FLOATING STRUCTURE WITH AN ELECTRICITY STORING DEVICE CAPABLE OF MINIMIZING THE EMISSION OF AN ENVIRONMENT POLLUTING MATERIALS IN OPERATION IN A STATE THAT A STRUCTURE APPROACHES A HARBOR OR IS ANCHORED
The present invention refers to electrical storage device floating structure relates to. Two l/l such as carrier container until now, or seagoing (or suspended structure) the heavy oil (HFO) or rail diesel oil (MDO), rail gas oil (MGO) such as fuel oil (fuel oil) phase side feed pipe from a second but used being predominantly in a propulsion engine, recent valuable rise than fuel oil or a low-cost, yet clean fuel gas (fuel gas) an energy source, for example LNG (or LPG, DME) gas phase side feed pipe from a propulsion engine for ship mounted companies is increased. Furthermore, LNG price of tiller is compared to the summer 50% since and economically produced at a degree, ether and maleic anhydride represented by the LNG in summer a dictionary may store the, , which are highly advantageous for cost effective is an energy source. LNG (or LPG, DME) a fuel the propulsion or power generation capable of obtaining a high power at engine for ship ME-GI engine or DFDE (Dual Fuel Diesel Electric) is connected to the semiconductor layer. engine. LNG engine DFDE (Dual Fuel Diesel Electric) engine or GI-ME (or LPG, DME) after: a, injection combustion into the gas injection engine disadvantageous with respect to the free surfaces. In particular, LNG engine GI-ME (or LPG, DME) and a high-pressure (150-600 bar) after compressing, injection combustion into the high-pressure gas injection engine disadvantageous with respect to the free surfaces. This gas injection engine a fuel (for example, HFO, MDO, such as MGO) and fuel gas (for example, LNG, LPG, storage in the form of DME) while piston rod bushing both, low (for example, maximum output of 30% hereinafter) in fuel oil obtain the output of the reset signal in a feed line, maximum output of fuel and a fuel gas, and when above 30% with the combined use of display panel while a structure is operated. This gas injection engine operation mode of the engine, a disclosure is a registration patent number 0396471 call. However, gas injection engine which reduces the cost of production in low an energy source clean fuel gas is connected to the semiconductor layer. using a. Furthermore, the ship will remain at a place near to harbour conventional is stopped flight of where it is heated, when used carbon dioxide as a carbon source, fuel oil in low, SOX, NOX is discharge for the suppression of costly environmental contamination such as. Recent, contamination of environment in a place near to harbour emissions of regulated by regulations for each country objects' traces to a enhanced optically. Furthermore, container ships in one state as a ship harbour the Image data is stopped so that main propulsion engine, power generation engine only by direction actuation of the particle generator for producing required electrical to a water craft is especially. Such power generation even when the operation of the engine exhaust gas is discharged, the exhaust of exhaust gas in order to reduce power generation engine all or part of of expensive using fuel gas withdrawal replaces or reduces to an engine in which, generally diesel generator for engine exhaust gas treatment device a.. Therefore, as a ship harbour or adjacent to container ships that in one state the environmental pollution minimizing emissions of one end thereof is fixed is a propellant and generating system is required. Therefore, the present invention refers to said assessment is stored in the virtual account database to invention, floating structure adjacent to harbour or anchor-line a state operated in a certain time minimizing emissions of one end thereof is fixed a propellant and generating system having floating structure heat exchanger. engraved by corrosion or a press-. For 800 of the present invention according to one aspect, welded part in a state of being floating hit on used floating structure, to obtain power propulsion of said floating structure for main propulsion engine; for of propelling the structure floating said propellant; said main propulsion engine in a power transmission connected in propellant said axis; said power transmission axis power is connected for the production of generator axis; said produced power station axis an electrical storage device; includes, said main propulsion engine and certain of the power being transmitted through the axis generator is transmitted to the solenoid housing and for producing electricity characterized in that. Furthermore, is provided said power transmission axis, said main propulsion engine and main clutch for connecting said propellant; said power transmission shaft and a secondary connected generator axis said clutch; said power transmission axis is disposed, said power clutch and part said and type main clutch is connected a gearbox; characterized in that further including. Furthermore, said electrical storage device said electricity stored in the main propulsion engine when operation of the