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Matches 301 - 350 out of 6,874

Document Document Title
JP5585300B2  
JP2014163293A  
JP2014522941A  
JP2014159791A  
JP2014159778A  
JP2014159792A  
JP2014521005A  
JP5561957B2  
JP5562927B2  
JP5564538B2  
JP5555030B2  
JP5555090B2  
JP5551918B2  
JP2014129788A  
JP5543540B2  
JP5537323B2  
JP2014114801A
To provide an ignition type engine materially reducing a possibility of occurrence of misfire and knocking and allowing more stable combustion by causing a mixture sucked into a combustion chamber to be simultaneously and multiply ignite...  
JP5527119B2  
JP2014101824A
To improve combustion efficiency by increasing an average maximum cylinder internal pressure by suppressing intensity of flame generated in a sub-chamber, and fluctuation in every cycle, of combustion in a main combustion chamber by the ...  
JP2014098309A
To improve an efficiency of an engine at the time of its low load operation or high-speed rotation.A sliding valve main body 6 is arranged within a sub-cylinder 2, and a maximum cavity 7 is arranged within the sliding valve main body 6. ...  
JP2014092039A
To provide a method of controlling an auxiliary chamber type gas engine, by which a fuel gas supply amount to an auxiliary chamber can be controlled by directly predicting an excess air ratio of a main combustion chamber based on a signa...  
JP2014084742A
To provide a gas engine with an auxiliary chamber in which heat efficiency of the engine is improved, and occurrence of knocking is suppressed by uniformly mixing torch flame from the auxiliary chamber to a main combustion chamber, with ...  
JP5486645B2  
JP5476309B2  
JP2014066245A
To provide a pre-combustion chamber system capable of performing superior ignition of fuel-air-mixture gas in a pre-combustion chamber even under an operation of theoretical mode of a large volume engine accompanying with substantial rec...  
JP2014066191A
To provide a diesel engine capable of easily suppressing the formation of NOX by devising an intake route.The diesel engine includes an intake passage 2 mounted on a cylinder head 1, and an intake port 3 provided in the cylinder head 1, ...  
JP5475659B2  
JP2014062484A
To provide a prechamber gas engine such that occurrences of knocking are suppressed.A prechamber gas engine (1) includes a cylinder (2), a cylinder head (4), a piston (6) defining a main combustion chamber (10) with the cylinder head, a ...  
JP5451490B2  
JP2014043775A
To provide a combustion chamber structure of a diesel engine capable of improving performance thereof throughout a whole region from low rotation to high rotation.A combustion chamber structure of a diesel engine 10 comprises: a main cha...  
JP5426998B2  
JP5421976B2  
JP2014029128A
To strike a balance between fuel combustion stabilization in a combustion chamber of a cylinder and effective improvement of fuel consumption.In a device of controlling a spark ignition type internal combustion engine, an electric field ...  
JP5409815B2  
JP2014502692A  
JP5395622B2  
JP5357926B2  
JP5351187B2  
JP2013234596A
To provide a two cycle divided chamber-type gas engine enabling sufficient scavenging in an auxiliary combustion chamber.A two cycle divided chamber-type gas engine 1 comprises a cylinder 2 and a cylinder head 3, a piston 4 stored inside...  
JP5341175B2  
JP5326614B2  
JP2013217335A
To provide a 2-cycle gas engine that can suppress generation of black smoke, PM (particulate matter) or NOx during a gas driving mode.A 2-cycle gas engine includes: a piston 4 that demarcates a primary combustion chamber c1 between a per...  
JP5325020B2  
JP5325019B2  
JP5314717B2  
JP5319824B2  
JP5319823B2  
JP2013209967A
To provide a method of operating an auxiliary chamber type gas engine capable of preventing misfire from occurring by controlling the combustion concentration in an auxiliary chamber while maintaining a sufficient engine power output by ...  
JP2013199920A
To facilitate the spread of flames from an auxiliary chamber across an entire main combustion chamber to cause combustion uniformly in the whole area of the main combustion chamber, and thereby improve combustion efficiency.A recess 6 op...  
JP2013194613A
To eliminate the occurrence of operational failure by high temperature oxidation, burning damage and carbon.A hanging bell-shaped valve body 32 for closing a valve receiving seat part 23, is arranged in a valve hole 31 formed between the...  

Matches 301 - 350 out of 6,874