Doskocil Manufacturing Company, Inc.

J.w. Pet Compnay, Inc.

Little Big Cat, Inc.

Andrea M Valle

Jonathan R Willinger

Ryan Rutherford

Ryan D Wills

Brittany Green

In accordance with one or more embodiments of the present invention, a destruction resistant pet toy includes a first member having a first material, the first material being a destruction resistant nylon; a second member having a second material, the second material being softer than the first material; wherein the destruction resistant nylon comprises a Shore D hardness. The first member may be a substantially tubular structure having an inner space and the second member is disposed at least partially within the inner space of the first member.

Destruction resistant pet toys

A plurality of pet toys are usable with annular-shaped foodstuffs. Each pet toy includes a support upon which the animal foodstuffs can be situated and one or more retainers connected with the support that retain the animal foodstuffs on the support. At least one retainer on each toy includes one or more elastically deformable structures that are movable between a free state and an elastically deformed state. In the elastically deformed state, an animal foodstuff can be received across the retainer and onto the support. In the free state, the retainer is structured to resist removal of the animal foodstuff from the support and across the retainer.

Pet toys usable with annular foodstuffs

A treat dispenser includes an elongated non-rigid support member having a first limit and a second limit, and a plurality of receptacle elements that are resilient. Each of the receptacle elements has an interior region that is structured to receive treats, and has a first opening and a second opening in communication with the interior region, the second opening being larger than the first opening and configured to dispense the treats. The support member extends through each of the first openings and the second openings, and first and second receptacle elements of the plurality of receptacle elements being slidable in use on the support member between the first and second limits to dispense the treats from the second opening to an exterior of the treat dispenser.

Treat dispenser

A pet toy infusing device includes a base, a removeable cover and a porous insert. The base includes a cavity, and has an opening configured to enable access to the cavity. The removable cover is configured to cover the cavity. The porous insert is removably disposed inside of the cavity between the base and the cover, the porous insert having an interior surface defining a pet toy holding area, and being configured to prevent a material disposed inside the cavity of the base from entering the pet toy holding area, while enabling a pet toy disposed in the pet toy holding area to be infused with the material.

Pet toy infusing device

Pet toy marinator

One embodiment of a treat dispenser for an animal comprises a support and a plurality of coaxially stackable and nestable pods slidably disposed along the support, each pod having an interior for receiving a treat, a sidewall, a first opening and a second opening coaxial with the first opening, the first opening being dimensioned for slidable movement along the support, the second opening being larger than the first opening for the dispensing of treats to an animal.

One embodiment of a treat dispenser for an animal comprises a container having a first interior for receiving treats, a first opening for dispensing treats from the interior, a removable cap for inserting treats into the interior, and a first axis, and a cover at least partially surrounding the container to define a second interior between the cover and the container that receives treats dispensed from the first interior. The cover has a second opening for dispensing treats from the second interior. The cover is preferably slidable and rotatable along the first axis relative to the container. In one embodiment, the treat dispenser is attached to a rollable frame.

Growing community of inventors

Stanhope, NJ, United States of America

Andrea M Valle