KR20120066690A - Ocean tunnel traffic equipment system using buoyancying of duplication structure of block pipes - Google Patents

Abstract

PURPOSE: An offshore tunnel traffic system using buoyancy of double block pipelines is provided to continuously drive an electric vehicle loading goods into an offshore tunnel regardless of weather conditions. CONSTITUTION: An offshore tunnel traffic system using buoyancy of double block pipelines comprises a tunnel, a T-longitudinal steel bar, and an O-ring steel bar. The tunnel is formed by double block pipelines comprised of an inner pipeline and an outer pipeline(11). The T-longitudinal steel bar and the O-ring steel bar are coupled with the multiple block pipelines by underwater cutting and welding process.

Description

Ocean Tunnel Traffic Equipment System Using Buoyancying of Duplication Structure of Block Pipes}

The present invention relates to a marine tunnel traffic system, and more particularly buoyancy to overcome this because it causes the operation is stopped due to worsening weather conditions in the operation of aircraft and ships according to the location of land and islands It is a barge made up of a plurality of block pipes of a dual structure unit, which is used to install pipe bridges, bridges, and heavy equipment on the deck deck top and bottom of barge to balance the level according to the height adjustment of the seabed and secure the tunnel. The present invention relates to a marine tunnel transportation system in which electric vehicles loaded with materials into a marine tunnel can be continuously operated without being restricted by weather conditions.

In general, the installation method of the marine tunnel transportation system should be partitioned in consideration of the sea level due to the difference between tidal waters based on the sea level of sea water and land, etc. In case of flight departure and fall accident, a large amount of transportation equipment such as runway is required for takeoff and landing so that emergency landings can be made. And resources are also needed. And such a transportation device installation method is subject to many restrictions depending on the installation place. Among them, fossil fuels such as petroleum and coal used in thermal engines as energy sources of marine power generation systems are the major causes of global warming and environmental pollution, and their dependence is very high compared to other fuels. In addition, there is a serious problem of developing alternative energy to replace it. In addition, eco-friendly and permanent energy sources using natural energy such as solar, tidal, wave and wind and hydro power have been developed and applied. (Public Patent No. 10-2010-0027087 Although it is not actually carried out, the offshore tunnel construction of the ocean is not free from the constraints on the natural environment, the installation location, cost, and installation period, but all the advantages can be solved in the present invention.

Under these circumstances, conventional methods for installing subsea tunnels are used to connect land and islands by carrying out civil engineering work such as cement and concrete while digging the bottom of the seabed with a construction machine (excavator). However, since the depths of the oceans vary widely from region to region, the undersea tunnel construction cannot be considered in reality.

Here, while the conventional submarine tunnel is short in length and low in the seabed depth, the subsea tunnel construction is performed, but when any accident occurs during construction, safety cannot be guaranteed.

In addition, the use of fossil fuels is increasing because most of the useful energy is simply discarded.

In particular, the marine tunnel installation process of the marine tunnel transportation system should be able to guarantee safety from natural disasters, and the installation location should be clearly established. Prior to selecting the safety manufacturing and installation standards of the offshore heavy industry, offshore heavy industry, marine steel structures, among the installation process in the manufacturing process and transportation process, can be controlled.

In addition, since the dockyard facility in the shipyard is provided (width x length, 131m x 530m), the block piping is set to 1 unit (width x length x length, 20m x 30m x 500m or less). It is equipped with manholes and doors at the location where the block pipes are joined to make the block pipes inside the facility, complete the safe launch condition, and to repair the block unit tunnel body. Semi-working submarines are equipped with barge and tugboats for the lifting and discharging of construction equipment such as lifting cranes (marine cranes), launchers, and navigators.

In addition, the plurality of block pipes form a tunnel, and the barge or the floating dock is placed on the upper end of the tunnel and is called a tunnel dock.

In addition, the energy savings method is to significantly reduce the current consumption level, keep it at a low level so that it does not increase for a certain period of time, and then return to the current growth rate. If you immediately cut power consumption in half, maintain that level for 10 years, and then regain the current rate of increase, the time it takes to increase consumption 100 times only extends from 20 years, 66 to 86 years. It is easy to see that it is only

In order to expect a long-term effect, it is necessary to have a constant curve, that is, a curve that increases only by the same amount for each original doubling period. This curve would require nearly 1,000 years instead of 100 years, as predicted as the rate of increase multiplied every 10 years for power production to reach levels equivalent to the radiant energy received from the sun. Unless the constant energy system supplies much of the power demand, it is almost certain that the current doubled rate cannot continue for another 100 years, but what this system will look like is still a problem hidden in the future.

As described above, the present invention extends resources depleted with cheap energy pollution-free environmentally friendly energy production means by providing the global village with a method and means for installing the tunnel dock body including the five oceanic territories in the ocean so that the power demand can be met by a constant energy system. The best efforts should be made for current generations to join in on behalf of their posterity.

In the present invention, even if the seabed depth is 10 meters, the raft or the marine vessels sinking according to the typhoon and the wind wave, and the seabed depth is about 10 km, the position of the seabed in the position of the deep sea wave in the deep sea wave area At the lower level, the tube bridge tunnel dock body formed by integrating a dam waterway type generator into a water generator or submerged seawater height gap operation or by combining power generation facilities of other power plants of a medium-term turbine of thermal power generation. An internal support tank provided along the outer circumferential surface of the support tank and the internal support tank supporting the support tank on the center of the barge hull, and the internal pressure of the double pipe structure and the internal air pressure control method of the tank and All of the equipment used as a means of this and the barge hull upper shell at the top of the holding tank. The global disaster-free marine environment disaster prevention control device belonging to the global marine marine disaster prevention industry mounted on the deck, and the floating dock inside the body of the tunnel bridge dock which is operated after being integrated with marine development equipment are separated from the sea surface according to the depth of the sea floor. In order to construct the steel structure, which is assembled and dismantled in a safe manufacturing method, pier level foundation works, which are striking even under 10km of seabed depth and severe wind waves, are installed on the sea floor by many construction machines.

More specifically, the present invention for this purpose separates and separates the barge hull (2) and the barge hull (3) of the upper end of the holding tank of the tube bridge tunnel dock body (1), and according to the depth of the sea The subculture dock (5) of the medium-sized tunnel bridge and the subculture dock (6) of the large-tube bridge tunnel are divided into the holding tank (9) and the auxiliary tank of the barge hull and double pipe block. High-strength steel plate (7) and block piping (8) to withstand the hydraulic pressure, and a double pipe structure block pipe (8) of the buoyant dock central support tank (9), and a pyramid type to support the support tank (9) Tie long paper so that the inner block tank (10), the outer block tank (11) installed as the outer wall of the inner block tank (10), and the inner block tank (10) outer wall and the outer block tank (11) to be welded Steel bar ("T" Lon'g steel Bar; 12) and O-ring steel bar ("O" Ring steel bar; 13) After the use of the scarf welding hole (Scafe Welding Hole 14) for eliminating the double pipe structure block pipe welding defect is used for separating the block pipe coupling of the upper deck block deck tower 15 and double pipe structure Lug shaft 16, which is an internal installation part of the block steel tower 15 used, bolts and threads 17, nuts 18, and shafts to fix the shaft 16 for lugs. 16) block port (8) unit or block tank with a port for a plug (21), a jack key bed (30), a hydraulic cylinder jack key (35) and a band jig stand (36) Offshore marine disaster disaster control system and the man-made disaster (including war suppression measures and territorial territorial dispute resolution) including marine control system (Sea, One, the submarine) support the development sikdok integrally mounted equipment, the production of more than 92,500 locations in the development of the marine 1,000,000Kw / h capacity development of energy and power in one place feng shui power generators at all.

The hull is submerged or submerged at a constant distance within the bottom of the seabed bottom portion (SLD) of the tunnel tank body (1) center position submerged in the bottom of the seabed bottom and the bottom of the seabed bottom floating dock hull bottom The bellows butterfly valve, the doctor ventilation, the hydraulic cylinder door 39, the plug stopper filter for blocking foreign substances, the air piping line, and the emergency engine equipment are provided. Integrated high-pressure vertical multi-stage pump control system 83 for suction discharge for vessel balance control provided inside and high-pressure vertical multi-stage pump control system equipment around the air blower winch 63 of the mooring device in the hull bottom, and manganese A gardening basket (183) capable of collecting the nodules (217), a searchlight (185) for underwater mineral resource search equipment, a suction rehabilitation machine of a lematic transport system, and an underwater mineral harvesting robot Energy is supplied to the equipment of the compressor and the prime mover motor, which operate the underground line disaster prevention nozzle for releasing natural yellow soil, and the control nozzle for the harmful subsea cleaning nozzle mechanism.

The above energy is mooring provided with a plurality of anchors and mooring anchors 54 for replacing the anchors at each corner portion of the hull bottom and a jerk bed 30 for fixing the anchors 54 to the bottom of the sea floor. Safety control device hatch cover (26), a double-pipe tank frame base adjustment mechanism level adjustment device (30) and a hull deck upper part (SDU) of the upper part of the hull bottom at a constant distance from the device and the lower part of the hull bottom. ) Excavator of the center position holding tank at the top of the upper part of the hull deck with a plurality of hull anchoring bollards 53 at a constant distance and a drilling machine 195 for oil drilling into the upper portion of the holding tank, and a pipe rack 210. Pipe line for connecting cover to protect the gas, pipe line to extinguish or prevent the generation of harmful gas after excavation when excavating the bottom of seabed, and safety control device inside tank Self-controlling multiple valves, in the central position holding tank provided integrally with natural gas and crude oil drilling equipment, the fishing net (199) for securing water resources to the outer wall of the holding tank, and the CTV (200) formed inside and outside the tank And an emergency stair staff, a mooring hook, various types of jigs (98), nozzle hose equipment holders, and a sump storage device for each of the pyramid type external block tanks (11) around the outer wall of the support tank. Energy power is also pre-supplied to the tank and equipment formed inside the tubular tunnel dock body 1 provided with the high performance submersible pump 112.

In addition, the equipment for transporting undersea mineral manganese nodules (217) into the through hole (opening hole) that can be operated up and down by the overhead crane wire rope and the hook boom to the lower end of the double pipe block unit of the form of dock. As a countermeasure against the changes in the seafloor strata provided, a large-scale generator body that supplies necessary energy on land through the operation of a safety air pocket pocket 170 of the safety equipment for ventilation and the operation of a large-scale generator of wind or hydraulic power. Development is achieved.

As such, the periscope 238 installed in the semi-submersible work vessel formed of the marine tunnel dock body, the hydraulic hose 240, the coupling of the high pressure hose coupling 105, the submarine line injection nozzle 243 and the submarine line power transmission line (244) Marine equipment to prevent resource depletion of the global village with disaster prevention to overcome the typhoon and wind waves of the sea with the other balloon equipment 152 of the meteorological observation equipment system and the meteorological observation equipment of the airship 153 and other equipment. Including disaster prevention control method, war suppression measures and territorial and territorial waters dispute resolution method by the composition including power generation equipment, lifesaving is a top priority in any disaster, so the hull does not sink in the deep sea (about 10km depth) To prevent the sinking and to develop the ocean, or to make the legacy of a no-hazardous global village a legacy for the next generation of humans.

In addition, harmful tidal currents occurring in the ocean, typhoons or hurricanes, coastal city extinction prevention device before and after the tsunami earthquake, marine ship sinking prevention measures and lifesaving measures according to the heavy wind wave, In addition, double pipes (abbreviated as double canisters) can safely withstand the submarine pressure of 100,000 kilograms in the 10 km subsea area safely for fishing vessels and cargo ships in the past submersible ships and passenger ships, depending on the depth of the world's ocean depth. The block piping of the structure is dried at sea and lifted to prevent it from sinking in the sea during the lifting from the sea bottom.

In this regard, the transport device rematic method enables the submarine mineral resources to be lifted into the holding tank and auxiliary support tank of the aquaculture dock, and the searchlight and fresh air to replace the solar heat and sunlight at the bottom of the seabed about 10km deep and supply fresh air to the seabed. It is a method that is mounted and operated by air compressor or meteorological observation mechanism in the air, and injection nozzle of disaster prevention device and Doctor Ventilation disaster prevention device, and switch from the engine module of oil use to the power motor module system of electric power use. It is a steel structure equipment for marine power generation that solved human's worries with the establishment of alternative energy resource consumption methods that deplete resources to the global village by producing large-capacity batteries for power saving generated by lightning or lightning. It is about environmental industry development. While discharging the disaster prevention water (sea water) stored in the double-pipe structure inside the hull of the buoyant dock using gravity and buoyancy of the ocean with a high-pressure vertical multistage pump, fan or air compressor operation to release air into the tank block. When compressed and stored, the diving state is terminated and the floated hull is slowly lifted by buoyancy and then floated to the top of the sea level (SLU) at the time of being removed or extinguished by a large number of disaster prevention devices for typhoon or global warming extinction type. Open ballast regulating valves to allow the poisoning hull to submerge in the seabed.

Submersible barge control flotation used to draw safety water into the tank block with several vertical multi-stage pumps and submersible pumps, while venting air to the outside of the tank block with the doctor banction system to slowly and safely dive to the bottom of the sea floor. The top of barge hull deck deck of Sikdok is formed in the same way as tidal hydraulic type by the water collecting tank for dam water intake at the top of the deck deck and the air compressor is operated at the bottom of the barge hull bottom at the bottom of the holding tank. It is composed of a large number of large hydroelectric generators, which are formed to be operated up and down with a large number of rubber tube for air input inside the container so that the aberration generator can be operated after the formation of a high aberration generator. And further, the flow of sea water By using turbine attachment and multiple bulkheads, pumping power generation is achieved without intake dam.

In this way, a number of disasters and borders between nations are created in the ocean to strengthen the development of environmental industry in the political, economic, and diplomatic fields of the world and the nations, and to proactively detect future catastrophes and to continue the happy life of mankind around the world. Or an accident-free multi-purpose bridge that includes a multi-purpose multi-functional multi-use multi-discipline system for industrial development in the marine environment, including a multi-purpose multi-functional multi-purpose multi-purpose disaster that includes both human and natural disasters and disasters on land in unspecified areas that cross borders. Vertical tank with multiple double pipe structure to supply electric power to deck-top power plant of Deck deck Tunnel Dock, to solve resource depletion on land, which is the source of global economic development. Pipe structure pipe block made of steel plate The equipment is installed to the bottom of the sea floor according to the depth of the sea at an unspecified depth so that it can be separated and disassembled at sea, and then it is a comprehensive equipment for disaster prevention to supply crude oil and natural gas, which are required for onshore minerals and energy resources. It is equipped with a plurality of disaster prevention nozzles and an electric control device of a vertical multi-stage pump control system, an air balloon, an air balloon, an air balloon and a rubber tube for air injection, a wire rope, and a rope. Is provided as a means for fixing and fixing

The engine function installed inside the comprehensive equipment operates as a large generator system equipment to supply infinite power to the world, and supplies power power to the vertical multistage disaster prevention pump control system equipment of the marine safety HVAC system. It is a means to supply power to the land of Korea, and it is a means for calming many disaster disasters that occur at sea, such as typhoons and storm surges, and the comprehensive equipment. It is a versatile disaster prevention device that can be used for peaceful purposes by providing all kinds of disasters such as tornade, flood drought, forest fire extinguishing and submarine exploration equipment, which are many disaster disasters before and after storm tornado. To prevent terrorism, missiles or nuclear As a general agreement, on the land, the rules and norms that completely abolish the manufacture and production of them are made up of general basic rules. Including the space rocket launch platform and the operation of manufacturing and manufacturing marine cities of marine steel structures for sporting events around the world, and the reserves and reserves of crude oil and natural gas, which are iron ores, which are loaded on the sea floor Autonomous pipe bridge immersion type tunnel dock subsea resources equipped with a high-performance submersible pump unit installed in the spray nozzle control flow control pump and the spray air compressor to auto-detect the position and auto display the acquisition performance on the monitor. Energy resource production is integrated into the scoring system of the achievement of reserve acquisition. It is counted in blue.

In general, a submerged barge control submerged dock refers to a dock, a facility for building or repairing a ship, or to load and carry a load, and is attached to a rope at the end of an air tug boat. The non-engined non-motorized hull is called the barge basic type 1, and the sinking barge in the 10km deep sea area is called the base type 2, and because it cannot guarantee the safety of the submarine tunnel, it is replaced by the underwater tunnel and its pipe bridge The barge that is moored or fixed on the upper side is called the basic type 3, and the barges are made of high-strength metal plate, which is processed in the industrial site by block piping for tanks, and then the top and bottom of the barge hull at the top of the holding tank. Equipped with an odd or even number of portable plug plates for the holding tank and the inner support tank outer support tank, The port part is equipped with a port plug pin and a port plug plug for port plug, and then formed to retract the hull at a predetermined inclination angle and float on the water to form the table leg to be lifted up and close to the table table leg. Allow the submersible and open the bellows butterfly valve inside the block piping, but the shaft and lug for the coupling in the plate processing hole for the port plug at the coupling point to gradually settle down while filling the seabed with the electrolytic water from the diving site The game will be tied to the pins, but the game will be won by the game of precipitation and the game of hide-and-seek in the water, which will be scored according to the number of mating points of the four sides. Which can be controlled to combine ups and downs A control device

Meanwhile, in the detailed description of the prior art deep sea submersible 196, the Swiss scientist Piccard Auguste, a pioneer in the development of deep sea submersibles, was the most deeply submerged submarine (Bathyscaphe). Trieste designed by.

The deep-sea submersible was 18.15 meters long and 3.5 meters wide. On January 23, 1960, Piccard Jacques, son of designer Picard Auguste, and US Navy Lt. Don Walsh, boarded the submarine. The deepest submerged record is established by reaching the bottom of the world's deepest Marianas Trench.

The submerged depth was 10,919.6 m (35,802 ft), and the deep water pressure on the ship's hull was over 100,000 tons.

The Trieste fills the empty space of submersibles with gasoline that is lighter than water, dive under the water with heavy weights, and lightens the submersibles by throwing weights out of the submersibles. It was able to withstand deep seas. It was later realized once again how great the water pressure actually was. It was the 20cm-thick quartz glass that was used in portholes after setting this record and checking the condition of the Trieste at the shipyard. Was found to have cracked due to huge hydraulic pressure. The porthole outside the hull was 40cm in diameter, but the inner diameter was only 6.4cm, and even this thick quartz glass used for small-sized portholes shocked this huge fact that it could never withstand this incredible water pressure. Passengers Tichard Zak and Dan Walsh have not taken the deep sea submarine ever since.

Bodyscape (Bathyscaphe): Deep-sea submersibles are called Bodythyscaphe, which means Deep Ship.

Dual (termed double skin [Double Skin])

Above, when the atmospheric pressure of the sea level (SLL) is 1 (kgf / cm ³ ), 1 (kgf / cm ³ ) pressure is added at intervals of 10 m depth, and 4 (kgf / cm ³ ) to 5 (kgf / cm) at a depth of 40 m ³ ) Since the pressure calculation is calculated and the pipe bridge installation cannot be compared with the water pressure at 10km below the sea level, the water pressure at the bottom of the 40M at the top of the sea level is usually about 5 (kgf / cm ³ ), and the weight of the block pipe with the length of 0.5km unit is like the raft. In order to install the tunnel dock, which is the bridge bridge, there are a plurality of sinking-preserving ships (229) on the same level as the raft coupling method. Sinking-preventing ships preferentially provided by local shipyards such as ports (horizontal × vertical deck deck width; 300M × 1.5km, 229) 1 set (10 blocks of 500m units) from the top of deck deck Do the same with a decimal number over the water The submerged pier of the end of the bridge bridge (163), the deep sea submersible (196) as described above after the seabed exploration and completion of the investigation of the pier installation position and water pressure, etc. holding tank (9) corresponding to the position of the deep sea And auxiliary supporting tanks (9) in the strict process order, first installed piers, etc. in 500m units, and then jigs or various types of jigs for preventing the sinking of ships to the outer support pipes (11) of the 500m unit block pipes (8). 98) and so on by welding. The jig 98 is used as a submersible function that maintains the level of the pipe bridge by using the lead lump weight 206 as a pipe bridge ups and downs.

[Ref. 3] Ministry of Environment, 2004 Environmental White Paper Publication No. 11-1480000-000586-10, Department of Meteorological Administration's Typhoon Pathway, 1980. For the contents, refer to the Unification Consortium published by the Ministry of National Unification (December 1970 and 1971), and the Dissertation Papers of the 1990s and the Technical Paper on the Collection of Crude Oil and Gas Mineral Resources. 84. 06. 24. Date; Aug. 24th. 1984) and the Fire Safety Assistance Standards of the Korea Fire Protection Agency and the Material Selection Manual in English, German, Swedish, Chinese and Japanese). It is an HVAC system for testing and an NWCD system of the present invention not registered in the prior art literature. As a feature of the present invention, which includes the means for the development of the government, it is necessary for the government to move forward in the wrong direction. We must put human ambitions and desires first as a level that suggests the direction of peace coexistence in the Far East Asia to the people of neighboring countries and unspecified political leaders who surround the Korean peninsula as a strict warning to the scholars and developmentists. When the need to be taken down and the ambitions and desires of human beings are knocked down, unmanned cameras (CTV, 200), application number (10-2009-0088090), (10-2009-0117757) refer to a number of unspecified persons (political leaders) After confirming the status of the environmentalist, developmentalist) is displayed on the conversion monitor 128 as a score.

155 miles by land, 2 kilometers to the left and right of the Central Military Demarcation Line, including NLL, are four kilometers in total, each of which is shared by the Demilitarized Zone of the two Koreas at half the area of approximately 1,000 square square kilometers. The management is managed by the UN forces in the international community, and its area is unfortunately the same as that of the Seoul administrative district. In the above area, the demilitarized zone is called the demilitarized zone, and there are so many Buchychurep and antitank mines on both sides, and in winter, when the winter comes, it becomes the snow field, and in the summer, the flood drought must be guarded in the trenches until the end of the history of division. I don't Know, you don't Know? Do you know the naughty naughty naughty? The frog in the pond or playing by the pond is buried.

Regardless of whether they are armistice or borderline, the so-called 'war of all things', the Parties to the dispute will provide 500-square-square kilometers of iron triangular axis to the Pyeonggang, Cheorwon, and Geumhwa regions as a land-based paradise for the next generation of humans. Responsibility to resolve the past unfortunate history of war by dividing half the land, but to answer the question of how long the tragedy of division will continue because of the borderline of division, does not share kinship and ethnic homogeneity It is the duty and duty of the unspecified majority of the international community to fulfill its responsibilities and obligations.

