초록 ▼

A combined motor-battery system comprising an electric power source adapted to convert self-originating electrical current to mechanical power utilizing a set of common functional structures. Preferred embodiments include an electrochemical cell comprising field reactive electrodes that directly pr

A combined motor-battery system comprising an electric power source adapted to convert self-originating electrical current to mechanical power utilizing a set of common functional structures. Preferred embodiments include an electrochemical cell comprising field reactive electrodes that directly produce extractable mechanical forces in the presence of a magnetic field.

대표청구항 ▼

What is claimed is: 1. A power system comprising: a) at least one magnetic field source structured and arranged to produce at least one magnetic field having lines of flux extending in at least one first direction; b) at least one electrochemical energy source structured and arranged to produce at

What is claimed is: 1. A power system comprising: a) at least one magnetic field source structured and arranged to produce at least one magnetic field having lines of flux extending in at least one first direction; b) at least one electrochemical energy source structured and arranged to produce at least one electrical potential from at least one electrochemical process; and c) at least one positioner structured and arranged to position said at least one electrochemical energy source in at least one position of interaction with such at least one magnetic field; d) wherein said at least one electrochemical energy source comprises at least one electrode structured and arranged to conduct at least one flow of electrical current, derived from such at least one electrical potential, in at least one second direction perpendicular to such first direction; e) wherein interaction between such at least one electric current and such at least one magnetic field produces at least one magnetic force acting substantially directly on said at least one electrochemical energy source in a third direction perpendicular to both such at least one first direction and said at least one second direction; and f) wherein action of such at least one magnetic force on said at least one electrochemical energy source produces at least one useable mechanical force. 2. The power system according to claim 1 wherein: a) said at least one positioner comprises at least one motion enabler structured and arranged to enable relative motion between said at least one electrochemical energy source and said at least one magnetic field source; b) influence of such at least one magnetic force on said at least one electrochemical energy source produces such relative motion; and c) such relative motion comprises mechanical work extractable from said power system. 3. The power system according to claim 2 wherein said at least one electrode comprises at least one magnetic field concentrator structured and arranged to concentrate such at least one magnetic field to enhance magnetic field interaction with such at least one electric current conducted within said at least one electrode. 4. The power system according to claim 2 wherein: a) said at least one motion enabler comprises at least one rotator structured and arranged to allow rotation about at least one rotational axis; b) such at least one rotational axis comprises an orientation non-parallel with such third direction; and c) such at least one magnetic force produces at least one rotational torque about said at least one rotational axis. 5. The power system according to claim 4 wherein: a) said at least one electrochemical energy source comprises at least one electrochemical cell; b) said at least one electrochemical cell comprises i) at least one electrolyte structured and arranged to support such at least one electrochemical process, and ii) said at least one electrode; c) said at least one electrode is conductively coupled with such at least one electrolyte; and d) said at least one electrode comprises at least one electrically conductive anode portion and at least one electrically conductive cathode portion each one structured and arranged to conduct at least one electrical charge generated by such at least one electrochemical process. 6. The power system according to claim 5 wherein: a) said at least one electrically conductive anode portion and said at least one electrically conductive cathode portion are oriented to comprise at least one interstitial space; and b) said at least one electrolyte is laminated between said at least one electrically conductive anode portion and said at least one electrically conductive cathode portion substantially within said at least one interstitial space. 7. The power system according to claim 6 wherein said at least one electrochemical energy source comprises a plurality of said at least one electrochemical cells. 8. The power system according to claim 7 wherein each said at least one electrochemical cell of said plurality comprises at least one electrical insulator structured and arranged to insulate electrically said at least one electrically conductive anode portion from said electrically conductive cathode portion of at least one adjacent said at least one electrochemical cell. 9. The power system according to claim 8 wherein: a) said plurality of said at least one electrochemical cells comprises at least one radial armature comprising at least one generally radial arrangement of said at least one electrochemical cells about said at least one rotational axis; and b) said at least one magnetic field source comprises at least one stator structured and arranged to allow rotation of said at least one radial armature within such at least one magnetic field. 10. The power system according to claim 9 wherein said rotator comprises at least one drive shaft structured and arranged to transfer torque from said at least one radial armature. 11. The power system according to claim 9 wherein said at least one electrochemical cells are electrically coupled to form at least one laminated coil. 12. The power system according to claim 9 further comprising at least one current controller structured and arranged to control levels of current interacting with such at least one magnetic field. 13. The power system according to claim 12 wherein said at least one current controller comprises at least one recharging circuit. 14. The power system according to claim 13 further comprising at least one commutator structured and arranged to control current flow. 15. The power system according to claim 14 wherein said at least one commutator comprises at least one coordinator to coordinate the interaction of such at least one magnetic field and such at least one electrical current. 16. The power system according to claim 9 wherein said at least one electrochemical cell comprises at least one secondary-type cell. 17. The power system according to claim 16 further comprising: a) at least one auxiliary energy source structured and arranged to recharge said at least one secondary-type cell; and b) at least one external electrical connection structured and arranged to recharge said at least one secondary-type cell from said at least one auxiliary energy source. 18. The power system according to claim 9 wherein said at least one magnetic field source comprises at least one electromagnetic field generator. 19. The power system according to claim 9 wherein said at least one magnetic field source comprises at least one permanent magnet. 20. The power system according to claim 9 wherein: a) said at least one radial armature comprises at least two discrete groupings of said plurality of said at least one electrochemical cells; b) at least one of said at least two discrete groupings is structured and arranged to interact with such at least one magnetic field to produce extractable power; and c) at least one of at least one of said at least two discrete groupings is isolated from such at least one magnetic field to allow at least one alternate non-power-producing function. 21. The power system according to claim 20 wherein such at least one alternate non-power-producing function comprises heat dissipation from said at least one of said at least two discrete groupings. 22. The power system according to claim 20 wherein such at least one alternate non-power-producing function comprises electrical recharging of said at least one of said at least two discrete groupings. 23. The power system according to claim 9 wherein said at least one radial armature comprises at least one flywheel assembly structured and arranged to store extractable kinetic energy. 24. The power system according to claim 8 wherein said at least one electrochemical cells are electrically coupled to form at least one parallel circuit. 25. The power system according to claim 8 wherein said at least one electrochemical cells are electrically coupled to form at least one series circuit.