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OwnerClaudio Vicentelliinventor
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Magnetic module (1) for the magnetic anchorage to a ferromagnetic surface of another magnetic, or ferromagnetic module, whose head (3) comprises: a first multipolar magnetic stator (9) that in turn defines a multipolar magnetic anchoring surface (21); and a multipolar magnetic rotor (11), or a second multipolar magnetic stator, coaxial to and facing the first multipolar magnetic stator (9) and equipped with means for orienting the poles of the multipolar magnetic rotor (11), or second multipolar magnetic stator, in series or in parallel with respect to the poles of the first multipolar magnetic stator (9) in order to disable or enable the multipolar magnetic anchoring surface (21) of the first magnetic stator (9).
Magnetic module (1) characterised in that it has at least one axially extending head (3) equipped with a system for enabling a magnetic force for anchoring said magnetic module (1) to a ferromagnetic surface, said at least one head (3) comprising:
A magnetic module according to any of the claims from 1 to 5, characterised in that and a high-strength steel friction plate is provided between the magnetic stator (9) and the magnetic rotor (11).
A magnetic module according to any claim from 1 to 6, characterised in that, to contain the magnetic stator (9) and the magnetic rotor (11) of the head (3), each head (3) includes a hollow ferrule (7) coaxial to the head (3) and defining a cylindrical inside wall.
A magnetic module according to any claim from 7 to 17, in which said magnetic module (1) is connected to at least one other magnetic (1) and/or ferromagnetic module by means of a stiffening element (65), characterised in that said magnetic module (1) and said stiffening element (65) have means for coupling with each other against a tensile stress on the magnetic module (1) exceeding the force of magnetic attraction exerted by the magnetic module (1).
Magnetic module characterised in that it has at least one axially extending head equipped with a system for enabling a magnetic force for anchoring said magnetic module to a ferromagnetic surface, said at least one head comprising:
A magnetic module according to any of the previous claims, characterised in that it includes a telescoping system for reducing its axial length.
An assembly comprising magnetic modules (1, 1′, 1″) consistent with any of the previous claims, combined together and possibly also with ferromagnetic modules, characterised in that said ferromagnetic surface in the assembly is provided by a ferromagnetic element integrated in the magnetic modules, or forming a part of separate ferromagnetic modules that may be included in the assembly, of by multipolar magnetic anchoring surface of said at least one head of other magnetic modules.
Dependencies are inferred from the claim text.