As a result, it is mischievous for many humans (global frogs) to travel undisarmed in the demilitarized zone and to walk the southern and northern ends of the armistice line for freedom of travel. Troublemakers (unspecified majority political leaders), in order to soothe their injuries after the war, are required to follow the UN peace and diplomatic ability of the international sovereignty to provide all the security necessary for travel, regardless of the political ideas and ideas of the southern and northern ends. Connect Pohang to Vladivostok, Eulreung and Dokdo in Russia to transport energy resources, connect Yeosu and Jeju islands with marine tunnels, connect Pyeongtaek, Baeknyeong and Shandong peninsulas, and connect to Pohang and Japan with marine tunnels Transform into. As mentioned above, the so-called warrant of all things is the result of pursuing the life of mankind superior to the wind, such as the wind passing freely through the iron fence. As a feature of the present invention to achieve successive developments, the killer explosives inside the truce line should be removed by consultation between North and South Korean practitioners, and half of the area of Mt. East Sea, Dokdo and West Sea, where the water is cleared and waterbirds are installed, is installed in the South Sea as a sea sovereign border and a way of defending the land and territorial sea, and the ceasefire line becomes a power supply Whether you lived in North or South Korea, It is an instrument that constitutes an instrument that serves as a shock absorber for the gap between the great nations and keeps all the treasures of mechanical civilization.It is a feature of the present invention that makes a peaceful global village. It is a measure that can be passed by permission of sovereignty, and can be selected to restrict the entry of fishing grounds to the equipment of military defense.

In general, the floating dock (barge hull) of the prior art loses balance in the bow portion, stern portion, hull left, right side of the barge hull due to strong winds and wind waves even in areas where the sea depth is less than 10 meters. While sinking into the water often occurs, the marine crane is mounted on top of the hull deck deck, and then the engine or the water generator is powered by the control pump device, which is connected to the bollard mooring device by wire rope or rope at the rear of the tugboat. After being fixed, it is used as a marine control vessel.

As described above, the aquaculture dock of the present invention is a barge at the top and bottom of the double pipe holding tank and the auxiliary tank which are separated and coupled according to the depth of the sea so that the seabed is not sunk even in bad weather in an area of 10 km or more. In the hull, a lug shaft and a plate for a portable lug and a hinge coupling method provided separately, and in the hinge coupling method, a link stand and a crank can be combined to separate the left and right sides and the bottom part of the deck deck at the same time. Locking device attached to the wedge Crankshaft is used as hydraulic operation keys, and after assembly, it is injected to the top of the floating deck deck deck after being produced with eco-friendly pollution-free windmill generator and large hydroelectric generator. -2009-0088090), (10-2009-0117757) Power Motor Control Cap of Machine Room and Electronic Pump Control System Supply power to module equipment, supply crude oil drilling drilling machine, air compressor, submarine mineral resource searchlight to identify manganese nodules, suction collection machine and harvesting robot of lematic transportation system, To supply the necessary power, mineral resources and energy resources, use the lematic method of the lematic transporter with a pipe or a hose, and the high pressure hose and the inside of the lematic transporter should be a flow tube equipped with a tank first priority. do.

At this time, the conventional control and disaster prevention control device is a vertical pump control box (called pump control panel; 76) of the pump multi-stage pump machine room located in the upper end of the road ground surface (GLU) as shown in Figure 1 77) High pressure shut-off valve 80, which is an internal isolation valve on the left side of the pump, on the left side of the pump by the suction confluence pipe 78 and the discharge confluence pipe 79 on the front side of the pump bottom bed frame to the rear of the machine room bottom upper part (GLU). And the pump 83 is a vertical multistage pump 83 in which a check valve 81 for preventing the internal flow of the pump is assembled, and the pump 83 is a hook lug 97 for carrying a control box on the upper pump control box of the machine bed bottom bed 86. ) And the shackle (99) and the bolt 100, nut 101, washer (102) is provided as a bed frame, pump control box and pump coupling assembly connection, the control box door hinge (hung, 103) After attachment, the flange 104 for coupling the pump is connected to the coupling coupling pipe and the coupling flange 105 to the pipe coupling part, and then precisely processed with the coupling female threaded body 106 and the coupling male threaded body 107 so that it can be connected to the fire hose. After each connection is connected to the rubber hose (108) to the coupling of the fire hose of the standard fire-extinguishing firefighter window to the coupling and the fire hose to the nozzle hose equipment holder (109), the length of the fire hose is standardized to 20 meters Hose pressure is more than 13 kilograms per square centimeter and 13 kilograms of fire hoses are bonded to the couplings and are actually used in the field.

As above, after opening the manhole cover 25 of the fire station 116 at the GLD catchment tank 110 at the bottom of the road surface GLL, the disaster prevention waterway at the rear, the fire truck is fired at the fire site. Fire truck dispatch is delayed due to parked vehicles (vehicles) on the road, and after communication with wired / wireless communicators, the helicopter (149) arrives after operation of the propeller (208) by running the engine, and is a building (GLU) that is a large building (GLU). At the top, the basket 118 is operated to extinguish the high-drop drop of fire water. Here, in the detailed description of the apparatus required for the disaster prevention water supply process of the industrial fire pump of the fire fighting system of the conventional fire-fighting disaster prevention material supply method and the industrial fire pump 116 filled with the disaster prevention water (116) is connected to the underground buried pipe connection It is connected to the elbow or TI elbow (120) and is buried underground by connecting the valve to the middle section of the connecting pipe, the valve is provided as an emergency valve (158) in the case of pipe breakage, the power of the power source energy of the vertical multistage pump control system Supply power (single phase 220V, 60Hz, three phase 380V, 60Hz, 440V, 60Hz) of 122 is supplied to the control panel by the wire 147, and in the vertical multistage pump control method, step control and speed control (Inveter control) The pump 83 is a vertical multistage pump 83, in which the number of pumps is 2 sets, 3 sets, 4 sets, 5 sets, 6 sets, and the specifications are selected according to the order of a person skilled in the art. The pressure sensor is a solid-state pressure sensor, used for pumping water temperature (0 ℃ or 70 ℃) with fresh water (clear water) for inlet and discharge conduit pipe 50mm, 65mm, 80mm, 100mm, 125mm, It consists of suction conduit pipe 78 and discharge conduit pipe 79 of pumps of 150mm, 200mm, and 250mm standard dimensions and has a large flow rate variation in case of high suction side loss (long piping or bending). In this case, use a pipe larger than the suction diameter of the pump. Here, the pump specifications are adjusted using the redus yarn 111, and the rubber packing 108 is bound to the joint portion when the flange is coupled.

On the other hand, the inverter 123, inverter V (V; Vidicon off, 124), accessor pointer (AP; Access Point, 125), Internet network 126, vertical multi-stage pump control server 127, monitor 128 ), Vertical multi-stage pump control board 129, short-range wireless communication antenna 130, wireless control module 131 of the short-range wireless communication device, a display (LCD; liquid crystrie, 132), the electronic control device (ADC; advanced developing countrie (133), switch input (134), electronic control device MC (135), electronic control device DC (DAC; Development Assistance Committee, 136), overcurrent breaker brake (137), power supply unit (138) ), Display screen 139, analog input 140, digital input 141, main switch button 142, a switch for on-off control of each pump, auxiliary switch button 143, vertical multi-stage pump display input ( Computer network input, 144), current pressure value or set pressure value (pressure setting value) recognition nameplate 145, memory (1 46), power cable 147 for pump motor operation, blender (powder fire extinguisher) of disaster prevention material liquid gas solid mixing equipment, sprinkler head, mobile service (SMS), mobile terminal (PDA; persenal) digital assistant, 156, low pressure shutoff valve 157, emergency valve 158, pressure reducing valve 159, first pressure check sensor 160, second pressure check sensor 161, electronic control unit 162, Valve handle handle, emergency siren (not shown), nozzle operation paraffin (not shown) Alpig gas container, Redusa bushing socket (169), flashing warning light (198), unmanned camera (200), detection sensor bimetal (201) , Flowmeter 204 for checking the waterproof amount, thermocouple thermometer switch 202, power motor control module 205, weight for switch operation and lead mass for weight sensor (weight; for weight sensing, 206), air hose (67) , Nipple (air hose connector, 121), life-saving air tub 187, regulator 192, air tire winch 63, ship 189, engine 42, air Siber Tank 56 Fan 216, Propeller or Square 208, Air Nozzle 243, Manhole Cover 25, Hatch Cover 26, Fire Door 150, Hazardous Tank and Submarine Cleaning Nozzles Dr. Ventration 38 and a fire fighting boat 116 are formed in the line natural loam or disaster prevention yarn 226 and the lifeboat 164. Here, as shown in [FIG. 1V] and [FIG. 1W], the fire state of the fire water and the exact operation of the pump operation in the previous industrial pumping machine room and the inside of an external disaster prevention material pipe are examined again.

In the main function of the pump operation that the control by the microcomputer and the inverter system are combined,

Operation is controlled using a high-performance microcomputer, and the built-in microcomputer controls the number of pumps or the speed according to the increase and decrease of water supply, and it is easy and simple to fasten the bolts, nuts and washers together with the pump, control panel, valves, and sensors with the monkey spanner. . The pump, the control panel, the valve, and the sensor are integrated with a self-diagnostic function and an overcurrent overload protection function, so that the energy saving effect can be achieved by program operation of a plurality of starting pressures by day and time.

The microcomputer alternately operates the pumps to prevent load concentration with specific pumps to equalize the life of each pump and to operate the pumps sequentially during start and stop of the pumps to protect the system and piping, reduce pressure pulsation, and In severe cases, since the pressure fluctuates severely, the pressure reducing valve 159 is installed in the discharge pipe 89. When the pump motor 205 fails, it outputs a fault signal and skips over to the pump that has not failed to operate the water supply smoothly, and the pump is operated alternately using the ON and OFF selection buttons. It is easy to use as maintenance and preliminary configuration, and all selected pumps operate when fire occurrence of external emergency signal or signal of portable terminal is activated, and it prevents freezing in winter by adding temperature sensing function and prevents alarm and warning. The operation status is displayed on the display window and it has various operation modes such as auto, manual and emergency operation.

In order to respond flexibly to this difficult situation and to increase the responsiveness, the Proportional Integral Differential (PID) control method is adopted, and the PID coefficient suitable for the site is set. The optimum operating point is maintained through the internal automatic operation of the microcomputer in the low flow rate section and the segmentation operation section, and it is possible to switch to the logarithmic control method in the case of the inverter 123 failure. In order to be able to operate normally, an adequate pressure tank is urgently needed. The pressure tank is equipped with 100 liters, 200 liters, 300 liters, 500 liters, 750 liters, 1000 liters, 1500 liters, 2000 liters pressure tanks, respectively, and is made to order according to the choice of the model of the separate customer. Subsequently, the high pressure piston pump of the water supply pressurization facility is an electronic sensor pump, and when a fire occurs, a fire heat detection signal operates according to a pump machine room detection signal. As a bottom-up, top-down, facility for hospitals, intake pumping machinery rooms, industrial, forest fire prevention large-capacity water supply pressurized liquids, drinking water and household water, cooling water, fire-fighting sprinklers, fibrous or chemically mechanical water are applied.

Description of the configuration of the fire protection control device (when all six pumps are used) includes a maximum capacity of 580 cubic meters per hour with a maximum head capacity of 160 meters and a maximum number of pumps for two or six pumps at a temperature of 70 ° C. The maximum ambient temperature of the pump is 40 ° C, the maximum operating pressure is 16 bar (BAR), the suction pressure value is included, the maximum suction pressure is 6 bar (bar), and the motor rotation speed is 3,500 rpm (rpm). In the device of the construction of the high performance submersible pump 112 inside or outside the machine room,

Depending on the model, the voltage of the power source 122 is 220 volts and 380 volts (VOLT), and the wire (three-phase alternating current, 147) and the rated output (5.5kw, 7.5Hp) have a maximum lift of 350 meters and 220 meters per minute. The pump is made of more than 100 liters and the pump 112 is an application range used for agricultural water, fountains, industrial water, fire water. On the other hand, the PISTON AIR COMPESSORS (62), which supplies air in case of flame and suffocation gas, is a low-speed reciprocating operation, so there is little wear of piston rings, metals, etc. The motor rotation of the pump power motor control module 205 of the fire water liquid is the same as the rotation of the power motor of the air compressor, but the low speed rotation by the reducer reduces the noise and vibration due to the balance of the crankshaft. Compressor motor, cooling equipment, and air tank (air receiver tank, 145) are unitized on the base of the machine. Select the model as the output (0.75kw, 1.5kw, 2.2kw, 3.7kw, 5.5kw, 7.5kw, 11.0 (15Hp) kw, 15.0 (20Hp) kw), and the actual operating pressure of all models (7.5 ~ 9.9kgf / ㎠G) However, according to the order of the orderer, the two stage screw compressor produces intake air at discharge pressure (14 bar or 35 bar) of 23.37m3 per minute.The inter cooler (inter cooler) It is a device that cools this heat, that is, it serves to cool the heat generated during air compression in a low pressure cylinder and sends it to a high pressure cylinder) and an after cooler. It also serves to corrode lubricating oil, which removes moisture and prevents corrosion. The receiver tank 56 refers to a tank that stores primary air.

The above specification determines the production after reviewing the specification when placing an order. The actual amount of air produced in the piston is 138 liters or 2518 liters per minute, the compressor revolutions (rpm) is 660 revolutions or 1040 revolutions, and the diameter (Bore × Stroke × No. of cylinders) is (diameter). 65, 77, 80) strokes (40, 67, 89, 108, 100) x number of cylinders (1, 2, 4, 6), which are equipped with abundant models according to the installation purpose, The equipment of the disaster prevention control device is a power pump (high pressure piston pump or a high performance submersible pump and an air compressor) with the most advanced and very strict and high technical features.The pump control panel, sensors, fire nozzles and valves are integrated according to the model selection. On the other hand, in the fire extinguishing system for large fires, the fire prevention material 92 mounted on the basket is carried by a helicopter at high altitude to drop the water in the water and move back and forth to transport the fire water. The bombing, while the embers and sparks Chuck sleeping fire extinguishing water evaporates into water vapor through the embers and sparks a revival is developing an unmanned camera 200 with the wind informs the severity of the fire, many people have suffered the disaster status is confirmed

At this time, the heat of emission is repeated again and again in the manner of strengthening the rising air flow (257), and the typhoon becomes larger and the disaster prevention line that calms the typhoon around the eye edge position of the typhoon in order to prevent the expansion of the typhoon in advance (189). ) And the straight discharge jetting water 114 and the radial jetting water curtain 115 in the injection nozzle gap 90 of the sea surface embrace the latent heat of steam rising in the upward airflow, and at this time, the drop spraying water or The falling jet 258 and the cumulative cloud and drop drop are discharged to the upper part of the sea surface by dropping the strong rain including water vapor at the top of the sea surface by the radial discharge spray film curtain 115, and the force of the typhoon is weakened and converted into pure wind warm air. It goes away somewhere. In other words, it is a control means of a disaster prevention apparatus that extinguishes a severe typhoon. Together with these control measures, the 500M block pipe 8, which the electric vehicle 254 runs to build a block pipe 8 and a holding tank 9, which can wind 2.3 laps around the earth (approximately 40,000 km), weighs 10 It is provided in the form of a raft by sets, and the wire rope 65 and the wire rope chain 66 are connected to several tugboats 228, and then the raft is formed in a raft form at intervals of 5 km into the pier (exposed portion of the sea level, 163) of the bridge bridge. A plurality of rafts are moved to the installation area, and since the weight of the block tank reaches tens of thousands of tons, the tugboat 228 is operated by using a crane boom 51 for replacing a stand and a sail 170 for mast replacement. As shown in Figs. 1B and 1Q, the entire amount of the bureaucracy 222 is smoothed out, and the even number of connection parts is connected to the outer wall of the external support pipe 11, which is the connection part of the block pipe 8, and the same. 5 odd-numbered connections, externally equal to block piping length The lug 97, which is used as the hinge 103 for disengagement of the governing tube 11, is divided into (a) (b) and (C ') (D') or (C) (D). (a ') (b') Porter lug pin shaft (a short shaft, a-shape, 20) is hinged to the vertical outer wall and the horizontal outer wall by the hinge hole 73 of the lug 97, and the like. (195) is a device for disassembling the block piping joints individually in a vertical operation, and the pipe bridge (222) is the first in the sea level (SLL) of the five oceans of the raft. From the beginning, the sea safety measures are prepared and proceeded. Also, as seen from the bottom of the island, the fish finder (sonna, 207) detects the dynamics of the sea and uses it for military purposes other than the installation of the pipe bridge 222.

On the other hand, the injection nozzle pipe connected to the top of the sea surface in the unspecified area of the typhoon or anticipated area as a column pole arrangement composed of a triangular drop sprayer of the Dr. Ventilation type or a radial spraying spray curtain (115) As a result, a pipe doctor line is formed, such as a high and low mountain fire prevention nozzle arrangement, such as the Rocky and Andes Mountains on land, so that the product is equivalent to another high and low product. Disaster prevention ship (189) to calm the hurricane here is composed of a spray nozzle, a buoyant rubber balloon (43) and an air supply unit in the water of the seabed, recognizing that a close relationship occurs even in the global warming phenomenon According to the configuration of the preferred embodiment, the sound vibration frequency by ironic theory and theory It embraces rain clouds as they move by movement according to the force of the wind with artificial waterfall falling water roaring all over the upper and lower slopes in the land and sea disaster occurrence areas of the global village where cumulonimbus clouds and struggling clouds stay. It is a dense and decentralized radiation type that replaces the discharge of jetted water from sea or air over thunder and repeats the description to the fallopian tube injection water pipe gap (90) with sound vibration frequency, sound vibration and wavelength transmission. In order to block the occurrence of wild and violent typhoon with the wind in advance over the sea level, cumulative cumulus and difficult clouds, lightning rod 260 is mounted on the ad balloon 152 and the airship 153, but the mooring tower ( 60) The radar control tower on the rooftop of the control tower is used as a desire for humankind to preserve the hull from lightning and lightning and to preserve the global environment. Eojineun accident-free tube to rise and fall as a bridge-type emitter characterized in that the configuration works as accident-free global disaster prevention apparatus integrally formed with the neldok

Preferably, the injection water ejected into the gap of the ejection injection nozzle is a method for preventing natural disasters in advance depending on the type of the nozzle, but is a method for simultaneously blocking the harmful tidal conditions, reciprocating piston type in order to suppress the power of the wind The compressor 62 is operated by the electronic control unit 162 as shown in the figure, and the pressure reducing valve or safety valve 159 without the electronic control unit 162 is provided to help explain the configuration of the air compressor 62. The first pressure check sensor 160 and the second pressure check sensor 161 are provided together with the motor belt 166, the belt cover 248 and the air suction filter on the motor belt 165 according to a predetermined size. And an aftercooler 251 is formed, the tank of the cooler 251 is provided with a cooling water inlet 252 is attached to the top of the channel base 253 of the bed frame 11, the spray nozzle (fire water nozzle, 83 With) It is provided as a means for producing rubber dust pipe (227) and the high pressure hose 240, the high pressure hose connecting portion coupling 241 as a supply means of the typhoon rising air 257 and falling air flow (258) of the yellow dust fine dust 259) is a feature of the present invention that is configured to prevent and control the sea level to the top and bottom to be controlled in conjunction with, in other words, the roar of artificial waterfall water to replace the gull, gong, drum, bell is discharged to the falling point of the drop By changing the gap between the sprayed water, it can be continuously mixed, and according to the sound of artificial waterfall water at the same level, the drastic fall of the sprayed water with the sprayed water can be converted into a warm wind. These scenes are transmitted to an aquaculture dock weather station using an unmanned camera (CTV, 200), but the filet at the bottom of the ad balloon (152) wins at the radar weather station. The ship is formed to mount the unmanned camera 200 and the weather observation equipment radiosonde or weather observation radar 119 into the basket 118, but the pilot boarding personnel should not be mounted, and in more detail,

The airspace is the territorial territory that exercises the full and exclusive sovereignty of the state.

Common sense is that it is over the territory and territorial sea, and the height is infinite.

Therefore, it is impossible for foreign aircraft to fly over other countries.

In case of airspace infringement, various measures such as warning, threat shooting, forced landing, and shooting down by the military aircraft are recognized under international law.

However, in modern times, it should be regarded as the space where the atmosphere exists.

Thus, the case of outer space does not belong to any country.

This is why satellites can float as a free international space.

The space where the atmosphere exists.

In other words, the height of about 10km from the earth's surface is called the airspace of Korea.

However, officially, according to international customs, the range is limited to 29 km above the ground. As mentioned above, 38 degrees north of the sea level, such as sea level pollution (5 degrees west sea and the high seas over the high seas), the installation of sensor defense devices for military defense in several aquaculture docks to adopt the method to further strengthen the monitoring function to prevent the production of military equipment It makes the nuclear weapons manufacturing facilities of Pyongan and Hamgyeong-do into lethargic, so that the missiles, etc. attached to the harmful red tide net above the firing position when firing nuclear missiles, etc. can be shot down after firing to make the global village without accident. .

29km above the ground above the land will use the garden net disaster prevention system.

Preferably, as described above, along with the linear discharge jet of the disaster prevention line 189 that calms the typhoon, the sea level at the top of the sea level lower portion (SLD) at a height of about 10 km (in the troposphere) above the top of the vertical sea level of the typhoon. The cumulonimbus is eliminated as it falls, and the disaster prevention water is transported through the pipe level type pipe line at the equatorial point at the top of the Arctic, so that natural disasters are made like artificial waterfalls like pumpless disaster prevention waterways at sea. As the amount of thermal energy dropped by one million drops, the potential heat of the atomic bomb falls to sea level in the Pacific and the Atlantic Ocean. Pipe level piping attached to the top of sea level 20km This is because it is necessary to change the course of a typhoon in the jet stream of 10 kilometers over the sea by using the seesaw crane boom 74 formed on the side of several floating farming docks. This is because not only typhoons but also harmful coarse breeding conditions are prepared by ejecting the discharged clay (clay quality) together.

Thus, as a measuring instrument for measuring the air pressure and the amount of air that is not visible to the naked eye and hand-held, the flow meter is referred to the application number (10-2009-0117757), and combined with the pitou tube and Manimomaton to measure the air pressure It is suggested that the calculation formula and measurement method for precisely measuring the flow rate and flow rate of the ocean with an animaton meter can be explained in detail in the future. In the form of the Manimo Maton (not shown), the aquaculture dock is formed in the holding tank and the auxiliary support tank 10km depth air piping line 163,

In the present application, the direction of gas or wind is indicated by an arrow.

In this regard, the powerful nations formed by the leaders of each skilled person in the country are storks, and the weak countries should compare themselves with the storks. In order to prevent migratory stork walks, the crotch is damaged by the gap between both legs of the bird. In order to overcome the punk global economic crisis, all nuclear, rocket, and rocket bombs should not be manufactured on land. Do your best to save the tunnel dock Tunnel dock that guarantees the height of the body to be renovated, it is a marine tunnel transportation system that is significantly different from the conventional one.

The present invention has been devised in view of the above problems, and the use of buoyancy to overcome this problem is caused by the deterioration of operation due to deterioration of weather conditions in the operation of aircraft and ships according to the location of land and islands. It is a barge formed of a plurality of block pipes of a dual structure unit, and pipe bridges, bridges and heavy equipment of construction equipment are installed on the deck deck upper and lower surfaces of the barge to balance the height of the sea floor and install a safe tunnel. It is an object of the present invention to provide a marine tunnel transportation system capable of continuously operating an electric vehicle loaded with materials into a marine tunnel without being restricted by weather conditions.

