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A discharge box capable of transporting and then dispensing a high bulk density of solid product with substantially no human intervention. The discharge box includes separable/replaceable components allowing for a low cost, low maintenance, and long-term package and includes a tamper-evidence site w

A discharge box capable of transporting and then dispensing a high bulk density of solid product with substantially no human intervention. The discharge box includes separable/replaceable components allowing for a low cost, low maintenance, and long-term package and includes a tamper-evidence site window, and desiccant pockets, in a lid portion.

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What is claimed is: 1. A discharge box for transporting and for dispensing a high bulk density of solid product within an automated material handling system substantially without human intervention, said discharge box comprising: an enclosure having a conical shaped lower surface and a discharge po

What is claimed is: 1. A discharge box for transporting and for dispensing a high bulk density of solid product within an automated material handling system substantially without human intervention, said discharge box comprising: an enclosure having a conical shaped lower surface and a discharge port located at the peak of said conical shaped lower surface, said enclosure also having a top opening; a displaceable cone valve positioned in said discharge port, said cone valve being displaced against said conical shaped lower surface when said enclosure is initially loaded with the high bulk density of solid product and which closes said cone valve and discharge port, said displaceable cone valve comprising a cavity for receipt of an actuator from the automated material handling system; a pallet releasably secured to said enclosure adjacent said conical shaped lower surface, said pallet forming a support for said enclosure, said pallet comprising first keying elements that correspond to second keying elements in a lower surface of said enclosure, said pallet comprising an opening for providing access to said cavity of said displaceable cone to the actuator and for permitting passage of the high bulk density of solid product from said discharge port; and a removable lid for closing off said top opening of said enclosure, said lid comprising third keying elements that correspond to fourth keying elements in an upper surface of said enclosure, said removable lid comprising a window for permitting visual observation of the high bulk density of solid product; and wherein said removable lid further comprises desiccant pockets positioned against an inner side of said lid by a releasable cover and wherein said cover comprises vent holes. 2. A discharge box for transporting and for dispensing a high bulk density of solid product within an automated material handling system substantially without human intervention, said discharge box comprising: an enclosure having a conical shaped lower surface and a discharge port located at the peak of said conical shaped lower surface, said enclosure also having a top opening; a displaceable cone valve positioned in said discharge port, said cone valve being displaced against said conical shaped lower surface when said enclosure is initially loaded with the high bulk density of solid product and which closes said cone valve and discharge port, said displaceable cone valve comprising a cavity for receipt of an actuator from the automated material handling system; a pallet releasably secured to said enclosure adjacent said conical shaped lower surface, said pallet forming a support for said enclosure, said pallet comprising first keying elements that correspond to second keying elements in a lower surface of said enclosure, said pallet comprising an opening for providing access to said cavity of said displaceable cone to the actuator and for permitting passage of the high bulk density of solid product from said discharge port; and a removable lid for closing off said top opening of said enclosure, said lid comprising third keying elements that correspond to fourth keying elements in an upper surface of said enclosure, said removable lid comprising a window for permitting visual observation of the high bulk density of solid product; and wherein said lid comprises pallet guide elements that permit a second discharge box to be stacked on top of said lid. 3. A discharge box for transporting and for dispensing a high bulk density of solid product within an automated material handling system substantially without human intervention, said discharge box comprising: an enclosure having a conical shaped lower surface and a discharge port located at the peak of said conical shaped lower surface, said enclosure also having a top opening, a displaceable cone valve positioned in said discharge port, said cone valve being displaced against said conical shaped lower surface when said enclosure is initially loaded with the high bulk density of solid product and which closes said cone valve and discharge port, said displaceable cone valve comprising a cavity for receipt of an actuator from the automated material handling system; a pallet releasably secured to said enclosure adjacent said conical shaped lower surface, said pallet forming a support for said enclosure, said pallet comprising first keying elements that correspond to second keying elements in a lower surface of said enclosure, said pallet comprising an opening for providing access to said cavity of said displaceable cone to the actuator and for permitting passage of the high bulk density of solid product from said discharge port; and a removable lid for closing off said top opening of said enclosure, said lid comprising third keying elements that correspond to fourth keying elements in an upper surface of said enclosure, said removable lid comprising a window for permitting visual observation of the high bulk density of solid product; and wherein said pallet is releasably secured to said enclosure using a plurality of fasteners. 