Magnetic motor

Claim 2

A magnetic motor for utilizing the energy stored in a permanent magnet to produce rotational force, said motor comprising: a. a frame; b. a rotor rotatably carried by said frame; c. a permanent magnet carried by said rotor and having first and second poles of opposite polarity, said first and second poles being spaced angularly relative said rotor; d. magnetic stator means alternating between, i. a first phase attracting the first pole of said permanent magnet, and ii. a second phase repelling the second pole of said permanent magnet; and e. timing means for detecting the position of said permanent magnet and for signalling said stator means for alternating between said first phase and said second phase for urging rotation of said rotor.

Claim 3

The magnetic motor of claim 1, wherein said timing means includes: a. a normally open switch; and b. a closure element carried by said rotor for periodically closing said switch for a predetermined interval.

Claim 4

The magnetic motor of claim 1, wherein said stator means includes: a. a second permanent magnet having a first pole and a second pole and movable between, i. a first position in which said second pole is in close proximity to said rotor for effecting said first phase, and ii. a second position in which said second pole is spaced from said rotor for nullifying said first phase; and b. a third permanent magnet having a first pole and a second pole and movable between, i. a first position in which said first pole is in close proximity to said rotor for effecting said second phase, and ii. a second position in which said first pole is spaced from said rotor for nullifying said second phase.

Claim 5

The magnetic motor of claim 3, wherein said stator means further includes: a. a rocker having, i. a first end carrying said second permanent magnet, and ii. a second end carrying said third permanent magnet; b. biasing means normally urging the second end of said rocker to a position remote from said rotor to effect said first phase; and c. a solenoid responsive to said timing means for urging the first end of said rocker to a position remote from said rotor to effect said second phase.

Claim 6

The magnetic motor of claim 4, further including: a. a second rotor spaced from first said rotor and rotatable therewith about a common axis; and b. another permanent magnet similar to first said permanent magnet and carried by said second rotor and having first and second poles of opposite polarity, said first and said second poles being spaced angularly relative said second rotor, the first and second poles of said another permanent magnet being aligned with the second and first poles, respectively, of first said permanent magnet; the first pole of said second permanent magnet being in close proximity to said second rotor when said second permanent magnet is in said second position, and the second pole of said third permanent magnet being in close proximity to said second rotor when said third permanent magnet is in said second position, whereby said second rotor is urged to rotate in synchronization with first said rotor.

Claim 7

The magnetic motor of claim 1, wherein: a. said stator means includes, i. a second permanent magnet having a second pole at one end thereof in close proximity to said rotor, and ii. electric means for nullifying the second pole of said second permanent magnet; and b. said timing means includes, i. a source of electrical energy for energizing said electric means, ii. a normally open switch in series between said source of electrical energy and said electric means, and iii. means for closing said switch during an interval of determinate duration, said first phase occurring prior to said interval, and said second phase occurring subsequent to said interval.

Claim 8

The magnetic motor of claim 6, wherein the duration of said interval is proportional to the speed of said rotor and is generally the time during which first said permanent magnet moves across said second permanent magnet and measured between, i. an initial point in which said first phase is at maximum attraction, and ii. a terminal point in which said second phase is at maximum repulsion.

Claim 9

The magnetic motor of claim 6, wherein said first permanent magnet includes an arcuate channel having a radius of curvature with center coincident with the axis of rotation of said rotor, said channel sized to receive said one end of said second permanent magnet therein during said interval.

Claim 10

The magnetic motor of claim 8, further including adjustment means for selectively controlling the depth to which said one end of said second permanent magnet is received within said channel.

Claim 11

The magnetic motor of either claim 6 or claim 8, further including a plurality of permanent magnets carried by said rotor in angularly spaced apart relationships, each of said plurality of permanent magnets being similar to first said permanent magnet and wherein said timing means periodically energizes said stator means for sequentially attracting and repelling the first and second poles, respectively, of successive ones of said plurality of permanent magnets.

Claim 12

The magnetic motor of claim 6, further including: a. a second rotor spaced from first said rotor and rotatable therewith about a common axis; b. another permanent magnet similar to first said permanent magnet and carried by said second rotor and having first and second poles of opposite polarity, said first and said second poles being spaced angularly relative said second rotor, the first and second poles of said another permanent magnet being aligned with the second and first poles, respectively, of first said permanent magnet; c. another end of second permanent magnet having a first pole of opposite polarity to the second pole at said one end; and d. said electric means further nullifying the first pole of said second permanent magnet concurrent with nullifying the second pole of said second permanent magnet, whereby said second rotor is caused to rotate in synchronization with first said rotor.