In addition, the present invention complies with the rules according to the standard rules set by the Ministry of Construction and Transportation, in consideration of the safety, fluidity, and life of the global marine tunnel for accident-free operation for safe navigation of aircraft and ships. do. The marine tunnel is installed at 40M below the sea level (SLL) to ensure safe operation of the marine tunnel from the strong wind waves. Designed to be 92,500km in length, which is the sum of the equatorial line's latitude and distance crossing the North Pole and the North Pole.Two piers are installed at 1km interval for the safety of the tunnel dock body. As the emergency shelter is partitioned, pollution-free power supply to each area of the global village is primarily provided within the tunnel dock body, and power supply lines are resumed in each country. In the offshore structures of the United States, nuclear weapons and conventional war materials are appropriately integrated into the UN Security Council. While the land is not allowed to have nuclear material on land for any reason, many of the nuclear power states prevent war and terrorism, while naturally occurring typhoons, earthquakes, tsunamis, wildfires and yellow dust (before and after the volcanic eruption). Marine tunnel that supplies the wind power generator production power to the global village by providing energy to equipment to prevent flood drought control, etc., and then to space science power generation equipment, deep sea mineral resources, natural gas energy resources, and petroleum energy drilling equipment. Another object is to provide a transportation system.

In addition, this 40m is the height of the strong wind wave and the safety passage height of general marine vessels and marine steel structure sailing vessels, taking into consideration the minimum height of collision avoidance and renovation of the bridge bridge and bridge and tunnel dock body. The holding tank and the lower hull of the tank also can withstand the deep sea water pressure along with the bridge bridge even at the depth of 10km from the bottom of the sea. It is another object of the present invention to provide a marine tunnel transportation system that connects land and island areas by forming the entire bridge bridge, bridge and tunnel dock body by using rolled steel.

According to a feature of the present invention for achieving the above object, in the conventional marine tunnel traffic system, the outer pipe to the inner pipe 10 and the inner pipe 10 circumferential surface for the tunnel of the marine tunnel traffic device system Tielongji steel bar (12) and O-ring steel bar (13) for connecting and connecting the tunnel 190 and the plurality of block pipes (8), each of which consists of a double block pipe (8), by underwater cutting and welding processes. In the tunnel dock manufacturing and installation method of the marine tunnel traffic system including the fabrication of, the tunnel dock is a plurality of pipe bridges 222 is installed on the lower surface of the sea level 40M bridge pipe block 8, the plurality of pipe bridges Piers 163 are installed at intervals of 500M to support pipe bridges 222 at the bottom, and the foundation bridges 163 are fixed to the bottom of the sea floor. 9) is formed and said The upper part of the holding tank (9) is located above the sea level 40M above the sea level mooring system, the submarine mineral resource collection equipment at the nuclear wind and water power plant, and the aircraft emergency landing runway at the meteorological observation equipment, etc. The tank block unit steel structure is installed and the rail is installed inside the inner pipe of the pipe bridge, which is a underwater tunnel, and the electric vehicle 254 runs at 500 km / h. Natural gas and crude oil transport piping line (41) is further installed is characterized in that the entire body of the tunnel dock to enable disassembly and assembly using the semi-submersible work vessel, the lifting vessel and construction machinery equipment on the barge and tugboat in the ocean.

Alternatively, the tunnel dock body is a double pipe structure type block pipe formed of a small subculture dock (4), a medium subculture dock (5) and a large subculture dock (6) and formed of a high tensile iron plate (7). The holding tank (9) has a vertical and paramide shape, and the coupling shaft of the connecting tank barge at the upper and lower ends of the holding tank (9), the lug shaft coupling bolts and threads (17), and the lug shaft coupling disassembly nut Porter plug pins (18) and the port plugs (20) and port plugs (22) is characterized in that the use of the barge for mounting and preventing sunk and lifting equipment and other equipment to enable disassembly.

Alternatively, the inner and outer support tanks (10, 11) for supporting the respective holding tank (9) and the holding tank (9) block tank (8) inside and outside the barge hull center of the upper end of the holding tank (8). ) To support the barge hull of the upper end of the holding tank, and the bottom of the bottom of the bottom of the outer tank is excavated with a core drill 219 attached to several pipe racks 210 along the inner periphery of the center. After connecting the anchor wedge crank (259) to the hydraulic cylinder (39) or the jackie bed (30), etc. and formed in the pillars of each holding tank, push the anchor wedge crank (259) to the drill hole 219 drilling hole The wedge crank (259) is compressed and expanded in the excavation hole and several wedges (113) are embedded in the ground to be fixed to each holding tank pillars to prevent the barge hull drifting so that the barge is to be seated in the deep sea It is characterized.

Alternatively, the sea surface at the bottom of the barge hull (2) is formed by forming a body of a marine power plant with several nuclear and wind power generators installed on the deck deck of each of the fixed holding tank (9) column top barge hull (2) (SLL) The electric vehicle 254 is driven into the tube bridge 222, which is a submerged tunnel of the lower 40M area, and the block pipes 8 of 500 m units are connected in plural, so that one tube bridge 222 is 10,000 km. It is formed to have a block pipe of 500m or less unit of the pipe bridge (222) on the water to be sealed (sealed) to the flange connection portion to the flange connection part to seal the inside of the block pipe sealing, but the marine safety The manhole 24 and the manhole cover 25 are formed inside the stopper plate for work, and the gasket or the rubber packing 108 is inserted into the large flange 28 connecting connection bolts. Uncoiled and upset In the conventional hydraulic pipe line, the submersible pump 112 was installed inside the block piping and the flange coupling method was previously bolted to the outside of the pipe to complete the hydraulic test process. It is possible to disengage the manhole cover 25 of the manhole 24 installation point to the external support pipe of the pipe (8) so that the large flange (28) can be combined without the band jig (36). In order to make the flange processing hole 29 to process the processing holes into the outer support pipe (11) and the inner support pipe (10) outside, the sea water pressure at the bottom of the sea level 40M is about the same as the water pressure of the fire hose (84). . However, 10KM deep sea water pressure is more than 100,000 tons, and there is only one countermeasure that can withstand the water pressure. Inside the inner side of the pipe, the block tank 8 is filled with empty space inside the block tank 8 with gasoline lighter than water, loaded with a lead mass 206 to dive under the water, and the lead mass 206 is thrown out of the hull. By adopting a new method to lighten the barge hull and float above the water, it is able to withstand the deep sea where the huge hydraulic pressure acts. It is characterized by good use.

More preferably, the weight of the block pipe of 500m unit in which the electric vehicle runs inside to construct the block pipe 8 and the holding tank 9 which can wind about 2.3 laps around the earth (about 40.000 km) is rafted. The countermeasure to move in the line form and connect the whole is to construct the pier 163 of the pier bridge 222 at 500m intervals first, and then use the deep sea submersible 196 to establish the sea depth of the pier 163 installation point. After completion of precise measurement and survey of other flow rates such as sea water pressure, a buoy flag pole rubber balloon 43 is installed at the pier installation point, and at this time, the direction indication and the depth of the water are recognized and marked. The wire rope 65 and the lead lump weight 206 are suspended by the lower side of the buoy flag pole rubber balloon 43 to make the installation position clear. Next, each pier should be transported to tugboat 228 and sinking retentive ship (229, same as floating dock; horizontal × vertical × height, 300M × 1.5Km × 400M), but after If the water depth is 300M, the pile column is about 350M higher than the subsea depth, and it is attached to the seesaw crane boom 74, and then the pile pillar is vertically set up, and the tens of thousands of places are used by using the construction machinery driving and the propulsion machine or the pile hammer 218. After finishing the foundation of bridge (163) and checking the balance of the level of the bridge, each block is installed with one block pipe in the same row as ten columns in a row, making one set equal to the raft. A plurality of block piping prefabricated rafts are moored by ropes, etc. on the upper exposed part of the sea level. At this time, the weight of the pipe bridge 222 connected at intervals of 500 m into the pier 163 reaches tens of thousands of tons. In order to smooth the pipe bridge, it is possible to assist the operation of the tugboat (228) by using the crane boom and mast replacement sails for the replacement of the rods. Just hold the block pipe joining operation to open the temporary passage for the voyage ship.In the overall block joining method, the length of the block pipe is divided into four even parts and five odd parts by the outer wall of the external support pipe, which is the block pipe connection part. Similarly, the lug pin shaft of the a-shape (97), which is a hinge for the lug used as a hinge for disengaging and disconnecting to an external support pipe, is attached to the long shaft by a lever and a lever is attached to the horizontal outer wall by welding. By operation, the blocker 113 and the jig stand 98 are connected together by means of a locking device. Constitute a scheme, and features a pipe bridges that connect the entire system. Alternatively, the marine power plant body of the ups and downs type tunnel dock body of the pipe bridge 222 distributed over the five oceanic circumference above the pipe bridge 222, the nuclear power generators formed of a double-tube structure of nuclear power generation 1,000,000kw / h It is formed to produce electric power inside the body of the power plant to control the power of the large-scale hydroelectric generator 230, the wind turbine generator power of the large-scale substation transformer 233, and then a certain amount of power generated by the transmission line and transmission tower, etc. The generators are supplied to thousands of offshore power plants, and the guide rails (33) are assembled into the bottom of the 500m unit block pipe inside the tubular body, and the underwater tunnels of the plurality of tubular bridges The bridge piers supporting the bridge 163 and installed vertically by the band jig base 36 mounted on the semi-submersible work line 52 are installed. The high-strength steel plate of the zigzag symmetrical welded joint and the large flange 28 are used for underwater cutting and underwater welding, and the hammer wrench such as hand tool is used for bolting work and the lever block 71 and turnback (72) is formed by the horizontal block tank block pipes are coupled to each other to form an underwater tunnel is a bridge bridge at this time inside the inner support pipe (10), the inner circumference of the inner support pipe (10) and the outer support pipe ( 11) The scarf welding hole 14 is processed in the Tyrongji steel bar 12, the O-ring steel bar 13, etc., and the bulkhead manhole 24 and the manhole in the vertical bulkhead 19 and the horizontal bulkhead 23, etc. A hatch cover 26 is attached to the lid 25, and a hydraulic cylinder or a hydraulic cylinder door 39 is attached to the hatch cover 26 to connect a plurality of block pipes horizontally to form a underwater tunnel. The same pier type as the band jig 36 To install concrete piers at regular distances and expose the bridges to the upper sea level, and the plurality of tunnel docks formed on the upper surface of the underwater tunnel (SLU) 40m below the tugboat 228 and the semi-submersible working ship ( 52) The entire bridge bridge submerged tunnel dock body is formed and assembled at sea by the same pier form as the band jig frame 36 of 52). The height of the bridge bridge is increased by 1.5 times the width considering the tunnel dock side load. Is characteristic.

Alternatively, a block iron tower 15 formed of isotransform steel on the deck deck center upper end (SDU) of the barge hull top of the upper surface of the sea surface upper end (SLU) inside the tunnel dock body is coupled to each tower by a lug shaft coupling bolt After the emergency stairway is installed around the inside of the upper part of the block steel tower 15 in which the block steel tower is formed in the block unit after being bound to the lug shaft coupling nut, the emergency stairway is installed at the mooring tower 60. It was formed as a ceiling crane (211) and a lift (47) to the lower center of the mooring base and attached to several deck deck four sides of the 20 km length of the seesaw crane boom 74 was formed as a disaster prevention device and a lifting device, the mooring tower (60) The high-pressure vertical multi-stage disaster prevention pump (83) that supplies the disaster prevention water to the upper part of the upper part, while the disaster prevention water is supplied to the disaster prevention hose (84) while the transportation equipment is mounted. Disaster prevention nozzles installed between the nozzles 85 and the fire hoses 84, or connecting line wire ropes such as fixed disaster prevention nozzles connected to water supply pipes, and connecting devices such as shackles (99) or disaster prevention nozzles. To the bottom of the basket 118 on which the lower end of the ad balloon 152 or the radio sonde 119 is boarded, the disaster prevention nozzle 85 is connected to the wire rope for protection and the hose of the gas transportation means which is lighter than air into the disaster prevention hose 84. Disaster prevention device and production equipment formed by the junction connection is characterized by consisting of a high performance submersible pump 112 and the air compressor 62 into the submerged tunnel dock body of the tube bridge.

Alternatively, the control water is discharged to the distal end of the disaster prevention nozzle 85 by the operation of the high-pressure vertical multistage disaster prevention pump 83, and the discharge drop in the shape of a straight discharge jet or radial discharge jet 114 is formed in the water film content 115. The portable wireless communication terminal 156 of the high-pressure vertical multi-stage disaster prevention pump control system and the emergency switch operation control main switch button 142 and the disaster prevention pump auxiliary switch button 143 for spraying disaster prevention water ) The power supply control box is distributed and connected to the safety control room or the disaster prevention pump operation machine room.

Alternatively, to the right side of the block deck tower 15 of the deck deck, the burner boom 209 and the air receiver tank 56 or the large hydraulic power generator 230 for the removal of harmful gas for oil drilling and is formed of the transportation system The BIO skid 250 and the mixing equipment mixer 70 of loess and cement are disposed in the machine room to fill the borehole with loess and cement after the operation of the crude oil borehole.

Alternatively, a deck deck helicopter stop 34 is formed at the top of the pyramid-type block pylon 15 coupled to the top of the safety control room and the meteorological observation equipment management room or the control room to the left of the block pylon 15, and to the left of the safety control room. The satellite launch pad 59 is formed of a satellite 261 and a space rocket launch pad 61 inside the satellite launch pad 59 while being installed with an air compressor 62 and a net-type air hose to prevent harmful breeding 167 breeding. 67) to inject oxygen and air into the seabed to protect the marine environment, and for the operation of crude oil drilling rods installed in the upper portion of the central position block steel tower (15) at the top of the upper part of the floating deck hull deck (SDU) Pipe racks 210 and the like are bound to the wire rope 65 of the ceiling crane 211 and the like to the upper end of the drilling shaft lower core drill 219 drilling machine (197) or rod for oil drilling In the reel machine room, the transport batch is formed and the gardening basket 183 collecting the underwater mineral manganese nodules, the suction collecting machine 221 or the underwater mineral harvesting robot of Remetic, and the mineral collecting tourbak are the sea level lower part (SLD). Attached to the end of the seesaw crane boom 74 of the seesaw crane boom 74 vertical lifting operation to lift the deep sea energy resources to the deck deck topped by the electric vehicle (254) inside the tunnel of the lifted resources It is a transportation equipment that supplies materials to the site, etc. It is characterized by the installation of transportation equipment inside the 500m unit block pipe.

Alternatively, the pyramid-type holding tank 9 and the holding tank 9 in the center of the subculture dock are cut to the bottom of the subculture dock bottom at the bottom of the upper part of the floating deck hull deck (SDU) after cutting and cutting several high tensile steel plates (7). After attaching the bracket 73 to the inner support pipe, the outer support pipe and the block pipe of the double pipe structure, and after operating the crude oil drilling rod formed with a core drill 219 attached to the drilling shaft corresponding to the crude oil drilling rod, Steel pipe brackets (73), etc., which support the pipes as excavating excavated soil and harmful gas in the strata, are also attached to the isobar shaped steel (220). ) Mooring device anchors and anchor chains are installed inside to fix the mobile barge, and the depth of the position adjustment bracket within 10 km, which is half the center distance of the seesaw crane boom 74. With the lug and shaft on the seabed lower end (SLD), the non-powered pumps such as the wire rope 65 of the air blower winch 63 to the upper deck deck by controlling the safe working distance of the seesaw crane boom 74. It can be pumped by) to produce electric power by the Francis aberration 234 and wind turbines connected to the head tank and the hydraulic pipe of the large hydro generator 230 and the turbine aberration by the sea water flow rate and the rotary shaft inside the generator body It is characterized in that it is constructed inside the submerged tunnel dock body of the tube bridge with the power generation equipments that are connected to each other to produce electricity without generating dam by controlling the pipe inlet and waterproof port.

Alternatively, a large flange 28 processing hole with a high-strength bolt 17 and a high-strength nut 18 at the joint portion of the large flange 28 outside the holding tank 9 and the outer pipe 11 of each of the lower barge hulls. (29) is coupled to the joint gap is connected to the high pressure rubber packing (108) and the block block is formed in the elbow joint portion of the horizontal block (8) pipe connection connection part or elbow connection part of the disaster prevention piping and searchlight of the seabed mineral resource search equipment ( 185) or submersible light for seabed lens glass (188) is a vertical tank outer wall of several holding tanks (9) outer pipe (11) of the parametric type is installed at regular intervals to the outer wall and several lugs on the outer circumference of the outer pipe The lugs for coupling the pin shaft 20 or the portable lug pins 22 are hydraulic cylinders such as the large flanges 28 and the connection connectors at the joints of the connection holes 29 and the long holes 31 so that they can be combined with the barge hull. Action key (3 5) It is inserted into the pin shaft thread (17) with a nut, and then the pin is inserted into the pin processing hole, and then the pin node is bent to prevent the shaft from detaching. Several hull tanks are erected on the upper surface of a plurality of tube bridge tunnels, and the lug hinge socket at the bottom of the deck deck bottom of the barge hull hinge socket (27). (27) The holding tanks (9) are selectively fitted into the processing holes, respectively, and a lug hinge socket (27) is attached to the upper surface of the deck deck, and several shaft coupling lug processing holes (29) are attached to the upper surface of the holding tank (9). The pin shaft is inserted into several lug processing holes by the height adjustment with the hydraulic cylinder operation key 35, and then the nut is attached to the threads on both sides of the shaft, and then the port plug pin 22 ) And the port of the port plug pin (22) to both sides to prevent the detachment of the binding parts, and coupled to the pipe bridge submerged tunnel of the sea level upper (SLU) barge hull and sea level lower (SLD) of the sea level (SLL) Several holding tanks (9) fixed to the processing holes and shaft pins of the body of several port plug plates (21) and the port plug pin shafts (20) by fixed tunnel docks, barge hulls of the upper holding tanks, and barge hulls of the lower holding tanks (9) ) It is possible to repair the tunnel dock body by sinking action with the barges for preventing sinking and lifting device and other disaster prevention device at sea level, and it is fixed and combined with mooring device on the upper side of the bridge. Alternatively, the electrode plate anodes 263 are attached at regular intervals so that marine shells, shells, barnacles, etc. cannot grow to the outside of the body such as the pipe bridge 222 and the bridge 163 at the bottom of the sea level (SLL) and military equipment The fish finder (Sona, 207) to monitor the submarine is to detect the dynamics of the sea, and in addition to the transportation device, the bridge 222 is characterized in that it is used by connecting to the communication satellite for military use.

Alternatively, the mooring tower (60) control tower, the radar control tower on the roof is characterized in that the lightning rod 260 is installed for the hull safety from lightning and lightning. Alternatively, the production of large diameter steel pipes and spiral welded steel pipes for small diameter electric resistance welded pipes and S.M.S. (SRM 3/8? 8 inch,) and medium diameter caged electric resistance welded pipes in the process of manufacturing aquaculture poisons. Power supply is pre-supplied to the steel plate (7) manufacturing and production plant of raw material high-strength steel (3) and 3 roll bending and post-banding, etc. The pipe bridge 220, which is a marine tunnel divided into the standard of the type, is standardized with a standard specification and a 5M diameter of the pier 163 of the pipe bridge 220, and the pier diameter is connected to the red Dusha (111) type joint per 1 km of seabed depth. Double pipes of the same type as the band jig 36 for coupling the connecting flange of the large flange 28 of the large flange 28 formed on the upper deck deck deck semi-submersible work line 52 by additional 1M to 5M Easily resolved with one set of girder saddle frame for structural tank pier construction A plurality of jigs 98 are attached to the girdle saddle form joint butt-type symmetrical joints by welding, and then several jigs are formed in the gap-joining processing holes 29 in the various jigs 98 bodies. By connecting the cross-stitcher 113 to the link stage, several jig-crushers 113 are simultaneously disassembled into several jig-98 processing holes, and the anchor replacement wedge crank 259 and the pier foundation base It is characterized in that several anchor replacement cranks (259) formed on the side and bottom of the saddle frame body is installed into the tube bridge tunnel dock body (1)

Alternatively, after safely landing the several floating farming docks, the crane of the magnetic magnet 68 for underwater transport and hydraulic transportation equipment (69) including a hydraulic suction collecting machine, a mineral harvesting robot, and a subsea mineral resource collecting equipment. And a gardening basket (183) or pareto (184) for reclaiming the seabed mineral resources installed on the barge (591) at the upper end of the pyramid-type holding tank (9) in the elevator (47) carrying the manganese nodules (217). Lever block (71) to prevent the loss of the entire collection equipment with a vertical sub-type submarine mineral resource search equipment and searchlight (185) and the underwater light (188) formed of the submarine lens lens to search for underwater minerals. ) And the wire rope chain block is a container corresponding to the CTV (200) belonging to the submarine exploration equipment and the submarine mineral carrier after binding the subsea diving elevator (47) and the subsea excavation equipment And it is characterized in that the container box latch hook device is connected to each of the tube bridge tunnel dock body (1).

Alternatively, the above-mentioned one device device is a reticle transportation equipment to pass through the fire door and the manhole cover 25 and the hatch cover 26 mounted on the holding tank double pipe structure lower partition formed of the tube bridge tunnel dock body (1). The solenoid valve 151, the solenoid valve pressure switch, and the solenoid valve actuating switch connection wire, etc. belonging to (69) are characterized in that they are connected to each tube bridge tunnel dock body (1).

Alternatively, the above-mentioned subsea mineral resource collecting equipment is attached to the boom part of the bottom of the sea surface formed of several seesaw crane booms 74 on the side of the barge hull 2 on the upper side of the holding tank 9, The seesaw crane boom 74, which is equipped with several garden nets 199, garden baskets 183, and the seabed mineral garden bag 170, has a reserve amount of 170 million tons of manganese nodules 217 billion to the sea floor. The undersea mineral resources and the undersea mineral collection equipment, which rapidly lift 16 million tonnes of manganese nodules 217 generated annually by the reciprocating motion of the cylinder 39, are detachably assembled into the tube bridge tunnel dock body 1. It is characteristic.

Alternatively, a furnace for melting manganese nodules 217 is installed on an upper surface of the barge hull 2 to produce and supply iron plates and guide rails 33 to five regions of the Great Ocean Ocean.

Alternatively, a crude oil borehole or natural gas drilling hole excavated by a heavy oil tank formed on the body of the seesaw crane boom 74, a hydraulic hose 240 connected to the tank, and a core drill 219 attached to the drilling machine 197. Fill the gap of the pipe pile with ocher and cement in a certain amount of pipe pile, and the crude oil and natural gas filled in the tank connected to the hydraulic hose 240 of 10km length are vertically moved from the body of the iso crane boom 74. The crude oil, natural gas and subsea energy collection equipment which is lifted to the upper deck deck of the aquaculture dock is a double structure block comprising a pipe level seesaw type that is detachably assembled into the inside of the tunnel bridge dock body (1). Marine tunnel transportation system using buoyancy of pipe is technical point.

