Herein disclosed is a durable, ecofriendly, pet diaper fabricated from durable, washable materials enabling repeated use is disclosed. The diaper includes an impervious exterior layer and a pervious and breathable interior layer joined at an outer rim. An absorbent pad is positioned distally from the outer rim creating a gap between the pad and outer rim. The diaper includes securing members and is designed for maximum comfort and commodious fit to the animal.

The present invention relates to a reusable diaper with a disposable pad device primarily comprised of a body that has an outer surface, an inner surface with at least one pad and a rear surface and a front surface each with at least two tabs. The tabs allow the device to be secured around the user. The pad is further removably-attached to the inner surface via at least one fastener, such that the pad can be removed when a user soils and/or defecates in the device. The top surface of the pad is further comprised of a gel pad and infused with lotion, such that it does not irritate the skin of the user. Therefore, a user can replace the pad when necessary, while continuing to utilize the rest of the device for multiple diaper changes.

An undergarment facilitating the process to transition from disposable protective undergarments and diapers to underwear or “toilet/potty-training” in individuals where a subject is able to access and use facilities independently and at the proper time. The training undergarment can be made of textile of differing colors and prints with a particular thickness integrated with fasteners, which lock together creating a garment with a front and back. The snaps enable the training undergarment to be removed by unsnapping the closures and removing said undergarment without the individual becoming completely undressed or disrobed. The training undergarment protects the clothing of the individual from excrement in said transition until the individual is fully “trained” and able to use proper facilities at the proper time.

The current invention concerns to an absorbent article (100) comprising a first part being a disposable part (10), and a second part being a re-usable part (20) wherein the re-usable part (20) is configured to removably hold the disposable part (10), and wherein the absorbent article (100) comprises an electronic system (22) configured to measure data related to a wearer of the absorbent article, and/or to the absorbent article and/or to ambient conditions in close proximity to the wearer of the absorbent article.

A wearable feline waste collector includes a feline diaper assembly comprising a body portion comprising a front portion and a rear portion defining a diaper opening sized to at least accommodate a feline's tail, anus, and urinary outlet and having a nadir. Girth straps connected to the rear portion have respective fasteners. Shoulder straps connected to the front portion have respective fasteners. Each of the fasteners are configured to attach to any other one of the fasteners. The assembly is shaped and sized to form a removable harness for a feline. A feline diaper is attached to the diaper opening and is shaped in a pouch comprising an entry aperture and an interior pocket having a bottom that, responsive to the diaper being attached to the diaper opening and the assembly being worn by the feline, the bottom is lower to ground than the nadir.

Embodiments relate to reusable absorbent inserts, assemblies, and methods for use, the inserts including a configurable pad and pad collection sleeve. The configurable pad includes a first section and a second section, the second section separated from the first section at least partially by a folding guide. The configurable pad has an unfolded pad plan surface area comprising an unfolded pad width when the reusable absorbent insert is in an unfolded, flat-out configuration. The pad collection sleeve has an unfolded sleeve plan surface area including an unfolded sleeve width when the reusable absorbent insert is in an unfolded, flat-out configuration. The unfolded pad width is greater than or substantially equal to the unfolded sleeve width.

Herein disclosed is a durable, ecofriendly, pet diaper fabricated from durable, washable materials enabling repeated use is disclosed. The diaper includes an impervious exterior layer and a pervious and breathable interior layer joined at an outer rim. An absorbent pad is positioned distally from the outer rim creating a gap between the pad and outer rim. The diaper includes securing members and is designed for maximum comfort and commodious fit to the animal.

A liquid-absorbent disposable male brief, including a brief defining an elastic waistband, a pair of elastic leg bands, and an enclosure extending there between, a fly formed through the enclosure and positioned between the leg bands and defining a first flap and a second flap, a liquid absorbent pad positioned within the enclosure and secured thereto, and at least a first and a second liquid absorbent fly flap liner, each respective fly flap liner operationally connected to a respective flap.

An absorbent insert for use with a reusable outer cover includes a topsheet, a backsheet, an absorbent core disposed between the topsheet and backsheet; and a leg gasketing system. The leg gasketing system includes at least one cuff having a folded edge and a material edge; wherein the material edge is disposed between layers that are each beneath the topsheet and/or is attached to a garment-facing surface of a layer disposed beneath the topsheet.

The present disclosure is an absorption shorts including a shorts body having a waist opening and a pair of leg openings, and an absorbent member. The absorption member has a pair of wing parts on the left and right sides in the portion corresponding to the crotch part. The absorption member is sewn to the shorts body at the front end part, the rear end part, and the wing part. According to the absorption shorts of the present disclosure, menstrual blood and urine can be absorbed. Moreover, it can be used repeatedly by washing.