USPTO serial 79190914
LASERPOINT
Reviewed by CopyMark Law Group
Reg. 5337436Status 709
- Filing date
- Status date
- Registration date
- Nov 21, 2017
- Examiner
- LAVACHE, LINDA M
- Law office
- PUBLICATION AND ISSUE SECTION
What this means
This page summarizes the public USPTO record for this serial number, including owners, goods and services, and prosecution history.
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Owner
Attorney of record
The USPTO lists this attorney as the applicant's representative for correspondence on this application.
John Alumit
John Alumit ALUMIT IP135 S. Jackson Street, Suite 200Glendale, CA 91205UNITED STATESGoods and services
| Class | Description | Status | First use |
|---|---|---|---|
| 009 | Measuring instruments, indicators and regulators, namely, computer read out and display units for test measurements of chemical and physical parameters for monitoring and display of chemical and physical parameters test results; laser sensors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; photoelectric sensors; electrooptical sensors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; piezoelectric sensors; optical sensors; infrared sensors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; pyroelectric infrared sensors; measuring sensors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; pressure sensors; sensors and detectors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; optical fibre sensors; light sensors; sensors used in plant control for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, and for visual inspection and measurement of industrial components; optical speed sensors; optical sensors for use with machine tools sensors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components; sensors for use in the control of engines for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; lasers not for medical use; laser probes for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, and for visual inspection and measurement of industrial components; laser circuit testers; laser detectors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; laser diodes; lasers for measuring purposes; lasers for industrial use; lasers for scientific use; solid-state lasers not for medical use; lasers, not for medical purposes; laser measuring systems comprised of lasers, optical sensors, electronic control boards and optical isolators, mirrors, lens, diffusers, optical filters, optical fibres for laser beam delivery; laser installations, other than for medical use, comprised of lasers, optical sensors, electronic control boards and optical isolators, mirrors, lens, diffusers, optical filters, optical fibres for laser beam delivery; light-emitting electronic pointers, namely, laser luminous pointers with control electronics; electrical transducers; semiconductor apparatus, namely, semiconductor based read out units and testing apparatus; spectrograph apparatus; laboratory optical apparatus, namely, optical testing apparatus for detection of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation; optical apparatus and instruments, namely, optical testing apparatus for detection of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation; radiation-measuring instruments; optical measurement apparatus, namely, optical measurement apparatus for detection of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation; measuring apparatus and instruments, namely, measuring apparatus and instruments for measurement of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation; testing apparatus for checking optical devices, namely, testing apparatus for optical modules and optical systems for detection and monitoring of optical beam quality; optical cables; optical enhancers, namely, optical systems comprised of optical isolators, mirrors, lens, diffusers, optical filters, optical fibres for optical beam delivery and optical beam quality enhancement; optical goods, namely, optical isolators, mirrors, lens, diffusers, optical filters, optical fibres for optical beam delivery and optical beam quality enhancement; optical transmitters; optical couplers; optical semiconductor amplifiers; electro-optic transducers; optical measuring components, namely, optical sensor for measurement of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; optical transmitters for use with fibre optic cables; fiber optics; fiber optic cables; fibre optic couplings; fibre optic couplings; optical profilers, namely, optical profiler for detection of optical power, optical energy and laser beam shape and spatial optical power distribution; optical receivers; light-emitting diodes (LED); pressure transducers for measuring pressure into industrial process and automotive applications and for converting pressure into analog/digital electrical signals for monitoring and controlling purposes; electric power meters; power and laser energy meters for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, for measurement of industrial process parameters, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; measuring apparatus, namely, measuring apparatus for measuring optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation; infrared optical apparatus, namely, infrared optical apparatus for detection of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation; heat detecting apparatus; calibrating apparatus for calibrating of optical power and optical energy; fiber optic cables; optical power connectors; optical splice connectors; photodiodes; pressure measuring apparatus; process monitors, namely, process monitors comprised of electro-optical transducers for measurement of industrial process parameters, for detection of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; laser pointers; detectors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; motion detectors; laser detectors for detection of optical power, optical energy, optical power density, optical energy density, laser repetition rate, laser wavelength, time behavior of laser optical signal, laser beam shape and spatial optical power distribution, for measurement of industrial process parameters, for detection of pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; optical receivers; optical reflectors; pyroelectric infrared sensors; optical mirrors for optical beam delivery and optical beam quality enhancement; optical inspection mirrors; measuring instruments, namely, measuring instruments for measurement of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation; monitoring instruments, namely, monitoring instruments for measurement of industrial process parameters, for detection of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery; optoelectronic instruments, namely, optical sensors for measurement of industrial process parameters, for detection of optical power, optical energy, pressure, heat, temperature, movement, length and size, displacement, speed, and deformation, for visual inspection and measurement of industrial components, and for quality control monitoring of laser beams used in medical applications for therapy and surgery | SECTION 71 - CANCELLED | — |
| 010 | Apparatus for the application of laser radiation for surgical purposes; apparatus for the application of laser radiation for dental purposes; apparatus for the application of laser radiation for medical purposes; infrared apparatus for medical purposes; laser scalpels for medical use; dental curing lights; laser installations for medical use; lasers for medical purposes; lasers incorporating optical fibres for medical use; lasers capable of producing pulsating laser beams for medical use; lasers for use in surgery; lasers for dental purposes; lasers for ophthalmic purposes; lasers for veterinary purposes; light sources for medical use, namely, light sources for Intense Pulse Light laser therapy | SECTION 71 - CANCELLED | — |
Related trademarks
CopyMark links this record to cited §2(d) serials, the owner's other marks, Nice classes, similar mark names, and recently changed USPTO applications.
