Ii-Vi Trademark Details

This mark is alive with a status of New Application - Record Initialized Not Assigned to Examiner. The last case file activity for this mark occured 8 years ago on Saturday, October 1, 2016, according to the United State Patent & Trademark Office

Word Mark	II-Vi
Status	Alive 630 — New Application - Record Initialized Not Assigned to Examiner

Current Owner

II-VI Delaware, Inc. of Wilmington, DE

View all trademarks for II-VI Delaware, Inc.

Other Trademarks for II-VI Delaware, Inc.

Serial Number	87186343
Status Date	Saturday, October 1, 2016
Filing Date	Saturday, October 1, 2016
Attorney	William H. Logsdon, Reg. No. 22,132

Correspondent

WILLIAM H. LOGSDON, REG. NO. 22,132
THE WEBB LAW FIRM, P.C.
420 FT. DUQUESNE BLVD.
ONE GATEWAY CENTER, SUITE 1200
PITTSBURGH, PA 15222

Case File Statements

Goods & Services	Optical components and products for use with lasers, namely lenses, partial reflectors, beamsplitters, mirrors; optical glass, nozzles, beam expander-condensers, waveplates, reflective phase retarders, polarizer-analyzer-attenuators (PAZ/PAG), thin film polarizers; electro-optical modulators; optical instruments and apparatus; optical data media; objectives; transparencies, single crystal wafer or chip to serve as a substrate for epitaxal deposition of electronic or photonic material structures or for an infrared imaging or detection unit, laser collimators, semiconductor substrates and wafers, brewster windows, mechanical and optical assemblies, focusing heads, beam director components, beam enhancement tools, beam diagnostic instruments, and integrators, semiconductor diode chips, semiconductor diode arrays, surface-emitting semiconductor diodes, edge emitting semiconductor diodes, optical pumps, 980 pumps, pump laser modules, pump lasers for optical amplifiers, high speed Datacom transceivers, vertical-cavity surface-emitting lasers, components for fiber and direct diode laser systems, laser processing heads and fiber beam delivery systems and components for laser material processing, scientific optical equipment, namely, laser cavities, laser crystals, thin film dielectric coatings for use in the manufacture of scientific optical equipment, polarization components, thin film polarizers, waveplates, polarization rotators, birefringent filter plates, birefringent filter units and lyot filters, prisms, coated optical mirrors, glass laser flow tubes, filters and lenses; components and subsystems for fiber optic communications, namely, tunable filters, sensors, monitors, chromatic dispersion compensators, polarization dispersion compensators, add/drop multiplexers, dynamic gain equalizers, tunable lasers and polarization controllers; components and subsystems for sensing and thermal imaging, namely, tunable optical detectors, tunable optical emitters, tunable optical filters, drive electronics for tunable optical detectors, tunable optical emitters, tunable optical filters, tunable optical sensors, infrared gas sensors, infrared chemical sensors, infrared biomedical sensors, focal plane arrays, wavelength translators, thermal camera engines, thermal cameras and optical amplifiers; Photonic processors, namely, channel processors for dense wavelength division multiplexing of telecommunications signals carried by optic fibers; semiconductor substrates and wafers, silicon carbide wafers and wafer chucks, silicon carbide water cooled mirror, green lasers, and fiber pigtailed laser diode modules, micro-optics for wave-length selective switches, ceramic and metal matrix composites, apparatus for converting thermal and electrical energy for cooling, heating or temperature stabilizing electronics, namely, thermoelectric coolers and converters; electronic component coolers, thermoelectric sub-assemblies, air-to-air thermoelectric assemblies, and air-to-air heat exchangers, namely, thermoelectric-based cooling modules and energy harvesting modules, power generators, and optical windows

Optical components and products for use with lasers, namely lenses, partial reflectors, beamsplitters, mirrors; optical glass, nozzles, beam expander-condensers, waveplates, reflective phase retarders, polarizer-analyzer-attenuators (PAZ/PAG), thin film polarizers; electro-optical modulators; optical instruments and apparatus; optical data media; objectives; transparencies, single crystal wafer or chip to serve as a substrate for epitaxal deposition of electronic or photonic material structures or for an infrared imaging or detection unit, laser collimators, semiconductor substrates and wafers, brewster windows, mechanical and optical assemblies, focusing heads, beam director components, beam enhancement tools, beam diagnostic instruments, and integrators, semiconductor diode chips, semiconductor diode arrays, surface-emitting semiconductor diodes, edge emitting semiconductor diodes, optical pumps, 980 pumps, pump laser modules, pump lasers for optical amplifiers, high speed Datacom transceivers, vertical-cavity surface-emitting lasers, components for fiber and direct diode laser systems, laser processing heads and fiber beam delivery systems and components for laser material processing, scientific optical equipment, namely, laser cavities, laser crystals, thin film dielectric coatings for use in the manufacture of scientific optical equipment, polarization components, thin film polarizers, waveplates, polarization rotators, birefringent filter plates, birefringent filter units and lyot filters, prisms, coated optical mirrors, glass laser flow tubes, filters and lenses; components and subsystems for fiber optic communications, namely, tunable filters, sensors, monitors, chromatic dispersion compensators, polarization dispersion compensators, add/drop multiplexers, dynamic gain equalizers, tunable lasers and polarization controllers; components and subsystems for sensing and thermal imaging, namely, tunable optical detectors, tunable optical emitters, tunable optical filters, drive electronics for tunable optical detectors, tunable optical emitters, tunable optical filters, tunable optical sensors, infrared gas sensors, infrared chemical sensors, infrared biomedical sensors, focal plane arrays, wavelength translators, thermal camera engines, thermal cameras and optical amplifiers; Photonic processors, namely, channel processors for dense wavelength division multiplexing of telecommunications signals carried by optic fibers; semiconductor substrates and wafers, silicon carbide wafers and wafer chucks, silicon carbide water cooled mirror, green lasers, and fiber pigtailed laser diode modules, micro-optics for wave-length selective switches, ceramic and metal matrix composites, apparatus for converting thermal and electrical energy for cooling, heating or temperature stabilizing electronics, namely, thermoelectric coolers and converters; electronic component coolers, thermoelectric sub-assemblies, air-to-air thermoelectric assemblies, and air-to-air heat exchangers, namely, thermoelectric-based cooling modules and energy harvesting modules, power generators, and optical windows

Classifications

International Class Codes	009 — Class 9 consists mostly of instruments used for controlling vehicles (such as ships), scientific research, and all computer programs and software regardless of the recording media such as CD-ROMs, hard drives, downloads, etc.
U.S. Class Codes	021, 023, 026, 036, 038
Status	6 — Active
Status Date	Saturday, October 1, 2016
First Use Anywhere	Wednesday, March 1, 1972
First Use In Commerce	Wednesday, March 1, 1972
Primary Code	009

Trademark Timeline

Mar 01 1972

First use anywhere for the mark
Mar 01 1972

First use in commerce for the mark
Sep 28 2016

Trademark application filed with USPTO
Oct 01 2016

New Application Entered In Tram