Trademark: 79277590
Word
INO
Status
Registered
Status Code
700
Status Date
Tuesday, November 22, 2022
Serial Number
79277590
Registration Number
6903263
Registration Date
Tuesday, November 22, 2022
Mark Type
3000
Filing Date
Friday, August 2, 2019
Published for Opposition
Tuesday, September 6, 2022

Trademark Owner History
Institut National d'Optique - Original Registrant

Classifications
41 Education services, namely, mentoring in the field of technology transfers for various photonic, optical and optoelectronic platforms
40 Custom manufacture of laser systems, namely, vision systems being night vision systems, optical systems being optical positioning apparatus for industrial applications, optical devices and components being optical mirrors, optical switches, optical attenuators and optical sensors, and photonic materials and processes being un-cooled infrared (IR) bolometric detectors, IR lenses, near IR camera, silicon photonic packaging, miniaturized IR cameras, micro-mirrors, optical modulators, bolometric focal plane arrays, phase masks and optical thin film coatings, in compliance with clients' specifications; custom manufacturing of optical systems and components; custom manufacture of printed photonics devices; foundry service, namely custom manufacturing of MEMS devices in the nature of micro-bolometric detectors, pressure sensors, accelerometers, and resonators, deposition and MEMS devices for patterning of thin films and coatings; MEMS foundry services namely custom manufacture of microelectromechanical systems and devices
9 Laser systems, namely, pulsed fiber lasers, high power fiber lasers and high frequency selective fiber lasers all for non-medical purposes; fiber amplifiers, namely, optical fibre amplifiers; laser engine, namely, laser-diode-pumped fiber amplifiers, and arrays being structural parts of fiber amplifiers; power amplifier, namely, optical fiber amplifier module for high peak power and high average power applications; master oscillator with programmable amplitude waveform (MOPAW) lasers, not for medical use; optical character recognition systems comprised of optical character recognition sensors and apparatus; imaging systems, namely, road sign recognition apparatus being an optical reader with image processor, advanced microscopy system comprised of microscope, microscope objective, illuminator being a microscope illuminating device, camera and image data processor, and electrical controller and electronic controller for controlling operation of advanced microscopy system, Optical Coherence Tomography (OCT) microscope, confocal microscope FLIM and FLIM FRET microscope, fluorescence microscope; micro-electro mechanical systems (MEMS) comprised of pressure sensors, inertia sensors, flow switches for monitoring and controlling the flow of gases or liquids, and optical switches being electrical switches; specialty optical fibers, namely, high attenuation optical fibers for connector-type and patch cord-type attenuator assembly; specialty optical fibers, namely, fiber optic chemical sensors; specialty optical fibers, namely, rare-earth-doped optical fibers for broadband ASE sources, optical amplification and laser source assembly; specialty optical fibers, namely, photosensitive optical fibers for grating fabrication; specialty optical fibers, namely, optical fibers and tapered fibers for fiber amplifier and laser assembly; specialty optical fibers, namely microstructure optical fibers for supercontinuum generation, wave mixing, self-phase modulation, high power delivery systems, sensors and interferometry; specialty optical fibers, namely, silica fibers, fluoride, telluride and phosphate fibers for differential scanning colorimetry, spectrophotometry, laser sensors, broadband ASE source and optical amplifiers; diffractive optical elements, namely, computer generated holograms apparatus and holographic optical elements in the nature of diffractive lenses and micro lens arrays, parabolic gratings and anti-reflection gratings; vision systems comprised of a wood inspection apparatus in the nature of a spectral analysis sensor, line scan cameras, lighting source being light bulb, data processor, and electric controller and electronic controllers for controlling operation of wood inspection apparatus, and recorded software for wood knot, rot and sap detection and color classification for wood planks, for use therewith, sold as a unit; shape and colour analysing apparatus for classification of beverage and food containers; quality control apparatus for classification of containers, namely, object shape and texture recognition sensors; quality control apparatus for identification of plastics, namely, laser detectors for color sensing; optical correlators, namely, artificial optical inspection apparatus for industrial use, verification and authentication, video processing and other applications; micro-components for optical use, namely, optical micro-mirrors and optical fiber filters; variable reflectivity mirrors and laser rut measurement systems for optical use comprised of laser optical profilers, custom optics and high-power pulsed laser line sources being optical lenses and laser equipment for non-medical purposes, data processor and recorded software for detecting and characterizing pavement ruts, for use therewith, sold as a unit; 3-D laser profiler detectors for surface inspection and mapping; 360-degree laser optical profiler; optical systems comprised of line laser mini beam projector, collection fiber optics, high frame rate camera, and digital signal processor for optical testing collection fiber optics, high frame rate camera, and digital signal