Zodiac Pool Care Europe

Airbus France

Allflex Europe Sas

Philippe Blanc-Tailleur

Philippe Pichon

Emmanuel Mastio

Simon Duffaut

Bruno Teychene

Rémi Deloche

Jean-Pascal Caturla

Mark Van Der Zwalmen

Vincent Ouverlot

Gérard Montariol

The present invention relates to a clamp () for handling a device for identifying an animal and/or sampling animal tissue, said clamp () comprising two jaws (), a handle () for moving said jaws () together, and means () for securing an element of said identification and/or sampling device to one of said jaws (), said securing means () being movable between: According to the invention, said clamp () comprises actuation means () for moving said securing means () from one to the other position thereof, said actuation means () being actuatable via said handle ().

Gripper for manipulating a device for identifying an animal and/or removing tissue from an animal comprising holding means with remote actuation

A device for extraction of a swimming pool cleaning robot from water or for putting the swimming pool cleaning robot into water includes a support frame and a plate. The plate can be deployed relative to the support frame beyond the support frame and below the support frame. Deployment of the plate relative to the support frame may be controlled.

Device for extraction of a swimming pool cleaning device

Devices for extracting cleaning robots from swimming pools include support frames and plates which can be deployed beyond and below the support frames. The support frames may be supported on rims of the swimming pools.

Device for extraction of swimming pool cleaning device

The invention relates to a swimming pool cleaning apparatus comprising: The filtration device comprises at least one filtration chamber () comprising:

Swimming pool cleaning apparatus with extractable filtration device

The invention relates to an apparatus for cleaning a surface which is immersed in a liquid, comprising a hollow body, guiding and driving members, a filtration chamber in the hollow body, at least one liquid inlet, at least one liquid outlet out of the hollow body, at least one axial pumping propeller, a single reversible electric motor whose drive shaft, in order to move it, is simultaneously mechanically connected to at least one motorized member and to each pumping propeller. In a first rotation direction of the drive shaft, each motorized member is driven in a forward direction, and each pumping propeller generates the flow of liquid in the normal direction ensuring the cleaning of the immersed surface. In a second rotation direction of the drive shaft, each motorized member is driven in a backward direction opposite the first direction.

Apparatus for cleaning an immersed surface having a single reversible electric driving and pumping motor

A self-propelled apparatus for cleaning an immersed surface including a hollow body, a guiding and driving device for guiding and moving the hollow body over the immersed surface, the hollow body having a base immediately facing immersed surface, at least one liquid inlet, at least one member protruding from the base of the hollow body towards the immersed surface, wherein it includes, immediately in front of a protruding member, in a movement direction of the hollow body, at least one member, called an anti-blocking member, which can rotate about a rotation axis which is fixed in relation to said protruding member, the anti-blocking member being provided in order to be able to roll over an obstacle of the immersed surface, and to drive the protruding member in movement so as to overcome the obstacle.

Self-propelled apparatus for cleaning a submerged surface

The invention relates to an apparatus for cleaning a surface which is immersed in a liquid, comprising a hollow body, guiding members defining at least one axle, a filtration chamber, at least one electric motor, a pumping device which creates, in a normal cleaning direction through a filtering device, a liquid flux which is discharged via at least one main outlet, and at least one secondary liquid outlet arranged so as to orientate a current of liquid which is discharged in a backward direction via this secondary outlet so that this current creates a secondary hydraulic reaction force which generates a nosing-up torque of the apparatus by the hollow body being pivoted about the axle.

Apparatus for cleaning an immersed surface having a hydraulic nosing-up action

The invention relates to an apparatus for cleaning a surface which is immersed in a liquid, comprising a hollow body, members which are integral with the hollow body and which come into contact with the immersed surface, a filtration chamber, at least one electric motor which is carried by the hollow body, and a control unit which is configured to control the motor. For at least one movement configuration of the apparatus, at least one non-steering non-driving rolling member in contact with the immersed surface is arranged relative to the instantaneous drive orientation so as to apply a gyration torque of the apparatus only due to such an arrangement.

Apparatus for cleaning an immersed surface with gyration using at least one laterally offset non-driving rolling member

Detailed is an apparatus for cleaning a surface which is immersed in a liquid including a body, guiding members defining at least one axle, a filtration chamber, at least one electric drive motor, a control unit which is configured to control each drive motor in at least one direction at a speed selected from:

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Toulouse, France

Philippe Blanc-Tailleur