The trademark application QUIETTYPE was filed by Vibracoustic GmbH, a corporation established under the laws of the Federal Republic of Germany (the "Applicant"). The application was published for oppositions on July 13, 2016, and it was registered by office on October 20, 2016 without any oppositions.
It was designated 'Basic Application' for International Application 1347565 at the World Intellectual Property Organization (WIPO).
The application was filed in German (English was selected as the second language).
International trade mark of the trademark registration was recorded on June 1, 2017. Appointment and Replacement of representative of the trademark registration was recorded on November 28, 2019. Change of name and professional address of the trademark registration was recorded on November 6, 2022. Change of name and professional address of the trademark registration was recorded on January 28, 2024. Change of name and professional address of the trademark registration was recorded on February 13, 2024.
Goods And Services
The mark was filed in class 12 with Vehicle parts, in particular motor bearings, elastically and hydraulically damping bearings, gearbox bearings, bodywork bearings, torque supports, support bearings, damping elements for drive units, in particular torsional vibration dampers, pulleys, central bearing blocks, elastic motor bearings for noise reduction and vibration insulation, in particular based on a metal-elastomer composite, vibration absorbers, in particular steering vibration absorbers, bodywork vibration absorbers, cardan shaft dampers, shock absorber springs and suspension springs for vehicles, in particular for motor vehicles, shock absorber springs for drivers' cabs and vehicle seats, in particular for motor vehicles, air springs and suspension struts, in particular made using bellows of elastomeric material for vehicles, in particular motor vehicles.
The mark was filed in class 17 with following description of goods:
Rubber, gutta-percha, gum
Plastic material in extruded form for use in production
Packing, stopping and insulating materials
Flexible tubes, not of metal
Insulating products, namely for insulating against sound, cold, heat, impact, vibration, shock, moisture and environmentally hazardous substances, in particular for vehicle and machine construction and for the building sector, conveyor installations, public roads, noisy environments, and sports and leisure facilities
The aforesaid insulating products, made using elastomers and thermoplastic elastomers, in particular based on natural and synthetic rubber, and made using of thermoplastics, thermosetting plastics, plastisols, foams of plastic and of metal, bitumen and substances similar to bitumen, non-woven fabrics, or of mineral, plastic and natural fibres and fabrics made with the aforesaid fibres
The aforesaid materials with or without fillers and with or without accessories of metal
Insulating panels, insulating foils, insulating mats and insulating coatings, in particular to protect against noise and heat transmission
Shaped plastic parts, in particular made using thermoplastic elastomers, for insulating vehicles and machines, in particular against transmission of sound
Seals and insulating materials, in particular sound deadening and sealing means for vehicles
Loading area lining with integrated sound insulation, in particular for vehicles
Sandwich systems (insulators), in particular made using elastomers and thermoplastic elastomers, in particular with added filler and in combination with materials of all kinds
Engine-mounted shielding capsules, in particular for vehicle construction, and bodywork-mounted shielding capsules
Noise screening elements, in particular for vehicle and machine construction and against traffic noise
Shielding capsules and shielding elements of the aforesaid kind, with or without a sound-absorbing lining, tubular components (insulating materials), in particular with a sound-absorbing lining, for use in vehicle construction and mechanical engineering
Sound-absorbing insulating systems, in particular based on shaped films.