Provided are an animal feeder and method of limiting access to animal feed supported by an animal feeder. The animal feeder can include a base that defines an internal passage sized to at least partially receive a stake driven into a ground surface to support the animal feeder in an upright orientation. The base comprises an anti-climb feature that interferes with efforts by an animal to climb the base from the ground surface. A feed surface cooperates with the base, to be supported by the base at an elevation vertically above the ground surface with the animal feeder in the upright orientation. At least a portion of the base includes an anti-climb feature such as a smooth exterior surface, and includes a dimension that is not able to be gripped by the animal to prevent the animal from climbing the base from the ground surface to the feed surface.

Provided are an animal feeder and method of limiting access to animal feed supported by an animal feeder. The animal feeder can include a base that defines an internal passage sized to at least partially receive a stake driven into a ground surface to support the animal feeder in an upright orientation. The base comprises an anti-climb feature that interferes with efforts by an animal to climb the base from the ground surface. A feed surface cooperates with the base, to be supported by the base at an elevation vertically above the ground surface with the animal feeder in the upright orientation. At least a portion of the base includes an anti-climb feature such as a smooth exterior surface, and includes a dimension that is not able to be gripped by the animal to prevent the animal from climbing the base from the ground surface to the feed surface.

An animal feeder refilling assembly for refilling elevated animal feeders includes a shaft. The shaft has a first end, a second end and an outer surface. A container is pivotably attached adjacent to the second end of the shaft. The container has a bottom wall with a perimeter wall. The perimeter wall has a top edge defining an opening. The container is pivotable between a load position wherein the perimeter wall rests parallel to the shaft with the bottom wall adjacent to the shaft, and an unload position wherein the opening pivots over the second end. A handle is slidingly engaged with the outer surface of the shaft and positioned adjacent to the first end. A linkage is attached to the handle and extends to pivotably couple to an exterior surface of the container. The linkage moves the container between the load position and the unload position.

The disclosure provides an intelligent method and system for monitoring pig behavior abnormality. The method comprises: acquiring an instantaneous acceleration of a pig; calculating an instantaneous acceleration variation according to the instantaneous acceleration; calculating a sampling characteristic value according to the instantaneous acceleration and the instantaneous acceleration variation; calculating a threshold according to historical data; drawing a box diagram according to the sampling characteristic value and the threshold; judging whether the sampling characteristic value exceeds the threshold according to the box diagram; if not, reacquiring the instantaneous acceleration of the pig and calculate the instantaneous acceleration variation; and if so, sending an alarm signal. An alarm signal is sent out after an abnormal behavior is detected by comparing the sampling characteristic value and the threshold, so that the abnormal behavior of the pig can be found in time, and the feeding safety is improved.

The disclosure provides an intelligent method and system for monitoring pig behavior abnormality. The method comprises: acquiring an instantaneous acceleration of a pig; calculating an instantaneous acceleration variation according to the instantaneous acceleration; calculating a sampling characteristic value according to the instantaneous acceleration and the instantaneous acceleration variation; calculating a threshold according to historical data; drawing a box diagram according to the sampling characteristic value and the threshold; judging whether the sampling characteristic value exceeds the threshold according to the box diagram; if not, reacquiring the instantaneous acceleration of the pig and calculate the instantaneous acceleration variation; and if so, sending an alarm signal. An alarm signal is sent out after an abnormal behavior is detected by comparing the sampling characteristic value and the threshold, so that the abnormal behavior of the pig can be found in time, and the feeding safety is improved.

A pet feeding device for deterring spillage during eating and drinking includes a bowl, which is positionable on a substantially horizontal surface and is at least partially filled with contents. A lip is engaged to a rim of the bowl and extends inwardly therefrom. The lip deters spillage of contents of the bowl during feeding and drinking therefrom by a pet.

An interactive pet feeder where the rate of release of an edible treat for the animal can be regulated by the user. The interactive pet feeder may therefore be configured to release an edible treat depending upon the level of engagement that the pet maintains with the feeder and adjusted by the user to maintain the animal's interest.

A vessel, e.g., a bowl, suited for holding water or foodstuff for use as a pet bowl or human kitchen houseware. The vessel is scaled for use by pets or humans. Generally, this means that an inner surface of the vessel defines a volumetric space of 60 cubic centimeters to 30 liters for holding water or foodstuff. The bowl has a water level, and, at the water level, the surface area of the bowl being 56 cm to 900 square cm. To facilitate lifting and gripping by one or two human hands of a user, the vessel's outer surface includes one or more graspable elements disposed between the top and bottom of the vessel. Each graspable element is configured to receive one or more fingers of a user so that the user can grasp or otherwise engage the graspable element and lift the bowl from a surface when the bowl is upright on the surface.

A bowl assembly has a bowl and a lid. The bowl assembly is adapted to store water or food for a pet. The bowl functions as a container to hold the water or food, while the lid functions in a first configuration to seal the water or food within the bowl. The bowl assembly is convenient to travel with and adapted for use in a vehicle where in the first configuration. The bowl assembly allows for the pet to access the water or food while in a cup holder. The bowl assembly is also stabilized by the lid in a second configuration, where placed on a ground or floor surface.

A treadmill may include two separate left and right belts rotating around two sets of rollers, four legs having an adjustable height via air suspension to customize an inclination of the treadmill, a thermoelectric assembly, a fragrance assembly having a rotating fragrance cartridge to emit various smells toward a user of the treadmill, a display on which exercise programs are played, and an attachment module having a dispensing tray on which treats are dispensed. A handle of the treadmill may have a sensor to sense a height and front-rear position, and a belt divider provided between the left and right belts may have position or proximity sensors to sense a left-right position. An inclination of the treadmill may be automatically adjusted according to positions detected by the sensors, and the fragrance assembly, attachment module, and inclination may be automatically operated in accordance with an exercise program played on the display.