unit is stopped is of floating said type to be used in variety of electrical machinery characterized in that. Furthermore, fuel gas, said main propulsion engine fuel that is engine is characterized in that the. Furthermore, said axis is configured to the generator and axis motor generator, said electrical storage device said electricity stored in the generator axis motor through said power transmission axis is transmitted to the solenoid housing and propulsion of said floating structure is characterised in that it has a used. Furthermore, said floating structure, one or more to produce electricity development of engine; said power generation engine generator are attached respectively to at; further includes, a portion of said generator electric produced in stored in said electrical storage device is characterised in that it has a. Furthermore, all or part of said power generation engine a fuel gas to a fuel that is engine is characterized in that the. Furthermore, said axis is configured to the generator and axis motor generator, said power station said power generation engine attached to said electricity produced through generator axis motor said power transmission axis is transmitted to the solenoid housing and propulsion of said floating structure is characterised in that it has a used. For 800 of the present invention according to one aspect, welded part in a state of being floating hit on used floating structure, said floating structure to obtain power propulsion of power transmission in main propulsion engine to deliver propellant via the joint axis and certain of the power said power transmission axis is transmitted to the solenoid housing and arranged on a shaft connected to a power generator and to produce electricity, said device electrical storage the electricity produced is characterised in that it has a stored in. Furthermore, said axis is configured to the generator and axis motor generator, said electrical storage device said electricity stored in the generator axis motor through said power transmission axis is transmitted to the solenoid housing and propulsion of said floating structure is characterised in that it has a used. According to the present invention, for retrieval of unknown integer during excess solution delivered from the main propulsion engine power or power generation produced in engine excess power electrical storage device is to controller retrieves, container ships when as a ship harbour, electrical storage device stored in the side of the to a water craft totally required electrical is is supplied to the electrical device chamber or a portion thereof. Therefore, container ships harbour not added to the operating engine power generation when, a generating should or actuating the opening and shutting device is number of engine, due to environmental regulations for fuel oil for buying a desired power generation engine for generating power by using a fuel gas a generating to an engine in which a piston rod bushing without changing the able or a portion of the vessel required for assembly can be also the supply of, engine center of gravity or building costs of ship replacement of an organic solvent is 1:1. significantly cost. Furthermore, generator axis motor generator axis are formed on the first surface, as a ship harbour navigating a place near to the such as when when propelling the slow mode, main propulsion engine out without running electrical storage device stored in the storage electric can be of propelling the ship and to, emissions of environmental pollution can be contour line values to progressing directions of. Figure 1 shows a one embodiment of the present invention also a main propulsion engine according to a-power generation and building of structures floating a surface represents outlines. Also Figure 2 shows a main propulsion engine in the present invention a propulsion are connected to terminal leads of the power generation not be driven propellant by the engine indicative of the state of the cell surface. Also in the present invention Figure 3 shows a and in each divided type main clutch, a clutch part is disconnected a surface represent one embodiment. Also in the present invention Figure 4 shows a main clutch connected both clutch part and a surface represent one embodiment. Figure 5 shows a also according to other embodiment of the present invention a main propulsion engine and electrical storage device floating type building of structures a surface represents outlines. Drawing hereinafter based on a text content of the reference to a preferred embodiment of the present invention detail the configuration for one cartridge configuration and actions. off at the first and the second. Wherein each of the drawings components by adding references for take identical components don showing the severest displayed on drawings sheet other although even the same sign as possible. to significantly different been-time. Also according to one embodiment of the present invention Figure 1 shows a a main propulsion engine and power generation-building of structures floating a surface thereof, and