David Choi

USPTO Trademark & Patent Filings

Choi David

Trademark applications and grants for David Choi. David Choi has 12 trademark applications. The latest application filed is for "PANTIBIOTIC"

Company Profile
    Company Aliases
  • Choi, David
  • David Choi
  • david choi
  • Choi; David - Cupertino CA
  • CHOI; David - Cupertino CA
  • Choi; David - Davis CA
Entity Type INDIVIDUAL
Address 1918 Notre Dame Drive Lake Worth, FLORIDA UNITED STATES 33460

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.
Trademarks Patents
Patent Applications
Patent ApplicationDate
Channel Bandwidth Estimation on Hybrid Technology Wireless Links
20150124603 - 14/594027 Ketheesan; Kanapathipillai ;   et al.
2015-05-07
Systems, Structures and Associated Processes for Optimization of State Transitions within Wireless Networks
20150092589 - 14/568001 Ketheesan; Kanapathipillai ;   et al.
2015-04-02
SYSTEMS, STRUCTURES AND ASSOCIATED PROCESSES FOR OPTIMIZATION OF STATE TRANSITIONS WITHIN WIRELESS NETWORKS
20130107744 - 13/714079 KETHEESAN; Kanapathipillai ;   et al.
2013-05-02
COOLING STICK FOR A BLENDER AND METHOD OF USING SAME
20120182826 - 13/429160 Choi; David
2012-07-19
CHANNEL BANDWIDTH ESTIMATION ON HYBRID TECHNOLOGY WIRELESS LINKS
20120106385 - 13/345550 KETHEESAN; Kanapathipillai ;   et al.
2012-05-03
Channel bandwidth estimation on hybrid technology wireless links
9,674,729 - 14/594,027 Ketheesan , et al. June 6, 2
2017-06-06
Systems, structures and associated processes for optimization of state transitions within wireless networks
9,338,674 - 14/568,001 Ketheesan , et al. May 10, 2
2016-05-10
Channel bandwidth estimation on hybrid technology wireless links
8,937,877 - 13/345,550 Ketheesan , et al. January 20, 2
2015-01-20
Channel bandwidth estimation on hybrid technology wireless links
8,937,877 - 13/345,550 Ketheesan , et al. January 20, 2
2015-01-20
Systems, structures and associated processes for optimization of state transitions within wireless networks
8,917,641 - 13/714,079 Ketheesan , et al. December 23, 2
2014-12-23
Patent Grants & Applications

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