DAZER Trademark

Trademark Overview


On Tuesday, April 9, 2024, a trademark application was filed for DAZER with the United States Patent and Trademark Office. The USPTO has given the DAZER trademark a serial number of 98491610. The federal status of this trademark filing is NON-FINAL ACTION - MAILED as of Wednesday, October 30, 2024. This trademark is owned by Intellishot Holdings LLC. The DAZER trademark is filed in the Firearm Products category with the following description:

Non-lethal laser device that delivers photonic energy to a subject; Non-lethal laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated from the laser, which creates vibrations of a specific set of afferents which sends a signal to the central nervous system of the subject; Non-lethal UAV mounted laser device that delivers photonic energy to a subject; Non-lethal UAV mounted laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal UAV mounted laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated fro...
dazer

General Information


Serial Number98491610
Word MarkDAZER
Filing DateTuesday, April 9, 2024
Status641 - NON-FINAL ACTION - MAILED
Status DateWednesday, October 30, 2024
Registration Number0000000
Registration DateNOT AVAILABLE
Mark Drawing4 - Illustration: Drawing with word(s) / letter(s) / number(s) in Block form
Published for Opposition DateNOT AVAILABLE

Trademark Statements


Goods and ServicesNon-lethal laser device that delivers photonic energy to a subject; Non-lethal laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated from the laser, which creates vibrations of a specific set of afferents which sends a signal to the central nervous system of the subject; Non-lethal UAV mounted laser device that delivers photonic energy to a subject; Non-lethal UAV mounted laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal UAV mounted laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated from the laser, which creates vibrations of a specific set of afferents which sends a signal to the central nervous system of the subject; Non-lethal body-worn laser device that delivers photonic energy to a subject; Non-lethal body-worn laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal body-worn laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated from the laser, which creates vibrations of a specific set of afferents which sends a signal to the central nervous system of the subject; Non-lethal handheld laser device that delivers photonic energy to a subject; Non-lethal handheld laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal handheld laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated from the laser, which creates vibrations of a specific set of afferents which sends a signal to the central nervous system of the subject; Non-lethal mobile laser device that delivers photonic energy to a subject; Non-lethal mobile laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal mobile laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated from the laser, which creates vibrations of a specific set of afferents which sends a signal to the central nervous system of the subject; Non-lethal stationary laser device that delivers photonic energy to a subject; Non-lethal stationary laser device that delivers photonic energy to a subject that activates pain receptors on the subject; Non-lethal stationary laser device that delivers photonic energy to a subject to result in dermal agitation to the subject, the dermal agitation being induced by water molecules in the dermis layer of the skin of the subject being activated from the laser, which creates vibrations of a specific set of afferents which sends a signal to the central nervous system of the subject.

Classification Information


International Class013 - Firearms; ammunition and projectiles; explosives; fireworks.
US Class Codes002, 009
Class Status Code6 - Active
Class Status DateTuesday, April 9, 2024
Primary Code013
First Use Anywhere DateNOT AVAILABLE
First Use In Commerce DateNOT AVAILABLE

Trademark Owner History


Party NameIntellishot Holdings LLC
Party Type10 - Original Applicant
Legal Entity Type16 - Limited Liability Company
AddressDelray Beach, FL 33446

Trademark Events


Event DateEvent Description
Wednesday, September 18, 2024NEW APPLICATION OFFICE SUPPLIED DATA ENTERED
Wednesday, October 23, 2024ASSIGNED TO EXAMINER
Wednesday, October 30, 2024NON-FINAL ACTION WRITTEN
Wednesday, October 30, 2024NOTIFICATION OF NON-FINAL ACTION E-MAILED
Wednesday, October 30, 2024NON-FINAL ACTION E-MAILED
Tuesday, April 9, 2024NEW APPLICATION ENTERED