Abstract: A rotary feed dispensing apparatus includes a reservoir configured to hold feed. The apparatus includes a rotary dispenser having an inlet operatively coupled to the reservoir and a rotary dispenser outlet, the rotary dispenser defining a rotary dispenser interior area configured to selectively receive the feed from the reservoir through the rotary housing inlet. An impellor assembly is rotatably mounted in the rotary dispenser, the impellor assembly having an impellor body portion and at least one impellor end portion pivotally coupled to the impellor body portion. The impellor end portion is movable between an extended configuration and a folded configuration. A motor is operatively coupled to the impellor assembly and configured to rotate the impellor assembly when energized. The impellor end portion is configured to eject the feed from the rotary dispenser through the outlet when the motor is energized and the impellor end portion is at the extended configuration.

Abstract: A rotary feed dispensing apparatus includes a reservoir configured to hold feed. The apparatus includes a rotary dispenser having an inlet operatively coupled to the reservoir and a rotary dispenser outlet, the rotary dispenser defining a rotary dispenser interior area configured to selectively receive the feed from the reservoir through the rotary housing inlet. An impellor assembly is rotatably mounted in the rotary dispenser, the impellor assembly having an impellor body portion and at least one impellor end portion pivotally coupled to the impellor body portion. The impellor end portion is movable between an extended configuration and a folded configuration. A motor is operatively coupled to the impellor assembly and configured to rotate the impellor assembly when energized. The impellor end portion is configured to eject the feed from the rotary dispenser through the outlet when the motor is energized and the impellor end portion is at the extended configuration.

Abstract: A motorized wildlife feeder provides a reliable flow of powdery feeds, such as rice bran, from a hopper to the ground. The hopper is partially formed by a funnel with a unique, eight-sided shape. The unique shape of the funnel is believed to provide reliable flow of powdery feeds, whereas typical funnels with round sides tend to plug when such feeds are used. Vibrators attached to the hopper assist the flow of feed from the hopper into a trough, where an auger moves the feed to a downspout and onto the ground.