GleanMark

INNOVATING FOR A BETTER TOMORROW WITH SUSTAINABLE MICRO-PIXEL FABRICATION Trademark

INNOVATING FOR A BETTER TOMORROW WITH SUSTAINABLE MICRO-PIXEL FABRICATION is a USPTO trademark filed by VueReal Inc.. Status: Pending.

Trademark Facts

MarkINNOVATING FOR A BETTER TOMORROW WITH SUSTAINABLE MICRO-PIXEL FABRICATION
Serial Number98253392
StatusPending
Filing Date2023-11-03
Mark TypeWord
Nice Classes009 (Electronics & Software), 010 (Medical Devices), 040 (Material Treatment), 042 (Software & IT)
OwnerVueReal Inc.
Attorney of RecordStaci R. DeRegnaucourt
Prosecution Events29
Latest EventGNRT on 2026-03-25

Goods & Services

Printing services, namely, printing microscale devices, namely, micro scale-based LEDs, or integrated circuits onto nonnative substrates; Printing services for transferring microscale devices, namely, micro scale -based LEDs.; Light-emitting diodes; Semiconductor chips; Semiconductor wafers; Semiconductor devices; Integrated circuits; Micro scale-based LED displays; Touch screens; microscale based displays, namely, micro scale LED-based displays for consumer electronics applications; Optical and non-optical inspection apparatus for identifying performance of micro devices; Optical and non-optical inspection apparatus for identifying the effect of printing on the performance of micro devices.; Micro scale-based LED displays for lighting incorporated into medical equipment; Micro scale-based LED medical displays for lighting incorporated into medical patient monitoring equipment, for receiving, processing, transmitting and displaying data; Micro LED-based medical diagnostic imaging apparatus.; Design and development of transferring microscale devices, namely, micro scale-based LEDs, onto non-native substrates; design of integrated circuits; design of integrated circuits in the field of semiconductors; Design of apparatus and machines for integrating microscale devices, namely, micro scale-based LEDs, or integrated circuits onto non-native substrates; Design of machines for printing microscale devices, namely, micro scale-based LEDs, onto nonnative substrates.

Recent Prosecution Activity

DateDocumentType
2026-03-25AAU Processing CompleteAPC
2026-03-25Non-Final ActionNFIN
2026-03-25Notice of Non-Final Office ActionNFO
2025-09-22SpecimenSPE
2025-09-22Statement of UseSOU
2025-03-05ITU Unit ActionIUA

USPTO Refusals on Record

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