As described above, the present invention is a novel manufacturing means and installation means, that is, the double pipe-type block piping 8 is transported by a rope to rope and rope in consideration of gravity and buoyancy on the sea level ship The holding tank and the barge hull are formed with a 500M unit pipe block about 10km from the bottom of the sea bottom to the port top and bottom, and the port is connected to the pin shaft 20 and the port plug pin 22 for porting the port. Diving and injury to the air through the hammer jig, the discharge pump and the hydraulic rotary cylinder or the hydraulic cylinder jockey 35, which is a means of manufacturing the jig band 36 of the diving work line 52 and the operation of the large flange 28 combined. Compression 62 and pump 83 attach the detection means, ie buoyant pole rubber balloon 43, rope 44, and rope knot hook 45 in consideration of maritime safety. Location identification Water tank power plant with upper and lower barge bodies of each floating hatch, which is divided into small sized hatch docks (4) and gravity type hatchocks (5), which are manufactured while being visually detected, and large sized hatch docks (6). By operating the pump control server of the vertical multi-stage pump control system by spraying nozzle control electronic control pump fire prevention equipment connected to display the score on the monitor 200, and the typhoon control system to prevent typhoons Preventing climate change, large forest fires, tsunami earthquake and weather observation equipment ad balloon (152), radio and radio waves in the desert, prevention of yellow dust damage in the desert, heavy snow, heavy rain, cold, flood protection, drought control, and landslides. Sonde or meteorological observation radar (119) to detect and predict tsunamis by detection means, rescue and wreck shipwrecks and sinkers, Pirate ship escape prevention, crude oil and natural gas extraction and manganese nodules (217) and other means of securing submarine mineral and fish stocks and construction of bridges at sea The band jig frame 36 and the five ocean poles for the construction tank pier construction are connected to each other, but the construction of the offshore bridge together with the tunnel 190 and the submarine track wiring 244 and the submarine track spray nozzle are provided and all the war materials Is not manufactured or tested on land, so that the bomb war is only in space, but is preserved as a borderline or armistice as a demilitarized zone, and those skilled in the art who do not participate in peace are equipped with satellites 261 mounted on the floating poison of the present invention. Weapon manufacturing plant on land by exiting the atmosphere and detecting it with a heat sensor Kill all) with a laser beam to dissolve every day, rain or wind every day, wind blows, and when the wind falls asleep, the bombs are sparkling and people are injured or killed, preventing any artificial and natural disasters and depleting resources of the global village. The marine tunnel transportation system using the buoyancy of the dual-structure block piping of the present invention will be able to contribute greatly to world peace and economic development by constructing a peaceful, disaster-free global village by the respective industrial equipment components.

1 is a perspective view of a fixed tunnel dock for loading crude oil drilling vessels inside the pipe bridge tunnel dock body according to the present invention.
1A and 1B are each a schematic diagram illustrating an embodiment according to the present invention configuration.
Figure 1a is a cross-sectional view of a water generator generator for explaining in detail the aberration generator device which is supplied to the subculture dock (hereinafter referred to as pants) of the present invention is a configuration diagram illustrating one conventional embodiment,
1B is a perspective view of a tunnel dock body inside a train installation method, and a plurality of tube bridges, according to an embodiment of the present invention.
Figure 1c is an embodiment of the present invention the air compressor 62 of the disaster prevention apparatus mounted on the subculture dock and the disaster prevention apparatus nozzle and hose connected to the high pressure vertical multi-stage pump 83 integrally connected configuration method in detail A perspective view of the disaster prevention nozzle body for helicopter deployment and a partial side configuration of the disaster prevention hose,
Figure 1d is a block diagram showing a cross-sectional side view of the disaster prevention nozzle (85) body mounted on the floating farm of the present invention,
FIG. 1E is a side view of the disaster prevention equipment shown in a side view showing an ad balloon 152 of a disaster prevention apparatus mounted on a floating dock of the present invention, and a disaster prevention hose and an air hose coupling separation method connected to a lower end of an airship 153;
FIG. 1F shows the curtain water film and the vertical multi-stage pump control of the discharge sprayed water partial side or disaster prevention control means showing the discharge sprayed water 114 or the curtain water film 115 in a side view of the disaster prevention water control means of the present invention. Side method configuration diagram of the system
1C, 1D, 1E, 1F, ..., each is a configuration diagram illustrating an embodiment according to the present invention configuration,
1g is a side view of the disaster prevention equipment side and partial side curtain water curtain shape operation connection method showing the disaster prevention nozzle 85 and the disaster prevention hose male and female coupling 105 located in the side of the disaster prevention hose 84 connection junction of the present invention in detail Diagram,
Figure 1h is a disaster relief hose connection side coupling scheme configuration diagram connected to the helicopter showing the disaster prevention nozzle and the disaster prevention hose connection wire rope side connection,
Figure 1i is a rescue rescue nozzle and air hose for lifesaving showing a pile boarding basket and the rescue method while supplying air to the subcultured dock during sinking according to the operation of the air compressor 62 during the disaster according to the configuration of the present invention, Lifesaving method and control system commissioning operation method or manufacturing installation method with wireropro air tube and ad balloon
1G, 1H, and 1I are each a configuration diagram illustrating an embodiment according to the present invention configuration.
Figure 1j is a tank holding the upper tank barge hull (2) and the holding tank bottom barge hull (3) of the aquaculture dock hull according to the configuration of the present invention the tank block pipe 8 and the central holding tank and pyramid type auxiliary support coupling Detailed assembling process diagram showing the configuration of a floating dock hull at sea with a pin shaft 20 for separating a port plug and a plate for port plug 21
Fig. 1G, Fig. 1K, Fig. 1L, .... are diagrams each illustrating an embodiment according to the present invention configuration,
1K is a partial partial detailed configuration diagram showing the steel sheet banding method for the steel block band of the buoyancy dock hull according to the configuration of the present invention, and the front side of the steel structure inside the pipe of the double pipe structure, the welded basic method;
Figure 1l is a partial partial detailed configuration diagram showing a partial cross-sectional side view of the double pipe block pipe connection portion of the floating culture hull according to the present invention configuration,
[1m] is a configuration diagram of the deployment method of the overall configuration showing the double tank structure holding tank and the subculture dock hull coupling method for explaining the overall configuration of the buoyant dock hull according to the present invention configuration,
1n] is a block diagram of the tank unit coupling decomposition method of the submersible control subculture dock showing the decomposition of the barge hull according to the block unit tank according to the present invention configuration,
Figure 1m, Figure 1n ... each is a block diagram illustrating an embodiment according to the configuration of the present invention,
FIG. 1O is a block diagram of a dry-type dock dry assembly method showing a block unit tank coupling method in a sea and a seabed using a tug bar 228 and a helicopter 149 according to the present invention configuration;
1O, FIG. 1P, FIG. 1Q, FIG. 1R, FIG. 1S, ..., each of which is a configuration diagram illustrating one embodiment according to the present invention configuration,
Figure 1p] underwater cutting using the band jig 36 of the marine safety tool tool on the top of the semi-submersible work line of the sea to make a welding connection to each of the tank block pipe 8 of the barge hull according to the configuration of the present invention Block diagram of the tank side connection diagram showing the preparation process of underwater welding,
Figure 1q is a partial 1km block piping unit showing a partial detail of the disassembly transport deformation method in the installation area of the plurality of pipe bridge block pipes 8 for raft-type disassembly coupling using a tugboat during the long-distance transport according to the configuration of the present invention Installation method by connection Wrinkler (113) Crankshaft part?
1r is a detailed view of the bracket 73 on the port plug for pinning the port 20 and the port 21 for the port plug plug of the connection block coupling means for connecting the block block 8 for the tank of the tunnel dock body of the present invention. Block piping unit connection part for partial tank Partial side detail drawing, port plug for port plug of port 20 and port 21 for lug and port of lug (97) ) Detailed block diagram of a partial partial side of the external block tank (11) vertical horizontal connection part showing the coupling method in detail
Figure 1s is a subculture dock connection connector lug to assemble a large subculture dock (6) in the sea to a small subculture dock (4) and a medium subculture dock (5) by the type of subculture poison into the interior of the tunnel dock body of the present invention Hinged socket (27) with an umbrella folding, umbrella unfolding type hydraulic cylinder or hydraulic cylinder jockey (35) showing the method of using a deep sea bottom low-rise bottom drilling machine with a drill machine and then holding tank (pier column) anchoring method And barge hull (3) of the bottom of the holding tank is a detailed configuration diagram of the barge hull block piping assembly connection maritime assembly showing partial block front side connection method in detail.
1V is a pump of the vertical multi-stage pump control system 76 arranged in and out of the machine room MR after completion of the aquaculture dock maritime assembly according to the present invention, a valve of an electronic controller, piping lines and wired / wireless communication. Configuration chart of the operation system of the buoyant dock loading equipment showing the operation method of the disaster prevention nozzle as a unit of the control system
FIG. 1V, FIG. 1W are each a schematic diagram illustrating an embodiment according to the present invention configuration.
Figure 1w is a vertical multi-stage pump control system 76 according to the configuration of the present invention, the subculture control submersible function system configuration diagram showing a partial aspect of the operation method configuration,
Figure 2 is a block diagram illustrating an embodiment representing the overall configuration and operation of the present invention showing the multi-purpose multi-purpose equipment of the multi-purpose submersible sub-control floating according to the present invention,
FIG. 2A, FIG. 2B, FIG. 2C, FIG. 2D, FIG. 2E are each a partial detailed flow diagram illustrating an embodiment of the present invention as a representative example.
Figure 2a is a side cross-sectional view of the natural gas or crude oil energy resources 168 of the seabed and the manganese nodules 217, which is a seabed mineral resource, buried in the deep sea bottom floor according to the present invention. How the subculture development works
FIG. 2b shows a method of operating a subculture-developed subsea according to the side view of a portion of an ad balloon 152 and a space launch satellite at the same time that a general vessel is approaching to transport crude oil energy resources and manganese nodules on land. And structure of disaster prevention activities,
Figure 2c is a disaster prevention apparatus discharge spray water film operation system showing the side cross-sectional view of the way of refueling poisoning and connection to have a global harmless cold air and hot air to replace the global warming and air collector according to the present invention Scheme,
Figure 2d is a detailed configuration of the side of the marine vessel safety device in voyage, showing in detail the hull sinking prevention and marine pollution prevention method before and after the occurrence of a marine disaster according to the present invention,
Figure 2e is a configuration of the marine vessel sinking prevention measures showing in detail the front side cross-sectional view of the vessel sinking prevention method by the operation of the sailing vessel safety device before and after the occurrence of the sea wave wave in accordance with the present invention,
3 is a state capable of detecting the operation of the construction of a floating dock for the development of marine environment industry in a partial aspect of the global village disaster-free disaster prevention device configuration operation of the submerged barge control floating farming dock in the present invention and the way under the seabed development in progress And sectional views for explaining the undetectable state,
3A, 3B, 3C, 3D, 3E, and 3F, each of which may detect a generator supply power production supply scheme according to the present invention configuration. Main section, illustrating possible and undetectable conditions,
3A and 3F are partial aspects of a method of using a vertical multistage pump and an air compressor using a transport equipment after mounting a remedy remedy equipment for preventing harmful breeding in the farming dock in the present invention. The main section of the harmful tidal precautionary action countermeasures illustrated in detail as
3b is an eco-friendly wind power generator 148 on the top of the deck deck upper portion of the aquaculture dock, a large hydroelectric generator 230 and the bottom of the aquaculture dock (IMR) inside the aquaculture dock generator system (MR) Generator main sectional view showing a side cross-sectional view of the tidal generator (193) installation method,
FIG. 3c is a partial side detail view of a hydroelectric generator operating method partially showing the Francis aberration 234 and the savo motor 237 of the large hydroelectric generator in detail according to the present invention. FIG. Main part sectional view of the generator equipment parts side configuration operation method showing a partial side of the Francis wind turbine 234 used for the eco-friendly wind power generator 148 and the hydraulic power type,
FIG. 3D illustrates a reticle suction suction machine 221 and a seabed mineral collection method of a manganese nodule 217, which is a seabed bottom mineral resource, in the present invention, on a deck deck at the top of an aquaculture dock. Detailed construction operation method of the present invention showing the underwater mineral collection part showing the scene of the ship loading the manganese nodules 217 to the top of the sea level (SLL) by anchoring the cargo ship 189 from the left and right sides before and after the use of a robot The main part of the cross section.

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 to those skilled in the art will fully convey. 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 numbers refer to like elements throughout.

The main constitution of the present invention is a rolled steel material for the KSD 3507 general pipe in the material, and the holding tank having a cylindrical shape as a rolling nozzle for KSD 3515 welded structural steel, KSD 3704 heat-resistant steel (KS symbol; HRS, H-Heat) in rolled steel for KSD 3560 boilers to form steel plates and barge hulls to support and reinforce the inner block tank and outer block tank installed outside the circumferential surface of the holding tank in the block piping R-Resisting S-Steel), the size of the tunnel dock's floating dock is type 1 (Small barge hull at the top of the small floating dock holding tank; width × height × height × steel plate thickness (tee), 600M × 800M × 40M × 18mm) Type 2 (barge hull at the top of medium-sized docked dock holding tank; horizontal × length × height × iron plate thickness (Tee; mm), 2 km × 3.2 km × 40M × 22mm) and type 3 (barge at the upper part of large-size docked dock holding tank; Width X length X height Standard type of pipe bridge of 92,500km tunnel (cross length × length × 4 corner diameter × steel plate thickness × production unit length, 15M ×) to three shape standards such as steel plate thickness, 10km × 12km × 40M × 24mm) 15M × π15M × 24mm × 1km) and the bridge diameter of 5M, based on the depth of the seabed, is the reddish-type joint area per 1km according to the depth of the seam. With five band jigs and several construction machines, the pier columns are set up to 300 meters above sea level, and then the height is adjusted to within 100 meters above sea level (SLL) and below sea level. By distributing and repairing the load of objects, it is possible to make it suitable for generator mounting operation of marine tunnel transportation system and marine crane of construction machinery according to economic development of marine environment industry. The.

Preferably, in the disaster prevention apparatus of the upper part of the barge hull deck deck,

In the first stage, if the gap between the disaster prevention pipes is formed in the form of a straight double type according to the length of the pipe circumference, it is a triangular spray curtain film. Once again selected, the curtain water film 115 is a control means used as a disaster prevention control device as a means for dropping sulfur dioxide and freon gas and carbon dioxide and death gas dioxins, which are the main causes of global warming, to the sea level. The ocher muddy water discharged together with the ocher material by the mixer of the disaster prevention apparatus can be used as a disaster prevention and control material.

In particular, the lower sea level (SLD) is a submarine disaster prevention pipe or disaster hose that connects the South Pole and the North Pole. Without the high-pressure vertical multi-stage disaster prevention pump 83, it is possible to pump a number of water hammer pump (not shown) (10-2009-008809) of a water hammer action, which is a non-powered pump including a method of moving the disaster prevention water.

Preferably, the temperature difference increases according to the height above the sea level by controlling the sea level rising temperature while the seawater is discharged to the drop jet nozzle 10 kilometers above the upper portion of the disaster prevention line 189 that calms the typhoon using the above pipe. Temperature difference of about 1 ℃ above 100M unit, about 7km above the temperature difference of about -70 ℃ (-70 ℃), the drop sprayer changes from liquid to solid during the fall, which means that the rainwater without snow It is detected that the mechanism of warming disappears and is eliminated as a chance to create snow ice as snow falls and meets the cold wind as it falls into rainwater by meeting warm air.

As described above, since the occurrence frequency of typhoons at the sea surface temperature of 26 ℃ or higher, the control device as a means and a method for solving the problem of reducing the warming phenomenon is composed of typhoons and heavy rainfall phenomenon, drought phenomenon, desertification In the present invention, the prevention of disaster prevention and tsunami damage reduction is based on the original blockade of the injection water of the disaster occurrence area by the active local residents.

Preferably, the above equipment separates the circumferential semicircular region of the typhoon and the dangerous semicircular region along the equator wire, such as a sprinkler spraying the flower garden, and the disaster prevents the occurrence of Preventive measures will be made with the communication equipment of the weather forecasting system and the organic cooperation system.

Preferably, the equipment is a straw straw planted in paddy fields, which is a plentiful (and as many as possible) global environment, so that the construction of its equipment to create a more livable world is a shortcut for the suppression of creation. The heavy snow damage is also minimized with great help in environmental development.

Preferably in the measures to calm down the typhoon, the equipment necessary to smoothly distribute and block the circulation of air to protrude to the top of the sea surface in connection with the air intake banction connecting the North Pole and the North Pole and to sink to the bottom of the sea surface The plastic hose pipe should be constructed in a curved shape so that cold and hot air can be matched in one place. Because sea creatures are also converted to the environment that savors the sound of wind and birds. Equipment that calms down typhoons at sea is treated like crude oil drilling ships, so that the hull class can be registered with the Classification Society on an equal level. Disaster prevention ship (189), which keeps the fire, is made by equipment of the air conditioning system, and the internal description of the engine operation installed inside the disaster prevention ship will be omitted below. Therefore, the applicant has confirmed the ship grade of one ship by making crude oil drilling vessels in the past. After being dispatched as a test agent of HQ VC system, the equipment was checked at every corner of the top and bottom of the oil drilling rig and pointed out defects to about fifty production department managers to strengthen the bond between foreign engineers and domestic engineers. Equipment system of the present invention according to the check whether there is abnormality, but not After the safety control means is provided, the pyramid-type injection nozzle frame 86 is separated from the disaster prevention line 189 while the disaster prevention ship can always wait at the top of the sea level, and at the same time, the injection nozzle frame 86 is placed on the bottom of the seabed. The valve disc inside the ballast butterfly valve 37 is opened for submersion, and a disaster prevention device is installed at the lower part of the spray nozzle frame so that the spray nozzle system is installed at the lower part of the disaster prevention ship, but the function role of replacing the Nakdong Estuary Gate with spring As a means of controlling the yellow dust phenomenon and the desertification of the Continental China and the Gobi Desert, the scope of application is reasonable. Through linkage of land and sea, many nations and humans of the global village must work together to overcome disasters.

In the summer, it is even more north of the equator front, which is the retreat of Siberian air masses. In view of the above seasonal period, disaster prevention activities should be actively cooperated with those skilled in the art.

Here, the countries in the regions with more than North Latitude of twenty degrees are most affected by disaster disasters. As a countermeasure, the tropical converging zone and the northeast trade winds of the southeast trade winds by latitude and longitude are the source of disaster prevention devices in advance. Detecting the typhoon is curtailed by taking measures to block it in a leveled manner provided by containment.

Preferably, the method of reducing the typhoon is to remove the seeds of the typhoon by using the equipment of the present invention or to remove the seeds of the typhoon or the typhoon generated in the ocean to be extinct in the ocean, about 8 km or 12 km above sea level. Strictly speaking, the airspace of the country is the troposphere beyond the sovereign airspace, even if it is inside the territory of the country. After the seabed monitoring or war forbidden, the ad balloon (152) for the installation of meteorological observation equipment, and the medal nozzle nozzle hose and the transport nozzle mounted transport equipment, the nozzle nozzle is installed in the middle of the nozzle hose connected to the bottom of the airship 153 Tube bridge without a pipe nozzle portable fire sensor pump that removes the seeds of typhoon with discharged jet water Needle-like seesaw crane boom tube nozzle within the body which is formed with the emitter neldok is because the portable fire sensor attached to the pump.

As described above, the above-mentioned countermeasures according to the cause of the harmful tidal wave and the cause of the typhoon are urgently needed to identify the cause and the cause of the fire, which is a part that suffers from the inflamed state of the foot.

The ignition materials include fine fiber dust and accumulated ignition materials, fine ignition dust at the top of wires, wire coating, sparks and spartans due to electric welding into the industrial site, sparks and spartans due to oxygen cutting, crude oil or chemicals, papers, and activating liquids. Sparks from oil, activated solid ignition materials, disposable gas containers, and many of the first sources of ignition, lightning, gas lighters, and driving wheels, are catastrophic to multiple ignition materials, and reefs of marine vessels (189) in marine disasters. And sinking from the sea surface (SLL) to the bottom of the sea surface (SLD) by the inflow of seawater, which is seawater outside the hull, due to punctures, cracks or steel plate corrosion outside the hull due to frictional friction or collision between ships. The crude oil or chemical 168 for shipboarding, which is water, is ejected to the seawater surface (SLL) bottom (SLD) and to the sea surface top (SLU). The technical level of the present invention is the level of the prior art which is difficult to express due to the difficulty of generating a large number of personnel for controlling activities at sea level or on the shore of the sea and at the same time. The word "control activity" is a level that is eliminated or eliminated at all, and eliminates disaster damage that blows like a snowball, and is configured as a disaster prevention system with a drastic difference from the prior art level.

More preferably, the ship safety control device for the maintenance of ship payload and marine safety to prevent ship sinking and marine pollution provided with the disaster prevention system is a jig-stick wedge 113 for iron plate coupling is a control device accessories Steel plate and hook (88), hook hook (94) attached to the inside and outside of the hull, hull attachment hole (96), wire rope (95), spring, lug (97), jig stand for preventing ship sinking or Jig 98, Shackle 99, Bolt 100, Nut 101, Washer 102, Hinge 103, Air blower winch 63, Lever block 71, Chain 55, Air tube Equipped with a Ub (187), it is mounted on a non-hazardous pipe bridge ups and downs type tunnel dock including a disaster prevention system generated at sea including emergency equipment or emergency generators for preventing ship sinking. Formed device.

Accordingly, to provide a disaster prevention technology of the disaster prevention system of the present invention for the purpose of preserving the land and protecting the life, body and property of the people as a large fire belonging to a disaster disaster, the conventional fire protection equipment, communication equipment, The pros and cons of the transport equipment is the primary color source and the selection is to proceed to the detailed configuration of the present invention, the detailed configuration of the present invention will be described as follows.

In particular, the spray nozzles are far different from the conventional spray nozzles by discharging the disaster prevention material at a higher, farther, higher water discharge rate. The spray nozzle is connected to the disaster prevention hose with a small pipe (89), and connected to the disaster prevention hose connected to the spray nozzle (88) and the spray nozzle (88) for transport equipment mounted to the rear end of the high-pressure vertical multistage pump (83). It is a spray nozzle 88 installed in the middle of the joint, it is a hook pin 94 and a wire rope 95 to the nozzle support frame 86 and the hook 88, and a spring for hooking the shock arm and a hook for the lug 97 for hooking the hook. High performance submersible pump 112 by means of a mobile phone of a communication means and an engine of a transportation equipment by having a shackle 99 and a bolt 100 with a nut 101 and a washer 102 on a stopper 102. The back is made up of a high pressure vertical multistage pump control system.

Accordingly, the ejection jetting water 114 ejected into the nozzle gap 90 is a cornerstone for suppressing the fire for initial fire extinguishing the large-scale fire with the straight line or the radiation curtain water film 115.

At this time, the high-pressure vertical multi-stage pump 83 is a water supply system of a bottom-up pressurized water supply system for supplying fireproof water having a height of about 200M from a low place to a high place. Conventional high pressure vertical multistage pumps have a tendency to change from a step driving method for controlling on / off driving of each pump to an inverter driving method for variable speed drive control using an inverter 123. A high pressure vertical multistage disaster prevention pump system in which a control system for efficiently controlling the operation of such a high pressure vertical multistage pump is mounted on the high pressure vertical multistage disaster prevention pump [FIG. 1V] and [FIG. 1W] is actually applied.

In the existing high pressure vertical multistage pump system (high pressure vertical multistage pump + control system),

First, since most of them are independently monitored and controlled off-line, the burden on the operation of the high pressure vertical multistage pump is increased in places where workers or workers are difficult and dangerous.

Second, visibility and operability are inferior due to the use of a switch button.

