Abstract:
A portable animal feed supply bin for holding a few feedings in which a hopper has a lid on the top end for refilling the hopper and a slide plate covering a feed dispensing open bottom end. Within the hopper is an open grate assembly attached to a bar slidably that is mounted by a housing removably attached to a wall of the hopper. A lever assembly, or gear drive, engages the grate assembly bar to raise and lower the grate assembly to break up clumps and bridging of the feed.
Abstract:
An automated feeding system for feeding livestock in a plurality of pens and a method for using the feeding system. The feeding system includes a plurality of feeders with one feeder in each of a first subset of a plurality of pens. A single controller is used for operation of the feeders and a communication line/cable is provided between the controller and the feeders. The communication line/cable is releasably coupled to each feeder so that the feeders can be used in a first subset of pens after which they are uncoupled from the communication line/cable, moved to a second subset of pens and recoupled to the communication line/cable so that a single controller operates the feeders regardless of which pen they are positioned in.
Abstract:
The invention relates to a method and an apparatus for dosing the components of a mixed fodder for feeding cattle. The straw feed is delivered onto a horizontal conveyor (6) for weighing its amount thereon. The flour is metered by means of metering mechanisms (7, M1-M4) controlled by a calculator (8a), which dose amounts of flour proportioned as desired to the amount of straw feed directly within the straw feed concurrently with the weighing thereof. The weighing result of a weighed component is reduced in real time on the basis of dosages received from the calculator (8a).
Abstract:
An apparatus for storing and dispensing particulate material, such as bird seed, employs a dispensing valve having a first disk fixedly mounted in a housing and a second disk rotatably mounted in the housing. The first disk has circumferentially spaced first apertures and the second disk has circumferentially spaced second apertures. The boundaries of the first apertures intersect the periphery of the first disk, and the boundaries of the second apertures intersect the periphery of the second disk. The second disk can be rotated to select a desired position, such as a closed position in which the first and second apertures are completely unaligned, a fully open position in which the first and second apertures are completely aligned, or a partially open position in which the first and second apertures are partially aligned.
Abstract:
An opening and closing apparatus for feed drops in a feed conveying system has a plurality of containers are disposed for receiving feed from a conveyor system, each of the containers having an opening in the bottom thereof. A respective valve member is disposed adjacent each one of the openings and each respective valve member has a closed position for preventing feed from falling out of each respective opening, and an open position permitting the feed to fall out of each respective container through each respective opening therein. A somewhat rigid transverse member is provided adjacent to each one of the containers and this transverse member is biased to a first position and is movable to a second position. A respective elongated member is operatively attached at one end thereof to the transverse member and is operatively attached to a respective one of the valve members at the other end thereof.
Abstract:
An apparatus for automatically dispensing measured amounts of hay to livestock on a selected schedule consists of a rectangular enclosure with a loading door on one side and dispensing doors on the opposite side. The enclosure is divided into adjacent cells by a series of parallel, off-angle partitioning walls, each cell being sized to accept a flake of hay or other appropriate single-feeding feed portion. The invention can be oriented horizontally in a top-loading, or rear-loading configuration, or vertically on its end, to accommodate different situations. In the top-loading configuration a hinged door that opens downward is attached to the bottom of each cell. A sequencing bar extends the length of the enclosure to hold the doors closed initially and to allow the doors to open and the flakes to be dropped on schedule when the bar is moved linearly. A rack and pinion, a drive motor, a timer controlled circuit, position tabs on the bar, and an electric sensing switch provide accurate means for this movement. The enclosure has an inclined chute positioned to catch the falling flakes and guide them to an appropriate place for feeding the animals.
Abstract:
A comprehensive and accurate feed rate monitoring and control system and method for livestock feeding operations includes a central programmable controller mounted in a feed distributing truck into which is input specific information for each livestock pen and associated feed bunk. This information includes the pen number, the length of the feed bunk, any unusual pen configuration and the amount of feed to be distributed in each bunk. The computer then calculates initial set points for vehicle speed and/or discharge door opening, taking into account the bunk length and any special pattern feeding criteria due to pen configuration. The system can display these set points for manual control or the feed truck optionally includes an accurate ground speed sensor or truck position sensor and an accurate feed rate sensor, which can be a load cell mounted on the feed chute itself. Once a feed run is commenced along a specific bunk, the controller provides real time monitoring of vehicle speed and feed rate, constantly recalculating the amount remaining to be fed and the length remaining to the end of the bunk, which variables are then used to update and adjust the set points for vehicle speed and/or discharge opening.
Abstract:
An automatic dry food feeder for animals is described. The feeder consists of a housing with a hopper fitted in the housing having sloping members terminating in a rectangular section at the bottom of the hopper. An electric motor having a gearbox attached thereto is located outside the rectangular portion of the hopper. The gearbox shaft extends into the rectangular portion with a sleeve fitted over the shaft. Attached to the sleeve are segmented flexible vanes that rotate in accordance with the signal provided by an electronic programmable controller. Rotating the segmented flexible vanes a prescribed amount in response to a programmed timer dispenses a measured amount of dry animal food into a tray.
Abstract:
An animal feeder for feeding squirrels or other similar small wild animals includes a pivotally mounted hollow tube having a reservoir therein for containing granular food, and open ends. As the squirrels climb about on the feeder, they cause it to tip back and forth in "teeter-totter" fashion, with each tipping of the tube causing a small portion of food to be dispensed from the reservoir through the open end of the tube. Exchangeable metering diaphragms having metering apertures therethrough partially occlude the open ends of the hollow tube to restrict the amount of food dispensed with each "teetering" of the tube. The metering apertures are sized and arranged in accordance with the dry flow characteristics of the granular food used. Transparent windows are provided in the tube so that the squirrels can see the food therein.
Abstract:
An automatic feeder for tropical fish comprises a rotatable container containing granular feed and a driving device for rotating the container only at preselected times to discharge a predetermined amount of feed from the container. A switch turns on a drive motor at the preselected times to rotate the container, and a pre-settable timer controls the actuation of the switch. The container has a rectangular shape and is divided into a feed-receiving portion and a feed-discharge portion which communicate with each other through an adjustable opening. Rotation of the container through one revolution causes a predetermined amount of feed to flow from the feed-receiving portion through the opening into the feed-discharge portion for discharge from the container.