Mark For: CLOUD DEFINED LIGHT™ trademark registration is intended to cover the categories of light-emitting diodes (LEDs); light-emitting diode displays; lighting control panels; lighting panel control boards; flexible and non-flexible flat panel displays for computers; light emitting diode display panels; panel meters, namely, electronic instruments that display an input signal in either a digital or analog form; electronic displays, namely, digital signage; computer displays in the nature of computer monitors; wearable electronic communication and lighting devices; external, secondary and auxiliary telephone display screens, namely, liquid crystal display (LCD) panels and LED panels; telephone display screens; computer hardware and downloadable software systems utilizing artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases for superior and multifaceted control of lighting fixtures and lighting systems, utilizing user input or inferences of human needs through sensors, databases of person-specific and non-person-specific information, and other data sources, thereby providing optimum dosages of light for human physiology with greater adaptability, autonomy, and flexibility than available from the lighting fixtures and lighting systems themselves; computer hardware and downloadable software systems for control and monitoring of lighting fixture configuration and performance; downloadable computer operating system software for light configuration for residential, commercial and industrial facilities; downloadable light configuration software for use in residential, commercial and industrial facilities; computer hardware and downloadable software systems for configuring lights; computer hardware and downloadable software systems for controlling of lighting fixtures and lighting systems that utilize artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; downloadable computer programs for controlling of lighting fixtures and lighting systems with adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; data processors incorporating controllers for lighting fixtures and lighting systems that utilize artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; data processors incorporating controllers for lighting fixtures and lighting systems having the adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; downloadable mobile device software applications and computer software applications for measuring, tracking, analyzing, displaying, uploading, transmitting and aggregating data transmitted from multifunctional electronic devices and accessories worn by users to provide users with information and analysis utilizing artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; downloadable mobile device software applications and computer software applications for measuring, tracking, analyzing, displaying, uploading, transmitting and aggregating data transmitted from multifunctional electronic devices and accessories worn by users to provide users with information and analysis with the adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; downloadable mobile device software applications and computer software applications that communicate data to personal digital assistants, smart phones, and personal computers through Internet websites and other computer and electronic communication networks to provide users with information and analysis utilizing artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; downloadable mobile device software applications and computer software applications that communicate data to personal digital assistants, smart phones, and personal computers through Internet websites and other computer and electronic communication networks to provide users with information and analysis with the adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of physical lighting design according to an objective or subjective need of the user, namely, selection and placement of light fixtures and aiming angles; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of lighting zone creation according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of scene creation according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate creation of germicidal and circadian friendly scenes according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of scene schedule creation according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate lighting recipes that capture the essence of a space and may be applied to multiple spaces and create the same ambiance; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate lighting schedules that follow an individual to promote their good health/jet lag adjustment/shift work tolerance/chronomedicine through a consistent zeitgeber.
Status
2021-04-11 UTC
LIVE APPLICATION Awaiting Examination
The trademark application has been accepted by the Office (has met the minimum filing requirements) and has not yet been assigned to an examiner.
(Electrical and scientific apparatus) Scientific, nautical, surveying, electric, photographic, cinematographic, optical, weighing, measuring, signaling, checking (supervision), lifesaving and teaching apparatus and instruments; apparatus for recording, transmission or reproduction of sound or images; magnetic data carriers, recording discs; automatic vending machines and mechanisms for coin operated apparatus; cash registers, calculating machines, data processing equipment and computers; fire-extinguishing apparatus.
Filed Use
No
Current Use
No
Intent To Use
Yes
Filed ITU
Yes
44D Filed
No
44E Current
No
66A Current
No
Current Basis
No
No Basis
No
Attorney Name
Jay M. Brown
Attorney Docket Number
ESL21020TM
Timeline
2021-04-07
Application Filed
2021-04-10
Location: NEW APPLICATION PROCESSING
2021-04-10
Status: Live/Pending
2021-04-10
Status: New application will be assigned to an examining attorney approximately 3 months after filing date.
