Zero pollution vertical/linear electrical generation facility

• US 20070075545A1
• Filed: 10/03/2006
• Published: 04/05/2007
• Est. Priority Date: 10/05/2005
• Status: Abandoned Application

• Current Assignee: Eddie Wilson, Linda Studdard
• Original Assignee: Eddie Wilson, Linda Studdard
• Inventors: Wilson, Eddie, Studdard, Linda
• Application Number:
  US11/542,071
• Publication Number:
  US 20070075545A1
• Time in Patent Office: Days
• US Class Current: 290/1.R
• CPC Class Codes: F03G 7/10 Alleged perpetua mobilia using hydrostatic thrust F03B17/04
• CPC Class Codes: H02K 53/00 Alleged dynamo-electric perpetua mobilia
• CPC Class Codes: H02K 7/1876 with reciprocating, linearly oscillating or vibrating parts

Abstract

An electrical generation facility includes a drive unit and an electrical generation unit. The drive unit takes the form of a pump jack of the type commonly used to extract oil from oil fields. As such it has a walking beam to which a rocking motion is imparted by a motor. At its one end the beam has a head provided with a convex surface. The generation unit includes a stator provided with coils and an armature having magnets. The armature is coupled to the beam through a rod and a cable, the latter of which that passes over the convex surface of the head at the end of the beam. Thus, when the beam pivots back and forth the armature moves along the coils of the stator. The magnetic flux induces a current in the coils. The coils may be arranged in sets and a separate armature way exist for each set.

Claims

1. An electrical generation facility comprising:

a drive unit including a beam that pivots about an axis that extends transverse to the beam; and

an electrical generating unit including a stator and an armature, the armature being coupled to and displaced relative to the stator by the beam of the drive unit.

2. A generation facility according to claim 1 wherein the beam has at one of its ends a head provided with a convex surface, and the beam is connected to the armature of the generating unit through a cable that passes over the convex surface of the head.

3. A generation facility according to claim 1 wherein the drive unit is a pump jack.

4. A generation facility according to claim 1 wherein the drive unit includes:

a frame;

a post extended upwardly from the frame and supporting the beam;

a motor on the frame;

a crank arm supported on the frame and coupled to the motor such that the motor rotates the crank arm,

and connecting rods coupling the crank arm to the beam such that rotation of the crank arm imparts a rocking motion to the beam.

5. A generation facility according to claim 4 wherein the beam at one of its ends has a head provided with a convex surface, and the armature is connected to the beam through a cable that passes over the convex surface.

6. A generation facility according to claim 1 wherein the stator of the generating unit includes at least one coil and the armature includes at least one magnet that moves along the coil.

7. A generation facility according to claim 6 wherein the generating unit also includes a carrier to which the magnet is attached and further comprising a track along which the carrier moves.

8. A generation facility according to claim 1 wherein the armature is polygonal shape to suit design of coils.

9. A generation facility according to claim 1 wherein the armature is polygonal in cross-section.

10. A generation facility according to claim 1 wherein the armature is triangular in cross section and has magnets arranged in three set to accommodate 3 phase current there being a separate set along each side of the armature;

and wherein the stator has coils arranged in three sets, there being a separate set along each magnet set for the armature.

11. A generation facility according to claim 1 wherein the armature is a steel encased magnet fitted with extension steel rods connected on both ends to rollers in a track that allows the articulation of the armature(s).

12. A process for generating electricity, said process comprising;

imparting an oscillating motion to a beam; and

with the beam imparting relative movement between an armature and coils, so that a current flows through the coils.

13. The process according its claim 12 wherein the beam is a walking beam of a pump jack.

14. The process according to claim 12 wherein the armature is one of several armatures and the coils are arranged in multiple sets, there being a separate armature for each set of coils.

15. A vertical/linear generating unit comprising:

coils arranged in sets along an axis, and an armature for each set of coils, the armatures being mounted relative to the coils such reciprocating between the armatures and coils can occur along the axis X.

16. A vertical/linear generating unit according to claim 15 wherein the coils of each set are on both sides of the armature of the set.

17. A vertical/linear generating unit according to claim 16 wherein the armature moves vertically and the coils remain fixed in position.

18. A vertical/linear generating unit according to claim 17 wherein the length of reciprocation for the armature is about the same as the distance any set of coils occupies along the axis.

19. A vertical/linear generating unit according to claim 16 wherein the armature can remain fixed in position and the coils move vertically.