Abstract: A position encoder comprises: a first and second member, with the first member movable relative to the second member; a first sensor arranged at one of the first or second members, and a first track arranged at the other one of the first or second members such that the first sensor moves along the first track when the first member moves relative to the second member, with the first sensor capturing at least one of its position or displacement along the first track; a second sensor arranged at one of the first or second members, and a second track arranged at the other one of the first or second members such that the second sensor moves along the second track when the first member moves relative to the second member, with the second sensor capturing at least one of its position or displacement along the second track.

Abstract: A position encoder comprises: a first and second member, with the first member movable relative to the second member; a first sensor arranged at one of the first or second members, and a first track arranged at the other one of the first or second members such that the first sensor moves along the first track when the first member moves relative to the second member, with the first sensor capturing at least one of its position or displacement along the first track; a second sensor arranged at one of the first or second members, and a second track arranged at the other one of the first or second members such that the second sensor moves along the second track when the first member moves relative to the second member, with the second sensor capturing at least one of its position or displacement along the second track.

Abstract: The electrical resistance (10) includes a sealed housing (12) with a generally cylindrical shape defined along a longitudinal axis (X), a resistive element (16), extending along a spiral defined around the longitudinal axis (X), and a fluid guiding element (18), defining, with the sealed housing (12), a conduit for guiding a flow of fluid in contact with the resistive element (16). The guiding element (18) has a spiral shape defined around the longitudinal axis (X).

Abstract: This electrical resistor structure which includes a frame (2) for receiving elements which form an electrical resistor (3) in the form of a serpentine resistive element, the folded ends of the branches of which are associated with elements (8, 9) for fixing to opposing cross-members (5, 6) of the frame, is characterised in that the fixing elements include elements which form spacing members (12) which are fixed to the cross-members of the frame and which are provided with projecting portions which are spaced-apart from each other and which together define zones for receiving, by clamping and with axial clearance, at least a part of the corresponding ends of the resistive element (3).

Abstract: This electrical resistor structure which includes a frame (2) for receiving elements which form an electrical resistor (3) in the form of a serpentine resistive element, the folded ends of the branches of which are associated with elements (8, 9) for fixing to opposing cross-members (5, 6) of the frame, is characterised in that the fixing elements include elements which form spacing members (12) which are fixed to the cross-members of the frame and which are provided with projecting portions which are spaced-apart from each other and which together define zones for receiving, by clamping and with axial clearance, at least a part of the corresponding ends of the resistive element (3).