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Boromand; Arman Patent Filings

Boromand; Arman

Patent Applications and Registrations

Patent applications and USPTO patent grants for Boromand; Arman.The latest application filed is for "birefringent polymer having bimodal molecular weight".

Company Profile
3.1.11
  • Boromand; Arman - Redmond WA
  • Boromand; Arman - Issaquah WA
*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.
Patent Activity
PatentDate
Switchable retardation device with reduced residual retardation
Grant 11,435,641 - Jamali , et al. September 6, 2
2022-09-06
Birefringent Polymer Having Bimodal Molecular Weight
App 20220242100 - Ye; Sheng ;   et al.
2022-08-04
Miscellaneous Coating, Battery, And Clock Features For Artificial Reality Applications
App 20220191578 - Ramkumar; Vasanth Kumar ;   et al.
2022-06-16
Methods Of Manufacturing Optically Anisotropic Polymer Thin Films
App 20220105719 - Ye; Sheng ;   et al.
2022-04-07
Apparatus And Method For Manufacturing Optically Anisotropic Polymer Thin Films
App 20220105696 - Ye; Sheng ;   et al.
2022-04-07
Apparatus And Method For Manufacturing Optically Anisotropic Polymer Thin Films
App 20220105672 - Ouderkirk; Andrew John ;   et al.
2022-04-07
Optically Anisotropic Film Stack Including Solid Crystal And Fabrication Method Thereof
App 20220082749 - MALHOTRA; Tanya ;   et al.
2022-03-17
High Refractive Index Birefringent Organic Solid Crystal And Methods Of Making Thereof
App 20220035075 - RAO; Tingling ;   et al.
2022-02-03
High Refractive Index Optical Device Formed Based On Solid Crystal And Fabrication Method Thereof
App 20210262116 - RAO; Tingling ;   et al.
2021-08-26
Polymer Thin Films Having High Optical Anisotropy
App 20210263205 - Ye; Sheng ;   et al.
2021-08-26
High Refractive Index Optical Device Formed Based On Solid Crystal And Fabrication Method Thereof
App 20210263313 - MALHOTRA; Tanya ;   et al.
2021-08-26
Templated Synthesis Of Nanovoided Polymers
App 20210238374 - Ye; Sheng ;   et al.
2021-08-05

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