Metering system with variable discharge
An improved particulate metering system is provided with variable blend, application rate, and section control. The system includes a plurality of particulate mixing areas, each having an air input and a plurality of particulate inputs. A plurality of particulate sources is provided, each being in communication with a particulate input of a particulate mixing area. A separate type of particulate can be in each of the plurality of particulate sources. The system includes a plurality of operated conveyances, each being in communication with a particulate source and a particulate input. Each of the plurality of particulate mixing areas can receive air from the air input and a separate type of particulate, and can discharge an air-particulate mixture. One or more metering controls operably control one or more of the operated conveyances.
1. A particulate metering system with variable discharge control, comprising:
a flow path having:
a. an inlet in communication with one or more intake points configured to receive particulate from particulate storage containers;
b. an outlet in communication with two or more discharge points configured to dispense particulate from particulate accelerators;
a plurality of particulate storage containers, each of the plurality of particulate storage containers having different types of particulate;
a plurality of separate particulate accelerators within the flow path, each of the plurality of separate particulate accelerators having a mixture ratio of particulate;
one or more metering controls in operable control of metering the different types of particulate into the plurality of separate particulate accelerators for controlling a variation of the mixture ratio; and
wherein the mixture ratio is unequally distributed across the two or more discharge points of the flow path.
2. The particulate metering system of claim 1 , further comprising:
a plurality of operated particulate conveyors in communication with the plurality of particulate storage containers and the plurality of separate particulate accelerators, each of the plurality of operated particulate conveyors having a separate discharge.
3. The particulate metering system of claim 2 , further comprising:
a plurality of conveyance speeds, each of the plurality of conveyance speeds associated with at least one of the plurality of operated particulate conveyors.
4. The particulate metering system of claim 2 wherein each of the plurality of separate particulate accelerators is associated with more than one of the plurality of operated particulate conveyors.
5. The particulate metering system of claim 1 wherein each of the plurality of separate particulate accelerators receives the different types of particulate from the particulate storage containers.
6. The particulate metering system of claim 1 wherein each of the plurality of separate particulate accelerators is in communication with one of the one or more intake points and one of the one or more discharge points.
7. The particulate metering system of claim 1 , further comprising:
a first set of operated particulate conveyors; and
a second set of operated particulate conveyors comprising a subset of the first set of operated particulate conveyors;
wherein a conveyance rate of the first set of operated particulate conveyors and a conveyance rate of the second set of the operated particulate conveyors are associated with the same one of the plurality of particulate storage containers,
wherein the conveyance rate of the first set of operated particulate conveyors and the conveyance rate of the second set of operated particulate conveyors are selectively controllable.
8. A particulate metering system with variable discharge control, comprising:
a plurality of particulate accelerators, each of the plurality of particulate accelerators having:
a) an air input; and
b) a plurality of particulate inputs;
a plurality of particulate sources, each of the plurality of particulate sources in communication with one of the plurality of particulate inputs of each of the plurality of particulate accelerators;
a separate type of particulate in each of the plurality of particulate sources; and
a plurality of operated particulate conveyors, each of the plurality of operated particulate conveyors in communication with at least one of the plurality of particulate sources and one of the plurality of particulate inputs;
a first subset of the plurality of particulate accelerators;
a first particulate blend distributed across the first subset of the plurality of particulate accelerators;
a second subset of the plurality of particulate accelerators; and
a second particulate blend distributed across the second subset of the plurality of particulate accelerators,
wherein the first particulate blend and the second particulate blend contain different metered proportions of particulate; and
wherein each of the plurality of particulate accelerators receives air from the air input, receives a separate type of particulate, and discharges an air-particulate mixture.
9. The particulate metering system of claim 8 , further comprising:
a particulate blend of the plurality of types of particulate;
wherein the particulate blend is varied across the plurality of particulate accelerators.
10. The particulate metering system of claim 9 , further comprising:
one or more metering controls in operable control of the plurality of operated particulate conveyors, wherein the one or more metering controls control the particulate blend within each of plurality of particulate accelerators.
