Conductor-mixed active electrode material, electrode structure, rechargeable battery, and manufacturing method of conductor-mixed active electrode material

A method of making a lithium rechargeable battery, comprising the steps of:

• producing a current collecting material;
• providing an electrode layer by producing a conductor-mixed active electrode material, wherein a flocculent conductive material coats an active electrode material without the use of a binder, the conductive material facilitating movement of electrons between the conductive material and the active electrode material;
• and
• producing an electrical conduction assistant, wherein said electrode layer is coupled to a surface of the current collecting material by a binder.

A lithium rechargeable battery, comprising:

• at least one electrode having
• a current collecting material;
• an electrode layer comprising;
• a conductor-mixed active electrode material, wherein a flocculent conductive material coats an active electrode material without the use of a binder, the conductive material facilitating movement of electrons between the conductive material and the active electrode material;
• an electrical conduction assistant, wherein said electrode layer is coupled to a surface of the current collecting material by a binder;
• and
• an anchor material partially depressed against said current collecting material and between said current collecting material and said electrode layer.