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Spore, Inc Provides Detailed Data on Complementary Technologies to the Patents Furnished |
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Spore® IP Analysis |
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Spore is a Business and Competitive IP Intelligence company providing software and services enabling entrepreneurs and other leading edge companies to strategically plan and manage Intellectual Property. Spore is unique for both its Strategic IP Analysis software and its Data Visualization software that enable the effective communication of IP Technology and Competitive Landscape. |
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Spore analyzed nearly 300 Energy Efficient Patents and Publications from Oak Ridge National Laboratory, Pacific Northwest National Laboratory, National Renewable Energy Laboratory, Clemson University, the University of Tennessee and Virginia Tech. Using their innovative Spore Search process and Patent Matrix visuals, Spore successfully organized and classified these existing technologies while also providing detailed data on complementary technologies that strengthen these Patents and Publications for licensing. |
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Choose a Technology on the right to view its contents. |
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Each Technology Capsule relates a subset of the Patents and Publications to other closely matching technologies. This organizational structure aids in locating and analyzing technologies that are relevant to potential licensees. |
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Bio-based Technologies (Click any link below to view that Spore Capsule) |
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Physico-chemical Technologies (Click any link below to view that Spore Capsule) |
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| Physico-chemical technologies include Fuel cells, Electric machinery, Solar energy systems, Thermal efficiency processes & materials, and Thin-film materials. The majority of these technologies deal with the capture and transformation of energy and is therefore grouped first according to the input energy and second according to the output energy. With photovoltaic cells, for example, the input energy is light and the output energy is electricity; photovoltaic cells are therefore grouped as light (input) / electric (output). Technologies that do not transform energy are sorted according to their most relevant energy. For example, superconducting films merely transmit electricity and therefore are sorted as electric(input) / electric(output). | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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