Third, it is difficult to apply the system to manage the whole when it is distributed in several places.

Fourth, in the manufacture and installation of a plurality of high-pressure vertical multistage pump 83 control system, each operation is independent for the driving test, initial value setting, and initialization of the program.

In some prior art for solving the above problems,

first; High pressure vertical multi-stage pump remote control system using public telephone network and its method transmit alarm signal to central control server in case of abnormality of control device using public telephone network to remotely control and control multiple pump devices Doing.

Second, the motor integrated in-line high pressure vertical multistage pump having a communication means of the circulating water supply device is characterized in that a plurality of neighboring high pressure vertical multistage pump wired and wireless communication units are provided for interlocking control with the control system.

Third, the "pressurized water supply management system" is to grasp the operation state of the pressurized water supply facility using the Internet network 126. It is characterized by using a portable wireless communication terminal 156 with a built-in Internet function at a remote location and a management sub-system providing information by data base. In addition, the high-pressure vertical multi-stage pump short range control system, characterized in that it can provide a variety of services to the monitor 128 through a portable wireless communication terminal 156.

The high-pressure vertical multi-stage pump (83) installed in the machine room is provided with an electric motor motor and a power wire in the motor thereof, and the motor is constantly rotated by the electric supply, and is operated by the power motor control module. In the manifold, an extremely high pressure electric motor is called a high pressure vertical multistage pump, and its motor is equivalent to an engine module and is combined with a pump module, which is a mechanical gear, to form a high pressure vertical multistage pump.

Accordingly, the power control unit, the sensor sensor wire, and the electronic control wire arrangement are arranged in the control room and the machine room as the operation control device, and the main switch button on the power supply unit 133 and the overcurrent breaker brake 137 on the monitor 128. 142, and the switch button is the "operation-on" and "operation-off", respectively, in the disaster prevention pump connected to the control device, the high-pressure shut-off valve 80, the constant pressure regulator and the low-pressure shut-off valve emergency valve And a check valve, etc., an electronic control device and a plurality of valves, a plurality of pumps, and a plurality of switch buttons in the following electronic control unit 162 equipment, followed by an inverter V 124 and a high pressure vertical multistage pump control server 127. ), The portable wireless terminal 156 of the above communication means as the near field wireless communication control module 131 to the power supply 122 and the near field wireless communication antenna 130 as the power supply to the high-pressure vertical multi-stage pump control board 129 or The electronic control device having a connection with a public telephone communication network is provided inside the high-pressure vertical multistage pump control box 77, and is wirelessly transmitted to the access point 125 by the portable wireless communication terminal and received by the electronic control device module. "Switch Button-On" in the control room, the monitor display screen 139 is a communication device belonging to the electronic control device inside the machine room and the high-pressure vertical multi-stage pump before and after the left and right high-pressure shut-off valve 80, the check valve for preventing backflow ( 81) The solenoid valve 151 of the electronic control function other than the low pressure shutoff valve 157, the emergency valve 158, and the pressure reducing valve 159 includes a wired / wireless communication device and an electronic control device. Inside the tunnel dock body (1), several pipe nozzle movable fire sensor pumps are mounted on the top and bottom of the barge.

As shown in the figure, [FIG. 1J], [FIG. 1K], [FIG. 1L] ..... each is a block diagram illustrating an embodiment of the present invention. Fig. 1o, Fig. 1p, Fig. 1q, Fig. 1r, Fig. 1s, Fig. 1t, Fig. 1u, Fig. 1v, Fig. 1w. According to the configuration of the present invention in accordance with the construction method of the invention-free pipe bridge ups and downs Tunnel dog,

The equipment has a standard size in consideration of safety, fluidity and lifespan of the global disaster-free marine environment disaster prevention control device, and the marine sinking prevention sinking tunnel dock body (marine tunnel coal dock; 1) The inside dock of the dock is assembled by disassembling and combining parts on the land of the upper barge hull (2) and the lower barge hull (3) of the holding tank, and then transporting the parts to the sea mobile equipment for installation at sea. Considering the local situation, the small sized farming dock (4), the medium farming farm (5) and the large farming farm (6) are separately installed and installed. To be manufactured in accordance with the regulations of the International Maritime Safety Association in the Antarctic (SP) region of the world or by the depths of the oceans of the Great Oceans of the Great Oceans in accordance with the Depth of the Sea (the United Nations Security Council, the International Economic Development Association and others). Can be selected according to the specifications of the partner organization.

Particularly, the parts of the aquaculture dock are made of a high strength steel sheet of a metal for marine (sea, seabed) steel structure according to the manufacturing process according to the safe design of the aquaculture dock body at any industrial site of a marine vessel manufacturing plant or a heavy metal processing industry. The steel sheet 7 is selected from a high-strength steel sheet 7 and formed into a block forming pipe 8 for the forming or roll forming machine according to the thickness of the steel sheet 7 by using a forming machine. With a break. (b) V-shape, (c) Round-bending type, press-brake type of angle bending method, roller bending method and three bending rollers, bending or bending of steel plate (7). After the block pipe 8 is manufactured, the joint is welded to the joint area (tech welding).

" 형식의 쇄기, 113)가 통상 선박제조공장인 일체의 산업현장에서 작업공구로 실제 현장에서 사용되고 상기한 지그(98)와 쇄기(113)는 계류장치로도 사용된다.After the tank block pipe 8 is welded to a plurality of blocks, the welding design, which is the following manufacturing process, is performed by marking the manufacturing design intrinsic drawing number for each block unit piping object to indicate the identification number outside the pipe. Detailed description of the form of the joint and the shape of the groove will be described as follows, jig ("j", "j", "j" in the form of "a", "∩", "j", "98"), Wedge ("for horses

"Type wedges, 113 are commonly used as working tools in any industrial field, which is a ship manufacturing factory, and the above-described jigs 98 and wedges 113 are also used as mooring devices.

On the other hand, in the basic method of the preferred welded joint, the welded joint (a) butt joint joint is used as one block pipe (8), and other steel plate reinforcement (b) corner joint method, (c) edge joint method, (d) Overlap joints, (e) T joints, (f) cross joints, single cover plate and fillet joints, and double cover plate joints, this welding method being applied to the hull dock hull. There is the same form as the basic method of welded joints. The thickness of the cross-section of the adhesive metal in the weld is called a throat, and the welding of overlapping joints, T joints, or the direction of the neck forming the welding angle (45 °) with the surface of the base material is filledet weld. ), And the weld area is described in chapters, but the welding work is actually used in the field.

And the thicker the plate thickness, the more difficult it is to be welded to the inside. But the end of the joint is properly cut to make it completely welded. After separating into V type, H type, X type and V type, after cutting oxygen in the form of iron plate improvement, cutting and grinder cutting is possible (tech welding).

As shown in the shape of the groove, the iron plate improved surface removes rust and impurities from the weld surface before the welding of the grinder cutting and merges one block pipe 8 into another block pipe 8 after welding seam work. The two block pipes are welded by another two pipes, and the pipe joints inside and outside the pipe joints are separated by zigzag distance gaps at regular intervals. Connecting pipes and valves to both ends of pipes Outside of external pipes Large flanges (28) Two internal and external large flanges (28) are fixedly fixed by welding at one end and the length of the block pipe large flange The iron plate (7) for block piping plugs is sealed to the inside of the pipe by welding at both ends to the inside of the 3m external pipe.

In this way, the bulkhead manhole 24 and the manhole cover 25 and the hydraulic hatch cover 26 are manufactured around the seam stopper plate 7 to be installed for field work at the top of the sea surface and replacement of valves and equipment after the work. Pyramid type interior serving as an auxiliary support for supporting the central tank tank (9) and the holding tank (9), a double-pipe block pipe (8) at the bottom of the upper tank, according to the bottom depth of the bottom tank (2) A support tank 10 and the inner support tank 10, the outer support tank (11) in the outer circumference of the two-layered block pipe inner support tank and the outer support tank of the tee Longji steel bar (TLonG 'steel BAR; 12) As a tee type reinforcing steel plate or O-ring steel bar ("O" Ring steel BAR; 13), it is used as a welding material for the support tank and the auxiliary support pyramid type internal and external support tanks, and at this time, the double pipe block piping Weld defect This; (14 Scarfe welding Hole) of the post designed to firmly conduct the welding the reinforcing iron plate underwater oxygen cutting process proceeds to scarf welding holes.

On the other hand, in the coupling method of the deck deck (2) deck deck and the upper portion of the tower tower (15) of the upper end of the holding tank, for coupling the lug shaft (16) to the lug shaft (16) for coupling the tower block 15 to the coupling portion A bolt 17, a nut 18 is provided, and a port plug for separating a floating dock, a holding tank, a vertical bulkhead 19 inside the inner and outer support tanks, and a block coupling separation of the central holding tank and the inner and outer supporting tanks is provided. Marine assembly is provided to the horizontal bulkhead 23 inside the floating-type holding tank and the pyramid-type auxiliary supporting tank block by the pin shaft 20 for the port, the plate for the port plug 21, or the portable rug pin 22. In order to make the emergency passage bulkhead manhole (24), the manhole cover (25) and the hydraulically adjustable safety control device hatch cover (26), and a lug hinge socket (27) configured in the floating form hull is the hatch cover (26) ) Consists of other attachments and connected to the block tank In order to join the flange 28 and the large flange 28, the high strength bolt and the high strength nut are tightened so that the bolt nat is double-tightened from the sea level (SLL) to the vertical and horizontal plate joint processing holes 29 for horizontal disassembly coupling. First, the high strength bolts and the high strength nuts are partially connected to the odd and even number of the port plugs, and the nut threads are connected to the bolt thread bodies at both ends of the lug pin shaft. And inserting the portable lug pin 22 into the lug pin processing hole to ensure that the tank block is never detached from the tank block joining hole 29, and includes a configuration including a marine safety assembly method of a floating dock.

The auxiliary equipment included in the marine safety assembly method of the aquaculture dock and the auxiliary equipment parts thereof are preferably described as follows.

A vertical tank or barge hull underlay adjustment mechanism of the double pipe structure, the jackie bed 30, the shaft 32 that is tightly adjusted to the processing hole 31 of the long hole of each block piping unit or vertical horizontal hinge joint, and the upper deck deck A guide rail 33 for transporting the equipment, and a helicopter stop 34 at the upper end of the floating dock deck deck, and a hydraulic cylinder for mounting a diving work line to perform underwater work for combining an umbrella folding type block pipe or double pipe tank frame or Hydraulic cylinder jockey (35) and band jig stand (36), a block pipe coupling tool for marine safety work for submersible cutting and submerged welding of tank frame joints or block joints of double pipe structure type. Hydraulic cylinders are installed on semi-submersible ships and ballasts are submersible barge control submerged docks. H which requires the stop valve or sinking extension time (time required for the ship's structure) when the valve valve 37, the aquaculture dock hull engine and other power motors are operated before and after the operation and the warming up of the power motor. Dr. Ventration (38), the equipment of HVAC System, and the switch button-on door open-on when switch button-off A hydraulic cylinder door 39 that is door closed, a stopper plate for blocking or filtering foreign substances from ballast or pump inlet openings (perforated plates of a number of processing holes, 40), and an air piping line 41 for preventing ship sinking. And, with the emergency engine for preventing hull sinking, it is used for the identification of the double pipe structure tank to prevent the access of other ships at the time of assembling the floating marine safety in the block piping unit. The air-buoy buoy pole of the inflatable balloon (43) is a tugboat or a floating dock is provided with a rope (44) and rope connection knot hook 45, which is a rope for binding, and emergency stairs or steps (46) into the block tower To lift the hull of the sinking ship with a lift or elevator (47) or a conveyor (48) for transporting mineral or mechanical equipment to the inside and outside of the aquaculture dock hull, a discharge suction pump (50) for adjusting the aquaculture dock hull balance The air suction line of the air suction discharge method is integrally manufactured in a marine vessel manufacturing plant or an industrial field of heavy industry, and then the safety assembly method is carried out after moving the sea level (SLL). Configuration.

Accordingly, a semi-submersible work line 52 equipped with a lifeguard line 49 for preventing sinking of a ship or double pipe structure tank block, a band jig for block tank coupling for offshore operation, and a rope for ship mooring device are fixed. A number of bollards 53, which are knowledge or hull anchors, are manufactured at an industrial site prior to maritime safety assembly.

As described above, all parts of the aquaculture dock are sensed to be procured by a general ship after manufacturing at an industrial site, and safety is added to the arrangement of the aquaculture dock. Wow, the anchor (54) linkage chain (anca chain; 55) dumps aquaculture docks on the bottom of the sea floor to anchor the barge hull. When the sea depth is deeper than the continental shelf water, it is used as a drilling machine for oil drilling. After excavating the bottom of the sea floor, anchoring of several umbrella-type mooring device mooring devices is used to submersible the floating dock hull.

In this way, in order to submerge the aquaculture dock hull, an air receiver tank 56 for an air storage tank, a cooling fan 57 that is an air liquefaction device cooling mechanism of HV Systems, an ad balloon, an airship, and an inflatable balloon Or HIT FAN 58, which allows the tube to rise into the air, and satellite launchers to expel and leave the global atmosphere without injuries by any person skilled in the war to engage in war, maritime and international diplomatic disputes. 59), a mooring tower (MOORING TOWER) 60 for controlling and controlling the satellites and airships or nuclear bombs and missiles, a space rocket launching platform 61 and an air compressor that is equivalent to the satellites. 62) an air-operated air winch (63) operated by air supplied from the air compressor (62), a crane (64) installed as an upper deck (SDU) for aquaculture dock hull, It is provided with a wire rope 65, a wire rope chain 66 included in the machine crane 64, and an air hose 67 connected to the air blower winch in front of and behind the air receiver tank at the rear of the air compressor. The lower end of the HDL deck (SDL) has an electromagnet magnet (68), a lematic (69) for transporting ocher or cement to a pipe or a high pressure hose, and a mixing equipment machine located in front of the lematic (69). The mixer 70 is provided, and the lever block 71 is provided for each tonnage capacity so that the unit can be combined in a block piping unit having a double pipe structure. Brackets (73) to the tank or subtank coupling portion is coupled to the bolt knots and the female plate is provided with a male and female coupling hole in the steel plate and then welded to the block pipe and the flange and the flange to withstand the high pressure (2) 8) After the gasket packing or rubber packing 108 is inserted in the middle of the large flange 28 by the gap between the joints, the double pipe into and out of the block pipe 8 with a high-strength bolt and nut is inserted into the large flange processing hole 29. The flange is joined to the flange of the tank block pipe, which is a structure, and the thread tab is formed so that the lifting bolt can be inserted at the center of the bolt body thread to simplify the bolt position identification.

On the other hand, in the block piping (8), the joint part is a stopper plate, the flange connection part to the air pressure generated in the air compressor 62 is mounted on the semi-submersible work line 52, the air pressure to the air pressure inside the block piping After detecting the defect of welding part of the block pipe and checking if there is any abnormality, if there is no error, the proper amount of air is stored in the block pipe, and the block pipe is equal to the raft floating on the water above the sea level (SLL). After drifting and fixing the rope 44 and the wire rope 65 and the wire rope chain 66 to the tugboat 51, the block pipe is transferred to the safety assembly site at the sea level,

As shown in FIG. 1m, the connection method for each block piping unit of the double pipe structure type arrived at the marine safety assembly site, the dimension of the block piping unit length is omitted below.

(AB), (BC), (AC), and (AB) in English for the convenience of explanation, and (AR), (AQ), (AP), (AO), (AN), and (AM) within the distance. , Each with a distance,

In the manufacturing method of the large-scale cultivation poison 6 of the present invention, the development of [FIG. 1J] is described as [FIG. 1M] as follows.

The above block piping is (AB), (BC), (AC), and the triangle symmetrical form (ABC), (AB'C ') is a constant angle of (AB) (BC) (AC) of equilateral triangle. It is precisely manufactured with three angles (60 °) and three points where one side and one side meet at an angle.

The length of the three sides of the triangle of (ABC) and (AB) (BC) (AC) of (AB'C ') of the block piping is the same, and the length of (BC) when the height of the junction is about 10,000 meters It consists of about 12,621 meters and is a column at the center of the pipe of the double pipe structure, which is a vertical column at the center of the subculture dock at the height (AL), and is centered on the height (AL) and (AB'C ') A) is joined to the vertex of the branch and the work process proceeds while contacting the semi-submersible work line 52 as the block pipe joining means and the mobile phone of the short-range wireless communication device as the tug 190.

Here, the two sides (ABC) and (AB'C ') of the butt symmetry, the inclination angle 91 is coupled to the (45 °) angle and the angle of inclination (91) when the length of the height of the (AL) vertical column is enlarged Expands the triangular pyramid pipe area.

Thus, the horizontal pipe (DE) in the (ABC) triangle has (BD) and (CE) the angle of inclination of the tree (91) in the form of a branched pipe in the form of a single-pipe flange, so that the pipe unit block is formed and the electric transmission is applied to the flange joint. It is joined by automatic valve of type, and pipe (DE) is used with smaller pipe diameter than (AB) and (AC), and (BC) and (CE) parts are used for control pipe connection attachment thread (111). However, it is combined with the symmetrical (ABC) (AB'C ') and connected to the four sides of the subculture dock (ABC), (AB'C'), The four triangular block piping coupling means of the present invention is divided into four sides of the empty space angle (120 °) of the circumference of the circumference of the plate 21 and the port for the plug port separation plug Processed on the lug plate iron plate of the pinshaft 20 for the floating-type dock separation separation port plug of the invention (29) The two machining holes are machined vertically and horizontally symmetrically, and in one machining hole in two machining holes, one pin shaft (20) is used to bind the block piping correlated to one place, and then the block piping horizontally at sea level. (ARS), (AQT), (APU), (AOV), (ANW), (AMX), (ABC). One of the pipes mounted in the processing hole is submerged first, and then one of the pipes floats on the water, and the two lug pin shafts 20 form a spring or hydraulic pressure in the form of a hinge type at a point of position change vertically. It binds with the cylinder operation key 35.

At this moment, the tugboat proceeds in an orderly manner by splitting the vertical block pipe (including the mutual pull) by the wire rope 65 and the rope 44 of the tugboat. The size and dimension shape of the portable plug plate 21 and the pin shaft 20 is changed depending on the diameter and is detected,

In order to identify the diving position of the block piping, the rubber tubing 227 for air inside the container is strictly adhered to and fixedly fixed to one end of the block piping using a rope. The assembly of the block piping is completed while reversing.

As described above, the aquaculture poison of the present invention is characterized in that the marine pipelines for marine disaster prevention and marine environment industry are characterized in that the soft and flexible decomposition of the block pipe 8 of several hundred tons or several tens of tons of partial and tens of thousands of tons is made smoothly and flexibly. The operation of offshore steel structures, including the purpose of harmful relief equipment for power generation and comprehensive disaster prevention systems, uses gravity and buoyancy to distribute the load of pipe bridge objects with submersible control and several floatation docks above the underwater tunnel. To attach to the top of the sea level.

In the block pipe coupling method of the subculture dock, as shown in Figs. 1r and 1s, the joining part is a method of assembling a portable lug pin shaft and a lug plate as a recess.

Tubular bridge submerged tunnel dock body (1) is vertically and horizontally fixed to the block pipe (8) for the outer circumferential tank of the barge hull center holding tank (10) and the holding tank at a constant inclination angle with a pyramid type external support tank (11). There are an odd number of lug plates 21 are welded and attached to four circumferences, and the outer support tank 11 is attached to four outer circumferential tanks with even numbered lug plates 21 to the outer wall of the tank. 29) It consists of even numbers (including 2, 4, 6, 8, and one long hole), and the lug plate material is used as the steel plate for mechanical structure, and the plate thickness is 150mm at the pin shaft ( 20) 300 mm in diameter and the shaft length is 800 mm, and after processing the external thread in 150 mm increments at both ends of the pin shaft 20, the nut 18 is coupled and the lug pin 22 is disposed so that the nut is not loosened. To Cry to Ø15 mm are machined the through holes in two places on the pin shaft 20, at this time will be processed so that the binding site finishing operations to facilitate the lug plate and the shaft or pin coupling.

In connecting the block piping, after joining one hole with one pin shaft in the processing hole 29 of the two lug plates and one lug plate, after joining the lower part prior to the submerged coupling,

Figure 1r is required for the vertical and horizontal coupling, depending on the size and shape of the block pipe, the processing hole is expanded to two places in four places,

Figure 1s is a partial front side detailed view for explaining in detail the front side connection method of the block pipe for connection at the sea of the block pipe connection portion,

The vertical horizontal block pipe coupling separation port plug plate 21 is arranged in a third position of the outer circumference of the block piping, one lug plate at the central position of the block piping to six processing holes 29 Five hole holes in the two lug plates are the same as the six hole holes, and the hole in the pin hole for the joining of the holes for the block pipe connection to the bottom left corner of the right pipe block pipe 31), two sets of precision cutting process welding on two lug plates and the block piping coupling separation lug pin shaft (20) to the hole (31) of the long hole on the sea level (SLL) line, the two block piping is sea level horizontal The piping block on the front side and the piping block on the side are hingedly connected to the lower barge hull (3) and two triangular piping blocks of pyramid type. The pipe block is connected to the upper part of the lower barge and seals the ballast opening and the butterfly valve 37 to the lower barge, and the high-performance submersible pump 112 is operated to fill the ballast tank inside the barge hull to fill the seawater bottom layer. As an aquaculture poison slowly lands.

At this time, the vertical and horizontal block piping connection part of the pyramid type flange connection bolt nut joining work and the pin shaft coupling for joining the lug plate of the welding work site to the semi-submersible work line 52 for sea work at sea level Safety equipment for mounting and removing pyramid-type block piping, and safety equipment for underwater cutting and underwater welding of the block connection part. In case of diving, the plate-type wire rope (65) and lever block (71) and turn-buckle (72) for the lug of the horizontal block of pipe and block pipe joints of 1,000 meters in height and the searchlight for underwater mineral resources (185), the underwater lighting (188) for the seabed exploration lens glass, reinforcing steel plate bracket (73) operation of the pipe connection portion after the construction proceeds, but the marine structure of the present invention The vertical plumbing block in the center is assembled in the form of a vertical tank with a diameter of Ø12m, and is composed of a core drill 219 attached to a drilling machine 197 for oil drilling for the oil drilling to the center of the vertical tank. Bare hull at the top of sea level (2) B. O. Skid 250 at the top of the deck deck is classified as a transportation equipment system. It is formed of a bracket (73) iron plate and isotropically shaped steel (220) supporting the.

