CARBICE CORPORATION

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Carbon nanotubes, namely, tubular carbon molecules used in thermal, electronic, optical, electromagnetic, mechanical, chemical and biochemical applications; Transient power and temperature management product for electronics, transportation, building comfort, energy and power, and consumer products industries, namely, batteries, transient voltage surge suppressors with power conditioning technology, radio frequency transmitters and receivers used with detectors, sensors, or communications devices, multicore or multithreaded computer hardware that implements voltage or frequency modulation, thread migration or core hopping, periodic monitoring software or hardware that performs limited duty cycle or limited duration tasks; Mechanically compliant and durable pads or films that are thermally conductive, namely, vertically aligned carbon nanotube arrays in a polymer matrix supported by metal foil used as thermal or electrical interface materials in the nature of tubular carbon molecules used in electronic and mechanical applications, in particular semiconductor chip testing and heat sink and heat source applications for use in electronic components; Mechanically compliant and low-outgassing pads or films that are thermally conductive, namely, vertically aligned carbon nanotube arrays in a polymer matrix supported by metal foil used as thermal or electrical interface materials in the nature of tubular carbon molecules used in aerospace applications, in particular for spacecraft cooling and heat sink and heat source applications for use in spacecraft components;

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Hats; Shirts; Sweat pants; Sweat shirts; T-shirts;

ACHIEVE MORE WITH CARBICE

Heat dissipation product for electronics, transportation, building comfort, energy and power, and consumer products industries, namely, heat exchangers being parts of machines, as a means of improving heat transfer between heat sources in the nature of electronics, batteries, or devices reliant on combustion in particular engines or turbines and heat sinks; Mechanically compliant and durable pads or films as heat dissipation product for electronics or electronic testing machines, namely, vertically aligned carbon nanotube arrays in a polymer matrix supported by metal foil as heat exchangers being parts of machines or instrument, as a means of improving heat transfer between heat sources in the nature of heaters, electronics, and heat sinks; Heat dissipation product for satellites, spacecraft and other space systems in aerospace industries, namely, heat exchangers being part of the spacecraft or space vehicle, as a means of improving heat transfer between heat sources in the nature of electronics, heaters, batteries, solar panels, fuel cells, or devices under radiation, and heat sinks, such as radiator panels or heat pipes;

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Heat storage material for electronics, transportation, building comfort, energy and power, and consumer products industries, namely, thermal electric coolers or heaters, energy storage plants, absorption chillers used for waste heat recovery from electronics or combustion devices; Mechanically compliant and durable pads or films that are thermally conductive, namely, vertically aligned carbon nanotube arrays in a polymer matrix supported by metal foil used as thermal or electrical interface materials for semiconductor chip testing, adhered between and sold as a component of a heat sink and heat source for use in a heat transfer apparatus; Heat transport material for cooling apparatus of satellites, spacecraft and other space systems in aerospace industries, namely, heat exchangers being part of the spacecraft or space vehicle cooling system, as a means of improving heat transfer between heat sources in the nature of electronics, heaters, batteries, solar panels, fuel cells, or devices under radiation and heat sinks, such as radiator panels or heat pipes;

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Heat dissipation products for electronics, transportation, building comfort, energy, and power, and consumer products industries, namely, heat exchangers being parts of machines, as a means of improving heat transfer between heat sources in the nature of electronics, batteries, or devices reliant on combustion in particular engines or turbines and heat sinks;Jewelry;Apparel, namely, hats, t-shirts, shoes;High thermal conductivity materials, namely, carbon nanotubes, aluminum and copper; carbon nanotube composites, namely, carbon composite materials consisting of a fibrous reinforcing structure made of carbon fibers and densified by a carbon matrix, for use in manufacturing; polymer composites, namely, carbon nanotube polymer composites;Providing a website featuring information about design of thermal materials and nanotechnology;

C

The mark consists of an arrangement of three regular hexagons, wherein one hexagon is to the left center of the other two hexagons, which are in a vertical arrangement relative to each other. Centered to the right of the arrangement of hexagons is the large letter C.;Carbon nanotubes, namely, tubular carbon molecules used in thermal, electronic, optical, electromagnetic, mechanical, chemical and biochemical applications;CARBICE;Apparel, namely, hats, t-shirts, shirts, shoes, sweatshirts, and sweatpants;Color is not claimed as a feature of the mark.;