab type, Visa type, specification is P8 and ㎥, and twenty-sixth (880) is a machine with similar structure and function to the construction machinery of the 1st to 25th Shared water landfill system by the minister. Shared landfilling system. Inland and out of the Northeast Asian region, which is formed inside the body. Inland and out of the world formed by the water surface treatment process before and after the water surface treatment process. According to the weather forecast of Meteorological Agency In order to prevent floods and droughts in advance efficiently and quickly, and to overcome flood damage caused by various natural and man-made disasters, the installation process of the flood control system which can continuously control the flood damage and the flood control system (959) A nuclear explosion-proof double structure block tank 598 in the form of a raw statistic of the nuclear power plant 626 into the marine tunnel transport apparatus 960 with equipment having the overhead system construction machine 970, radioactive nuclear waste 1030 ) Treatment Reactor (999) Facility is shared both inside and outside Northeast Asia with landfill (944) and shared with landfill (945) It features formed upon the surface before and after the shared embedding processing step formed in the inner surface property shared embedding processing device body (1) to.

Alternatively, the circular prefabricated water located on the top of the flood control device 959 having a variety of construction machinery 970 formed before and after the shared surface landfill process body into the shared surface landfill processing body (1). Water tanks 292 and concrete dams 680 containing natural soils stored in the tanks 292 and the circular concrete dam 680 and the embankment mixture 157 such as disaster prevention water 7 and disaster prevention materials In order to overcome the flood damage, the installation process of the method of controlling the flood with the flood control device 959 including various construction machines 970 of the flood damage control system and the flood control process are on land and sea in the global village. ) Iron triangular center (942) Based on one point of the center of the Korean Peninsula (942), a multi-role nonlinear hydraulic water-powered pump (393) and tank tank (295) with a primary rank inside the east-south and north-west diameter of 2400km circumference of Mount Samchully, with a radius of 1200km circumference. On Flood control with various construction machines 970 of flood control system to overcome flood damage inside the flood control system 959 with equipment formed by the self-sensor auto valve 259 and unmanned camera 184 of the control system. The shared surface landfill apparatus body which is formed in the shared landfill 944 and the shared surface landfill 945 by the flood control device 959 in which the installation process and the flood control process of the method of controlling the flood with the apparatus 959 are performed. (1) It is characterized in that it is formed before and after the co-surface landfill process.

Alternatively, it is shared with the landfill 944 as a flood control device 959 is installed with a flood control device 959 having the construction machine 970 and a flood control device 959 is a process of controlling floods. Connected to the water tank 292 and the concrete dam 680 to the inside and outside of the Northeast Asia region formed before and after the shared surface landfilling process in the common surface landfill apparatus body 1 formed on the surface of the landfill 945. A plurality of pump backflow preventing check valves (6), a plurality of suction confluence pipes (3) and discharge confluence pipes (4) are provided with a high pressure vertical multistage disaster prevention pump (8) and a fire hose (9). A high pressure upright multistage disaster prevention pump formed with a fire nozzle (10) located at the rear of a fire hose (9) such as a high pressure vertical multistage disaster prevention pump (8) and a fire hose (9) in the pipe (3) and the discharge conduit (4) ( 8) and concrete dam 680, including a water gate (293) and disaster prevention channel (17) The flood control device 959 is provided with a flood control device having various construction machines 970 of the flood damage overcoming system in order to overcome the flood damage. It is characterized in that formed in the shared landfill processing unit body 1 formed in the shared landfill 944 and the shared sleep landfill 945 before and after the shared surface landfill processing process.

Alternatively, the installation process and the water pollution of the method of controlling the flood by having a flood control device having a variety of construction machinery 970 formed at the time before and after the shared surface landfill processing body (1) Several flood control devices 959 are located in the upper 8 sub-ridge valley 819 inside and outside of Northeast Asia, which are formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959. Water tunnels and waterways in the concrete dam 680 are also located by ridges in the 5 Bud and 3 Budyeong Valleys (819), and the ad tunnel 672 is located from the river stream (678) to the small stream upstream valley (819). The fish tunnels never share the agricultural livestock wastewater (266) in the domestic wastewater (266) and industrial wastewater (266) to restore the ecosystem balance so that fish and shells can be spawned to form a fish and shellfish nest (929). The landfill paper 944 and the water-discharge control device 959 formed on the shared surface landfill 945 are characterized in that they are formed before and after the shared surface landfill processing process inside the shared surface landfill apparatus 1.

Alternatively, a flood control device 959 having various construction machines 970 formed before and after the shared surface landfill process body is provided inside and inside the shared surface landfill processing apparatus body. Underground concrete dams 680 are located in the Tunnels 672 and the water tunnels on the shared landfill 944 and the shared water surface landfill 945 It is characterized in that it is formed before and after the shared water surface embedding process into the shared water surface embedding apparatus body 1 formed by the devices 959.

In other words, the four world-wide shared landfills 944 and the shared water surface landfill 945 including the inside and outside of the Northeast Asia region formed before and after the shared water surface embedding processing process into the inside of the shared water surface embedding apparatus body 1, Inside and outside Northeast Asia, 65% of the mountainous terrain of the Baekdudaegan line of demilitarization (947) The Concrete Dam (680), located at the top of Mt. Sorak in the Taebaek mountain range, starts as a starting point and extends northward and southward along the mountain ridge And a plurality of disaster prevention waterways 17 connected to the concrete dam 680 are distributed to the Taebaeksan mountain in the Baekdudaegan and the Nambongdong vein in the Taebaeksan western part Geumbuk vein mountain fumi fumi, Mt. Mt. Mt. Mt. Mt. Jiri, and Mt. Geumnam - myeon, In the southern vein and the like, the water tank (292) and the concrete dam (680) for the control of the rainwater and the ocher mixture (157), which are concentrated heavy rains such as natural waters, are stored in preparation for flooding. ), Such as a loess mixture (157) is stored in the storage tank when the hazardous water generation advisory is issued by the Korea Meteorological Administration, the water tank 292 and the concrete concrete dam (680) for storing the control water breakwater control tank (400) By opening the Oto pressure control valve 469 and the lift-type check valve 453 by opening the ocher mixture 157 stored in the back and the like, various methods of preventing the occurrence of harmful tidal discharge by discharging a large amount of the control water and various construction machines 970 It is characterized by being formed before and after the shared surface landfill processing process inside the shared surface landfill processing body body 1 formed in the shared landfill 944 and the shared surface landfill 945 as the flood control device 959 provided.

Alternatively, the flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process inside the shared water surface embedding device body 1 may be connected to the shared landfill 944 and the shared water surface Landfill (945) In preparation for the prolonged drought in and out of Northeast Asia, the eastern part of the Taebaek mountain range, 65% of the country, And natural water is stored in each concrete dam (680) located on the western side of the mountain range. By opening the water gate (293) of the concrete dam (680) in the flood season, the natural water is moved through the disaster prevention water channel The shared water surface 944 and the shared water surface 944 formed in the shared landfill 944 by the flood control devices 959 with the construction machine 970, Is characterized by the lip formed at the time of after treatment device body (1) around the public waters embedding process to the inside.

Alternatively, the flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process inside the shared water surface embedding device body 1 may be connected to the shared landfill 944 and the shared water surface Landfill (945) In and out of Northeast Asia In the drought period, water is steadily discharged to the whole country, and domestic water, agricultural water, industrial water, etc. are buried in the ground by piping, And the stream holding water is supplied to the shared landfill 944 (see FIG. 4) by the flood control devices 959 having various construction machines 970 by methods of suitably maintaining the supply of water through the disaster prevention water path 17 ) And the shared water surface landfill 945 are formed inside the body 1 of the shared water surface embedding processing apparatus before and after the common water surface filling process.

 Alternatively, the flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process inside the shared water surface embedding device body 1 may be connected to the shared landfill 944 and the shared water surface Landfill (945) In and out of Northeast Asia, electric power is generated and supplied to hydroelectric generators (213) located in various regional hydroelectric power plants (233), and water is pumped into the concrete dam (680) From the river stream, the power pump 304 of each ridge line water supply also supplies electric power to the 5th water intake concrete dam 680 and the 5th water intake concrete dam 680. The concrete dam 680, The water pump is equipped with the power pump 304 and the water is pumped to the concrete dam 680, which is repeatedly taken in the concrete dam 680 for each 8 ridge line, to overcome the flood and the drought. And various construction Before and after the shared surface landfill process into the shared surface landfill processing unit body 1 formed in the shared landfill 944 and the shared surface landfill 945 by the flood control devices 959 having the system 970. It is characterized by the formation.

Alternatively, the shared landfill 944 and the shared water surface with the flood control device 959 having various construction machines 970 formed before and after the shared surface landfill process into the shared surface landfill apparatus body 1. A plurality of disaster prevention nozzles connected to pipes and fire hoses (9) while opening the respective valves formed in the concrete intake concrete dam 680 to collect the water stored in the top of the landfill (945) inside and outside Northeast Asia. 10) On the top of the mountain, 8 ridge lines are continuously ejected by time zone, 8 ridge lines below 8 ridge lines, 5 ridge lines above 5 ridge lines, 5 ridge lines below 5 ridge lines, and 3 ridge lines below 3 ridge lines. In order to reduce the damage from natural disasters such as heat waves and yellow dust in the wildfire and yellow dust by using the potential energy of water in advance, and the flood control devices 959 equipped with various construction machines 970 It is characterized in that it is formed before and after the shared surface buried treatment process into the shared surface landfill apparatus body (1).

Alternatively, the shared landfill 944 and the shared water surface with the flood control device 959 having various construction machines 970 formed before and after the shared surface landfill process into the shared surface landfill apparatus body 1. Landfill (945) In addition to having a power pump inside and outside Northeast Asia, a non-powered water hammer (393) is provided, and includes a reverse flow circulation method to the top of a water intake dam located by each ridge. A variety of first-class water quality improvement methods are used to form a flood control system (959) into the land and ocean of the global village, and the construction machinery of the flood damage system (970) to overcome various floods that can quickly overcome floods and droughts. Before and after the shared surface landfill processing process into the shared surface landfill processing body body 1 formed in the shared landfill 944 and the shared surface landfill 945 as flood control devices 959 having .

Alternatively, the flood control device 959 including the construction machine 970 of the flood overcoming system for overcoming various floods formed during and after the shared sleep embedding process body 1 into the shared surface landfill apparatus body 1. Inner and Outer Roads in Northeast Asia: Pavement and Dirt Roads for Highways, National Roads, Local Roads, Forestry Roads, Military Roads, etc. Mountain trunks have been cut off and ecosystems are being cut off. Currently, 72 roads are passing through the Baekdudaegan area at an average of 9km intervals, and major habitats for wild animals and plants are being damaged. Opened (681) and provided disaster prevention waterways (17) at the top and bottom of the bridge (681), and formed a number of ecological pathways to restore the disconnected ecosystem In order to overcome flood damage, the flood control device 959 having a construction machine 970 of the flood damage overcoming system is formed into the shared landfill processing apparatus body 1 formed in the shared landfill 944 and the shared surface landfill 945. It is characterized in that it is formed before and after the coarse water surface landfill process.

Alternatively, in order to overcome various floods formed before and after the process of the water surface embedding process in the shared water surface embedding apparatus body 1, the flood control devices 959 including the construction machine 970 of the flood control system Shared landfills (944) and shared reclaimed landfills (945) The Nakdong river estuary and Yeongsan river estuary, which form inside and outside Northeast Asia, have been opened with the purpose of shutting off the brine inhalation water inlet and blocking the flow of agricultural landfill water. In the case of marine fishery products (929), fishermen do not spawn, and merchant vessels and fishing vessels can not pass through. Therefore, the inconveniences of the residents are significant. In addition, the water quality of the river has dropped from 3 to 4, There are algae up to the water intake area, and the odor is smelled. The industrial area is concentrated in the middle and upstream of the middle stream river, Because it is an accelerating increase, it is supplied to the drinking water of the water source with contaminated water. Therefore, it takes a lot of advanced water purification facilities and activated carbon of purified water materials, and the production cost of the water source is increased, and the damage is caused by the residents. (293) of the Nakdong River estuary and Yeongsan river estuary (293) are always opened or the gates (293) are completely demolished. The river bed (678) and the river bank (679) A shared water surface landfill 945 that forms a flood control device 959 with a construction machine 970 on a shared landfill 944 and a shared water surface landfill 945 so that the groundwater of the aquifer of the aquifer can be pumped up or ejected in bulk And is formed inside the treatment apparatus body 1 before and after the common water surface treatment process.

Alternatively, in order to overcome various floods formed before and after the process of the water surface embedding process in the shared water surface embedding apparatus body 1, the flood control devices 959 including the construction machine 970 of the flood control system A plurality of excavator construction machines 970 are mounted on the barge 933 to discharge a large amount of deep ocean water formed inside and outside the Northeast Asia region to the contaminated river bed by the shared landfill 944 and the shared water surface landfill 945, After completion of the underground underground construction, the double structure block tank 598 is formed with the disaster prevention water passage 17, and the pump and the injection nozzles are located on the riverbed, and a number of deep ocean water discharge water functions as a breakwater 679, The construction machine and the barge line (933), which are equipped with methods for water quality conservation and ecosystem restoration, are provided to overcome floods such as pumps and nozzles. The system is constructed such that the flood control devices 959 having the construction machine 970 are installed in the shared landfill 944 and the shared water surface landfill 945, It is characterized by being formed in the back.

Alternatively, in order to overcome various floods inside and outside the shared landfill 944 and the shared surface landfill 945 formed in the shared water surface landfill processing body body 1 before and after the shared surface landfill processing process The circular water tank 292 located on the top of the equipment with the construction machine 970 of the weathering system into the flood control device 959 selects an anti-rust stainless steel or plastic material and has a capacity of 30,000㎘. The tank 292 may be configured to store water. The body of the water tank 292 may be formed of a dual block tank 598 to store water 7 in the block tank inner pipe 596. (7) In this winter, the block tank outer pipe (599) the outer wall is formed with a heat insulating material 820, the heating device 815 in the middle of the block tank inner pipe (596) and the block tank outer pipe (599). Air cooler (816) The condensation apparatus, the heater fan 642 for cooling the air, and the cooling fan 641 are flood control devices 959 having a construction machine 970 of the flood control system. It is characterized in that it is formed before and after the shared surface buried treatment process inside the shared surface landfill apparatus body (1) formed in 945.

Alternatively, it is also possible to use a device having a construction machine 970 of a flood control system to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding processing process into the inside of the common water surface treatment apparatus body 1 (266) in the midstream and upstream areas of the middle stream area formed by the inside of the flood control device (959) is completely blocked and the water is completely purified in the sewage end treatment plant (676) outside the large river bank (679) A shared landfill 944 and a shared reclaimed landfill 944 with flood control devices 959 having a construction machine 970 of a flood control system for overcoming various floods formed by the purification facility and the sewer construction work 677 to inflow water. Is formed inside the body of the water surface embedding apparatus body 1 formed in the water surface 945 before and after the water surface embedding process.

Alternatively, a flood with a construction machine 970 of the flood damage coping system for overcoming various floods inside and outside the Northeast Asia region formed at the time before and after the shared surface landfill processing body 1 inside the shared surface landfill apparatus 1. The ocher mixture 157 stored in the water tank and the control dam located on the coast formed inside the control unit 959 cuts off the loot 934 having a viscosity of 5%, and then the loess mixture 157 with the control material mixer mixer 73. After the formation of the ship) on the barge and sprayed to the ocean by the adhesive to replace the harmful tide microbial breeding of harmful tide microorganisms (921) with a substitute for the starfish 934 and the water tank (292) and the control dam into the season In order to overcome various floods formed by the cooling device 816 and the heating device 815 in response to the temperature change, the flood control device 959 including the construction machine 970 of the flood overcoming system is shared. If it features formed upon the surface before and after the embedding process into the shared public waters embedding processing device body (1) to form the (944) and the public waters landfill 945.

Alternatively, the equipment having a construction machine 970 of the flood damage overcoming system for overcoming various floods inside and outside the Northeast Asia region formed at the time before and after the shared surface landfill processing body 1 inside the shared surface landfill processing apparatus body 1. Before the construction of the earthquake natural dam 680 and the disaster prevention water channel 17 on the construction concrete dam formed inside the flood control device 959, the design after the environmental impact assessment feasibility study according to the local location of the dam and the water channel was carried out. After finishing the design with a surveying device provided therein, a natural dam 680 having a stone and soil separate from the concrete dam 680 is formed by calculating and forming a material such as gravel cement in the reinforcing bar and sand that is the material of the concrete dam 680. Selecting and grasping the construction of disaster prevention waterway (17) and the construction machinery of the flood damage overcoming system to overcome the various floods formed by the logging machinery (163) in the construction machine (970) and the cable car (256) near the dam construction site ( 970 is formed in the shared landfill processing apparatus body (1) formed in the shared landfill 944 and the shared surface landfill 945 by the flood control device (959) formed before and after the shared surface landfill process It is characteristic.

Alternatively, the equipment having a construction machine 970 of the flood damage overcoming system for overcoming various floods inside and outside the Northeast Asia region formed at the time before and after the shared surface landfill processing body 1 inside the shared surface landfill processing apparatus body 1. The geological survey was completed in advance in the landslide occurrence area and the landslide area in order to preserve and manage road facilities such as railroads and bridges due to flooding turbulence and vortices formed inside the flood control system (959). The landfill is shared by flood control devices (959) equipped with construction machinery (970) of the flood overcoming system to overcome various floods provided by geological survey measuring mechanisms such that disaster prevention works such as shaft reinforcement and repair work are performed according to the calculation. 944 and the shared surface landfill processing body formed on the shared surface landfill 945 formed at the time before and after the shared surface landfill process It is characterized.

Alternatively, in order to overcome various floods in and out of the Northeast Asia region formed before and after the shared water surface embedding process in the water surface treatment apparatus body 1, The fishermen are transferred to the barge line 933 so as to prevent the fishes from being caught before the water temperature of the cage farm 929 rises due to the harmful red tide and the heat generated inside the adjusting device 959, And a method of moving the water to the landfill site 945. In order to cope with various floods formed by including the flood control system 954, the flood control apparatus 959 having the construction machine 970 of the flood control system, And is formed inside the water surface embedding apparatus main body 1 before and after the water surface embedding process.

Alternatively, in order to overcome various floods in and out of the Northeast Asia region formed before and after the shared water surface embedding process in the water surface treatment apparatus body 1, The deep water in the bottom of the ocean floor is supplied to replace the cooling device formed inside the regulating device 959 and the dummy file hammer 882 and the diesel pile hammer 882 are supplied to the construction machine hunting and anti- A plurality of deep water boreholes 936 are drilled in the downstream of the river and the ocean by mounting steam hammer 884 and crude oil drilling machine 908 on the deck 933 of the pumping bay 933, And a piping and a hose are provided on the upper surface of the deck to supply deep seawater together with purified seawater to the tank tank 295 of the farm site 929. In order to overcome various floods, The water surface of the surface of the common water surface embedding processing body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 equipped with the construction machine 970 of the water surface pre- .

Alternatively, the equipment having a construction machine 970 of the flood damage overcoming system for overcoming various floods inside and outside the Northeast Asia region formed at the time before and after the shared surface landfill processing body 1 inside the shared surface landfill apparatus 1. The water taken from the intake port of the water intake for each sub-functional line located below the summit formed inside the flood control device 959 is a water tank 802 located above the hydro power plant 233 through the water channel 294. ) To obtain a free fall, and this is again sent to the pump aberration (264) and Francis aberration (229) to the Pelton aberration (230) by converting the potential energy of the water into mechanical energy to the hydroelectric generator Flood control device 95 having a construction machine 970 of the flood overcoming system for overcoming various floods formed by the hydropower facilities of the hydro power plant 233, such as a method for generating electrical energy (213). 9) is formed in the shared landfill processing unit body 1 formed in the shared landfill 944 and the shared surface landfill 945 as before and after the shared surface landfill processing process.

Alternatively, in order to overcome various floods in and out of the Northeast Asia region formed before and after the process of the water surface embedding process into the inside of the shared water surface embedding apparatus body 1, The hydroelectric power plant of the hydroelectric power plant 233 forming the inside of the regulator 959 includes a pressure head tank 189 located above the hydroelectric power plant 233 and an inlet A plurality of introduction pipes 191 are connected to the hydraulic power plant through the introduction pipe 191 at the upper part of the hydroelectric power generating unit formed in a connection structure with the pressure head tank 189 and at the discharge port 270 at the rear of the pressure head tank 189, The turbine, the pump aberration 264 and the Francis aberration 229 are connected to the lower portion of the respective hydroelectric generators 213 and the suction structure 269 is connected to the forward portion of the Phelton aberration 230, Flow rate A construction machine 970 of a flood control system is provided to overcome various floods of marine hydroelectric power plants 231 which convert kinetic energy of water into mechanical energy and generate electric energy by the hydroelectric power generator 213 Is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 before and after the shared water surface embedding process.

Alternatively, the flood water including the construction machine 970 of the flood damage overcoming system for overcoming various floods inside and outside the Northeast Asia region formed at the time before and after the shared surface landfill processing body 1 inside the shared surface landfill processing apparatus body 1. The hydroelectric generator facility formed inside the control unit 959, the hydroelectric power generation by generating a hydraulic pressure difference in the hydroelectric generator 213 to produce mechanical energy several aberrations and several aberrations to rotate the turbine to produce power And a turbine, a hydroelectric generator 213 for switching the power produced by the several aberrations and the turbine, and a shaft 198, which is a rotation shaft connecting the several aberrations and the turbine and the generator, has a rotational speed detector SG ( 214) Exciter 215 for supplying current to the field coil of the alternating current electric motor is located in the lower portion and the ring tube feather is pushed into the lower portion of the exciter 215 In the thrust ring tube 216 forming an operation method, a slump guide bearing 217 is positioned below the drust ring tube 216, and a thrust bearing 218 is positioned below the slump guide bearing 217. The stator core 221 is positioned in the stator coil 219 and the stator frame 220 under the thrust bearing 218, and wires are inserted into the gap between the stator core 221 and the fan is placed below the stator core 221. In the lower part of the fan, there is a brake ring 223 and a lower guide bearing 225 on the brake and the jack 224, and a lower bearing cooler 222 is positioned below the lower guide bearing 225. 198. A rotor coil 1012 which is a rotating electromagnet formed along a circumferential surface, an armature coil 1011 for a generator, which is a non-rotating coil installed along a circumferential surface of the rotor coil 1012, and the like. Hydropower to the power generation equipment 1063, which has several aberrations located at the lower end of the shaft 198, and a turbine bearing 227, a casing 141, and a vane pump 142, a runner 228, and the like. Shared landfills formed in shared landfills 944 and shared surface landfills 945 with flood control devices 959 equipped with a construction machine 970 of a flood overcoming system to overcome various floods formed by the generator 213 structure. It is characterized in that it is formed before and after the shared surface landfill process inside the processing apparatus body (1).

Alternatively, in order to overcome various disasters formed before and after the process of the water surface embedding process into the inside of the common water surface immersion treatment apparatus body 1, the inside of the flood control apparatus 959 equipped with the construction machine 970 of the flood control system The electric motor body 192 that forms the electric motor body 192 has a fan assembly 195 attached to the hood 193 and the retaining ring 194 and a rotor assembly 199 and a shaft assembly 198 to the front racket 197 and the shaft 198 of the electric motor body 192, The terminal box 203 and the terminal box cover 205 are attached to the lifting bolts 204 and the rear rackets 205 are attached to the rear bearing 206. [ 207 and the rotor core 210 in the fan cover 209 and the stator winding 212 in the stator iron core 211. In order to overcome various problems, 970) to the shared landfill 944 and the shared water surface landfill 945, And is formed inside the body 1 of the surface embedding treatment apparatus before and after the process of the water surface embedding process.

Alternatively, in order to overcome various floods formed before and after the process of the water surface embedding process in the shared water surface embedding apparatus body 1, the flood control devices 959 including the construction machine 970 of the flood control system A power pump 304 having an impeller 143 formed at an end of a shaft 198 of a motor body 192 to be formed and a prime mover air compressor 80 having a connection structure. (960) formed in the shared water surface embedding apparatus body (1) formed in the shared landfill site (944) and the shared water surface landfill (945) by the flood control devices (959) .

Alternatively, the flood control device 959 having a construction machine 970 of the flood overcoming system for overcoming various floods formed during and after the shared surface buried treatment body into the shared surface landfill apparatus body 1. Small offshore docks for offshore power plants provided to assemble and dismantle the barge hull 592 at the bottom of the holding tank 590 to the plurality of bridge piers 590 and the upper barge hull of the support tank 591 to be formed. (593) and offshore docks (594), offshore docks (594), offshore docks (595), deep seabed drilling rigs, anchor drills (845) and anchor replacement wedges Flood control station equipped with a construction machine 970 of the flood damage coping system to overcome the various floods equipped with the hydraulic cylinder 620 and the mooring equipment such as the pointed crevice coupling tool jig wedge 185 in the (846). 959 and the offshore tunnel transportation device 959 are formed at the shared surface landfill processing body body 1 formed at the shared landfill 944 and the shared surface landfill 945 before and after the shared surface landfill process. It is characteristic.

Alternatively, it is shared with the water tunnel control device 959 and the marine tunnel transportation device 960 having a construction machine 970 formed before and after the shared surface landfill processing body into the shared water surface landfill processing body 1. Landfill (944) and Public Surface Landfill (945) Even though the sea depth of the ocean is 10 meters, it is located in the deep sea region where the sea depth is about 10 kilometers, unlike the existing rafts and barges that sink along the typhoon and the waves. On the bottom of the seabed in the posture of the sea basin, even in the severe wind waves, the hydroelectric generator of the marine hydroelectric power plant 231 by grafting the hydroelectric generator 213 of the dam hydroelectric power plant 233 with the seawater tidal height and the submerged seafloor height gap operation ( 213) and the steam turbine (267) of thermal power generation, the bridge bridge (937) tunnel dock (993) formed by integrating other offshore power generation facilities together with the holding tank (590) on the center of the barge hull. Main tank 590 block tank inner pipe (596) block tank inner pipe (596) is provided along the outer circumferential surface of the block tank outer pipe (599) provided in the sea and the internal pressure of the double-pipe structure tank inside the tank Global disaster-free marine environment disaster prevention device belonging to the global marine environment disaster prevention industry that is mounted on the barge hull 592 deck deck upper part (SDU) on the top of the holding tank with the air pressure control method and equipments formed to prevent sinking. In addition, the floating dock 998 inside the marine tunnel transportation device 960, which operates after being installed integrally with the marine development equipment, forms a segregation process and an assembly disassembly process at sea level according to the depth of the sea floor. In the manufacturing method, a number of construction machinery 970 and deep sea submersibles 995 are formed on the bottom of the sea, and the flood control device 959 and the marine tunnel transportation system equipped with the construction machinery 970 960 is formed in the shared landfill processing unit body 1 formed in the shared landfill 944 and the shared surface landfill 945 before and after the shared surface landfill process.

Alternatively, the subsea bottom shared landfill 944 and the shared surface landfill 945 construction machine and the marine tunnel transportation devices 959, which are formed inside and before the shared water surface embedding process, And a deep sea submersible 995 to the bridge pier 928. The construction of the bridge pier foundation base 851 is not limited to the construction of the bridge pier 851, And a plurality of construction machines 970 are provided in the upper part of the shared water surface SLU and the deep sea submersibles 995 are provided on the upper surface of the bottom of the shared water surface SLD, Is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 with the marine tunnel transportation devices 959 before and after the shared water surface embedding process.

110 Alternatively, a plurality of construction machines 970 formed before and after the process of the water surface embedding process into the water surface 1 of the shared water surface embedding apparatus 1 may be installed in a central portion holding tank (not shown) at the upper end of the upper end of the shared water surface top portion The rotary table drilling machine 908 for crude oil is provided inside the block tank internal piping 596 of the borehole 910 of the pipe rack 590 and is provided with a diamond material core drill 917 for mechanical use coupled to the end of the pipe rack 854, And a drilling machine 876 is also installed inside the block tank internal piping 596 of the four holding tanks 590 around the central part of the upper end of the upper part of the shared water surface upper part (SLU) hull, similar to the excavation process of the borehole 936, A diesel pile hammer 883 and a steam hammer 884 are provided in a special construction machine 880 and a pile driver 882 in a hanger and an anti-eraser 877, The lower part (SLD) Anchor replacement wedge cranks 846 and rock drills 847 and rock drills 847 and a plurality of anchors 639, each with a corner portion outside the hull bottom, and a mooring device tip for anchor replacement. A mooring process is provided with a jig-tool wedge 185 and a chuck bed 638 mooring devices for fixing the anchor 639 and the jig-tool wedge 185 to the bottom of the seabed. Hydraulically adjustable safety control device hatch cover 153 into the block tank inner pipe 596 of the holding tank 590 at a constant distance from the lower end, and the hydraulic cylinder jackie bed for adjusting the level of the tank frame underlay adjustment mechanism of the double pipe structure (623). ), And a deep sea submersible 995 is provided with a pier level pier for the hull deck upper portion (SDU) of the upper part of the hull bottom at a constant distance to provide a pier level foundation installation state A shared landfill 944 and a shared surface reclaimed land 945 as offshore tunnel transportation devices 959 having a construction machine 970 including an excavator in the center position holding tank at the top of the top of the hull deck. It is characterized in that it is formed before and after the shared water surface embedding treatment process inside the shared surface landfill apparatus body (1) formed in the.

Alternatively, the shared landfill 944 and the shared water surface with the marine tunnel transportation device 959 having a construction machine 970 formed before and after the shared water surface landfill process into the shared water surface landfill apparatus body 1. A drilling machine 908 for oil drilling, a crude oil transportation piping line 181 for protecting a pipe rack 854, and a bottom seabed excavation in the upper part of each holding tank 590 in a landfill 945 Crude oil transportation piping line 181, which prevents the generation of harmful gas at the time of post-war, and electronically controlled butterfly valves 305 and auto valves 259 of the safety control device inside the tank are pollution-free natural gas ( 922) and the crude oil drilling vessel (841) mounting equipment is provided as a collection process for collecting the crude oil, the outer wall of the block tank outer pipe (599) of the holding tank (590) in the central position holding tank (590) As the fish stock resource net (932), and the prop A fish finder sonar 907 and an unmanned camera 184 provided to protect the facility from aggressive military action inside and outside the tank 590, and in the form of a pyramid apartment building around the outer wall of the holding tank 590 The hydraulic cylinder jackie bed 620, the band jig 621 and the bellows butterfly valve 622 provided with the outside and the inside of the block tank outer pipe 599 of the holding tank 590 consisting of a hydraulic cylinder jackie bed ( 623, hydraulic cylinder door 624, stopper plate 625, nuclear power plant 626, engine control system engine control module 627, buoy flagpole rubber balloon 628, rope rope 629 and rope knot On the hook 630 to the emergency stairs 631 and the elevator 632 to the conveyor 633 and the ship sinking staying vessel 634 to the vacuum pump 635 and the tug 636 and the semi-submersible work line 637 Bollard 638 and anchor 639 for anchor chain 640 and cooling fan 641 for heat insulation Fan 642 and satellite launch pad 643, mooring tower 644, electromagnet magnet 645, space rocket launch pad 646, helicopter 647 lever block 648, ocher and cement mixing equipment mixer 649. Crane boom hook (651) for the crane rod replacement (saddle) and the stand for the use of the various types of jigs (22) and the nozzle hose equipment holder for the water tank (34) ) And a high-performance underwater pump (36), etc. Offshore tunnel transportation device (959) formed with landfill material soil (653) on the upper surface (SLU) hull deck deck upper end (SDU) equipped with a construction machine (970) It is characterized in that it is formed before and after the shared surface landfill processing process inside the shared surface landfill apparatus body 1 formed in the shared landfill 944 and the shared surface landfill 945.

Alternatively, energy supply is pre-supplied to the equipment having the construction machine 970 formed before and after the shared surface landfill process in the shared surface landfill apparatus body 1 and the shared surface landfill process of the marine tunnel transportation device. Form energy power supply to the construction machine 970 formed before and after the shared surface reclamation process inside the body of the device, and at the bottom of the upper part of the double deck tank block 598 unit floating dock 998 and the upper deck deck (SDU). Wire ropes and hooks, etc., formed on the crane 861 to the top are formed in the boom to form the equipment for loading and transporting the submarine mineral manganese nodules 909 into through-holes that can be operated up and down and ventilated as a countermeasure due to fluctuations in the seabed. Safety equipment for disaster prevention Hence air bag (849) is a flood control device (959) provided in the seesaw crane boom 821 is formed in the shared landfill 944 and the shared surface landfill (945) It features formed upon the surface after embedding processing to share the device body (1) around the public waters embedding process to the inside.

Alternatively, a flood control device 959 including a construction machine 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 may be shared with a shared landfill 944, (974), a submarine (975) and a fighter (976), a vessel (977), and a nuclear (974), from the tidal area of the land and the coast of the sea to the 30m intertidal zone (971) such as an aircraft carrier (978) and the like are in a range of 2,400 km in diameter with a radius of 1,200 km from the center of the peninsula in order to prevent military action from being made to a shared landfill 944 and a shared landfill 945 In order to increase the incomes of farmers and fishermen, a water conservation facility (959) equipped with a peace-keeping type construction machine (970) is shared with a landfill site (944) ball And is formed inside the body of the water surface embedding apparatus body 1 formed in the water surface landfill 945 before and after the water surface embedding process.

