Magnetically influenced current or voltage regulator and a magnetically influenced converter

A magnetically influenced current or voltage regulator, characterized by

• a first body (6) and a second body (7) each of which is composed of a magnetisable material which provides a magnetic circuit, the said bodies (6, 7) being juxtaposed,
• at least one first electrical conductor (8) wound along at least a part of the closed circuit for at least one turn which forms a first main winding (2),
• at least one second electrical conductor (9) wound around at least a part of the first and/or second body (6 and 7 respectively) for at least one turn which forms a second main winding or control winding (4′,4″),
• where the winding axis (A2) for the turn or turns in the main winding (2) is at right angles to the winding axis (A4) for the turn or turns in the control winding (4) with the object of providing orthogonal magnetic fields (H1, B1 and H2, B2 respectively) in the body (1) and thereby controlling the behaviour of the magnetisable material relative to the field (H1, B1) in the main winding (2) by means of the field (H2, B2) in the control winding (4).

A magnetically influenced current or voltage regulator, characterized by

• a first body (6) and a second body (7) each of which is composed of a magnetisable material and a first magnetic field connector (10) and a second magnetic field connector (1) which together with the bodies (6, 7) provide a closed, magnetic circuit, the said bodies (6, 7) being juxtaposed,
• at least one first electrical conductor (8) wound around at least a part of the first and/or the second body (6 and 7 respectively) for at least one turn which forms a first main winding (2),
• at least one second electrical conductor (9) wound along at least a part of the closed circuit for at least one turn which forms a second main winding or control winding (4),
• where the winding axis (A2) for the turn or turns in the main winding (2) is at right angles to the winding axis (A4) for the turn or turns in the control winding (4) with the object of providing orthogonal magnetic fields (H1, B1 and H2, B2 respectively) in the body (1) and thereby controlling the behaviour of the magnetisable material relative to the field (H1, B1) in the main winding (2) by means of the field (H2, B2) in the control winding (4).

A magnetically influenced current or voltage regulator, characterized by

• a first, external tubular body (20) and a second, internal tubular body (21) each of which is composed of a magnetisable material and provides a magnetic circuit, the said bodies (20, 21) being concentric relative to each other and thus having a common axis (A1)
• at least one first electrical conductor (8) wound round the tubular bodies (20, 21) for at least one turn which forms a first main winding (2),
• at least one second electrical conductor (9) provided in the gap (22) between the bodies (20, 21) and wound around the body's common axis (A1) for at least one turn which forms a second main winding or control winding (4),
• where the winding axis (A2) for the turn or turns in the main winding (2) is at right angles to the winding axis (A4) for the turn or turns in the control winding (4) with the object of providing orthogonal magnetic fields (H1, B1 and H2, B2 respectively) in the body (1) and thereby controlling the behaviour of the magnetisable material relative to the field (H1, B 1) in the main winding (2) by means of the field (H2, B2) in the control winding (4).

A magnetically influenced current or voltage regulator, characterized by

• a first, external tubular body (20) and a second, internal tubular body (21) each of which is composed of a magnetisable material together with a first magnetic field connector (10) and a second magnetic field connector (11) which together with the bodies (20, 21) provide a closed, magnetic circuit, the said bodies (20, 21) being concentric relative to each other and thus having a common axis (A1)
• at least one first electrical conductor (8) provided in the gap (22) between the bodies (20, 21) and wound around the body's common axis (A1) for at least one turn which forms a first main winding (2),
• at least one second electrical conductor (9) wound round the tubular bodies (20, 21) for at least one turn which forms a second main winding or control winding (4),
• where the winding axis (A2) for the turn or turns in the main winding (2) is at right angles to the winding axis (A4) for the turn or turns in the control winding (4) with the object of providing orthogonal magnetic fields (H1, B1 and H2, B2 respectively) in the body (1) and thereby controlling the behaviour of the magnetisable material relative to the field (H1, B1) in the main winding (2) by means of the field (H2, B2) in the control winding (4).

A magnetically influenced current or voltage regulator, characterized by

• a first, external tubular body (20) and a second, internal tubular body (21) each of which is composed of a magnetisable material which provides a closed magnetic circuit or internal core (24),
• an additional tubular body which provides an external core (25) which is mounted on the outside of the first, external tubular body (20), where the bodies (20, 21, 25) are concentric relative to each other and thus have a common axis (A1)
• at least one first electrical conductor (8) wound round the tubular bodies (20, 21, 25) for at least one turn which forms a first main winding (2),
• at least one second electrical conductor (9) mounted in the gap (22) between the first (20) and the second body (21) and wound around the bodies' common axis (A1) for at least one turn which forms a second main winding or control winding (4), p1 where the winding axis (A2) for the turn or turns in the main winding (2) is at right angles to the winding axis (A4) for the turn or turns in the control winding (4) with the object of providing orthogonal magnetic fields (H1, B1 and H2, B2 respectively) in the body (1) and thereby controlling the behaviour of the magnetisable material relative to the field (H1, B1) in the main winding (2) by means of the field (H2, B2) in the control winding (4).

A magnetically influenced current or voltage regulator, characterized by

• a first, external tubular body (20) and a second, internal tubular body (21) each of which is composed of a magnetisable material which forms a closed, magnetic circuit or internal core (24),
• an additional tubular body which provides an external core (25) which is mounted on the outside of the first, external tubular body (20), where the bodies (20, 21, 25) are concentric relative to each other and thus have a common axis (A1)
• at least one first electrical conductor (8) mounted in the gap (22) between the first (20) and the second body (21) and wound round the bodies' common axis (A1) for at least one turn which forms a second main winding or control winding (4),
• at least one second electrical conductor (9) wound around the tubular bodies (20, 21) for at least one turn which forms a second main winding or control winding (4),
• where the winding axis (A2) for the turn or turns in the main winding (2) is at right angles to the winding axis (A4) for the turn or turns in the control winding (4) with the object of providing orthogonal magnetic fields (H1, B1 and H2, B2 respectively) in the body (1) and thereby controlling the behaviour of the magnetisable material relative to the field (H1, B1) in the main winding (2) by means of the field (H2, B2) in the control winding (4).