The trademark application FUGRO SEALSAFE was filed by FNV IP B.V., a corporation established under the laws of the Kingdom of the Netherlands (the "Applicant"). The application was published for oppositions on May 27, 2021, and it was registered by office on September 3, 2021 without any oppositions.
The application was filed in English (French was selected as the second language).
Change of name and professional address of the trademark registration was recorded on November 5, 2023.
Goods And Services
The mark was filed in class 9 with following description of goods:
Sensors for monitoring physical movements
Control system for monitoring the Gina profiles in immersed tunnels
Control system for early detection of possible deformations and to monitor movements by means of FBGs (Fiber Brag Grating)
Signaling devices
Scientific, nautical, photographic, cinematographic and optical equipment and instruments
Measuring equipment and instruments for inspection and inventory
Equipment for recording, filming, broadcasting or receiving sound and images
Fibre optic telecommunications apparatus
Optical fibre sensors.
The mark was filed in class 37 with Installing fiberglass in expansion joints in tunnels.
The mark was filed in class 42 with following description of goods:
Monitoring network systems
Design of measurements systems
Scientific and technological services and research
Technical analysis in the field of product development
Design and development of testing and analysis methods
Engineering
Product development for others
Application service provider (asp), namely hosting computer software applications of others
Application service provider (asp) with software to enable or facilitate the uploading, downloading, streaming, posting, display, blogging, linking, sharing or otherwise providing of electronic media or information over communication networks
Creating a virtual reality website for the purpose of transferring audio, video, photos, text, graphics and data
Monitoring computer security systems
Research into deformations of the Gina profile in the joints of tunnels by applying glass fiber technology
Research into the application of glass fiber technology used in the joints of immersed tunnels
Testing samples of the Gina profile to further develop glass fiber adhesion to capture functionality and accuracy.