An article of manufacture for g eneratin g electrical power comprising: ne or more enclosures comprising a vessel with a lid, each o f said enclosures formed from sufficient strength to withstand motion through use; an agitator disposed in said enclosure; a liquid solution composition disposed in said enclosure, said liquid solution composition consisti nq o f in approximate percentage weight of total liquid solution percenta g e (100%), as follows: graphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein g disposed in said enclosure and said Rochelle salt bein g soluble in said water; an electronic circuit assembly operably coupled to said liquid solution composition, said electronic circuit comprising: a capacitor disposed in said lid havin q a wire extendin g throu q h said lid to said li q uid solution composition in said vessel and another wire extendin g to the exterior of said lid from said capacitor formin q an anode wire; a cathode wire extendin g throu q h said lid to said li q uid solution composition in said vessel;, said capacitor capable of stori nq an lectrical charge produced by the agitation of said liquid solution composition. Currently amended

7-10.. Canceled

Canceled

A method of generating an electrical charge, the method comprising the steps of: agitating a liquid graphene piezoelectric solution in an enclosure sufficient to produce an electrical charge, said li a uid q raphene piezoelectric solution consistin q of in approximate percenta q e wei q ht of total lia uid q raphene piezoelectric solution percenta q e (100%), as follows: q raphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein q disposed in said enclosure and said Rochelle salt bein q soluble in said water; storing said electrical charge in a capacitor disposed in said lid of said enclosure with an anode wire thereof operably coupled to said liquid graphene piezoelectric solution and the other wire of said capacitor extendin q from said lid; and using said electrical charge stored in said capacitor by connecting an-said anode wire extendin q from said lid of said capacitor and cathode wire operably coupled to said li a uid a raphene piezoelectric solution at one end and havin q another end of said cathode wire extendin q from said lid to a device.

An article of manufacture for g eneratin g electrical power comprising: ne or more enclosures comprising a vessel with a lid, each o f said enclosures formed from sufficient strength to withstand motion through use; an agitator disposed in said enclosure; a liquid solution composition disposed in said enclosure, said liquid solution composition consisti nq o f in approximate percentage weight of total liquid solution percenta g e (100%), as follows: graphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein g disposed in said enclosure and said Rochelle salt bein g soluble in said water; an electronic circuit assembly operably coupled to said liquid solution composition, said electronic circuit comprising: a capacitor disposed in said lid havin q a wire extendin g throu q h said lid to said li q uid solution composition in said vessel and another wire extendin g to the exterior of said lid from said capacitor formin q an anode wire; a cathode wire extendin g throu q h said lid to said li q uid solution composition in said vessel;, said capacitor capable of stori nq an lectrical charge produced by the agitation of said liquid solution composition. Currently amended

7-10.. Canceled

Canceled

A method of generating an electrical charge, the method comprising the steps of: agitating a liquid graphene piezoelectric solution in an enclosure sufficient to produce an electrical charge, said li a uid q raphene piezoelectric solution consistin q of in approximate percenta q e wei q ht of total lia uid q raphene piezoelectric solution percenta q e (100%), as follows: q raphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein q disposed in said enclosure and said Rochelle salt bein q soluble in said water; storing said electrical charge in a capacitor disposed in said lid of said enclosure with an anode wire thereof operably coupled to said liquid graphene piezoelectric solution and the other wire of said capacitor extendin q from said lid; and using said electrical charge stored in said capacitor by connecting an-said anode wire extendin q from said lid of said capacitor and cathode wire operably coupled to said li a uid a raphene piezoelectric solution at one end and havin q another end of said cathode wire extendin q from said lid to a device.

An article of manufacture for g eneratin g electrical power comprising: ne or more enclosures comprising a vessel with a lid, each o f said enclosures formed from sufficient strength to withstand motion through use; an agitator disposed in said enclosure; a liquid solution composition disposed in said enclosure, said liquid solution composition consisti nq o f in approximate percentage weight of total liquid solution percenta g e (100%), as follows: graphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein g disposed in said enclosure and said Rochelle salt bein g soluble in said water; an electronic circuit assembly operably coupled to said liquid solution composition, said electronic circuit comprising: a capacitor disposed in said lid havin q a wire extendin g throu q h said lid to said li q uid solution composition in said vessel and another wire extendin g to the exterior of said lid from said capacitor formin q an anode wire; a cathode wire extendin g throu q h said lid to said li q uid solution composition in said vessel;, said capacitor capable of stori nq an lectrical charge produced by the agitation of said liquid solution composition. Currently amended

7-10.. Canceled

Canceled

A method of generating an electrical charge, the method comprising the steps of: agitating a liquid graphene piezoelectric solution in an enclosure sufficient to produce an electrical charge, said li a uid q raphene piezoelectric solution consistin q of in approximate percenta q e wei q ht of total lia uid q raphene piezoelectric solution percenta q e (100%), as follows: q raphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein q disposed in said enclosure and said Rochelle salt bein q soluble in said water; storing said electrical charge in a capacitor disposed in said lid of said enclosure with an anode wire thereof operably coupled to said liquid graphene piezoelectric solution and the other wire of said capacitor extendin q from said lid; and using said electrical charge stored in said capacitor by connecting an-said anode wire extendin q from said lid of said capacitor and cathode wire operably coupled to said li a uid a raphene piezoelectric solution at one end and havin q another end of said cathode wire extendin q from said lid to a device.

An article of manufacture for g eneratin g electrical power comprising: ne or more enclosures comprising a vessel with a lid, each o f said enclosures formed from sufficient strength to withstand motion through use; an agitator disposed in said enclosure; a liquid solution composition disposed in said enclosure, said liquid solution composition consisti nq o f in approximate percentage weight of total liquid solution percenta g e (100%), as follows: graphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein g disposed in said enclosure and said Rochelle salt bein g soluble in said water; an electronic circuit assembly operably coupled to said liquid solution composition, said electronic circuit comprising: a capacitor disposed in said lid havin q a wire extendin g throu q h said lid to said li q uid solution composition in said vessel and another wire extendin g to the exterior of said lid from said capacitor formin q an anode wire; a cathode wire extendin g throu q h said lid to said li q uid solution composition in said vessel;, said capacitor capable of stori nq an lectrical charge produced by the agitation of said liquid solution composition. Currently amended

7-10.. Canceled

Canceled

A method of generating an electrical charge, the method comprising the steps of: agitating a liquid graphene piezoelectric solution in an enclosure sufficient to produce an electrical charge, said li a uid q raphene piezoelectric solution consistin q of in approximate percenta q e wei q ht of total lia uid q raphene piezoelectric solution percenta q e (100%), as follows: q raphene material between about 0.8 and 1.0 percent (%), said q raphene material comprises q raphene material from the q roup consistin q of Graphene Oxide and/or Graphene Nano platelets; piezoelectric material between about 8.0 and 10.0 percent (%), said piezoelectric material comprises a Rochelle salt; water between about 89.2 and 91 percent (%) sufficient to form a solution to produce electrical current; said li a uid solution bein q disposed in said enclosure and said Rochelle salt bein q soluble in said water; storing said electrical charge in a capacitor disposed in said lid of said enclosure with an anode wire thereof operably coupled to said liquid graphene piezoelectric solution and the other wire of said capacitor extendin q from said lid; and using said electrical charge stored in said capacitor by connecting an-said anode wire extendin q from said lid of said capacitor and cathode wire operably coupled to said li a uid a raphene piezoelectric solution at one end and havin q another end of said cathode wire extendin q from said lid to a device.