KLÜVO Trademark Application Published for Opposition

ChangeBridge: Trademarks - Computing & Electronics (Class 009)

Published March 22nd, 2026

Detected March 24th, 2026

Summary

The USPTO has published the trademark application for 'KLÜVO' for opposition. The application covers a wide range of medical imaging and diagnostic devices, software for managing health data, and virtual/augmented reality applications for medical use. The publication marks a step in the trademark registration process, allowing third parties to oppose the mark.

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What changed

The United States Patent and Trademark Office (USPTO) has published the trademark application for 'KLÜVO' (Application No. TM79423707) for opposition. This publication means the application has passed initial examination and is now open for any third party to file an opposition within a specified period. The application seeks to register the mark for a broad array of goods and services, including medical scanners for eye assessment and TBI diagnosis, various medical imaging apparatus (CT, MRI, X-ray), dental equipment, software for operating medical imaging apparatus, AI software for health data management and medical diagnosis, 3D scanners, and virtual/augmented reality hardware and software for medical applications.

This publication is a procedural step in the trademark registration process and does not impose new compliance obligations on regulated entities. However, companies operating in the medical device, healthcare technology, and software sectors should be aware of this publication. If a company believes the 'KLÜVO' mark infringes on their existing intellectual property rights, they have a window to file an opposition with the USPTO. The filing date for this application was March 4, 2025, and it was published on March 22, 2026.

Source document (simplified)

← USPTO Trademark Applications

KLÜVO

Published for Opposition TM79423707 Kind: published Mar 22, 2026

Abstract

Scanners for medical diagnosis, namely, medical device that scans the eyes for assessment of traumatic brain injury; medical imaging apparatus; optical imaging apparatus for medical examination purposes; X-ray C T scanners for medical use; magnetic resonance imaging apparatus for medical purposes, namely, magnetic resonance imaging scanners; intra-oral cameras for dental use; X-ray apparatus for dental use; x-ray diagnostic apparatus; X-ray apparatus for medical use; Medical equipment in the nature of computed tomography (CT) apparatus, namely, X-ray computed tomography scanners; dental radiography film holder clips, namely, dental X-ray holder clips; X-ray appliances for dental use, namely, dental radiography spacers; X-ray appliances for dental use, namely, dental radiography duplicators; X-ray photographs for medical use; x-ray apparatus for dental imaging; radiography film frames for dental use; mounts for radiography films for dental use; gamma cameras for medical use; dental apparatus and instruments, namely, ultrasound apparatus for dental imaging; apparatus for viewing dental images, namely, ultrasound apparatus for dental imaging; Software, downloadable, for operating medical imaging apparatus; data collection apparatus, namely, computer hardware for collecting positioning data; downloadable computer software using artificial intelligence software f o r managing patient health data, medication management, and scheduling and attending telemedicine appointments for use in the health care industry; downloadable computer software using artificial intelligence software for medical diagnosis, in particular for the diagnosis of balance disorders by recording, viewing, or analyzing eye movements; X-ray films, exposed; X-ray fluorescence analyzers; 3D scanners; stereoscopic equipment for 3D display in the nature of 3D digital photograph viewer and holographic projection apparatus; head-mounted stereoscopic 3D displays in the nature of 3D digital photograph viewer and holographic projection apparatus}; portable 3D scanners; virtual and augmented reality software, namely, downloadable virtual reality training simulation software in the field of surgery and downloadable augmented reality software for medical teaching; augmented reality computer hardware, namely, augmented reality headsets