Alternatively, a flood control device 959 having the peace-keeping construction machine 970 may be installed in the shared water surface treatment apparatus body 1 forming the shared landfill 944 and the shared water surface landfill 945, The water tank 292 formed before and after the landfill process is constructed of a high-strength stainless steel plate (597) at the bottom of the water tank (292) where the welding process is eliminated in a portable manner so that the water tank (292) The upper end of the water tank 292 on which the stopper steel plate 625 is formed is not attached to the lower end of the water tank 292 and the concrete base bottom thickness is set to 60 cm, The double structure block tank 598 is of width x length x thickness; A plurality of the stencil plates set on the basis of the standard of 1.5 m x 1 m x 3 mm were fixed to the machining holes 20 of the respective stencil plates formed by the bolts 24 and the nuts 25 in the form of a circular tank by a hand tool Before the bonding, the gasket (32) is connected to each stanchion in the form of a cylinder, and the block tank inner pipe (596) and the block tank outer pipe (599) The cement 931 is mixed with the concrete finisher 865 belonging to the construction machine 970 by the concrete finisher 866 and the concrete spreader 867 and is conveyed to the concrete mixer truck 868, A flood control device 959 including a construction machine 970 of a flood control system including a base bottom of a tank 292 formed of a reinforced concrete mat 1054 and a method of converting energy of water into kinetic energy is installed in a shared landfill Lt; RTI ID = 0.0 > 944 < / RTI > It is characterized by oil surface embedding processing device body (1) formed at the surface of the water before and after the shared embedded into the treatment process.

Alternatively, the flood control device 959 and the marine tunnel transportation device 960 having the construction machine 970 formed before and after the shared surface landfill processing body 1 inside the shared surface landfill apparatus body 1 crane boom In order to supply the energy necessary for the operation of the equipment formed in the unit, the power generator body of each offshore power plant is provided with direct current generation and alternating current generation (685). In 782, the power outlet 686 and the power inlet 687 are divided into a switchgear 777 and a rear-roof power transmission tower 776. The high-voltage wire balancing insulator balancing key 704, insulator 650, and transmission line 775 And the transformer 684, the transmission line 775 is a wire coil winding number (688) of the transmission line diameter (7) of 7 strands of steel wire (692) and 54 strands of aluminum wire (693) in the center of the power station. 695, the transmission power (685) is a high voltage substation (690) Through the primary substation 691, power is controlled in the transformers 684 of the Odaeyang six-pole transverse railway substation 696 and the intermediate substation 697 to form a power supply to the large plant 698 and the mid-stage plant 699. In the secondary substation 700, the shared landfill 944 and the shared water reclaimed land are used as the marine tunnel transportation device 960 of each marine power plant that forms a power supply to the subunit factory 701 and the solar housing home 702. The shared water surface embedding treatment apparatus provided with the peace-keeping construction machine 970 formed before and after the shared water surface embedding treatment process is formed in the common water surface embedding treatment apparatus body 1 formed at 945.

As described above, the present invention of the solution means of the present invention is characterized in that the novel manufacturing means and installation means,

According to the features of the present invention, in the case of the conventional shared water surface embedding processing apparatus, when the embedding process is performed depending on the engine using the oil at the time of operation and operation and side effects due to the air delay occur, Unlike other forms of landfill disposal facilities with natural - pollution - free construction equipment, the Northeast Asia peaceful coexistence in the interior of the body of a shared water surface - All citizens and all governments guaranteeing complete suspension of acts of violence are reaffirmed their hope of living peacefully and shared with the land and marine of the world by sharing flood control devices. Communication of weather information received from satellites formed inside the body According to the weather forecast of the Meteorological Agency to review and analyze the data, Prevention of various natural disasters such as large-scale wildfires, yellow dust, heavy snowfall, typhoons, typhoons, earthquakes and tsunamis, landslides, and nuclear radiation pollution that occur in land and sea due to floods and droughts. , Terrorism, etc., and to control the flood damage by means of landfill disposal systems of the flood control system from the above disaster, The purpose of establishing a peaceful coexistence that guarantees complete halt of hostile acts and all acts of violence in the surrounding Korea is a new concept that is formed by the unified Korea chapter number cadastral map with various peaceful coexistence methods according to the agreements and treaties of each country for peaceful coexistence. The use of peace-keeping oil to convert territorial dispute settlement methods to unified countries A landfill treatment process with a non-polluting, peace-keeping type construction machine, a flood control device with a shared water surface burial treatment device, a marine tunnel transportation device, a nuclear waste (Nuclear Power Plant) Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant Nuclear Power Plant There is an effect of providing a shared water surface embedding processing apparatus having a peace-keeping type construction machine formed before and after the processing step,

In addition, according to the feature of the present invention, in the center of the Korean peninsula formed at the time before and after the process of the water surface embedding process into the interior of the shared water surface embedding device, each of the 3000 circular shapes is divided into 360 spaces of 1 ° to 360 °, Northeast Asia and World Peace can be achieved by forming a new unified United Nations unified nation formed by the unified Korea map numbering up to 3000 Northeast Asia, It will prevent the expansion of the military power of our country which causes the territorial disputes of the past, Dokdo is our territory, Sengaku is our land, leaders of the parties to the dispute and their people can share their territories. To replace the peace-keeping type of oil that is converted into territorial dispute resolution methods that will allow the A construction of a peace-keeping type construction machine formed before and after the process of a shared water surface embedding process into a shared water surface embedding apparatus body formed in a shared landfill 944 and a shared water surface landfill 945 by embedding processing methods having an energy non- The present invention is not limited thereto,

      In addition, according to the present invention feature, when a nation refuses or destroys the mutual agreement of the territorial dispute parties formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device, To the land of the United Nations, and to change the land area into the Himalayas. In accordance with the highly developed Convention on Peaceful Coexistence Treaty and the amendment of the Constitution, the Tibetan Plateau of the Himalayas (944) and shared landfills (944) within the body of the water surface burial system within a range of 2,400 km in diameter with a radius of 1,200 km from the center of the Korean peninsula. In the case of a shared water surface landfill 945, By providing a shared water reclamation apparatus comprises a holding type of construction machinery will contribute significantly to the human world peacekeeping.

FIG. 1 is a schematic view of a shared water surface embedding device according to an embodiment of the present invention. FIG. 1 is a plan view of a shared water surface embedding device in a range of 2,400 km in a radius of 1,200 km from the center of a Korean Peninsula. The 3000 form is divided into 360 sections from 1 ° to 360 ° to form individual parcels. The circle form is divided into a radius of 200m from the center of the Korean peninsula, One of the new concepts formed by the unified Korea chapter number map in Northeast Asia 3000, such as postal service after confirming the postal code to various places. The United Nations Consolidated State The elemental characteristic forming the Republic of Korea Shared sleep A comprehensive formation diagram representing a method of progressing the landfill process,
1A, 1B, and 1C are diagrams illustrating an embodiment according to the present invention,
[Fig. 1a] is a circular one-figure form for explaining in detail the formation of a taut relaxation type United Nations Integrated National Administrative Republic of Korea, which is formed by the unified Korea map in Northeast Asia formed at the time before and after the water surface embedding process of the present invention It is a cross-section that is divided into 200 km distance from the center of the Korean peninsula and 36 km in diameter with a distance of 1 km and a radius of 18 km from 400 m in Northeast Asia. However,
FIG. 1 b is an example of a unified Korean map showing the land use map of the ROK administrative capital located at 45 Northeast Asia formed before and after the water surface embedding process of the present invention. ,
FIG. 2 is a schematic view showing a shared water surface embedding device according to a first embodiment of the present invention. FIG. 2 is a schematic view showing the shared water surface embedding processing apparatus according to the first embodiment of the present invention. The forming side view of the process progress method,
[Fig. 2a], [Fig. 2b], and the like are each an explanatory diagram illustrating an embodiment according to the present invention,
FIG. 2A is a graph showing the state of the landfill of the Tibetan plateau reclamation area 957 in the Himalayan mountains of a shared landfill and a shared water surface landfill in the body of the water surface embedding device formed before and after the present invention Fig. 5 is a cross-sectional view for explaining an embedment-processed water movement state detailed enlarged-side cross-sectional position formation diagram illustrating an embodiment,
FIG. 2B is an enlarged view of an enlarged view of an enlarged view of an embedment water movement state in a radius of 600 km and a radius of 1,200 km, respectively, before and after the water surface embedding process according to the present invention.
FIG. 3 is a side view, a cross-sectional view, and a side view of a method of proceeding a shared water surface embedding process of a shared landfill and a shared water surface landfill into the interior of a shared water surface embedding device body showing elemental characteristics of the shared water surface embedding device according to the first embodiment;
[Figure 3a], [Figure 3b], < ~ >, each being a formation diagram illustrating an embodiment according to the present invention,
FIG. 3A is a cross-sectional view of a territorial boundary division between the parties to the disputed country to explain the shared landfill site and the shared water surface landfill design plan formed before and after the present invention water surface embedding process. Terrain Boundary Separate Section Detail Enlarged Section,
FIG. 3b shows an example of a water surface buried in the body of a water surface embedding device formed as a taut relaxed United Nations integrated state, Detailed description of the method of the shared water surface embedding process of shared landfill and shared reclaimed landfill.
FIG. 4 is a graph showing the results of a case where the contents of the Treaty Document and the Constitutional Amendment Document of the Northeast Asia Peace and Coexistence Treaty (hereinafter referred to as the " The whole area is the sea side, the sea is the land side, the cross-section of the crustal change formation around Northeast Asia showing the change of the crustal formation after the shared water surface embedding process according to each state of shared landfill and shared reclaimed landfill.
FIG. 5 is a graph showing the results of the analysis of the Northeast Asian Peace and Coexistence Treaty treaty document and constitutional amendment document, The map is a cross-sectional view of the global crustal deformation, showing the change of crustal formation at the time of the shared water surface landfill process according to each state of shared landfill and shared landfill with sea to land and sea to land.
FIG. 6 is a view showing a landfill process in which a plurality of oil substitute construction machines 970 according to the respective states of a shared landfill and a shared landfill are installed in a range of 2,400 km in diameter with a radius of 1,200 km from the center of the Korean Peninsula according to the second embodiment. Figure 9 is a perspective view of various dozer power transmission devices in a construction machine (970) showing the change in landfill process formed after the device's shared water surface embedding process.
6A, 6B, 6C, and 6D are schematic views of a common water surface embedding process of the landfill processing apparatus having various oil substitute construction machines 970 illustrating an embodiment according to the present invention, FIG. 9 is a perspective view illustrating various power transmission devices among the construction machine 970 showing the change in the landfill process formed at the rear. FIG.
6a is a view showing an example of a landfill apparatus including a plurality of oil substitution construction machines 970 illustrating an embodiment for explaining a shared landfill and a shared water surface landfill design plan formed before and after the present invention, A type of construction machine 970 showing various construction machines 970 formed at the time of the shared water surface embedding process and a power transmission device forming perspective view.
FIG. 6B is a view showing an embodiment of a landfill apparatus including a plurality of oil substitution construction machines 970 illustrating an embodiment for describing a shared landfill and a shared water surface landfill design plan formed before and after the present invention water surface embedding process, A type of construction machine 970 showing various construction machines 970 formed at the time of the shared water surface embedding process and a power transmission device forming perspective view.
FIG. 6C is a view showing an example of a landfill apparatus according to an embodiment of the present invention. Referring to FIG. 6C, A type of construction machine 970 showing various construction machines 970 formed at the time of the shared water surface embedding process and a power transmission device forming perspective view.
FIG. 7 is a view showing a landfill and a landfill site having various oil substitution construction machines 970 according to the respective states of a shared landfill and a landfill in a range of 2,400 km in a radius of 1,200 km from the center of the Korean peninsula according to the second embodiment. Figure 9 is a perspective view of a construction machine (970) showing the change in landfill process formed after a shared water surface embedding process of the treatment plant;
7A, 7B, 7C, and 7C, respectively, after a shared water surface embedding process of the landfill apparatus with various oil substitute construction machines 970 illustrating an embodiment according to the present invention, And the construction machine 970 showing the change in the landfill process.
FIG. 7a is a top view of a landfill apparatus having various oil substitution construction machines 970 illustrating an embodiment for explaining in detail a shared landfill and a shared water surface landfill design plan formed before and after the present invention water surface embedding process A type of construction machine 970 showing various construction machines 970 formed at the time of the shared water surface embedding process and a power transmission device forming perspective view.
7B is a view showing an example of a landfill site design process according to an embodiment of the present invention. FIG. A type of construction machine 970 showing various construction machines 970 formed at the time of the shared water surface embedding process and a power transmission device forming perspective view.
FIG. 7C is a view showing an example of a landfill apparatus for landfill, which is equipped with various oil substitution construction machines 970, which illustrate an embodiment for describing a shared landfill and a shared water surface landfill design plan formed before and after the present invention, Is a perspective view of all six apparatuses of a crane 861 of a construction machine 970 showing various construction machines 970 formed at the time of a shared water surface embedding process.
FIG. 8 is a block diagram of a shared water surface embedding device according to an embodiment of the present invention. FIG. 8 is a schematic diagram of a water surface embedding device in a shared water surface embedding processing apparatus according to an embodiment of the present invention. Fixed Tunnel Dock External View,
8a, 8b, respectively are diagrams illustrating an embodiment according to the present invention,
FIG. 8a is a cross-sectional view of a water turbine generator for explaining a water turbine generator, which is supplied with electricity before and after the water surface embedding process of the present invention,
FIG. 8B is a perspective view of a tunnel installed in a tunnel, showing a perspective view of a plurality of pipe bridges,
FIG. 8c is a view showing an embodiment of a method of connecting an air compressor of a disaster prevention device mounted on a floating type dock to a disaster prevention device nozzle and a hose connected to a high pressure multi-stage pump, A partial perspective view of a disaster prevention nozzle for a helicopter and a partial side view of a disaster prevention hose,
FIG. 8D is a view illustrating a side surface cross-section of a disaster prevention nozzle mounted on a submersible dock according to an embodiment of the present invention,
FIG. 8E is a side view of an embodiment formed at the time before and after the water surface embedding process according to the present invention as an aspect of a disaster prevention apparatus and an air hose coupling / disconnection method connected to the lower end of an airship and an ad- Disaster prevention equipment side view,
FIG. 8F is a view showing an example in which an embodiment formed at the time before and after the water surface embedding process according to the present invention is divided into an ejection water ejection number of the disaster control means, A side-by-side view of the operating system of the multi-stage pump control system,
8C, 8D, 8E, and 8F are diagrams illustrating an embodiment formed at a time before and after the common water surface embedding process according to the present invention,
FIG. 8G is a side view of the disaster prevention equipment side and partial side curtain water channel shapes, which are shown in detail on the side of the disaster prevention nozzle and the disaster prevention hose male and female coupling located on the disaster prevention hose connecting joint, before and after the water surface embedding process of the present invention. Operating connection formation,
FIG. 8h is a view illustrating a disaster hose connecting side coupling method connected to a helicopter showing a connection line wire rope side connection for protection of a disaster prevention nozzle and a disaster prevention hose, before and after the water surface embedding process of the present invention.
FIG. 8I shows an embodiment formed at the time before and after the water surface embedding process according to the present invention, while the air is supplied to the submarine dock of the method for constructing the line of sunken ship according to the operation of the air compressors during the disaster, Life rescue disaster prevention nozzle, air hose, wire by air air tube and ad-balloon Lifesaving system and control system Operation of system commissioning,
[Fig. 8g], [Fig. 8h], [Fig. 8i] ... are diagrams illustrating an example formed at a time before and after the common water surface embedding process according to the present invention,
FIG. 8J is a view showing an embodiment of the present invention constructed before and after the water surface embedding process according to the present invention, in which the upper tank barge hull and the lower tank barge hull of a supersonic gypsum hull are connected to a central holding tank and a pyramid- Detailed assembly process diagram showing formation of subordinate poison hull at sea with pin shaft and porter block for separating portable lug,
[Figure 8g], [Figure 8k], [Figure 8L], ... are diagrams illustrating an embodiment formed at a time before and after the common water surface embedding process according to the present invention,
FIG. 8K is a view showing an embodiment of the present invention constructed before and after the water surface embedding process according to the present invention, in which a stainless steel plate bending method and a welded joint basic method for a block tank of a sub- A partial partial detail view showing a partial partial view,
FIG. 8L is a partial partial detail view showing a partial cross-sectional side view of a connection portion side surface for a double structure block tank of a sub-style poisonous hull according to an embodiment formed before and after the present water-
FIG. 8m is a view showing an example of a double-structured holding tank and a float-type poison ship hull connecting method for explaining the entire construction method of the subdomain poison hull, However,
FIG. 8n is an exploded view of a block tank unit of a buoyancy regulating dock showing an exploded connection of a barge hull by a block tank unit according to an embodiment formed before and after the water surface embedding process according to the present invention;
8m and 8n are diagrams illustrating one embodiment formed before and after the common water surface embedding process according to the present invention,
FIG. 8a is a diagram illustrating a method of assembling a submersible dock dry assembly method in which a barge hull formed at a time before and after a common water surface embedding process according to the present invention is provided with a tugboat and a helicopter,
8o, 8p, 8q, 8r, and s illustrate one embodiment formed before and after the common water surface embedding process according to the present invention Formation degree,
FIG. 8P is a schematic view showing the construction of a large-sized flange of a marine safety goggle equipment band on the upper half of the semi-submerged operation line for welding connection to each of the block tanks of the barge hull formed before and after the water surface embedding process according to the present invention, A block tank side connection scheme showing cutting process and underwater welding preparation process at the connection site,
FIG. 8q is a view showing an embodiment of the present invention, which is formed before and after the water surface embedding process according to the present invention, when a pipe block is transported over a long distance, a plurality of pipe bridge block tanks for disassembling the raft line using a tugboat, Partial details of the deformation method Partial 500 m unit Block tank installation Wiring of connection method Crankshaft part,
FIG. 8r is a partial block tank showing an embodiment of the bracket formed on the portable lug coupling pin shaft and the portable lug of the dual structure block tank connection node coupling means according to an embodiment formed before and after the coplanar surface embedding process Unit connection part side side part detail view block port external port vertically connecting pin shaft and portable lug and lug coupling method of coupling separation means of pyramid type external block tank. Detailed Formation,
FIG. 8s shows an embodiment of the present invention formed before and after the common water surface embedding process according to the present invention into a marine tunnel transportation device, a small sub-aquaculture dock, a medium sub dock, Assembly at sea Connected to the form Docking connector Lug hinge socket Folding the umbrella into the umbrella with the umbrella socking system and the hydraulic cylinder of the umbrella unfolding type, The method of connecting the barge ship hull at the lower part of the holding tank and the ring system is a detailed view of the side assembly of the barge hull assembly connecting part
FIG. 8 (b) is a perspective view of a pump of a multi-stage pump control system disposed in and out of a machine room (MR) after the completion of subassembly and readjustment of an embodiment of the present invention, The diagram of the operation system of the equipment with the booster dock showing the operation method of the disaster prevention nozzle as well as the equipment of the valve piping line and the control system of the wired /
[Fig. 8v], [Fig. 8w] are diagrams illustrating an example formed at the time before and after the common water surface embedding process according to the present invention,
FIG. 8w is a diagram illustrating the configuration of a multi-stage pump control system control apparatus according to an embodiment of the present invention, which is formed before and after the water surface embedding process according to the present invention,
FIG. 8x illustrates an embodiment of a multi-purpose multifunctional multi-purpose apparatus of a diving regulating aquaculture system according to an embodiment of the present invention, which is formed before and after a water surface embedding process according to the present invention,
8x, 8y, 8z, 8ab, ac, and ad are each formed on the front and back surfaces of the present invention, Illustrative partial detail flow diagrams,
FIG. 8y is a diagram showing an example of an embodiment formed at the time before and after the water surface embedding process according to the present invention, in which a natural gas or crude oil energy source in the bottom of the seabed and a manganese nodule, The development of a float-type undersea development system,
FIG. 8z shows an embodiment formed before and after the process of the water surface embedding process according to the present invention. In order to transport crude energy resources and manganese nodules to land, the general ship is approaching and at the same time, Partial side View of a floodplain development operation and disaster prevention activity scheme,
FIG. 8ab is a diagram illustrating an example of an embodiment of the present invention, in which an embodiment formed at the time before and after the water surface filling process according to the present invention is replaced with a global warming and air collector, Fig. 6 is a structural view of the disaster prevention device discharge jetting membrane operating system showing a side cross-
8a and 8c illustrate an embodiment of a nuclear power plant constructed by a double-tube block tank replacing a reactor building inside a barge hull, In detail, there is a nuclear reactor nuclear reactor explosion-proof type nuclear reactor power plant perspective view,
8a and 8b illustrate an embodiment of the present invention constructed before and after the common water surface embedding process according to the present invention in which a plurality of reactor facilities using a nuclear explosion-proof structure formed of a double structure block tank replacing a nuclear reactor building inside a barge hull Sectional view of a nuclear explosion-proof marine nuclear power plant showing a partial lateral cross-sectional view of the inside of a marine tunnel traffic apparatus of a reactor installation type,
FIG. 8ae is a partial view of an embodiment of the system constructed before and after the common water surface embedding process according to the present invention, in which a disaster prevention apparatus for global earthquake disaster prevention apparatus and an underwater development in progress system A subdivision for the development of the marine environment industry, a section describing the state in which the operation can be perceived by the industry and an undetectable state,
[8a], [8a], [8a], [8a], [8a], [8a] and [8a] are each formed in the present invention before and after the common water surface embedding process For example, a generator can be used to detect the state of power generation and supply,
8a and 8a illustrate an embodiment of the present invention which is formed before and after the process of the water surface embedding in accordance with the present invention. Sectional view showing the details of the method of using the three-stage multi-stage pump and the air compressor in detail,
8a and 8b show an embodiment of the present invention, which is formed before and after the common water surface embedding process, with an eco-friendly wind power generator at the top of the deck top deck, a large hydroelectric generator of the IMR, The method of installing the environment-friendly non-pollution energy tidal generator at the lower part of the flood control console is as follows.
FIG. 8an is a partial side view of a hydraulically operated generator in detail showing a Francis aberration and a sabot motor of a large hydroelectric power generator in detail in partial view, before and after a common water surface embedding process in the present invention;
[8] In the present invention, manganese monolith, which is an underground low-floor bottom mineral resource, is installed on a deck deck at the upper end of a flooded upper deck, (SLL) to the upper part of the marine tunnel with a cranes to the upper part of the maritime tunnel, which is located at the top of the marine tunnel. Cross-section,
8A and 8B illustrate an embodiment formed at the time before and after the water surface embedding process according to the present invention as an embodiment of a side view forming operation method of a generator equipment part part showing a Francische aberration used in an eco- Cross-section,
FIG. 9 is a block diagram of a shared water surface embedding device according to an embodiment of the present invention. FIG. 9 is a schematic view of a shared water surface embedding device in a shared water surface embedding device according to an embodiment of the present invention. A nuclear power plant, a hydroelectric power plant, a thermal power plant, and a nuclear power plant,
FIG. 9a is a side view showing a thermal power generation structure of the upper surface of a barge deck deck of a marine developed by burning heavy oil formed before and after a shared water surface filling process in a shared landfill and a shared water surface landfill;
FIG. 9B is a partial perspective view of a partial structural perspective view of the inside of the boiler and the exterior of the boiler formed at the time before and after the shared water surface embedding process and a steam pipe connection structure connecting the turbine and the generator to the shared landfill and the shared water surface landfill,
FIG. 9c is a perspective view of a power generation unit structure including a steam turbine formed at the time before and after the shared water surface embedding process in a shared landfill and a shared water surface landfill, a rotor coil and a frame for fixing the armature coil installed in the shaft rotation shaft, The partially shown perspective,
FIG. 9d is a side view showing the isotope structure of hydrogen in the structure of the atomic nucleus and the structure of the atom formed at the time before and after the shared water surface embedding process in a shared landfill and a shared water surface landfill,
FIG. 9E is a perspective view showing a structure of a nuclear fission of uranium fuel 235 formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill,
FIG. 9f is a side view partially showing the method of using the control rod to control the chain reaction of the internal nuclear fuel fission inside the nuclear power plant formed before and after the shared water surface embedding process in a shared landfill and a shared water surface landfill; The diagram below shows the difference between the atomic bomb and the reactor, and the lower diagram shows the reactor fuel production diagram showing the process of producing plutonium from uranium 238,
FIG. 9G is a bottom perspective view showing a core of a nuclear power plant formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill, and an upper part is a perspective view showing the inside of the light water reactor,
FIG. 9h is a side view showing the structure of a boiling water reactor, and FIG. 9h is a side view showing the structure of a pressurized water reactor, among the various reactors formed in the shared landfill and the shared water surface landfill before and after the water surface embedding process.
FIG. 9I is a side view showing the structure of the gas cooling furnace, and FIG. 9B is a side view showing the structure of the multipurpose hot gas furnace. FIG. 9I is a side view showing the structure of the gas cooling furnace in the top of the various nuclear reactors formed before and after the shared water- Hado is a side view showing the structure of the new type conversion.
FIG. 9J is a side view showing the structure of a fast breeder reactor (FBR), and FIG. 9B is a side view showing the reaction process of a fast breeder reactor in a shared water surface landfill. And is a side view showing the difference between the structure of nuclear power generation and the structure of thermal power generation,
FIG. 9K is a side view and a cross-sectional view showing a nuclear reactor structure formed at a time before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill, respectively, from a first wall to a fifth wall;
FIG. 9L is a schematic diagram of a conventional diesel engine external shape and an internal disassembly assembly of an electric motor formed at a time before and after a shared water surface filling process in a shared landfill and a shared water surface landfill,
FIG. 9m is a perspective view showing a conventional hydraulic power generation operation mode formed before and after the shared water surface embedding process in a shared landfill and a shared water surface landfill, and a seal type formation in a hydraulic cylinder,
FIG. 9n is a cross-sectional view showing the structure and function of the transformer on the upper surface of the barge deck deck of the ocean formed before and after the shared water surface embedding process in a shared landfill and a shared water surface landfill,
[Figure 9] is a perspective view showing an ultra-high voltage substation inside a nuclear power plant of the ocean formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill,
FIG. 9p is a side view showing a power supply process from a nuclear power plant to a home in a shared landfill and a shared water surface landfill before and after a water surface embedding process, a perspective view showing a structure of a secondary substation,
[Figure 9q] is a schematic diagram of a conventional fire-fighting equipment pump operation method formed at a time before and after a shared water surface filling process in a shared landfill and a shared water surface landfill,
FIG. 9 (a) is a schematic view of a conventional fire-fighting equipment pump operation mode formed at a time before and after a shared water surface filling process in a shared landfill and a shared water surface landfill,
[Fig. 9s] is a configuration diagram of a conventional compressor facility formed at a time before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill,
FIG. 9 (a) shows the difference between the method of treating a nuclear waste in a nuclear reactor explosion and a reactor inside a plurality of double structure block tanks formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention. The method of nuclear waste disposal according to the previous design,
FIG. 9U is a nuclear waste treatment reactor facility having a nuclear explosion preventive double structure block tank formed in a shared landfill site and a shared water surface landfill according to the present invention, Side block diagram showing the method of installing the nuclear reactor structure in the structural block tank and the flow chart of the nuclear reactor waste treatment facility in the sectional view,
FIG. 9 (b) is a graph showing the difference in nuclear waste disposal method between a nuclear reactor and a reactor inside a single double structure block tank formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention A nuclear waste disposal method,
Sectional view showing a method of installing a double structure block tank structure on a single reactor surface of a nuclear power plant formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention,
FIG. 9x is a nuclear waste disposal reactor facility having a nuclear explosion-proof double structure block tank formed in a shared landfill site and a shared water surface landfill according to the present invention at a time before and after a water surface embedding process. A flow chart showing a method of dismantling by a nuclear reactor remote control of a nuclear waste disposal method showing a reactor structure installation method inside a structural block tank or a method of providing a robot,
FIG. 9 (a) is a nuclear waste disposal reactor facility in which a nuclear explosion-proof double structure block tank formed in a shared landfill site and a shared water surface landfill according to the present invention is formed before and after a shared water surface embedding process, A flow chart showing a nuclear fuel moving process and a nuclear reactor repair inspection scene showing a reactor structure installation method inside a structural block tank,
9z is a nuclear waste treatment reactor facility having a nuclear explosion preventive double structure block tank formed in a shared landfill site and a shared water surface landfill according to the present invention before and after a water surface embedding process, A flow chart of an assembling process showing a barge for mounting a nuclear power plant showing a method of installing a reactor structure inside a structural block tank,
FIG. 9ab is a schematic view illustrating a method of using a steel plate bending method for a block tank of a marine power generating vessel formed barge hull formed at a time before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention, The process of manufacturing the barge hull, showing the front and side of the inside of the tank,
FIG. 9ac is a partial partial detail view showing, in partial detail, a side view and a cross-sectional view of a double-block tank connecting portion of a barge hull inside a marine power plant formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention. And the development of the overall structure of the barge ship hull connecting method inside the power plant is also shown,
FIG. 9 (a) is a view showing the construction of a block unit tank disassembling and coupling system of a barge illustrating the disassembly and disassembly of a barge ship hull of a marine power plant formed at a time before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention Degree,
9a, 9b, 9c, 9d, and 9d illustrate one embodiment of the shared landfill and shared reclaimed landfill according to the present invention formed before and after the shared water surface embedding process Formation degree,
FIG. 9ae is a diagram illustrating a method of connecting a unit block tanks at sea and seabed with a tugboat and a helicopter to a floating landfill constructed at a time before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention. Assembly method formation degree,
FIG. 9 (a) is a schematic view of a conventional double buried block tank of a marine power plant constructed in a shared landfill site and a shared water surface landfill according to the present invention, Water safety equipment at the top of the work line Tooling equipment Tank blocks with tanks to show the process of cutting and welding in the sea with the tanks Side configuration of tanks Double structure blocks for tanks for tanks Partially detailed partial view of tanks Tank Block Tank Unit Portion Side Detail Combination Method Formation,
FIG. 9 is a perspective view of a double structure block tank for a tank of a power plant formed before and after a shared water surface landfill process in a shared landfill and a shared water surface landfill according to the present invention. A partial tank block unit for a partial tank, a connecting unit part, a side block, a detail forming road, a pyramid-type outer block tank, a connecting block for connecting and disconnecting the outer pipe, a block for pin lug coupling and a port lug- Tank Outside Piping Vertical Horizontal Connection Area Partial Partial Side Detail Drawing,
Each of FIGS. 9A, 9A, 9A, 9A, 9A, 9A, 9A, 9A, 9A,
FIG. 10 is a view showing a state in which a water surface is buried in a shared landfill and a shared water surface landfill in the body of a shared water surface embedding apparatus according to an embodiment of the present invention, A stepped dam,
FIG. 10a is a side view of a stepped dam located at the ridge line of the mountain of the flood control apparatus formed at the time of the before and after the common water surface filling process in the shared landfill and the shared water surface landfill according to the present invention,
FIG. 10B is a cross-sectional view of a stepped dam channel located at the ridge line of the mountain of the flood control apparatus formed at the time before and after the shared water surface embedding process in the shared landfill and the shared water surface landfill according to the present invention,
FIG. 10C is a graph showing the relationship between the output power of the diesel engine and the generator according to the operation of the hydroelectric power plant under the stepped dam of the flood control apparatus formed before and after the shared water surface embedding process in the shared landfill and the shared water surface landfill according to the present invention, FIG. 2 is a perspective view of a motor pump according to an embodiment of the present invention; FIG.
FIG. 10D is a diagram illustrating a pump aberration and a turbine and a guide vane inner assembly model in a hydrostatic generator body inside a hydroelectric power plant formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention. And pump aberration contents,
FIG. 10E is a schematic view of a conventional diesel engine external shape and an internal disassembly assembly of a motor formed before and after a shared water surface filling process in a shared landfill and a shared water surface landfill according to the present invention,
FIG. 10f is a schematic sectional view of a conventional multi-stage multi-stage pump formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention, a control block diagram A stage type multi-stage pump operation mode formation example of the VFM model (BF model; speed control system, 3PUMP direct entry type)
FIG. 10G is a schematic diagram illustrating a control system using a microcomputer of a conventional multi-stage pump and a digital system control system in a shared-type landfill according to the present invention. Of the fire pump is installed with the unmanned camera of the injection nozzle,
FIG. 10h is a partial perspective view of a moving air compressor, a stationary compressor, and a two-stage squeeze compressor, which are a plurality of conventional compressors formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention, A front section for fixing an anchor bolts,
10I] and [10J] are diagrams showing the relationship between the geared dryer in which the conventional oil separation tank formed at the time before and after the shared water surface embedding process in the shared landfill and the shared water surface landfill according to the present invention are glued and the skewer connected with the motor motor A suction valve mounted in the air cooler, and a suction filter attached to the inside of the air dryer,
FIG. 10k is a schematic view of a conventional digestor-type ground fire hydrant, which is formed in a shared landfill site and a shared water surface landfill according to the present invention before and after a water surface embedding process, and an underground single- It is a frontal view of fire extinguisher and fire extinguisher accessories inside the fire hydrant box and fire hydrant box, and a front view of the fire extinguisher box, (A) a large-scale fire hydrant system and (b) a partial side view showing a partial side view of a small-scale fire hydrant system, in which a fire hydrant is shown in a water-
FIG. 10L is a schematic view of a sprinkler head perspective view and a vibration alarm device of a trencher head of a conventional sprinkler facility formed before and after a shared water surface landfill process in a shared landfill and a shared water surface landfill according to the present invention,
10m is a partial side view showing a side view of the operation of a piston pump which is a conventional reciprocating pump formed before and after a shared water surface filling process in a shared landfill and a shared water surface landfill according to the present invention and a plunger operating part And is a partial side view showing the side view of the turbine pump of the rotary pump and the turbine pump, and is a driving side view schematically showing the installed state of the waste water pump.
Figure 10n is a schematic diagram of an unmanned bridge constructed in a shared landfill site and a shared water surface landfill according to the present invention. The unconfined tunnel bridge is constructed of a decelerator and an electric motor body on the roof of a building near the marine power plant, The elevator machine room is equipped with a wire rope on top of a steel tower to attach a wire rope to a winch of an elevator machine room, and a fire-prevention disaster prevention countermeasure product is mounted on a cable car and a fire sensor pump is mounted on the cable car. A perspective view of the fire prevention and disaster prevention line around the beach,
Figure 10 is a schematic view of an elevator machine room in a mountainous area and a building building where an initial evolution occurs within one second for each fire type of a power plant formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention. Collecting pump and fire elevator installation position front section,
FIG. 10p is a diagram showing a wire rope and injection nozzle and a fire hose installation operation operation method formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention,
FIG. 10 (c) is a top view of the roof water tank and the pressure tank in which the initial fire and rescue structure is simplified within one second in the indoor fire formed before and after the shared water surface landfill process in the shared landfill and the shared landfill according to the present invention. Connection Pump Fire extinguisher installation method,
10r is a schematic view of a carbon dioxide gas fire extinguisher according to the installation of a pipe nozzle collecting tank of a stepped nonmotority water pump 393 that simplifies forest fire prevention formed before and after a shared water surface filling process in a shared landfill and a shared water surface landfill according to the present invention. Also,
FIG. 10 (c) is a schematic view of a multi-pipe fire hose and injection nozzle assembly model formed at a time before and after a shared water surface filling process in a shared landfill and a shared water surface landfill according to the present invention,
FIG. 10T is a schematic view of a common faucet formation of a faucet of a control valve integral and a pipe fitting formed at a time before and after a common water surface filling process in a shared landfill and a shared water surface landfill according to the present invention,
FIG. 10U is an enlarged cross-sectional view of a major problem in the pump driving operation before and after the shared water surface filling process in the shared landfill and the shared water surface landfill according to the present invention,
FIG. 10 v is a perspective view of a plurality of valves formed in a fire pump and an air compressor formed at a time before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention,
FIG. 10w is a view showing a plurality of valve operation modes formed in the fire pump and the air compressor formed before and after the shared water surface filling process in the shared landfill and the shared water surface landfill according to the present invention,
FIG. 10x is a perspective view of a plunger pump of a reciprocating pump according to the present invention and a volumetric pump of each type formed at a time before and after a common water surface filling process in a shared water surface landfill, a method of operating a diaphragm pump, and a method of operating a wing pump One operating rotor pump internal and external gear pump The other operating rotor rotor pump showing partial operation,
FIG. 10I is a view showing operation of the axial pump and the mixed-flow pump of the propeller pump in the priming and self-priming pump perspective view showing the turbine pump formed before and after the shared water surface filling process in the shared landfill and the shared water surface landfill according to the present invention, A viscous pump in a pump perspective, a side view showing a side view of the operation of the pump in a perspective view of the impeller,
[Figure 10u], [Figure 10v], [Figure 10w], [Figure 10x], [Figure 10y], and the like represent the results of the forest fires formed before and after the common water surface filling process in the shared landfill and the shared landfill according to the present invention, The tank is to be evacuated in less than one second, and an alternate manometer turn-level balancing tube. Three-stepped pump. Fire extinguisher Fire prevention system Nozzle installation method,
FIG. 10z shows that in a shared landfill according to the present invention and in a shared water surface landfill, a non-motorized water pump formed before and after the process of a water surface embedding process, Also,
FIG. 10ab shows a method of operating an adve- lon and an airship at a time before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention. The type of fire and disaster prevention methods that will evolve within one second after the installation of the bed nozzle,
FIG. 10ac shows a configuration of an embodiment showing a plurality of solenoid valve operation assemblies attached to a pneumo-hydraulic cylinder formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention, Hydraulic pressure and sensor technology,
[Fig. 10ad] Shared water surface embedding device according to an embodiment of the present invention [Fig. 10] Shared water surface embedding processing device In the body of a shared landfill and a shared water surface landfill, Sash diagonally lifting column Standing tank Top barge Ship hull and holding tank Lower barge Ship hull Block tanks and center holding tanks and pyramids Auxiliary supporting joints Pullers for separation Pullers for connecting pins Shafts and portable lugs Assembly process,
FIG. 10ae is a schematic view illustrating a method of using a steel plate bending method and a welded joint basic method for a flooded block of a marine power plant formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention, Partial details of the front side view of the steel structure and the steel pipe manufacturing process of the non -
FIG. 10 (a) is a partial partial detail view showing, in detail, a side cross-sectional side view of a connection portion of a floating tank double-block tank in a power plant formed before and after a shared water surface filling process in a shared landfill and a shared water surface landfill according to the present invention,
FIG. 10 (a) is a schematic view showing the construction of a dual structure holding tank and a lifting stand coupling structure for explaining the overall structure of a floating landing pad formed before and after a shared water surface embedding process in a shared landfill and a shared water surface landfill according to the present invention Degree,
FIG. 10 (a) is a block diagram of a submerged tank-decomposing / combining unit of a submerged control unit of a submerged control unit according to an embodiment of the present invention, However,
[10] FIG. 10a is a schematic view showing the construction of a floating landfill, which is a shared landfill site and a shared water surface landfill according to an embodiment of the present invention, is constructed with a tugboat and a helicopter, Also,
Fig. 10aj is a schematic diagram of a method for establishing a welded connection to a shared landfill according to the present invention and a shared water surface landfill with a water pipeline for a flood control tank of a marine power plant formed before and after a water surface embedding process, Safety tooling equipment Bands Blocks for tanks that show underwater cutting and underwater welding preparation procedures using the side of the block Piping of the side connection method Blocks for road tanks Blocks and bands for partial tanks Blocks for partial tanks Blocks Piping Units Partial Detail Coupling scheme formation.
10a, 10b, 10a, 10a, 10a, 10a, 10a, 10a, 10a, 10a, 10a, 10a, The formation diagram exemplifying the embodiment,

