Standard Textile Co., Inc.

Richard Holbert, Jr

Sara Arvidson Broadaway

Rajib Mondal

Warren William Gerhardt

Amy M Luttrell

Benjamin Robers

Jessica Lauren Lape Clagett

Ken Kaiser

Veronica L Eastman

A rear-opening protective gown configured for removal by pull-forward doffing action is provided. The gown includes a central gown body including a front panel and a back panel. The gown opens at the back panel. A plurality of fastening elements is positioned on or proximate to the back panel. At least one of the fastening elements is located at the shoulder region. For each of the fastening elements that is located at the shoulder region, one of the first and second fasteners is mounted on a folded tab connected to the corresponding portion of the back panel. When a doffing force is applied to the gown, the folded tab rotates to transfer a shearing force into a peeling force thereby facilitating ease of doffing the gown without causing damage to the gown, thereby allowing for reuse. A method of wearing a rear-opening protective gown is also provided.

Reusable, rear-opening protective garment with fastening elements configured to facilitate doffing-type removal

A textile for use as a reusable pad, e.g., a reusable incontinence pad, is provided that is intended to wick and retain moisture or liquid(s), such as bodily fluids (e.g., urine, blood, etc.), away from users of their incontinence pad. Moisture or liquid deposited on an upper surface of the incontinence pad is wicked through one or more layers of material included in the incontinence pad via an increasing capillary gradient using capillary forces. The incontinence pad relies on capillary forces to drive moisture from the incontinent person into the inner layer(s) of the incontinence pad, and leaving a top layer of the incontinence pad dry to the touch. A gradient of capillary size can be present in the incontinence pad in a direction away from the incontinent person, which accordingly encourages liquid to migrate away from the incontinent person and be desirably retained therein.

Reusable pad

Growing community of inventors

Loveland, OH, United States of America

Richard Holbert, Jr