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Matches 651 - 700 out of 1,858

Document Document Title
JP2011027053A5  
JP5001421B2  
JP5002721B1
[Subject] The gas generator of operation which supplies gas of operation to the power plant which makes gas of operation the source of power is provided. [Means for Solution] A gas generator of the present invention of operation is a dev...  
JP4964598B2  
JPWO2010074173A1
急激な船内負荷の変化に対してパワータービ ン及び蒸気タービンの出力制御の応答性を向 上させることができる排熱回収システムの制 御装置を提供する。エンジンの排ガスを...  
JPWO2010074173A
A control device of an exhaust heat collection system which can raise the response of output control of a power turbine and a steam turbine to a rapid change of inboard load is provided. While having a power turbine driven using engine e...  
JP4959896B2
A hypocycloid gear assembly for converting pure linear motion to rotational motion having a pinion shaft, a pinion carrier, and a ring gear. The pinion shaft has a pinion journal which moves in a purely linear direction. A pinion body is...  
JPWO2010073951A1
急激な主駆動機の負荷変化に対して船内の停 電を防止することができる排熱回収システム の制御方法及び制御装置を提供する。船の主 駆動機にて発生した排ガスの一部をガス...  
JPWO2010073951A
A control method of an exhaust heat collection system and a control device which can prevent an inboard power failure to a rapid load change of the main drive machine are provided. In a control method of an exhaust heat collection system...  
JP4945831B2  
JP2012102651A
To provide an engine exhaust gas purification device, which reduces or eliminates the need for electric power required to raise the pressure of EGR gas, which is extracted from an upstream side of an exhaust turbosupercharger to be used ...  
JP2012511656A
The invention relates to a method for controlling the power transmission in a drive train, in particular of a motor vehicle, wherein the drive train comprises: an internal combustion engine which drives an output shaft at an engine speed...  
JP2012097716A
To reduce total operating cost according to demand for power in a ship without starting a diesel engine (auxiliary engine) which has higher fuel consumption than a marine diesel engine (main engine) as much as possible.If the opening deg...  
JP2012047096A
To provide a marine denitration system capable of supplying electric power to an ammonia producing device for producing ammonia for denitration while saving energy.The marine denitration system comprises an ammonia producing device 2 to ...  
JP4875654B2  
JP2012021511A
To provide an exhaust energy recovery device of an internal combustion engine, efficiently recovering exhaust energy while effectively inhibiting deterioration of exhaust gas performance and fuel efficiency performance.The exhaust energy...  
JP2012013089A
To provide a supercharging two-stroke type large internal combustion engine having a novel means for humidifying supply air and/or recirculated gas.The supercharging two-stroke type large internal combustion engine includes a turbocharge...  
JP2011214458A
To provide a supercharger surplus power recovery device of an internal combustion engine, in which arrangement of a hydraulic pump becomes extremely-easy, weight thereof is significantly reduced, and a manufacturing cost of device is red...  
JP2011214461A
To make arrangement of a hydraulic pump extremely easy, to significantly reduce weight thereof, and to reduce a manufacturing cost of a device.The supercharger surplus power recovery device includes: a first internal combustion engine 1;...  
JP2011208622A
To easily align a supercharger, a speed reduction gear, and hydraulic pumps, to offset reaction applied to the speed reduction gear when the hydraulic pumps deliver hydraulic pressure, and to prevent a change when aligning the speed redu...  
JP2011202611A
To sufficiently control a power generation frequency, to achieve extremely good recovery of surplus exhaust gas energy, to control the rotational speed of a hydraulic pump or generators without being markedly affected by the operation of...  
JP2011163176A
To recover power from exhaust gas with increased temperature after passing through an NOX reduction catalyst by a power turbine to improve fuel consumption even in an engine with a high pressure loop.A fuel consumption reducing system is...  
JP2011137410A
To provide an excess energy recovery system for a main engine for consistently maintaining optimum air supply pressure and air supply balance for the operating condition of the main engine without giving adverse effects to the performanc...  
JP4718473B2  
JP4709923B2  
JP2011517744A
A turbo generator having a turbine configured to be driven by exhaust gas from an internal combustion engine, and an electric generator having a rotor coupled to the turbine and a stator having an ironless coil arranged with the rotor to...  
JP2011517744T
A turbine constituted so that it might drive by exhaust gas from an internal combustion engine, A turbo dynamo provided with a dynamo which has a stator containing an iron-less coil constituted so that electric power might be generated w...  
JP2011094629A
To provide an engine operative in a mono-/bi-energy mode using compressed air or any other gas.To the engine, compressed air stored in a high pressure storage reservoir part is supplied via a working capacity part 19. The working capacit...  
JP2011074866A
To improve the fuel economy of the main engine by suppressing excessive steam wasted without being used in a steam turbine.The suppliable output of the steam turbine 9, acquired from the present operating condition of a diesel engine, is...  
JP4668761B2  
JP2011027053A
To provide a method and a device for controlling a turbine generator capable of suppressing generated electrical power without wastefully consuming the fuel of a diesel engine when demand electrical power is reduced to cause surplus gene...  
JP2011007195A
To provide an improved method for operating an internal combustion engine of a four-stroke variable volume type and having a compression stroke for compressing a working medium and a power stroke.The internal combustion engine of the fou...  
JP4612459B2  
JP4612460B2  
JP2010285995A
To provide a cross head type large turbocharged two-stroke diesel engine improving a degree of freedom in regulating operation conditions and improving recovery performance of energy from exhaust gas.The cross head type large turbocharge...  
JP2010275954A
To provide an internal combustion engine with a denitration part reducing NOx discharged from the internal combustion engine and effectively using the energy of consumed fuel.The internal combustion engine is provided with: a combustion ...  
JP4592816B2  
JP2010264867A
To provide a propulsion device obtaining propulsion force by reducing loss of rotation energy obtained by a gas turbine and a steam turbine, and a marine vessel including the same. The propulsion device 1 includes a diesel engine 5 for d...  
JP4587923B2  
JP2010261382A
To solve a problem that an exhaust gas energy recovering device using an exhaust turbine and a heat exchanger causes, for an internal combustion engine, an increase of resistance in an exhaust gas system and, when the resistance exceeds ...  
JP2010255525A
To provide an internal combustion engine and a method for controlling the same enabling efficient EGR in all operation states of the internal combustion engine 2 including a low speed light load operation state and a high speed heavy loa...  
JP4557784B2  
JP4551809B2  
JP4551810B2  
JP2010206936A
To provide a device for controlling a generator, which is free from degrading driver's comfortable travel feeling.The device for controlling the generator calculates a target amount of power generation of the generator based on at least ...  
JP2010196586A
To provide a start control device for an internal combustion engine starting the internal combustion engine by a Rankine cycle system regenerating exhaust heat of the internal combustion engines.This device includes an exhaust heat regen...  
JP4541707B2  
JP2010163951A
To provide an exhaust gas turbine generator, capable of reducing a thrust force generated in the shaft direction of a turbine shaft without adding a specific structure to an exhaust gas turbine. Each of turbines 20 and 30 is a radial tur...  
JP2010138875A
To prevent pressure of compressed air supplied to a diesel engine from an exhaust turbine supercharger from exceeding a prescribed pressure when an electric power demand is decreased. This exhaust energy collection device includes: an ex...  
JP2010127133A
To provide an exhaust heat recovery device of an internal combustion engine capable of suppressing energy consumption. This exhaust heat recovery device 1 of the internal combustion engine includes a circulating passage 4 for circulating...  

Matches 651 - 700 out of 1,858