4. A discharge box for transporting and for dispensing a high bulk density of solid product within an automated material handling system substantially without human intervention, said discharge box comprising: an enclosure comprising polyethylene and having a conical shaped lower surface and a discharge port located at the peak of said conical shaped lower surface, said enclosure also having a top opening; a displaceable cone valve positioned in said discharge port, said cone valve being displaced against said conical shaped lower surface when said enclosure is initially loaded with the high bulk density of solid product and which closes said cone valve and discharge port, said displaceable cone valve comprising a cavity for receipt of an actuator from the automated material handling system; a pallet releasably secured to said enclosure adjacent said conical shaped lower surface, said pallet forming a support for said enclosure, said pallet comprising first keying elements that correspond to second keying elements in a lower surface of said enclosure, said pallet comprising an opening for providing access to said cavity of said displaceable cone to the actuator and for permitting passage of the high bulk density of solid product from said discharge port; and a removable lid for closing off said top opening of said enclosure, said lid comprising third keying elements that correspond to fourth keying elements in an upper surface of said enclosure, said removable lid comprising a window for permitting visual observation of the high bulk density of solid product; and wherein said enclosure comprises four molded, double-walls that are filled with foam. 5. The discharge box of claim 4 wherein each of said four walls comprises a plurality of vertically-oriented gussets. 6. A method for providing the transportation and dispensing of a high bulk density solid product within an automated material handling system substantially without human intervention using a low cost, low maintenance, and long-term package, said method comprising: providing a double-walled enclosure whose walls are filled with foam and wherein said enclosure includes a conical shaped lower surface and a discharge port located at the peak of said conical shaped lower surface, said enclosure also having a top opening; positioning a displaceable cone valve in said discharge port against said conical shaped lower surface to close said discharge port, said displaceable cone comprising a cavity for receipt of an actuator from the automated material handling system; releasably securing a pallet to said enclosure adjacent said conical shaped lower surface, said pallet forming a support for said enclosure, said pallet comprising first keying elements that correspond to second keying elements in a lower surface of said enclosure, said pallet comprising an opening for providing access to said cavity of said displaceable cone to the actuator and for permitting passage of the high bulk density of solid product from said discharge port; filling said enclosure through said top opening with the high bulk density of solid product which loads against said cone valve to close said discharge port; positioning a removable lid over said top opening of said filled enclosure and releasably securing said lid to said enclosure, said lid comprising third keying elements that correspond to fourth keying elements in an upper surface of said enclosure, said removable lid comprising a window for permitting visual observation of the high bulk density of solid product, said enclosure, pallet and lid forming a discharge box; transporting said filled discharge box to the automated material handling system; positioning said filled discharge box at a discharge station of the automated material handling system and aligning said filled discharge box such that said cone valve cavity is aligned with a discharge station actuator; and activating said discharge station actuator to engage said cone valve cavity and displacing said cone valve away from said discharge port to dispense the high bulk density solid product into a hopper of the discharge station. 7. The method of claim 6 further comprising providing a window in said lid for viewing the high bulk density solid product that is loaded into said enclosure. 8. The method of claim 6 further comprising providing desiccant pockets on an inner surface of said lid. 9. The method of claim 7 further comprising including pallet guide elements on an outside surface of said lid for supporting another discharge box to be stacked on top of said lid. 10. The method of claim 6 wherein said conical shaped lower surface comprises an angle of approximately 30° with respect to a horizontal reference. 11. The method of claim 9 wherein said step of transporting said filled discharge box comprises transporting a plurality of filled discharge boxes stacked on top of each other.