11. The particulate metering system of claim 8 wherein each of the plurality of particulate accelerators receives the air from a common air source.
12. The particulate metering system of claim 8 , further comprising:
a rate of operation of each of the plurality of operated particulate conveyors,
wherein the rate of operation is selectively controllable.
13. A method for metering particulate, the method comprising the steps of:
providing a plurality of types of particulate, a plurality of particulate sources, a plurality of particulate accelerators, and a plurality of operated particulate conveyors associated with each of the plurality of particulate accelerators;
conveying each of the plurality of the types of particulate from the plurality of particulate sources to the plurality of operated particulate conveyors;
guiding each of the plurality of types of particulate from the plurality of operated particulate conveyors to the plurality of particulate accelerators;
controlling a particulate blend of the plurality of types of particulate across each of the plurality of particulate accelerators;
providing a flow of air through an inlet on each the plurality of accelerators;
discharging the particulate blend through an outlet on each the plurality of accelerators; and
independently controlling a conveyance rate of each of the plurality of operated particulate conveyors associated with each of the plurality of particulate accelerators.
14. The method of claim 13 , further comprising the step of:
providing the flow of air to the inlet on each the plurality of accelerators from a common air source.
15. A particulate metering system with variable discharge control, comprising:
a flow path having:
a. an inlet in communication with one or more intake points configured to receive particulate from particulate storage containers;
b. an outlet in communication with two or more discharge points configured to dispense particulate from particulate accelerators;
a plurality of particulate storage containers, each of the plurality of particulate storage containers having different types of particulate;
a plurality of separate particulate accelerators within the flow path, each of the plurality of separate particulate accelerators having a mixture ratio of particulate;
one or more metering controls in operable control of metering the different types of particulate into the plurality of separate particulate accelerators for controlling a variation of the mixture ratio; and
a plurality of operated particulate conveyors in communication with one of the plurality of separate particulate mixing accelerators;
wherein each of the plurality of operated particulate conveyors is in communication with one of the plurality of particulate storage containers and conveys one of the different types of particulate to the one of the plurality of separate particulate mixing accelerators;
wherein two or more of the plurality of operated particulate conveyors operate at a different rate.
16. A particulate metering system with variable discharge control, comprising:
a plurality of particulate accelerators, each of the plurality of particulate accelerators having:
a) an air input; and
b) a plurality of particulate inputs;
a plurality of particulate sources, each of the plurality of particulate sources in communication with one of the plurality of particulate inputs of each of the plurality of particulate accelerators;
a separate type of particulate in each of the plurality of particulate sources; and
a plurality of operated particulate conveyors, each of the plurality of operated particulate conveyors in communication with at least one of the plurality of particulate sources and one of the plurality of particulate inputs;
wherein each of the plurality of particulate accelerators receives air from the air input, receives a separate type of particulate, and discharges an air-particulate mixture;
wherein two or more of the plurality of operated particulate conveyors is in communication with one of the plurality of particulate accelerators.
17. A method for metering particulate, the method comprising the steps of:
providing a plurality of types of particulate, a plurality of particulate sources, a plurality of particulate accelerators, and a plurality of operated particulate conveyors associated with each of the plurality of particulate accelerators;
conveying each of the plurality of the types of particulate from the plurality of particulate sources to the plurality of operated particulate conveyors;
guiding each of the plurality of types of particulate from the plurality of operated particulate conveyors to the plurality of particulate accelerators;
controlling a particulate blend of the plurality of types of particulate across each of the plurality of particulate accelerators;
providing a flow of air through an inlet on each the plurality of accelerators;
discharging the particulate blend through an outlet on each the plurality of accelerators;
controlling a conveyance rate of a first subset of the plurality of operated particulate conveyors; and
controlling a conveyance rate of a second subset of the plurality of operated particulate conveyors independent from the first subset of the plurality of operated particulate conveyors.