FRANK BROS

Brand Owner Address Description
FRANKBROS PROGETTO 11 S.r.l. VIA CESARE CANTU' 1 MILANO 20123 Italy FRANK BROS;bedding, namely, bed sheets, pillow cases; Textiles fabrics for home and commercial interiors; textile fabric for the manufacture of clothing in the nature of foulards; bed linens; household textile articles of fabric for use in making clothing and household furnishings; wall hangings of textile; curtain holders of textile material; curtains; kitchen towels; table linen of textile; napery of textile in the nature of table napkins; plastic table covers; table runners of textile; drink coasters of textile, namely, table linen; table runners, not of paper; terry bath linen; sofa lap blankets; bed throws; quilt covers; pillow shams; textile bed sheets; duvet covers; towels of textile; kitchen linens; beach towels; hooded towels; bath mitts; bath sheets; table napkins of textile;storage baskets for household purposes; Meal trays; cabarets being serving trays; japanese style personal dining trays or stands (zen); table plates; glass plates; collectors plates; dishes; saucers made of precious metals; saucers not of precious metals; cups; porcelain mugs; egg cups of precious metal; cups, not of precious metal; drinking glasses; champagne flutes; cocktail glasses; drinking glasses, drinking vessels and barware in the nature of bar scoops; decanters; crystal beverage glassware; works of art made of glass; hand cut crystal beverage glassware; containers for household use for pot pourri; potpourri dishes; perfume vaporizers, sold empty; perfume burners; combs; cosmetic utensils, namely, cosmetic brushes, facial cleansing sponges; scent sprays being atomizers for household use, sold empty; shaving brushes; shaving dishes; shaving brush stands; bowls of precious metal;fitted table covers; picture and photograph frames; picture frames; mirror frames; decorative wall mirrors; mirrors; furniture; decorative printed mirrors; slatted indoor blinds; bamboo blinds; indoor window blinds being shades; indoor roller blinds and curtain indoor roller blinds; bead curtains for decoration; clothes stands in the nature of coat stands; hat stands; coat hangers; valet stands; yellow amber, raw or partly worked; bamboo poles; reeds being raw or partly worked plaiting materials; works of art of wicker; bins, not of metal; containers made of cane for commercial use; boxes of wood; storing boxes, not of metal for general use; hampers in the nature of baskets for the transport of items for commercial purposes; storage baskets for non-household purposes; caskets; ornamental sculptures made of wax; ornamental sculptures made of plaster; ornamental sculptures made of wood; wardrobe interior fitments being furniture; bathroom fittings in the nature of furniture; furniture in the nature of clothes hangers, clothing display stands and non-metal clothes hooks, sold as a unit; cupboards; metal cabinets being furniture; trolleys being furniture, namely, tea trolleys, serving trolleys; dressers; console tables; bedside cabinets; credenzas being furniture; Japanese floor cushions (zabuton); divans; space dividers for rooms being furniture; futons; furniture, namely, cabinet work; bookcases; beds, mattresses, pillows and cushions; lawn furniture; ottomans; benches being furniture; umbrella stands; screens being furniture; screens for fireplaces; tie racks; armchairs; footstools; bottle stands being racks; bean bag chairs; display racks being furniture; shoe racks; writing desks; seats; decorative mirrors of silvered glass; mirror display stands; book rests being stands; dish cabinets; occasional tables; cushions; scented pillows; accent pillows;
 

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

   
Technical Examples
  1. Dislocations are fabricated into electrolyte membrane films to increase ion conductivity. Ion and/or electron irradiation causes the growth of vacancy clusters within the thin film and collapsing into Frank dislocation loops that exhibit high ion conductivity. Maximum ion conductivity is accomplished by spatially reorienting the Frank dislocation loops during a following heat-treatment of the membrane. Thereby the dislocation loops form surface-to-surface continuous dislocations along which ions may propagate between membrane surfaces with minimal activation energies. Dislocation densities in the range of 10