PERIODIC NEWSLETTERS FIELD

Brand Owner (click to sort) Address Description
CELEBRATING LIFE'S MOST CHERISHED MOMENTS House of Lloyd, Inc. 11901 Grandview Road Grandview MO 64030 Periodic newsletters in the field of home party plans;CELEBRATING LIFES MOST CHERISHED MOMENTS;
EARTH MATTERS FORD MOTOR COMPANY ONE AMERICAN ROAD DEARBORN MI 48126 periodic newsletters in the field of automotive industry environmental conservation efforts;
GOOD HEALTH REPORT P & S SPORTING GOODS, INC. 22 ENTERPRISE WAY, P.O. BOX 1500 CHAPEL HILL NC 27702 periodic newsletters in the field of fitness and health, sold by mail order to subscribers thereof;REPORT;
MUSOBIA Bottom Line, Inc., The 107 Mills Avenue Greenville SC 296054017 periodic newsletters in the field of business and political commentary;clothing; namely, shirts and caps;drinking cups and mugs and figurines of china, earthenware, glass, porcelain, terra cotta;
QP = VMD X V X P X P VALUESELLING ASSOCIATES, Inc. 16236 San Dieguito Road #2 Rancho Santa Fe CA 92067 periodic newsletters in the field of sales and marketing;
QP = VMD X V X P X P VALUE VISION ASSOCIATES P.O. BOX 8364 RANCHO SANTA FE CA 92067 periodic newsletters in the field of sales and marketing;
THE COATED CHRONICLE VSM ABRASIVES CORPORATION 1012 Wabash Street O'Fallon MO 63366 Periodic newsletters in the field of abrasives;Color is not claimed as a feature of the mark.;CHRONICLE;
THE PERICLEAN Pericles Institute, The 7755 16th Street, N.W. Washington DC 20012 periodic newsletters in the field of government reform;
THE TREASURE CHEST Harvest Financial Services, Inc. 5555 Hollywood Boulevard Hollywood FL 33021 periodic newsletters in the field of real estate investment;
 

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

    
Technical Examples
  1. A photosensitive resist layer is formed on one surface of a single-polarized ferroelectric substance having nonlinear optical effects. The resist layer has properties such that, when light is irradiated to the resist layer, only exposed areas of the resist layer or only unexposed areas of the resist layer become soluble in a developing solvent. The resist layer is then exposed to near-field light in a periodic pattern with a device, which receives exposure light and produces the near-field light in the periodic pattern. The resist layer is then developed to form a periodic pattern. A periodic electrode is then formed on the one surface of the ferroelectric substance by utilizing the periodic pattern of the resist layer as a mask, the periodic electrode being formed at positions corresponding to opening areas of the mask. An electric field is applied across the ferroelectric substance by utilizing the periodic electrode to set regions of the ferroelectric substance, which stand facing the periodic electrode, as domain inversion regions.