JAY M. BROWN JAY BROWN LAW FIRM 1135 KILDAIRE FARM RD. SUITE 200 CARY, NC 27511
Good, Services, and Codes
International Codes:
9
U.S. Codes:
021,023,026,036,038
International Codes:
11
U.S. Codes:
013,021,023,024,031,034
International Codes:
42
U.S. Codes:
100,101
Type Code
Type
GS0091
light-emitting diodes (LEDs); light-emitting diode displays; lighting control panels; lighting panel control boards; flexible and non-flexible flat panel displays for computers; light emitting diode display panels; panel meters, namely, electronic instruments that display an input signal in either a digital or analog form; electronic displays, namely, digital signage; computer displays in the nature of computer monitors; wearable electronic communication and lighting devices; external, secondary and auxiliary telephone display screens, namely, liquid crystal display (LCD) panels and LED panels; telephone display screens; computer hardware and downloadable software systems utilizing artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases for superior and multifaceted control of lighting fixtures and lighting systems, utilizing user input or inferences of human needs through sensors, databases of person-specific and non-person-specific information, and other data sources, thereby providing optimum dosages of light for human physiology with greater adaptability, autonomy, and flexibility than available from the lighting fixtures and lighting systems themselves; computer hardware and downloadable software systems for control and monitoring of lighting fixture configuration and performance; downloadable computer operating system software for light configuration for residential, commercial and industrial facilities; downloadable light configuration software for use in residential, commercial and industrial facilities; computer hardware and downloadable software systems for configuring lights; computer hardware and downloadable software systems for controlling of lighting fixtures and lighting systems that utilize artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; downloadable computer programs for controlling of lighting fixtures and lighting systems with adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; data processors incorporating controllers for lighting fixtures and lighting systems that utilize artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; data processors incorporating controllers for lighting fixtures and lighting systems having the adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; downloadable mobile device software applications and computer software applications for measuring, tracking, analyzing, displaying, uploading, transmitting and aggregating data transmitted from multifunctional electronic devices and accessories worn by users to provide users with information and analysis utilizing artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; downloadable mobile device software applications and computer software applications for measuring, tracking, analyzing, displaying, uploading, transmitting and aggregating data transmitted from multifunctional electronic devices and accessories worn by users to provide users with information and analysis with the adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; downloadable mobile device software applications and computer software applications that communicate data to personal digital assistants, smart phones, and personal computers through Internet websites and other computer and electronic communication networks to provide users with information and analysis utilizing artificial intelligence, deep learning, fog service, machine learning, and cloud-based applications and databases; downloadable mobile device software applications and computer software applications that communicate data to personal digital assistants, smart phones, and personal computers through Internet websites and other computer and electronic communication networks to provide users with information and analysis with the adaptability, autonomy, and flexibility to provide the most appropriate dosages of light for human physiology depending on user input or inference of human needs through sensors, databases, and other data sources; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of physical lighting design according to an objective or subjective need of the user, namely, selection and placement of light fixtures and aiming angles; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of lighting zone creation according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of scene creation according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate creation of germicidal and circadian friendly scenes according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate aspects of scene schedule creation according to an objective or subjective need of the user; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate lighting recipes that capture the essence of a space and may be applied to multiple spaces and create the same ambiance; downloadable software systems for controlling of light emitting diode display panels, lighting fixtures and lighting systems that partially or completely automate lighting schedules that follow an individual to promote their good health/jet lag adjustment/shift work tolerance/chronomedicine through a consistent zeitgeber
Trademark Filing History
Description
Date
Proceeding Number
NEW APPLICATION ENTERED IN TRAM
2021-04-10
uspto.report is an independent third-party trademark research tool that is not affiliated, endorsed, or sponsored by the United States Patent and Trademark Office (USPTO) or any other governmental organization. The information provided by uspto.report is based on publicly available data at the time of writing and is intended for informational purposes only.
While we strive to provide accurate and up-to-date information, we do not guarantee the accuracy, completeness, reliability, or suitability of the information displayed on this site. The use of this site is at your own risk. Any reliance you place on such information is therefore strictly at your own risk.
All official trademark data, including owner information, should be verified by visiting the official USPTO website at www.uspto.gov. This site is not intended to replace professional legal advice and should not be used as a substitute for consulting with a legal professional who is knowledgeable about trademark law.