Diamond International Corporation

Everett M Keen

Anthony J Siciliano

Serge Artamonoff

William S Peppler

Kiran Chhabildas Shah

Leonard Roy Stigen

Auger assembly for use in feed dispensing hoppers comprising in combination an elongate housing member with feed dispensing openings on the underside thereof, web portions extending above the dispensing openings, feed admitting cutouts longitudinally spaced from the openings and on the upper side of the housing member; at least one drive shaft disposed in the housing member and extending the full length thereof; a multi-sectional auger device having a bore disposed around the drive shaft and secured thereto for rotation therewith. Each section of the auger device is adapted to convey feed into the space under a web portion of the housing member and dispense feed out through a dispensing opening.

Auger assembly for use in feed dispensing hoppers

A feed dispensing hopper of the type adapted to travel along the length of a battery cage arrangement to dispense feed into feed troughs extending along the battery cage arrangement which includes at least a pair of inclined wall portions converging to a channel portion to which feed is funneled by gravity. An auger device is provided in the bottom of the channel and is adapted to convey feed out through feed discharge outlets into the troughs. An agitating mechanism is provided to break up the feed that is funneled into the channel and a canopy or hood is disposed above the agitator to divert feed to opposite sides of the agitator and thus prevent packing of feed all around the agitator.

Feed dispensing hopper

A system for economically controlling feed of livestock to effect maximum consumption of all feed ingredients supplied to livestock comprising cage structure for confining livestock in a plurality of separate groups, separate feed troughs on the cage structure for each of the groups of livestock, and individual travelling feed dispensing hoppers for dispensing feed into the separate feed troughs. The system also includes a control mechanism for periodically effecting travel and return of the feed hoppers to dispense feed into the troughs numerous times in the course of each day. Each of the feed dispensing hoppers includes feed dispensing mechanism for causing feed to be dispensed therefrom into the troughs associated therewith. The feed dispensing mechanisms in the hopper for one group of livestock is of such capacity as to dispense all the feed that the group of livestock can eat during the course of each day with such feed being dispensed in small quantities numerous times each day. The feed dispensing mechanism in the hoppers for all other groups of livestock are of substantially identical dispensing capacity, but of about 5-10% less than the capacity of that for the one group of livestock to be fed all that it can eat.

System for controlling feed of livestock

A method of controlling feed ingredients and quantity consumed by livestock including the steps of confining the livestock in an area, segregating the livestock into two or more groups, providing each of the segregated groups of livestock with its own individual feed receptacle, dispensing accurately measured uniform quantities of feed into each receptacle at numerous intervals each day. In the case of poultry, for example, groups of five chickens each may be confined in a cage with a feed receptacle that is on the order of 15 inches in length provided therefor. Feed may be dispensed into each receptacle on the order of about 4 to 20 times each day. For groups of five chickens fed 16 times a day, for example, the quantity of feed dispensed into each receptacle at each feeding interval may be about one ounce per 15 inches or five chickens.

Growing community of inventors

Vineland, NJ, United States of America

Everett M Keen