- Other trademarks owned by LASER POINT s.r.l.
- Other trademarks owned by LASER POINT s.r.l.
- Other trademarks owned by LASER POINT s.r.l.
- Other trademarks in Class 009
- Other trademarks in Class 010
- Similar marks named LASERPOINT
- Recently changed USPTO trademarks
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- Browse all trademark records
Prosecution history
| Date | Code | Event | What it means |
|---|---|---|---|
| May 16, 2025 | INNT | TOTAL INVALIDATION PROCESSED BY THE IB | — |
| Apr 26, 2025 | INTS | TOTAL INVALIDATION OF REG EXT PROTECTION SENT TO IB | — |
| Apr 26, 2025 | INPC | INVALIDATION PROCESSED | — |
| Feb 7, 2025 | INTR | TOTAL INVALIDATION OF REG EXT PROTECTION CREATED | — |
| Jun 7, 2024 | C71T | CANCELLED SECTION 71 | — |
| Nov 21, 2022 | REM3 | COURTESY REMINDER - SEC. 71 (6-YR) E-MAILED | — |
| May 21, 2022 | NREP | NEW REPRESENTATIVE AT IB RECEIVED | — |
| Apr 27, 2018 | FINO | FINAL DECISION TRANSACTION PROCESSED BY IB | — |
| Mar 2, 2018 | FICS | FINAL DISPOSITION NOTICE SENT TO IB | — |
| Mar 2, 2018 | FIMP | FINAL DISPOSITION PROCESSED | — |
| Feb 21, 2018 | FICR | FINAL DISPOSITION NOTICE CREATED, TO BE SENT TO IB | — |
| Nov 21, 2017 | R.PR | REGISTERED-PRINCIPAL REGISTER | Your trademark is registered on the Principal Register — the strongest form of federal trademark protection. You may use the ® symbol for the covered goods and services. Maintenance filings (Section 8 and renewals) are required to keep the registration alive. |
| Sep 5, 2017 | NPUB | OFFICIAL GAZETTE PUBLICATION CONFIRMATION E-MAILED | — |
| Sep 5, 2017 | PUBO | PUBLISHED FOR OPPOSITION | Your mark was published in the USPTO Official Gazette for a 30-day opposition window. During that period, third parties who believe they would be harmed can file an opposition. If no opposition is filed, prosecution usually continues toward registration or a Notice of Allowance. |
| Aug 16, 2017 | NONP | NOTIFICATION OF NOTICE OF PUBLICATION E-MAILED | — |
| Jul 24, 2017 | CNSA | APPROVED FOR PUB - PRINCIPAL REGISTER | — |
| Jul 11, 2017 | TEME | TEAS/EMAIL CORRESPONDENCE ENTERED | — |
| Jul 11, 2017 | CRFA | CORRESPONDENCE RECEIVED IN LAW OFFICE | — |
| Jul 11, 2017 | ERFR | TEAS REQUEST FOR RECONSIDERATION RECEIVED | — |
| Apr 26, 2017 | GNFN | NOTIFICATION OF FINAL REFUSAL EMAILED | — |
| Apr 26, 2017 | GNFR | FINAL REFUSAL E-MAILED | A final Office Action (final refusal) means the examining attorney is maintaining at least one refusal and your options are narrower. You can file a response addressing the refusal, appeal to the Trademark Trial and Appeal Board, or let the application abandon. |
| Apr 26, 2017 | CNFR | FINAL REFUSAL WRITTEN | A final Office Action (final refusal) means the examining attorney is maintaining at least one refusal and your options are narrower. You can file a response addressing the refusal, appeal to the Trademark Trial and Appeal Board, or let the application abandon. |
| Apr 4, 2017 | TEME | TEAS/EMAIL CORRESPONDENCE ENTERED | — |
| Apr 3, 2017 | CRFA | CORRESPONDENCE RECEIVED IN LAW OFFICE | — |
| Apr 3, 2017 | TROA | TEAS RESPONSE TO OFFICE ACTION RECEIVED | This event means the applicant filed a response to a USPTO Office Action — typically arguments, amendments, or evidence addressing the examiner's objections. The USPTO will review the response and either allow the mark to proceed or issue another action. |
| Oct 28, 2016 | RFNT | REFUSAL PROCESSED BY IB | — |
| Oct 13, 2016 | RFCS | NON-FINAL ACTION MAILED - REFUSAL SENT TO IB | — |
| Oct 13, 2016 | RFRR | REFUSAL PROCESSED BY MPU | — |
| Sep 15, 2016 | RFCR | NON-FINAL ACTION (IB REFUSAL) PREPARED FOR REVIEW | — |
| Sep 14, 2016 | CNRT | NON-FINAL ACTION WRITTEN | A non-final Office Action means the USPTO examining attorney has raised at least one issue with your trademark application but has not made a final decision. You usually have three months to respond with arguments, amendments, or evidence. Missing the deadline can abandon the application. |
| Sep 10, 2016 | MAFR | APPLICATION FILING RECEIPT MAILED | — |
| Sep 6, 2016 | DOCK | ASSIGNED TO EXAMINER | — |
| Sep 6, 2016 | NWOS | NEW APPLICATION OFFICE SUPPLIED DATA ENTERED | — |
| Sep 1, 2016 | REPR | SN ASSIGNED FOR SECT 66A APPL FROM IB | — |