ANTENNAS PARABOLIC DISHES

Brand Owner Address Description
STRAPAN Chemie Linz AG St. Peter-Strassa 25 Linz Austria ANTENNAS AND PARABOLIC DISHES;COMPOSITE SHEETS CONSISTING MOSTLY OF METALS, SUCH AS STEEL, STAINLESS STEEL, ALUMINUM, ALUMINUM ALLOYS, TITANIUM IN COMBINATION WITH PLASTIC MATERIALS, SOLD TO FABRICATORS FOR USE IN FABRICATING BUILDING MATERIALS SUCH AS GUTTERS, SOFFITS, PANELS, BUILDING BOARDS, ROOFING PANELS, ADVERTISEMENT BOARDS, BILL BOARDS, PANELS FOR THE INTERNAL AND EXTERNAL LINING OF BUILDINGS, PANELS FOR SUSPENDED CEILINGS, PANELS FOR THE LINING OF DOORS AND ELEVATORS, PARTITION WALL PANELS, PANELS FOR THE RAILING OF BALCONIES, LINING PANELS FOR MACHINERY, WARNING PANELS, NON-LUMINOUS SIGNALLING PANELS, TANKS, NAMEPLATES AND REGISTRATION PLATES MADE OF COMPOSITE SHEET MATERIAL CONSISTING MOSTLY OF METALS, SUCH AS STEEL, STAINLESS STEEL, ALUMINUM, ALUMINUM ALLOYS, AND TITANIUM IN COMBINATION WITH PLASTIC MATERIALS;COMPOSITE SHEETS CONSISTING AT LEAST PARTIALLY OF PLASTIC MATERIALS IN COMBINATION WITH OTHER MATERIALS SOLD TO FABRICATORS FOR FABRICATING WALL PANELS FOR LAND, RAILWAY, NAUTICAL AND AERONAUTICAL VEHICLES, BRIEFCASES AND TRUNKS, BUILDING BOARDS, MULTILAYER BOARDS, ROOFING PANELS, GUTTERS, SOFFITS, PANELS FOR THE INTERNAL AND EXTERNAL LINING OF BUILDINGS, PANELS FOR SUSPENDED CEILINGS, PANELS FOR THE LINING OF DOORS AND ELEVATORS, PARTITION WALL PANELS, PANELS FOR THE RAILING OF BALCONIES, LINING PANELS FOR MACHINERY, WARNING PANELS, NON-LUMINOUS SIGNALLING PANELS, TANKS, FURNITURE AND FURNITURE ELEMENTS, ADVERTISEMENT BOARDS, BILL BOARDS, NAME PLATES AND REGISTRATION PLATES;OUTDOOR FURNITURE AND SPECIAL FURNITURE;
 

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

    
Technical Examples
  1. An illumination unit is provided which includes a glass rod including a parabolic reflection surface, a light incident surface facing the parabolic reflection surface, a concave portion formed inwardly in the light incident surface at a position of a focal point of the parabolic reflection surface, and a light guide portion facing the parabolic reflection surface and having a rectangular section. An LED module is disposed at the focal point of the parabolic reflection surface and emitting light to the parabolic reflection surface through the concave portion. A surface of the light guide portion parallel to the light incident surface is stepped from the light incident surface in a direction in which the rectangular section of the light guide portion decreases.