Electrical machine

Claim 2

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation, comprising: a first body member; two electrically separated coil windings positioned on said first body member; two groups of teeth disposed on the said first body member; a driven armature body member; two groups of teeth disposed on said driven armature body member; and means for providing alternating electrical current to said coil windings; each of said groups of teeth of said first body member being substantially symmetrical with respect to the median plane of the machine, each of said groups of teeth of said driven armature member being substantially symmetrical with respect to said median plane of said machine and corresponding with one of said groups of teeth on said first body member, the teeth of each of said two groups of teeth of said first body member being positioned at a first angle with respect to said median plane, and the teeth of each of said two groups of teeth of said driven armature body member being positioned at a second angle, different from said first angle, with respect to said median plane.

Claim 3

A machine as claimed in claim 1 in which each of said first angle and said second angle is an angle of between about 0° and about 85° and in which said first angle differs from said second angle by an amount of between about 5° and about 40°.

Claim 4

A machine as claimed in claim 2 in which each of said first angle and said second angle is an angle of between about 0° and about 45°.

Claim 5

A machine as claimed in claim 1 in which the two coil windings overlap on the first body member.

Claim 6

A machine as claimed in claim 1 in which the driven armature body member encircles the first body member.

Claim 7

A machine as claimed in claim 1 in which the first body member encircles the driven armature body member.

Claim 8

A machine as claimed in claim 1, in which the teeth of said first body member have a uniform tooth pitch and a uniform cross-section.

Claim 9

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation, comprising: a first body member; two electrically separated coil windings positioned on said first body member; two groups of teeth disposed on the said first body member; a driven armature body member; two groups of teeth disposed on said driven armature body member; and means for providing alternating electrical current to said coil windings; each group of teeth on said driven armature body member corresponding with one of said groups of teeth on said first body member; the number of teeth of each of said two groups of teeth of said driven armature body member being equal to the number of poles of the corresponding coil winding.

Claim 10

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation, comprising: a first body member; two electrically separated coil windings positioned on said first body member; two groups of teeth disposed on the said first body member; a driven armature body member; two groups of teeth disposed on said driven armature body member; and means for providing alternating electrical current to said coil windings; each group of teeth on said driven armature body member corresponding with one of said groups of teeth on said first body member; the number of teeth of each of said two groups of teeth of said driven armature body member being equal to the number of poles of the corresponding coil winding.

Claim 11

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation, comprising: a first body member; two electrically separated coil windings positioned on said first body member; two groups of teeth disposed on the said first body member; a driven armature body member; two groups of teeth disposed on said driven armature body member; and means for providing alternating electrical current to said coil windings; each group of teeth on said driven armature body member corresponding with one of said groups of teeth on said first body member; the teeth of said first body member having a uniform tooth pitch and a uniform cross-section, and the teeth of the driven armature body member having a uniform tooth pitch and a uniform cross-section.

Claim 12

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation, comprising: a first body member; two electrically separated coil windings positioned on said first body member; two groups of teeth disposed on the said first body member; a driven armature body member; two groups of teeth disposed on said driven armature body member; and means for providing alternating electrical current to said coil windings; each group of teeth on said driven armature body member corresponding with one of said groups of teeth on said first body member; the teeth of said first body member having a uniform tooth pitch and a uniform cross-section, and the teeth of the driven armature body member having a uniform tooth pitch and a uniform cross-section.

Claim 13

A machine as claimed in claim 9 in which the teeth of said first body member and the teeth of said driven armature body member have the same tooth pitch and the same cross-section.

Claim 14

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation comprising: a movable armature divided into two half-armatures; a fixed coil assembly divided into two half-coil assemblies; two groups of teeth on said movable armature, one group of teeth associated with each half-armature; two groups of teeth on said fixed coil assembly, one group of teeth associated with half-coil assembly; two independent electrical windings on said coil assembly, one winding associated with each half-coil assembly; and means for energizing said two electrical windings with alternating current; said groups of teeth of said half-coil assemblies being substantially symmetrical with respect to the medium plane of the machine, said groups of teeth of said half-armature being substantially symmetrical with respect to said medium plane of said machine, the teeth of each of said two groups of teeth of said half-coil assemblies being positioned at a first angle with respect to said medium plane, and the teeth of each of said two groups of teeth of said half-armatures being positioned at a second angle, different from said first angle, with respect to said median plane.

