Abstract:
FIG. 1 is a top, front and left side perspective view of a car, toy car replica and/or other replica showing my new design; FIG. 2 is a rear perspective view thereof; FIG. 3 is a front elevation view thereof; FIG. 4 is a rear elevation view thereof; FIG. 5 is a left side elevation view thereof, the right side being a mirror image thereof; and, FIG. 6 is a top plan view thereof.
Abstract:
A car comprising a car body and a rear spoiler that projects from the outline of the car body to deflect the air flow upwards so that the air flow skims over an upper surface of said rear spoiler. The rear spoiler comprises a through aerodynamic duct, which starts in an inlet opening arranged in correspondence with an initial end of the rear spoiler and ends in an outlet opening arranged in correspondence with a final end of the rear spoiler, so that a part of the air flow hitting the rear spoiler flows above the rear spoiler, skimming over the upper surface of the rear spoiler, and the remaining part of the air flow hitting the rear spoiler flows through the rear spoiler crossing the aerodynamic duct.
Abstract:
A road vehicle provided with a cooling duct for the cooling of a brake, the cooling duct including an air intake arranged at the inlet of the cooling duct, a shutter, which is mobile, so as to move between a closing position, in which the shutter closes the air intake, and an opening position, in which the shutter leaves the air intake unobstructed, and an electric actuating device, which controls the movement of the shutter and, therefore, moves the shutter between the closing position and the opening position and is mechanically configured to be normally open and, therefore, in the absence of a power supply, to push the shutter towards the opening position.
Abstract:
A road vehicle provided with a cooling duct for the cooling of a brake, the cooling duct including an air intake arranged at the inlet of the cooling duct, a shutter, which is mobile, so as to move between a closing position, in which the shutter closes the air intake, and an opening position, in which the shutter leaves the air intake unobstructed, and an electric actuating device, which controls the movement of the shutter and, therefore, moves the shutter between the closing position and the opening position and is mechanically configured to be normally open and, therefore, in the absence of a power supply, to push the shutter towards the opening position.
Abstract:
Car provided with: at least one radiator; a ventilation channel which houses on the inside the radiator; an aerodynamic duct, which extends between an inlet opening and an outlet opening obtained inside the ventilation channel between the inlet opening of the ventilation channel and the radiator; and a shutter, which is arranged in the area of the inlet opening of the aerodynamic duct and is mounted mobile between an engagement position, in which the shutter closes the inlet opening of the aerodynamic duct, and a disengagement position, in which the shutter leaves the inlet opening of the aerodynamic duct free.
Abstract:
A car comprising a car body and a rear spoiler that projects from the outline of the car body to deflect the air flow upwards so that the air flow skims over an upper surface of said rear spoiler. The rear spoiler comprises a through aerodynamic duct, which starts in an inlet opening arranged in correspondence with an initial end of the rear spoiler and ends in an outlet opening arranged in correspondence with a final end of the rear spoiler, so that a part of the air flow hitting the rear spoiler flows above the rear spoiler, skimming over the upper surface of the rear spoiler, and the remaining part of the air flow hitting the rear spoiler flows through the rear spoiler crossing the aerodynamic duct.
Abstract:
Car provided with: at least one radiator; a ventilation channel which houses on the inside the radiator; an aerodynamic duct, which extends between an inlet opening and an outlet opening obtained inside the ventilation channel between the inlet opening of the ventilation channel and the radiator; and a shutter, which is arranged in the area of the inlet opening of the aerodynamic duct and is mounted mobile between an engagement position, in which the shutter closes the inlet opening of the aerodynamic duct, and a disengagement position, in which the shutter leaves the inlet opening of the aerodynamic duct free.