the outlines represents.. Also Figure 2 shows a main propulsion engine in the present invention without a propulsion are connected to terminal leads of, power generation by the engine propellant is driven expressing the state that the. surface thereof, and the. The present specification acids to epoxygenated fatty acids therein suspended structure, either by itself whether the navigation is a high-resolution cleans the flat of the tongue is to float as well as all structure to which means that, ship, marine plant is meaning including both or the like. In hereinafter, floating structure to illustrate the example, for example, ship during time as large as that of. Ship of the present invention the main propulsion engine (10), power generation engine (20), propellant (40) includes or the like. Said main propulsion engine (10) to obtain power for ship propulsion the liquid fuel gas (LNG, LPG, such as DME) is gasified to fuel gas is using a high-pressure gas injection engine. Said main propulsion engine (10) the pressure of the fuel gas supplied from a 150 to 600 bar (bar) (gauge pressure) is about. Said main propulsion engine (or high-pressure gas injection engine) (10) for example, can be engine GI-ME. Hereinafter this main propulsion engine the output (engine of the output 40% hereinafter, preferably 30% hereinafter), anhydrous gypsum and a superplasticizer in a fuel fuel oil, output fuel together and a fuel gas, and fuel oil above is used. C bunker as petroleum in said main propulsion engine oil (HFO) or MDO (Marine Diesel Oil) is is used. Said power generation engine (20) using vaporization fuel gas is engine for producing electricity. Said power generation engine (20) for example, engine DFDE, a gas engine or a gas can be a turbine which is. DFDE engine or gas engine to maintain a proper air-the fuel gas pressure of the bar 10 and hereinafter, gas turbine the pressure of the fuel gas supplied from a... 30 to 15. Such power generation engine for example can be placed with dog 4. C oil or MDO even engine power generation said bunker fuel oil such as can be piston rod bushing together. Said propellant (40) has gearbox (30) a path propulsion engine (10) or power generating engine (20) and the power are connected. Said main propulsion engine (10) and from a gearbox (30) between the type main clutch (11) is positioned, main propulsion engine (10) by driving force for a propellant (40) connected to or disconnects that connection can be. Said power generation engine (20) at the rear end of generator (21) is positioned, power generation engine (20) into electric driving force for a by. Said generator (21) produced in the electricity board (22) through of the ship and to. may be supplied to various electrical receivers. Said board (22) at the rear end of motor pressure switch (23) and is located, said motor pressure switch (23) at the rear end of clutch part (24) is 2000. Said clutch part (24) the motor pressure switch (23), and a gear box (30) disconnects that connection or connect power between serves make. Said type main clutch (11) and clutch (24) by, main propulsion engine (10) and generating engine (20) power from selectively propellant (40) .can be transmitted to. For example, the type main clutch (11) power connected main propulsion engine (10) is propellent and the formed. Main propulsion engine (10) the lock assembly the plate a failure in the, type main clutch (11) from the linking is decompressed and clutch part (24) is connected to the, power generation engine (20) produced by the side of the motor pressure switch (23) via a propellant (40) can be and a power is transmitted to. As such, main propulsion engine (10) and power generation engine (20) selected by the ship, by causing the propellent and the, main propulsion engine (10) such as the case of emergency can be to efficiently operate the. While, as a ship low, for example, main propulsion engine (10)'s maximum output of when the operated in a 30% hereinafter, in terms of engine is operation only by fuel oils. I.e., this case the high pressure cylinder. is disabled. As a ship is stopped when driving the typically at a place near to harbour is when flight of. Fuel oil, for example, bunker C oil or MDO a fuel signal transmitted from the video signal input the, SOX, NOXmay be released for the suppression of costly environmental contamination such as, in particular, the contamination of environment in a place near to harbour emissions of regulated by regulations for each country there is a trend without the exposure optically.. Environmental regulations to cope, as drive oil for engine of ship a low out-of contamination material is at least when oil is used for flight of the ship's manifold for the color temperature. fuel ratio. In the present invention, main propulsion engine (10) and power generation engine (20) selected by propellent and the ship can be, as a ship is stopped flight of a second circuit for maintaining a second, main propulsion engine (10) the Image data is stopped so that, power generation engine (20) produced by the electric motor, i.e. motor pressure switch (23) via a propellant (40) is transmitted to the solenoid housing and. to obtain at power for ship propulsion. 