Claim 15

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation comprising: a movable armature divided into two half-armatures; a fixed coil assembly divided into two half-coil assemblies; two groups of teeth on said movable armature, one group of teeth associated with each half-armature; two groups of teeth on said fixed coil assembly, one group of teeth associated with half-coil assembly; two independent electrical windings on said coil assembly, one winding associated with each half-coil assembly; and means for energizing said two electrical windings with alternating current; said groups of teeth of said half-coil assemblies being substantially symmetrical with respect to the medium plane of the machine, said groups of teeth of said half-armature being substantially symmetrical with respect to said medium plane of said machine, the teeth of each of said two groups of teeth of said half-coil assemblies being positioned at a first angle with respect to said medium plane, and the teeth of each of said two groups of teeth of said half-armatures being positioned at a second angle, different from said first angle, with respect to said median plane.

Claim 16

A machine as claimed in claim 11, in which each of said first angle and said second angle is an angle of between about 0° and about 85°, and in which said first angle differs from said second angle by an amount of between about 5° and about 40°.

Claim 17

A machine as claimed in claim 12 in which each of said first angle and said second angle is an angle of between about 0° and about 45°.

Claim 18

An electrical machine as claimed in claim 11, further comprising conductors disposed between the teeth of each of the two half-armatures.

Claim 19

A machine as claimed in claim 14, in which each of said first angle and said second angle is an angle of between about 0° and about 85°, and in which said first angle differs from said second angle by an amount of between about 5° and about 40°.

Claim 20

A machine as claimed in claim 15, in which each of said first angle and said second angle is an angle of between about 0° and about 45°.

Claim 21

A machine as claimed in claim 14, in which the number of teeth of each of said two groups of teeth of said armature is equal to the number of poles of the corresponding half-coil assembly.

Claim 22

A machine according to claim 14, in which the teeth of said half-coil assemblies have a uniform tooth pitch and a uniform cross-section, and in which the teeth of the movable armature have a uniform tooth pitch and a uniform cross-section.

Claim 23

A machine as claimed in claim 18 in which the teeth of said half-coil assemblies and the teeth of said half-armatures have the same tooth pitch and the same cross-section.

Claim 24

An electrical machine as claimed in claim 14 in which each half-armature is positioned as an extension of the other half-armature and mechanically connected thereto and in which each half-coil assembly is positioned as an extension of the other half-coil assembly and mechanically connected thereto.

Claim 25

A machine as claimed in claim 14 in which the two coil windings overlap on the fixed coil assembly.

Claim 26

A machine as claimed in claim 14 in which the movable armature encircles the fixed coil assembly.

Claim 27

A machine as claimed in claim 14 in which the fixed coil assembly encircles the movable armature.

Claim 28

An electrical machine as claimed in claim 11 in which said movable armature is of a generally planar form, each half-armature being positioned as an extension of the other half-armature and mechanically connected thereto; and in which said fixed coil assembly is of generally planar form, each half-coil assembly being positioned as an extension of the other half-coil assembly and mechanically connected thereto.

Claim 29

A machine as claimed in claim 24, in which each of said first angle and said second angle is an angle of between about 0° and about 85°, and in which said first angle differs from said second angle by an amount of between about 5° and about 40°.

Claim 30

A machine as claimed in claim 25 in which each of said first angle and said second angle is an angle of between about 0° and about 45°.

Claim 31

A machine as claimed in claim 24, in which the number of teeth of each of said two groups of teeth of said armature is equal to the number of poles of the corresponding half-coil assembly.

Claim 32

A machine according to claim 24, in which the teeth of said half-coil assemblies have a uniform tooth pitch and a uniform cross-section, and in which the teeth of the movable armature have a uniform tooth pitch and a uniform cross-section.

Claim 33

A machine as claimed in claim 28, in which the teeth of said half-coil assemblies and the teeth of said half-armatures have the same tooth pitch and the same cross-section.