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The following embodiments are provided as examples to ensure that the spirit of the present invention can be fully conveyed to those skilled in the art. Therefore, the present invention is not limited to the embodiments described below, but may be embodied in other forms. In the drawings, the width, length, thickness, and the like of the components may be exaggerated for convenience. Like reference numerals designate like elements throughout the specification.

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" "

" 형태의 지그) (23) 샤클, (24) 볼트, (25) 너트, (26) 와샤, (27) 힌지, (28) 플랜지 또는 플랜지마개철망, (29) 카플링, (30) 카플링 암나사산 몸체, (31) 카플링 수나사산 몸체,(32) 가스켓트 또는 고무패킹, (33) 노즐호스 장비거치대,
(34) 집수정탱크, (35) 레듀사, (36) 고성능 수중펌프, (37) 펌프수차, (38) 토출분사수, (39) 물막 또는 커텐물막, (40) 소방정, (41) 감지노끈, (42) 바스켓, (43) 이중비닐텐트와 봉지, (44) 엘보와 티이엘보, (45) 소방용 펌프
(46) 동력 전원 공급장치 전원, (47) 인버터, (48) 인버터브이오, (49) 억세스 포인터, (50) 인터넷 망, (51) 입형다단펌프 또는 관제서버, (52) 모니터, (53) 펌프 제어보드 또는 타구어윈치 콘트롤 박스, (54) 근거리 무선통신 안테나 (55) 근거리 무선통신장치의 무선통신제어모듈, (56) 디스플레이, (57) 전자제어장치 에이디이씨,(58)스위치 입력회로, (59) 전자제어장치인 엠씨유, (60) 전자제어장치 디이에이씨,(61)과전류차단기 브레이크, (62) 전원부, (63) 디스플레이 화면, (64) 아날로그입력, (65) 디지털 입력, (66) 각 펌프의 온오프제어를 위한 스위치인 메인스위치버턴, (67) 보조스위치버턴 (68)콤퓨터 전산망 입력, (69) 현재 압력값 또는 압력설정수치의 설정 압력값 인식명판, (70) 메모리, (71) 전선, (73) 방재물질 혼합기 믹서, (74) 터어빈수차, (75) 헝겊꺼즈, (76) 솔레노이드밸브 (77) 애드벌룬, (78) 비행선, (79) 가스통, (80) 에어콤프레샤 (81) 모바일 서비스, (82) 휴대용 단말기,(83) 저압차단 밸브, (84) 비상 밸브, (85) 감압 밸브,(86) 제1압력체크센서, (87) 제2압력체크센서,(88) 전자제어유닛, (89) 양수관(89a) 또는 수직 하향관(89b), (90) 볼밸브 핸들,(91) 드렌처헤드, (92) 밸브 몸체 내부 디스크,(93) 비상싸이렌,(94) 최초발화원인물질인 스파크 또는 낙뢰, (95) 전신주, (96) 변압기,(97) 레듀사 붓싱소켓,(99) 점멸경고등, (100) 파라핀노즐마개(양초), (101) 압력계,(102) 감지센서 바이메탈, (103) 감지센서 열전대온도계 스위치,(104) 레벨 또는 압력스위치, (105) 방유량체크용 유량계,(106) 동력모터제어모듈, (107) 밸브스위치작동용 추 또는 크레인 붐대 레벨 유지 웨이트용추,(108) 과대압력 방지스위치 또는 스위치박스, (109) 에어호스, (110)에어호스 연결장치 닛플,(111)스프링쿨러헤드, (112), 반사관, (113) 가용금속 퓨우즈, (114) 정지밸브 또는 수도밸브, (115) 지하매설관, (116) 블록철탑, (117) 부자, (118) 부자회로개폐기 (119) 벨, (120) 경보밸브, (121) 시험밸브, (122) 고압수도펌프, (123) 레버 블럭, (124) 소화기(소화기a, 소화기b, 소화기c, 소화기D, 소화기e, 소화기f), (125) 체인, (126) 시린더 또는 실린더, (127) 피스톤 또는 피스톤펌프, (128) 소화기 고정용 핀 (129) 빗장걸이 장금장치, (130) 인명구조용 에어튜우브, (131) 로프, (132) 컨테이너, (133) 앙카볼트, (134) 라디오존데, (135) 구동바퀴 로라 도루레, (136) 레귤레이트, (137) 에어 타구어윈치 또는 타구어윈치, (138) 에어 시린더, (139) 철개망태, (140) 터어빈펌프, (141) 케이싱, (142) 베인펌프 또는 가이드베인,(143) 임펠러, (144) 다이어후렘펌프, (145) 에어리시버탱크 또는 고압저장탱크, (146) 프로펠러펌프 또는 프로펠러 (147) 스큐르 또는 스큐르압축기 그리고 스큐르펌프 (148) 플런저펌프, (149)스테인레스 철재빔, (150) 방재펌프 제어시스템 또는 관제시스템, (151) 오일쿨러, (152) 맨홀뚜껑, (153) 해치카버, (154) 방화문 (155) 글랜드패킹, (156) 매커니커 시일 또는 각개의 시일 (157) 제트펌프,(158)황토, (159) 방화사, (160) 옥내소화전상자, (161) 오토소화전, (162) 호스걸이, (163)벌목기계, (164) 불연성가스 이산화탄소, (165) 철판 브라켓 (166) 발화물체(화재유형별의 A급, B급과 C급으로 분류함) (167) 나사탭, (168) 송수구 또는 소방방재 배관라인, (169) 방수구, (170) 인터쿨러(intercooler) (171) 배기가스통, (172) 인명구조겸용 침대 노즐, (173) 토오치 또는 버너, (174) 탄산가스, (175) 하론가스, (176) 핼륨,(177) 발화물질 파라핀테이프, (178) 비발화물질 철사, (178) 소화전(단구형a, 쌍구형b) (180) 비닐포대, (181) 공기배관라인, (182) 아프터쿨러, (183) 리밋스위치 또는 리미트스위치, (184) 무인카메라, (185)끝이 뾰족한 틈새결합공구 지그대 쇄기,(186)스프링 또는 공기스프링, (187) 무인점화기 스파크라이터, (188) 구명정, (189)압력 헤드탱크, (190) 플렉시블 유압호스 , (191) 도입관 또는 수압관,(192) 전동기 몸체, (193) 후드, (194) 스냅링, (195) 팬, (196) 몸체프레임, (197) 몸체전방부라켓트, (198) 샤프트, (199) 회전자조립, (200) 전방베아링, (201) 고정자조립, (202)모터보호용 주물프레임, (203) 단자박스, (204) 인양볼트, (205) 단자박스카버 (206) 후방베아링, (207) 후방부라켓트, (208) 공극, (209) 팬카버 또는 보호카버 (210) 회전자 철심, (211) 고정자 철심, (212) 고정자권선,(213) 수력발전기,(214) 회전속도 검출기 에스에스지(speed signal generator; SSG로 약칭 함),
(215) 여자기(BRUSHLESS EXCITOR; 교류발전기이거나 동력전동기의 계자 코일에 전류를 공급하는 직류발전기를 칭함),
(216) 드러스트 고리관(THRUSTCOLLAR; 고리관 깃을 밀어 넣는 수단을 칭함),
(217) 엎퍼 가이드 베아링(UPPER GUIDE BEARING),
(218) 드러스트 베아링(THRUST BEARING),
(219) 고정자 코일(STATOR COIL),
(220) 고정자 프레임(STATOR FRAME),
(221) 스테이터어 코어(STATOR CORE),
(222) 로워 베아링 쿨러(LOWER BRG COOLER; 저속냉각기),
(223) 브래이크 링(BRAKE RING),
(224) 브래이크 또는 잭(BRAKE ＆ JACK),
(225) 로워 가이드 베아링(LOWER GUIDE BEARING),
(226) 엔진 발전기, (227)터빈 베아링, (228) 런너어(Runner), (229) 프란시스수차, (230) 펠톤수차, (231) 해양수력발전소, (232)탐조등, (233) 수력발전소, (234) 호칭별 노즐몸체 "호칭 100", (235) 호칭 "90", (236) 호칭 "75", (237) 호칭 "65", (238) 호칭 50, (239) 호칭 "40", (240) 호칭 "25", (241) 호칭 "100×90", (242) 호칭 "90×75" (243) 호칭 "75×65", (248) 크랭크, (249) 링크대, (250) 푸레, (251) 감속기, (252) 브이(V)밸트, (253) 플런저, (254) 고정핀 (255) 타임머, (256) 케이블카아 (257) 공기밸브, (258) 안전밸브, (259) 오우토밸브 ,(260) 드레인밸브 (261) 밸트카바 (262) 흡입필터, (263) 압축기본체 (264) 펌프수차, (265) 메인밸브, (266) 산림, (267) 터 빈, (268) 플라이휠, (269) 흡입구, (270)토출구 또는 급 배기구, (271) 공운전방지장치, (272) 펌프전원, (273) 제어전원, (274) 비상운전(Sequence)회로, (275) 디씨이파워공급(DC power supply)회로, (276) 마이크로 콘트롤 유니트(Micro control unit), (277) 디아이피(DIP)스위치설정회로, (278) 엘이이디이 디스플레이(LED display)회로, (279) M/C 구동신호 접점출력회로, (280) 모터 과부하 신호입력회로, (281) 인버터운전 데이트 입출력회로, (282) 압력감지회로,(283)외부상태 입력회로, (284) 토출압력트랜스미터어(Transmitter), (285) 흡입/토출스위치, (286) 베드프레임, (287) 냉각수, (288) 유분리탱크, (289) 흡입밸브, (290) 기어드라이븐,(291) 에어드라이어, (292) 물탱크, (293) 수문, (294) 수로,(295) 수조탱크, (296) 게이트밸브, (297) 리턴밸브, (298) 부시 또는 트로틀부시, (299) 드렌처헤드(a,b,c,d)의 종류, (300) 진동경보장치, (301) 드레인, (302) 역정지밸브, (303) 고압보울탱크, (304) 동력펌프, (305) 버터플라이밸브, (306) 중탄산 소오다, (307) 재유입구, (308) 센튜리퓨우걸펌프, (309) 오수펌프, (310) 스파이럴 케이싱, (311) 블류우트펌프, (312) 후드밸브, (313) 양수구, (314) 펌프본체, (315) 플로우트, (316) 드러스트보울, (317) 플랙스블카프링, (318) 플로우트스위치, (319) 뒷날개, (320) 퍼올림밸브, (321) 빨아올림밸브, (322) 분출수면계, (323) 실제양정 (324) 분출양정, (325) 제트펌프, (326) 기어펌프 , (327) 윙펌프, (330) 분리실, (331) 마그넷스위치 (332) 목조건물, (333) 빌딩 또는 대형건물, (334) 밸런스, (335) 언밸런스, (336) 옥내소화용펌프, (337) 로우터리펌프, (338) 로우터리회전자, (339) 프라이밍, (340) 자흡식펌프, (341) 축류펌프, (342) 혼류펌프, (343) 점성펌프,
(344) 가(A B )변의 블록탱크, (345) 나(B C) 변의 블록탱크, (346) 다(A C)변의 블록탱크, (347) 라(A R) 변의 블록탱크, (348) 마(A Q) 변의 블록탱크, (349) 바(A P) 변의 블록 탱크, (350)사(A O) 변의 블록탱크, (351) 자(A M) 변의 블록탱크, (352) 아(A N) 변의 블록탱크,
(353)갑(A B C), 삼각형 블록탱크, (354) 을(A B "C),삼각형 블록탱크, (355) 병(A R S),삼각형 블록탱크,
(356) 무(A Q T),삼각형 블록탱크, (357) 갑 자(A O B),삼각형 블록탱크, (358) 을 축(A N W),삼각형 블록탱크, (359) 병인(A M X),삼각형 블록탱크, (360)차(D E)변의 블록탱크,(361)카(B D)변의 블록탱크,(362)타(C E)변의 블록탱크, (363) 스톱더, (364) 중동링, (365) 밀봉단면, (366) 시이트링, (367) 피동링, (368) 퀀칭, (369) 쿠울링, (370) 되돌림관, (371) 핸들(Handle), (372) 격벽, (373) 축방향의 드러스트 하중, (374) 임펠러 전면에 작용하는 압력, (375) 임펠러 뒷면에 작용하는 압력, (376) 밸런스호울,(377) 흡입압력, (378) 배면압력, (378) 밸런스구멍, (380) 전면웨어링, (381) 토출압력, (382) 배면베어링 링, (384) 뒷날개, (385) 뒷날개 설치로 인한 압력분포와 임펠러, (386) 다단펌프의 임펠러 배치, (387) 수주분리, (388) 수주결합, (389) 수격작용, (390) 축봉부, (391) 매커니컬시일의 냉각방식, (392) 스트레이너, (393) 수격펌프, (394) 옥상소방운전실 또는 크레인운전실, (395) 높고 낮은 산, (396) 폴저엔코드(Pulse Encoder), (397) 스피드콤멘드(Speed Command), (398) 모터스피드 그리고 변속기, (399) 디스크 브레이크(DISC Brakes), (400) 방파제겸용 방제탱크 (401) 안전그물망(로프그물) (402) 공기압축실(Air Chamber),(403) 슬루우브 밸브, (404) 밸브 몸통, (405) 밸브 덮개, (406) 슬루우스 밸브, (407) 패킹누르게, (408) 패킹누르게 너트, (409) 밸브 (410) 핸들, (411) 핸들너트, (412) 패킹, (413) 웨지 게이트 밸브, (414) 단체밸브, (415) 플렉시블 밸브, (416) 패럴렐 슬라이드 밸브, (417) 더블 디스크 게이트 밸브, (418) 스톱 밸브, (419) 플랜지형 글로우브 밸브, (420) 플랜지형 앵글 밸브, (421) 몸통, (422) 덮개(본네트), (423) 디스크, (424) 덮개붙임밸브 시이트, (425) 밸브대, (426) 밸브 누르개, (427) 핸들, (428) 덮개 끼움링, (429) 패킹누르개링, (430) 패킹 누르개, (431) 나사 끼움 형, (432) 덮개 보울트, (433) 패킹 누르개 보울트, (434) 핀, (435) 덮개 보울트용 너트, (436) 패킹 누르개 보울트용너트, (437) 핸들 너트, (438) 멈춤 나사, (439) 와셔, (440) 패킹, (441) 가스킷, (442) 밸브누르게(평면누르게(a), 원뿔누르게(b), 구면누르게(c), 스터트누르게(d)), (443) 콕(cock;1형 (444) 콕(2형), (445) 청동나사넣기 메인콕, (446) 주철플랜지형 글랜드형, (447) 청동나사넣기 글랜드콕, (448) 삼방콕, (449) 사방콕, (450) 핸들콕,(451) 첵 밸브, (452) 스윙형 첵 밸브, (453) 리프트형 첵 밸브, (454) 첵 밸브몸통, (455), 덮게, (456) 디스크, (457) 디스크핀, (458) 플러그, (459) 조정밸브, (460) 감압밸브, (461) 파이로트 작동식 감압밸브(자력식), (462) 2차측 감지구멍, (463) 다이어프램 (464) 파이로트밸브, (465)증기, (466) 메인밸브, (467) 메인밸브스프링, (468) 조정스프링, (469) 오우토압력조절밸브, (470) 나사형 오우토압력조절밸브(a), (471) 플랜지형 압력조절밸브(b),(472) 안전밸브, (473) 스프링식 안전밸브, (474) 리리이프식 안전밸브, (475) 증기용 포프 스프링식 안전밸브, (476) 포프식 안전밸브, (477) 온도조절밸브, (478) 오우토급수기(오우토수준조정기), (479) 오우토급수기(a), (480) 오우토수준 조정기, (481) 공기빼기밸브, (482) 오우토공기배기밸브 열동형(증기용), (483) 오우토공기배기밸브 바켓트형(온수형), (484) 냉매배관용 밸브, (485) 냉매스톱밸브, (486) 팩드밸브, (487) 팩레스밸브(벨로우즈형), (488) 팩레스 밸브(다이어프램형), (489) 팽창밸브, (490) 다이어후렘형 팽창밸브, (491) 벨로우스형 팽창밸브, (492) 부자밸브, (493) 냉매용 압력조정밸브, (494) 전자밸브, (495) 오우토급수밸브(미도시), (496) 일반형 수도꼭지(수전), (497) 지수선, (498) 분수전, (499) 보올탭, (500) 피뢰침, (501) 나사이음형 Y형 스트레이너 외형도(a) 단면도(b), (502) U형 스트레이너, (503) V형 스트레이너, (504) 관고정금속, (505) 터언버클부지지밴드, (506) 지지밴드, (507) 로울러부지지밴드, (508) 수직관 매몰용밴드, (509) 철재안경밴드, (510) 바닥밴드, (511) 트랩 (522) 앵글형 열동식 트랩, (523) 스트레이트 열동식 트랩, (524) 버키트 트랩, (525) 상향식 버키트 트랩, (526) 하향식 버키트 트랩, (527) 플로우트 트랩, (528) 임펄스 증기 트랩 (529) 수도꼭지몸통, (530) 패킹상자, (531) 패킹누르게, (532) 꼭지대, (533) 핸들, (534) 디스크, (535) 디스크패킹, (536) 내수패킹, (537) 내노화성물건패킹, (538) 고무막 또는 테프론막
(539) 열팽창이 큰 금속, (540) 열팽창이 작은 금속, (541) 타임머 또는 레벨스위치 (542) 하이레벨 알람(High Level Alarm), (543) 베이컴페일루어알람(Vacuum Fallure Alarm), (544) 스어멀 릴레이 알람(Thermal Relay Alarm), (545) 알람 리셋트 버턴(Alarm reset button), (546) 로워 레벨 스위치(Low Level Switch), (547) 플랩(flap;밸브의 혀), (548) 사운드캡(Sound Cap), (549) 첵노즐,
(550) 루우버카버, (551) 플로이트 인셔어트 스위치, (552) 지시눈금스케일, (553) 오우버플로워 콘넥션 (554) 벤트 파이프 콘넥션, (555) 플랜지 콘넥션, (556) 이중비닐 개방형 침(바늘), (557) 솔레노이드밸브 몸체, (558) 카버, (559) 스폴(Spool), (560) 스플패킹, (561) 파이로트(안내), (562) 코일, (563) 콘넥터, (564) 메니폴드(L;PTY 8" 대유량형), (565) 매니폴드(S;M5 소유량형), (566) 나사산, (567) 에어호스 결속구 유니온 카플링, (568)결속용 유니온 카플링, (569) 2위치싱글(Single), (570) 2위치더블(Double), (571) LL; 중앙수직형, (572) L; 수직형, (573) 수평형; M, (574) F; 피팅포함 (575) 도시기호 싱글(S;Single), (576) 더블(D; Double), (577) 에이취(H; Center Closed), (578) 아이(I; Center Pressure), (579) 제이(J; Center Exhaust), (580) 마이크로 스위치, (581) 직접 배관형, (582) 베이스 배관형, (583) 파이어 댐퍼(Fire Damper), (584) 댐퍼스핀들, (585) 닥터벤츄레이션(흡입구a, 배출구b), (586) 몽골피에의 열기구,
(587) 블량샤르의 열기구, (588) 켈리의 열기구, (589) 증기비행선, (590) 교각겸용 지주탱크, (591) 지주탱크 상단의 바지선 선체, (592) 지주탱크 하단의 바지선 선체, (593) 소형의 수력발전소 부양식독, (594) 중형의 수력발전소 부양식독, (595) 대형의 수력발전소 부양식독, (596)블록탱크 내부배관 , (597) 고장력의 스테인레스 철판, (598)이중구조 블록탱크, (599) 블록탱크 외부배관, (600)블록탱크용 제1 보조 형 강 , (601)블록탱크용 제2 보조 철판 , (602) 스냅 홀, (603) 러그 샤프트 결합용 고장력의 스테인레스 볼트, (604) 러그샤프트결합분해 고장력의 스테인레스 너트,(605) 수직격벽, (606) 포터블 러그결합용 핀 샤프트, (607) 포터블 러그,(608) 포터블 러그용 핀,(609) 수평격벽, (610)격벽맨홀, (611) 인공위성,(612) 우주로켓, (613) 러그 힌지소켓,(614) 대형플랜지,(615) 대형플랜지 접속연결구 접합부위 가공홀, (616) 계류장치용 작키베드 장공홀,
(617) 이중관 구조 탱크 교각 건설용 부교식 새들형틀,(618) 가이드레일, (619) 헬리콥터 정류장,(620)유압실린더 또는 유압실린더 작키,(621) 밴드지그대,(622) 벨러스터 버터 플라이 밸브,(623) 유압실린더 작키, (624) 유압실린더용 도어,(625) 마개철판,(626) 원자력 발전소,(627) 엔진제어시스템 엔진제어모듈,(628) 부이 깃대 고무풍선,(629) 밧줄용 로프, (630) 로프매듭 갈고리, (631) 비상용의 계단 또는 스탭, (632) 승강기 또는 앨리베이트 (633) 콘베이어,(634) 선박침몰방지 공기 부양선, (635) 진공펌프, (636) 예인선(Air tug boat; 에어타구어 보트), (637) 반잠수작업선, (638) 볼라드, (639) 앙카, (640) 앙카용 체인, (641) 쿨링팬(Cooling Fan) (642) 공기보온용의 히터팬,(643) 인공위성발사대 (644) 계류탑, (645) 전기자석 마그넷, (646) 우주로켓발사대, (647) 헬리콥터, (648) 체인블럭, (649) 황토와 시멘트 혼합장비 믹서, (650) 애자, (651)삿대 대체용의 크레인 붐대, (652) 크레인 붐 걸고리,(653)매립물질 토석,(654)삿대 대체 사용 품 돛,
(655)항상 같은 방향으로만 흐르는 직류, (656)시소가 오르내릴 때마다 흐름의 방향이 바뀌는 교류, (657)전류가 근사치로 일정해지도록 하는 안정기, (658)전류의 세기를 여러 가지로 바꾸는 장치 슬라이 댁, (659)전류가 잘 흐르지 않는 니크롬선, (660) 전구 몸체, (661) 베이스, (662) 아르곤가스, (663) 필라멘트, (664) 유리, (665) 형광 방전관, (666) 점등관, (667) 방전, (668) 탄소막대, (669)양극, (670) 음극, (671) 밧데리, (672) 어도터널, (673)조력발전 설비장치 고정대 시이소 중심축 프레임, (674) 한류, (675) 난류, (676) 하수종말처리장, (677)하수관거건설공사, (678)운하 또는 하천, (679) 제방, (680)콘크리트 댐 또는 흙석 자연댐, (681) 교량, (682) 웨일스, (683) 전류,
(684) 전압, (685) 전력, (686) 전원출구, (687) 전원입구, (688)전선코일 감은수, (689) 파력발전기, (690) 초고압 변전소, (691) 1차 변전소, (692) 송전소 내부 중심에 7가닥의 강철선, (693) 54가닥의 알루미늄선, (694) 연료호스, (695) 송전선 직경, (696) 오대양 육대주 횡단철도 변전소, (697) 중간 변전소, (698) 대단위 공장, (699) 중단위 공장, (700) 2차 변전소, (701) 소단위 공장, (702)태양열 주택 가정, (703) 스탭 발판 걸고리, (704) 초고압 전선 균형 애자 균형용 케인크,(705) 관교량 터널독 관 제조공정, (706) 소구경 전기 저항 용접관 및 SRM(3/8∼8 inch O.D), (707) 원재료, (708) 언코일링, (709) 레벨링, (710) 사이드 트리밍, (711) 절단 및 대강연결, (712) 성형, (713) 용접 및 내외면 비드제거, (714) 초음파 및 와류탐상시험, (715) 용접부열처리, (716) 공냉, (717) 수냉, (718) 진원 성형, (719) 절단, (720) 평평도 시험, (721) 구조관, (722) 교정, (723) 중간적재, (724) 유도가열로, (725) 에스알엠(SRM), (726) 열간절단, (727) 면취, (728) 수압시험, (729) 초음파 또는 와류탐상시험, (730) 무게 및 길이측정, (731) 육안 치수검사, (732) 나사, (733) 도유, (734) 일반 배관용, (735) 아연도금, (736) 아연도강관, (737) 보일러 튜브, (738) 냉각대,
(739) 중구경 케이지 성형 전기저항 용접관(8∼24 inch O,D), (740)원재료 코일 마게철판, (741) 사이드 트라밍, (742) 케이지 성형, (743) 송유관, (744) 초음파 탐상시험, (745) 진원성형, (746)석유산업용 송유관, (747) 대구경 강관(22-82 inch O.D), (748) 엣지 밀링, (749) 3롤 밴딩, (750) 포스트 밴딩, (751) 가용접, (752) 내면 용접, (753) 백가후징, (754) 외면 용접, (755) 관단 싸이징, (756) 관단면취, (757) X-선시험, (758) 냉간 익스팬딩, (759) 마킹,포장,출하, (760) 스파이랄 용접 강관(400A∼2600A), (761) 언코일링, (762) 구조관 및 강관 말뚝, (763) 비도복 배관용, (764) 외면 브라스트 크리닝, (765), 내면 브라스트 크리닝, (766) 내면 도장, (767) 1차 도장, (768) 도장 및 도복, (769) 도복장 강관, (770) 초음파 및 X-선검사, (771) 전동차,
(775) 송전선, (776) 송전철탑, (777) 개폐시설, (781)생산전력 중앙제어실, (782)송전 측정실, (783) 보일러 , (784) 풍력발전소, (785) 풍력발전기, (786) 가스렌지, (787) 자석, (791)원유 채집탱크, (802)케이블카아, (803)용광로, (804) 반사경, (805) 반사경 반사각도 조절 프레임, (806) 조명시설, (809) 발전, (810) 양수, (811)망간, (812)니켈,(813)구리, (814)코발트,(815) 히팅장치, (816) 냉각장치 또는 냉각수, (817) 소음기, (818) 기체·액체 분리기,(819)계곡,(820)보온재,(821)시 이소 크레인 붐 대,
(822) 로드 앤드 피스톤 시일(ROD ＆ piston seal; UPI(a), UPH(b), (823) 피스톤 시일(OSIa, ODIb, OUIc, SPGd, SPGWe, GRf), (824) 부프 시일(Buffer seal; HBYa, HBTZb, Sealc), (825) 웨어링(Wear Ring; WRa, RYTb), (826) 스라이드링(Slide RING), (827) 디유 부시(DU Bush), (828) 오링(O-RING), (829) 로드 시일(ISIa, IDIb, IUHc), (830) 백업 시일(Back up seal; T₂/T₃(a), BRT₂/₃(b)), (831) 로드 시일 ＆ 백업 시일, (832) 다스트 시일(Dust seal; LBIa, DSIb, LPIYc, DWId, DKBIe, DKIf, DWIRg, LBHh, DKBi), (833) 핀 다스트 시일(pin dust seal: Vaya, DLIb.), (834) 다스트 위프 시일(Dust wiper seal), (835) 부프링(Buffer Ring), (836) 피스톤링, (837) 다스트링, (838)기둥용 배관파일,
(839) 등변산 형강,(840)기상관측장비 레이다,(841)원유시추선, (842) 해저광물 뜰채 바스켓, (843) 심해저 탐색 수중조명등, (844) 버킷 또는 빠레트, (845)심해저층 굴착장비 스큐르 드릴 굴착기, (846) 앙카 대체용 쇄기 크랭크, (847) 착암기 또는 네트, (848) 엑츄레이트, (849) 해저광물 뜰채용 공기주머니, (850) 턴박클, (851) 교각용 레벨 기초 밑받침대, (852)고정용 쇄기 받침목, (853) 용접기,(854) 파이프 랙,
(855)불도저 ,(855a)크롤러형 도저, (855b)휠형 도저, (855c)스트레이트 도저, (855d)틸트 도저, (855e)앵글 도저, (855f)레이크 도저, (855g)힌지 도저, (855h)트리 도저, (855i)하이드릭리퍼, (855j)푸시 도저, (855k)티나 도저,(855l)U도저,(855m)도저의동력전달장치,(855n)램기타장치용유압펌프,(855o)조항 클러치,(855p)유동룸 아이플러,(855q)기동룸 스프로 킷,(855r)기관 쿨링장치,(855s)쇠공 기어장치,(855s)백호,
(856) 굴삭기,(856a)파워셔블,(856b)드래그라인,(856c)어스드릴,(856d)클램셸,(856e)스키머,(856f)리퍼와루터,
(857)로더,(857a)크롤러형로더,(857a)휠형로더,
(858)지게차,
(859)스크레이퍼, (859a)견인식스크레이퍼,(859b)2륜구동식 또는자주식 스크레이퍼,(859c)스크레이퍼의구조,(859d)이어프런,(859e)씨티 에지,(859f)어젝트,
(860)덤프트럭,
(861)크레인또는기중기,(861a)기중기 구조의 각부명칭,(861b)익스턴트케이블,(861c)하중계,(861d)브리들,(861e)붐벡스들,(861f)메이로프,(861g)붐호이스트로프,(861h)상부프레임,(861i)하부프레임,(861j)호이스트로프,(861k)전방드럼,(861l)중간드럼,(861m)후방드럼,(861n)균형추,(861o)케이블크레인,(861p)기중기의 6개 전부장치,(861q)갈쿠리(Hook)장치,(861r)조개(Clamshell)장치,(861s)삽(Shovel)장치,(861t)긁어파기(Dragline)장치,(861u)도량파기(Trench hoe)장치, (861v)기둥박기(Pile driver)장치,
(862)모터그레이더,(862a)모터그레이더내부구조 명칭,(862b)구동장치,(862c)중성기어감속기,(862d)차등기어,(862e)주차브레이크,(862f)기관플라이휠,(862g)냉각팬,(862h)머플러,(862i)램턴드라이브,(862j)트랜스퍼카아중성기어감속기,(862k)그레이더의 외부구조,
(863) 롤러,(863a)진동 롤러,(863b)소일콤팩터,
(864) 노상 안전기,
(865) 콘크리트 배칭 플랜트, (865a)콘크리트 호퍼,(865b)운반장치 차징차트,(865c)조정판,(865d)물멧처,(865e)대칭호퍼,(865f)스케일 프레임,(865g)저장 빈,(865h)종합벨트 콘베이어,(865i)턴헤드,(865j)버킷엘리베이트,(865k)운반시멘트차드,(865l)조정판,(865m)기록장치,(865n)원형믹서,(865o)시멘트 사일로,(865p)스쿠르 콘베이어,
(866) 콘크리트 피니셔,(866a)스쿠르 스프레이, (866b)제1 스크리드, (866c)진동기, (866d)피니싱 스크리드, (866e)가이드롤러, (866f)가이드레일, (866g)마무리면,
(867) 콘크리트 스프레더, (868) 콘크리트 믹서트럭, (869) 콘크리트 펌프, (870) 아스팔트 믹싱 플랜트, (871) 아스팔트 피니셔,
(872)아스팔트살포기,(872a)동력피동펌프,(872b)밸브제어,(872c)분무바,(872d)버니,(872e)버림관, (873) 골재 살포기,
(874) 쇄석기,(874a)자이레토리 크러셔,(874b)새시 프레임,(874c)피더 호퍼, (874d)진동 그리스 리피터,(874e)파쇄헤드부의 1차 조 크러셔, (874f)파쇄실 후미의 2차 조 크러셔, (874g)진동 스크린, (874h)드럼 엘리베이터,
(875) 공기압축기, (876) 천공기, (877) 항타와 항발기, (878) 사리 채취기,
(879) 준설선, (879a)펌프준설선,(879b)버킷준설선,(879c)스팟드 시어, (879d)운전실 또는 조정실, (879e)레드 시어, (879f)스팟드,(879g)블러스트탱크, (879h)블러스트펌프, (879i)레드,(879j)기관실,(879k)디퍼준설선,(879l)그래브준설선,(879m)버킷구동장치,(879n)후부스팟드,(879o)스팟드윈치,(879p)버킷,(879q)좌우의전부스팟드,(879r)디퍼,(879s)윈치,(879t)닻줄창고,(879u)벨트컨베이어,(879v)그래브,
(880)별도의 지정 건설기계,(882)파일드라이버,(882a)붐, (883) 디젤파일해머, (884) 증기해머,
(885) 유압크레인,
(886) 타워크레인,(886a)가이 데릭 구조의 각부명칭, (886b)가이 데릭,(886c)주측, (886d)붐, (886e)붐호일, (886f)턴버클, (886g)공망,(886h)3각 데릭,(886i)주측,(886j)붐,(886k)붐호일,(886l)레크,
(887)드레그 크레인,(887a)드레그 크레인의 구조,(887b)호이스트 케이블,(887c)덤프케이블,(887d)버킷,(887e)하부붐,(887f)레터렉트케이블,(887g)케이블롤러,(887h)붐케이블,(887i)케이블롤러,(887j)붐 호이스트 케이블,(887k)케이블드럼,(887l)케이블드럼,(887m)평행추,
(888)클램셀 부착물을 가진 크레인,(888a)홀딩라인,(888b)개폐라인, (888c)클램셀버킷,(888d)상부프레임,(888e)하부프레임,(888f)랙라인,(888g)로프가이드,(888h)붐탠던트,(888i)브리들,(888j)붐호이스트로프,(888k)전방드럼,(888l)후방드럼,(888m)평행추,
(889) 머캐덤롤러, (890) 탠덤롤러, (891) 탬핑롤러, (892) 타이어롤러, (893) 트랙터, (894) 트레일러, (895) 램, (896) 리드, (897) 냉각수 냉크, (898) 파일, (899) 헬밋, (900) 연료펌프, (901) 캠, (902) 연료탱크, (903) 기동장치, (904) 붐전핀 (905) 캐드워크, (906) 어댑터, (907) 어군탐지기 소나, (908) 원유시추용 로터리 테이블 드릴링머신, (909) 망간단괴, (910) 뜰채그물, (911) 광물흡입 채집기계, (912)로봇 또는 해저광물 채취로봇, (913) 잠망경,(914) 고무풍선, (915)와이어로프 체인, (916) 공압식 운송장비, (917) 코아드릴, (918) 비이오피이 스키드(B.O.P.Skid), (919) 고무타이어, (920) 버너붐, (921) 유해적조 미생물, (922) 무공해의 천연가스, (923) 에어노즐, (924) 광물채집 뚜레박, (925) 상승기류, (926) 하강기류, (927)고압호스, (928) 교각, (929)어패류산란장 또는 양식장,(930) 화학물질 오염물, (931) 세멘트, (932) 어족자원 확보용 그물, (933) 바지선 또는 방제선, (934) 우뭇가사리, (935) 시이소형 지렛대, (936) 시추공, (937) 관교량, (938)전극판 아노드 , (939) 냉각공기방울, (940) 비트, (941)해양 터널,(942)한반도 중심지, (943)원형 3000 칸 형태로 형성한 공유수면매립설계,(944)공유매립지,(945)공유수면매립지,(946)군사분계선,(947)휴전선,(948)휴전원,(949)국경선,(950)남방한계선,(951)북방한계선,(952)베타적경제수역,(953) 한중 잠정조치 수역,(954)중국이 주장하는 직선기선,(955)한국이 주장하는EEZ,(956)일본이 주장하는EEZ,(957)히말라야산맥의 티베트고원 토석채집장,
(958)연안선 수역,(959)수해조절장치,(960)해양터널 교통장치 ,(961) 원자력 발전소,(962)핵폐기물 처리 원자로 설비,(963)평화주권선,(964)석유,(965)다이아몬드,(966)철,(967)주석,(968)석탄,(969)농기구,(970)건설기계,(971)군수물자,(972)국경지역,(974)함선,(975)잠수함,(976)전투기,(977)함정,(978)핵항공모함,(979)유류송유관,(980)가스배관,(981)금과은,(982)핵연료,(983)핵폐기물,(984)유리,(985)마노,(986)호박,(987)진주,(988)위령탑,(989)국제연합국가,(990)국제연합기구,(991)원폭,(992)수소폭탄,(993)터널독,(994)스위치 작동용 추와 감지센서용의 무게감량용 납덩이추에 잠수원 잠수부력 조절용의 납덩이추,(995)잠수정,(996)바지선,(997)인양선,(998)부양식독,
(999)핵폐기물처리원자로,(1000)농축우라늄235,(1001)원자로압력용기,(1002)가압기,(1003)원자핵,(1004)냉각재,(1005)소음기,(1006)기수분리기, (1007) 감속재,(1008) 양성자,(1009)중성자,(1010)발전기,(1011)회전하지 않는 전기자코일, (1012)회전하는 전자석 회전자 코일, (1013) 증기파이프, (1014) 강력한 기체의 고온·고압증기 입구, (1015) 송전측정실, (1016)유조선, (1017) 원자, (1018) 전자, (1019) 증기건조기, (1020)우라늄239, (1021) 탈기기, (1022)수증기를 냉각시켜 물이 되게 하는 쿨링장치 복수기, (1023)증기드럼, (1024) 재열기, (1025) 집진기, (1026) 중유탱크, (1027)토륨 , (1028)천연우라늄, (1029) 제어봉 (1030) 방사성 핵폐기물[<<<,>>>], (1031) 플루오르화 우라늄 (1032) 플루토늄, (1033) 증기탑, (1034)격납 용기,(1035)정화장치,(1036)증기발생기,(1037)연료집합체,(1038)원자력,(1040)우라늄 또는 우라늄238,(1041)노심,(1042)연료봉,(1043)원자로건물,(1044)활성막식가스홀드업장치,(1045)필터,(1046)배기탑,(1047)방사성핵폐기물저장탱크,(1048)여과기,(1049)방사능측정기,(1050)모니터링포스트,(1051)드럼통,(1052)우라늄광산,(1053)옐로케인크,(1054)철근콘크리트매트,(1055)재처리공장,(1056)전환공장,(1057)농축공장,(1058)전환·가공공장,(1059)핵분열,(1060)제련공장,(1061)펠릿,(1062)피복관,(1063)발전설비부,(1064)냉각수 배관라인,(1065)방수로로배관라인,(1066)순환수펌프,(1067)급수펌프,(1068)이중관구조블록배관라인,(1069)온도압력감지센서안전밸브,(1070)이산화 우라늄,(1071)연구로, (1072)동력로, (1073)비등수형 원자로, (1074)가압수형 원자로, (1075)기체 냉각로, (1076)다목적 고온 가스로, (1077)신형 전환로, (1078)고속증식로, (1079)압력제어 풀, (1080)재순환펌프, (1081)냉각재 펌프, (1082)중간 열 교환기,(1083)반경1200 km,
분사노즐 상단부(A), 분사노즐 몸체(B), 분사노즐 하단부(C),
펌프몸체(PB), 펌프몸체수직라인(PBVL), 펌프몸체수평중심라인(PBCL)
도크선체갑판상단부(SDU), 선체갑판중심부(SDM), 도크선체갑판상단부(SDL),
기계실바닥표면 상단부(MFGU),기계실바닥표면(MFG),기계실 바닥표면 하단부(MFGL),
적도 전선(EL), 북극(NP), 남극(SP), 경도(longitude; ld), 위도(latitude; lt로 약칭함),
도로지표면 상단부(GLU), 도로지표면(GLL), 도로지표면 하단부(GLD),
공유 수면 상단부(SLU),공유 수면(SLL), 공유 수면 하단부(SLD),
기계식 외부(Out of Merchinery Room ; OMR),
기계실 (Merchinery Room ; MR),
기계실 내부(In of Merchinery Room ; IMR),
밸브몸체중심선(VBCL or PBCL), 방화수수면하단(WLD), 방화수수면(WLL), 분출수면(WLU), (1) Shared water surface treatment device body,
(2) Manifold-Discharge, (3) Manifold-Suction, (4) Manifold-Discharge, (5) Isolating Valve Ballor Butterfly, (6) Check Valve, (7) Water for Fire or Power Generation, (8) Vertical Multi-Stage Pump, (9) Disaster Prevention Hose Or fire hose, (10) a fire prevention nozzle or a fire protection nozzle, (11) a firefighter nozzle frame, (12) a sensor, (13) a hook, (14) piping and nozzle piping, (15) (19) wire rope, (20) machining hole, (21) lashing lug, (22) ground and various forms Jig ("

