Abstract: In a device for mounting an electric blower drive motor in a housing of a heating, ventilating and/or air conditioning unit for vehicles, having a motor adapter (12), which accommodates the driving motor, and a damping device (16), which connects the motor adapter (12) with the housing (10) so as to create a form-lock, the motor adapter (12) and the damping device (16) are integrated in the housing (16). The housing (10) is manufactured with the damping device (16) and with the motor adapter (12) in a casting process for molding of several components.

Abstract: A device for cooling batteries, particularly of an electric and/or hybrid vehicle, includes a pair of compartments (1, 12) in communication with one another, including a first compartment (1) housing the batteries distributed among adjacent columns and a second compartment (12) housing at least a blower (14). One of these compartments (1, 12) has an air intake aperture (5) while the other compartment (1, 2) has a discharge aperture (5) for discharging the admitted air to the outside. The first compartment (1) modifies the dynamics of the air passing through it, starting from an axial circulation of air along the columns of batteries.

Abstract: A device for cooling batteries, particularly of an electric and/or hybrid vehicle, comprises a pair of compartments (1, 12) in communication with one another, including a first compartment (1) housing the batteries distributed among adjacent columns and a second compartment (12) housing at least a blower (14). One of these compartments (1, 12) has an air intake aperture (5) while the other compartment (1, 2) has a discharge aperture (5) for discharging the admitted air to the outside. The first compartment (1) is equipped with means for modifying the dynamics of the air passing through it, starting from an axial circulation of air along the columns of batteries.

Abstract: A device for cooling batteries, particularly of an electric and/or hybrid vehicle comprises a pair of compartments (1, 12) in communication with one another, including a first compartment (1) housing the batteries distributed among adjacent columns and a second compartment (12) housing at least a blower (14). One of these compartments (1, 12) has an air intake aperture (5) while the other compartment (1, 2) has a discharge aperture (5) for discharging the admitted air to the outside. The first compartment (1) is equipped with means for modifying the dynamics of the air passing through it, starting from an axial circulation of air along the columns of batteries.

Abstract: An air intake with at least one inlet port area and one outlet port area, in which there is arranged at least one structure which may be flowed through and around, comprises an opening and modifies the clear cross-section only slightly, in particular serving as a fresh air/recirculated air housing for a motor vehicle heating, ventilation and/or air-conditioning system.

Abstract: In a device for mounting an electric blower drive motor in a housing of a heating, ventilating and/or air conditioning unit for vehicles, having a motor adapter (12), which accommodates the driving motor, and a damping device (16), which connects the motor adapter (12) with the housing (10) so as to create a form-lock, the motor adapter (12) and the damping device (16) are integrated in the housing (16). The housing (10) is manufactured with the damping device (16) and with the motor adapter (12) in a casting process for moulding of several components.

Abstract: The subject of the invention is a device for cooling batteries, particularly of an electric and/or hybrid vehicle. This device comprises a pair of compartments (1, 12) in communication with one another, including a first compartment (1) housing the batteries distributed among adjacent columns and a second compartment (12) housing at least a blower (14). One of these compartments (1, 12) has an air intake aperture (5) while the other compartment (1, 2) has a discharge aperture (5) for discharging the admitted air to the outside. The first compartment (1) is equipped with means for modifying the dynamics of the air passing through it, starting from an axial circulation of air along the columns of batteries.

Abstract: An air treatment system housing structure, comprising at least two sections 20, 30, 40 which are connected to one another in one piece and serve in each case for the reception of components belonging to different functional groups of the air treatment system and between which an air path is formed, at least two adjacent sections 20, 30; 30, 40 having, in addition to an issue common to them, in each case at least one further issue, the issue normal vectors of which are different.