On the other hand, the internal piping area leads to the submarine diving elevator 47 of the transportation device means and the air piping line 41 of HBV Systems, and the bulkhead manhole (diameter 998Øcm, 24) and the hatch carver (horizontal × Vertical; 800 × 2000, 26) and an emergency staircase (46, not shown), which is a squall-shaped vertical staircase inside and outside the vertical tank,

For detailed explanation so that the block piping connection can proceed to the submerged area below the sea level [FIG. 1P] and [FIG. 1Q] will be described as follows, the band jig base 36 is installed on the piers of the subsea bridge bridge And it is used as a pier frame to work cement concrete of the bridge bridge (not shown) so that the underwater tunnel can be connected to the five oceans without drilling the bottom of the sea floor. Refer to the Francis aberration 234 of the large hydroelectric generator 230 and the tidal power generator 193, which is a tidal power generator, application number (10-2009-0117757) in a double-pipe structured block piping connection. By supplying the production power to the land and using its power to power the construction machine crane boom, it is loaded on the oil and natural gas collection or undersea bottom which is produced by excavation of the sea A plurality of symmetric tunnel lines are formed to collect emergency manganese nodules 217 and transport the collected manganese nodules 217 to blast furnaces in each country so that emergency tunnel lines can be bypassed in case of partial failure of the tunnel lines. It is an equipment and device that includes a versatile and versatile device, which prevents harmful disasters in the global disaster prevention and marine propagation, and changes the course of the typhoon to the sea and prepares the fire for prevention. It is a marine tunnel transportation system of the accident-free pipe bridge.

As shown in the drawing, the connection joint of the block piping (8) unit is a pyramid type external support tank of lever block 71 and turnback 72 that block block piping on the sea level. Then, the lever block hook is inserted into the processing hole of the plate bracket (73) of the plate for the separate port of the block piping unit installed on the outside of the holding tank, and the left and right sides are operated by the lever block handle. do. At this time, the part under the water becomes very difficult to proceed the process of dissolving the difficulties of this is made by disassembling the semi-submersible work line 52 for the sea work.

As shown in the drawing, the electrolyzed water is identified as indicated in the brackets and the seawater welding work site at the bottom of the sea level is separated from the tank frame in the double pipe structure and the submerged cutting at the block connection area so that seawater cannot penetrate. And the band jig band 36, which is a safety equipment tool tool for underwater welding, and the guide rail 33 for transporting equipment, is mounted and sealed with a rubber packing 108 at a sealed place in a rectangular work place. (36) Attach the block pipe to the top of the guide rail (33) attached to the semi-submersible working ship (52). Hydraulic cylinder jockey (35) for underwater work, the band jig stand (36) in close contact with each other and joined. do.

Like the band form of the jig stand 36 joined to the semi-submersible work line 52, the manhole is formed on the top of the jig stand 52, and composed of a hydraulic hatch cover (26) or an electrolyzed water discharge pipe and an air pipe line. Afterwards, the tank bottom is opened by a small engine or emergency engine 42, a high performance submersible pump 112, and a drain valve installed inside the jig to pump out the water trapped inside the tank. In order to make safe work of welding and flange joining bolt nut work, block work is done.

After the completion of the work, the worker of the semi-submersible work line 52 confirms the completion of work, and after completion of the welding inspection and the flange joining work inspection of the work site, closes the hydraulic cylinder jack key 35 and then boards the worker inside the cabin to close the hydraulic cylinder work key. After diving off, dive, move to the location and arrive at the stop. The above description of the block piping connection method of the double pipe structure of the present invention will be described as follows.

In the usual barge hull separation method,

The barge hull is produced according to the block piping connection method of the pyramid type double pipe structure, which is to be connected at sea level, and follows the shipbuilding construction method of shipbuilding and heavy industry. However, since the part to be seated on the bottom of the sea surface should be a steel structure that withstands the hydraulic pressure, it is selected according to the thickness tensile strength of the steel sheet and is selected as a suitable and reasonable high-strength material. ) Are attached to the bottom and left and right of the barge hull,

The control ship is connected to the rope bollard 53 for fixing the rope of the ship mooring device on the upper part of the control ship by tangling the rope. do. As shown in Fig. 1, the connection of the control line and the control line connecting portion is formed by the flange connection of the double pipe structure and is assembled and connected by the double pipe structure block pipe with a connection node of 500M or less, and the width and length of each are 6 meters and the length is 150 meters. Barge of low-floor barge hull upper deck deck or holding tank and auxiliary support tank upper deck deck corners of four corners are formed by flange joint or lug pin shaft,

The large aquaculture dock (6) smoothly and smoothly transports the transport functions that tens of thousands of tons of shipbuilding industry cannot handle in the field of shipbuilding and heavy industry. Half of them are submerged on the 10km deep sea floor, which is applied to the bridge and pier installations that connect the five oceanic lands on the sea level horizon. The marine tunnel transportation system for marine disaster prevention and marine environment industry development is selected as a method and means for the construction of subsea tunnels.The harmful gas generated after the excavation and use of oil drilling is harmful. Burned out by gas removal burner boom (209) It is similar to the versatile submerged barge control flotation dock which is distributed according to the longitude and latitude of the global village after manufacturing for the global village construction.

The aquaculture dock is not limited to the function of a crude oil drilling ship and does not set the principle that it should be like a crude oil drilling ship. The aquaculture dock of the present invention is strictly and orderly in sea level after joining a plurality of block pipes in order. By installing by the flotation dock is completed and after the operation of the oil drilling hole, the mixer 70 inside the machine room of the loess and cement mixing equipment to fill the borehole is configured to operate. It is an essential condition of maritime safety and is a maritime structure that includes a multi-functional, multi-functional structure that eliminates the politics of stagnation and the crisis of the global economy or unemployment.

The sea structure is a unit of the block in the sea level, the barge hull at the top and bottom of the sea level, the holding tank of the double pipe structure and the auxiliary support tank of the pyramid type partially submerged the subculture dock (1) to the bottom of the sea level and then double pipe structure ( After combining the block piping to the center of the left and right ends of the subculture dock, the semi-submersible working line 52 for sea work of the sea level (SLL) consists of bolting work and welding work in the sea level (SLL). But

As described above, the large floating culture dock 6 is the same as the sun in which the buoyancy is generated due to the hull weight and the sea surface gravity and the buoyancy generated by the large floating culture dock 6 gradually rises to the sea and the magnificence of the control ship rises. In other words, the high-pressure vertical multistage control pump and the doctor ventilator's large blower are operated to open the manhole 25 and the hatch cover 26, and the valves inside the bellows butterfly valve 37 are submerged in the seabed. After the disc is opened, it is floated at sea, which is an ups and downs.

In this way, depending on the depth of the seabed, depending on the type of flotation poison, if one piece of equipment floats up to the sea, another piece of equipment sinks to the seabed and works similarly to the precipitation of the precipitation, thus preventing harmful tidal conditions. To prevent territorial disputes and territorial sea disputes by equipping them with the functions of remedy equipment for harmful disasters for marine disaster prevention and marine environment industry development, which are characterized by precautionary measures. In order to solve the problem is added to the wire rope net is formed on the marine sovereign ship with a rubber ball 43 and a subsea line injection nozzle (243) formed of a rubber balloon in the rubber balloon.

The large subculture dock (6) is carefully selected to be able to withstand the strong hydraulic pressure of gravity and buoyancy, and then the welding area of the joint point of each part of the subculture dock is manufactured by a welder with high welding capability. Proceed,

Measures and infrastructure for urgently securing the mineral and water resources of the seabed by embracing the medium-sized aquaculture docks (5) and the small aquaculture docks (4) inside the large aquaculture docks (6) are urgently needed by those skilled in the art. , Economic, military, diplomatic, peace enthusiasts, and workers who are industrial sectors are omitted). After checking and reviewing themselves, they should try to make peace with the disaster-free global village with the above-mentioned poisonous poison, where the typhoon, earthquake, and tsunami are the weather forecasts. Therefore, it is an opportunity to act as a driving force for the construction of a marine city for the development of marine environment industry or a submarine passageway and bridge construction of national transportation for the development of marine environment industry.

The Hazardous Relief Equipment mounted on the aquaculture dock is a comprehensive mid- and long-term comprehensive marine environment preservation plan for the establishment of a marine-based environmental management strategy from the existing land centers. In establishing and implementing the KEPCO, a detailed action plan should be established and implemented as an active marine preservation plan that focuses on precautionary management to prevent harmful pollution of marine water quality and marine ecosystem management and infrastructure construction. According to the forecast, each of the relief equipment is equipped with a marine cleaner function and an artificial waterfall function, and is a red tide relief device equipped with an emergency engine generator 42, which is a very important factor for reclamation and reclamation work for future-oriented and eco-friendly marine development. Marine environment industry characterized by comprehensive general disaster prevention The present invention comprises a number of marine safety rescue device manufacturing method including means for preventing marine pollution for marine environment of marine water quality marine ecosystem marine environment as a comprehensive equipment for disaster prevention combined use to carry out Cooling fan is compressed and stored in the air receiver tank 56 by the air hose 67 by operating the air compressor 62 with its power produced by the above-described engine 42 generator to drastically reduce the red tide propagation condition. High pressure hose to the bottom of the seabed by opening the valve of the aftercooler 251 after passing through the coolant inlet 252 of the tank 56 on the top of the channel base 253 equipped with the air suction filter 249 by using the 57. The high pressure hose coupling part 241 of 240 is formed in the same manner as the net 199 for securing fish stocks, and then the red tide large breeding condition is pre-blocked or prevented by cold air. Other than are other national warship, wire rope net able to control the fishing net in the fish landing net gain (199) for binding to this part involving the waters will protect the opening area.

As mentioned above, there are about 100 types of harmful tides and about 900 kinds of harmless tides. It is important to select, identify, select, and eliminate the growth and extinction of about 1,000 species of microorganisms in total on land and at sea. It is important to refrain from using chemical remedies as a "form of burning the candlestick for catching bedbugs." After the red tide, the red soil spray is a "form of losing cows and fixing the barns." As a significant issue, the cause of red tide was clearly and clearly identified in the present invention. Hazardous red tide is provided by operating the relief equipment before the occurrence of red tide by timely injecting the corresponding equipment for the red tide relief equipment and the disaster prevention system. It is pre-removed. It is "formal to catch crabs and catch crabs." It is clearly suggesting the marine industry development measures that marine life is rested and the marine ecosystem is restored and reemerged as the world's four major fishing grounds before the 1960s. As a comprehensive environment-friendly marine environment improvement equipment constructed for the purpose of preventing pollution of the marine environment and removing sediment, the submerged barge control floating dock is divided into large, medium, and small parts and equipped with equipment to prepare for various disasters. It is composed of comprehensive disaster prevention and combined equipment for the development of the global marine environment industry, which is characterized by continuous operation. The other disasters will continue to use equipment to achieve total peace, including the prevention of nuclear bomb manufacturing experiments, the defense of missiles crossing borders, and the settlement of territorial disputes.

The above-mentioned marine disaster prevention combined remedy equipment and relief materials are classified by gas and height at the bottom of the upper part of the SLU and the lower part of the SLD by considering the factors of harmful tidal causes by scientific thinking power or the time interval before and after occurrence. By utilizing the temperature measuring equipment of the fluid or by operating the gas fluid pressure equipment in a timely manner, it is possible to check the dynamics of red tide quickly and accurately, more quickly and more accurately, and to continuously and continuously inhale and discharge the red tide. Powder loess and natural loess (226), woody slime and woody glue glue, or oak herbaceous liquor, which are saved by disaster prevention equipment, are provided in the form of gravel in the natural loess (226) of solidification type, and according to the sea level Relief in the form of liquefaction based on the principle of spreading the photocatalytic activity to the bottom of the lower floor. By combining the quality with the high pressure multistage control pump (83) and simultaneously installing and operating the harmful red tide, the preliminary removal and prevention speed is faster. Including the means for injecting natural loess, the present invention is equipped with the global disaster prevention equipment equipment system before and after the occurrence of harmful tide and the piston ring, metal in the air compression type air compressor reciprocating type (Reciprocating type) Low wear, low lubricating oil consumption due to low rotational speed, reasonable air circuit, and balance of crankshaft due to low wear of air, and compressor motor cooler air tank unit unit on channel base. To prevent harmful breeding by cooling air through air piping parts To supply cooling air to the seabed around the red tide occurs. In addition, the electrode plate anode 263 is attached to the outside of the body such as the tube bridge 222 and the pier 163 in the water so that marine shells, barnacles and the like cannot grow.

As more detailed explanation is required, the method of pre-removing the harmful tidal air is applied to the operation means by the artificial waterfall method as the problem solving means. Because the mother's pain and bleeding after labor is not a situation that you can not sanitary napkins or earrings in the entire Daecheon sea, so precautionary measures to prevent harmful algae breeding is the solution of the priority of the main parts of the present invention. Falling control water falling from the injection nozzle is characterized by the present invention including a control means having a control function to block the harmful tidal propagation with a control function of tapping the harmful microorganisms generated at sea,

Hazardous Tide Removal System Others Today, the world's five major oceans, the sinking of oil vessels in the oceans, caused marine pollution and added difficulties to preservation of the marine environment. In this regard, the generous cooperation is urgently requested, and the previous control is largely enlarged by marine accidents, and the damage is astronomical and the level of accurate damage cannot be grasped. The equipment of industrial development equipment is a bridge that connects the five oceanic territories with the simultaneous cooperation of marine disaster prevention and oil drilling or sea gas and mineral resources while simultaneously collecting marine disaster prevention by field. When constructing block piping of double pipe structure of array Is a technical feature of the invention,

In addition, it is an opportunity to develop the prior art in this field to the next level to improve the quality of life of mankind. The acts that cause disputes and the acts of maritime maritimes that undermine the safe navigation at sea are the same as the harmful microorganisms (167). 189) is a small and small scale, and the period of occurrence of harmful tides is extended, so it is a pity that it is declared as a disaster area. At the same time, it will permanently extinguish the temporary disasters of the global village.

Figure 2 of the present invention is a block diagram illustrating an embodiment, Figures 2a, 2b, 2c, 2d, 2e ... each is a block diagram illustrating an embodiment in the present invention, Figure Figure 3a .... Each of the scenes in the present invention, the air balloon observation balloon advertised by the jet-type nozzle control electronic control pump to eject the curtain of the vertical downdraft of the typhoon while returning the path of the typhoon to the jet stream on the sea level 10 km 3B, 3BA, 3BB, 3BC, and 3BD, each of which is a main cross-sectional view of a typhoon damage reduction and harmful tide propagation control activity, which illustrate a state capable of detecting each, are each eco-friendly pollution-free energy windmills in the present invention. The turbine dock of the present invention illustrating a state in which the iron ore collecting scene can be detected at the top and the bottom of the deck deck of the aquaculture dock and the undetectable state by the industry is a sectional flow chart of the main part of the on-board construction device. As shown in Figs. 1 to 3, the tunneling dock has a double pipe structure and has several support tanks 9, an upper barge hull 2 and a support tank 9 detachably assembled below the support tank 9. The lower barge hull (3) is divided into a small subculture dock (4), which is a subculture dock (4), and a medium subculture dock (5) and a large subculture dock (6). ) Pyramid-type holding tank, which has a constant inclination angle (91), is the same as the holding tank (9) with the inner plate of the high-strength steel plate (7), the outer supporting pipe (11) to the inner supporting pipe (10). Barge hull and block steel towers (15) consist of several shafts (16), lug shaft coupling bolts and threads (17), lug shaft coupling disassembly nuts (18), and portable lug coupling pin shafts ( 20) several tunnel dog bodies (1) for disassembly and coupling with portable plug pins (22) It consists of the inside.

Block tanks inside and outside the center of the support tank 9, the upper barge hull 2 formed of the support tanks 10 and 11 of the inner and outer supporting tanks 9 and the tank 9, respectively. Cored to support the barge hull (2) of the upper end of the holding tank (9), and the bottom of the bottom of the bottom of the bottom for the outer tank tank along the circumferential surface of the center is attached to several pipe racks (210) After excavation with (219), the anchor (54) replacement wedge 113 crank is formed in several pillars of the block tank (9) with a hydraulic cylinder (39) or a jockey bed (30), and the wedge (113) crank core. The wedge 113 is pushed into the drilling hole to expand the wedge 113 and the crank is compressed and expanded inside the drilling hole, so that several wedges 113 are embedded in the ground to fix several pillars of the block tank 9 to drift the barge hull. The hulls are also settled in the deep sea. In the same time as the folding type in the umbrella-type folding manner 113 is excavated from the excavation hole, the hull acts ups and downs.

The bottom of the sea level (SLL) at the bottom of the barge hull is formed by forming the body of the marine power plant with several hydro generators 230 and wind power generators 148 installed on the deck deck top of each of the fixed holding tank pillar barge hull (2) The electric vehicle runs inside the tube bridge, which is the ups and downs tunnel (190) of 40M area, and the block pipes (8) of 500M units are connected in plural and one pipe bridge is formed to have tens of thousands of kilometers. The offshore power plant body of the bridge submerged tunneling dock body (1) is formed to produce 1000,000 kW / h of electric power at 10 km intervals with wind power generators, and a large hydro generator 230 is installed inside the power plant body. In using the production power of the wind power generator 148, after controlling the power to the transformer 233 of the large-capacity substation to supply a certain amount of power generation to the transmission line and transmission tower The electricity is installed in 9,250 marine power plants and the like, and the guide rail 33 is assembled and installed into the inner bottom of the block pipe 8 inside the tunnel 190 of the tubular bridge, and the underwater tunnel 190 of the plurality of tubular bridges The pier 163, which is supported vertically by the band jig 36 mounted on the semi-submersible work line 58, is supported by the pier 163 at the bottom of several sea floors and is zigzag symmetrical. The joints of the high-strength steel plate 7 and the large flange 28 of the welded joints are used as underwater cutters and underwater welders, and the hammer wrenches such as hand tools are used for bowling operations. Each of the block pipes (8), which are horizontal block tanks, is coupled to each other to form an underwater tunnel (190), which is a bridge bridge, and the inner support pipe (10) inside and the outer peripheral surface of the pipe (10). Into the external support pipe (11) into the thilonge steel bar (12) The scarf welding hole 14 for eliminating the weld seam defect is processed in the ring steel bar 13 and the hatch cover in the partition manhole 24 and the manhole cover 25 in the vertical bulkhead 19 and the horizontal bulkhead 23. (26) attach a hydraulic cylinder or hydraulic cylinder door (39) to horizontally connect the plurality of block piping (8) to form the underwater tunnel 190, and the band jig frame 36 pier frame according to the seabed depth Concrete piers 163 are erected at regular distances by forming them vertically, and the pier is exposed to the upper surface of the sea and several subculture docks formed at the top of the sea surface 190 (SLU) 40m are tugboats 228 And by the band jig 36 and the barge crane (64) of the semi-submersible work line 52, the entire tube bridge tunnel dock body (1) is assembled and assembled at sea.

Block deck tower (15) formed of isobar shaped steel (220) on the deck deck center upper end (SDU) of the top of the barge hull (2) of the top of the surface of the sea surface (SLU) inside the tunnel dog body (1) is each steel tower (15) ) Is inserted into the processing hole 29 for the steel tower coupling with the lug shaft coupling bolt 17, and then bound with the lug shaft coupling nut 18, and then emergency stairs are installed around the upper end of the block steel tower in which the block steel tower 15 is formed. While the emergency staircase 46 is installed in the mooring tower 60, the airship 153 mooring position, the airship 153 mooring the bottom center of the lower portion of the ceiling crane (211) and the elevator (47) is formed and installed four deck deck A high pressure vertical multi-stage disaster prevention pump (83) was formed of a disaster prevention device and a production device by attaching a number of 20 km of the sawsaw crane boom 74 to the side and supplying the disaster prevention water 92 to the upper end of the mooring tower 60. Disaster prevention hose (84) is emergency during operation Connecting line wire rope 65 and connecting device shackle (99), such as a disaster prevention nozzle (85) installed in the middle of the transportation equipment mounting and the fire hose connection node or a disaster prevention nozzle (85) Alternatively, the disaster prevention nozzle connection flange (104) to the deck deck top level weather observation equipment ad balloon (152) or the bottom of the basket (118) where the pile of the bottom of the radio sonde boarded the disaster prevention nozzle (85) protective wire wire rope (65) And the air hose 67 of the gas transportation means lighter than the air and the high-performance submersible pump 112 into the submerged tunnel dock body (1) of the pipe bridge with the disaster prevention device and the production facilities formed by joining into the disaster prevention hose (84) ) And air compressors;

Preferably, the high-pressure vertical multi-stage disaster prevention pump (83) is operated to discharge the discharged water to the end of the disaster prevention nozzle and discharge discharge drop injection in the shape of a straight discharge sprayed water 114 or a radial discharge sprayed water curtain (115) Disaster prevention pump (83) A portable wireless communication terminal (156) of the high pressure vertical multistage disaster prevention pump (83) control system (76) in the operating machine room or the safety control room and the main switch button (142) for the disaster prevention pump operation control The power supply control box 77 is distributed to the safety control room or the disaster prevention pump operation machine room to the control pump auxiliary switch button 143.

More preferably, the right side of the deck deck deck block tower 15 is composed of a power generation chamber of the burner boom 209 and air receiver tank 56 or large hydro generator 230 for removing oil for drilling. The BIO skid 250 of the transportation system and the mixing equipment mixer 70 of loess and cement are formed in the machine room to fill the boreholes with loess and cement after the operation of the crude oil borehole.

The deck deck helicopter stop 34 is formed at the top of the pyramid-type block pylon 15 coupled to the top of the safety control room and the meteorological observation equipment management room or the control room to the left of the block pylon 15. 59) is formed by the satellite 261 and the space rocket 262 inside the launch pad, to inject oxygen and air into the seabed with an air compressor 62 and a net-type air hose 67 to prevent harmful tidal mass propagation. Pipe racks 210 for the crude oil drilling rod connection operation, which is disposed to protect the marine environment and is installed at the upper portion of the block position in the center of the upper portion of the upper part of the floating deck hull deck (SDU), is a wire of the ceiling crane 211. On the rope 65, etc., and at the top of the drilling core 219 at the bottom of the drilling shaft 218, in the drilling machine 197 or drilling machine 197 room for oil drilling. The gardening basket 183 to form and collect the seabed mineral manganese nodules 217, the suction suction machine 221 or seabed mineral harvesting robot 222 of the Remetic, mineral collecting tourbak and the like of the sea level lower end (SLD) Attached to the end of the seesaw crane boom 74, the vertical rotation of the boom 74 is able to lift all the deep sea energy resources to the top of the deck deck.

