FISENS Trademark
FISENS is a USPTO trademark filed by FiSens GmbH. Status: Registered.
Trademark Facts
| Mark | FISENS |
|---|---|
| Serial Number | 79293896 |
| Registration Number | 6495560 |
| Status | Registered |
| Filing Date | 2020-06-26 |
| Registration Date | 2021-09-28 |
| Mark Type | Word |
| Nice Classes | 042 (Software & IT) |
| Owner | FiSens GmbH |
| Attorney of Record | Stephen Holmes |
| Prosecution Events | 40 |
| Latest Event | REAP on 2023-03-23 |
Goods & Services
Measuring, identification and monitoring instruments, appliances and regulators, namely fiber optic spectrometers, fiber optic interrogation devices for use with fiber optic sensors having fiber Bragg gratings and for use with fabry perot sensors, and fiber optic sensors having Fiber Bragg gratings for use in measuring strain, pressure, force and temperature; optical devices, enhancers and correctors, namely fiber optic spectrometers and fiber optic sensors having Fiber Bragg gratings for use in measuring strain, pressure and temperature; scientific and laboratory devices for treatment using electricity, namely fiber optic spectrometers, fiber optic sensors and fiber optic interrogation devices for use with fiber optic sensors | Medical and veterinary apparatus and instruments, namely fiber optic spectrometers, fiber optic interrogation devices for use with fiber optic sensors having fiber Bragg gratings and fabry perot sensors, and fiber optic sensors having Fiber Bragg gratings for use in measuring strain, pressure, force and temperature | Information Technology [IT] consultancy services; scientific and technological services for others, namely custom design of optical fibers having customer defined diffraction gratings and optical fibers having fiber Bragg gratings at customer defined positions along the fiber; testing, authentication and quality control services for others, namely testing, authentication and quality control in the custom fabrication of optical fibers having customer defined diffraction gratings and optical fibers having fiber Bragg gratings at customer defined positions along the fiber