A pet feeding system includes a generally hollow main body having openings along the top surface for receiving a food dish and a water dish. A fan is positioned along another opening in the bottom surface of the main body that is located in line with the food dish. A heating plate having a removable tray is positioned between the fan and the food dish. The tray is constructed from a heat conducting material and imparts heat from the heating plate onto a material. Aroma produced by the scented material is moved by the fan toward air vents in the food bowl, and a pair of locking rings secure the bowls to the main body to prevent a pet from accessing the scented material.

A pedal activated pet dish includes a base; a bowl affixed to the base; a lid attached to the bowl by a hinge; and a pedal actuator mounted to the base. The base houses an opening apparatus connected to the lid. The pedal actuator is vertically slidable and is connected to the opening apparatus. When the pedal actuator is depressed, it causes the opening apparatus to lift the lid.

The present invention relates to a rotating cube shaped puzzle pet feeder device for heuristically training a pet to autonomously learn, play and to obtain food. The device includes a plurality of cubic elements connected to a centrally positioned interior connecting element. The cubic elements forming a plate of cubic elements. The plate being rotatable about a horizontal and/or vertical axis of the device. One ore more cubic elements include a pullable drawer adapted to at least store a pet food item inside the pullable drawer. The pullable drawer comprises a hole allowing a pet to sniff the stored pet food item inside the pullable drawer. Pet needs to pull the drawer to get the food. The pet owner may rotate the cubic elements to put different drawers on different faces to ensure slow feeding and to let pet occupied for a longer period of time.

The invention relates to a novel pet slow feeding dish with molded channels in the dish portion to receive kibble and which causes a pet to eat slowly and selectively, and the feeder is extendable to 3 heights by adjusting the legs.

A mouth-cleaning device (100) for a pet. The device includes a base (110) and a side wall (120) extending from the base. The base and the side wall at least partially define an internal volume configured to receive a product. A plurality of protrusions (112, 122) extends from the base or the side wall, or both. The protrusions are configured to engage an oral tissue of a pet.

A bowl may be configured to include an outer body, an inner body, an internal cavity between the outer body and inner body, and a bottom. The bottom may further include a plurality of bungholes positioned on the bottom, a circular foot comprising a plurality of bungs configured to engage the plurality of bungholes to secure the circular foot to the bottom.

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.

The present development is a pet toy with a hidden cavity for a treat or similar enticement for the pet. The hidden cavity is preferably enclosed within a plunger-type device so the pet must extract the plunger to retrieve the treat.

A novel pet slow feed stainless steel bowl with a removable rubber insert. The insert has channels molded into it so that kibble placed in the bowl settles into the channels and causes the pet to eat slowly and deliberately. The rubber insert is easily removed for cleaning. The bowl and mat can also be used when traveling and can hold kibble on the mat set on a surface outside the bowl, and then water can be placed in the bowl. The bowl holds two cups of kibble or water.