NATURE GUARD

Brand Owner (click to sort) Address Description
NATUREGARD MYCOGEN CORPORATION 9330 Zionsville Road Indianapolis IN 46268 NATURE GUARD;agronomic seeds that produce plants with insect resistant properties, namely, soybean, canola, sorghum, cotton, sunflower and alfalfa;The stippling is a feature of the mark and does not indicate color.;
NATUREGARD BENJAMIN MOORE & CO. 101 PARAGON DRIVE MONTVALE NJ 07645 NATURE GUARD;wooden deck and siding stain sold through independent retail home decorating and paint stores;
NATUREGARD MYCOGEN CORPORATION 9330 Zionsville Road Indianapolis IN 46268 NATURE GUARD;corn seeds that produce plants with insect resistant properties;The stippling is a feature of the mark and does not indicate color.;
NATUREGUARD SMITH, RICHARD G. 3611 EAST LA PALMA AVENUE ANAHEIM CA 92806 NATURE GUARD;PROTECTIVE COATING, NAMELY VARNISH, FOR APPLICATION TO WOODEN FURNITURE;
NATURGUARD SHANGHAI NATUR OUTDOORS LIMITED 1F,Building 1,No.251,Yaohua Road China(Shanghai) Pilot Free Trade Zone Shanghai 200000 China NATURE GUARD; NATUR GUARD;Bedsheets; Beach towels; Bed blankets; Bed sheets; Blankets for outdoor use; Children's bed sheets, pillow cases, and blankets; Children's blankets; Lap blankets; Lap rugs; Liners adapted to sleeping bags for camping; Mosquito nets; Pet blankets; Pillow cases; Sleeping bag liners; Sleeping bags; Sleeping bags for babies; Sleeping bags for camping; Swaddling blankets; Textile exercise towels; Woven felt;
 

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

    
Technical Examples
  1. A multi-layer record carrier and method of manufacturing thereof and recording thereon, includes data written in units of blocks on tracks of at least two information layers. A first guard field is written at the start of a data block and a second guard field is written at the end of the data block. The power in the focused spot in the deepest of the at least two information layers is maintained substantially at an optimal value, by setting the length of the first and second guard fields such that the end position of the second guard field of a preceding data block is located within the area of the first guard field of the succeeding data block. Thereby, gap portions between the first and second guard fields can be prevented. Alternatively, the length of the first and second guard fields is set to be approximately equal to the sum of half the diameter of a recording beam in the upper one of the at least two information layers when focused on the lowest one of the at least two information layers and a maximum allowed misalignment between the two layers. Thereby, the area through which the beam passes in the information layer is of a uniform nature, when user data is being read or written. The at least two information layers are aligned by optically measuring and aligning alignment marks, such as header spokes, at predetermined measuring points.