The present disclosure provides a bird feeder preventing food from being stolen, the bird feeder includes an upper cover, a food storage pipe and a bottom cover, where the food storage pipe is provided with a food storage cavity, and the upper cover is connected to a pendant; feeding ports communicating with the food storage cavity are provided around a circumferential side of the bottom cover; and the bottom cover, at the feeding ports, may be rotationally connected to trays. Correspondingly to the feeding ports, the bottom cover is inwards and concavely provided with leak-proof portions, each leak-proof portion is provided with a first backstop surface extending vertically, an upper edge of the first backstop surface is externally extended with a second backstop surface, and one end, away from each first backstop surface, of each second backstop surface, is connected to each feeding port. A gap is kept between a lower part of each first backstop surface and each feeding port. Thus, by designing the bird feeder and disposing the leak-proof portions at the feeding ports of the bird feeder, birdseed may be prevented from falling outside the food storage cavity of the bird feeder from the feeding ports. Then the trays may be rotationally connected so that birds can stand stably for eating food while effectively preventing squirrels from stealing the food.

A feed hopper with two chute members is provided. The chutes are movable with respect to one another and one chute has an extending lip to engage the inner surface of the other chute to prevent feed from escaping the hopper.

A feed hopper with two chute members is provided. The chutes are movable with respect to one another and one chute has an extending lip to engage the inner surface of the other chute to prevent feed from escaping the hopper.

A bird screen is provided having a post assembly and a feeder assembly. The post assembly has a ground spike and a first support pipe is disposed internal to the ground spike. A second support pipe is disposed in the first support pipe and the second support pipe has a locking collar that supports the bird feeder assembly. The bird feeder assembly has a frame that is supported by the locking collar. The second support pipe extends through the frame and a screen and a bird feeder cover and into a birdfeeder to secure the birdfeeder in place. The feeder assembly has first, second, third and fourth support posts, and has first, second, third and fourth feeder sidewalls at least one of which is connected to the frame with hinges and is movable between up and down positions. In another embodiment the bird screen includes a barrier assembly.

A hanging assemblage holding plants and feed for a bird and protecting the bird and the feed from a rodent. The hanging assemblage includes a feeder assembly, a planter assembly, and a protective assembly. The feeder assembly holds the feed for the bird. The planter assembly extends replaceably upwardly from the feeder assembly and holds the plants 12. The protective assembly is affixed around the planter assembly, is spaced over the feeder assembly, and protects the bird and the feed from the rodent.

A hanging assemblage holding plants and feed for a bird and protecting the bird and the feed from a rodent. The hanging assemblage includes a feeder assembly, a planter assembly, and a protective assembly. The feeder assembly holds the feed for the bird. The planter assembly extends replaceably upwardly from the feeder assembly and holds the plants 12. The protective assembly is affixed around the planter assembly, is spaced over the feeder assembly, and protects the bird and the feed from the rodent.

A feeding trough for poultry farming includes automatic dispensing of feed from a vertically displaceable horizontal dispensing tube, formed by just three pieces. One of the pieces is a plate formed in one piece with a ring which in a lowered position of the bell-like housing opens a crown of apertures and in a raised position of the bell-like housing closes the crown of apertures so as to reduce the amount of feed transferred to the plate. The feed trough is also configured to facilitate periodic rinsing thereof.

A feeding trough for poultry farming includes automatic dispensing of feed from a vertically displaceable horizontal dispensing tube, formed by just three pieces. One of the pieces is a plate formed in one piece with a ring which in a lowered position of the bell-like housing opens a crown of apertures and in a raised position of the bell-like housing closes the crown of apertures so as to reduce the amount of feed transferred to the plate. The feed trough is also configured to facilitate periodic rinsing thereof.

A bird feeding apparatus including a deck mount, a mounting rod, a feeder tray, and a rotating disk for interfering with animal access to the bird feed placed within the tray. Alternative embodiments may include additional structural elements or hooks for hanging a bird feeder from the apparatus. The rotating disk will cause squirrels or other unwanted animals from accessing bird feed within the feeder tray by spinning, causing gravity to drop the animal. Birds will freely be able to access the feed.

A bird feeding apparatus including a deck mount, a mounting rod, a feeder tray, and a rotating disk for interfering with animal access to the bird feed placed within the tray. Alternative embodiments may include additional structural elements or hooks for hanging a bird feeder from the apparatus. The rotating disk will cause squirrels or other unwanted animals from accessing bird feed within the feeder tray by spinning, causing gravity to drop the animal. Birds will freely be able to access the feed.