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(25) Nuts, (26) Washers, (27) Hinges, (28) Flange or flange stop wire mesh, (29) Coupling, (30) Coupling arm thread (31) Coupling male thread body, (32) Gasket or rubber packing, (33) Nozzle hose equipment holder,
(38) discharge jet, (39) water film or curtain water film, (40) fire flame, (41) detection tank, (34) (42) basket, (43) double vinyl tents and bags, (44) elbows and tee elbows, (45) fire pumps
(46) Power supply power supply, (47) Inverter, (48) Inverter V, (49) Access pointer, (50) Internet network, (51) Multistage multi-stage pump or control server, (52) ) Pump control board or tachograph winch control box, (54) Short range wireless communication antenna (55) Wireless communication control module of short range wireless communication device, (56) Display, (57) Electronic control device (61) an overcurrent breaker brake, (62) a power source, (63) a display screen, (64) an analog input, (65) a digital input (66) Main switch button for on / off control of each pump, (67) Auxiliary switch button (68) Computer network input, (69) Current pressure value or pressure setting value ) Memory, (71) electric wire, (73) disaster mixer mixer, (74) turbine aberration, (75) cloth goose, (76) (84) Emergency valve, (85) Pressure reducing valve, (77) Advection, (78) Airship, (79) Gas cylinder, (80) Air compressors, (81) Mobile service, (86) a first pressure check sensor, (87) a second pressure check sensor, (88) an electronic control unit, (89) a pumping pipe 89a or a downward pipe 89b, (90) (91) Drencher head, (92) Valve body inner disc, (93) Emergency siren, (94) Spark or lightning, the first source of ignition, (95) Telephone pole, (96) Transformer, (104) level or pressure switch (105), (99) flashing warning light, (100) paraffin nozzle stopper (candle), (101) pressure gauge, (106) Power motor control module, (107) Valve switch operation weight or crane boom band level maintenance weight chime, (108) Over pressure protection switch or switch box, (109) Air hose, (110) Air Hose kite (111) sprinkler head, (112), reflector, (113) fusible metal fuse, (114) stop valve or water valve, (115) underground pipe, (120) alarm valve, (121) test valve, (122) high pressure water pump, (123) lever block, (124) fire extinguisher (fire extinguisher a, fire extinguisher b, fire extinguisher c) Fire extinguisher D, Fire extinguisher e, Fire extinguisher f), 125 chain, 126 cylinder or cylinder, 127 piston or piston pump, 128 fire extinguisher fixing pin, (131) Rope, (132) Container, (133) Anchor bolt, (134) Radio sonde, (135) Driving wheel Laura Dorure, (136) Regulate, (137) Air tackle (138) an air cylinder, (139) a stern, (140) a turbine pump, (141) a casing, (142) a vane pump or guide vane, (143) an impeller, (144) a diaphragm pump , (145) Air receiver tank or high pressure low Tank, (146) propeller pump or propeller (147) skewer or skewer compressor and skewer pump (148) plunger pump, (149) stainless steel beam, (150) disaster control pump control system or control system, (158) Manhole cover, (153) Hatch cover, (154) Fire door (155) Gland packing, (156) Makkanick seal or individual seal (157) Jet pump, (158) Loess, (160) Indoor fire hydrant box, (161) Auto fire hydrant, (162) Hose hanger, (163) Logging machine, (164) Noncombustible gas carbon dioxide, (165) Iron plate bracket (166) , Class B and Class C) 167 Screw tab 168 Drain or fire fighting piping line 169 Spillway 170 Intercooler 171 Exhaust gas canister 172 Lifesaving combined Bed nozzle, (173) taochi or burner, (174) carbon dioxide gas, (175) halon gas, (176) helium, (177) pyrotechnic paraffin tape, (178) (181) an air pipe line, (182) an aft cooler, (183) a limit switch or a limit switch, (184) an unmanned camera, (185) a pointed end (188) springs or air springs, (187) unmanned igniter spark lighters, (188) lifeboats, (189) pressure head tanks, (190) flexible hydraulic hoses, (191) introduction or hydraulic pipes (192) an electric motor body, (193) a hood, (194) a snap ring, (195) a fan, (196) a body frame, (197) a body front racket, (198) a shaft, (200) front bearing, (201) stator assembly, (202) casting frame for motor protection, (203) terminal box, (204) lifting bolts, (205) terminal box cover, (206) rear bearing, (207) (208) cavity, (209) fan carver or protective cover (210) rotor iron core, (211) stator iron core, (212) stator winding, (213) hydrostatic generator, generator; SSG &quot;),
(215) an exciter (BRUSHLESS EXCITOR refers to a DC generator that is an AC generator or supplies current to a field coil of a power motor),
(216) THRUSTCOLLAR (referred to as means for pushing a ring collar)
(217) UPPER GUIDE BEARING,
(218) THRUST BEARING,
(219) stator coils (STATOR COIL),
(220) a stator frame,
(221) STATOR CORE,
(222) Lower bearing cooler (LOWER BRG COOLER),
(223) BRAKE RING,
(224) BRAKE & JACK, BRAKE & JACK,
(225) LOWER GUIDE BEARING,
(226) Engine generator, (227) Turbine bearing, (228) Runner, (229) Francis turbine, (230) Pelton aberration, (231) Marine hydroelectric power plant, (232) Searchlight, (233) (234) Nominal name "100", (235) Nominal "90", (236) Nominal "75", (237) Nominal "65", (238) Nominal 50, (239) Quot ;, " 100 &quot;," 24 &quot;," (252) V-belt, (253) plunger, (254) pin, (255) timer, (256) cable car (257) air valve, (258) safety valve 264 Overtor valve 260 drain valve 261 belt cover 262 suction filter 263 compressor body 264 pump aberration 265 main valve 266 forest 267 (271) a pump power source, (273) a control power source, (274) an emergency operation circuit, (274) (275) DC power supply (276) Micro control unit, (277) DIP switch setting circuit, (278) LED display circuit, (279) M / C drive signal contact output (282) a motor overload signal input circuit, (281) an inverter operation data input / output circuit, (282) a pressure sensing circuit, (283) an external state input circuit, (284) a discharge pressure transmitter transmitter, (296) air dryer, (292) water tank, (293) water tank, (296) water tank, (286) bed frame, (287) cooling water, (288) oil separation tank, (294) water tanks, (296) gate valves, (297) return valves, (298) bush or throttle bushes, (299) types of drencher heads (a, b, c and d) (300) Vibration alarm device (301) Drain (302) Reverse stop valve (303) High pressure bowl tank, (304) Power pump, (305) Butterfly valve, (306) Bicarbonate soda (308) Centrifugal water pump, (309) A water pump, a spiral casing (311), a buoyant pump (312), a hood valve, a pump (313), a pump body (314), a float (316) (318) float switch, (319) rear wing, (320) throat valve, (321) aspiration valve, (322) jetting water level meter, (323) actual heading, (336) Building or large building, (334) Balance, (335) Unbalance, (336) Gear pump, (327) Wing pump, (330) Separation room, (331) Magnet switch (337) Rotary Pump, (338) Rotary Rotor, (339) Priming, (340) Self-priming Pump, (341) Axial Pump, (342) Mixed Pump, (343) Viscous Pump ,
344 is a block tank of side AB, 345 is a block tank of side BC, 346 is a block tank of AC side, 347 is a block tank of side AR, 348 is AQ (A) side, (351) AM (AM) side block tanks, (352) A (AN) side block tanks,
(ABC), triangular block tanks, (355) bottles (ARS), triangular block tanks,
(356) AQT, triangular block tank, (357) abrupt (AOB), triangular block tank, (358) axle (ANW), triangular block tank, (359) etiology (AMX), triangular block tank, (360) Block tank on car (DE) side, (361) Block tank on car (BD) side, (362) Block tank on other (CE) side, (363) Stop the, (364) Middle East ring, (365) Sealed section , (366) seat ring, (367) driven ring, (368) quenching, (369) coulling, (370) return tube, (371) handle, (372) bulkhead, (373) axial barbed Load, (374) pressure on the front of the impeller, (375) pressure on the back of the impeller, (376) balance hole, (377) suction pressure, (378) back pressure, (378) balance hole, (380) Front wear ring, (381) Discharge pressure, (382) Back bearing ring, (384) Rear wing, (385) Pressure distribution and impeller due to rear wing installation, (386) Impeller placement of multistage pumps, (387) Order separation, (388) ) Coupling, (389) Water hammer, (390) Shaft, (391) Mechanical seal cooling method, (392) Strainer, (393) Water Pump, (394) rooftop fire cab or crane cab, (395) high and low mountain, (396) Pulse Encoder, (397) Speed Command, (398) motor speed and transmission, ( DISC Brakes (400) Breakwater Control Tank (401) Safety Net (Rope Net) (402) Air Chamber, (403) Slew Valve, (404) Valve Body, (405) Valve cover, (406) Slew valve, (407) Packing press, (408) Packing press nut, (409) Valve 410 handle, (411) Handle nut, (412) Packing, (413) Wedge Gate Valve, (414) Single Valve, (415) Flexible Valve, (416) Parallel Slide Valve, (417) Double Disc Gate Valve, (418) Stop Valve, (419) Flanged Glow Valve, (420) Flanged Type Angle valve, (421) Body, (422) Cover (bonnet), (423) Disc, (424) Cover Valve Seat, (425) Valve Seat, (426) Valve Press, (427) Handle, (428) Cover Fitting Ring, (429) King Presser Ring, (430) Packing Press, (431) Threaded Type, (432) Cover Bolt, (433) Packing Press Bolt, (434) Pin, (435) Cover Bolt Nut, (436) Packing Press Bolt Nut, (437) handle nut, (438) set screw, (439) washer, (440) packing, (441) gasket, (442) valve press (flat press (a), conical press (b), spherical press ( c), stud press (d)), (443) cock; type 1 (444) cock (type 2), (445) bronze screw main cock, (446) cast iron flange gland type, (447 ) Bronze Screw Glandcock, (448) Sambangcock, (449) Sabangcock, (450) Handlecock, (451) Check Valve, (452) Swing Check Valve, (453) Lift Check Valve, (454 ) Valve body, (455), cover, (456) disc, (457) disc pin, (458) plug, (459) regulating valve, (460) pressure reducing valve, (461) pilot operated pressure reducing valve (magnetism) Type), (462) secondary sensing hole, (463) diaphragm (464) pilot valve, (465) steam, (466) main valve, (467) main valve (468) Adjustment spring, (469) Oat pressure regulating valve, (470) Screw type Oat pressure regulating valve (a), (471) Flanged type pressure regulating valve (b), (472) 473) Spring type safety valve, (474) Relief type safety valve, (475) Steam type Pope spring safety valve, (476) Pope type safety valve, (477) Temperature control valve, (478) (472) Oto water dispenser (a), (480) Oto level regulator, (481) Air vent valve, (482) Oto air vent valve thermostat (for steam), (483) Oto (488) a refrigerant stop valve, (486) a refrigerant stop valve, (486) a pack valve, (487) a charge valve (bellows type), (488) a charge valve (diaphragm (491) diaphragm type expansion valve, (491) bellows type expansion valve, (492) rich valve, (493) pressure regulating valve for refrigerant, (494) solenoid valve, (495) ) Oto water valve (not shown), (496) Standard water supply (A) sectional views (b), (502), (a), (b) and (c) (503) V-type strainer, (504) tube fixing metal, (505) turnbuckle support band, (506) support band, (507) roller support band, (508) (509) steel spectacle band, (510) floor band, (511) trap, (522) angled thermal trap, (523) straight thermal trap, (524) buckettrap, (525) ) Top down bucket kits, 527 float traps, 528 impulse steam traps, 525 faucet body, 530 packing boxes, 531 packing presses, 532 barbs, 533 handles, Disk, (535) disk packing, (536) domestic water packing, (537) aging stuff packing, (538) rubber film or Teflon film
(539) a metal having a large thermal expansion; (540) a metal having a small thermal expansion; (541) a time limiter or a level switch; a high level alarm; (543) a Vacuum Fallure Alarm; (544) a thermal relay alarm, (545) an alarm reset button, (546) a low level switch, (547) a flap (valve tongue) (548) Sound Cap, (549) Chek Nozzle,
(550) Louver Carver, (551) Float retainer switch, (552) Indication scale, (553) Overflow connection (554) Vent pipe connection, (555) Flange connection, 561, 562, 563, and 563, respectively, of the solenoid valve body, 558, the carver, the spool, the spool, the spool, (566) Manifold (S, M5 propellent type), (566) thread, (567) Air hose coupling Union coupling, (568) Coupling Union Couplings, (569) 2 Position Single, (570) 2 Position Double, (571) LL Central Vertical, (572) L, Vertical, (573) Horizontal, M, F, Fitting (575) City symbol Single, 576 Double, 577 Center closed, 578 Center pressure, 579 J (Center Exhaust), 580 Micro switch, 581 Direct piping type, 582 Base piping type, 583 Fire damper, 58 4) damper spindle, (585) doctor ventilation (inlet a, outlet b), (586) hot air balloon in Mongolia,
(587) Hot Air's Hot Air Balloon, (588) Kelly's Hot Air Balloon, (589) Steamship, (590) Pier Shore Tank, (591) Barge Hull at Top of Tank, (592) Barge Hull at Bottom of Shore Tank, ( 593) Small hydro power plant floating dock, (594) Medium hydro power plant floating dock, (595) Large hydro power plant floating dock, (596) Block tank internal piping, (597) High tensile stainless steel plate, (598) Dual structure Block tank, (599) Block tank external piping, (600) First auxiliary steel for block tank, (601) Second auxiliary steel plate for block tank, (602) Snap hole, (603) High tensile stainless steel for lug shaft coupling Bolts, (604) lug shaft coupling disassembly high strength stainless nut, (605) vertical bulkhead, (606) portable lug coupling pin shaft, (607) portable lug, (608) portable lug pin, (609) horizontal bulkhead, (610) Bulk manhole, (611) Satellite, (612) Space rocket, (613) Lug hinge socket, (614) Large flange, (615) Large flange Connection hole Connection hole Machining hole, (616) Mooring device working key bed hole,
(617) Helicopter Stop, (620) Hydraulic Cylinder or Hydraulic Cylinder, (621) Band Feed, (622) Bellows Butterfly (623) Hydraulic cylinder door, (624) Hydraulic cylinder door, (625) Stopper plate, (626) Nuclear power plant, (627) Engine control system Engine control module, (628) Diaphragm rubber balloon, (629) (630) rope knot hooks, (631) emergency stairs or steps, (632) elevators or alibite (633) conveyors, (634) ship sinking air lifting lines, (635) vacuum pumps, (636) (634) an anti-diving operation line, (638) a bollard, (639) anchor, (640) anchor chain, (641) cooling fan (642), an air tug boat (643) Mooring tower, (645) Electric magnet magnet, (646) Space rocket launcher, (647) Helicopter, (648) Chain block, Cement mixing equipment mixer, (650) insulator, (651) crane boom, (652) crane boom hook, (653) landfill material, (654)
(655) a DC flowing only in the same direction, (656) an alternating current whose direction changes every time the seesaw moves up and down, (657) a ballast to keep the current constant at an approximate value, (658) (659) Nichrome wire not flowing well, (660) Bulb body, (661) Base, (662) Argon gas, (663) Filament, (664) Glass, (665) Fluorescent discharge tube, (667) Discharge, (668) Carbon rod, (669) Anode, (670) Cathode, (671) Battery, (672) Ado Tunnel, (673) 674) Korean Wave, (675) turbulence, (676) sewage terminal treatment plant, (677) sewer construction work, (678) canal or river, (679) embankment, (680) concrete dam or earthquake natural dam, (682) Wales, (683) Current,
(684) voltage, (685) electric power, (686) power outlet, (687) power inlet, (688) electric wire coil emulsion, (689) wave generator, (690) high voltage substation, (691) primary substation, (693) 54 stranded aluminum wire, (694) fuel hose, (695) transmission line diameter, (696) Daejeon subway transit railway substation, (697) intermediate substation, (698) (700) Second substation, (701) Substation factory, (702) Solar house home, (703) Step scaffold hook, (704) Ultra high voltage wire balancer balance keyring 705) pipe bridge tunnel pipe manufacturing process, (706) small diameter electric resistance welded pipe and SRM (3/8 to 8 inch OD), (707) raw material, (708) uncoiling, (709) 714 cutting and rough connection, 712 forming, 713 welding and internal and external bead removal, 714 ultrasonic and eddy test, 715 weld heat treatment, 716 air cooling, Water cooling, (718) full-face molding, (719) cutting, (720) Flatness test, (721) structural tube, (722) calibration, (723) intermediate load, (724) induction heating furnace, (725) SRM, (726) hot cut, (727) (730) Measurement of weight and length, (731) Visual inspection, (732) Screws, (733) Metals, (734) General plumbing, (735) Zinc plating , (736) galvanized steel pipe, (737) boiler tube, (738) cooling base,
(749) Cage molding, (743) Oil pipeline, (744) Cage forming, (749) Cage forming, electric resistance welding pipe (8 ~ 24 inch O, D) Ultrasonic test, (745) Jinwon molding, (746) Oil pipeline for petroleum industry, (747) Large diameter steel pipe (22-82 inch OD), (748) Edge milling, (749) 3 roll bending, (750) Post bending 751) Welding, (752) Inner Welding, (753) Backing Fingers, (754) Outside Welding, (755) Tool Sizing, (756) Piling, (759) marking, packaging, shipping, (760) spiral welded steel pipes (400A to 2600A), (761) uncoiling, (762) structural and steel pipe piles, (763) (767) First coat, (768) Pre-coat and coat, (769) Pre-coated steel, (770) Ultrasonic and X-ray Inspection, (771) electric train,
(775) Transmission line, (776) Transmission tower, (777) Opening and closing facility, (781) Central control room for production power, (782) Transmission measuring room, (783) Boiler, (784) Wind power station, (785) (807) Magnet, (791) Crude oil collection tank, (802) Cable car, (803) Furnace, (804) Reflector, (805) Reflector angle control frame, (806) (814) a cooling device or cooling water, (817) a silencer, (818) a heating device, (812) a heating device, (810) a positive water, (811) manganese, (812) nickel, · Liquid separator, (819) valley, (820) insulation, (821) iso crane boom,
(822) Rod & piston seal (ROD & piston seal; UPI (a), UPH (b), (823) Piston seal (OSIa, ODIb, OUIc, SPGd, SPGWe, GRf), (824) Buff seal ; HBYa, HBTZb, Sealc), (825) Wear Ring (WRa, RYTb), (826) Slide Ring, (827) DU Bush, (828) O-RING , 829 loaded seal (ISIa, IDIb, IUHc), (830) back up seal _{(back up seal; T 2 /} T 3 (a), BRT 2/3 (b)), (831) loaded seal and a backup seal , (832) Dust seal (LBIa, DSIb, LPIYc, DWId, DKBIe, DKIf, DWIRg, LBHh, DKBi), (833) pin dust seal (Vaya, DLIb.), (834 ) Dust wiper seal, (835) Buffer Ring, (836) Piston Ring, (837) Dasting, (838) Plumbing Piping Pile,
(849) Underwater mining baskets, (843) Underwater exploration underwater lights, (844) Bucket or pallet, (845) Deep-water deep-sea excavation (846) Anchor replacement crank, (847) Rock drill or net, (848) Actuate, (849) Undersea mineral garden air bag, (850) Turnpike, (851) Piers level Foundation base, (852) fixed wedge stand, (853) welder, (854) pipe rack,
855b bulldozer 855a crawler type dozer 855b wheel dozer 855c straight dozer 855d tilt dozer 855e angle dozer 855f rake dozer 855g hinge dozer 855h (855i) Hydrickipper, (855j) Push Dozer, (855k) Tina Dozer, (855l) U Dozer, (855m) Dozer Power Transmission, (855n) Ram Other Devices Hydraulic Pump, (855o) (855p), 855s, 855s, 855s, 855s, 855s, 855s, 855s, 855s, 855s, 855s,
(856) excavator, (856a) power shovel, (856b) drag line, (856c) earth drill, (856d) clam shell, (856e) skimmer, (856f)
(857) loader, (857a) crawler loader, (857a) wheel loader,
(858) Fork lift trucks,
(859) Scraper, (859a) Retractable scraper, (859b) Two-wheeled or self-contained scraper, (859c) Scraper structure, (859d) Earplane, (859e) Citi edge, (859f)
(860) dump trucks,
(861) Cranes or cranes, (861a) Name of each part of the crane structure, (861b) Extension cable, (861c) Loadmeter, (861d) Breeze, (861e) Boomboxes, (861f) Boom hoist rope, 861h upper frame, 861i lower frame, 861j hoist rope, 861k front drum, 861l middle drum, 861m rear drum, 861n balancer, 861o cable crane (861p) All six units of the crane, (861q) Gook, (861r) Clamshell, (861s) Shovel, (861t) Dragline, (861u) ) Trench hoe device, (861v) Pile driver device,
(862) Motor Grader (862a) Motor Grader Internal structure designation, (862b) Drive device, (862c) Neutral gear reducer, (862d) Differential gear, (862e) Parking brake, (862f) Engine flywheel, Fan, (862h) muffler, (862i) rampton drive, (862j) transfer car neutral gear reducer, (862k) outer structure of the grader,
(863) rollers, (863a) vibrating rollers, (863b) soil compactors,
(864) Safety equipment,
(865) Concrete Batch Plant, (865a) Concrete Hopper, (865b) Conveyor Charging Chart, (865c) Adjustment Plate, (865d) Water Meter, (865e) Symmetric Hopper, (865f) Scale Frame, (865i) Conveyor belt, (865i) Turnhead, (865j) Bucket elevator, (865k) Transportation cement Chad, (865l) Adjusting plate, (865m) Recording device, (865n) Circular mixer, (865o) Cement silo 865p) scour conveyor,
(866) a concrete finisher, (866a) a scour spray, (866b) a first screed, (866c) a vibrator, (866d) a finishing screed, (866e) a guide roller, (866f) a guide rail, (866g)
(867) Concrete spreaders, (868) concrete mixer trucks, (869) concrete pumps, (870) asphalt mixing plants, (871) asphalt pavers,
(872) Asphalt Sparger, (872a) Power Driven Pump, (872b) Valve Control, (872c) Spray Bar, (872d) Bunny, (872e) Discard Pipe, (873) Aggregate Duster,
(874) a crusher, (874a) a gyration crusher, (874b) a chassis frame, (874c) a feeder hopper, (874d) a vibration grease repeater, (874e) a primary jaw crusher of a crushing head, (874f) Tea jar crusher, (874g) vibration screen, (874h) drum elevator,
(875) air compressors, (876) perforators, (877) horses and anti-erectors, (878)
(879) Dredger, (879a) Pump dredger, (879b) Bucket dredger, (879c) Spotted shear, (879d) Cab or adjustment room, (879e) Red shear, (879f) Spotted, (879g) Blast tank, (879h) Blast pump, (879i) red, (879j) engine room, (879k) dipper dredger, (879l) grab dredger, (879m) bucket drive, (879n) rear spot, (879p) bucket, (879q) left and right front spot, (879r) dipper, (879s) winch, (879t) anchor warehouse, (879u) belt conveyor, (879v) grab,
(882) Boom, (883) Diesel Pile Hammer, (884) Steam Hammer, (882) Other Specified Construction Machinery, (882)
(885) Hydraulic cranes,
(886) tower crane, (886a) the name of each part of the girder structure, (886b) Gide derrick, (886c) main side, (886d) boom, (886e) boom foil, 886f turnbuckle, (886g) ) 3 Derek, 886i, 886j Boom, 886k Boom Foil, 886l Leak,
(887) Drag Crane, (887a) Drag Crane Structure, (887b) Hoist Cable, (887c) Dump Cable, (887d) Bucket, (887e) Lower Boom, (887f) Letter Cable, (887g) Cable Roller, (887h) boom cable, (887i) cable roller, (887j) boom hoist cable, (887k) cable drum, (887l) cable drum, (887m) parallel weight,
(888) Clamp cell attachment, 888a Holding line, 888b Closing line, 888c Clamshell bucket, 888d Upper frame, 888e Lower frame, 888f Rack line, Rope guide, 888h crowbar, 888i bridle, 888j boom hoist rope, 888k front drum, 888l rear drum, 888m parallel weight,
(899) Tandem Roller (891) Tamping Roller, (892) Tire Roller, (893) Tractor, (894) Trailer, (895) Ram, (896) Lead, (897) (898) file, (899) Helmit, (900) fuel pump, (901) cam, (902) fuel tank, (903) starter, (904) boom lead pin (905) (912), (912) Robot or submarine mineral picking robot, (913) Mine detector, (908) Crude rotary table drilling machine, (909) Manganese nodule, (914) rubber balloon, (915) wire rope chain, (916) pneumatic transportation equipment, (917) core drill, (918) boopkid, (919) rubber tire, (920) burner boom, (921) Harmful tidal microorganism, (922) Non-polluting natural gas, (923) Air nozzle, (924) Mineral picking trough, (925) Ascending air flow, (926) Ascending air flow, (927) High pressure hose, , (929) fish or shell spawning grounds or farms, (930) chemical contaminants, (931) cement , (932) fishing nets, (933) barge or control boat, (934) woodfish, (935) seesaw lever, (936) borehole, (937) pipe bridge, (938) electrode plate anode, (939) ) Cooling air bubbles, (940) bit, (941) marine tunnel, (942) center of the Korean peninsula, (943) shared surface reclamation design in the form of 3000 squares, (944) reclaimed land, (945) shared reclaimed land, (946) Military Demarcation Line, (947) Armistice Line, (948) Armistice Line, (949) Border Line, (950) Southern Limit Line, (951) Northern Limit Line, (952) Beta Economic Zone, (953) Korea-China Interim Measures, (954) China's claim of a straight line, (955) Korea's claim of EEZ, (956) Japan's claim of EEZ, (957) Tibetan Plateau of the Himalayan Mountains,
(968) Nuclear power plant, (962) Nuclear waste treatment reactor facility, (963) Peace sovereignty line, (964) Petroleum, (958) (967), (967) tin, (968) coal, (969) agricultural machinery, (970) construction machinery, (971) military materials, (972) border areas, (974) (976), (978) nuclear carrier, (979) oil pipeline, (980) gas piping, (981) gold and silver, (982) nuclear fuel, (983) nuclear waste, (984) (987), (987), (987), (988), (989) United Nations, (990) United Nations Organization, (991) Atomic Bomb, (992) Hydrogen Bomb, (993) Tunnel dock, (994) Switch for operation weight and weight sensor for weight sensor for diverting diving buoyancy control, (995) Submersible, (996) Barge, (997) Lifeline, (998) Floating Food,
(999) nuclear waste treatment reactors, (1000) enriched uranium235, (1001) nuclear pressure vessels, (1002) pressors, (1003) atomic nuclei, (1004) coolants, (1005) silencers, (1006) water separators, (1007) ) Moderator, (1008) proton, (1009) neutron, (1010) generator, (1011) non-rotating armature coil, (1012) rotating electromagnet rotor coil, (1013) steam pipe, (1014) strong gas high temperature High pressure steam inlet, (1015) transmission measuring room, (1016) tanker, (1017) atom, (1018) electron, (1019) steam dryer, (1020) uranium239, (1021) deaerator, (1022) steam Cooling device condenser, (1023) steam drum, (1024) reheater, (1025) dust collector, (1026) heavy oil tank, (1027) thorium, (1028) natural uranium, (1029) control rod (1030) Radioactive nuclear waste [<<<, >>>], (1031) Uranium fluoride (1032) Plutonium, (1033) Steam towers, (1034) Containment vessels, (1035) Purifiers, (1036) Steam generators, (1037) ) Fuel assembly, (1038) nuclear power, (1040) uranium or uranium 238, (1 (41) Core, (1042) Fuel Rod, (1043) Nuclear Reactor, (1044) Active Membrane Gas Hold-up Device, (1045) Filter, (1046) Exhaust Tower, (1047) Radioactive Nuclear Waste Storage Tank, (1048) Filter, (1049) Radiation Meter, (1050) Monitoring Post, (1051) Drum, (1052) Uranium Mine, (1053) Yellow Cain, (1054) Reinforced Concrete Mat, (1055) Reprocessing Plant, (1056) Conversion Plant, (1057) concentration plant, (1058) conversion and processing plant, (1059) nuclear fission, (1060) smelting plant, (1061) pellets, (1062) coating pipe, (1063) power plant, (1064) cooling water piping line, (1065) (1066) Circulating water pump, (1067) Water supply pump, (1068) Double pipe structure block piping line, (1069) Temperature pressure sensor sensor safety valve, (1070) Uranium dioxide, (1071) (1072) power reactors, (1073) boiling water reactors, (1074) pressurized water reactors, (1075) gas cooling furnaces, (1076) multipurpose hot gas furnaces, (1077) new conversion furnaces, (1078) high speed growth furnaces, ( 1079) Pressure Control Pool, (1080) Recirculation Pump, (1081) Coolant Pump, (1082) Intermediate Heat Exchanger, (1 083) Radius 1200 km,
The injection nozzle upper end A, the injection nozzle body B, the injection nozzle lower end portion C,
The pump body PB, the pump body vertical line PBVL, the pump body horizontal center line PBCL,
(SDU), the center of the hull deck (SDM), the top of the deck (SDL) of the dock,
(MFGU), machine room floor surface (MFG), machine room floor surface lower part (MFGL),
(EL), the north pole (NP), the south pole (SP), the longitude (ld), the latitude
The road surface top surface GLU, the road surface GLL, the road surface GLD,
Shared surface upper part (SLU), shared water surface (SLL), shared water surface lower part (SLD)
Out of Merchinery Room (OMR),
Merchinery Room (MR),
In the Merchinery Room (IMR),
Valve body center line (VBCL or PBCL), fire water lower surface (WLD), fire water surface (WLL), ejection surface (WLU)