Pyramid type holding tank (9) and holding tank (9) in the center of the subculture dock to the bottom of the subculture dock bottom of the upper portion of the SDU lower hull deck (SDU) after cutting and cutting several high tensile steel plate (7) steel plate bracket (73) Core drill 219 attached to the internal support pipe 10 and the external support pipe 11, the block pipe 8 of the double pipe structure, and attached to the drilling shaft 218 corresponding to the oil drilling rod with the center of the internal support pipe. An iron plate bracket (73), which supports the pipes, is a pipe that transfers the excavated soil generated after the operation of crude oil drilling rods and geological formations. A mooring anchor 54 and anchor 54 chain 55 are installed inside the side of the iso crane boom 74 to fix a mobile barge, and the depth of the position adjuster within 10 km of the center distance of the boom 74 is fixed. With several lugs (97) and the shaft 16 to the sea level lower end (SLD) by adjusting the safe working distance of the boom, non-powered pumps, such as wire rope 65 of the air blower winch 63 to the deck deck to the top of the sea level (SLU) It can be pumped to produce power by the Francis aberration 234 and the wind power generator 148, etc. connected to the head tank 231 and the hydraulic pipe 232 of the large hydro generator 230 and the turbine by the sea water flow rate ( 215) and the water wheel 234 is interconnected with the rotating shaft 235 inside the body of the hydraulic generator 230, the pipe suction port and the waterproofing device to produce power without generating dams by controlling the power outlet, the ups and downs of the bridge bridge Configured inside the Neldog body 1;

Outside the holding tank (9) of the support bar (11) of the lower barge hull (2), the flange processing hole (19) to the large flange (28) to the joint portion of the high-strength bolt (17) and high-strength nut (18) Is connected to the joint gap 90 by a high pressure rubber packing 108, and the block pipe 8 is formed at the joint of the elbow 120 attached to the horizontal block pipe 8 or the elbow 120 attached to the disaster prevention pipe. The searchlight (185) of the submarine mineral resource search equipment or the underwater light (188) for the glass of the submarine exploration lens is installed on the outer wall of the vertical tank at several intervals by the outer wall of the several supporting tanks (9) of the parametric type. The large flange 28 is formed on the circumferential surface of the outer support pipe 11 so as to be coupled to the barge hull 2 on the lug 97 for coupling the lug 97, the pin shaft 20, or the pin 22. The hydraulic shaft of the pin shaft 20 is connected to the machining hole (29) and the long hole (31). It is fitted with a key (35) and the pin shaft (20) threaded with a nut (18), and then pin 22 into the pin 22 processing hole 29, and then pin the pin node to prevent the shaft 20 from falling off Several block tanks and several barge hulls 2, which are nodded by any wind wave, etc., have several holding tanks 9 erected on the upper surface of the plurality of tube bridge tunnels 190, and the level of the tube bridge tunnel 190. According to the connection of the lug hinge socket 27 processing hole portion of the deck deck bottom bottom of the barge hull (2), the holding tank (9) is selectively fitted into the lug hinge socket (27) processing hole, respectively, Lug hinge sockets 27 are attached to the upper surface of the deck deck, and several lug processing is performed by adjusting the height of the pin shaft 20 with the hydraulic cylinder check key 35 in the several shaft coupling lug processing holes 29 on the upper surface of the holding tank. After fitting into the hole (29), after tightening the nut to the threads on both sides of the shaft After inserting the pins into the drift prevention hole, the pin nodes are bent on both sides to prevent the detachment of the binding parts, and the SLU barge hull of the sea level (SLL) and the tube bridge submerged tunnel (SLD) under the sea level (SLD) In the sea level, a fixed tunnel dock coupled to the tank, and a barge hull at the top of the strut tank and a barge hull at the bottom of the strut tank, several lug plates and several strut tanks bound to the shaft pins, etc. in the processing holes of the portable lug pin shaft body. It is characterized by the mooring or fixed coupling structure on the upper surface of the tube bridge so that the tunnel dock body can be repaired by the up-and-down action by the barges for the sinking prevention and lifting device and other control and disaster prevention device loading. In addition, the barge hull upper surface is installed a melting furnace (not shown) for melting the manganese nodules (217) is characterized in that the production and supply of iron plates and guide rails (33) to each region of the five oceans.

The power of the hydro power generation room prioritizes the supply of the upper part and the inside of the control line 189. The power supply is controlled by the transformer 233, and the power is supplied to the land by the wire cable of the submarine line wiring 244. Is the same as charging the rechargeable battery 154 for starting a hydro power plant and is also the same as the night sky light for day and night identification.

Mounted on the large floating farm (6) of the comprehensive disaster prevention system as shown in the same figure, the pyramid type holding tank (9), the hydraulic suction collection machine (221) and the submarine mineral harvesting robot (912) More and more are gathered at the bottom of the seabed from 5,000M to 5,500M

Therefore, the crane of the electric magnet magnet 68 for underwater transport including the hydraulic suction collecting machine 221, the mineral extraction robot 222 and the subsea mineral resource collection equipment after landing the several floating farming docks safely ( 64) and a gardening basket for undersea mineral resources to be installed on the barge (2) at the upper end of the pyramid type holding tank (9) in the elevator (47) carrying the transportation equipment lematic (69) and manganese nodules (217). 183) or the Pareto (183), etc. are formed vertically and also the submarine mineral resource search equipment for searching for underwater minerals and underwater lights (188) formed of a searchlight (185) and a submarine lens glass lost all of the harvesting equipment CTV 200 and submarine mineral transport belonging to the submarine exploration equipment after binding the submerged diving elevator 47 and the subsea excavation equipment 218 with the lever block 71 and the wire rope chain block to prevent the loss. Configuring the container and the container box hook bolt locks on the door for the poison into the tunnel body (1);

The integrated device is a solenoid belonging to the transportation equipment remetic 69 to pass through the fire door and the manhole cover 25 and the hatch cover 26 mounted on the lower bulkhead of the holding tank double pipe structure formed of the tunnel dock body (1). A valve 151, a solenoid valve pressure switch button 142, and a solenoid valve operation switch connecting wire 147, etc., configured inside the tunnel dog body 1;

The manganese nodules 217 refer to those in which the lump of minerals shaped like potatoes is left in the sea of the 5000M seabed including the Pacific Ocean. It is an opportunity to improve the quality of life of residents after liquidating this (manganese nodules, 217) with the recovery costs before and after the Korean War (1400 trillion won in foreign repayments).

The sea mineral deposit contains manganese, nickel, copper, and cobalt-based minerals. Especially, due to the high amount of manganese, the manganese nodules 217 are referred to as manganese nodules. This crude oil and natural gas is more than the continental shelf area, the material before the commercialization of crude oil alternative energy.

Onshore mineral resources will be exposed to the bottom of this century. Compared to this, manganese nodules (217) under the sea are loaded in huge amounts in several gardening nets (199) and gardening baskets (183) and submarine mineral gardening. Attach the air bag 170 and lift it over the barge hull 2.

In other words, the amount of manganese nodules on the bottom of the Pacific Ocean is about 170 billion tons, which is estimated to be 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 tremendous reserves are hardly comparable to the reserves on land, and it is a means of replenishing resources to build another district in the earth. The production process is provided by supplying power to the computer network above the deck deck at the top of the sea level, fish finders and searchlights. Calculate the work load, but lift it quickly with the seesaw crane boom for long axis adjustment for fast and quick maneuverability.

In addition, the contents of the treasure are indispensable for the flowering of the future mechanical civilization, which is more and more focused on the human race, which is almost the same as the installation of the piers regardless of depth.

Small ones are 1 cm in diameter and larger ones are 25 cm in diameter, with 10,000,000 tonnes being produced annually in the Pacific Ocean.

As manganese nodules are produced, the size of the manganese nodules 217 is largely loaded at the center of gravity of about 10km below sea level and 5000M, which is the intermediate point of buoyancy that supports this gravity. Detect and recognize that the level must be complied with by maritime safety regulations.

It is never easy to bring the treasure up to sea. However, the pipe bridge tunnel dock body (1) of the marine tunnel transportation system to achieve marine disaster prevention and marine environmental industry development, characterized in that the planned production and production of large-sized floating dock (6) of the present invention to solve the global resource exhaustion It was configured internally.

"자 "

" "" 형태로 하는 지그)
지표면 상단부(GLU) 지표면(GLL) 지표면 하단부(GLD)
(99) 샤클, (100) 볼트, (101) 너트, (102) 와샤, (103) 힌지(정첩), (104) 플랜지, (105) 카플링, (106) 카플링 암나사산 몸체, (107) 카플링 수나사산 몸체,
(108) 가스켓트 또는 고무패킹, (109) 노즐호스 장비거치대, 노즐 상단부(A) 노즐 몸체(B), 노즐 하단부(C), (110) 집수정탱크 또는 중유탱크 (111) 레듀사, (112) 고성능 수중펌프, (113) 쇄기(우마용의 "

" 형식의 쇄기), (114) 토출분사수 또는 방출수 (115) 물막 또는 커텐물막, (116) 소방정, (117) 감지노끈, (118) 바스켓, (119) 기상관측장비 라디오존데 또는 기상관측 레이다 (120) 배관연결부속 엘보 또는 티이엘보, (121) 우회연료라인
기계실 바닥표면 상단부(MFGU), 기계실 바닥표면(MFG) 기계실 바닥표면 하단부(MFGL) (122) 동력 전원에너지인 전원, (123) 인버터, (124) 인버터브이오(VO;vidicon off) (125) 억세스 포인터(AP: Access Point), (126) 인터넷 망, (127) 관제 서버 (128) 모니터, (129) 제어보드, (130) 근거리 무선통신 안테나
(131) 근거리 무선통신장치의 무선통신제어모듈, (132) 디스플레이(LCD;liquid crystal display) (133) 전자제어장치인 에이디이씨(ADC;advanced developing countrie) (134) 스위치 입력, (135) 전자제어장치인 엠씨유(MCU;moduler concept. unit) (136) 전자제어장치인 디이에이씨(DAC;Development Assistance Committee)
(137) 브레이크(과전류차단기), (138) 전원부, (139) 디스플레이 화면, (140) 아날로그입력, (141) 디지털 입력, (142) 시동스위치버턴(메인스위치버턴), (143) 보조스위치버턴 (144) 디스플레이(LCD) 입력(콤퓨터 전산망 입력), (145) 현재 압력값 또는 설정 압력값(압력설정수치) 인식명판, (146) 메모리, (147) 동력공급전원인 동력전선, (148) 친환경 풍력 발전기 (149) 수송장비(헬리콥터), (150) 방화문, (151) 솔레노이드밸브 (152) 애드벌룬, (153) 비행선, (154) 충전식 밧데리 (155) 모바일 서비스(SMS;short messge servise) (156) 휴대용 단말기(PDA;perseNAL digital assistant)
(157) 저압차단 밸브, (158) 비상 밸브, (159) 감압 밸브 또는 안전밸브
(160) 제1압력체크센서, (161) 제2압력체크센서
(162) 전자제어유닛, (163) 배관라인 또는 교각 (164) 구명정 (165) 모터벨트
(166) 모터푸레,
(167) 유해적조
(168) 해저저층의 천연가스 또는 원유와 화학물질(＃)
(169) 레듀사 붓싱소켓, (170) 돛대 대체 사용품 방재물질 헨스 공기주머니 포켓 또는 공기주머니 돛
(171) 회전속도 검출기 에스에스지(speed signal generator; SSG로 약칭 함)
(172) 여자기(BRUSHLESS EXCITOR; 교류발전기이거나 동기전동기의 계자 코일에 전류를 공급하는 직류발전기를 칭함)
(173) 드러스트 고리관(THRUSTCOLLAR; 고리관 깃을 밀어 넣는 수단을 칭함)
(174) 엎퍼 가이드 베아링(UPPER GUIDE BEARING)
(175) 드러스트 베아링(THRUST BEARING)
(176) 고정자 코일(STATOR COIL),
(177) 고정자 프레임(STATOR FRAME)
(178) 스테이터어 코어(STATOR CORE)
(179) 로워 베아링 쿨러(LOWER BRG COOLER; 저속냉각기),
(180) 브래이크 링(BRAKE RING),
(181) 브래이크 또는 잭(BRAKE ＆ JACK)
(182) 로워 가이드 베아링(LOWER GUIDE BEARING)
해수면 상단부(SLU) 해수면(SLL) 해수면 하단부(SLD)
(183) 해저광물자원 채취장비용의 뜰채 바스켓 (184) 유해적조흡입집진기용의 뜰채 바스켓 또는 파레토 (185) 해저광물자원 탐색장비용 탐조등 (187) 에어튜우브
(188) 해저탐사 렌즈 유리용 수중조명 (189) 방재선 또는 선박, (190) 터널(이중관 구조 블록탱크) (191) 구동바퀴"로라", (192) 빗장걸이 잠금장치용 핸들 또는 지렛대
(193) 친환경 무공해 에너지 조력 발전기 (194) 배관지지대
(195) 스프링 (196) 심해잠수정 (197) 원유시추용의 드릴링 머신
(198) 점멸경고등, (199)어족자원확보용의 뜰채그물, (200) 무인카메라(씨씨티비)
(201) 감지센서 바이메탈, (202) 열전대온도계 스위치(감지센서)
(203) 감지센서(리미터스위치), (204) 방수량체크용 유량계 또는 압력계
(205) 동력모터(전동기), (206) 스위치 작동용 추 또는 감지센서용의 무게감량용 납덩이추, 그리고 잠수원 잠수부력 조절용의 납덩이추,
(207) 어군탐지기(소나) (208) 프로펠라 또는 스큐르
남극(SP) 적도(EL) 북극(NP)
(209) 원유시추용의 유해가스 제거용 버너 붐 (210) 원유시추봉 연결작동을 위한 파이프 랙 (211) 천정크레인
(212) 배관블록 받침목 쇄기 (213) 수격펌프(무동력펌프)
(214) 원유시추공 또는 앙카링 홀 (215) 터어빈, (216) 팬, (217) 망간단괴,
(218) 굴착기 또는 항발기(파일햄머) (219) 코아드릴, (220) 등변산 형강
(221) 르메틱의 흡입채취기계, (222) 관교량
흡입 파이프 라인노즐(SPN) 토출 파이프 라인노즐(EPN)
(223) 지중선로 방재노즐, (224) 유해적조 해저청소 노즐기구 방제노즐
(225) 해저 또는 지중선로배선, (226) 자연황토 또는 방재사
(227) 콘테이너 내부용의 공기투입용 고무튜우브, (228) 예인선, (229) 침몰방지 체류선, (230) 대형수력발전기 또는 수차발전기 (231) 헤드탱크 (232) 수압관 (233) 변압기 (234) 프란시스수차 (235) 회전축 (237) 사보모터 (238) 잠망경 (239) 광물채집 두레박 (240) 유압호스 (241) 고압호스 연결부속 카플링
(242) 해저선로 분사노즐 연결구 (243) 해저선로 분사노즐 (244) 해저선로배선 (245) 가이드베인(GUIDE VANE), (246) 케싱, (247) 베아링,
(248) 벨트카버, (249) 필터, (250) 비이오피스키드 (251) 아프터쿨러 (252) 냉각수입구(도입관), (253) 찬넬베이스, (254) 전동차 (255) 런너어(RUNNER), (256) 고무타이어, (257) 상승기류, (258) 하강기류, (259) 쇄기 크랭크(앙카 대체용), (260) 피뢰침, (261) 인공위성, (262) 우주로켓, (263) 전극판 아노드(1) Tunnel dock (tunnel dock)
(2) Barge Hull of Upper Tank, (3) Barge Hull of Upper Tank
(4) small form poison, (5) medium form poison, (6) large form poison
(7) High steel surface tension (8) Block piping (horizontal block tank)
(9) Shoring tank (vertical block tank)
(10) Internal support piping (for block tank)
(11) External support piping (for block tank)
(12) Tielongji steel bar ("T"Lon'G steel bar)
(13) O-ring steel bar
(14) Scarf welding hole
(15) Block towers, (16) shafts, (17) lug shaft coupling bolts and threads
(18) Lug shaft coupling disassembly nut, (19) Vertical bulkhead, (20) Portable lug coupling pin shaft, (21) Portable lug plate
(22) Porter Plug Pins,
(23) horizontal bulkhead, (24) bulkhead manhole, (25) manhole cover,
(26) Hatch cover, (27) Lug hinge socket
(28) Large Flange
(29) Machining hole for large flange connection connector
(30) Zakki Bed
Out of Merchinery Room (OMR)
Merchinery Room (MR)
In of Merchinery Room (IMR)
(31) Jangong Hall
(33) Guide Rail, (34) Helicopter Stop
(35) Hydraulic rotating cylinder or hydraulic cylinder operation key (used for construction robot collecting robot)
(36) Band jigs (same shape as double saddle type saddle frame for tank piers construction)
37.Belaster Butterfly Valve
(38) Dr. Ventilation, (39) Hydraulic cylinder or hydraulic cylinder door
40 stopper plate
(41) Transportation piping line
(42) engine control module,
(43) Buoy Felt Balloon, (44) Rope Rope, (45) Rope Hook
(46) emergency staircase, (47) lift or elevator, (48) conveyor
(49) Life-saving disaster prevention ships, (50) Vacuum pumps, (51) Crane booms to replace the stand
(52) semi-submersible, (53) bollard, (54) anchor
(55) Chain, (56) Air Receiver Tank, (57) Cooling Fan
(58) Heat Fans, (59) Satellite Launchers, (60) Mooring Towers
(61) Space Rocket Launchers, (62) Air Compressors, (63) Air Gear Winches
(64) Cranes, (65) Wire Ropes, (66) Wire Rope Chains, Floating Dock Hull Deck Top (SDU), Hull Deck Core (SDM), Floating Dock Hull Deck Bottom (SDL)
(67) Air hoses, (68) Electromagnetic magnets, (69) Piping equipment remetics, (70) Mixers for loess or cement mixing equipment, (71) Reversible blocks, (72) Turnbuckles, (73) Iron plates Brackets
(74) Seesaw crane boom (75) Crane boom body Internal boom hook hook and safety pin
(76) Control system, (77) Control box, (78) Suction conduit pipe, (79) Discharge conduit pipe (80) High pressure shut-off valve as isolation valve inside the pump (81) Check valve for backflow prevention inside the pump, (82) Air Hose connection nipples, (83) Vertical multistage disaster prevention pumps (84) Fire hoses and fire hoses or fire hoses, (85) Disaster prevention nozzles or control nozzles (86) Frames, (87) Sensors, (88) Hooks, (89 ) Piping, (90) Crevice, (91) Inclined Angle, (92) Disaster or Controlling Water and Fire Protection (93) Unmanned Spark Sparkler
(94) Hook hook, (95) Wire rope (96) Hole, (97) Lug
(98) Jig stands or other forms of jig to prevent ship sinking ("

"Sleeping"

"" Jig made "
Surface Top (GLU) Surface (GLL) Surface Bottom (GLD)
(99) Shackle, (100) Bolt, (101) Nut, (102) Washer, (103) Hinge (Hinge), (104) Flange, (105) Coupling, (106) Coupling Female Thread, (107) Coupling Male Threaded Body,
(108) Gasket or rubber packing, (109) Nozzle hose equipment holder, nozzle top (A) nozzle body (B), nozzle bottom (C), (110) sump tank or heavy oil tank (111) Redusa, ( 112) High performance submersible pumps, (113) wedges

"Type wedges", (114) water jet or water jet (115) water curtain or curtain water curtain, (116) fire fighting boat, (117) detection cord, (118) basket, (119) weather station radiosonde or meteorological observation Radar (120) Pipeline elbow or Tie elbow, (121) Bypass fuel line
Machine room floor surface top (MFGU), machine room floor surface (MFG) Machine room floor surface bottom (MFGL) (122) Power source Power source, (123) Inverter, (124) inverter off (VO) (125) Access Point (AP), (126) Internet Network, (127) Control Server (128) Monitor, (129) Control Board, (130) Near Field Communication Antenna
(131) Wireless communication control module for short range wireless communication device, (132) Liquid crystal display (LCD) (133) Advanced developing countrie (ADC), electronic control device (134) Switch input, (135) Electronic Module Conception Unit (MCU) (136) Development Assistance Committee (DAC)
(137) Brake (Over Current Breaker), (138) Power Supply, (139) Display Screen, (140) Analog Input, (141) Digital Input, (142) Start Switch Button (Main Switch Button), (143) Auxiliary Switch Button (144) Display (LCD) input (computer computer network input), (145) Current or set pressure value (pressure setting value) Identification plate, (146) Memory, (147) Power supply for power supply, (148) Green Wind Power Generator (149) Transportation (Helicopter), (150) Fire Door, (151) Solenoid Valve (152) Ad Balloon, (153) Airship, (154) Rechargeable Battery (155) Mobile Messenger (SMS) (short messge servise) ( 156) perseNAL digital assistant (PDA)
(157) Low pressure shutoff valve, (158) Emergency valve, (159) Pressure reducing valve or safety valve
(160) 1st pressure check sensor, (161) 2nd pressure check sensor
(162) Electronic control unit, (163) Piping line or piers (164) Lifeboat (165) Motor belt
(166) motor puree,
(167) Harmful tide
(168) natural gas or crude oil and chemicals in the seabed;
(169) Redusa Bushing Socket, (170) Mast Replacement Disaster Prevention Hence Airbag Pocket or Airbag Sail
(171) speed signal generator (SSG)
(172) BRUSHLESS EXCITOR (also referred to as alternator or direct current generator that supplies current to the field coils of synchronous motors)
(173) THRUSTCOLLAR (means for pushing the collar tube collar)
(174) UPPER GUIDE BEARING
(175) THRUST BEARING
(176) stator coil,
(177) Stator frame
(178) status core (STATOR CORE)
(179) LOWER BRG COOLER (low speed cooler),
(180) brake ring,
(181) BRAKE & JACK
(182) LOWER GUIDE BEARING
Sea Level Top (SLU) Sea Level (SLL) Sea Level Bottom (SLD)
(183) Garden baskets for undersea mineral resources harvesting equipment (184) Garden baskets or paretos for hazardous tidal suction dust collectors (185) Searchlights for underwater mineral resources search equipment (187) Air tubes
(188) Submersible lighting for subsea exploration lens glass (189) Disaster prevention ships or vessels, (190) Tunnels (double-pipe structured block tanks) (191) Driving wheels "Rora", (192) Handles or levers for latch locks
(193) Environmentally friendly, clean, energy-free tidal generators (194) Piping support
(195) Springs (196) Deep-sea submersible (197) Drilling machines for oil drilling
(198) Flashing Warning Lights, (199) Garden Nets for Fish Resources, (200) Unmanned Cameras
(201) Bimetallic sensor, (202) Thermocouple switch (detection sensor)
(203) Sensors (limiter switches), (204) Water meter or pressure gauge
(205) power motors (motors), (206) weight switch lead weights for switching or sensing sensors, and lead weight weights for divers submersible buoyancy control;
(207) Fish finder (sonar) (208) Propeller or Skure
Antarctica (SP) Equator (EL) Arctic (NP)
(209) Burner boom for removing harmful gas for oil drilling (210) Pipe rack for crude oil drilling rod connection operation (211) Ceiling crane
(212) Piping block support wedges (213) Water hammer pumps (powerless pumps)
(214) crude boreholes or anchoring holes (215) turbines, (216) fans, (217) manganese nodules,
(218) Excavator or Pneumatic Hammer (Pile Hammer) (219) Core Drill, (220) Elongated Section Steel
(221) Lemetic Suction Collection Machine, (222) Tube Bridge
Suction Pipeline Nozzle (SPN) Discharge Pipeline Nozzle (EPN)
(223) Underground Line Disaster Prevention Nozzle, (224) Hazardous Undersea Clean-up Nozzle Mechanism Control Nozzle
(225) Submarine or underground track wiring, (226) Natural loess or disaster prevention company
(227) Rubber tubs for air in-containers, (228) tugboats, (229) anti-sink retention vessels, (230) large hydro or water generators (231) head tanks (232) hydraulic pipes (233) transformers (234) Francis Aberration (235) Rotary Shaft (237) Savo Motor (238) Periscope (239) Mineral Gathering Reinforcement (240) Hydraulic Hose (241) High Pressure Hose Couplings
(242) Submarine Line Injection Nozzle Connection (243) Submarine Line Injection Nozzle (244) Submarine Line Wiring (245) Guide Vane (246) Casing, (247) Bearing,
(248) Belt cover, (249) Filter, (250) BIOOPIS Kid (251) Aftercooler (252) Cooling water inlet (introduction pipe), (253) Channel base, (254) Electric car (255) Runner , (256) rubber tires, (257) updrafts, (258) downdrafts, (259) wedge cranks (for anchor replacements), (260) lightning rods, (261) satellites, (262) space rockets, (263) electrodes Pan Anode