2 also refers to surface, type main clutch (11) from the linking release main propulsion engine (10) and from a gearbox (30) is never and a power is transmitted between, clutch part (24) are connected to only, board (22) stored in the to the motor by pressure switch (23) the gearbox (30) via a propellant (40) is power from the. As such, in the present invention main propulsion engine (10) and power generation engine (20) as a ship extent, optionally warmed by means of and can be propelled, as a ship low operated in a state not to use an additional fuel when a main propulsion engine (10) the Image data is stopped so that, alkyl vinyl ether and maleic anhydride represented fuel gas clean energy source a generating engine (20) electric furnace produced by can be of propelling the ship. Therefore, when operated in a low as a ship, for ship propulsion a pair fuel ratio for, becoming more the high pressure is released even by this regulation fixed well is enabled. Furthermore, in the present invention LNG (or LPG, DME), is vaporized evaporation gas a water generated by a main propulsion engine (10) or power generating engine (20) fuel gas used can be processed. E.g., generally, LNG since the cryopumps for liquefying a -163 °C atmospheric temperature, the LNG -163 °C removed when the temperature of the is evaporator high only slightly than atmospheric pressure. During the combination and the separation of LNG process is performed is sound insulation but, external heat of the LNG in the process water continuously delivered to the LNG storage tank are, evaporation gas in tank (Off Gasp-Boil; BOG) continues can be generated. The forming pipe is for predicting the capacity of memory surface LNG storage tank and then pressure since, for measuring a pressure a tank external to exit the is processing plant, which for processing evaporated gas. Such evaporators gas treatment facility the evaporation gas blows into the air outlet the sender (vent), combustion the flare or GCU (Gas Combustion Unit) (flare), such as for reliquefying device. LNG storage tank boil amount of gas the main propulsion engine (10) that can be used fuel gas than can be between the load station and, as a ship in addition when the driving in low LNG if so, the side feed pipe from a second liquid, in a boat used as a fuel LNG evaporation gas for processing is a very important issue problem. Most such evaporators in vessel for reliquefying gas burning or eliminates processing of wet liquid to flow down. Evaporation gas in the present invention and the LCD without additional processes and a facility for processing which does not, main propulsion engine (10) fuel gas used or, if an audio signal is generated the amount of more power generation engine (20) fuel gas used can be processed. The donation an energy source is supplied with recycling the system has, evaporation gas and the LCD without additional processes and a facility for processing two there is no need is to that of a highly desired. Also in the present invention Figure 3 shows a and in each divided type main clutch, part a is disconnected clutch. surface thereof, and the represent one embodiment. Upon flight of normal of ship, main propulsion engine (10) power from the main clutch (11) and gearbox (30) via a propellant (40) is propulsion as a ship is communicated to. Main propulsion engine (10) which drives a primary fuel gas is vaporized fuel gas is used and a, further evaporation gas main propulsion engine (10) may be supplied. Furthermore, evaporation gas power generation engine (20) are supplied to the generator (21) for producing electricity by may be used. In the present invention both clutch part and type main clutch also Figure 4 shows a connected. surface thereof, and the represent one embodiment. Upon flight of normal of ship, main propulsion engine (10) power from the main clutch (11) and gearbox (30) via a propellant (40) is propulsion as a ship is communicated to. Main propulsion engine (10) which drives a primary fuel gas is vaporized fuel gas is used and a, further evaporation gas main propulsion engine (10) may be supplied. Propellant (40) the tonnage required to drive the gas burns utilizes one or more evaporators an excess power generated when the gearbox (30) connected body-facing sheet and a secondary clutch (24) via a motor pressure switch (23) for producing electricity in can be used. Motor pressure switch (23) produced in the electricity board (22) in a in various ship. may be supplied to electric receivers. Figure 5 shows a also according to other embodiment of the present invention a main propulsion engine and electrical storage device floating type building of structures. surface thereof, and the outlines represents. Of the present invention floating structure (or sea vessels) the main propulsion engine (110), propellant (140), power transmission axis (101), axis generator (123), electrical storage device (150) includes. Main propulsion engine (110) the for ship propulsion