Claims (115)

The common water surface reclamation processing apparatus is a water surface reclamation design plan that is formed before and after the shared water surface reclamation process inside the body of the water surface embedding device 1, Based on the central area of the office and the border office, one control point is established, and the total area of 2,400 km in diameter with a radius of 1,200 km from Samcheongri is 4,521,600 ㎢. The area of the peninsula (942) (943) process comprises a Tibetan plateau reclamation field (957) in the Himalayas in a shared landfill (944) and a shared reclaimed landfill (945);
In the area of 3000 Northeast Asia, which is divided into 360 sections of 360 ° from the center of the Korean peninsula (942), the various parcels are formed, A shared concept of water reclamation process was formed in the shared landfill site (944) and the shared water reclamation site (945) in the Tibetan plateau reclamation area (957) in the Himalayas before the formation of a new concept of the United Nations integrated state,
In order to prevent the expansion of the military power of our country, which is causing the territorial disputes, Dokdo is our territory, Senkaku is our land, leaders of the parties to the dispute and their people can share their territory, To form a shared landfill 944 and a shared surface landfill 945 in such a way as to resolve territorial disputes,
When one nation refuses or destroys the mutual consent of the parties to the territorial dispute so that the peace can be achieved between Northeast Asia and the world, one of the new concept is to change the land into a land, The United Nations integrated state is formed in a shared landfill 944 and a shared surface landfill 945 with shared water surface treatment processes prior to formation;
Until the last peaceful settlement for the peaceful coexistence of Northeast Asia formed inside the body of the shared water surface treatment system with landfill treatment equipment equipped with natural energy pollution-free construction equipment, hostilities or all kinds of force and violence (959) and satellite communications (611) to the land and sea of the globe by reviewing and analyzing the communication weather information data that has been received from the satellite (611) According to the weather forecast of the Korea Meteorological Administration, various natural disasters such as large-scale forest fires, yellow dust, heavy snow, extreme weather, typhoon, earthquake and tsunami, landslide, To form a shared landfill 944 and a shared surface landfill 945 in an alternate preventative manner;
A method for preventing various artificial territorial disputes, war, and terrorism, and a method for controlling flood damage that can continuously cope with flood damage from the disaster to the landfill processing apparatuses of the flood control system, To form a shared surface landfill 945;
In order to establish a peaceful coexistence that guarantees complete suspension of hostilities and all acts of violence in Korea surrounded by Russian territory in China and Japan in Northeast Asia as part of the Pacific region, The United Nations, which is transforming itself into a unified, integrated nation, formed by the unified Korea chapter map by means of various peaceful coexistence methods in accordance with the international treaties, has been formally proposed to resolve territorial disputes, To form a shared landfill 944 and a shared reclaimed landfill 945;
The landfill treatment process with non-pollution-free peace-keeping type construction machine with natural energy non-pollution construction equipment replacing oil use, flood control equipment 959 with shared water surface burial treatment equipment, The tunnel transport apparatus 960 is provided with a shared landfill 944 and a shared water surface treatment facility 942 including a nuclear waste disposal reactor facility 962 of a nuclear power plant 961 having a nuclear explosion preventive double structure block tank for nuclear waste disposal, Wherein the water surface is formed at a time before and after the process of the common water surface embedding process in the body of the water surface embedding apparatus body 1 formed in the landfill 945. [ The method of claim 1,
The shared water surface design (943) system formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device (1) is based on the highly developed agreement of the peace coexistence treaty treaty and the Tibetan plateau (957), and selected a well-preserved reclaimed landfill in a war-torn area to share a water surface within a 2,400-km-diameter range of 1,200 km from the center of the Korean peninsula. And shall comply with the Northeast Asian peaceful coexistence conditions and regulations described in each of the following items formed before and after the shared water surface embedding process into the inside of the shared water surface embedding device body, Russia and Japan agree jointly and mutually, and the intent of these terms and regulations is purely territorial disputes In order to prevent the expansion of the military power of our country, all military supplies are put into the blast furnace (803) and are formed by means of regeneration with the agricultural equipment (969) and the construction machine (970) In order to solve the territorial dispute peacefully, the leaders of each country, which is a new concept of one unified nation, apply the analogue system agreements and treaties between the countries of the pre - (944) and shared sleeping area (944) so as to carry out the best efforts to maintain peace in Northeast Asia by selecting agreements and treaties between the digital systems within the range of 2,400 km in diameter with a distance of 1,200 km from the center of the Korean Peninsula When the inside of the shared water surface embedding apparatus body 1 formed in the landfill 945 is filled in before and after the shared water surface embedding process Shared water reclamation apparatus comprising a peaceful retained Construction Machinery characterized in that province 3. The method of claim 2,
We hope to consolidate the peace mechanism in the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the Shared Water Surface Reclamation and Treatment Facility (1). In any one of the States Parties, in the Northeast Asia region of the Pacific Ocean Hoping to publicly and officially declare a common resolution to defend itself against external armed attacks so as not to have any potential invaders with the illusion that it is isolated and that the more comprehensive and effective regional security in the Pacific Northeast Asia The Parties occupying the former territory of the Republic of Korea, in the hope of maintaining peace and security until the development of the security organization and consolidating efforts for collective defense, shall, in accordance with the establishment of the United Nations, Shared surface landfill for peace keeping Into the interior of the body (2,424 km) with a radius of 1,200 km from the center of the Korean peninsula before and after the water surface embedding process. In the shared landfill (944) and shared water surface landfill (945) Wherein the water surface is formed inside the body of the water surface embedding apparatus body (1) before and after the process of the water surface embedding process. The method of claim 3,
When all the territorial waters formed before and after the process of the shared water surface landfill process are changed into land within the body of the water surface treatment apparatus 1, the Northeast Asian countries continuously compete with each other for territorial disputes It is equipped with the power of peace-protecting nature to prevent natural disasters such as large-scale forest fires, drought, typhoons, typhoons, earthquakes and tsunamis, landslides and nuclear radioactive contamination in advance, The land is formed by the territorial sea crustal deformation methods of the territorial sea and it is formed in such a way that the army competition can not be continued. Inside the peaceful sovereignty of the old ancestor, all military materials (971) including underground mineral resources belonging to the military material (971) (972) from the Yalu River to the Tumen River in order to prevent the production and transportation of goods to and from the International Peacekeeping Force under the United Nations Organization. (973) to provide security for the international peacekeeping force. Each member of the Northeast Asia region will be provided with naval vessels of 971 (974) ), Submarines (975), fighter planes (976), and naval vessels (977) were formed to be able to supply and operate fuel and weapons under the control of the International Peacekeeping Force, States can grant the powers and authority of peacekeepers to allow nuclear aircraft carriers (978), ships (974) and fighters (976) to enter and exit under international peacekeeping forces. (970) of the digital system, it is possible to construct a landfill site in the range of 2,400 km in diameter with a radius of 1,200 km from the center of the peninsula before and after the process of the shared landfill and the shared landfill landfill processing method. Wherein the water is formed in the shared water surface embedding apparatus body (1) formed in the shared landfill site (944) and the shared water surface landfill site (945) Shared water surface treatment system equipped with construction machine 5. The method of claim 4,
The interior and the exterior of the shared water surface embedding device body 1 formed inside and outside the Northeast Asian region formed before and after the process of the shared water surface embedding method are connected to the roads and railways blocked inside the DMZ, (979) and gas pipelines (980) to participate in the construction project of the Siberian Oil Pipeline (980), and to the inside of the body of the shared water surface landfill system. In the Northeast Asia region, which is a new concept of integrated state formed in the city of Fujian, the two sides share a common landfill site (944) and a shared water surface landfill site (945) (1) is built in before and after the shared water surface treatment process. Chi The method of claim 5,
The inter-Korean and intra-Northeast Asian regions, which were formed before and after the shared water surface treatment process inside the shared water surface treatment apparatus body (1), gave up the military rights and the abandoned rights were transferred to the Northeast Asian Nations Organization And can not raise objections and objections to the establishment of the Organization for Northeast Asian Nations of the International Peacekeeping Force, and each group that violated it would be eligible for the WIPO International Convention Treaty Cooperation Organization And the Berne treaty, the whole power of both South and North Korean power organizations is regarded as a crime against the authority and moral rights of the 18th President of the Republic of Korea. Northeast Asian region to ensure the implementation of laws and regulations in accordance with international laws and regulations Wherein the water surface is formed in the shared water surface embedding apparatus body (1) formed in the refuse land (944) and the shared water surface landfill (945) before and after the shared water surface embedding treatment process. Buried processing device The method according to claim 6,
Inside the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the shared water surface embedding device (1) Both sides of the North and South have to voluntarily make volcanic eruptions, earthquakes, and large-scale volcanic eruptions (959) which can quickly overcome natural disasters such as forest fires, Tsunami, typhoons, hurricanes, tornadoes, floods, droughts, yellow dust, heat waves and cold waves, and nuclear waste 983) Treatment technology and explosion-proof reactor facility (962) The project was first implemented in the Northeast Asia region. In response to the feasibility assessment, it was gradually distributed to the rest of the world to protect the global peace, Unification Korea dispute The nation of hundreds of millions of people including the people of the respective countries and the overseas Koreans Income It is formed by the people of the world economic power of 100,000 dollars per person Is a shared water surface landfill formed in a shared landfill 944 and a shared water surface landfill 945 so as to be able to select a conversion mode into a Northeast Asia region internal state consisting of one new integrated nation formed in the interior of the shared water surface embedding device body Wherein the water surface is formed at a time before and after the process of the water surface embedding process in the processing apparatus body (1) The method of claim 7, wherein
Inside the Northeast Asia 45th Nuclear Counter-Tactical Unit (Northeast Asia) formed before and after the shared water surface treatment process inside the shared water surface treatment apparatus body 1, (988), glass (984), agate (985), amber (986), pearl (987), diamonds (987), and other materials that were distributed in the Oei Taejang 965), etc., are used to build a new concept in the interior of the body of each water surface embedded in Northeast Asia, which is a single integrated country, Is formed inside the shared water surface embedding apparatus body (1) formed in the water surface landfill (944) and the shared water surface landfill (945) before and after the shared water surface embedding process. &Lt; RTI ID = 0.0 &gt; a &lt; / RTI &gt; 9. The method of claim 8,
Inside the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the water surface treatment apparatus (1), in the United Nations (989), the political independence or safety of any one of the territorial dispute- At any time when recognizing that any Party is threatened by armed attack, the Parties shall consult with one another within the Northeast Asian region of Northeast Asia (989), a single, new, And a shared sleeping landfill (945) formed in a shared landfill (944) and a shared water surface embedding processing body A shared water surface embedding device 10. The method of claim 9,
Inside the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the water surface treatment apparatus (1), in the United Nations (989), the territorial dispute parties individually or jointly, by self-help and mutual assistance, (990) of the United Nations Northeast Asia Nation (989), which is consistent with the appropriate measures to implement the Convention and to pursue its objectives, (991) and hydrogen bombs (992) to Beijing and Tokyo to the territories of the territorial disputant parties, and decided whether to release or not. Which is formed in the shared landfill 944 and the shared water surface landfill 945 so as to be able to make a consensus Body (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process into the shared water The method of claim 10,
Inside the Northeast Asia region formed before and after the shared water surface treatment process inside the shared water surface treatment apparatus body 1, in the United Nations (989), the territorial dispute parties are divided into the territories under the administrative jurisdiction of the other Parties, In the territory of the other Contracting Party in the territory of the other Party which recognizes that it has legally entered the territory of the other Contracting Party, recognizes that the armed attack endangers its peace and security and, in order to cope with common risks, (990) of Northeast Asia United Nations (989) in accordance with the procedures set forth in the Constitution of the Republic of Korea. The parties to the dispute are the Senkaku Islands Conflict Area and the Dokdo Conflict Prevention Area And that it abandons both the claims and rights of Japan and China, including the disputed territory. The ruling power of the parties to the disputed territorial disputes is to make a complaint to the International Court of Justice for no reason, to determine the penalties of the book, and to determine the level of punishment. In addition, All of which are located in the shared landfill site 945 formed in the shared landfill 944 and the shared waterfill landfill 945 in such a manner as to elect a leader of the high- A common water surface embedding device with a peace-keeping type construction machine, which is formed inside and outside the Northeast Asia region, 12. The method of claim 11,
Inside the Northeast Asia region formed before and after the shared water surface treatment process inside the shared water surface treatment apparatus body (1), in the United Nations (989), the United States of America The ROK grants it the right to deploy the Army, Navy and Air Force in and around the territory of the Republic of Korea, and the United States accepts it, and when any nation refuses or repeats the mutual agreement of the parties to the territorial dispute, It can be used as a global land mass that can be formed as a Daejwooju and Daejangju, which can be formed as a Hokkaido Daejangdo. It is a landfill type in which a hollow is formed in a mountainous shape so that the whole Tibetan plateau of the Himalayas can be moved. To be able to be converted to land. If we continue to compete in armed conflicts for the sake of land disputes, we will be able to carry out the global earthquake disaster change by the territorial waters of all the territorial waters of Northeast Asia. The responsibility for this is transferred to the governor of each country. Nationals and rulers of the Parties are obliged to share land (944) and shared landfill (945) in the Northeast Asia region, which is a new concept of the integrated state of the land, Wherein the water surface is formed at a time before and after the process of the common water surface embedding process in the body of the water surface embedding apparatus body (1) The method of claim 12,
The Northeast Asian Peace and Coexistence Treaty, which was formed before and after the shared water surface treatment process inside the body of the water surface treatment system (1), should be ratified by the Republic of Korea and the United States of America within the Northeast Asia region, (945) with shared landfills (944) so that they can be made effective when they are exchanged in Seoul by the State, and that they should be ratified equally by the Constitutional procedures, Wherein the water surface embedding apparatus is formed at a time before and after the water surface embedding process in the body of the water surface embedding apparatus body. The method of claim 13,
The Northeast Asian Peace and Coexistence Treaty (NSSP) treaty document, which was formed before and after the shared water surface treatment process inside the body of the water surface treatment apparatus (1), was established within the Northeast Asia region, The WIPO International Treaty Organization, in which the offspring can exercise their rights for 300 years, was created by the 18th President of the Republic of Korea, who was elected by the Bern Treaty. Is formed in the shared water surface embedding apparatus body (1) formed in the shared landfill site (944) and the shared water surface landfill site (945) so as to execute the intellectual property right inside the area before and after the shared water surface embedding process Shared water surface treatment system equipped with a peace-keeping construction machine 15. The method of claim 14,
Representatives of the Free Chinese and North Korean delegations from within the Northeast Asia region formed before and after the shared water surface treatment process inside the body of the water surface treatment apparatus (1) raised objections to the New York United Nations General Assembly for peaceful coexistence in Northeast Asia Not only can not it be done, but especially the Japanese national delegates who cry out publicly, and the people of those who losing to the International Court of Justice as the defeat state of World War II for three days is not far away, and typhoon, flood and Tsunami And the earthquake volcanic eruption, etc. The author of this Agreement treats the rights and obligations of the Northeast Asian region, which is composed of one new, integrated nation, The land surface 944 and the shared water surface landfill 945, Wherein the water surface is formed before and after the water surface embedding process, 16. The method of claim 15,
Even within the Northeast Asian region formed before and after the shared water surface treatment process inside the body 1 of the above mentioned water surface treatment apparatus, the Chinese government claiming the territorial rights strictly warned that it is not free from the natural disasters mentioned above. The Chinese government has also decided to dispose of the book books of the world written in the Sea of Japan, and to dispose of historical relics such as Goguryeo, Bohai and Baekje, or to insist on distorting history. In order to effectively manage and preserve the heritage of humanity, the Ministry of Culture and Tourism has established a new Cultural Heritage Administration which will be able to collect floating world cultural heritage in the administrative capital of Northeast Asia, As a member, they are responsible for fulfilling their responsibilities and obligations. Wherein the water surface is formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945. [ Water surface embedding device 17. The method of claim 16,
The installation process of the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process in the shared water surface embedding device body 1 should be capable of ensuring safety against natural disasters, The method of installation of the marine tunnel transportation device (960) is as follows: the buoyancy control of the tunnel dock (993) and the floating docking buoy to increase or decrease the diving speed according to the loading amount of the hull (994) (970) to the inside of Northeast Asia to establish safety installation standards of offshore heavy industry marine iron structures in the shipbuilding field during the manufacturing process and transportation process so as to re-adjust the installation process. 944 and the shared water surface landfill 945 are formed inside the body 1 before and after the water surface treatment process Shared water surface treatment system equipped with a peace-keeping type construction machine The method of claim 17,
The dockyard facility in the shipyard is provided in the Northeast Asia region of the United Nations (989) formed at the time before and after the shared surface landfill processing body (1) in width x length, 131m x 530m standard. Therefore, block piping should be set as horizontal × length × length, 20m × 30m × 500m standard, and make block piping 598 inside the dock yard facility to form safe launch condition perfectly, and block unit offshore tunnel transportation A block manhole 610 and a hydraulic cylinder door 624 are provided at the disengaged position of the block piping 598 to renovate the device 960, and the large portable lug 607 and the large flange 614 of the lifting equipment are installed. And mooring with construction machinery such as offshore cranes, ships, and launchers 877 mounted on barges 996 and tugboats 636 on submersibles 995 and semi-working submarines 637 Fixing and harming the device Northeast Asian region where equipment such as anchor chain (640) and rope rope (629) is formed inside the body of the shared surface landfill device in the bollard (638) and anchor (639) to automatically form A construction machine 970 is provided in the United Nations 989 and formed at the shared landfill processing unit body 1 at the shared landfill 944 and the shared surface landfill 945. Shared water surface disposal device having a peace machine construction machine, characterized in that 19. The method of claim 18,
A plurality of block pipelines 598 are formed inside and outside the Northeast Asia region formed before and after the shared water surface embedding process process into the inside of the common water surface treatment apparatus body 1 by the marine tunnel traffic apparatuses 960, The marine tunnel communication device 960 is connected to the upper end by a barge line 996 and floating dishes 998 so that disassembly and coupling are performed by a lug shaft coupling bolt 603 and a lug shaft coupling and disassembling nut 604, The manganese nodule 909 is formed of manganese 811 and nickel 812 with a copper 813 and a cobalt 814 and the like in the portable lug 606 and the portable lug 607. [ It is assumed that crude oil 841, which is formed by containing metal minerals, is loaded with natural gas 922 and manganese nodules 909 below the seabed, which is more than 5000 m below the continental shelf region. (910) of undersea minerals on the net (910) and minerals The seaweed crane boom bar 821 is operated by the seaweed crane boom bar 821 and the like to take over the barge ship hull, The maritime tunnel transportation device 960 is constructed and installed so as to have abundant materials both inside and outside Northeast Asia to be shared in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 Wherein the water surface embedding process is performed before and after the water surface embedding process. 20. The method of claim 19,
The abundant material formed inside and outside the Northeast Asian region formed before and after the shared surface landfill processing body 1 inside the shared surface landfill processing body has a loading amount of 909 billion tonnes of manganese nodules 909 on the bottom of the Pacific ocean floor. Manganese 811 is 400 billion tons and nickel 812 16.4 billion tons, copper 813 8,8 billion tons and cobalt 814 5.8 billion tons of reserves, such as manganese nodules 909 is about 1cm in diameter to 25cm in diameter An annual amount of 10,000,000 tons is produced in the Pacific Ocean, and the manganese nodules (909) are concentrated at about 5000m, which is the intermediate point of gravity of about 10 km below sea level and the buoyancy that receives this gravity. The manganese nodules 909 are formed by loading and loading, and the manganese nodules 909 are formed of a periscope 913, a fish finder sonar 907, and a deep sea search underwater lighting formed in a pneumatic lifting equipment 916 and an underwater mineral harvesting robot 912. (843) to operate the seesaw crane boom (821) and the conveyor (633) to form the manganese nodules (909) above the barge (996) hull and to provide power to the network and searchlight above the deck deck above the sea level By supplying, the amount of work is calculated and collected at the time of before and after the shared surface landfill process inside the shared surface landfill apparatus body (1) to collect and form abundant seabed mineral material in the common landfill 944 and the shared surface landfill 945 Shared water surface disposal device with peacekeeping construction machine 21. The method of claim 20,
A sufficient amount of material formed inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1 is transferred into a marine tunnel 941 and a plurality of marine tunnel traffic The pipe bridge 937 used as the device 960 is connected to the block tank inner pipe 596 and the inner surface of the block tank inner pipe 596 through the first auxiliary pipe for block piping 600 and the second auxiliary steel plates 601 for block piping are cut and welded together and then connected to a shared landfill 944 and a shared water surface landfill 944 by a marine tunnel transport device 960 formed of double structure block tanks 598. [ 945 and the large flange 614 formed at the connection portion of the pipe bridge 937 of the marine tunnel traffic device 960 is formed by welding and assembling processes and the double structure block tanks 598 Shared sleep surface devices with shared sleep surface devices The landfill process is performed in the shared landfill 944 and the shared reclaimed landfill 945 before and after the treatment process and each marine tunnel used as an individual shelter in the middle of the connection of the double structure block tank 598 941), and a marine tunnel (941) lifting trough (998) formed inside the body of the shared water surface embedding device are connected to a plurality of pipe bridges (937) Bridgeheads 928 are installed at intervals of 500 meters so as to support the piers 928. The bridgeheads 928 are fixed to the bottom of the seabed with the construction equipment and are vertically arranged at the top of 40 meters above the sea level of the upper surface of the plurality of pipe bridges 937, (590) is formed in the inside of the common water surface embedding device body, and the buoyant poison (998) of the vertical pier combined column holding tank (590) is connected to the upper part of the deck deck by the support shelter (998) Wherein the water surface is formed before and after the water surface embedding process in the body of the water surface embedding device body 1 formed in the water surface 944 and the water surface reclaimed land 945. [ Device The method of claim 21,
The system is located at the bottom of the deck surface deck of the upper sea barge 996 of the upper surface floating dock 998 of the bridge pier holding tank 590 formed before and after the shared water surface landfilling process into the shared surface landfill processing body 1. Mooring site and SLU barge (996) Deck deck on top of nuclear power plant (626) and wind power plant (784), offshore mineral resource collection station (791) and meteorological station On the deck decks such as barges 996 and floating docks 998 formed of double structured block tanks 598 and floating dock tanks 998, the marine tunnel transportation devices of the marine industrial power generation facilities are shared landfills. 944 and the shared surface landfill processing apparatus formed on the shared surface reclaimed land 945. The method of claim 22,
The guide rails 618 are installed inside the block tank internal pipe 596 of the bridge 937 of the marine tunnel 941 formed before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body 1 A tunnel internal train 771 running at a speed of 300 K per hour is running and a natural gas 922 and a crude oil transportation pipeline are connected to the lower portion of the guide rail supporter 852 in the block tank external pipe 599 space around the block tank internal pipe 596, The line 181 is further installed and at sea the barge 996 is provided with construction machine equipment on the tundish 636 and the semi-submerged operation line 637 and the ship sinking air lifting line 634, As a result of the installation process, the lifting poisons formed on the upper surface of the pipe bridge 937 connecting the land and the land are connected to the marine tunnel 941 and the tunnel tunnel 993 and the marine tunnel transportation device 960, A shared landfill 944 and a shared water surface Public waters embedding processing device body (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process into the shared water forming in ripji 945 24. The method of claim 23,
A separate submodal poison 998, which is not formed on the upper surface of the pipe bridge 937 formed before and after the shared water surface embedding process inside the body of the shared water surface immersion processing apparatus 1, is connected to the strut tank upper barge hull 591 The combined piercing tanks 590, the pier piercing tanks 590 with the lower barge lines 592 and the respective portable tugs 607 formed by the disassembly coupling with the pier- (593) divided the length of the holding tank according to the depth of the sea by the medium sized floating dock and the large docking dock (595), the small docking dock (593) divided the middle docking dock (594) (595), and the medium-sized floating-type poison (594) is associated with small-sized floating-type poison (593) and large-sized floating-type poison (595) ) To a shared landfill 944 and a shared water surface landfill 945, (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process into the shared water 25. The method of claim 24,
A pin shaft 606 is formed in the porter plug 607 formed at each portion of the barge hull 592 at the bottom of the support tank formed before and after the shared water reclamation process. 615) and the long hole 616 is formed so that the holding tank connecting portion and each holding tank is formed in the form of vertical and pyramid building (1017), the connection barge bar 996 at the top and bottom of the holding tank The formed lugs 607 have a pin lug 606 for coupling the lugs, and a lug shaft coupling disassembly nut 604 on the threads 566 of the lug shaft coupling bolt 603 and the lug shaft coupling nut 604. And the portable lug coupling pin shaft 606 is formed to be disassembled and coupled with the portable lug pins 608, and the processing hole 615 and the long hole 616 formed in the portable lug 607 are horizontally vertical. Acts as a pyramid building (1017) Mortar and lifting equipment Other barge, sinking prevention floating dock and offshore tunnel transportation system The shared landfill device body (1) formed on the shared landfill (944) and the shared surface landfill (945) equipped with construction machinery (1) Shared water reclaiming device with peace-keeping construction machine, characterized in that formed before and after the shared water reclaiming process inside 26. The method of claim 25,
A plurality of holding tanks 590 at the center portion of the holding tank upper barge hull 591 and a plurality of holding tanks 540 at the outer side of the holding tank lower barge hull 592 are provided in the shared water surface embedding device body 1 before and after the shared water surface embedding process A plurality of column holding tanks 590 formed, a strut tank top barge hull 591 and a portable lug 607 formed at each connecting barge line at the upper and lower ends of the holding tank are provided with a shaft, a lug shaft coupling bolt, The shaft coupling-disassembling nut is disassembled into the pin shaft 606 for engaging the portable lug with the pins 608 for the portable lug to form a shared water surface embedding process, and the processing hole 615 formed in the portable lug 607, And the elongated hole 616 are formed in a horizontal shape in the form of a vertical pyramid building 1017 and formed as submerged poisons 998 that are prevented from sinking. In the center of the upper barge hull of the holding tank 590, Along the circumference of the single holding tanks, the outer lower central vertical holding tanks 590 are formed by drilling equipment and mooring devices, and are connected to several pipe racks 854, 917 and then connected to the hydraulic cylinder 620 and the hydraulic cylinder masterbelt 623 and the construction machine 970 mounted on the barge on the upper surface of the columns of the respective holding tanks, And a hydraulic cylinder 620 is operated to drill a worm crank 846 which is connected to the construction machine 970 so that the worm crank 846 is inserted into the drilling hole, The wrench crank 846 compresses and expands inside the excavation hole and is fixedly formed and fixed in the ground with the interlocking tool punch buffers 185 having a sharp end with a sharp point and the lower end portions of the respective holding tanks are fixed to prevent the barge ship hull drift The barge line 996 is seated in the deep sea bed and is connected to the inside of the shared water surface embedding device body 1 which securely forms the marine tunnel transport device 960 mooring device formed in the floating tank in the shared landfill 944 and the shared water surface landfill 945 Wherein the water surface is formed at a time before and after the process of the common water surface embedding process. The method of claim 26,
The marine tunnel transportation device 960 formed before and after the process of the common water surface embedding process into the inside of the shared water surface embedding device body 1 is constructed by a mooring device formed in each lifting mouth of the holding tank, A plurality of nuclear power plants 626 and a plurality of offshore hydroelectric power plants 231 are connected to a shared landfill 944 in the upper deck deck SDU of each of the strut tank upper barge hulls 591 fixed to the upper portion of the upper tank 592, ) And a shared water surface landfill 945 are formed before the shared water surface treatment process and are formed into individual marine power generation units in each of the marine power plants. In the drying method of the marine aquaculture tank 998, The inside of the double structure block tank 598 is hermetically sealed with a flange connection portion stopper plate 625 so as to straddle the 500-meter double structure block tanks 598 of the double structure block tank 598, (599) Outside piping (599) Outside piping and valve connection Large flange (614) Two internal and external large flanges with both sterns Fixed and welded with welded joints and both stern double structural block tanks (598) Large A double structure block tank 598 having a block tank inner pipe 596 formed in a stopper plate 625 inside a block tank external pipe 599 having a short length of 3 meters and a flange 598 inside the block tank 598 The partition wall manhole 610 and the manhole cover 152 are connected to the inside of the stopper plate 625 in order to remove the stopper plate by an oxygen cutter inside the pipe bridge after the connection operation of the large flange 614, Is formed in a shared water surface embedding device body (1) formed in a shared landfill (944) and a shared water surface landfill (945) before and after a shared water surface embedding process. Processor 28. The method of claim 27,
The gasket 32 is inserted into the joint portion of the large-sized flange 614 formed before and after the process of the water surface embedding process in the common water surface treatment apparatus body 1, A water pump 36 is installed inside the double structure block tank 598 to discharge the water to the outside of the double structure block tank 598 and then the flange connection process is performed. Thereafter, the double structure block tank 598, Unlike the conventional method in which the band guide 621 is provided outside the outer wall to perform the bolting operation, the block tank outer pipe 599 has a large flange connection hole, a plurality of large-diameter flange connection holes, The connecting connector joint area machining holes 615 are provided with marine tunnel transporters 960 with threaded machining threads 566 that replace the lug shaft engaging disassembly nut 604 with a shared landfill 944 and a shared water surface Landfill (945 And the second surface is formed at a time before and after the process of the common water surface embedding process. 29. The method of claim 28,
An inner large flange connection joint joint portion machining hole 615 formed opposite to the large flange 614 formed before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body 1 is also processed by a tapping machine Forming a large flange 614 with a threaded flange 566 having a threaded flange 566 and a threaded flange connection hole 615 formed with a large flange thread 566 to form a thread 566, The partition wall manhole 610 and the manhole cover 152 are joined to the block tank outer pipe 599 and the band tank outer pipe 599 is connected to the band guide before the large flange coupling and disassembling process The large flange 614 is formed so as to be able to be disassembled and coupled immediately without using the large flange connection connector joint portion machining hole 615 and the inside of the block tank external pipe 599 and the block tank internal pipe 596 bracket Shaped shared landfill 944 and shared common landfill 944 so as to provide a new large flange disassembly and bonding method that forms a thread 566 that replaces the nut in the large flange connection joint fused hole 615 of the large- Wherein the water surface embedding apparatus is formed at a time before and after the water surface embedding process in the body of the water surface embedding apparatus body. 30. The method of claim 29,
The marine tunnel transport apparatuses 960 are capable of withstanding the 100,000 tons water pressure of the deep sea so that a new large flange disassembling and bonding process can be carried out before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body 1 One countermeasure is to place the hollow space inside the block tank outer pipe (599) outside the outside of the block tank inner pipe (596) of the holding tank lower barge hull (592) and the pier- Filling with lighter gasoline, diving to 994 weight loss weight (994) for detection sensor and dropping the weight loss weight (994) for detection sensor to the outside of the hull to lighten the barge hull And it is able to withstand the deeper deep sea where 100,000 tons of water pressure acts. It has a semi-diving operation line 637 on which the band guide 621 is mounted, And the shared water surface landfill 945 is formed in the shared landfill 944 and the shared water surface landfill 945 by the marine tunnel traffic apparatuses 960 having the large flange connection method and the sub-aquaculture method, (1) is formed at a time before and after the process of the shared water surface embedding process. 31. The method of claim 30,
