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Patents

Total: >60 (Granted: 31)

  •  31. Direct Printing and Writing using Undercooled Metallic Core-Shell Particles US12226831B2
  • 30. Solder materials including supercooled micro-capsules and alloyed particles US12208471B2
  • 29. Solid dry-type lubricant US12122901B2
  • 28. Stable undercooled metallic particles for engineering at ambient conditions US10266925B2
  • 27. Undercooled liquid metallic droplets having a protective shell US12030126B2
  • 26. Textured particles US11938535B2
  • 25. Coated irregular surfaces US11752666B2
  • 24. Stable undercooled metallic particles for filling a void US11685977B2
  • 23. System and method for manufacture of undercooled metallic core-shell particles US11673190B2
  • 22. Mask-free photolithography using metastable undercooled metal particles US11633807B2
  • 21. Solder paste on demand apparatus US11633702B2
  • 20. Solid dry-type lubricant US11613630B2
  • 19. Stable undercooled metallic particles for engineering at ambient conditions US11584978B2
  • 18. Interstitial control during additive manufacturing US11379637B2
  • 17. Mechano-chemical de-mixing of metal alloys and mixed materials US11364542B2
  • 16. Metal oxide materials made using self-assembled coordination polymers US11241678B2
  • 15. Stable undercooled metallic particles for engineering at ambient conditions US11220730B2
  • 14. Direct printing and writing using undercooled metallic core-shell particles US11059098B2
  • 13. Mechano-chemical de-mixing of metal alloys and mixed materials US10758984B2
  • 12. Self-strengthening polymer composites US10759127B2
  • 11. Fabrication of micro- and nano-particle coated materials US10604677B2
  • 10. Method of preparing metal surfaces US10526694B2
  • 9. High aspect ratio nanostructures and methods of preparation US10471469B2
  • 8. Core-shell multi-layer particles US10293325B2
  • 7. Micro- and nano-particles with variable surface morphologies and methods of making same US10124310B2
  • 6. MEMS force sensors fabricated using paper substrates US9682856B2
  • 5. LUBRICANTE SÓLIDO DE TIPO SECO Argentina patent no: P210103170 A (granted 10/2024)
  • 4. M. Thuo, P. Gregory, B. Chang, C. Du Solid dry-type lubricant EP21205566.9
  • 3. M. Thuo, S. Cinar, I. Tevis Stable undercooled metallic particles for engineering at ambient conditions EP3322549B1
  • 2. M. Thuo, S. Cinar, I. Tevis Stable undercooled metallic particles for engineering at ambient conditions JP6980864B2
  • 1. M. Thuo, I. Tevis Stable supercooled metal particles used for working in circumferential environment JP7301113B2

Published/Pending:

  • Dynamic solid lubricants
  • Network disruptors for coherent solid state flow
  • Mask-Free Photolithography Using Metastable Undercooled Metal Particles (systems Divisional)
  • Guided ad Infinitum Assembly of Mixed-Metal Oxide Arrays from a Liquid Metal US 63/790,295
  • Carbon lithium composites via intercalation and paused dissolution US63/656,800
  • Metastable Metal Particles as Physically-timed keys US63/752,332
  • Preparation of liquid metallic core-shell particles and undercooled liquid metallic core-shell particles use method at ambient conditions JP2023126234A
  • SOLID DRY-TYPE LUBRICANT LUBRIFIANT DE TYPE SEC SOLIDE Canadian Application Number:  CA3135527 
  • (DE) FESTES TROCKENSCHMIERMITTEL (EN) SOLID DRY-TYPE LUBRICANT (FR) LUBRIFIANT SOLIDE DE TYPE SEC European Application Number: EP4012009
  • SOLID DRY-TYPE LUBRICANT Australian Application Number: AU2021261825
  •  固体干式润滑剂 China Application Number: CN114736727
  • Lubrificante para uso em um sistema de alimentacao de tremonha, E, metodo para produzir um lubrificante BR102021018497
  • UNDERCOOLED LIQUID METALLIC DROPLETS HAVING A PROTECTIVE SHELL Application Number: MYPI2023000396
  • UNDERCOOLED LIQUID METALLIC DROPLETS HAVING A PROTECTIVE SHELL Application Number:  KR10-2023-7006695
  • UNDERCOOLED LIQUID METALLIC DROPLETS HAVING A PROTECTIVE SHELL Application Number: JP2023-505413
  • Preparation of liquid metallic core-shell particles and undercooled liquid metallic core-shell particles use method at ambient conditions Application number: JP2023126234A
  • COMPOSITIONAL CONTROL IN ADDITIVE MANUFACTURING US-20240424561-A1
  • EFFICIENT RECYCLING OF E-WASTE BY ENERGY LANDSCAPE INVERSION US-20240425948-A1
  • MICRO-CAPSULES HAVING AN AMORPHOUS SOLID CORE US-20240058861-A1
  • STABLE UNDERCOOLED METALLIC PARTICLES FOR FILLING A VOID US-20230383388-A1
  • SOLID DRY-TYPE LUBRICANT US-20230287200-A1
  • MASK-FREE PHOTOLITHOGRAPHY USING METASTABLE UNDERCOOLED METAL PARTICLES US-20210138588-A1 (Manufacturing divisional)
  • INTERSTITIAL CONTROL DURING ADDITIVE MANUFACTURING US-20200327267-A1
  • STABLE UNDERCOOLED METALLIC PARTICLES FOR ENGINEERING AT AMBIENT CONDITIONS US-20190203327-A1
  • Metal oxide materials made using self-assembled coordination polymers US-20180311655-A1
  • MELT-AND-MOLD FABRICATION (MnM FAB) OF RECONFIGURABLE DEVICES US-20160243546-A1
  • Paper-Based Reference Electrode And Potentiometric Ion Sensing US-20160033438-A1
  • Levitation of Materials in Paramagnetic Ionic Liquids US-20150135829-A1
  • Microfluidic Devices Formed From Hydrophobic Paper US-20150132742-A1
  • MEMS Force Sensors Fabricated Using Paper Substrates US-20140224018-A1