power to provide a, liquid fuel gas (LNG, LPG, such as DME) is gasified to fuel gas can be high-sulfur fuel engine. This main propulsion engine (110) hereinafter the output (engine of the output 40% hereinafter, preferably 30% hereinafter), anhydrous gypsum and a superplasticizer in a fuel fuel oil, together and a fuel gas, and fuel oil above output, use can be made of, fuel. Main propulsion engine (110) C bunker as fuel oil in oil (HFO) or MDO (Marine Diesel Oil) is is used. Main propulsion engine (110) a power transmission axis (101) propellant via the joint propellant body (140) powering transmits it. Axis generator (123) a power transmission axis (101) is disposed gearbox (130) is connected to power, main propulsion engine (110) is transmitted after more allocating to the electric to transmit power surplus power in such that a plant consists of. Axis generator (123) a the electricity produced in electrical storage device (150), is battery for example. Gearbox (130) and a main propulsion engine (110) between the type main clutch (111) is positioned, main propulsion engine (110) by driving force for a propellant (140) connected to or disconnects that connection can be. Furthermore, gearbox (130) and the shaft generator (123) between the clutch part (124) is positioned, power transmission axis (101) is transmitted after more allocating to the power the shaft generator (123) connected to or disconnects that connection can be. Axis generator (123) to the generator and the motor axis can be constructed. Axis generator (123) is electrical storage device (150) such the electricity stored in the generator axis motor (123) is supplied to, clutch part (124) and gearbox (130) via the body (140) or off. Therefore, main propulsion engine (110) be suspended or reversed in the a mobile portable handset, such as the, as a ship harbour between the set minimum value and the adjacent to heavily on the slow mode emissions of environmental pollution such as when the paddle is propulsion engine (110) it may be used formed on the semiconductor, electrical storage device (150) stored in the storage electric of propelling the ship and to is enabled. Is a main propulsion engine (110) the stop and the alternative means into an electrical energy using of the ship and to the head checks, ship at low speed mode emissions of environmental pollution in line values to progressing directions of electric.. Ship there is an electrically for the production of one or more power generation engine (120) top elid processing device is provided with. Power generation engine (120) all or part of a liquefied fuel gas to a fuel that is to an engine in which a can be constructed. Power generation engine (120) the generator (121) is attached and to produce electricity, a portion of electricity generated from a generator to be electrical storage device (150) are stored in. Generator (121) is electrical storage device (150) formed thereon a plurality of holes for electric stored in the, motor axis generator (123) is supplied to clutch part (124) and gearbox (130) via the body (140) can be used to drive an. Alternatively, generator (121) direct the electricity produced in generator axis motor (123) propellant is supplied to (140) used to drive an may be. The when container ships harbour as a ship conventional, but the Image data is stopped so that main propulsion engine for supplying required electrical to a water craft developed for engine operation and fluorescent indication can be, environmental regulations discharge lot of protease and amylase, and environmental pollution due to a fuel fuel is used as a generating engine. difficult cases is use. Contamination the environment the conventional properties, and hardly emissions of fuel gas a generating engine piston rod bushing a phenyl-based alkoxysilane compound in however, such power generation engine expensive when the. port. Furthermore, power generation engine for diesel the generic when used in the engine, exhaust gas treatment device for mounting a is successful. Therefore, in the present invention for retrieval of unknown integer during main propulsion engine (110) power excess solution delivered from the engine or power generation (120) produced in excess power electrical storage device (150) is to controller retrieves, container ships when as a ship harbour, electrical storage device (150) by using the stored in the required electrical to a water craft is air is supplied to the electrical device. Therefore, the fuel oil for a generating engine for generating power by using a fuel gas a generating to an engine in which a piston rod bushing without changing the able or a portion of the vessel required for assembly can be also the supply of, engine center of gravity or building costs of ship replacement of an organic solvent is 1:1. significantly cost. Furthermore, axis generator (123) are formed on the first surface generator axis motor is, as a ship harbour navigating a place near to the such as when when propelling the slow mode, main propulsion engine (110) for out without running electrical storage device (150) stored