BEAR PAW

Brand Owner (click to sort) Address Description
BARE PAW TILLSON BRANDS INC. 50 Clearview Drive Tillsonburg, Ontario N4G4G8 Canada BEAR PAW;Chemical preparations for melting snow and ice;
BEARPAW HORTON GROUP, INC., THE 10320 ORLAND PARKWAY ORLAND PARK IL 60467 BEAR PAW;insurance brokerage in the field of voluntary employee benefits;
BEARPAW BEARPAW BENEFITS, INC. 10320 ORLAND PARKWAY ORLAND PARK IL 60467 BEAR PAW;insurance brokerage in the field of voluntary employee benefits;
BEARPAW Bear Paw, Inc. 161 Sagebrush Drive Corrales NM 87048 BEAR PAW;insurance brokerage in the field of voluntary employee benefits;
BEARPAW ROMEO & JULIETTE, INC. 7524 Old Auburn Road Citrus Heights CA 95610 BEAR PAW;FOOTWEAR, SHOES, BOOTS, SLIPPERS, SANDALS, APPAREL, namely, SHIRTS, T-SHIRTS, SWEATSHIRTS, PANTS, SWEAT PANTS, SOCKS, JACKETS AND HATS;
BEARPAW Romeo, Jean M. PMB 349 4727 E. BELL RD., #45 PHOENIX AZ 85032 BEAR PAW;FOOTWEAR, SHOES, BOOTS, SLIPPERS, SANDALS, APPAREL, namely, SHIRTS, T-SHIRTS, SWEATSHIRTS, PANTS, SWEAT PANTS, SOCKS, JACKETS AND HATS;
BEARPAW Romeo & Juliette 7524 Old Auburn Road Citrus Heights CA 95610 BEAR PAW;Men's, women's, and youth's (excluding infants and toddlers); tights; socks; slipper socks; lounge socks; legwarmers; leggings; and all related legwear;
 

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

    
Technical Examples
  1. A vehicle front end structure is configured to handle a front collision by using one or more inflatable bags to bear the collision load and produce a stable reaction force. The front inflatable bag is provided in a region where a colliding object can contact the front end of a vehicle body and configured such that it can deploy and inflate into a wall surface-like shape immediately before a collision. As a result, the collision load of a front collision can be absorbed efficiently. Additionally, since the inflated front inflatable bag serves to bear the collision load as a surface, it can generate a stable reaction force irregardless of the angle at which the collision load is imparted, the size of the colliding object, or size of the overlap ratio.