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Official data from USPTO

CMFS

Did you know this trademark is already registered in United States?

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Active USPTO registrationType: WordOffice: United States

Quick snapshot

CMFS

ST13

US500000079391881

Class

9, 37, 42

Filing

79391881

Registration

7756933

Risk and opportunity diagnosis

Executive reading for naming, filing, and monitoring decisions.

USPTO status

Active USPTO registration

Case type

Application and registration

Recorded events

26

Latest update

04/10/2026

Trademark type

Word

Nice classes

9, 37, 42

Filing date

10/05/2023

Registration date

04/15/2025

Expiration date

-

Complete case details

Structured fields from the responsible authority and the official record.

Status date

04/15/2025

Last transaction

04/10/2026

Responsible office

United States Patent and Trademark Office

Status code

700

Official register

Principal Register

Drawing code

4

Owner type

03

Owner location

JP

Examiner

MAHMOUDI, MARIAM AZIZ

Law office

M60

Current location

FILE REPOSITORY (FRANCONIA)

Holders and representatives

Holders

N. C. (pessoa física)

Representatives

Charles T. J. Weigell Fross Zelnick Lehrman & Zissu, P.C.

Technical classification

Nice Classes

Class 9Class 37Class 42

Vienna Codes

No Vienna codes available.

Goods and services

Class 9

Motion sensors; motion recognizing sensors; pressure sensors; piezoelectric sensors; strain gauges; vibration sensors; vibration sensors for installation in wind turbine housings; all aforementioned goods are used for detecting strain of lock bolts of yaw drive units of wind turbines

Class 37

Providing information and advice on replacementrepair and maintenance of wind turbines and their parts and accessories based on information obtained from monitoringinspection and management of the operational status of wind turbinesincluding providing maintenance to prevent failures based on information obtained from performing diagnosis and remaining useful life diagnosis of wind turbines; providing information and advice on replacementrepair and maintenance of electricity generators for wind turbines and their parts and accessories based on information obtained from monitoringinspection and management of the operational status of electricity generators for wind turbinesincluding providing maintenance to prevent failures based on information obtained from performing diagnosis and remaining useful life diagnosis of electricity generators for wind turbines; providing information and advice on replacementrepair and maintenance of wind-powered installations for generating electricitywind farms and their parts and accessories based on information obtained from monitoringinspection and management of the operational status of wind-powered installations for generating electricitywind farmsincluding providing maintenance to prevent failures based on information obtained from performing diagnosis and remaining useful life diagnosis of wind-powered installations for generating electricitywind farms; providing information and advice on maintenance of wind turbinesincluding providing maintenance to prevent failures based on information obtained from performing diagnosis and remaining useful life diagnosis of wind turbines and based on information obtained from monitoringinspection and management of the operational status of wind turbines; providing information and advice on maintenance of electricity generators for wind turbinesincluding providing maintenance to prevent failures based on information obtained from performing diagnosis and remaining useful life diagnosis of electricity generators for wind turbines and based on information obtained from monitoringinspection and management of the operational status of electricity generators for wind turbines; providing information and advice on maintenance of wind-powered installations for generating electricitywind farmsincluding providing maintenance to prevent failures based on information obtained from performing diagnosis and remaining useful life diagnosis of wind-powered installations for generating electricitywind farms and based on information obtained from monitoringinspection and management of the operational status of wind-powered installations for generating electricitywind farms

Class 42

Monitoring of computer systems to detect breakdowns of wind-powered electricity generating systems; monitoring of telecommunication signals for fault diagnosis of wind-powered electricity generating systems to ensure proper functioning; design and development of software for controlregulation and monitoring of wind-powered electricity generating systems; development and maintenance of websites for others for providing information related to fault diagnosis of wind-powered electricity generating systems; design and development of diagnostic apparatus for windmillsstrain gauges and pressure sensors used for detecting strain of lock bolts of yaw drive units of wind turbines; design and development of diagnostic apparatus for wind turbinesstrain gauges and pressure sensors used for detecting strain of lock bolts of yaw drive units of wind turbines; design and development of diagnostic apparatus for generators for wind turbinesstrain gauges and pressure sensors used for detecting strain of lock bolts of yaw drive units of wind turbines; design and development of diagnostic apparatus in the nature of strain gauges and pressure sensors used for detecting strain of lock bolts of yaw drive units of wind turbines for wind-powered installations for generating electricitywind farms; software as a service featuring software for fault diagnosis of wind-powered electricity generating systems; software as a service featuring software for controlregulation and monitoring of wind-powered electricity generating systems; software as a service featuring software for generating visualization in the nature of graphical representation and analysis of wind turbines and the function and status thereof; monitoring of computer systems to detect breakdowns; development and maintenance of websites for others; monitoring of telecommunication signals emitted from computer systems to ensure proper functioning

Publications

History of USPTO decisions and trademark events.

26 publications found

FINO

FINAL DECISION TRANSACTION PROCESSED BY IB

04/09/2026

NREP

NEW REPRESENTATIVE AT IB RECEIVED

03/26/2026

FICS

FINAL DISPOSITION NOTICE SENT TO IB

03/20/2026

FIMP

FINAL DISPOSITION PROCESSED

03/19/2026

OPNX

NOTIFICATION OF POSSIBLE OPPOSITION - PROCESSED BY IB

09/05/2025

OPNS

NOTIFICATION OF POSSIBLE OPPOSITION SENT TO IB

08/20/2025

OPNR

NOTIFICATION OF POSSIBLE OPPOSITION CREATED, TO BE SENT TO IB

08/20/2025

FICR

FINAL DISPOSITION NOTICE CREATED, TO BE SENT TO IB

07/15/2025

NRCC

NOTICE OF REGISTRATION CONFIRMATION EMAILED

04/15/2025

R.PR

REGISTERED-PRINCIPAL REGISTER

04/15/2025

NPUB

OFFICIAL GAZETTE PUBLICATION CONFIRMATION E-MAILED

02/25/2025

PUBO

PUBLISHED FOR OPPOSITION

02/25/2025

NONP

NOTIFICATION OF NOTICE OF PUBLICATION E-MAILED

02/19/2025

CNSA

APPROVED FOR PUB - PRINCIPAL REGISTER

01/31/2025

TEME

TEAS/EMAIL CORRESPONDENCE ENTERED

12/26/2024

CRFA

CORRESPONDENCE RECEIVED IN LAW OFFICE

12/26/2024

TROA

TEAS RESPONSE TO OFFICE ACTION RECEIVED

12/26/2024

RFNT

REFUSAL PROCESSED BY IB

07/15/2024

RFCS

NON-FINAL ACTION MAILED - REFUSAL SENT TO IB

06/27/2024

RFRR

REFUSAL PROCESSED BY MPU

06/27/2024

RFCR

NON-FINAL ACTION (IB REFUSAL) PREPARED FOR REVIEW

06/14/2024

CNRT

NON-FINAL ACTION WRITTEN

05/30/2024

DOCK

ASSIGNED TO EXAMINER

05/24/2024

MAFR

APPLICATION FILING RECEIPT MAILED

03/27/2024

NWOS

NEW APPLICATION OFFICE SUPPLIED DATA ENTERED

03/23/2024

REPR

SN ASSIGNED FOR SECT 66A APPL FROM IB

03/21/2024

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