A large-scale flange connecting method and a sub-aquametelling method are installed in the inside of the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process in the common water surface treatment apparatus body 1, A dual structure block tank 598 of 500m units is formed in the form of a raft line to construct a marine tunnel traffic device 960 formed of a double structure block tank 598 capable of winding wheels so that a marine tunnel traffic device 960 A deep sea submersible 995 is provided to construct the bridge pier 928 of the 500 m spaced pipe bridge 937 to precisely control the other flow velocity such as the sea depth and the sea water pressure at the pier 928 After the measurement is completed, a shared water surface embedding apparatus body 1, which forms a diaphragm rubber balloon 628 in a shared landfill 944 and a shared water surface landfill 945, Landfill A public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the subsequent step before 32. The method of claim 31,
A flagpole rubber balloon for recognizing and marking a directional mark formed in the shared landfill 944 and the shared water surface landfill 945 before and after the process of the common water surface embedding process into the inside of the common water surface treatment apparatus body 1, The rope 629 for hanging up the rope 628 and the weight reducing weight 994 for the weight sensor for hanging the rope for hanging the sensing rope 629 are clearly provided and the respective piers 928 are connected to the tug- The vessel immersion prevention rescue line 634, equivalent to the sub-style venom 998, is horizontally × vertically × height; When the water depth of the installation point is 300 meters after the transportation, the pile file 838 is increased by 50 meters from the water depth and attached to the seesaw crane boom 821 A column 838 is vertically erected and a leveling bottom base 851 of tens of thousands of piers is provided by a construction machine hunting machine 877 and a diesel pile hammer 883 and a steam hammer 884, Is formed in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 with the marine tunnel transportation devices 960 formed in the water surface pre- A water surface treatment apparatus having a peace-keeping type construction machine 33. The method of claim 32,
After the balance level of the bridge pier level base bottom 851 and the pipe bridge 937 formed before and after the process of the common water surface embedding process is checked in the inside of the common water surface treatment apparatus body 1, One double row structural block tank (598) is formed in 10 rows with one row of columns and equally one set of rafts, and several tens of thousands of exposed water column piers (928) A plurality of double structure block tanks 598 are moored with the mooring rafts with the mooring device and the pipe bridge 937 connected to the bridge piers 928 at intervals of 500 m reaches tens of thousands of tons, The anchor 639 and the anchor chain 640 formed by the crane boom 651 and the crane boom hook 652 for throwing the pipe bridge into the bottom floor of the sea floor are wound around the tug winch 137 To the tackle winch 137 A plurality of double structure block tanks 598 are formed by moving the anchor 639 and the anchor chains 640 and the like and moving the joint rafts to move the marine tunnel transportation devices 960 to the shared landfill 944 Wherein the water surface is formed at a time before and after the process of the common water surface embedding process in the body of the water surface embedding apparatus body 1 formed in the water surface landfill 945. [ 34. The method of claim 33,
A plurality of double structure block tanks 598 formed before and after the shared water surface embedding process inside the body of the shared water surface immersion processing apparatus 1, and the marine tunnel transportation apparatuses 960 equipped with the methods of moving the artificial rafts, Unlike the method of moving the tie rafts, the structural block tank 598 is provided with a saddle replacement use sail 654 to assist in the operation of the tug line 636 and is provided with a 500m long double structure block tank 598, The double structure block tank 598 is wound around the tidal winch 137 formed at the time before and after the process of the water surface embedding process, (960) of the catamaran, leaving the intercity passage of the sailing vessel open, and in the overall coupling mode, the connection of the double structure block tank (598), the outer tank of the block tank (599) A plurality of connecting parts 4 and an odd number of connecting parts 5 are formed in the same length as the double structure block tank 598 and the connecting part portable lugs The pin shaft 606 for engaging a portable lug 609 is formed by welding a sheath type lever 935 on the horizontal outer wall of the pin shaft 606 of the long shaft by a welding operation 607 or the like, The joints are connected to each other and combined and disassembled to form a double block block tank 598 by means of a pinching device, a pinching device, a pinching device (185) and various types of fasteners (22) The entire connection system is connected to the inside of the shared water surface embedding device body 1 forming the shared landfill 944 and the shared water surface landfill 945 by the marine tunnel transportation devices 960 of the raft line movement method. Formed in the city And a water surface treatment device 35. The method of claim 34,
(960) formed in the shared landfill (944) and the shared reclaimed landfill (945) before and after the shared water surface embedding process in the body of the shared water surface embedding device (1) And a plurality of radioactive nuclear waste 1011 processing reactors 999 formed in a nuclear depletion prevention double structure block tank 598 in a deck deck center SDM inside an oceanic nuclear power plant 961 on the upper surface of a flood control 998, When the radioactive waste 1011 treatment reactor 999 is operated, the power generating capacity is formed so as to produce 1,000,000 w / h power at intervals of 10 km, and each of the nuclear power plants 961, The production power is formed by the wind power generators 785 of the wind power generation plant 784 in the large hydroelectric power generator 213 of the power generation plant 233 and the produced power is supplied to the transformers 684 of the high- After the adjustment, the transmission line 775 and transmission A plurality of pipe bridges 937 under the submodal tank 998 and a large flange of a plurality of pipe bridges 937 under the auxiliary piping 998, In the connecting part working process, a lever block 648 and a turnbuckle 850 are used for bolting work with a spanner and a hammer tool such as a hand tool, etc., and the double structure block tanks 598 are connected to each other, Of the present invention is formed in the shared water surface embedding apparatus body (1) formed in the shared landfill (944) and the shared water surface landfill (945) before and after the shared water surface embedding process. Water surface embedding device 36. The method of claim 35,
The vertical partition wall 605 and the horizontal partition wall 609 inside the double structure block tank 598 formed before and after the shared water surface embedding processing process inside the common water surface treatment apparatus body 1 are provided with the partition wall manhole 610, A hatch cover 153 or the like is attached to the lid 152 and a hydraulic cylinder door is attached to the hatch cover 153 or the like to horizontally connect a plurality of double structure block tanks 598 to form an underwater tunnel, Considering the lateral loads of the individual marine power station boats constructed on the top of the tunnel, the marine tunnel traffic devices 960, which make the tunnel height of the bridge bridge 937 by 1.5 times the width of the double structure block tank 598 Wherein the water surface is formed in the shared water surface embedding device body (1) formed in the shared landfill (944) and the shared water surface landfill (945) before and after the shared water surface embedding process. Landfill Equipment 37. The method of claim 36,
(SLU) holding tank top barge hull 591 inside the marine tunnel transport apparatus 960 formed before and after the process of the common water surface embedding process into the inside of the common water surface embedding apparatus body 1, Each of the block steel towers 116 formed of the isosceles-shaped shaped steel bars 839 is connected to the block steel tower coupling processing hole 615 by the lug shaft coupling bolts 603 and the lug shaft coupling and disassembling nuts 604 And the emergency staircase 631 is formed as a traffic device around the upper end of the inside of the block pylon 116. The emergency stairway 631 is connected to the bottom of the mooring tower 644, The crane 861 and the elevator 632 are installed at the bottom of the lower end portion of the airship lane and the elevator 632. The block steel towers 116 of 500 meters in height are installed at four deck decks of the upper strand hull 591, According to the depth of the sea A shared water surface embedding treatment process is performed in the shared water surface embedding device body 1 in which a plurality of iso-crane boom stands 821 are formed in a shared landfill 944 and a shared water surface landfill 945 by disaster prevention devices and lifting devices. Wherein the water surface is formed at the time of pre- and post- 39. The method of claim 37,
Stage multi-stage disaster prevention pump 8 that supplies the disaster prevention water 7 to the upper end of the upper part of the moving tower 644 formed before and after the shared water surface embedding processing process into the inside of the shared water surface embedding apparatus body 1, 9 to discharge the disaster prevention water 7 and connect the disaster prevention nozzle 10 mounted on the transportation equipment with the disaster prevention nozzle 10 installed between the connection part of the disaster prevention hose 9 and the water supply pipe connection, The weather strip observing equipment adverb 77 and the lower end fillet of the radiosonde 134, which are connected to the wire rope 19 of the disaster prevention nozzle 10 and the like by the disaster prevention nozzle connection flange 28 on the connection shackle 23, The double structure disaster prevention apparatus and the production facility apparatus in which the wire rope 19 and the hose of gas transportation means lighter than air are connected to the inside of the disaster prevention hose 9 are connected to the lower end of the basket 42 by the high performance submerged pump 36, And air compressors 80 A water surface buried in the shared water surface landfill apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the marine tunnel transportation apparatus 960 disassembled and coupled to the upper surface of the deck deck deck Wherein the water surface is formed before and after the process. The method of claim 38,
(998) formed on the upper surface of the deck plate formed before and after the process of the common water surface embedding process into the inside of the shared water surface embedding device body (1), and the inside of the disaster prevention nozzle The disaster prevention water 7 is discharged to the outside of the disaster prevention nozzle 10 and the discharge jet 38 of a plurality of straight lines and the discharge jet 38 of a plurality of radiation types are jetted in the form of a water film curtain 39 It is composed of the smokestack action which surrounds the combustible with the incombustible gas and stops the supply of air to prevent the combustion and the cooling action method which reduces the combustible to the ignition point temperature. (82), a main switch button (66) for controlling the operation of the disaster prevention pump, and a disaster prevention pump auxiliary switch button (67) for disaster prevention spraying. The power supply control box (2) Distributed to the safety control room and the disaster prevention pump operating machinery room. The shared water surface embedding process (945) formed in the shared landfill 944 and the shared water surface landfill 945 by the marine tunnel transportation devices 960 equipped with the weather observation equipment radar 840, Wherein the water surface is formed before and after the process of the water surface embedding process in the apparatus body (1) 40. The method of claim 39,
(998) Deck deck upper part (SDU) formed on the inside of the common water surface embedding device body (1) before and after the common water surface embedding process The burner for removal of noxious gas The boom 920, the air receiver tank and the large hydroelectric generator are formed in the power generation room and the like and are connected to the borehole 936 with the loess soil 158 and the cement 931 after the operation of the non-operational skid 918 and the oil borehole 918 of the transportation system. The mixing equipment mixer 649 of the loess soil 158 and the cement 931 is connected to the shared landfill 944 by the marine tunnel transportation devices 960 equipped with the crude drill ship 841 distributed and arranged inside the machine room, Wherein the water surface is formed at a time before and after the process of the common water surface embedding process in the body of the water surface embedding device body 1 formed in the water surface landfill 945. [ 41. The method of claim 40,
(998) deck deck upper part (SDU) block to the inside of the marine tunnel transportation device 960 formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device A helicopter stop 619 is located on the upper deck of the pyramid-shaped block pylon 116 and a satellite 611 is located in the satellite launch pad 643 to the left of the safety control room. A space rocket 612 is also disposed in the rocket launching platform 646. The air compressor 80 and the air hose 109 are combined with the air hose connection device nipple 110 to prevent harmful red- And the air is supplied to the seabed to protect the marine environment, and a crude oil drill rod connected to the inside of the central position block pylon (116) at the upper end of the deck upper part (SDU) The pipe rack 854 and the like for the pipe are bound to the wire rope chain 915 of the crane 861 and the bottom of the common water surface SLD is drilled by the core drill 917 formed at the lower end of the pipe rack 854. [ The rotary table drilling machine 908 for drilling the crude oil is provided with the manganese nodule (hereinafter referred to as &quot; manganese nodule &quot;) in the submarine mineral resource collection site provided with the marine tunnel traffic apparatuses 960 such as crude oil drill ship 841, 909 and the mineral intake collecting robot 912 and the mineral collecting trough 924 are connected to the mineral intake collecting machine 911 belonging to the pipeline conveying apparatus at the time of the lower surface of the shared water surface SLD A common water surface filling apparatus body 1 connected to the rear end of an isocrane boom zone and formed in a shared landfill 944 and a shared water surface landfill 945 by a marine tunnel traffic apparatus 960 equipped with a crude oil drilling line 841, Prior to the shared water surface treatment process inside A public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time of 42. The method of claim 41,
The marine tunnel transportation devices 960 provided with the oil drilling rig 841 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 share the common landfill 944 and the shared water surface landfill 945). The vertical movement of the seesaw crane boom (821) causes the deep-sea energy resources to be lifted to the upper deck deck (SDU) and the recovered resources are transferred to the railway train And a marine tunnel transport apparatus 960 connected to a 500m-long dual structure block tank 598 is provided with a deck deck top surface such as a transport equipment train 771 and an auxiliary deck 998, (960) having equipments of an offshore power generation facility in the inside and the lower surface form a shared water surface filling apparatus body (1) formed in a shared landfill (944) and a shared water surface landfill (945) Landfill Shared water reclamation apparatus comprising a peaceful retained Construction Machinery, characterized in that formed at the time before and after 43. The method of claim 42,
The upper surface of the deck deck such as the tillers 998 inside the sea tunnel communication device 960 formed before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body 1, (SDU) on the deck Upper deck of bottom deck Down to the bottom of deck Holding tank (590) Inner block Inside the tank Internal piping (596) Rotary table drilling for crude drilling A device for safely moving and transporting excavated soil and stratum noxious gas generated in a drilling hole after drilling with a core drill 917 formed at the lower end of a crude drill rod pipe rack 854 provided in the machine 908. Double piping Pneumatic transportation equipment A shared pipe 944 and a shared water landfill 945 formed by marine tunnel transport devices 960 each equipped with a double piping having an intake pipe 916 and an equilateral inclined flange 149 on an iron plate bracket 165. [ Wherein the water surface embedding apparatus is formed at a time before and after the water surface embedding process in the body of the water surface embedding apparatus body. 44. The method of claim 43,
The marine tunnel transportation device 960 formed at the time before and after the shared water surface embedding process process into the inside of the shared water surface embedding device body 1 has symmetrical diagonal side portions at four deck decks. The seepage crane boom frame 821 also has a mooring device anchor And the anchor chain 640 is fixed to form a moving barge, and the seesaw crane boom frame 821 is a depth position adjustable pedestal having a center distance of 5 K or less, which is a half of the center distance. Several portable lugs 607, A nonmotor power hammer pump 393 formed by adjusting the safe working distance of the seesaw crane boom frame 821 on the coupling pin shaft 606 and coupled to the wire rope 915 of the tackle winch 137 on the lower surface SLD of the shared water surface, (1) into the shared water surface embedding device body (1) formed in the shared landfill site (944) and the shared water surface landfill (945) by the marine tunnel transportation devices (960) And a water surface treatment apparatus 45. The method of claim 44,
The turbine aberration 74, the Francis aberration 74, and the turbine aberration 74 are generated in the marine tunnel transmission device 960 formed before and after the shared water surface embedding process in the common water surface treatment apparatus body 1, 229 and the Pelton aberration 230 by pumping seawater into a shared water surface upper end portion SLU provided with multi-stage power generation equipment such as a pump aberration 264 and a main valve 265, 189 and the Francis aberration 229 connected to the rear of the water pressure pipe 191 and the Phelton aberration 230 by means of the pump aberration 264 and the main valve 265 to control the seawater flow rate The turbulence turbine 74 having the reducer 35 and the pump aber 264 and the main valve 265 are connected to the Francis aberration 229 and the Pelton aberration 230 to the rotary shaft inside the multistage generator body, The flow and velocity of the algae were measured by a reeduser (35) The wind power generator 785 of the wind power plant 784 forms the power production processes by rotating the propeller 146 by the wind power without the power generation dam so that the wind power generators 785 of the wind power generators 784 can generate various power generation processes, ) And the inner and the lower surface of the deck-top deck such as the sea power generating facilities are connected to the shared landfill 944 and the shared water surface landfill 945 by the marine tunnel traffic apparatuses 960, (1) is formed at a time before and after the process of the shared water surface embedding process. 46. The method of claim 45,
The upper part of the stranded tank upper barge hull 591 formed by each of the marine power generating facilities inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the body of the shared water surface embedding apparatus 1, A large flange 614 is joined to a large flange 614 with a high-strength stainless steel bolt 603 and a high-strength stainless steel bolt on the outside of the outer pipe 599 of the block tank, And is connected to the gap by a high pressure gasket 32 and is formed as double structure block tanks 598 on the joining portion of the double structure block tank 598 with the connecting tie elbow 44. The bottom of the strut tank upper barge hull 591 A deep sea exploration is made on the search lights 232 of the seabed mineral resource search equipment outside the block tank external piping 599 of each of the holding columns 590. Underwater illumination lamps 843 are arranged on the outer wall of the holding tank 590 to form pyramid- A plurality of pinion shafts 606 and 608 are formed on the outer surface of the block tank external connection pipe 599 of the holding tank 590 at predetermined intervals and on the circumferential surface of the block tank external pipe 599 of the holding tank 590, Portable lug pins 608 and the like are formed on the portable lug 607 so as to be disassembled from the barge line hull. The large-diameter flange 614 connecting joint joining portion machining hole 615, long hole 616, (606) is inserted into the hydraulic cylinder keypad (620). When the pin shaft thread is engaged with a nut, the pin is inserted into the pin machining hole and then the pin joint is removed, A plurality of sub-style docks 998 are provided in the device 960 to form a shared landfill 944 and a shared water surface landfill 945, Is formed on the upper surface Shared water reclamation apparatus comprises a holding type of construction machinery 49. The method of claim 48,
Several column top tank barge hulls 591 and holding tank bottom barge hulls 592 are provided inside the marine tunnel transportation device 960 formed before and after the process of the common water surface embedding process into the inside of the common water surface treatment apparatus body 1, The holding tanks 590 of the submodern poison 998 fixed to the top surface of the plurality of pipe bridges 937 are erected and the deck decks of the holding tank upper barge hull 591 are raised in accordance with the tunnel bridge level 937 tunnel level. Connected joints in the lower bottom Lug hinge sockets Processed holes and tubing bridges Connections of lifting tanks in the lifting tank fixed to the top of the tunnel Connections Lug hinge sockets (613) and optional holding tanks (590) are fitted, A fixed type tunnel poison formed by the lug hinge sockets 613 and coupled to the lifting tanks 590 and the lifting tangs 998 fixed to the upper surface of the pipe bridge 937 is connected to the shared landfill 944 and the shared water surface landfill 945 ) Wherein the water surface is formed at a time before and after the water surface filling process in the body of the water surface embedding apparatus body (1) with the marine tunnel transportation devices (960) 49. The method of claim 47,
A plurality of shaft coupling lug machining holes 615 are formed on the upper surface of the holding tank 590 in the marine tunnel transportation device 960 formed before and after the shared water surface embedding process process into the inside of the shared water surface embedding device body 1, Holes 616 and the like form a pin shaft with a hydraulic cylinder key 620 and are inserted into several lug holes 615 and elongated hole 616. Then, Shifting the portable lug pins 608 to the shaft departure prevention hole and displacing the portable lug pin 608 to both sides prevents the detachment of the binding parts and the shared water surface upper part SLU of the shared water surface SLL and the shared water surface A fixed tunnel dock which is coupled to the tunnel pipe 937 in the lower end portion SLD of the ship and a holding tank upper barge hull 591 and a holding tank lower barge hull 592 are provided with several portable lugs 607 and a portable lug pin shaft (606) body Several holding tanks 590 are coupled to the processing hole 615 and the shaft pin 608 to prevent sinking, lifting and other devices from the sea surface, and barge lines for mounting disaster prevention devices. And the upper surface of the pipe bridge 937 is fixedly coupled with the mooring device to form a shared landfill 944 and a shared water surface landfill 945 with the marine tunnel traffic devices 960. [ (1) is formed at a time before and after the process of the shared water surface embedding process. 49. The method of claim 48,
A pipe bridge 937 at a lower part of the sea surface (SLL) and a bridge bridge 960 are formed inside a marine tunnel transportation device 960 formed by a mooring device formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 928), a fish-eye detector (907), which forms an electrode plate anode (938) at regular intervals and monitors the military equipment submarine (975) so that sea shells and barnacles can not grow outside, And the marine tunnel transportation apparatus 960 connecting the communication satellite 611 to the inside of the marine tunnel transportation apparatus and the pipe bridge 937 for the military use are also installed in the shared landfill 944 ) And a shared water surface filling land (945) formed in the water surface (945) before and after the shared water surface filling process. 50. The method of claim 49,
The aerial observation equipment radar 840 on the roof of the control room of the mooring tower 644 into the marine tunnel transportation device 960 formed before and after the shared water surface embedding process process into the inside of the shared water surface embedding device body 1, The marine tunnel traffic devices 960 in which lightning rods 500 are formed for the purpose of hull safety from the lightning strike 94 at the top of the steel tower 116 and the shared water surface landfill 945 formed in the shared landfill 944 and the shared water surface landfill 945, Wherein the water surface is formed at a time before and after the process of the water surface embedding process in the processing apparatus body (1) 51. The method of claim 50,
The power generated from the offshore power plant 998 inside the marine tunnel transportation device 960 formed before and after the shared water surface embedding process into the inside of the common water surface treatment apparatus body 1 is supplied to the marine tunnel traffic device manufacturing (707) We supply power to stainless steel plate manufacturing plant and steel beam beam forming steel pipe manufacturing plant of raw material (707) which produces small diameter piping and large diameter pipe from large diameter piping, The pipe bridge 937 of the pipe bridge 937 is standardized to have a diameter of 5M and a pier diameter of 5M is added to the joint of the type R And a semi-submerged working line 637. A double-pipe structure tank 621 having the same configuration as the band guide 621 that joins the connection portion of the large flange 614 of the large flange 614 formed on the upper deck portion SDU of the deck deck pier (SAD) 617 forms a set of disassembled joints into the shared landfill 944 and the shared water surface landfill 945 into the marine tunnel transport apparatus 960 into the shared water surface embedding apparatus body 1 Wherein the water surface is formed at a time before and after the process of the common water surface embedding process. 52. The method of claim 51,
Various types of supports 22 are connected to the inside of the marine tunnel transportation device 960 formed before and after the common water surface embedding process inside the common water surface treatment apparatus body 1, A plurality of interlocking tool tip sandwiched cutters 185 having a plurality of sharp ends are attached to the links 810 of the crank 248 and the link stand 249 in the body crevice holes of the various types of tool bodies 22, And a plurality of guide ribs 185 are formed at the same time in the plurality of guide holes 22 to form disengagement joints. The anchor replacement worm crank 846 and the bridge level base pedestal 851 are connected to the bridge A plurality of anchor replacement crankshafts 846 formed on the side surfaces and the lower surface of the saddle form frame 617 form a shared water surface 944 formed in the shared landfill 944 and the shared water surface landfill 945 into the marine tunnel transportation device 960, In the buried processing device body 1, A public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time after a power failure 53. The method of claim 52,
The anchor replacement worm cranks 846 inside the marine tunnel transportation apparatus 960 formed before and after the shared water surface embedding processing process into the inside of the shared water surface embedding apparatus body 1 include a construction machine 970, Mineral resources including underwater submersible pond (998) placed on the bottom of the sea and all pneumatic transport equipment (916) including submerged mineral resource collection equipment (911) such as suction sampling machine (911) and mineral extraction robot (912) 861 and the pipeline line pneumatic conveying equipment 916 to the elevator 632 which carries the manganese nodule 909 to the bottom tank barge hull 591 of the holding tank upper barge hull 591, A mineral picking net 924 and the like are placed inside the conveyor 633 and the underwater exploration deep sea exploration underwater light 843 and the like are formed in order to search the underwater minerals , To prevent the loss of the collection equipment The underside elevator 632 and the submarine excavation equipment are connected to the lever block 648 by a wire rope chain block, and then the unmanned camera 184 belonging to the undersea exploration equipment and the container 132 corresponding to the undersea mineral carrier A common water surface filling process is performed in which a container box latching device 129 is connected to a shared landfill 944 and a shared water surface landfill 945 both inside and outside the peace main line 963 of the marine tunnel transportation device 960, Wherein the water surface is formed before and after the process of the water surface embedding process in the apparatus body (1) 54. The method of claim 53,
The mineral resources formed in the submarine mineral collection site inside the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process into the inside of the body of the shared water surface embedding device 1 are connected to the lower partition wall of the holding tank lower barge hull 592, To the individual solenoid valve 76 and the solenoid valve pressure switch 104 belonging to the crude oil transportation pipeline line 181 transport device to pass the hatch cover 153 to the fire door 154 and the manhole cover 152 And a power line 71 connected to the solenoid valve operation switch and the power line 71 to form a shared landfill 944 and a shared water surface landfill 945 into the marine tunnel transportation device 960. [ Wherein the water surface embedding process is performed before and after the water surface embedding process. 55. The method of claim 54,
The submarine mineral resource collecting equipment integrally formed into the inside of the marine tunnel transportation device 960 formed before and after the shared water surface embedding process process into the inside of the common water surface embedding device body 1 has a length 500 on the side of the strut tank upper barge hull 591 Meter double structure block tank (598) Seaso crane connected by a number of seaways The seismic crane boom zone (821) formed by the boom zones (821) on the lower surface of the sea bottom forms an integral unit of seabed mineral resources and seabed mineral collecting equipment. The manganese monoliths of 5000 meters of seabed at 5000 meters of the sea bed are formed by subsurface net (910) and Seisoka crane boom (821), underground baskets (842) and submarine mineral deposit (849) The hydraulic cylinders 620 formed in the seepage crane boom frame 821 are operated to generate hundreds of million tons of manganese blocks 909 generated annually from the top of the strut tank top barge hull 591, The shared water surface landfill 945 is provided with a shared landfill 944 and a shared water surface landfill 945 which are formed in the marine tunnel transportation device 960 as a whole with the submarine mineral resource collecting equipment and the submarine mineral resource as a whole, ) Is formed inside and outside the shared water surface embedding process. 55. The method of claim 55,
The manganese nodule 909 may be melted on the upper surface of the holding tank upper barge hull 591 into the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process into the inside of the common water surface embedding device body 1 And a process of producing and supplying guide rails and the like to the steel plates by forming a blast furnace 803 so that the shared water landfill 944 and the shared water surface landfill 945, which are formed in the marine tunnel transportation device 960, Wherein the water surface is formed at a time before and after the process of the water surface embedding process in the processing apparatus body (1) 57. The method of claim 56,
A plurality of crude oil collecting tanks 791 formed on both sides of the body of the seesaw crane boom frame 821 inside the marine tunnel transportation device 960 formed before and after the shared water surface embedding process process into the inside of the common water surface embedding device body 1 A double structure high pressure hose 927 connected to a 500 meter high pressure hose 927 connected to the bottom of the crude oil collecting tank 791 by a submarine water depth and connected to a high pressure hose 927 by a coupling part coupling 29, The crude oil borehole 936 excavated by the core drill 917 combined with the several drill rod pipe racks 854 connected to the ring machine and the non-polluting natural gas 922 borehole 936, The hull 158 and the cement 931 are supplied to the borehole to fill the gap between the pipe pile 838 and the high pressure hose 927 connected to the 500 m high pressure hose 927, Double structure connecting several Hose (927) Crude oil and natural gas filled in the tank combined with one connection node are seisio crane boom bar (821) Vertical operation in the body, with submarine dock top deck Deck to crude oil and natural gas to submarine energy collection equipment And is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 inside the marine tunnel transportation apparatus 960 before and after the water surface embedding process A surface-to-surface burial processing apparatus having a peace-keeping type construction machine 58. The method of claim 57,
Around the satellite 611 launch pad 643 and the space rocket launch pad launch pad 646 are formed inside the marine tunnel traffic device 960 formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device 1, On the deck deck floor of the Aquaculture Dock (998), a natural loess (158) of 1 meter and a construction machine (970) on the disaster prevention deck are laid on the deck deck. Around the launch pad of the satellite and space rocket, The block 610 is formed at a distance of 3 meters and a height of 15 meters and a satellite 611 and a space rocket 612 are formed at a satellite launch pad 643 and a space rocket launch pad 646 formed at the top of the deck deck. When a huge amount of fuel is burned in order to obtain propulsion, high temperature is generated. Combustion heat of high temperature and high pressure generated due to firing of satellite 611 and space rocket 612 is generated by a 100- boom (998) deck so that the deck deck of the deck (998) can be firmly held by blocking the heat of the high temperature and high pressure of the wall, and the safety facility space science equipment is provided to the inside of the marine tunnel transportation device (960) 945) is formed in the interior of the body (1) of the shared water surface embedding apparatus before and after the water surface embedding process. 59. The method of claim 58,
The position of the deep water area in the marine tunnel transportation device 960 formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device 1 or the length of the dead zone in order to move the hull, The crane boom 651 for use in the deep sea is operated by operating a plurality of hydraulic cylinders 620 formed in the long axis adjustment seesaw crane boom frame 821 so that the hull is retracted at two positions in front of the hull It can be used as a ship shelter in a marine corridor that is a coastal marine stoppage at the same time, and an anchor 639 and an anchor chain 640 are provided to allow the marine ship to move in the deep sea, A shared landfill 944 and a shared water surface landfill 945 are provided in the marine tunnel transportation device 960, Wherein the water surface is formed at a time before and after the process of the shared water surface embedding process inside the body of the water surface immersion apparatus 60. The method of claim 59,
A nuclear radioactive contamination prevention technology of the nuclear power plant 626 is installed in the inside of the marine tunnel transportation device 960 formed before and after the process of the water surface embedding process into the inside of the common water surface treatment apparatus body 1 The nuclear reactor waste treatment unit 999 facility having a nuclear explosion-proof dual structure block tank 598 having a plurality of block tank internal pipes 596 and a plurality of block tanks 598, High-strength stainless steel beams 149 are applied to the first auxiliary steel section 600 for the block tank and the second auxiliary steel sheet 601 for the block tank and the vertical partition wall 605 and the horizontal partition wall 609 with external piping 599 The vertical partition wall 605 and the horizontal partition wall 609 in which the partition wall manhole 610 is formed are provided with a snap hole 602 and a partition wall manhole 610, The door 624 and the emergency stairs 631 A nuclear reactor 1010 treatment reactor 999 equipped with a nuclear explosion-proof double structure block tank 598 of a nuclear power plant 626 is installed inside a marine tunnel transportation apparatus 960 with a welding process and a precision cutting process. Wherein the facility is formed in the shared water surface embedding apparatus body (1) formed in the shared landfill (944) and the shared water surface landfill (945) before and after the shared water surface embedding process. Water surface embedding device 64. The method of claim 60,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 The nuclear reactor waste treatment 1080 reactor 999 facility with reactor 598 is formed of a block tank internal piping 596 and a plurality of block tank external pipings 599 and a radioactive nuclear waste 1030 processing reactor 999) The loess mixture (157), which is equipped with a loess and cement mixing equipment mixer (649) and which is equivalent to the toothpaste which is supplied to the reactor pressure vessel (1001) equivalent to the blast furnace immediately before the reactor explosion, Is appropriately mixed with the loess mixture (157) into the pressure vessel (1001) at one time to prevent a large reactor explosion accident in advance, and the inside of the reactor is opened after the earthquake A plurality of disaster prevention nozzles 10 are formed inside the reactor pressure vessel 1001 and inside the reactor building 1043 in the containment vessel 1034 so that the inside of the reactor can be automatically cleaned And the gear pump 325 are selected to form the yellow loam mixture 157. The yellow loam mixture 157 must be carefully nipped to prevent solidification of the yellow loam mixture 157. After the earthquake stops, the inside of the reactor is cleaned immediately, In order to maximize the safe operation of the nuclear reactor facilities, it is necessary to construct a nuclear explosion-proof double structure block tank (960) inside the nuclear power plant (626) 598) Radonuclear waste 1030 Treatment reactor 999 Shared water surface buried in a shared water surface treatment device body 1 forming a facility in a shared landfill 944 and a shared water surface landfill 945 A public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the surface of the water after the oil reclamation treatment step before 62. The method of claim 61,
