Method and apparatus for administering micro-ingredient feed additives to animal feed rations
View Patent ↗A method and apparatus are provided for administering micro-ingredient feed additives to animal feed rations. The apparatus may be referred to as a system which includes a number of discrete components which cooperate together to ultimately deliver micro-ingredients to a desired location, such as a feed mixer containing a feed ration. Structure is provided for storing, measuring, dispensing, and conveying the micro-ingredients. Measuring of the micro-ingredients may be achieved by loss in weight, gain in weight, or volumetric metering methods. Transport by a liquid carrier such as water may be achieved by providing one or a plurality of conveyance pumps connected to a transport line. The system is operated by a control unit which controls components of the system to achieve delivery of specified amounts and types of micro-ingredients to the feed ration.
1. A method of measuring, dispensing, and delivering micro-ingredients to a feed ration, said method comprising:
providing a bin for storing a quantity of a micro-ingredient;
metering the micro-ingredient from the bin to a weigh hopper;
weighing the micro-ingredient in the weigh hopper;
transferring the micro-ingredient from the weigh hopper to a product collection tank, the product collection tank comprising a funnel-like, a flush chamber connected to the funnel like portion, and an outlet interconnected to the flush chamber;
activating a flush ring pump to provide a flush ring water to a flush ring interconnected to the product collection tank; and
activating a conveyance pump to convey a backfill water from a previous delivery, the flush ring water and the micro-ingredient from the product collection tank to the feed ration; and
maintaining an amount of backfill water in the product collection tank for use in a subsequent micro-ingredient delivery.
2. A method as claimed in claim 1 , wherein said flush chamber comprises about 10% of a width of said production collection tank.
3. A method as claimed in claim 1 , wherein a flush chamber bottom surface of said flush chamber slopes downward toward said outlet.
4. A method as claimed in claim 1 , wherein said flush ring comprises a front flush ring and a rear flush ring, said front and rear flush rings having a plurality of first perforations, said front flush ring further comprising a plurality of second perforations, wherein said second perforations provide at least a portion of the flush ring water to a sidewall of said flush chamber.
5. A method of measuring, dispensing, and delivering micro-ingredients to a feed ration, said method comprising:
metering a micro-ingredient from storage to a weighing device;
weighing the micro-ingredient on the weighing device;
transferring the micro-ingredient from the weighing device to a product collection tank, the product collection tank comprising a funnel like portion, a flush chamber connected to the funnel like portion, and an outlet interconnected to the flush chamber, said flush chamber having a width less than width of said funnel like portion;
activating a flush ring pump to provide a flush ring water to a flush ring connected to the product collection tank; and
activating a conveyance pump to convey a back-fill water from a previous delivery, the flush ring water and the micro ingredient from the product collection tank to the feed ration; and
maintaining an amount of backfill water in the product collection tank for use in subsequent micro-ingredient delivery.
6. A method as claimed in claim 5 , wherein said width of said flush chamber is about 10% of a width of said production collection tank.
7. A method as claimed in claim 5 , wherein a flush chamber bottom surface of said flush chamber slopes downward toward said outlet.
8. A method as claimed in claim 5 , wherein said flush ring comprises a front flush ring and a rear flush ring, said front and rear flush rings having a plurality of first perforations, said front flush ring further comprising a plurality of second perforations, wherein said second perforations provide at least a portion of the flush ring water to a sidewall of said flush chamber.
9. A method, as claimed in claim 5 , wherein said flush chamber further comprises a sloping bottom surface.
10. A method, as claimed in claim 9 , wherein said sloping bottom surface comprises a bottom angle between about 1 to 10 degrees from horizontal.
11. A method, as claimed in claim 5 , wherein:
said outlet is substantially horizontal.
12. A method, as claimed in claim 5 , wherein:
said product collection tank further includes an extension portion connected to said funnel like portion.
13. A method, as claimed in claim 5 , wherein:
a side wall of said flush chamber is substantially vertical.
14. A method, as claimed in claim 5 , wherein:
an end wall of said flush chamber is substantially vertical.
15. A method, as claimed in claim 5 , wherein:
said flush chamber includes a pair of side walls interconnected by an end wall.
16. A method, as claimed in claim 5 , wherein:
said flush chamber includes side walls and an end wall, said side walls and said end wall being orientated substantially vertical, and further wherein said side walls are substantially triangular shaped and said end wall is substantially rectangular shaped.
17. A method, as claimed in claim 5 , wherein:
said funnel like portion comprises a plurality of planer sloping surfaces.
18. A method of measuring, dispensing, and delivering micro-ingredients to a feed ration, said method comprising:
storing a quantity of a micro-ingredient;
weighing the micro-ingredient;
transferring the micro-ingredient to a product collection tank, wherein the product collection tank comprises a funnel like portion, a flush chamber protruding from the funnel like portion, and an outlet interconnected to the flush chamber, said outlet being oriented substantially horizontal;
simultaneously activating a flush ring pump to provide a flush ring water to a flush ring connected to the product collection tank and activating a conveyance pump to convey the micro-ingredient; and
said simultaneously activating step further includes activating the conveyance pump to convey the micro-ingredient and a backfill water retained in the product collection tank from a previous delivery.
19. A method of measuring, dispensing, and delivering micro-ingredients to a feed ration, said method comprising:
storing a quantity of a micro-ingredient;
weighing the micro-ingredient;
transferring the micro-ingredient to a product collection tank, wherein the product collection tank comprises a funnel like portion, a flush chamber protruding from the funnel like portion, and an outlet interconnected to the flush chamber, said outlet being oriented substantially horizontal; and
activating a flush ring pump to provide a flush ring water to a flush ring connected to the product collection tank and activating a pair of conveyance pumps to convey (i) a backfill water from a previous delivery, (ii) the flush ring water and (iii) the micro-ingredient, all from the product collection tank to the feed ration.