processor, for optical testing; optical devices and components, namely, optical mirrors and optical filters; photonic materials and processes, namely, un-cooled infrared (IR) bolometric detectors, IR lenses, THz lenses, silicon photonic packaging being optical couplers for arrays of optical fibers, miniaturized IR camera, micro-mirrors being components of video projectors, multi-spectral camera, and hyperspectral camera; 3-D imaging systems, not for medical use, comprised of range-resolved image capture device being a camera and data processor, and illumination source being light-emitting diode sources; 3D laser sensors for distance measurement on remote targets; optical correlators being optical devices for target tracking and identification of objects; microdevices, namely, micromirrors being components for video projectors and all-fibre optical filters; variable reflectivity mirrors for use in optics; rut meters being optical meters; 3D sensors, namely, 3D optical sensors for laser profile metering not for medical use; light detection and ranging apparatus in the nature of a lidar apparatus, namely, spectroscopic light detection and ranging lidar systems comprised of light-emitting diode sources, gratings and prisms, and optical detectors for detection of aerosol, gas, biological, and chemical agents and sizing lighting system to optimize photosynthesis; cameras for algae growth computer vision systems, namely, IR cameras, terahertz cameras, near IR cameras and hyperspectral cameras; Printed photonics devices, namely, printed photonic sensors for physical, chemical and biological sensing; spectroscopic light detection and ranging apparatus being a lidar apparatus, namely, raman lidar apparatus and fluorescence lidar apparatus, synthetic aperture lidar apparatus and synthetic aperture radar apparatus; silicon photonics and chip packages for optical use, namely, metallic and ceramic vacuum and controlled atmosphere and pressure packages for microelectromechanical systems (MEMS) in the nature of arrays of infrared microbolometric detectors; video and photographic projectors, namely, dynamic and static scene projectors; video and photographic projectors for testing of missile seekers and targeting pods; projectors being computer hardware and recorded software systems for testing of equipment in the hardware-in-the-loop configuration; projectors being computer hardware and recorded software systems for training of personnel in the virtual environment; video and photographic projectors for training of autonomous vehicles in all environments; passive imagers being passive infrared detectors, namely, IR imagers making use o micro-bolometric detectors; active imagers, namely, imagers making use of micro-bolometric detectors in the nature of thermal imaging cameras; see-through imagers, namely, active and passive see-through imagers in the nature of thermal imaging cameras; imager modules being component parts of thermal imaging cameras, namely, imager modules equipped with bolometric detectors; fast imaging optics in the nature of infrared cameras, namely, optics working in wavelength range; beam forming optics, namely, optical elements for beam shaping in the nature optical mirrors; tracking infrared illuminators, namely, instruments consisting of cameras for target acquisition, radiation sources for target illumination and control units; micro-scan imagers in the nature of millimeter wave equipment for detecting concealed objects, namely, vis-mmw imagers applying micro-scan technique for high-resolution imaging; micro-scanned optics being thermal cameras, namely, optics with the implemented micro-scan mechanism; specialty optical microscopes; optical systems comprised of lasers not for medical use, high-precision optical lenses, imagers being scanners and data processor, namely, equipment for optical tests including focal measurement, measurement of beam quality, spectrophotometry, colorimetry, being profile meters, scanning electron microscopes, digital interferometers, spectrometers, scattering meters and atomic force microscopes; optical components and devices, namely, optical mirrors and optical device filters; photonic materials and processes, namely, non-cooled infrared (IR) bolometric detectors, IR cameras and micromirrors being components of thermal imaging systems
35 Business consulting, management, and planning services in the field of technology transfers for various photonic, optical, and optoelectronic platforms
11 Sources of long-wavelength electromagnetic radiation, namely, electric luminaires of pulsed and continuous electromagnetic radiation in the nature of sources of electromagnetic terahertz illumination radiation used in active imaging systems for detection of concealed objects
42 Environmental testing and inspection services; product research and development services in optics and photonics and imaging; design for others of laser systems, vision systems in the nature of night vision systems, optical systems in the nature of optical positioning apparatus for industrial applications, optical devices and components in the nature of optical mirrors, optical switches, optical attenuators and optical sensors, optomechanical fixtures and mounts, photonic materials and processes in the nature of un-cooled infrared (IR) bolometric detectors, miniaturized lR cameras, micro-mirrors, optical modulators, bolometric focal plane arrays, phase masks and optical thin film coat; Product development of microelectromechanical systems and devices for use in MEMS foundry industry
The mark consists of the stylized wording "INO" with a square above and below the middle of the letter "N".