in the storage electric can be of propelling the ship and to, emissions of environmental pollution can be contour line values to progressing directions of. The present invention refers to said embodiment aspect of the present invention is not limited the current source from deviating it is submitted with the technical within the range and sells the medicine to the patient is deformed or modified embodiment may be in the present invention is in the field of the. scrapped in person with skill in the art. 101: power transmission axis 110: main propulsion engine 111: type main clutch 120: power generation engine 121: generator 123: axis generator 124: clutch part 130: gearbox 140: propellant 150: electrical storage device PURPOSE: A floating structure with an electricity storing device is provided to reduce the replacement cost of a generator engine or the building cost of a ship since electricity is supplied to a ship by blocking replacement to a generator engine or replacing only some while a ship anchors at horbor. CONSTITUTION: A floating structure with an electricity storing device comprises a main propulsion engine(110), a propulsion body(140), a power transfer shaft(101), an shaft generator(123), an electricity storing device(150), a main clutch(111), a sub clutch(124), and a gear box(130). The main propulsion engine supplies propulsion to the floating structure. The main propulsion engine transfers some propulsion to be transferred to the shaft generator to produce electricity. The propulsion body propels the floating structure. The power transfer shaft is connected from the main propulsion engine to the propulsion body. COPYRIGHT KIPO 2012 Welded part in a state of being floating hit on in structure floating used, to obtain power propulsion of said floating structure for main propulsion engine; for of propelling the structure floating said propellant; said main propulsion engine in a power transmission connected in propellant said axis; said power transmission axis power is connected for the production of generator axis; said produced power station axis an electrical storage device; includes, said main propulsion engine and certain of the power being transmitted through the electric and is passed on to a generator axis to produce a characterized by floating structure. According to Claim 1, is provided said power transmission axis, said main propulsion engine and main clutch for connecting said propellant; said power transmission shaft and a secondary connected generator axis said clutch; said power transmission axis is disposed, said power clutch and part said and type main clutch is connected a gearbox; characterized by floating structure to further including. According to Claim 1, said electrical storage device said electricity stored in the main propulsion engine when operation of the unit is stopped is of floating said type to be used in variety of electrical machinery characterized by floating structure. According to Claim 1, said main propulsion engine fuel gas, fuel that is engine is characterized by floating structure. According to Claim 1, said axis is configured to the generator and axis motor generator, said electrical storage device said electricity stored in the generator axis motor through said power transmission axis is transmitted to the solenoid housing and propulsion of said floating structure characterized by use of a floating structure. Claim 1 to claim 5 either as described in claim, said floating structure, one or more to produce electricity development of engine; said power generation engine generator are attached respectively to at; further includes, a portion of said generator electric produced in said electrical storage device from being stored characterized by floating structure. According to Claim 6, all or part of said power generation engine a fuel gas to a fuel that is engine is characterized by floating structure. According to Claim 6, said axis is configured to the generator and axis motor generator, said power station said power generation engine attached to said electricity produced through generator axis motor said power transmission axis is transmitted to the solenoid housing and propulsion of said floating structure characterized by use of a floating structure. Welded part in a state of being floating hit on in structure floating used, to obtain power propulsion of said floating structure main propulsion engine power transmission in propellant via the joint axis and certain of the power to deliver said power transmission axis is transmitted to the solenoid housing and arranged on a shaft connected to a power generator and to produce electricity, said electrical storage device produced the electricity from being stored characterized by floating structure. According to Claim 9, said axis is configured to the generator and axis motor generator, said electrical storage device said electricity stored in the generator axis motor through said power transmission axis is transmitted to the solenoid housing and propulsion of said floating structure characterized by use of a floating structure.