Claim 34

An electrical machine as claimed in claim 11 in which each half-armature is positioned as an extension of the other half-armature and mechanically connected thereto and in which each half-coil assembly is positioned as an extension of the other half-coil assembly and mechanically connected thereto.

Claim 35

A machine as claimed in claim 11 in which the two coil windings overlap on the fixed coil assembly.

Claim 36

A machine as claimed in claim 11 in which the movable armature encircles the fixed coil assembly.

Claim 37

A machine as claimed in claim 11 in which the fixed coil assembly encircles the movable armature.

Claim 38

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation comprising: a movable armature divided into two half-armatures; a fixed coil assembly divided into two half-coil assemblies; two groups of teeth on said movable armature, one group of teeth associated with each half-armature; two groups of teeth on said fixed coil assembly, one group of teeth associated with each half-coil assembly; two independent electrical windings on said coil assembly, one winding associated with each half-coil assembly; and means for energizing said two electrical windings with alternating current; the number of teeth of each of said two groups of teeth of said armature being equal to the number of poles of the corresponding half-coil assembly.

Claim 39

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation comprising: a movable armature divided into two half-armatures; a fixed coil assembly divided into two half-coil assemblies; two groups of teeth on said movable armature, one group of teeth associated with each half-armature; two groups of teeth on said fixed coil assembly, one group of teeth associated with each half-coil assembly; two independent electrical windings on said coil assembly, one winding associated with each half-coil assembly; and means for energizing said two electrical windings with alternating current; the number of teeth of each of said two groups of teeth of said armature being equal to the number of poles of the corresponding half-coil assembly.

Claim 40

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation comprising: a movable armature divided into two half-armatures; a fixed coil assembly divided into two half-coil assemblies; two groups of teeth on said movable armature, one group of teeth associated with each half-armature; two groups of teeth on said fixed coil assembly, one group of teeth associated with each half-coil assembly; two independent electrical windings on said coil assembly, one winding associated with each half-coil assembly; and means for energizing said two electrical windings with alternating current; the teeth of said half-coil assemblies having a uniform tooth pitch and a uniform cross-section, and the teeth of said movable armature having a uniform tooth pitch and a uniform cross-section.

Claim 41

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation comprising: a movable armature divided into two half-armatures; a fixed coil assembly divided into two half-coil assemblies; two groups of teeth on said movable armature, one group of teeth associated with each half-armature; two groups of teeth on said fixed coil assembly, one group of teeth associated with each half-coil assembly; two independent electrical windings on said coil assembly, one winding associated with each half-coil assembly; and means for energizing said two electrical windings with alternating current; the teeth of said half-coil assemblies having a uniform tooth pitch and a uniform cross-section, and the teeth of said movable armature having a uniform tooth pitch and a uniform cross-section.

Claim 42

A machine as claimed in claim 35 in which the teeth of said half-coil assemblies and the teeth of said half-armatures have the same tooth pitch and the same cross-section.

Claim 43

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation, comprising: a first body member; two electrically separated coil windings positioned on said first body member; two groups of teeth disposed on the said first body member; a driven armature body member; two groups of teeth disposed on said driven armature body member; and means for providing alternating electrical current to said coil windings; each group of teeth on said driven armature body member corresponding with one of said groups of teeth on said first body member, the two coil windings being positioned on said first body member in axially aligned, end-to-end relationship, the two groups of teeth on said first body member being in axially aligned, end-to-end relationship, and the two groups of teeth on said driven armature body member being in axially aligned, end-to-end relationship.

Claim 44

An alternating current electrical machine having a movable armature capable of executing movements of rotation and of translation, comprising: a first body member; two electrically separated coil windings positioned on said first body member; two groups of teeth disposed on the said first body member; a driven armature body member; two groups of teeth disposed on said driven armature body member; and means for providing alternating electrical current to said coil windings; each group of teeth on said driven armature body member corresponding with one of said groups of teeth on said first body member, the two coil windings being positioned on said first body member in axially aligned, end-to-end relationship, the two groups of teeth on said first body member being in axially aligned, end-to-end relationship, and the two groups of teeth on said driven armature body member being in axially aligned, end-to-end relationship.