Abstract:
Die Erfindung betrifft eine Ansaugvorrichtung für Verbrennungsluft bei einem Kraftrad mit einem Luftfilterkasten und einem Luftführungsansaugkanal, der sich von dem Luftfilterkasten in festgelegter Ausrichtung zu einem Ansaugraum erstreckt und zumindest abschnittsweise durch Teile des Luftfilterkastens gebildet ist.
Abstract:
A method and apparatus for the oxy-combustion of fuel in an internal combustion engine (ICE) used to power a vehicle converts the free energy available onboard the vehicle in the form of waste heat from the engine exhaust gas stream and coolant system into electrical and/or mechanical energy which energy is used to separate oxygen from air to eliminate or significantly reduce the volume of nitrogen entering the ICE's combustion chamber, and thereby reduce NO x pollutants released into the atmosphere and increase the concentration of C0 2 in the engine exhaust stream for capture using an integrated system to compress and increase the density of the captured C0 2 for temporary on-board storage until it is discharged at a recovery station, e.g., during vehicle refueling.
Abstract:
The subject invention provides a coolant cross-over (38) for circulating an engine coolant between a first engine component, e.g., a first cylinder head (28), and a second engine component, e.g., a second cylinder head (30). The coolant cross-over (38) defines a first outlet (42) in fluid communication with the first engine component, a second outlet (44) in fluid communication with second engine component, and further defines a passage (46) interconnecting the first outlet (42) and the second outlet (44). The coolant cross-over (38) comprises a polymer. A sleeve (56) comprises polyaromatic sulfide and is disposed within the passage (46) for separating the engine coolant from the nylon which forms the coolant cross-over (38) to prevent physical, thermal and/or chemical degradation of the polymeric coolant cross-over (38) by the engine coolant.
Abstract:
The present invention relates to a water cooled charged air cooler and integrated vacuum reservoir (1) which is placed between the turbo and engine intake manifold in the internal combustion engines, which transfers the air coming from the turbo to the air intake manifold by cooling, and has a vacuum reservoir (6) creating vacuum by transferring the air accumulating therein to the vacuum pump.
Abstract:
The present invention is a system for air supply to the engine of a motor float comprising a bottom part and an upper part of the body defining the inner space of the float, in which a combustion engine is arranged, wherein the upper part of the body is in its front part provided with an air supply, characterized in that the combustion engine is arranged in the engine compartment and separated from the rest of the inner space of the float by means of a partition provided with a suction opening in its front part, wherein to provide the circulation of air in the inner space of the float a sealing rib extends from the front part of the partition towards the tip of the float, separating the air supply and suction opening from one another, wherein at least one rear pump for sucking the leaking water is arranged in the rear part of the inner space of the float. The main object of the invention is thus to use the interspace of the float to provide separation of water and air, when eventual separated water may be sucked away by a pump operating on any principle (electric, vacuum, etc.).
Abstract:
Air induction systems are for an internal combustion engine. The air induction systems comprise an air intake plenum that conducts intake airflow to an air cleaner for cleaning prior to combustion in the internal combustion engine. The air intake plenum is movable with respect to the air cleaner between an open position separated from the air cleaner and a closed position connected to the air cleaner. A bellows connects the air intake plenum to the air cleaner when the air intake plenum is in the closed position. The bellows has an upstream first end that seals with the air intake plenum and a downstream second end that seals with the air cleaner.
Abstract:
The present invention relates to a coolant crossover member and intake manifold assembly adapted for use in a vehicle engine and method for producing the same. The crossover and manifold assembly includes crossover and a manifold. The crossover has a passage formed therein extending between a first end and a second end thereof. The manifold is joined to the first and second ends of the crossover. The manifold is provided with first and second openings which define first and second inner surfaces, respectively. According to the present invention, at least one of the first end and the second end of the crossover is disposed within one of the first and the second openings of the manifolds such that the at least one of the end and the second end of the crossover completely covers the one of the first and the second inner surfaces of the one of the first and the second openings thereby preventing fluid from contacting the one of the first and second inner surfaces of the one of the first and second openings of the manifold.