About 8,030 Trademarks found for “jean pierre coron”

The mark consists of the word PIERRE in stylized font.

LAWN FERTILIZER

The name(s), portrait(s), and/or signature(s) shown in the mark does not identify a particular living individual.

Ammunition; Firearms; Holsters; Component parts for guns; Gun and rifle cases

Shampoo for Animals

[ Apparatus for water supply, namely, taps, kitchen faucets, bathroom faucets, showers, commercial faucets; sanitary apparatus and installations in the nature of pipes being parts of sanitary facilities, pressure regulators for sanitary installations, ] one piece toilet, two piece toilet, [ flush valves toilet, urinals, wall-mounted toilet, bathroom and kitchen sinks, pedestal sinks, vessels sinks, vanity top sinks, under mount sinks, wall mount sinks, drop-in sinks; ] toilet bowls [ ; bidets; mixer taps for water pipes; and plumbing fittings, namely, valves, sill valves, and flush valves ]

The English translation of "CORONA" in the mark is "crown".

Beer

The English translation of "CORONA" in the mark is "CROWN".

THE ENGLISH TRANSLATION OF THE WORD "CORONA" IN THE MARK IS "CROWN".

Fiber laser apparatus, namely, industrial fiber lasers that generate high power laser beams in gain fibers; fiber-coupled laser apparatus, namely, laser diode modules that generate laser beams with semiconductor lasers and couple the laser beams into optical fibers for pumping laser gain media, industrial fiber laser systems comprised of laser equipment for non-medical purposes that use laser diode modules to pump gain fibers, industrial fiber laser systems comprised of laser equipment for non-medical purposes that combine fiber laser beams; fiber laser apparatus with variable optical beam characteristics, namely, industrial fiber lasers that generate high power laser beams with adjustable beam characteristics, including cross-sectional beam shape and intensity profile; fiber-coupled laser apparatus with variable optical beam characteristics, namely, laser diode modules that generate laser beams with semiconductor lasers and couple the laser beams into optical fibers for pumping laser gain media and wherein the laser beams in the optical fibers have adjustable beam characteristics, industrial fiber laser systems comprised of laser equipment for non-medical purposes that use laser diode modules to pump gain fibers, industrial fiber laser systems comprised of laser equipment for non-medical purposes that combine fiber laser beams wherein the fiber laser beams have adjustable beam characteristics including cross-sectional beam shape and intensity profile; optical fiber couplers configured to vary beam characteristics of an optical beam propagating in an optical fiber; optical systems comprised of optical fibers and optical beam perturbation systems comprised of laser equipment for non-medical purposes that vary characteristics of a propagating laser beam; optical products for controlling, manipulating, or adjusting optical beam characteristics of fiber laser beams, namely, selectively bendable optical fibers, electroacoustic-optic transducers, electrically controlled devices that vary optical fiber refractive index profile; optical fiber products for varying beam spatial power distribution, namely, optical fibers with specialized refractive index profiles, optical confinement fibers,; optical fiber perturbation devices, namely, optical fiber fasteners specially adapted for use with optical fibers, optical fiber benders specially adapted for use with optical fibers, optical fiber perturbation device electric actuators, optical fiber electro-optic transducers, electroacoustic-optic transducers; apparatus for perturbing optical fibers to vary optical beam characteristics, namely, optical fiber fasteners specially adapted for use with optical fibers, optical fiber benders specially adapted for use with optical fibers, optical fiber perturbation device electric actuators, optical fiber electro-optic transducers, electroacoustic-optic transducers; fiber laser apparatus having optical fiber splices, namely, laser equipment for non-medical purposes in the nature of splices for optically transmissive fibers that are associated with varying fiber laser output beam characteristics; laser equipment for non-medical purposes, namely, fiber lasers having optical fibers and optical splices associated with variable output beam characteristics