waste ant Logo (EUIPO, 12/14/2022)
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The Union trademark waste ant was filed as Figurative mark on 12/14/2022 at the European Union Intellectual Property Office.
It was registered as a trademark on 10/27/2023.
The current status of the mark is "Trademark registered".
Logodesign (Wiener Klassifikation)
#Moiré surfaces or backgrounds, marble, degrading surfaces, wooden-like surfaces, rainbow colours surfaces #Squares #One quadrilateral #Letters or numerals forming a square or a rectangle (surface or periphery) #Monograms formed of intertwined, overlapping or otherwise combined letters #Letter 'A' #Letter 'W' #Green
| Trademark form | Figurative mark |
| File reference | 018808686 |
| Application date | December 14, 2022 |
| Publication date | July 20, 2023 |
| Entry date | October 27, 2023 |
| Expiration date | December 14, 2032 |
Trademark owner
Campus Ring 1
28759 Bremen
DE
28759 Bremen
DE
Trademark representatives
Herzogspitalstr. 10 a
80331 München
DE
goods and services
9
Software for classifying high-volume material flows; Software for detecting objects in high-volume material flows; Software for the analysis of high-volume material flows; Software for composition analysis of high-volume material flows; Software for application in recycling installations and processes; Software for optically classifying high-volume material flows in recycling installations and processes; Software for optically classifying high-volume material flows in recycling installations and processes by means of artificial intelligence; Sensor assemblies and sensor systems for detecting objects in high-volume material flows; Hardware and software for classifying recycled materials and waste; Recorded computer software using artificial intelligence for machine learning, deep learning, computer vision, precise spatial location coordination, image processing including shape and character recognition, and robotics; Recorded computer software using artificial intelligence for recycling systems; Software for detecting and robotic collecting of waste materials; Software for detecting and forecasting the heat value of high-volume material flows in garbage incinerators; Software for classifying high-volume material flows in industrial treatment installations comprising waste and garbage incinerators; Software for optimising incineration processes in industrial treatment installations comprising waste and garbage incinerators; Software for application in recycling installations and processes
11
Industrial treatment installations comprising waste and garbage incinerators having sensor systems for detecting and forecasting the heat value of high-volume material flows
40
Consultancy relating to and conducting a classification of high-volume material flows [waste treatment and recycling]; Use of sensor assemblies and sensor systems for detecting objects in high-volume material flows [waste treatment and recycling]; Detecting and forecasting the heat value of high-volume material flows in garbage incinerators [waste treatment and recycling]; Consultancy relating to the incineration of waste and trash
42
Development of computer programs for the analysis of incineration processes in industrial treatment installations comprising waste and garbage incinerators; Software consultancy and/or software development for detecting and forecasting the heat value of high-volume material flows in garbage incinerators; Software as a service (SaaS) for application in industrial treatment installations; Hosting and/or rental of software as a service (SaaS) for application in industrial treatment installations; Rental of hardware and software for application in industrial treatment installations, waste and garbage incinerators; Software engineering services for data processing in industrial treatment installations comprising waste and garbage incinerators; Software for detecting objects in high-volume material flows by means of software and/or software as a service (SaaS); Analysis of high-volume material flows by means of software and/or software as a service (SaaS); Composition analysis of high-volume material flows by means of software and/or software as a service (SaaS); Optically classifying high-volume material flows in recycling installations and processes by means of software and/or software as a service (SaaS); Optically assessing, classifying and quality analysis of high-volume material flows in recycling/waste treatment installations and processes by means of artificial intelligence
ID: 11018808686