ITRM990146U1 - NON-SPHERICAL SOLID BODY IN BALANCE ON A POINT THROUGH THE USE OF MAGNETIC FIELDS. - Google Patents

Description

Title:

Non-spherical solid body in equilibrium on a point through the use of magnetic fields,

Technical field:

My invention refers to the equilibrium of non-spherical solids and in particular to non-spherical solids held in equilibrium by magnetic fields,

Description of the invention ::

Purpose of the invention:

The object of the present invention is to maintain a non-spherical solid in equilibrium on a support by means of a single point of contact or no point of contact. using magnetic fields.

Methods of implementation of the invention:

The objective is achieved by using two magnets (one on the plate and one on the solid to be kept in equilibrium) which address the same polarity to each other in opposition of forces so as to keep the solid body away from the plate and vice versa while a third magnet ( inside the plate) attracts the part in material sensitive to the magnets of the solid body.

Using this system of repulsion and attraction, the solid body is kept in equilibrium on a single point above the plate.

the magnetic fields used also ensure that any variation in the balance of the solid body above the plate is quickly canceled, returning the solid body to a position of rest and equilibrium.

Drawings:

The invention consists of two distinct parts (Fig, 1 - Side view): a support plate (4) and a solid balanced on it (2). (Fig .5 - Top view of the plate)

The support plate is made up (Fig. 2-Vertical section / Fig. 4-Horizontal section) of an external magnetic ring (6), a second magnet located inside the first (7) and a support structure for the whole ( 4).

The solid in equilibrium is made up (Fig. 2-Vertical section / Fig. 3-Horizontal section) by a magnetic body (1), by a non-magnetic or magnetizable support structure (2) and by a part in material sensitive to magnets (3)

Support plate description:

The magnetic body (6) is used to give a push towards the breath to the magnetic bodies (1) of the solid in equilibrium.

The second magnet (7) is used to attract downwards the tip (3) of the solid in equilibrium.

(6) and (7) are housed inside a support structure (4) made of material which is not sensitive to magnets or magnetisable.

Description of the solid in equilibrium :.

The magnetic body (1) is oriented so that its polarity towards the plate is of the same sign as the polarity towards the top of the magnetic body (6) of the plate itself, so as to be rejected in the opposite direction to the plate.

The non-magnetic nor magnetizable support structure (2) holds together the various parts of the solid in equilibrium and gives shape to it.

The part in material sensitive to the magnets (3) is the part in direct contact with the support plate. This part is attracted to the magnetic body (7) of the plate (4).

Claims (3)

Claims: 1) The realization of a non-spherical solid in equilibrium on a support through a single point of contact or no point of contact. 2) The use of magnetic fields for the realization of an equilibrium state of a non-spherical solid on a support through a single point of contact or no point of contact. 3) The realization of a non-spherical solid in motion tending to equilibrium on a support through a single point of contact or no point of contact.