Color is not claimed as a feature of the mark.

Trademark Events
Apr 5, 2023
Final Decision Transaction Processed By Ib
Mar 13, 2023
Final Disposition Notice Sent To Ib
Mar 13, 2023
Final Disposition Processed
Feb 22, 2023
Final Disposition Notice Created, To Be Sent To Ib
Nov 22, 2022
Notice Of Registration Confirmation Emailed
Nov 22, 2022
Registered-Principal Register
Sep 11, 2022
Notification Processed By Ib
Sep 6, 2022
Official Gazette Publication Confirmation E-Mailed
Sep 6, 2022
Published For Opposition
Aug 17, 2022
Notification Of Possible Opposition Sent To Ib
Aug 17, 2022
Notice Of Start Of Opposition Period Created, To Be Sent To Ib
Aug 17, 2022
Notification Of Notice Of Publication E-Mailed
Aug 2, 2022
Approved For Pub - Principal Register
Aug 2, 2022
Examiner's Amendment Entered
Aug 2, 2022
Notification Of Examiners Amendment E-Mailed
Aug 2, 2022
Examiners Amendment E-Mailed
Aug 2, 2022
Examiners Amendment -Written
Jul 6, 2022
Teas/Email Correspondence Entered
Jul 6, 2022
Correspondence Received In Law Office
Jul 6, 2022
Teas Response To Office Action Received
Feb 1, 2022
Notification Of Non-Final Action E-Mailed
Feb 1, 2022
Non-Final Action E-Mailed
Feb 1, 2022
Non-Final Action Written
Dec 23, 2021
Teas/Email Correspondence Entered
Dec 22, 2021
Correspondence Received In Law Office
Dec 22, 2021
Teas Response To Office Action Received
Sep 14, 2021
Assigned To Examiner
Aug 29, 2021
Refusal Processed By Ib
Jul 20, 2021
Notification Of Non-Final Action E-Mailed
Jul 20, 2021
Non-Final Action E-Mailed
Jul 20, 2021
Non-Final Action Written
Jul 18, 2021
Notification Of Possible Opposition - Processed By Ib
Jun 30, 2021
Notification Of Possible Opposition Sent To Ib
Jun 30, 2021
Notification Of Possible Opposition Created, To Be Sent To Ib
Jun 11, 2021
Teas/Email Correspondence Entered
Jun 11, 2021
Correspondence Received In Law Office
Jun 11, 2021
Teas Request For Reconsideration Received
Jan 4, 2021
Refusal Processed By Ib
Dec 11, 2020
Notification Of Subsequent Final Emailed
Dec 11, 2020
Subsequent Final Emailed
Dec 11, 2020
Subsequent Final Refusal Written
Oct 20, 2020
Notification Of Final Refusal Emailed
Oct 20, 2020
Final Refusal E-Mailed
Oct 20, 2020
Final Refusal Written
Sep 11, 2020
Teas/Email Correspondence Entered
Sep 10, 2020
Correspondence Received In Law Office
Sep 10, 2020
Teas Response To Office Action Received
Mar 28, 2020
Refusal Processed By Ib
Mar 10, 2020
Non-Final Action Mailed - Refusal Sent To Ib
Mar 10, 2020
Refusal Processed By Mpu
Feb 16, 2020
Non-Final Action (Ib Refusal) Prepared For Review
Feb 15, 2020
Non-Final Action Written
Feb 5, 2020
Application Filing Receipt Mailed
Feb 1, 2020
Assigned To Examiner
Feb 1, 2020
New Application Office Supplied Data Entered
Jan 30, 2020
Sn Assigned For Sect 66a Appl From Ib

Trademark Alertz updated from USPTO on 2030-01-24