NAPKIN RINGS

Brand Owner (click to sort) Address Description
BAMBOO GEMS Culin/Colella, Inc. 632 Center Ave. Mamaroneck NY 10543 Napkin rings; Non-metallic trays; Trivets; all containing bamboo;BAMBOO;Furniture; Furniture made from wood or substitutes for wood; Ornaments of wood; all containing bamboo;
BARONIAL GORHAM, INC. 1301 ATWOOD AVENUE JOHNSTON RI 02919 napkin rings, coffee pots, tea pots, serving trays, and chafing dishes, all of precious metal;wine cooling pails, sugar basins and covers, creamers, salt and pepper shakers, gravy boats, pitchers, bowls and vases;
JUST FOR FUN NAPKIN RINGS Distributors International Corporation 12541 N.E. 32nd St. Bellevue WA 98005 Napkin rings;NAPKIN RINGS;
NOMI K NOMI K 25 Columbus Circle, STE 63C New York NY 10019 Napkin rings;
OPILOTECH Oppenheimer, Rachela Ganel Philosof Ha'atsmaut 89 Petach-Tikva 4937966 Israel Napkin rings; Napkin holders;
VERA Vera Licensing, Inc. New York NY Napkin Rings;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention provides a sanitary napkin that is thin (less than 5 mm in thickness), highly absorbent and has a lateral flexibility allowing for controlled deformation when in use, namely the assumption of a "W" pattern. This controlled deformation provides a good comfort potential and simultaneously reduces the likelihood of bunching due to compression forces exerted laterally against the napkin by the thighs of the wearer. In a specific example, the sanitary napkin is characterized by a pair of preferential bending zones extending along the longitudinal axis of the sanitary napkin and by a pair of longitudinal adhesive zones on the liquid-impervious barrier layer of the sanitary napkin, that register with the preferential bending zones. The longitudinal adhesive zones fasten the sanitary napkin to the undergarment at the areas at which the sanitary napkin is intended to fold when subjected to lateral compression. This feature allows the napkin to fold and adopt a desired three-dimensional deformation profile in a predictable manner when laterally compressed.