ELECTRONIC COMPONENTS SUBSYSTEMS

Brand Owner Address Description
QDSOLEIL Nanosys, Inc. 233 South Hillview Drive Milpitas CA 95035 Electronic components and subsystems, namely, photovoltaic devices for converting radiation to electrical energy, namely, solar cells, solar concentrators, solar converters in the nature of photovoltaic solar modules, solar panels for the production of electricity, used for producing solar energy; photovoltaics, namely, photovoltaic cells, photovoltaic solar modules, photovoltaic cladding panels; solar cells; nanomaterials in the nature of nanoscale electronic components, namely, nanorods, nanowires, quantum dots, fluorines, nanotubes, bucky balls, nanoparticles, nanocrystals for use in the manufacture of solar cells; semiconductor particles for use in the manufacture of solar energy related goods;Chromophoric and fluorophoric nanomaterials, namely, molecular scale substrates primarily of ceramic, silicon and non-metals for electrical or thermal insulation of solar cells, photovoltaic cells, and solar collectors;Chromophoric and fluorophoric nanomaterials containing nanoparticles in the nature of paints, inks and powder coatings for use in articles for light conversion and light concentrator products; inks used in the manufacture of goods for converting solar radiation into electrical energy;Chemicals, namely, chromophores; chemicals, namely, fluorophores; chemicals in the nature of chromophoric and fluorophoric nanomaterials used as chemicals and not as semiconductors, namely, fullerenes, bucky balls, and carbon nanoparticles, all used in the manufacture of goods for converting solar radiation into electrical energy; chromophoric and fluorophoric nanomaterials, namely, molecular scale chemical agents added to coatings applied to machinery and components used for producing solar energy;licensing of intellectual property;solar radiant heaters;
 

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

    
Technical Examples
  1. A computer-assisted schematic linking method for electronic components includes naming the circuits of various electronic components according to signal line naming conventions; storing in an electronic component specification data base; selecting a plurality of first electronic components from the electronic component data base to generate a first electronic component list for users to select the first electronic components; searching second electronic components from the electronic component data base corresponding to the selected first electronic components and generating a second electronic component list for users to select the second electronic components; processing schematic linking operation for the first electronic components and the second electronic components; and repeating the foregoing steps to select other electronic components until a complete schematic chart is finished.