A double-structure block tank 598 having a nuclear explosion preventive structure of the nuclear power plant 626 is installed inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 The plurality of stopper steel plates 625 of the equipment for treating radioactive nuclear waste 1030 are connected to a plurality of block tank inner pipes 596 and a plurality of block tank outer pipes 599 of a cylindrical double structure block tank 598, In the upper end of the double structure block tank 598, a plurality of cap steel plates 625 are formed by a welding process method and a large flange connection method, and a plurality of cup- A nuclear explosion-proof double structure block tank 598 in the form of a raw statistic is formed by the welding process method and the large flange connection method with the plug steel plates 625, and the nuclear reactor waste treatment reactor facility 962 is formed, A nuclear waste 1030 is stored in one place at a lower end portion between a plurality of block tank internal pipes 596 and a plurality of block tank external pipes 599 at the time of a type explosion accident and the double structure block tank 598 The floor of the road surface lower surface (GLD) reactor 999 is fixed with a reinforcing concrete mat 1054 of a thickness of m and a stainless steel beam 149 of high strength to form a single nuclear explosion-proof double structure block tank 598, The nuclear explosion-proof double structure block tank 598 having the nuclear power plant 626 in the form of raw statistical data is installed in the marine tunnel transport apparatus 960 so as to generate electric power into the nuclear power plant, The radioactive nuclear waste treatment reactor facility 962 is configured to form a shared water surface into the shared water surface treatment apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945, Wherein said at least one of said at least one water- 63. The method of claim 62,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (598) Radioactive nuclear waste (1030) Treatment reactor (999) An enormous amount of radiation is generated inside the nuclear reactor facility of the facility, so that the nuclear reactor 999 can safely secure the first wall pellet 1061 and the second wall fuel rod 1042, A fifth wall reactor building 1043 in the third wall reactor pressure vessel 1001 and the fourth wall containment vessel 1034 to form a five-layered reactor wall reactor, And a plurality of double structure block tanks 598 for storing radiation nuclear wastes that connect the circumferential surfaces of the reactor pressure vessel 1001, which is the third wall of the reactor 999, to the inside of the nuclear power plant 626, nuclear power generation In the nuclear waste treatment reactor facility 962, the nuclear power plant generates nuclear fission in the nuclear reactor to generate steam 465 by rotating the steam turbine 267 to generate power A steam turbine 267 for generating a steam generated by the steam turbine 267 and a generator 1010 for converting the power generated from the steam turbine 267 and a shaft 198 as a rotary shaft for connecting the steam turbine and the generator 1010 A rotating electromagnet rotor 1012 for rotating the electromagnet rotor 1012 and a non-rotating electromagnet rotor 1012 for rotating the electromagnet rotor 1012 around the rotor coil 1012 and the steam turbine 267 The power generation equipment sections 1063 including the frame 196 for integrally fixing the generator 1010 and the shaft 198 are installed in the marine tunnel traffic apparatus 960 in the form of raw statistics of the nuclear power plant 626 A nuclear explosion room Type dual structure block tank 598 into a shared water surface treatment facility body 1 forming a radioactive nuclear waste treatment reactor facility 962 in a shared landfill 944 and a shared water surface landfill 945 Wherein the water surface is formed in the back surface of the building. 64. The method of claim 63,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (598) Cooling device for cooling the water vapor in the lower part of the body of the steam turbine (267) of the generator facility part (1063) into the radioactive nuclear waste treatment reactor facility (962) A circulation water pump 1066 is connected to the piping line 1065 and connected to the cooling water piping line 1064 at the front of the cooling device condenser 1022. The circulation water pump 1066 is connected to the rear end of the condenser 1022, A water supply pump 1067 is formed outside the reactor and a purifier 1035 is formed outside the reactor in front of the feed pump 1067 and a plurality of coolers The pumps are formed outside the reactor pressure vessel body storing the uranium fuel and the safety device control rod 1029 is formed inside the reactor pressure vessel 1001. When the shaking occurs, the control rod 1029 is automatically inserted at a time The reactor 999 is stopped urgently and a connection structure is formed with the steam generator 1036 and the steam drier 1019 formed outside the body of the pressure vessel 1001 of the reactor 999 and the fourth A plurality of through holes are formed at an angle of 45 ° on the wall containment vessel 1034 and the upper portion of the fifth wall reactor building 1043 by an oxygen cutter and a construction machine and then the nuclear waste is transferred to the plurality of through holes, The structural block piping line 1068 is connected to the nuclear tunnel transmission device 960 through a nuclear explosion-proof double structure block tank 598 in the form of raw statistics of the nuclear power plant 626, a radioactive nuclear waste 1030 Wherein the at least one reactor is formed at a time before and after a shared water surface treatment process inside a shared water surface treatment apparatus body (1) forming a reactor facility (962) in a shared landfill (944) and a shared water surface landfill (945) And a surface-to- 65. The method of claim 64,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 A double tubular structure block piping line 1068 a plurality of temperature and pressure sensing sensor safety valves 1069 to the bolts 24 and the nuts 25 and a washer 26 to the radioactive nuclear waste 1030 treatment reactor 999, And the gasket 32 are connected to the block piping line 1068 flange 28 or the like by a hand-held monkey spanner and are connected to the reactor building 1043 along the outer wall surface of the reactor building 1043, In the double structure block tank 598, a block tank for treating and storing the nuclear waste is divided into a double tube structure piping line 1068 of a radiation type and a plurality of temperature pressure sensing sensor safety valves 1069, Waste (1030) treated atoms And a cladding 1062 protecting the first wall pellet 1061 and the second wall fuel rods 1042 of the reactor 999 are formed by a seismic force greater than the degree of magnitude 5, A plurality of the temperature-sensing-sensor safety valves 1069 are opened in the inside of the first wall container 1004 and the fourth wall containment vessel 1034 and the like, and the explosive nuclear waste 1030 And the nuclear waste 1030 is stored in the radioactive nuclear waste storage tank 1047 inside the lower end of the double structure block tank 598 and the temperature pressure sensing sensor safety valve connected to the pressure vessel lower internal block tank is opened The double pipe structure piping line 1068 transfers the cooling water and toothpaste-like loess mixture 157 stored in the reactor 999 to the inside of the pressure vessel 1001 and the fourth wall containment vessel 1034, ) With cooling water and toothpaste level sulfur The explosion is terminated and the nuclear explosion-proof double structure block tank 598 in the form of raw statistics of the nuclear power plant 626 is sent to the inside of the marine tunnel traffic apparatus 960 and the radioactive nuclear waste 1030 is treated Is formed in the shared water surface embedding apparatus body (1) forming the reactor 999 facilities in the shared landfill 944 and the shared water surface landfill 945 before and after the shared water surface embedding treatment process. And a surface-to- 66. The method of claim 65,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 The nuclear reactor waste treatment reactor facility 962 is formed to utilize the remote control cutting or the robot 912 when disassembling the reactor 999 such as the nuclear power plant 626 and the reactor pressure vessel 1001, When the internal explosion is stopped, the plurality of safety valves 1069 are closed, and a plurality of safety valves 1069 are always closed at the time of operation of the reactor, and various reactors 999 are formed so as to be installed on the barge 933 , The installation position of the nuclear power plant (1063) is adjusted to 40 m above sea level so as not to be restricted by the weather condition, and the nuclear power plant (626) A double structure block tank (598) reactor unit in which the reactor 999 can not be exploded and the reactor core of the nuclear fuel chamber does not explode so that the environment is not contaminated by the nuclear waste 1030 is installed in the nuclear reactor, The double structure block tank 598 formed of a single double structure block tank 598, which is a reactor nuclear waste treatment storage tank formed from the first wall to the fifth wall, is connected to the block tank inner pipe 596 and the block tank outer pipe 599, (999) to ensure the safe and continuous operation of nuclear power plants, to ensure the safety of nuclear power generation facilities, to ensure the renovation of nuclear reactors, and to prevent nuclear explosions Nuclear power plant with dual structure block tank Nuclear waste treatment reactor facilities are connected to a nuclear power plant (626 ) Of a nuclear explosion-proof dual structure block tank 598 in the form of a raw statistic of the nuclear reactor waste treatment system 1030 and a shared water surface filling process 945 for forming a reactor reactor facility 962 in a shared landfill 944 and a shared water surface landfill 945 Wherein the water surface is formed before and after the process of the water surface embedding process inside the apparatus body (1) 67. The nuclear explosion prevention device according to claim 66, wherein the nuclear water reactor 626 is formed in the form of a cylindrical egg in a marine tunnel transportation device 960 formed before and after the shared surface landfill process. Type dual-structure block tank 598 radioactive nuclear waste 1030 treatment nuclear reactors (999) nuclear waste (1030) generated from the nuclear power plant 626 forming a facility for the treatment of ventilation inside the reactor building (1043) and When the air in the water inside the reactor 999 is a gas, when using a pressurized water reactor, a method of discharging purge air to outside air with an active membrane gas hold-up device 1044 that weakens radioactivity, Nuclear waste treatment methods are formed in the method of discharging a plurality of symmetrical filters, and discharging all of the vented air from the exhaust tower. Into a nuclear power plant with a nuclear explosion-proof dual structure block tank 598 for a variety of nuclear waste 1030 treatment reactors 999 facilities 962 into a marine tunnel transit system 960. Nuclear explosion-proof dual structure block tank 598 in the form of a cylindrical egg of the shared surface landfill apparatus body for forming a radioactive nuclear waste treatment reactor facility 962 in a shared landfill 944 and a shared surface landfill 945 (1) ) The shared surface reclaiming treatment device having a peace keeping construction machine, which is formed before and after the shared surface reclaiming process inside. 68. The method of claim 67,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) In the case of water leaking from a valve of a nuclear power plant forming the facility and recycled liquid of ion exchange resin in the building water in the building, 1047, filtered with a filter, measured by radioactivity measuring instrument 1049 to measure no radioactivity, and then flowed into the sea together with seawater for cooling, and a method of passing water other than washing water through filter 1048 The purified water, distilled water, and the like are used again as a reactor coolant 1004, and a monitoring monitoring post is installed in a nuclear explosion-proof double structure block tank 598 for nuclear waste disposal. A nuclear explosion-proof double structure block tank 598 in the form of a raw statistic of a nuclear power plant 626 inside a marine tunnel transport apparatus 960 as a nuclear waste disposal reactor facility 962 inside the nuclear power plant having a radioactive nuclear The water surface treatment apparatus of the present invention is characterized in that it is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 before and after the shared water surface embedding treatment process A water surface treatment apparatus having a peace-keeping type construction machine 69. The method of claim 68,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (999) of a nuclear reactor having a nuclear reactor (598), the reactor (999), if the ion exchange resin and the filter medium are solid in the paper, cloth, work clothes, shoes, etc. inside the building of the nuclear power plant, (1045) The sludge and the resin liquid used are stored in a storage tank (1047) and solidified into concrete and packed in a drum (1051), and a method of treating radioactive nuclear waste by compressing paper and cloth, A method of treating radioactive nuclear waste in which all of these are filled with concrete and filled in the drum 1051 and the waste is moved and stored in a forklift 858 in the site, The monitoring post 1050 is equipped with a nuclear explosion-proof double structure block tank for nuclear waste disposal. Nuclear waste (1030) is treated inside the nuclear power plant. Treatment reactor (999) is installed inside the marine tunnel transport apparatus (960) A nuclear explosion-proof dual structure block tank 598 in the form of raw statistics of the power plant 626 and a shared water surface embedding process 940 for forming a radioactive nuclear waste treatment reactor facility 962 in a shared landfill 944 and a shared water surface landfill 945 Wherein the water surface is formed before and after the process of the water surface embedding process inside the apparatus body (1) 70. The method of claim 69,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) Reacted nuclear fuel 982 and spent uranium 1040 in a nuclear power plant forming the facility are processed at the reprocessing plant 1055 and then transferred to the conversion plant 1056. [ To convert uranium fluoride 1031 to uranium dioxide 1070 at the conversion plant 1056 to convert the uranium fluoride 1031 into the pellet 1061 state The fuel rods 1042 are fabricated and the plutonium 1032 processed in the reprocessing plant 1055 is produced in the conversion and processing plant 1058 so that these reprocessing fuel rods 1042 are returned to the nuclear power plant Nuclear fuel And the conversion and processing plants 1058 are connected to the nuclear power plant 626 and the reprocessing plant 1055 at the concentration plant 1057 and the conversion plant 1056. The conversion and processing plants 1058 are installed at the top of the sea, The nuclear fuel cycle of the nuclear fuel (982) industry is formed for the treatment of nuclear waste (1030) on the top of the barge deck deck. Nuclear waste treatment reactor facilities (962) inside the nuclear power plant equipped with a nuclear explosion- A nuclear explosion-proof dual structure block tank 598 in the form of raw statistics of a nuclear power plant 626 inside a traffic device 960 and a nuclear waste treatment reactor 999 facility 962 shared with a shared landfill 944 Wherein the water surface is formed before and after the water surface embedding process in the body of the water surface embedding apparatus body 1 formed in the landfill 945. [ 71. The method of claim 70,
The nuclear explosion prevention dual structure block tank formed in the form of a cylindrical egg of the nuclear power plant 626 into the marine tunnel transportation device 960 formed before and after the shared surface landfill processing body into the shared surface landfill processing body 1. In the nuclear power plant 626, which forms a radioactive waste (1030) treatment reactor (999) facility, long-lived levels of waste resulting from reprocessing have long half-lives and should be stored for thousands of years. Nuclear waste treatment method for converting 1030 to nuclear material fission (1059) in the reactor (999), and the method of permanent disposal of long-life waste, including construction machinery heavy equipment evaporator (877) and excavator (856) Nuclear waste disposal method which embeds nuclear waste in polar glacier, Nuclear waste disposal method which burys deeply in strata and ocean floor and ship, and contain nuclear waste The nuclear waste disposal method for transporting the double pipe structure drum 1051 to the buried area includes a barge line 933 equipped with a space rocket 612 and a space rocket launch pad 646 and the like and a double pipe structure drum 1051) with a space rocket to an outer space for nuclear waste disposal to form a nuclear waste disposal system. A nuclear explosion-proof double structure block tank 598 is installed inside the nuclear power plant for nuclear waste disposal. Explosion-proof double structure block tank 598 in the form of raw statistics of a nuclear power plant 626 inside a traffic device 960 and a shared nuclear power plant 999 with a shared landfill 944, Wherein the water surface is formed at a time before and after the process of the water surface embedding process in the shared water surface embedding apparatus body 1 formed in the landfill 945. [ Water reclamation processing unit 72. The method of claim 71,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (999) Nuclear Power Plant Reactor (999) for Nuclear Power Plant Reactor (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) The boiler 783 of the thermal power generation is separately operated after the shutoff by the safety valve 1069 and the connection structure is formed in the reactor power generation facility 1063 so that the thermal power generation facility is formed to supply the high temperature and high pressure steam, Nuclear power plant with dual-structure block tanks for nuclear waste disposal to treat nuclear waste Nuclear waste treatment reactor facilities to inside of ocean tunnel transport equipment (960) A nuclear explosion-proof dual structure block tank 598 in the form of raw statistics of the power plant 626 forms a radioactive nuclear waste 1030 treatment reactor facility 962 in a shared landfill 944 and a shared surface landfill 945 Wherein the water surface is formed before and after the shared water surface embedding process inside the body (1) of the shared water surface embedding processing apparatus (1) The method of claim 72,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 Nuclear power plants or the like that form the facilities 962 include nuclear reactors 811 formed from the first wall to the fifth wall on the nuclear reactor surface, a nuclear reactor waste treatment storage tank 1047 A plurality of double structure block tanks 598 are formed by the block tank inner pipe 596 and the block tank outer pipes 599 to prevent nuclear explosion inside the reactor In order to firmly support the double pipe structure block tank 598, the outer peripheral wall surface of the block tank inner pipe 596 and the inner wall surface of the outer surface of the block tank outer pipe 599 are connected to the isosceles- The steel pipe 600 and the second auxiliary steel plate 601 for a block tank are formed by an assembly process using steel plate brackets 165 formed by cutting and welding under the water of a computer, A barrier 624 for the hydraulic cylinder is formed so that the forklift 858 can be inserted into and removed from the partition wall manhole 610 and the manhole cover 152 on the wall of the tank outer pipe 599 and the nuclear explosion- Nuclear waste treatment reactor installations within the nuclear power plant 626 with a tank 598 are equipped with nuclear explosion-proof dual structure block tanks in the form of raw statistics of the nuclear power plant 626 into the marine tunnel traffic apparatus 960 598) Radioactive nuclear waste 1030 Treatment reactor 999 Facility 962 is shared with a shared landfill 944 and a shared reclaimed landfill 945 Inside a shared water surface treatment apparatus body 1, Is formed at the back side Is a shared water surface embedding device equipped with a peace-keeping type construction machine The method of claim 73,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) Around the satellite launch pad (643) and the space rocket launch pad (646), a natural earth loom and disaster prevention device And a circular 100-meter diameter ocher block disaster prevention wall is formed at a height of 3 meters and a height of 15 meters. A satellite launch pad and a space rocket launch pad formed at the top of the deck deck of the deck form a satellite 611, And the space rocket 612 are fired, when a huge amount of fuel is burned to obtain propulsive force, a high temperature is generated. At this time, the firing of the satellite 611 and the space rocket 612 It is equipped with a circular ocher block fire prevention wall with a high temperature and high pressure combustion heat of 100 meters in diameter to block the heat of high temperature and high pressure and form a disaster prevention wall so that the deck deck can stand firmly. A nuclear explosion-proof dual structure block tank 598 in the form of raw statistics of a nuclear power plant 626, a nuclear reactor waste treatment unit 930, a nuclear reactor waste treatment unit 930, And the second surface is formed at a time before and after the process of the common water surface embedding process. 74. The method of claim 74,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (598) Radioactive Nuclear Waste (1030) Treatment Reactor (999) The facility (962) is located in the deep sea area or in the 10 meter depth zone or as a means of moving the hull, The crane boom 651 for replacing the quadruple is operated by operating a plurality of hydraulic cylinders 620 formed on the long axis adjustment seesaw crane boom frame 821. When the hull is retracted and the hull is retracted at both sides in front of the hull, (638) and anchor chains (640) in Bollard (638) so that it can be used as a sailing vessel shelter in the shore Nuclear Nuclear Power Nuclear Power Plants with Nuclear Explosion-Proof Double Structure Block Tanks, which are constructed as equipment capable of safely proceeding with hull movement, capable of forming marine tunnel transport devices 960 A nuclear explosion-proof double structure block tank 598 in the form of raw statistics of the nuclear power plant 626 inside the nuclear power plant 626, a nuclear reactor waste treatment unit 930, Is formed at the time of before and after the process of the common water surface embedding process inside the body (1) of the water surface embedding apparatus body (1) formed in the water surface embedding processing unit (945) 78. The method of claim 75,
A shared landfill 944 formed in the shared water surface embedding apparatus body 1 before and after the shared water surface embedding process and a marine tunnel transportation apparatus 960 formed in the shared water surface landfill 945 are connected to a nuclear power plant 626 Nuclear-explosion-proof double structure block tank 598 in the form of raw statistics of radioactive nuclear waste 1030 Treatment reactor 999 In the reactor 962, the reactor is connected to a research reactor 1071 and a power reactor 1072 ), And the power path 1072 is divided into a reactor 999 that has been developed for power generation and has a structure of a boiling water reactor 1073 that has a nuclear explosion-proof double structure block tank 598 The water boiling water reactor 1073 boils water to make steam 465 to rotate the steam turbine 267 and the inside of the boiling water reactor 1073 is filled with the fuel 982 and water, The recirculation pump 1080 and the pressure vessel 10 The steam turbine 267 and the armature coil 1011 which are not rotating are connected to the outside of the reactor 999 by a pressure control pool 1079, And the steam 465 remaining after the power generation with the steam 465 is cooled by the cooling device condenser 1022 which cools the water vapor to make the water circulate in the nuclear power generator 1010, The steam 465 is cooled and the hard water is transferred into the reactor 999 by the feed pump 1067 to form a recirculation and the cooling water is circulated in the condenser 1022 to the circulating water pump 1066 The condenser 1022 discharges cooling water through the piping line 1065 to the outside waterproofing path and forms nuclear power to circulate the inside surface of the boiling water reactor 1073 of the nuclear power plant 626 inside the marine tunnel traffic apparatus 960, Nuclear explosion-proof double-structure A lock tank 598 a radioactive nuclear waste 1030 processing reactor 999 a shared water surface into a shared water surface treatment apparatus body 1 forming a facility 962 in a shared landfill 944 and a shared water surface landfill 945; Wherein the water surface is formed before and after the treatment process. 80. The method of claim 76,
A shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process and a marine tunnel transportation device 960 formed in the shared water surface landfill 945 are connected to a nuclear power plant 626 ) Having a double structure block tank 598 in a nuclear explosion-proof dual structure block tank 598 in the form of a raw statistic of a nuclear reactor waste treatment system 910, The pressurized water reactor 1074 does not generate steam to generate steam but generates hot water and exchanges water and steam in the steam generator 1036 to rotate the steam turbine 267 to generate steam 1010 in the inside of the reactor pressure vessel 1001 and the inside of the nuclear reactor pressure vessel 1001 is filled with the fuel and water and the control rod 1029 and the pressure vessel 1001 ) On the side, steam The steam generator 1036 and the steam generator 1036 are provided with coolant pumps 1081. The steam turbine 267 and the nuclear power generator 1010 are installed at intermediate positions between the pressure vessel 1001 and the steam generator 1036, Cooling water is supplied into the cooling device condenser 1022 to cool the water vapor to cool the water vapor to discharge the cooling water in the piping line 1065 to the waterproof path and to supply the cooling water to the steam generator 1024 through the water supply pump 1067 connected to the condenser 1022, And a nuclear explosion preventive double structure block 1036 in the form of a raw statistic on the circumferential surface of the pressurized water reactor 1074 of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 by supplying water to the nuclear power plant 1036, Tank 598 Radioactive nuclear waste 1030 Treatment reactor 999 Shared water surface buried into the shared water surface treatment apparatus body 1 forming equipment 962 in a shared landfill 944 and a shared water surface landfill 945 The material formed before and after the process Characterized in that it comprises: 78. The method of claim 77,
A shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process and a marine tunnel transportation device 960 formed in the shared water surface landfill 945 are connected to a nuclear power plant 626 ) Having a dual structure block tank 598 in the form of a raw statistic of a nuclear reactor cooling tower 810 and a dual structure block tank 598 in the form of a raw statistic of nuclear reactor waste 910, The gas cooling path 1075 is a reactor formed by providing graphite as a moderator 1007 and carbon dioxide as a coolant 1004 and using natural uranium 1028 and enriched uranium 235 And the carbon dioxide is used as the coolant 1004 to form a nuclear power generation with high heat and high pressure steam having a strong vapor condition and a thermal efficiency equivalent to that of the thermal power so that the nuclear power is supplied to the inside of the marine tunnel transport apparatus 960 Male type A nuclear explosion-proof double structure block tank 598 in the form of a circle statistic on the circumference of the magnetic path is connected to a shared landfill 944 and a shared reclaimed landfill 945 with a nuclear reactor waste treatment facility 930, Wherein the water surface is formed at a time before and after the process of the common water surface embedding process in the body of the water surface embedding apparatus body (1) 79. The method of claim 78,
A shared landfill 944 formed in the shared water surface embedding apparatus body 1 before and after the shared water surface embedding process and a marine tunnel transportation apparatus 960 formed in the shared water surface landfill 945 are connected to a nuclear power plant 626 A dual structure block tank 598 in the form of a raw statistic of nuclear waste and a dual structure block tank 598 in a nuclear reactor waste treatment facility 999 facility 962, The multi-purpose high-temperature gas furnace 1076 in the structure of the furnace 1076 uses graphite as a moderator 1007 and helium gas as a coolant 1004 and uses enriched uranium 235 (1000) and thorium 1027 as fuel The heat of the helium gas is transferred to the water to form nuclear power by the steam generation, and the nuclear power generation is formed in the marine tunnel transportation device 960 in the form of the circle statistics on the circumferential surface of the multipurpose hot gas path 1076 of the nuclear power plant 626 Nuclear explosion-proof type A shared water surface into the shared water surface treatment apparatus body 1 forming a shared block landfill 945 with a shared landfill 944 and a shared block surface tank 598. A radioactive nuclear waste 1030 treatment reactor 999, Wherein the water surface is formed before and after the landfill treatment process. 80. The method of claim 79,
A shared landfill 944 formed in the shared water surface embedding device body 1 before and after the shared water surface embedding process and a marine tunnel transportation device 960 formed in the shared water surface landfill 945 are connected to a nuclear power plant 626 ) Of a nuclear explosion-proof double structure block tank 598 in the form of raw statistics of nuclear reactor waste 1030 processing reactor 999 facility 962 and a dual structure block tank 598 The new conversion furnace 1077 in the structure of the converter 1077 uses hard water as the coolant 1004 so as to increase the utilization rate of the nuclear fuel as compared with the existing reactor, The water and the steam 465 are separated from the steam turbine 1023 and the steam 465 is sent to the steam turbine 267 to generate nuclear power. The heavy water is used as the moderator 1007 and the heavy water is used as the neutrons 1009, Absorbent. The utilization efficiency of the uranium 1028 is increased so that the nuclear fuel is mixed with the plutonium 1032 and the natural uranium 1028 to form the nuclear power plant and the nuclear power plant 626 A nuclear explosion-proof dual structure block tank 598 in the form of a circle statistic on the circumference of the new conversion furnace 1077 is connected to a shared landfill 944 with a radioactive nuclear waste 1030 treatment reactor 999 facility 962, Wherein the water surface is formed before and after the water surface embedding process in the body of the water surface embedding apparatus body 1 formed in the landfill 945. [ 79. The method of claim 80,
A shared landfill 944 formed in the shared water surface embedding apparatus body 1 before and after the shared water surface embedding process and a marine tunnel transportation apparatus 960 formed in the shared water surface landfill 945 are connected to a nuclear power plant 626 Of a nuclear explosion-proof dual structure block tank 598 in the form of a raw statistic of a radioactive nuclear waste 1030 treatment reactor 999 and a dual structure block tank 598 in the facility 962, The fast breeder reactor 1078 is formed of a mixture of uranium enriched to about 20% of enriched uranium 235 (1000), natural uranium 1028 and plutonium 1032 in the center of the fuel rod 1042 And the periphery thereof is enclosed by natural uranium 1028. Plutonium 1032 generated from uranium 238 1016 is contained in the fuel rod 1042. The plutonium 1032 is taken out to be used as the next fuel, Buy liquid sodium metal The intermediate heat exchanger 1082 does not contain the moderator 1007 and the heat generated in the reactor 999 is transferred from the intermediate heat exchanger 1082 to other liquid metal sodium , The heat exchanger converts water into steam by the heat of liquid or sodium and forms a nuclear power by rotating the steam turbine 267 into the marine tunnel communication device 960 through the peripheral surface of the new conversion path 1077 of the nuclear power plant 626 A nuclear bombardment dual structure block tank 598 in the form of raw statistics in the form of raw statistics, a nuclear reactor waste 930 processing reactor 910, a shared water surface Wherein the water surface is formed before and after the water surface treatment process in the body of the landfill apparatus. 83. The method of claim 81,
A nuclear explosion-proof double structure block tank having the form of a raw statistic of the nuclear power plant 626 inside the marine tunnel transport apparatus 960 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 (910) of the nuclear power plant (598), the radioactive nuclear waste (1030) treatment reactor (999), and the equipment (962) are firstly equipped with a bulldozer (855) ) The range is more than 1 ton with the excavator in infinite track and tire type, the standard is the self weight, the third is the loader (857) range is more than 1 ton with the loading device in infinite track and tire type. (858) range has a lifting device in the form of a tire, the standard is expressed in lifting capacity, and the fifth, range of scrapers (859) is the excavation and transportation of soil and sand (860) range is more than 12 tonnes of loading capacity, but less than 20 tonnes of loading capacity and more than 12 tonnes of cargo. Except for those registered as automobiles, the standard is expressed as the maximum load, the seventh, the crane (861) range is the infinite orbit and the tire type, excluding steel rail and pylon, Eighth, the motor grader 862 range is represented by the length of the blade with the stopper and the specification is the length of the blade. Ninth, the range of the roller 863 is firstly the one with the adjustable and voltage device, (864) range is the voluntary with the safety device and the standard is the fluid tang (865) range is the aggregate reservoir, which has a metering device and a mixing device, the movable type with a prime mover, and the standard is the hourly output of the concrete, and the range of the concrete finisher (866) With a prime mover, with a prime mover, the standard is the standard width for construction, the third is the 13th, the concrete spreader (867) has a prime mover with the prime mover, the standard is the standard width for construction, Fourth, the range of concrete mixer truck 868 is self-propelled with a mixing device, which includes the attachment of an auxiliary device for the input and output of the material input, the specification is expressed as the amount of concrete that can be mixed once more in the container, , Concrete Pump (869) range of concrete delivery capacity Moving and truck loading with a prime mover of at least 5㎥ per hour indicates specifications for delivery capacity per hour for Ascon, while range for asphalt mixing plant (870) includes dry heating equipment for aggregate feeders and asphalt feeders for mixing devices The specification with the prime is expressed by the production capacity per hour of Ascon, the seventh with the asphalt finisher (871) range is the prime with the pruning and finishing device, and the standard is the standard pavement width that can lay the ascon. , The asphalt spreader (872) range is represented by the capacity of the asphalt spreader, the standard is the capacity of the asphalt tank, the nineteenth, the aggregate spreader (873) range is the self-contained type with the aggregate spreader, And the crusher 874 has a range of 20 kW or more, (875) range, the air discharge rate is more than 283 m3 / min, and the standard is expressed as the air output per minute, and the second one is the second one, the range of the perforator (876) range (877) range has a perforator, the hammer and flushing device weighs more than 0.5 ton and the twenty-fourth, the sieve picker (878) range has a shed-picking device (879) range is pump type, bucket type is dipper type and grab type is visa type, and specification is P8 and ㎥. Twenty-six is another (880) is a machinery having similar structure and function to those of the construction machinery of No. 1 to 25, (959) of the global land and sea that was formed before and after the water surface treatment process in the Northeast Asian region formed inside the body of the shared water surface embedding device (959). Therefore, in order to prevent floods and droughts efficiently and quickly, and to overcome flood damage caused by the installation process of flood control system (959), which controls the flood control that can continuously overcome flood damage from various natural and artificial disasters Equipment equipped with a construction machine (970) for the flood control system is a nuclear explosion-proof double structure block tank (598) in the form of raw statistics of a nuclear power plant (626) inside a marine tunnel transport apparatus (960) 1030) Nuclear reactors (999) Facilities are formed both in the shared landfill (944) and in the shared surface landfill (945) both inside and outside Northeast Asia Public waters embedding processing device body (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process is formed into the public waters 83. The method of claim 82,
A flood control device 959 having various construction machines 970 formed before and after the shared water surface embedding process inside the shared water surface embedding device body 1 includes a circular prefabricated water tank 292 And a circular concrete dam 680 and a loess mixture 157 such as disaster prevention water 7 in the control water and a water tank 292 and a concrete dam 680 containing disaster prevention materials (957) equipped with various construction machines (970) of the flood control system, the installation process of the method of controlling the flood damage and the flood control process are the land and the sea of the world, A multidirectional nonmotority water pump 393 of primary order to the inside of the circumference of 2,400 km in diameter of the south, south, north, south, south, south, A flood control device 959 including various construction machines 970 of a flood control system for overcoming flood damage to the inside of the flood control device 959 with equipment formed by the Uto valve 259 and the unmanned camera 184 of the control system, And a common water surface filling apparatus body 1 formed in a shared landfill 944 and a shared water surface landfill 945 by a flood control apparatus 959 in which a flood control process is performed, Wherein the water surface is formed before and after the shared water surface embedding process. 85. The method of claim 83,
A flood control unit 959 including the construction machine 970 and a flood control unit 959 including a method of controlling the flood control and a flood control process are installed in the shared landfill 944 and the shared water surface landfill 945) connected to the water tank (292) and the concrete dam (680) inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body (1) A multistage multi-stage disaster prevention pump 8 and a fire hose 9 are provided in a plurality of suction and confluence pipes 3 and 4 and a plurality of suction and confluence pipes 3 Stage multistage disaster prevention pump 8 formed with a fire nozzle 10 located at the back of a fire hose 9 such as a fire hose 9 and a high pressure multi-stage multi-stage disaster prevention pump 8 formed in a discharge confluence pipe 4, The concrete dam 680 is provided with an artificial tunnel 672 including the water gate 293 and the disaster prevention water passage 17, In order to overcome flood damage, flood control devices 959 are connected to a shared landfill 944 to control the flood control using a flood control device including various construction machines 970 of the flood control system. ) And a shared water surface filling land (945) formed in the water surface (945) before and after the shared water surface filling process. 85. The method of claim 84,
