A dog waste collecting system that is fully compostable or biodegradable, and fully sustainable. The system is made of a cardboard box, a biodegradable liner, an optional cardboard cell divider, an absorbent coconut layer and a retaining coconut fiber mat that keeps the absorbent layer in place. The absorbent coconut layer absorbs the dog waste fluids while the coconut fiber mat holds the dog waste solids for removal by the owner. Perforations in the box define a lid that is removed prior to use to expose the mat. The system, after a few weeks of use, can be directly discarded in whole, in the compost.

[Problem to be solved] To provide a pet toilet sheet cover member that is provided so as to cover a pet toilet sheet laid on a floor surface and can be easily positioned with respect to the pet toilet sheet and can be easily moved, and to provide a pet toilet having the pet toilet sheet cover member. [Solution] A cover member 1 of a pet toilet sheet 3 according to the present invention includes: a frame member 7 that is provided on the rectangular pet toilet sheet 3 laid on a floor surface so as to over an outer peripheral edge part of the pet toilet sheet 3; and sheet fixing members 9 that are provided on the frame member 7 and fix the pet toilet sheet 3 to the frame member 7. The frame member 7 is formed to have an octagonal outer peripheral shape by obliquely cutting off corner parts of a rectangular shape. The sheet fixing members 9 are respectively provided at the corner parts of the frame member 7, and are structured to respectively fix folded corner parts of the pet toilet sheet 3 to the frame member 7.

The invention relates to a pet bed configurable as any of a plurality of cushion types or a blanket. The ped bed may be folded a first way and secured in place with a first attachment device to form a cushion with a first surface type. The ped bed may be folded a second way and secured with a second and third attachment device to form a cushion with a second surface type. The ped bed may be unfolded to form a blanket. Additionally, the pet bed is constructed of fully washable materials so that the pet bed may be washed in a typical household washing machine.

A cage liner is disclosed having a comfortable bed and continuous sidewall which may be moisture wicking, provide comfortable padding for pets, include an additional absorbent layer, and may include a waterproof or moisture resistant backing layer. The cage liner may be disassembled to lie flat and may be easily washable, folded, and stored.

An animal shelter for reducing noise experienced by an animal is provided. The animal shelter may include one or more side panels creating a substantially enclosed area, a bottom panel coupled to said one or more side walls, and a grounding mat coupled to the bottom panel of the shelter, and configured to dissipate static charge. At least one of the one or more side panels and bottom panel may include an exterior layer of sound-absorbing foam. A fan may be included to direct cold air into the shelter to elevate the barometric pressure.

A pet absorbent sheet includes: an absorbent core; and a liquid-permeable sheet disposed closer to a top side of the pet absorbent sheet than the absorbent core and that includes a plurality of hydrophilic fibers. The liquid-permeable sheet has waterproof regions that contain a water resisting agent. The water resisting agent is formed to surround gaps between fibers formed of the plurality of hydrophilic fibers.

The present invention is a pet training pad apparatus suitable for excrement training for dichromatic animals. The pet training pad apparatus comprises a pad body and a visually stimulating indicium. The pad body comprises an excretion surface, an absorbent layer, and an impermeable layer. The visually stimulating indicium comprises at least one dichromatic vision detecting element. The absorbent layer is connected between the excretion surface and the impermeable layer. The visually stimulating indicium is connected along the excretion surface, opposite to the impermeable layer. The at least one dichromatic vision detecting element is distributed about the visually stimulating indicium, where the at least one dichromatic vision detecting element is configured to visually attract animals with dichromatic vision.

A catch tray for a terrarium container. The tray comprises a rectangular bottom wall, first opposite rectangular side walls each separated from the bottom wall by one of first folding lines, and second opposite rectangular side walls each separated from the bottom wall by one of second folding lines. Each of the first and second side walls is oriented upwardly with respect to the bottom wall and connected to the bottom wall by the corresponding first or second folding line. Each of the first side walls is separated from adjacent one of the second side walls by two triangular corner panels connected to each other by a corner folding line and to the adjacent first and second side walls by the first or second folding lines. The triangular corner panels folded inwardly with respect to the side panels so as to define triangle shaped flaps disposed inside the tray.

The absorbent sheet for pets which can suppress the spread of the excreta of a pet and can withstand the excretion action a plurality of times is provided. An absorbent sheet (10) for pets includes a topsheet (12) disposed on a top side, a backsheet (14) disposed on a back side, and an absorber (20) provided between the topsheet and the backsheet. A recess (50) is formed at least in the absorber. The recess forms a continuous line (IL) or intermittent line (IL). The line (IL) has a curved portion which does not branch.

A heating mat system is presented for use with livestock. The heating mat system includes a heating layer positioned between an upper support pad and a lower support pad. The heating layer includes a conductive microfilm that has a generally planar shape extending between a front edge, a rear edge, and opposing side edges. In one or more arrangements, the conductive microfilm includes a layer of graphene. In one or more arrangements, the heating mat system has a first electrical contact and a second electrical contact that are connected to the conductive microfilm. When a voltage difference is applied between the first electrical contact and the second electrical contact, current flows through the conductive microfilm, thereby generating heat to the heating mat system and heating livestock positioned on the system.