EVIDENT TECHNOLOGIES
Patent Owner
Stats
- 16 US PATENTS IN FORCE
- 0 US APPLICATIONS PENDING
- Jan 05, 2016 most recent publication
Details
- 16 Issued Patents
- 0 Issued in last 3 years
- 0 Published in last 3 years
- 923 Total Citation Count
- Dec 18, 2000 Earliest Filing
- 39 Expired/Abandoned/Withdrawn Patents
Patent Activity in the Last 10 Years
Technologies
Intl Class
Technology
Matters
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Top Patents (by citation)
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Recent Publications
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Recent Patents
Patent #
Title
Filing Date
Issue Date
Intl Class
9227846 Purification of nanocrystals for thermoelectric, solar, and electronic applicationsFeb 25, 14Jan 05, 16[C01B, H01L]
8999822 Method for creating semiconductor junctions with reduced contact resistanceNov 03, 14Apr 07, 15[H01L]
8895411 Method for creating semiconductor junctions with reduced contact resistanceOct 04, 12Nov 25, 14[H01L]
8828774 Method for a single precursor ionic exchange to prepare semiconductor nanocrystal n-type thermoelectric materialApr 19, 13Sep 09, 14[H01L]
8728434 Preparation of nanocrystals for thermoelectric and solar cell applications using sulfide-based nanocrystal precursors in colloidal systemsJun 28, 13May 20, 14[C01B, B82Y, C01G]
8067259 Method of producing high performance photovoltaic and thermoelectric nanostructured bulk and thin filmsMay 12, 10Nov 29, 11[H01L]
8050303 Laser based on quantum dot activated media with forster resonant energy transfer excitationApr 12, 06Nov 01, 11[H01S]
7811470 Water based colorants comprising semiconductor nanocrystals and methods of making and using the sameOct 04, 07Oct 12, 10[C09K, C09D]
Expired/Abandoned/Withdrawn Patents
Patent #
Title
Status
Filing Date
Issue/Pub Date
Intl Class
2015/0311,418 Powdered Materials Attached with Molecular GlueAbandonedApr 24, 15Oct 29, 15[H01L, B22F]
2015/0292,380 Efficiency and Reduced Emission for Internal Combustion Engines Using Thermoelectric-driven ElectrolysisAbandonedApr 13, 15Oct 15, 15[C25B, H01M, F01N]
2015/0171,304 Thermoelectric Elements Including of Axially Dependent Material PropertiesAbandonedDec 17, 14Jun 18, 15[H01L]
2015/0001,449 Material with Designed Anisotropy When ConsolidatedAbandonedJun 27, 14Jan 01, 15[B29C, H01B]
2015/0001,450 Crystallization of Nanocrystals That Were Formed Using Colloidal ChemistryAbandonedJun 27, 14Jan 01, 15[B02C, C30B]
2015/0004,088 Thermoelectric Material Based on Oxide Coated NanocrystalsAbandonedJun 27, 14Jan 01, 15[H01L]
2014/0158,945 Methods of Increasing the Thermoelectric Performance of a MaterialAbandonedDec 02, 13Jun 12, 14[B29B]
8562939 Semiconductor nanocrystal synthesis using a catalyst assisted two-phase reactionExpiredFeb 26, 10Oct 22, 13[C01B, H01L]
2013/0260,135 Introduction of stable inclusions into nanostructured thermoelectric materialsAbandonedMar 29, 13Oct 03, 13[B32B]
2013/0252,406 Techniques for drying and annealing thermoelectric powdersAbandonedMar 25, 13Sep 26, 13[H01L]
2013/0082,212 Consolidation Methodologies for Semiconductor NanomaterialsAbandonedOct 04, 12Apr 04, 13[H01B, C09C]
8409473 Group II alloyed I-III-VI semiconductor nanocrystal compositions and methods of making sameExpiredFeb 27, 07Apr 02, 13[C09K]
2010/0275,807 PHOTOLUMINESCENT NANOCRYSTAL BASED TAGGANTSAbandonedFeb 15, 08Nov 04, 10[B41M, C09D, F42B]
2009/0321,692 Nanostructured material comprising semiconductor nanocrystal complexesAbandonedJan 05, 06Dec 31, 09[H01B]
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