AIPD Semiconductor Trademark Application for Electronic Components

ChangeBridge: Trademarks - Computing & Electronics (Class 009)

Published August 22nd, 2022

Detected April 3rd, 2026

Summary

USPTO published a trademark application (TM97558309) for AIPD covering aluminum materials and semiconductor components including chips, circuit boards, and passive devices. The application was filed by AIPD on August 22, 2022, under Intent-to-Use basis for international class 009 covering electronic manufacturing materials.

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What changed

USPTO published trademark application TM97558309 for the mark AIPD, covering aluminum for semiconductor passive device manufacturing, semiconductor chips, circuit boards, electronic circuits, lithography masks, and integrated/discrete passive devices for power distribution. The goods span multiple semiconductor manufacturing product categories in Class 009.

This is a routine trademark publication notice and does not impose compliance obligations on other entities. Third parties have an opportunity to file opposition within 30 days of publication if they believe the mark conflicts with existing trademarks. No action is required by manufacturers or technology companies unless they identify potential conflicts with their own existing marks.

Source document (simplified)

← USPTO Trademark Applications

AIPD

Intent to Use TM97558309 Kind: intenttouse Apr 02, 2026

Abstract

Aluminum for use in the manufacture of semiconductor passive devices; Semiconductor components, in the nature of semiconductor chips, circuit boards, and electronic circuits made of aluminum; semiconductor components in the nature of circuit boards; semiconductor chips; circuit boards; electronic circuits; semiconductor devices; lithography masks in the nature of photomask substrates coated with an opaque film, for use in fabrication of integrated circuits; printed circuit boards; electronic components being passive devices, namely, capacitors for integrated circuit packaging; integrated and discrete passive devices for power distribution, namely, capacitor implemented equalizers