Valeo Systemes Thermiques

Valeo Climatisation

Valeo Clamatisation

Laurent Legot

Philippe Vincent

Philippe Pierres

Fabien Bireaud

Mohamed Ibrahimi

Christophe Denoual

Said Naji

Alain Pourmarin

Patrick Duputel

Eric Droulez

Lionel Robillon

Franck Truillet

Ralph Stroehla

Jean-Yves Queinnec

Sophie Bede

Thierry Barbier

Maurad Berkouk

Olivier Cheriaux

Ronan Cozic

Pascal Touitou

Peter Zisko

Boris Barre

Csaba Gyurian

Sebastien Clergeon

Sébastien Clergeon

Cyril Gontier

David Vincent

Laurent Brosseron

Cédric Van Schammelhout

A cup () of a external rotor with symmetry of revolution about the axis comprises: a first cylindrical portion () which is radially internal, a second cylindrical portion () which is radially external and a third portion () between the two cylindrical portions (). When viewed in cross-section, the third portion () extends between two points (P, P) which define a straight line which forms, with the axis of the rotor cup (), an angle (a) of between 65° and 80°. The ratio between the distance (R-P, R-p) between the first point (P, P) which is radially internal or radially external, respectively, and the axis of symmetry of the rotor cup (), on the one hand, and the radius (R) of the second cylindrical portion (), on the other hand, is between 0.04 and 0.32 or between 0.65 and 1.0, respectively.

External rotor cup for a fan motor of a motor vehicle

The invention concerns a support device () for a tube, in particular a tube of a heat exchanger designed to come into contact with a vehicle battery for cooling thereof, the device () comprising a base () on which the tube is designed to be mounted, an element () for compressing the tube against the battery, and one or more elements () for connecting the compression element () to the base (), the connecting elements () being configured to engage with a face () of the compression element () opposite said base () while being in contact with the base () on either side of said compression element ().

Support device for a tube, in particular a tube of a heat exchanger designed to come into contact with a motor vehicle battery

The invention relates to a mountin which is housed an electric motorwhich has a shaftextending along a longitudinal axis, said motor having a mass equilibrium linetransverse to the longitudinal axisand passing through a center of gravityof the electric motor, said mountbeing connected to the motorby a plurality of decoupling meansdistributed around the periphery of the motor, characterized in that the longitudinal position Dwith respect to the mountof at least one decoupling meansand a dimension Dof this decoupling meansalong the longitudinal axisare determined with respect to the mass equilibrium line

Motor mount with improved decoupling for ventilation system

The invention relates to a support device () of a motor of a blower. The support device () comprises a base (), a ring () which extends according to an axis and which is able to house the motor. The support device () also comprises at least a decoupling means () which connects the base () and the ring (). The ring () comprises a first face () extending according to the axis and the base () comprises a second face () extending according to the axis. The decoupling means () is interposed between the first () and the second () faces. The decoupling means may have an 'H' shape in order to absorb the vibrations caused by the motor.

Motor support device for heating, ventilation and/or air-conditioning system

A heat exchanger for a heating, ventilation and/or air-conditioning device including a thermal loop equipped with a heat exchanger, is characterized in that at least one of the first and second longitudinal ends ( ) of at least one partition plate ( ) and/or of at least one end plate ( ) is coupled to at least one of the first and second ends of a said orientation plate ( ) by means of a damper element ( ).

Heating, ventilation and/or air-conditioning device including a thermal loop equipped with an evaporator

A heat exchanger, e.g. an evaporator, has end plates arranged at two opposite axial ends and at least a part of which is secured, particularly by brazing, to an orientation plate. At least one edge of said part has no region which is not secured to said orientation plate.

Heating, ventilation and/or air-conditioning device including a thermal loop equipped with a heat exchanger

A heating, ventilation and/or air-conditioning device has a heat exchanger consisting of a stack of orientation plates ( ) having a first and a second opposite longitudinal ends, certain orientation plates having separation elements intended to divert a flow of cooling liquid circulating in an axial direction of the heat exchanger so as to direct it to a channel region in which it travels from one said end to the other in a longitudinal direction of the orientation plates ( ). At least one separation element has at least one stiffening means ( &prime;) integral at least with one region of said separation element ( ).

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Paris, France

Laurent Legot