Abstract:
A combustion engine (E) mounted on a motorcycle includes an engine rotary shaft (39) extending in a vehicle widthwise direction and a supercharger (62) disposed rearwardly of a cylinder block (42). The combustion engine (E) also includes an air intake duct (70) through which an incoming wind (A) flowing forwardly of a traveling direction with respect to the combustion engine (E) is introduced into the supercharger (62). The air intake duct (70) is fluid connected with an air intake port of the supercharger (62) after having passed laterally of the combustion engine (E).
Abstract:
A combustion engine (E) mounted on a motorcycle includes an engine rotary shaft (39) extending in a vehicle widthwise direction and a supercharger (62) disposed rearwardly of a cylinder block (42). The combustion engine (E) also includes an air intake duct (70) through which an incoming wind (A) flowing forwardly of a traveling direction with respect to the combustion engine (E) is introduced into the supercharger (62). The air intake duct (70) is fluid connected with an air intake port of the supercharger (62) after having passed laterally of the combustion engine (E).
Abstract:
A combustion engine (E) mounted on a motorcycle includes an engine rotary shaft (39) extending in a vehicle widthwise direction and a supercharger (62) disposed rearwardly of a cylinder block (42). The combustion engine (E) also includes an air intake duct (70) through which an incoming wind (A) flowing forwardly of a traveling direction with respect to the combustion engine (E) is introduced into the supercharger (62). The air intake duct (70) is fluid connected with an air intake port of the supercharger (62) after having passed laterally of the combustion engine (E).
Abstract:
The invention relates to a combination (1) of an intake module (2) of a fresh-air system for feeding fresh air to combustion chambers of an internal combustion engine, in particular of a motor vehicle, comprising an attachment part (3), to which the intake module (2) is attached, wherein the intake module (2) has at least one retaining surface (4), wherein the attachment part (3) has at least one counter retaining surface (5), wherein at least one retaining element (6) is provided, which is arranged so as to be movable in a movement direction (7), which extends perpendicular to the joining direction (8) in which the intake module (2) is joined to the attachment part (3), between a releasing position, in which the intake module (2) can be joined to the attachment part (3) or removed therefrom, and a securing position, in which the retaining element (6) interacts with the respective retaining surface (4) and the respective counter retaining surface (5) in order to secure the intake module (2) on the attachment part (3). A compact construction can be achieved if the respective retaining surface (4) and the respective counter retaining surface (5) face each other, wherein the respective retaining element (6), in the securing position thereof, is arranged between the respective retaining surface (4) and the respective counter retaining surface (5) in the joining direction (8) and is supported on the respective retaining surface (4) and on the respective counter retaining surface (5) in the joining direction (8).
Abstract:
The invention relates to an arrangement of an air supply device (10) on a cylinder head for an internal combustion engine, in particular of a motor vehicle. In said arrangement, the air supply device (10) comprises an intake system (28) for distributing air that is to be supplied to the internal combustion engine to combustion chambers of said engine and a compressor (12) for compressing the air, the compressor being fluidically connected to the intake system (28) via an air conduit element (16). The air supply device (10) that is held on the cylinder head extends above the cylinder head from the intake system (28) located on an air side (18) of the cylinder head via the air conduit element (16) to the compressor (12) located on an exhaust gas side (14) of the cylinder head and forms an intermediate area (52) that is delimited by the intake system (28), air conduit element (16) and the compressor (12), at least part of the cylinder head being located in said area.