A ground level gravity wildlife feeder assembly, components thereof, and associated methods. The wildlife feeder comprises a base assembly including a base, a feed director, and a plurality of selectively moveable gates configured to permit or restrict feed from exiting the base. The wildlife feeder comprises a hopper assembly configured to hold a supply of feed material and is supportably connected to the base.

The present application discloses an interactive intelligent pet feeding device which belongs to the technical field of pet feeding devices, including a feeding device body, the feeding device body including a pet food feeding control device and a shake detection module, the pet food feeding control device being configured to realize quantitative feeding of pet food and prevent jamming of the pet food, the shake detection module being configured to detect the motion state of the feeding device body, the shake detection module being connected to a control module to implement data communication, and the control module implementing data communication with a mobile terminal through a wireless transmission module. The feeding device body further includes an upper casing, a lower casing provided below the upper casing, the upper casing and the lower casing being connected to form an inside hollow chamber, an upper part of the chamber being provided with a granary, a top lid being provided above the upper casing, and a feeding bowl being provided outside the lower casing. The device enable pets to obtain corresponding food according to the movement of pets, realize automatic pet feeding, and solve the problems in the prior art.

The present application discloses an interactive intelligent pet feeding device which belongs to the technical field of pet feeding devices, including a feeding device body, the feeding device body including a pet food feeding control device and a shake detection module, the pet food feeding control device being configured to realize quantitative feeding of pet food and prevent jamming of the pet food, the shake detection module being configured to detect the motion state of the feeding device body, the shake detection module being connected to a control module to implement data communication, and the control module implementing data communication with a mobile terminal through a wireless transmission module. The feeding device body further includes an upper casing, a lower casing provided below the upper casing, the upper casing and the lower casing being connected to form an inside hollow chamber, an upper part of the chamber being provided with a granary, a top lid being provided above the upper casing, and a feeding bowl being provided outside the lower casing. The device enable pets to obtain corresponding food according to the movement of pets, realize automatic pet feeding, and solve the problems in the prior art.

A distribution device automates and meters distribution of feed in a commercial shrimp production facility utilizing a stacked shallow tank configuration. The device includes an elongated support surface positioned over and extending along an elongated tank having an open top. A shuttle moves along the support surface to move along a length of the tank. A hopper to hold feed is coupled to the shuttle. A spreader is in environmental communication with the hopper to distribute feed from the hopper and a meter is operationally coupled between the hopper and the spreader for controlling an amount of the feed delivered to and distributed by the spreader.

A method for recording and predicting position data for a self-propelled wheeled vehicle (1) carrying a load (14) is provided whereby the vehicle (1) is caused to move along a ground surface (5) along a predominantly straight line trajectory (17) by rotating at least one load carrying wheel (3) in frictional engagement with the surface (5), angular rotation data of at least one wheel (3) is obtained, absolute position data are obtained at different predetermined fixed positions P.sub.n of the vehicle (1) with respect to the surface (5) along the straight line trajectory (17), whereby the distance travels is measured independently and used to calibrate motion sensors on board the vehicle. The invention also comprises a delivery or pick up system, a program for an on-board computing device and an on-board computing device.

A robust multiple compartment animal feeder. The device has multiple hoppers or containers, each of which is filled with feed. The device periodically releases a door, allowing food to fall from one of the hoppers. The use of a pin inserted into a latch allows substantial weight to be placed in the hopper. Pins are withdrawn from the latches by a line. The line periodically pulls one of the pins from a latch to release feed from the container with which the pin and latch are associated.

An unloading mechanism and an unloading device with double food stirring trays, the unloading mechanism with double food stirring trays comprises a food stirring device and a driving device, and the food stirring device comprises a rotating shaft, an upper food stirring tray and a lower food stirring tray; the upper food stirring tray comprises upper food stirring plates, the lower food stirring tray comprises lower food stirring plates, the number of the lower food stirring plates is larger than that of the upper food stirring plates; the outer wall of the rotating shaft is provided with an installation groove, and the lower food stirring plates are provided with installation strips matched with the installation groove; and the unloading device comprises a food storage bin, a transition bin and the unloading mechanism with double food stirring trays.

An unloading mechanism and an unloading device with double food stirring trays, the unloading mechanism with double food stirring trays comprises a food stirring device and a driving device, and the food stirring device comprises a rotating shaft, an upper food stirring tray and a lower food stirring tray; the upper food stirring tray comprises upper food stirring plates, the lower food stirring tray comprises lower food stirring plates, the number of the lower food stirring plates is larger than that of the upper food stirring plates; the outer wall of the rotating shaft is provided with an installation groove, and the lower food stirring plates are provided with installation strips matched with the installation groove; and the unloading device comprises a food storage bin, a transition bin and the unloading mechanism with double food stirring trays.

An automatic pet feeding device includes a grain storage bin including a grain leaking member formed at a lower portion thereof and connected with a pushing granary, the pushing granary arranged below the grain storage bin and including a grain delivery member, and a grain pusher slidably arranged between the pushing granary and the grain storage bin; the grain pusher configured to push pet food in the pushing granary out of the grain delivery member, and open or close the grain leaking member and the grain delivery member. The present disclosure provides that pet food can flow out of the grain delivery member through the grain pusher, and both the grain leaking member and the grain delivery member can be sealed at the same time, to prevent insects and ants from entering inside the feeding device from the grain delivery member, to breed bacteria and endanger health of pets.

A dog toy container can be used to store dog toys or consumable objects, such as chew toys, ropes, balls, stuffed animals, edible chews, bones, and other similar objects used to entertain or reward or please dogs. The dog toy container having a pedal arrangement and a lid in connection with a motorized movement arrangement, such that when a dog depresses the pedal arrangement with its paw, the dog will activate the motor to lift or lower the lid and thereby permit the dog access to the storage area.