The installation of the method for controlling the flood control and the flood control process including the flood control device having various construction machines 970 formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1 The number of concrete dams located in the mountainous lower part 8 ridge valleys 819 inside and outside the Northeast Asia region formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 The tunnels 672 are located from the rivers and the rivers 678 to the upper stream valley 819, which is located on the ridge line in the 5th ridge line and the 3 ridge ridge valley 819 and the like. The wastewater 266 and the industrial wastewater 266 are prevented from flowing into the agricultural wastewater 266 so that the ecosystem balance can be restored so that the fish and shellfish can be scattered so as to provide the fish and shell spawning ground 929, Wherein the water surface is formed at a time before and after the process of the water surface embedding process in the water surface disposal apparatus body 1 as the water disposal adjustment devices 959 formed in the water surface landfill 945. [ Buried processing device 92. The method of claim 85,
Shared landfill (945) Shared landfill (944) and shared landfills (944) in the world including the inside and outside of Northeast Asia formed before and after the shared water surface embedding process inside the body of the shared water surface embedding device (1) Inside and Outside The 65-percent National Territorial Demilitarized Zone (947) The Baekdudaegan Demilitarized Zone (947) The Concrete Dam (680), located at the top of Mt. Sorak in the Taebaek mountain range, starts as a starting point, And a plurality of disaster prevention waterways 17 connected to the concrete dam 680 are connected to the Taebaek mountain in the Baekdudaegan and the Nankdong vein ridge in the Taebaeksan western part of the Taebaek mountain, In the southern part of Mt. Mt. Mt. Mt. Mt. Jiri, in the southern part of Jeonnam, The water tank 292 for storing the rainwater and the loess mixture 157, which is a concentrated rainfall such as natural water, against the flood season, and the water tank 292 for storing the control water on the southern coast, and the detergent tank 400 A water tank 292 for storing the control water when the harmful tidal augmentation warning is issued from the weather station, and a water tank 292 for storing the control water and a control concrete dam 680 The method for opening the ocher pressure control valve 469 and the lift-type check valve 453 to release the yellowing agent mixture 157 in a large amount to block the generation of harmful tide, Wherein the water is formed in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 before and after the shared water surface embedding process. Construction machine A public waters embedding processing device with a 88. The method of claim 86,
The flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 share a shared landfill 944 and a shared water surface landfill 945 ) In order to prepare for the prolonged drought in and out of Northeast Asia region, in case of concentrated rainfall on the eastern and western part of Taebaek mountain range of 65% mountainous area in the country, and in case of suffering from drought in other areas, The natural water is stored in each concrete dam 680 for each geyser line in the concrete dam 680 to open the water gate 293 of the concrete dam 680 in the flood season to move the natural water through the disaster prevention water passage 17, Which is formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 having the construction machine 970, Wherein the water surface is formed inside and outside of the tooth body (1) before and after the shared water surface embedding process. 88. The method of claim 87,
The flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 share a shared landfill 944 and a shared water surface landfill 945 ) In the drought period inside and outside Northeast Asia region, water can be discharged stably throughout the whole country so that domestic water, agricultural water, industrial water etc. can be buried in the ground by piping, And the river maintenance water is shared with the shared landfill 944 by the flood control devices 959 equipped with various construction machines 970 in such a manner as to appropriately maintain the supply of water through the disaster prevention water line 17 Wherein the water surface is formed at a time before and after the process of the water surface embedding process in the water surface embedding apparatus body 1 formed in the water surface landfill 945. [ 90. The method of claim 88,
The flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 share a shared landfill 944 and a shared water surface landfill 945 ) We supply and supply electric power to hydroelectric generators (213) located in various regional hydroelectric power plants (233) inside and outside of Northeast Asia region and transfer the water to the concrete dam (680) The power pump 304 of each ridge line also supplies electric power to the 5th water intake concrete pumping water dam 680 and the 5th water intake water concrete dam 680 to the 8th water intake concrete dam 680, (304), and the water is pumped to the 8th water intake concrete dam (680) repeatedly to supply the water to the mountain water intake concrete dam (680), and the flood control method overcoming the circulating flood and the drought, Machine 970 Wherein the water surface treatment apparatus is formed in a shared water surface embedding apparatus body (1) formed in a shared landfill site (944) and a shared water surface landfill site (945) Shared water surface treatment system equipped with a peace-keeping construction machine 90. The method of claim 89,
The flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 share a shared landfill 944 and a shared water surface landfill 945 ) The water stored in the acid-dumped concrete dams 680 inside and outside the Northeast Asia region is discharged to a plurality of disaster prevention nozzles 10 connected to the piping and the fire hose 9 while opening the respective valves formed in the water intake concrete dam 680 It is continuously sprayed on the 8th ridge below the peak of the mountain. In the 8th ridge, the 5th ridge below the 8th ridge, the 5th ridge below the 5th ridge, and the 3rd ridge below the 3rd ridge. In order to reduce the damage from natural disasters such as heat and drought in the Yellow Sand, we use water potential energy to prevent natural disasters in advance and flood control devices (959) equipped with various construction machines (970) Wherein the water surface is formed before and after the water surface treatment process in the body of the landfill apparatus. 89. The method of claim 90,
The flood control devices 959 having various construction machines 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 share a shared landfill 944 and a shared water surface landfill 945 ) In addition to providing a power pump inside and outside Northeast Asia area, there is a method of countercurrent circulation of the water of the intake dam located per ridge equipped with the non-powered water pump (393) to the mountain top part. (970) of flood control system to overcome various floods that can overcome the flood and drought quickly, forming the inside of the flood control device (959) by land and sea of the global village, The flood control devices 959 are formed in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 before and after the shared water surface embedding process Shared water reclamation apparatus comprising a peaceful retained Construction Machinery, characterized 92. The method of claim 91,
In order to cope with various disasters formed before and after the shared water surface embedding process in the shared water surface embedding apparatus body 1, flood control devices 959 including a construction machine 970 of a flood control system are installed in a shared landfill 944) and Shared Surface Landfill (945) In Baekdudaegan, inside and outside Northeast Asia, paved roads and unpaved roads for various purposes such as highways, national roads, provincial roads, forest roads and military roads were opened, The main habitat of wild animals and plants is being damaged due to the fact that 72 roads pass through Baekdudaegan at an interval of 9km on an average. The countermeasures for this are the bridge (681) on the cut road And a disaster prevention waterway (17) at the upper part and the lower part of the bridge (681) to form ecological passages for restoration of the disconnected ecosystem, To the shared water surface treatment system body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 having the construction machine 970 of the flood control system for the water surface Wherein the water surface is formed before and after the landfill treatment process. 93. The method of claim 92,
In order to cope with various disasters formed before and after the process of the shared water surface embedding process into the inside of the shared water surface embedding device body 1, the flood control devices 959 equipped with the construction machine 970 of the flooding- 944) and Shared Surface Landfill (945) In the Nakdong River estuary and Yeongsan river estuary formed inside and outside the Northeast Asia region, the gates (293) were opened to block the inflow of saltwater into the water intake and to block the inflow of farmland salt water. (929), the marine fish and shellfish did not spawn and the merchant vessels and fishing boats did not pass, so the inconveniences of the residents were significant. In addition, the water quality of the rivers tumbled from 3 to 4, The river is polluted by the high concentration of industrial zones in the middle and upper stream to the middle city of rivers. Because the water is supplied to the drinking water of the water source with polluted water, it takes a lot of water purification facilities and purified water activated carbon to increase the production cost of the water source, and the damage is caused by the residents. Therefore, (293) is always open or the gate (293) is completely dismantled. The river bed (678) and the river bank (679) are divided into the immovable rocks below the riverbed and the aquifer over the metamorphic rock A shared water surface embedding device body (945) that forms flood control devices (959) with a construction machine (970) in a shared landfill (944) and a shared water surface landfill (945) so that groundwater can be mass- (1) is formed at a time before and after the process of the shared water surface embedding process. 93. The method of claim 93,
In order to cope with various disasters formed before and after the shared water surface embedding process in the shared water surface embedding apparatus body 1, flood control devices 959 including a construction machine 970 of a flood control system are installed in a shared landfill 944) and Shared Surface Landfill (945) Various excavator construction machines (970) are installed on the barge (933) so as to discharge deep ocean water formed inside and outside the Northeast Asia region to the contaminated river bed, After the completion of the construction, the double structure block tank 598 is formed with the disaster prevention water passage 17 so that the pump and the injection nozzles are located on the riverbed, and a number of deep sea water discharge water functions as a breakwater 679, The construction machine and barge (933) equipped with methods for water quality conservation and restoration of ecosystem environment have been developed to overcome various floods such as pumps and nozzles. The water surface of the shared water surface embedding processing body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 equipped with the construction machine 970, Wherein the water surface is formed on the surface of the water surface, 95. The method of claim 94,
A shared landfill 944 and a shared water surface landfill 945 formed before and after the shared water surface embedding process in the water surface of the shared water surface treatment apparatus body 1 are used to overcome various floods in and out of Northeast Asia. A circular water tank 292 located at the top of the mountain formed inside the flood control device 959 equipped with the construction machine 970 is a tank for selecting waterproof stainless steel or plastic material and storing water of 30,000 psi And the body of the water tank 292 is formed as a double structure block tank 598 to store the water 7 in the block tank internal pipe 596 and the water 7 is frozen in winter A heating device 820 is formed on the outer wall of the block tank external piping 599 and a heating device 815 is formed in the middle between the block tank internal pipe 596 and the block tank external pipe 599, Air-conditioning equipment and air warming The shared water surface 944 and the shared water surface 944 formed by the heater fan 642 and the cooling fan 641 in the flood control devices 959 including the construction machine 970 of the flood control system, Wherein the water surface is formed before and after the water surface treatment process in the body of the landfill apparatus. 95. The method of claim 95,
In order to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1, It completely blocks the inflow of the industrial wastewater 266 in the middle and upstream areas of the middle city area of the large river formed inside the apparatus 959, and inflows completely purified water from the sewage end treatment plant 676 to the outside of the large river bank 679 A shared landfill 944 and a shared reclaimed landfill 945 are connected to the flood control devices 959 with the construction machine 970 of the flood control system for overcoming various floods formed by the purification facility and the sewer construction work 677, Is formed at the time of before and after the process of the water surface embedding process in the shared water surface embedding device body (1) formed in the water surface embedding device Chi 97. The method of claim 96,
A flood control device (not shown) equipped with a construction machine 970 of a flood control system to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1 959) and a loess mixture (157) having a viscosity of 5% level is cut into a loess mixture (157) stored in a water tank and a control dam formed inside the dam, and a loess mixture (157) is formed by a control material mixer (934) for preventing harmful red tide of the harmful tidal microorganisms (921) from being sprayed on the barge after being loaded on the barge, and the water tank (292) and the inside of the water control dam In order to cope with various floods formed by the cooling device 816 and the heating device 815 facilities correspondingly, the flood control devices 959 including the construction machine 970 of the flood control system can be used for the shared landfill 944 Yu public waters embedding processing device body (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process into the shared water to form a reclaimed water 945 98. The method of claim 97,
In order to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1, Prior to the construction of the earth concrete natural dam (680) and the disaster prevention waterway (17) in the construction concrete dam formed inside the device (959), the environmental impact evaluation according to the local setting location of the dam and the water channel. A natural dam 680 having a stone and soil separate from the concrete dam 680 and a material such as gravel cement is formed on the reinforcing bar and the sand which become the material of the concrete dam 680 after completion of the ball design, A construction machine 970 of a flood control system is provided to overcome various floods formed by a construction machine 970 and a cable car 166 in a cable car 256 near the dam construction site. Wherein the water is formed in the shared water surface embedding device body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by a flood control device 959 before and after the shared water surface embedding process. Shared water surface treatment system with maintenance type construction machine 98. The method of claim 98,
In order to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1, In order to preserve road facilities and road facilities such as roads and bridges due to flood turbulence and vortices formed in the device (959), preliminary geological surveys have been completed in the landslide occurrence areas and landslide occurrence areas, In order to cope with various flood disasters provided by the geological survey measuring instruments for disaster prevention work such as anchorage reinforcement and repair work, a flood control device 959 including a construction machine 970 of a flood control system is installed in the shared landfill 944, And is formed in the shared water surface filling apparatus body 1 formed in the shared water surface landfill 945 before and after the shared water surface filling process step A surface-to-surface burial processing apparatus having a peace-keeping type construction machine The method of claim 99,
A flood control device (not shown) equipped with a construction machine 970 of a flood control system to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1 959 of the cage culture plant 929, the fish and shellfish are transferred to the barge line 933 so as to prevent the fish and shellfish from becoming sticky before the temperature of the cage farm 929 rises due to the harmful red tide and the heat, And a method of moving the water to the landfill site 945. In order to cope with various floods formed by including the flood control system 954, the flood control apparatus 959 having the construction machine 970 of the flood control system, Wherein the water surface embedding apparatus is formed at a time before and after the water surface embedding process in the body of the water surface embedding apparatus body. 112. The method of claim 100,
A flood control device (not shown) equipped with a construction machine 970 of a flood control system to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1 959) to supply the deep water of the lower floor of the ocean floor to the upper side of the deck deck of the barge 933 and the diesel pile hammer 883 and the pile driver 882 to the construction machine hunting and anti- A plurality of deep water boreholes 936 are drilled in the downstream of the river and the ocean to mount the steam hammer 884 and the crude oil drilling machine 908 on the upper surface of the deck deck of the pumping bay 933 having the borehole 936 formed therein A piping and a hose are provided by a pump to supply deep seawater together with purified seawater to a tank tank 295 of a farm site 929. In order to overcome various floods, The water surface of the common water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 having the system 970 Wherein the water surface is filled with water, 102. The method of claim 101,
In order to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1, The water taken from the intake port of the intake dam per each ridge located at the bottom of the mountain formed in the apparatus 959 is guided to the constant tank 802 located above the hydroelectric power plant 233 through the water passage 294, And sends it to the pump aberration 264 and the Francisc aberration 229 through the Peltton aberration 230 or the like via the water pressure pipe 191 to convert the position energy of the water into mechanical energy, And a method for generating electric energy by the hydroelectric power plant 233. The hydroelectric power generation facilities 959 including the construction machine 970 of the flood control system are used for the flood control Wherein the water surface is formed before and after the shared water surface embedding treatment process inside the body of the water surface embedding apparatus body 1 formed in the landfill 944 and the shared water surface landfill 945. [ Device 102. The method of claim 102,
A flood control device (not shown) equipped with a construction machine 970 of a flood control system to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1 The hydraulic power plant equipment includes a pressure head tank 189 located above the hydroelectric power plant 233 and a suction port 269 located in front of the pressure head tank 189. The hydraulic power plant 239 is installed in the hydraulic power plant 233, A plurality of introduction pipes 191 are located inside the hydroelectric power plant by the introduction pipe 191 at the upper portion of the hydroelectric power plant having the connection structure with the pressure head tank 189 and the discharge port 270 at the rear of the pressure head tank 189, The turbine and the pump aberration 264 to the lower portion of the hydroelectric power generator 213 of the hydrostatic power generator 213 and the suction inlet 269 of the Feltton turbine 230 to the Francis aberration 229. In addition, To The hydroelectric power generator 231 converts the kinetic energy of the hydroelectric power generator 231 into mechanical energy and generates electric energy by the hydroelectric power generator 213. In order to overcome various wastes generated by the hydroelectric power plants 231, Wherein the apparatus is formed at a time before and after a shared water surface embedding treatment process inside a shared water surface embedding apparatus body 1 formed in a shared landfill 944 and a shared water surface landfill 945 by devices 959. [ And a surface-to- 103. The method of claim 103,
A flood control device (not shown) equipped with a construction machine 970 of a flood control system to overcome various floods both inside and outside the Northeast Asia region formed before and after the shared water surface embedding process inside the body of the shared water surface embedding processing apparatus 1 959, the hydroelectric power generator generates a hydraulic pressure difference in the hydro-electric power generator 213 to generate mechanical energy, and a number of aberrators and turbines which rotate several turbines and generate power, A hydrostatic generator 213 for converting the power generated from the aberrations and turbines and an upper end of a shaft 198 which is a rotary shaft connecting the turbines and the turbines to the turbines, An exciter 215 for supplying a current to the field coil of the AC electric motor is located under the exciter 215, A downward guide bearing 217 is located below the drag ring pipe 216 and a dragstoe bearing 218 is positioned below the upright guide bearing 217. The drag bear ring 218 is located below the upright guide ring 216, A stator core 221 is disposed in the lower portion of the bearing 218 and a stator core 221 is disposed in the stator frame 220. An electric wire is inserted into the gap between the stator core 221 and the stator core 221, A lower guide bearing 225 is disposed on the brake ring 223 and a brake and a jack 224 are disposed under the fan and a lower bearing cooler 222 is located below the lower guide bearing 225, An armature coil 1011 for a generator, which is a non-rotating coil provided along the circumferential surface of the rotor coil 1012, and the like, and the shaft 198, The hydroelectric power generator 213 is connected to the turbine bearing 227 and a power generation facility 1063 having a connection structure to the casing 141 by the vane pump 142 and the runner 228, A shared water surface treatment apparatus body (not shown) formed in the shared landfill 944 and the shared water surface landfill 945 by the flood control devices 959 having the construction machine 970 of the flood control system for overcoming various water- 1) is formed inside and outside the shared water surface embedding process. 105. The method of claim 104,
In order to overcome various disasters formed before and after the process of the water surface embedding process in the shared water surface embedding device body 1, an electric water heater (not shown) is installed inside the water disposal device 959 including a construction machine 970 The body 192 includes a rotor assembly 199 and a forward bearing 200 on the hood 193 and the fan 195 on the retaining ring 194 and on the inner front racket 197 and the shaft 198 of the motor body 192, The terminal box 203 and the lifting bolts 204 are provided with the terminal box cover 205 and the rear bearing 206 with the rear racket 207 attached to the stator assembly 201 and the motor protection casting frame 202, The construction machine 970 of the flood control system is installed in the air gap 208 and the fan cover 209 in order to overcome various disasters formed by the connection structure of the rotor iron core 210 and the stator iron core 211 with the stator winding 212 The shared water surface embedding device 945 formed in the shared landfill 944 and the shared water surface landfill 945 by the water disposal adjustment devices 959, Wherein the water surface is formed before and after the process of the water surface embedding process in the interior of the apparatus body (1) 105. The method of claim 105,
In order to overcome various disasters formed before and after the process of the water surface embedding process in the shared water surface embedding device body 1, a water hammer control device 959 including a construction machine 970 of a flooding- A construction machine 970 of a flood control system for overcoming various disasters formed by a power pump 304 having an impeller 143 formed at the end of a shaft 198 of a body 192 and a prime mover air compressor 80 having a connection structure, Is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 with the water disposal adjustment apparatus 959 having the water disposal system 959, A water surface treatment apparatus having a peace-keeping type construction machine 107. The method of claim 106,
In order to overcome various disasters formed before and after the process of the shared water surface embedding process into the inside of the shared water surface embedding apparatus body 1, a plurality of water disposal adjustment apparatuses 959 including a construction machine 970 of a flooding- A small lifting stand 593 of the marine power plant is provided to be able to disassemble the barge hull 592 at the lower end of the holding tank 590 to the pillar holding tank 590 having the pier- (595) of a marine power plant large-scale floatation fixture (595) is fixed to the bottom of the ocean floor at the bottom of the ocean floor in the mid-ocean flood control drill rig (845) and anchor replacement worm crank (846) A flood control device 959 having a construction machine 970 of a flood control system for overcoming various floods equipped with mooring equipment such as a hydraulic cylinder 620 and a sharp-tipped, And Wherein the water is formed in the shared water surface embedding apparatus body 1 formed in the shared landfill 944 and the shared water surface landfill 945 with the tunnel transport devices 959 before and after the shared water surface embedding process. Shared water surface treatment system equipped with construction machine 107. The method of claim 107,
The flood control device 959 and the marine tunnel traffic devices 960 having the construction machine 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 share the landfill 944 ) And Shared Surface Landfill (945) In the 10-meter-deep sea area, unlike the previous rafts and barges that are sinking due to typhoons and wavy waves, they are located in the deep sea area with a depth of 10 km. The hydroelectric power generator 213 of the hydro-hydroelectric power plant 233 of the dam hydroelectric power plant 233 is combined with the hydro-power generator 213 of the offshore hydroelectric power plant 231 by operation of the sea water tidal- A pipe bridge 937 tunnel poison 993 formed by joining power plants of all marine power plants to the steam turbine 267 of a thermal power plant is connected to a holding tank 590 at the center of the barge hull, (590) Block tank external piping (599) provided inside the block tank internal piping (596) along the outer peripheral surface of the block tank internal piping (596), water pressure inside the double pipe structure at sea and water pressure inside the tank Disaster prevention marine environment disaster prevention control device belonging to the global marine environmental disaster prevention industry installed on the deck deck upper part (SDU) of the barge ship hull (592) at the upper part of the holding tank by the adjustment system and the equipment formed to prevent sinking, After installation of the offshore development equipment, the offshore dock (998) inside the operating marine tunnel traffic system (960) forms the segregation and disassembly process at sea level according to the depth of the sea floor. A plurality of construction machines 970 and deep sea submersibles 995 are formed on the bottom of the seabed and a flood control device 959 including a construction machine 970 and marine tunnel communication devices 960 Wherein the water surface is formed before and after the shared water surface embedding treatment process inside the body of the water surface embedding apparatus body 1 formed in the landfill 944 and the shared water surface landfill 945. [ Device 108. The method of claim 108,
A bottom floor shared landfill 944 and a shared water surface landfill 945 constructed in the shared water surface embedding device body 1 before and after the shared water surface embedding process, The construction of a bridge pier level foundation pedestal 851 that is rigid in deep sea waves even in a region of 10 km below the sea floor having the piercings 995 is formed by a plurality of construction machines 970 and deep sea submersibles 995 to form a bridge pier 928 A plurality of construction machines 970 are provided in the upper part of the shared water surface SLU and the deep sea submersibles 995 are connected to a construction machine 970 provided on the upper surface of the bottom of the shared water surface SLD, Wherein the apparatus is formed at a time before and after a shared water surface embedding treatment process inside a shared water surface embedding apparatus body 1 formed in a shared landfill 944 and a shared water surface landfill 945 by devices 959. [ The Shared water reclamation processing unit 108. The method of claim 109,
A plurality of construction machines 970 formed before and after the shared water surface embedding process process inside the shared water surface embedding device body 1 are connected to a block of the central portion holding tank 590 at the upper end of the upper part of the shared water surface upper part SLU A crude rotary drum table drilling machine 908 is provided inside the tank internal piping 596 as a mechanical diamond material core drill 917 coupled to the end of the pipe rack 854 to form a borehole 936 drilling process The drilling unit 876 and the hatching unit 876 are installed in the block tank internal pipe 596 of the four holding tanks 590 around the central portion of the upper end of the upper end of the shared water surface upper part (SLU) A diesel pile hammer 883 and a steam hammer 884 are provided to the special construction machine 880 and the pile driver 882 at the erection 877 to form a level foundation installation step for the bridge pier, On the upper surface of the seabed, A wrench crank 846 for anchor replacement and a plurality of anchors 639 as corner portions of the outside of the hull bottom are provided in the non-skid drill rig 845 and the rock drill 847, And a mower bed (638) mooring device for fixing the anchor (639) and the sandwiching machine (185) to the bottom floor of the sea floor to form a mooring process, and the lower end of the hull bottom The hydraulic control valve 603 is connected to the inside of the block tank internal piping 596 of the holding tank 590 by a distance between the hatch cover 153 and the hydraulic cylinder seat 623 for adjusting the level of the tank frame under- A plurality of hull anchoring bollards 638 are provided at a predetermined distance from the upper end of the hull deck (SDU) at the upper end of the hull bottom, and a plurality of hull anchoring bollards (638) And to a shared landfill 944 and a shared reclaimed landfill 945 with marine tunnel traffic devices 959 having a construction machine 970 including an excavator of a centrally located holding tank at the top of the hull deck Wherein the water surface is formed before and after the shared water surface embedding process inside the body (1) of the shared water surface embedding processing apparatus (1) 112. The method of claim 110,
The shared landfill 944 and the shared reclaimed landfill 945 are connected to the marine tunnel traffic devices 959 having the construction machine 970 formed before and after the shared water surface embedding process in the common water surface treatment apparatus body 1, A drilling machine 908 for crude oil supply to the upper part of each holding tank 590 and a pipeline line 181 for combined crude oil transportation for connecting carver for protecting the pipe rack 854, A crude oil transportation pipeline 181 for preventing the generation of harmful gas and a plurality of electronically controlled butterfly valves 305 and oval valves 259 in the tank internal safety control device are connected to the pollution- The crude oil drilling vessel 841 is integrally formed as a collecting process for collecting crude oil and is formed integrally with the equipment for mounting the crude oil drilling ship 841. In the center position holding tank 590, A resource securing net 932, a holding net 590 A fish finder sonar (907) is mounted on an unmanned camera (184) provided to protect facilities from aggressive military actions inside and outside, and a holding tank (907) in the form of a pyramid apartment building around the outer wall of the holding tank 512 are provided with a hydraulic cylinder right key 620 provided outside the block tank outer pipe 599 of the hydraulic cylinder 512 and a hydraulic cylinder right hydraulic pressure cylinder 623 fitted to the band guide pin 621 and the hydraulic pressure cylinder 622, The rope 629 and the rope knot claw 630 are attached to the door 624, the stopper plate 625, the nuclear power plant 626, the engine control system engine control module 627 and the flagpole rubber balloon 628, A vacuum pump 635 and a tug line 636 are provided on the conveyor 633 and the ship sink preventing stay line 634 in the emergency stairs 631 and the alibault 632 and a bollard 638 is provided on the half diving operation line 637 A heater fan 642 for keeping the air in the anchor chain 640 and the cooling fan 641 is connected to the anchor 639, For satellite launch pad (643), mooring tower (644), electric magnet magnet (645), space rocket launch pad (646), helicopter (647), lever block (648), ocher and cement mixing equipment (649) High performance submersible pump and 34 high performance submersible pump for storage of leaking substances in jigs (22) and nozzle hose equipment holders of various types on crane boom hook (652) and a stand for sails (654). (3) and the like landfill (SLU) hull deck deck with the construction machine (970) and the landfill transport equipment (959) to form the landfill material soil (653) on the upper deck (SDU) shared landfill ( 944 and the shared surface landfill processing apparatus formed on the shared surface landfill 945, the surface shared landfill processing apparatus having a peace-keeping construction machine, characterized in that formed in the body 1 before and after the shared surface landfill processing process. 111. The method of claim 111,
The energy supply is provided to the equipment having the construction machine 970 formed before and after the shared water surface embedding process inside the body of the shared water surface immersion processing apparatus 1, To provide energy power line feed to the construction machine 970 before and after the shared water surface treatment process and to connect the lower portion of the upper end of the dual structure tank block 598 and the upper end of the deck deck upper portion (SDU) The wire rope and hooks formed on the crane 861 are provided in the boom frame to form an equipment for loading and transporting the undersea mining manganese nodule 909 through the through hole that can be operated up and down. The disaster prevention material handling air bag 849 is a flood control device 959 provided in the seesaw crane boom frame 821 and shared by the shared landfill 944 and the shared water surface landfill 945, Embedding processing device body (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process into the shared water 112. The method of claim 112,
A flood control device 959 including a construction machine 970 formed before and after the shared water surface embedding process in the shared water surface embedding device body 1 is connected to a shared landfill 944 and a shared water surface landfill 945, (974), submarines (975) and fighter planes (976), traps (977) and nuclear aircraft carriers (974), submarines (975) and fighter planes (976) from the land and coastal tidal- (971) and others (971) are located within a range of 2,400 km in diameter with a radius of 1,200 km from the center of the Korean peninsula in order to prevent military action from being made to a shared landfill site (944) and a shared landfill site (945) (959) with a peace-keeping construction machine (970) to share fishery and shellfish protection industrial buildings with a shared landfill (944) in order to build military action under the control of international peacekeeping forces. Member (945) public waters embedding processing device body (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process into the shared water to form a 112. The method of claim 113,
A water surface regeneration apparatus 959 including the peace keeping construction machine 970 is installed in a shared water surface embedding apparatus body 1 forming a shared landfill site 944 and a shared water surface landfill 945, The water tank 292 formed at the front and back sides is formed of a stainless steel plate 597 made of a high-strength material at the bottom of the lower end of the water tank 292 in which the manufacturing method welding process is eliminated, 625 are formed on the upper part of the water tank 292 so that the concrete base bottom thickness is set to 60 cm as the lower end of the water tank 292 and the double structure having the same level as the formwork mold The block tank 598 has a width × length × thickness; A plurality of stencil plates set on the basis of a standard of 1.5 m x 1 m x 3 mm were hand-machined into the machining holes 20 of the respective stencil plates processed with the bolts 24 and the nuts 25 in the form of a circular tank Before the bonding, the gasket (32) is joined to each stanchion in the form of a cylinder, and the block tank inner pipe (596) and the block tank outer pipe (599) The cement 931 is mixed with the concrete finisher 865 belonging to the construction machine 970 by the concrete finisher 866 and the concrete spreader 867 and is conveyed to the concrete mixer truck 868, A flood control device 959 including a construction machine 970 of a flood control system including a base bottom of a tank 292 formed of a reinforced concrete mat 1054 and a method of converting energy of water into kinetic energy is installed in a shared landfill Lt; RTI ID = 0.0 &gt; 944 &lt; / RTI &gt; U sleep embedding processing device body (1) a public waters embedding processing device with a peace holding type construction machine, characterized in that formed at the time before and after the embedding process into the shared water 115. The method of claim 114,
A flood control device 959 including a construction machine 970 formed before and after the shared water surface embedding process inside the common water surface treatment apparatus body 1 and a marine tunnel traffic apparatus 960 formed at a seesaw crane boom zone The power supply (685) provided for DC power generation and AC power generation of the hydroelectric generator body of each marine power plant to supply the energy required for operation of one equipment is connected to the production power central control room (781) and the transmission measurement room (782) The power transmission tower 776 is divided into a power outlet 686 and a power inlet 687. The transmission tower 776 is connected to the opening and closing facility 777 at a rear end thereof by a key 704 for balancing ultra high voltage cables, And the transmission line 775 is formed by the wire coiled eaves 688 having seven steel wires 692 and 54 wire aluminum wires 693 in the center of the transmission line and a transmission wire diameter 695 The transmission power 685 is supplied to the high voltage substation 690 and the primary substation Power is supplied to the large-scale factories 698 and the break-down factories 699 by regulating the electric power at the substation 696 and the transformer 684 of the middle substation 697 via the substation 691, In the secondary substation 700, marine tunnel transport apparatuses 960 of various marine power plants forming electric power supply to the sub-unit factory 701 and the solar home residence 702 share the common landfill 944 and the shared water surface landfill 945 And the second surface is formed at a time before and after the process of the common water surface embedding process.

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