CONTRASTING RECTANGULAR BACKGROUND

Brand Owner Address Description
B ELITE BODYBUILDING.COM 5777 N. Meeker Avenue Boise ID 83713 The mark consists of the stylized letter B with a curved line encircling the letter displayed against a contrasting square background. To the right is the term ELITE in a standard font against a contrasting rectangular background.;Color is not claimed as a feature of the mark.;PROVIDING INCENTIVE REWARDS PROGRAMS FOR CUSTOMERS TO PROMOTE THE SALE OF NUTRITIONAL SUPPLEMENTS INCLUDING THE PROVISION OF COMPLIMENTARY OR FREE SHIPPING; PROVIDING INCENTIVE REWARDS PROGRAMS FOR CUSTOMERS TO PROMOTE THE SALE OF NUTRITIONAL SUPPLEMENTS IN THE FIELD OF NUTRITIONAL AND FITNESS PRODUCTS; PROVIDING INCENTIVE AWARD PROGRAMS FOR CUSTOMERS THROUGH ISSUANCE AND PROCESSING OF LOYALTY POINTS FOR ONLINE PURCHASE OF A COMPANY'S GOODS AND SERVICES; CUSTOMER LOYALTY SERVICES FOR COMMERCIAL, PROMOTIONAL AND/OR ADVERTISING PURPOSES; CUSTOMER LOYALTY SERVICES FOR COMMERCIAL, PROMOTIONAL AND/OR ADVERTISING PURPOSES IN THE FIELD OF NUTRITIONAL AND FITNESS PRODUCTS; CUSTOMER LOYALTY SERVICES FOR COMMERCIAL, PROMOTIONAL AND/OR ADVERTISING SERVICES;
 

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

    
Technical Examples
  1. A video coding and decoding method, wherein a picture is first divided into sub-pictures corresponding to one or more subjectively important picture regions and to a background region sub-picture, which remains after the other sub-pictures are removed from the picture. The sub-pictures are formed to conform to predetermined allowable groups of video coding macroblocks (MBs). The allowable groups of MBs can be, for example, of rectangular shape. The picture is then divided into slices so that each sub-picture is encoded independent of other sub-pictures except for the background region sub-picture, which may be coded using another sub-pictures. The slices of the background sub-picture are formed in a scan-order with skipping over MBs that belong to another sub-picture. The background sub-picture is only decoded if all the positions and sizes of all other sub-pictures can be reconstructed on decoding the picture.