Claims (20)

In a conventional offshore tunnel transportation system, a double block block structure consisting of an inner pipe 10 for a tunnel of the marine tunnel transport system and an outer pipe 11 on a circumferential surface of the inner pipe 10 is provided. In the marine tunnel transportation system including the in-hole tunnel 190 and the plurality of block pipes (8) made of the thylongi steel bar (12) and O-ring steel bar (13) for coupling and connecting the water pipe and the welding process In the installation method of the tunnel dock, the tunnel dock is a plurality of pipe bridges 222, which are block piping (8) is installed on the bottom of the sea level 40M lower surface and the bottom of the plurality of pipe bridges (222) to support the pipe bridge (222) The bridge piers 163 are installed at intervals of 500M, and the foundation piers 163 are fixed to the bottom of the sea floor, and a plurality of vertical support tanks 9 are formed on the upper surfaces of the plurality of pipe bridges 222, and the upper surfaces of the support tanks 9. Gianan to 40M above sea level The ship's submarine mineral resource collection equipment and meteorological observation equipment at the nuclear power plant, nuclear power and wind power plant, and the aircraft emergency landing runway are installed on the deck deck of barges and floating docks. As the rail is installed into the inner pipe of the pipe bridge, an electric vehicle 254 of 500 km / h is operated, and the natural gas and crude oil transport pipe line 41 is further disposed below the rail 33 base in the outer pipe space of the inner pipe circumference. Marine tunnel transportation system using buoyancy of double structured block piping, characterized in that the entire tunnel dock body can be disassembled and assembled by using semi-submersible work vessel, salvage vessel and construction machinery equipment in barge and tugboat at sea. The method of claim 1,
The tunnel dock body is composed of a small subculture dock (4), a medium subculture dock (5) and a large subculture dock (6), and each holding tank is a double pipe structure type block pipe formed of a high tensile iron plate (7). (9) is formed in the vertical and paramide shape of the holding tank (9), each of the shaft 16 of the barge connection barge at the top and bottom, lug shaft coupling disassembly nut (18) to the lug shaft coupling bolt and thread (17) Using the buoyancy of the dual-structure block pipe, characterized in that the portable plug pins (20) and portable plug pins (22) to the port plug plug (22) to be used to prevent the sinking and lifting equipment and other equipment-mounted barge well. Marine Tunnel Transportation System The method of claim 1,
The inner and outer support tanks 10 and 11 supporting the respective holding tanks 9 and the holding tanks 9, and the block tanks 8 inside and outside the barge hull center of the upper holding tanks Support the barge hull at the top of the tank, and excavate the bottom of the bottom of the bottom of the outer tank tank with a core drill 219 attached to several pipe racks 210 along the inner circumferential surface of the center. The crusher crank 259 is connected to the hydraulic cylinder 39 or the jackie bed 30, etc., and is formed in each pillar of the holding tank, and the crusher crank 259 for the anchor is pushed into the drill hole 219 drilling hole. The crank 259 compresses and expands in the excavation hole to fix several wedges 113 embedded in the ground, thereby fixing the respective pillar tank pillars to prevent barge hull drifting so that the barge can be seated even in the deep sea. Marine tunnel traffic system using buoyancy of dual structure block piping The method of claim 2,
Alternatively, the sea surface at the bottom of the barge hull (2) is formed by forming a body of a marine power plant with several nuclear and wind power generators installed on the deck deck of each of the fixed holding tank (9) column top barge hull (2) (SLL) The electric vehicle 254 is driven into the tube bridge 222, which is a submerged tunnel of the lower 40M area, and the block pipes 8 of 500 m units are connected in plural, so that one tube bridge 222 is 10,000 km. It is formed to have a block pipe of 500m or less unit of the pipe bridge 222 is sealed on the inside of the block pipe with a stopper plate (flange plug type) to the flange connection so as to be able to strip (water) on the water, safety The manhole 24 and the manhole cover 25 are formed inside the stopper plate for work, and the gasket or the rubber packing 108 is inserted into the large flange 28 connecting connection bolts. Combined with ups and downs In the conventional hydraulic pipe line, the submersible pump 112 was installed inside the block piping and the flange coupling method was previously bolted to the outside of the pipe to complete the hydraulic test process. It is possible to disengage the manhole cover 25 of the manhole 24 installation point to the external support pipe of the pipe (8) so that the large flange (28) can be combined without the band jig (36). In order to make the flange processing hole 29 to process the processing holes into the outer support pipe (11) and the inner support pipe (10) outside, the sea water pressure at the bottom of the sea level 40M is about the same as the water pressure of the fire hose (84). . However, the 10KM deep sea water pressure is more than 100,000 tons, and there is only one countermeasure that can withstand the water pressure. The outside of the inner side of the inner support pipe forming the holding tank body (3) and the holding tank body of the double pipe structure type, and the external support Inside the inner side of the pipe, the block tank 8 is filled with empty space inside the block tank 8 with gasoline lighter than water, loaded with a lead mass 206 to dive under the water, and the lead mass 206 is thrown out of the hull. By adopting a new method of lightening the barge hull and allowing it to rise above the water, it is able to withstand the deep sea where huge hydraulic pressure acts. The semi-submersible work vessel 52 and the submersible submarine 196 equipped with the band jig 36 are formed. Offshore tunnel traffic system using buoyancy of dual structure block piping, characterized in that to use well The raft according to claim 1, wherein the weight of the block pipe in 500 m units in which the electric vehicle runs is used to construct the block pipe 8 and the holding tank 9, which can wind about 2.3 laps around the earth (about 40.000 km). The countermeasure to move in the line form and connect the whole is to construct the pier 163 of the pier bridge 222 at 500m intervals first, and then use the deep sea submersible 196 to establish the sea depth of the pier 163 installation point. After completion of precise measurement and survey of other flow rates such as sea water pressure, a buoy flag pole rubber balloon 43 is installed at the pier installation point, and at this time, the direction indication and the depth of the water are recognized and marked. The wire rope 65 and the lead lump weight 206 are suspended by the lower surface of the buoy flag pole rubber balloon 43 to make the installation position clear. Next, each pier is transported to the tugboat 228 and the sinking retentive ship (229, same as the floating farming dock; width × length × height, 300M × 1.5Km × 40M), but after transportation If the water depth is 300M, the pile column is about 350M higher than the subsea depth, and it is attached to the seesaw crane boom 74, and then the pile pillar is vertically set up, and the tens of thousands of places are used by using the construction machinery driving and the propulsion machine or the pile hammer 218. After finishing the foundation of bridge (163) and checking the balance of the level of the bridge, each block is installed with one block pipe in the same row as ten columns in a row, making one set equal to the raft. A plurality of block piping prefabricated rafts are moored by ropes, etc. on the upper exposed part of the sea level. At this time, the weight of the pipe bridge 222 connected at intervals of 500 m into the bridge 163 reaches tens of thousands of tons. To make the bridge smoother, it is possible to assist the tugboat 228 operation by using a crane replacement boom and mast replacement mast, and to perform the joining operation at sea level by 500m of pipe bridges, each one 500m raft block Just hold the pipe joining work to open the temporary passage for the voyage ship.In the overall block joining method, the block wall length is divided into four even and five odd parts on the outer wall of the external support pipe, which is the block pipe connection part. In the same way, the lug pin shaft of the a-shape is attached to the long shaft by a lever on the horizontal outer wall by welding the lug pin shaft with the hinge of the lug 97, etc., which is used as a hinge for disengaging and disengaging the outer support pipe. Block block connection joints into each of the disassembly means locking device wedges 113 and jigs (98) combined together block Offshore tunnel transportation system using buoyancy of double block piping, which makes a system The marine power plant body of the ups and downs type tunnel dock body of the pipe bridge 222 distributed over the five oceanic circumference above the pipe bridge 222, the power generation capacity of the nuclear power generators formed of a double-pipe reactor at intervals of 10 km It is formed to produce 1,000,000kw / h electric power inside the body of the power plant to regulate the power of the large-scale hydroelectric generator 230 to the power of the wind power generators of the large-scale substation transformer 233, and then a certain amount of power transmission line and transmission tower The generators that supply the generated power are installed in thousands of offshore power plants, and the guide rails (33) are assembled into the bottom of the 500m unit block pipe inside the tube bridge body, and the underwater tunnels of the plurality of pipe bridges have several submarines. The bridge pier supporting the pier 163 of the lower floor and installing the underwater tunnel tube bridge vertically by the band jig 36 mounted on the semi-submersible work line 52 is installed. The zigzag symmetrical welded joints with high tension steel plates and large flanges 28 are used as underwater cutters and underwater welders, and hammer wrenches such as hand tools are used for bolting operations, and lever blocks 71 and turnbacks are used. Each of the block pipes, which are horizontal block tanks, is connected to each other to form a marine tunnel, which is a bridge bridge, and the inner support pipe 10 and the inner circumferential surface of the inner support pipe 10 and the outer support pipe ( 11) The scarf welding hole 14 is processed in the Tyrongji steel bar 12, the O-ring steel bar 13, etc., and the bulkhead manhole 24 and the manhole in the vertical bulkhead 19 and the horizontal bulkhead 23, etc. A hatch cover 26 is attached to the lid 25, and a hydraulic cylinder or a hydraulic cylinder door 39 is attached to the hatch cover 26 to connect a plurality of block pipes horizontally to form a underwater tunnel. According to the same bridge as the band jig 36 By installing the mold vertically, concrete bridge piers are established at regular distances, and the bridges are exposed to the top of the sea level, and the plurality of tunnel docks formed on the bottom of the sea level upper part (SLU) 40m below the underwater tunnel are tugboat 228 and the semi-submersible work ship. The entire bridge bridge submerged tunnel dock body is formed in the sea by the same pier form as the band jig frame 36 of (52), and the height of the pipe bridge is increased by 1.5 times the width in consideration of the tunnel dock side load. Marine tunnel traffic system using the buoyancy of the dual structure block piping, characterized in that The method of claim 6,
In the deck deck center upper part (SDU) of the barge hull top of the sea level upper end (SLU) inside the tunnel dock body block block tower (15) formed of equi-variant steel, each of the steel towers with a lug shaft coupling bolt for processing holes The emergency stairway is installed around the top of the inside of the block steel tower 15 in which the block steel tower is formed, and the emergency stairway is installed at the mooring tower 60 and the airship mooring position, and the bottom of the airship mooring bottom. It was formed as a ceiling crane (211) and the elevator (47) to the center and attached to the deck deck four sides of 20 km long seesaw crane boom 74 was formed as a disaster prevention device and lifting device, the mooring tower (60) Disaster prevention nozzle (85) for mounting the transport equipment while the disaster prevention water is supplied to the disaster prevention hose (84) during the operation of the high-pressure vertical multi-stage disaster prevention pump (83) for supplying the disaster prevention water to the upper end Fire hose (84) Connecting line wire rope such as disaster prevention nozzle or water supply pipe connection fixed type disaster prevention nozzle installed in the middle of connecting node Shackle (99) or disaster prevention nozzle connection flange to the highest value Advance balloon (152) or Disaster prevention device formed by connecting the wire of the disaster prevention nozzle 85 and the hose of the gas transportation means lighter than the air to the disaster prevention hose 84 to the bottom of the basket 118 to the bottom of the radio zone (119) And production equipments are a marine tunnel traffic system using buoyancy of a dual-structure block piping, characterized in that the high-performance submersible pump 112 and the air compressor (62) into the submerged tunnel dock body of the tube bridge The method of claim 7, wherein
Discharge water is discharged to the distal end of the disaster prevention nozzle 85 by the operation of the high-pressure vertical multi-stage disaster prevention pump 83, and the discharge drop is sprayed in the shape of a straight discharge jet or radial discharge jet 114 in the shape of the water film content 115. The portable wireless communication terminal 156 of the high-pressure vertical multi-stage disaster prevention pump control system in the pump operation machine room or the safety control room, the main switch button 142 for emergency pump operation control, and the auxiliary pump auxiliary switch button 143 for spraying disaster prevention water. Marine tunnel transportation system using the buoyancy of the dual-structure block piping, characterized in that the power supply control box is distributed and connected to the safety control room or disaster prevention pump operation machine room The method according to claim 6 or 7,
To the right of the block deck tower 15 of the deck deck, the burner boom 209 for removing harmful gas for oil drilling and the air receiver tank 56 or the power generation chamber of the large hydro generator 230 are formed and the BIO skid of the transportation system. (250), and the oil mixing equipment for mixing the boreholes with loess and cement after the drilling borehole 70 is a marine tunnel transportation system using buoyancy of the double structure block piping, characterized in that the mixer 70 is disposed in the machine room 10. The method of claim 9,
The deck deck helicopter stop 34 is formed at the top of the pyramid-type block pylon 15 coupled to the top of the safety control room and the meteorological observation equipment management room or the control room to the left of the block pylon 15. 59 is formed as a space rocket launching platform 61 inside the satellite 261 and the satellite launching pad 59 to the air compressor 62 and the net-type air hose 67 to prevent the breeding of harmful tides 167. Pipe racks for the operation of crude oil drilling rods, which are arranged to protect the marine environment by injecting oxygen and air into the seabed, and are installed at the upper portion of the block steel tower 15 at the center of the upper portion of the upper part of the SDU. 210 and the like are bound to the wire rope 65 of the ceiling crane 211, and the drilling machine 197 or the drilling machine room for oil drilling to the top of the drilling shaft lower core drill 219 The gardening basket (183), which forms the transport batch and collects the seabed mineral manganese nodules, the suction collecting machine (221) or the seabed mineral collecting robot of lematic, and the mineral collecting tourbak are the seesaw cranes of the sea level lower end (SLD). Attached to the end of the boom 74 to lift the deep sea energy resources all the way to the top of the deck deck by vertical rotation operation of the seesaw crane boom 74 vertically lifted resources to the industrial site of the land by the electric car 254 in the tunnel Marine tunnel transportation system using buoyancy of dual-structure block piping, characterized in that the transportation equipment is installed inside the 500m unit block piping as a transportation equipment for supplying materials. 10. The method according to claim 2 or 9,
Pyramid type holding tank (9) and the holding tank (9) in the center of the subculture dock to the bottom of the subculture dock bottom of the upper deck (SDU) of the subculture dock hull deck (7) after cutting several high tensile steel plate (7) steel plate bracket (73) ) Is attached to the internal support pipe, the external support pipe and the block pipe of the double pipe structure, and the excavation generated after the operation of the crude oil drilling rod formed by the core drill 219 attached to the drilling shaft corresponding to the crude oil drilling rod with the inner support pipe as the center. Iron plate brackets (73), which support the pipes, are also attached to the isotropically shaped section 220, and the symmetrical diagonal side portions of four deck decks are also used inside the iso crane boom 74. Mooring anchors and anchor chains are installed to fix the mobile barges and several lugs with a depth position adjustment bracket within 10 km, half of the center distance of the seesaw crane boom. The non-powered pumps pump the upper deck deck to the sea level upper end (SLU) to the upper deck deck by the sea level lower end (SLD) by adjusting the safe working distance of the seesaw crane boom 74 on the shaft. It is possible to produce electric power by the Francis aberration 234 and the wind power generator connected to the head tank and the hydraulic tube of the large hydro generator 230, and by connecting the turbine aberration with the rotating shaft inside the generator body by the sea water flow rate pipe Marine tunnel transportation system using the buoyancy of the dual-structure block piping, characterized in that it is configured inside the submerged tunnel dock body of the tubular bridge with power generation equipments that produce electricity without generating dams by adjusting the inlet and waterproof ports. The method of claim 11,
Outside the holding tank (9) of the lower end of the barge hull each outer pipe (11) outside the large flange (28) to the joint portion of the large flange 28 and the high-strength nut (18) of the large flange 28 processing holes 29 It is connected to the joint gap and connected to the high pressure rubber packing 108, and block block is formed at the elbow joint part of the horizontal block (8) pipe connection part or the elbow joint part of the disaster prevention pipe part to searchlight (185) or Submersible light (188) for the submarine exploration lens glass is installed on the outer wall of the vertical tank with several strut tanks (9) and the outer pipe (11) of the parametric type at regular intervals. 20) Or, the lug for coupling the portable lug pin 22 can be connected to the large hull barge hull. Sandwiched with) In the pin shaft thread (17), after binding with a nut, the pin is inserted into the pin processing hole, and the pin node is folded to prevent the shaft from falling off, so that several block tanks and several barge hulls are nodded by any wind wave, etc. Several holding tanks are erected on the upper side of the tube bridge tunnel, and the joint lug hinge socket (27) at the bottom of the deck deck bottom of the barge hull according to the level of the tunnel bridge dock is processed. The holding tanks 9 are selectively inserted into the holes, and a lug hinge socket 27 is attached to the upper surface of the deck deck, and a plurality of shaft coupling lug processing holes 29 are mounted on the upper surface of the holding tank 9 to hydraulically press the pin shaft. After inserting into several lug processing holes by adjusting the height with the cylinder operation key 35, the nut is attached to the threads on both sides of the shaft, and the port plug pins 22 are inserted into the shaft separation prevention holes. The port plug pin 22 is bent on both sides to prevent the detachment of the binding parts, and the fixed tunnel dock is coupled to the pipe bridge submerged tunnel in the sea level upper part (SLU) barge hull and the sea level lower part (SLD) of the sea level (SLL). Sea level with several holding tanks (9) fastened to the processing holes and shaft pins of the several portable block plates (21) and the portable pin pin shaft (20) body by the upper barge hull of the holding tank and the lower barge hull of the holding tank. It is possible to repair the tunnel dock body by the sinking action with the barges for preventing sinking and lifting device and other disaster prevention and disaster prevention devices, and the upper part of the bridge bridge is fixedly coupled with a mooring device. Marine Tunnel Transportation System Using Buoyancy The method of claim 12,
Electrode plate anodes (263) are attached at regular intervals to prevent marine shells, shells, barnacles, etc. from growing outside the body such as the bridges 222 and pier 163 under the sea level (SLL), Marine tunnel traffic using buoyancy of dual-structure block pipes, characterized in that by using a fish detector (sonar, 207) to monitor the dynamics of the sea, the pipe bridge 222 is connected to the communication satellite for military use. Device system The method of claim 13,
Mooring tower (60) control tower, radar control tower on the rooftop marine tunnel traffic system using buoyancy of dual structure block piping, characterized in that the lightning rod 260 is installed for the hull safety from lightning and lightning The method of claim 14,
In the manufacturing process of the aquaculture dock, it is a large-diameter steel pipe and spiral welded steel pipe production and manufacturing equipment for small-diameter electric resistance welded tube, S.M.S. (SRM 3/8? 8inch,) and medium-diameter cage formed electric resistance welded tube. Power supply is pre-supplied to the steel plate (7) manufacturing and manufacturing plant of raw material high tensile strength for 3 roll bending and post bending, etc., and the basic 1 type, and basic 2 type to basic 2 type Pipe bridge 222, which is a subdivided underwater tunnel, is standardized with 5M diameter of pier 163 of the bridge bridge 222. Double pipe structure tank piers of the same type as the band jig 36 for coupling the large flange 28 of the large flange 28 formed on the top of the deck deck deck semi-submersible working line 52 by further increasing the diameter The piercing saddle frame for construction is easily disassembled in one set After attaching the various types of jigs 98 of the air-form type of the girdle saddle type joint abutment by welding, several jig cutters in the gap-joining processing hole 29 in the various types of jigs 98 body ( 113 is connected to the link, and several jigs (113) are simultaneously disassembled in several jig (98) processing holes, and the saddle replacement crank (259) and the piercing foundation for the pier are saddles. Marine tunnel transportation system using buoyancy of dual structure block piping, characterized in that several anchor replacement cranks (259) formed on the side and the lower surface of the frame body are installed into the inside of the tube bridge tunnel dock body (1). 16. The method of claim 15,
After landing the several floating farming docks safely, the crane and the mechanical transportation equipment (69) and the manganese of the magnetic magnet 68 for underwater transport including a hydraulic suction collecting machine, a mineral collecting robot, and an underwater mineral resource collecting equipment. The lift basket 47 for transporting the nodules 217 is mounted on the barge 2 of the upper end of the pyramid-type holding tank 9, and the basket for harvesting the sea mineral resources 183 or the Pareto 184 is vertically operated. Lever block 71 and wire for preventing the loss of the entire collection equipment with submarine mineral resource search equipment and searchlight (185) and submarine illumination lens glass (188) formed by the submarine exploration lens glass to search for seabed minerals After binding the submarine diving elevator (47) and the subsea excavation equipment with the rope chain block, the CTV (200) belonging to the subsea exploration equipment and the container and container corresponding to the submarine mineral transportation Marine tunnel transportation device system using buoyancy of dual block piping, characterized in that the inner box latch hanger is connected to the inside of each of the pipe bridge tunnel dock body (1) The method of claim 16,
The integrated device mechanism is a reticle transportation equipment (69) to pass through the fire door and manhole cover 25 and the hatch cover 26 mounted on the lower bulkhead of the holding tank double pipe structure formed of the tube bridge tunnel dock body (1) The solenoid valve 151, the solenoid valve pressure switch, and the solenoid valve actuating switch connection wire, etc. belonging to the marine tunnel using the buoyancy of the double structure of the pipe structure, characterized in that connected to each pipe bridge tunnel dock body (1) Transportation system 18. The method of claim 17, wherein the subsea mineral resource collection equipment is attached to the boom portion of the bottom surface of the sea surface formed of several seesaw crane booms 74 on the side of the barge hull (2) of the top of the holding tank (9), including the Pacific Ocean The seesaw crane boom (74), which has a deposit of 7,000 billion tons of manganese nodules (217), with several gardening nets (199), gardening baskets (183), and submarine mineral gardening pockets (170), has a reserve of 5,000 meters from the bottom of the world. The submarine mineral resources and the submarine mineral collection equipment which quickly lift 16 million tonnes of manganese nodules 217 generated annually by the reciprocating motion of the hydraulic cylinder 39 are assembled to be separated into the tube bridge tunnel dock body 1. Marine tunnel traffic system using the buoyancy of the dual structure block piping, characterized in that 19. The method of claim 18,
The barge hull (2) is installed on the upper surface of the manganese nodules melting furnace 217 is installed using the buoyancy of the dual structure block pipe, characterized in that to produce and supply iron plate and guide rails (33) to each region of the Great Ocean Marine Tunnel Transportation System 20. The method of claim 19,
A certain amount of the heavy oil tank formed in the body of the seesaw crane boom 74, the hydraulic hose 240 connected to the heavy oil tank, etc. and the core drill 219 attached to the drilling machine 197 are excavated in the crude oil borehole or natural gas drilling hole. Filling the pipe pile gap space with ocher and cement in the pipe pile of the oil and the pile is filled with crude oil and natural gas inside the tank connected to the hydraulic hose 240 of 10km length in the vertical movement in the body of the seesaw crane boom 74 The oil and natural gas and subsea energy collection equipment which is to be lifted to the upper deck deck is combined with the double-level block pipe, characterized in that it is composed of a pipe-level seesaw type that is detachably assembled into the inside of the tunnel bridge dock body (1). Marine Tunnel Transportation System Using Buoyancy

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