A pet bowl assembly includes a first bowl including a first base and a first wall extending radially upwardly from the first base and a second bowl including a second base and a second wall extending radially upwardly from the second base. The second bowl is configured for being received inside of the first bowl with the second base resting of the first base. The bowl assembly also includes a lid including a lid base and a lip protruding downwardly from the lid base. The lip is configured for insertion between the first wall and the second wall such that the lid is configured for holding the second bowl in place inside the first bowl while an engagement of a lid engagement section of the lid with a first bowl engagement section of the first bowl removably connects the lid to the first bowl. The lid engagement section being on an outer circumferential surface of the lip and the first bowl engagement being on an inner circumferential surface of the first wall.

A pet snack machine, including an outer shell and a sealing cover, wherein the sealing cover comprises a cover, a knob, a connector and an elastic element, one end of the connector is abutted against the knob, and the other end thereof passes through the cover and is provided with an abutting part, the inner side of the outer shell is provided with a grid blocking part, the abutting part is capable of being abutted against the lower side of the grid blocking part, the elastic element is provided in the cover, and both ends of the elastic element are abutted against the cover and the connector respectively, so that the knob is rotated, and the connector is movable in the direction close to the knob under the action of the elastic element to separate the abutting part from the grid blocking part.

An automatic pet feeder, comprising a bowl with a plurality of compartments, a cover and a sensor, the bowl being rotated relative to the cover to sequentially expose each the compartments, the bowl having location regions detectable by the sensor, each location region having a first edge and a second edge, the motor being driven at a first speed until the first edge is detected, and the motor being driven at a second, slower speed until the second edge is detected, stopping the motor.

A pet puzzle feeder includes: a housing; a treat chamber, a portion of which is rotatably received in a cavity of the housing; and an access cover. The housing has a pattern of openings on a spherical surface that define recesses that extend to a first radial depth and do not reach the cavity. A portion of those housing openings, being in three different regions of the housing, define conduits that extend to interconnect with the cavity. Different numbers or sizes of the opening on the three regions permit dispensing of treats at different rates, when the dispensing opening of the treat chamber is rotated/aligned therewith. A detent mechanism releasably inhibit treat chamber rotation when aligned with the openings in each region. A first color is used for the conduits, and a second color for the recesses, as a visual cue for the pet.

A dental station for improving domestic animal dental care and oral hygiene, dental station having a body including a supporting structure which includes a plurality of receiving holding formations to receive and support one or more of a plurality of preselected sized and shaped chewable food elements in a protruding manner.

A device for sequentially dispensing individual objects includes a housing having a first housing portion which is conically-shaped. The first housing portion has a first end proximate a supply of objects and a second end proximate a location where the objects are to be dispensed. There is a spiral race, disposed on an interior surface of the first housing portion and extending from the first end to the second end of the first housing portion, along which the objects to be dispensed travel.

A device for dispensing at least one food item to animals having a hollow inner sleeve, a hollow outer sleeve. The inner sleeve extends along a longitudinal axis within the outer sleeve so as to be coaxial with the outer sleeve, and the outer sleeve and the inner sleeve have a relative mobility. The relative mobility includes a translation along the longitudinal axis.

The present invention relates to a portable animal luggage device used for transporting personal items, pet items, and a pet. The device is primarily comprised of a body comprised of at least one pet bed and at least one drawer. The body preferably has multiple pull-out drawers that allow a user to separate personal items from animal items within the body. A top wall of the body may also be comprised of at least one pet bed to allow a pet to sit on the body as it is pushed or pulled on at least one wheel.

A pet toy and method for occupying a pet. In one embodiment, the pet toy comprises a cylindrical main body member including a top end having a top wall, a bottom end opposite the top end that is open, and an annular side wall between the top end and the bottom end. The pet toy further comprises a core member configured to insert into the bottom end of the cylindrical main body member, and having a treat container configured to contain a pet treat. The top wall of the cylindrical main body member includes a treat access hole facing toward the treat container when the core member is inserted into the cylindrical main body member, and further includes one or more vents that serve multiple functions including relieving suction forces during use and redirecting saliva into the pet toy to prevent unwanted mess.

A feeding device including a base with at least one leg extending downwardly from the base to support the base above a surface; a feeding chamber defined in the base; and a plurality of obstructions extending upwardly into the feeding chamber. A removable liner may be nestingly engaged with the base. The liner may include a second feeding chamber and the plurality of obstructions extending upwardly into the second feeding chamber. The method of feeding an animal may include arranging pieces of food within a feeding chamber according to a random distribution pattern; placing the feeding chamber within reach of an animal to be fed; and obstructing the animal from simultaneously locating all pieces of food within the feeding chamber while feeding using obstructions arranged in a pattern.