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Trademark
Owner
Trademark: ENERLIN'X 1836640
Word
ENERLIN'X
ID
1836640
Trademark Type
Word
Status
Protected: Registered/protected
Application Date
27 October 2016
Registration Date
27 October 2016
Renewal Date
27 October 2026
Owner(s)
SCHNEIDER ELECTRIC INDUSTRIES SAS
Service
Refer to WIPO address for Correspondence
Goods and Services:
Class 9
:
Electric and electronic measuring apparatus, namely, proximity switches and position switches, electric switchboards, cables, terminals, gateways, electric meters and energy servers
;
electrical hardware and equipment used for monitoring, analyzing, and storing energy and operational data
;
data processors for electronic data recording, data input, data processing, data storage, data output, data display
;
electric monitoring apparatus, namely, multi-function panel front displays
;
switching, regulating and electrical control and distribution devices, namely, electrical switchboards
;
computer software and downloadable software, mobile applications, and software as a service applications for testing, configuring, measuring, monitoring and controlling electrical switchboards
;
electronic global communications network operating software for monitoring, measuring and controlling energy usage and operational data
;
enclosures, namely, housing for electric switches or distribution boards for electrical energy
;
electric control panel units, switching and control apparatus for electrical switchboards
;
structural and replacement parts and accessories of the aforementioned goods
Class 42
:
Consulting and advisory services in the fields of energy consumption and energy efficiency
;
consulting and advisory services in the fields of asset performance and operational efficiency of electrical switchboards
;
consulting and advisory services in the fields of energy measurement and energy efficiency for commercial, industrial, and institutional facilities
;
provision of information, advice, and consultancy in relation to energy usage and energy efficiency, asset performance and operational efficiency of electrical switchboards