# Trade Mark Journal No.2026/031 31 July 2026

## UK00004420927 24 July 2026 (9,42)

LithiZen

Class 9
  Artificial intelligence software for monitoring, detecting and predicting thermal runaway in lithium-ion batteries; electronic apparatus for early detection and prediction of abnormal temperature rise in electric vehicle battery packs; fire detection and early warning systems for electric vehicles; IoT sensors and monitoring devices for continuous real-time temperature monitoring of electric vehicle battery packs externally attached to battery packs without integration with battery management systems; electronic alert and notification systems for simultaneously alerting vehicle owners and local fire and rescue services of developing thermal runaway conditions; data processing apparatus for battery health monitoring and temperature rate of change analysis; software for real-time thermal monitoring and prediction of electric vehicle battery temperature rise; machine learning software for predicting battery temperature anomalies and thermal runaway events in advance; autonomous fire containment and parking space protection systems utilising smart nozzle arrangements for simultaneous multi-directional fire suppression media delivery; downloadable software for electric vehicle battery safety management; electronic impact and vibration sensing apparatus for recording physical abuse of electric vehicle battery packs; GPS tracking apparatus integrated with electric vehicle battery monitoring systems; electronic systems for geo-fencing and continuous monitoring of electric vehicles in public and private parking spaces; infrared thermal imaging apparatus for monitoring parking spaces and confirming the development of heat and thermal anomalies in electric vehicles; automated control systems for deployment of fire suppression media in parking spaces and residential driveways; software for controlling and coordinating vehicle-based and parking space based fire safety modules; electronic relay switching apparatus for automated fire suppression activation; data logging apparatus for recording electric vehicle battery temperature history and impact events; software for data profiling of electric vehicle usage including driving style, impact history and battery health for valuation purposes; electronic systems for integrating vehicle module sensor data with parking space based fire suppression systems via cloud based artificial intelligence platforms; cloud based self-correcting machine learning systems that learn from heat behaviour patterns of electric vehicle battery packs to improve prediction accuracy; downloadable mobile applications for monitoring electric vehicle battery status and manually activating fire safety systems; infrared thermal imaging cameras for remote monitoring and verification of thermal development in electric vehicle parking spaces.
Class 42
  Software as a service providing artificial intelligence and machine learning services for monitoring, detecting and predicting thermal runaway in lithium-ion batteries; provision of online non-downloadable software for real-time electric vehicle battery temperature monitoring and thermal runaway prediction; artificial intelligence services for calculating and predicting rate of change of electric vehicle battery temperature in advance of thermal runaway events; technical services for cross-validation of predicted thermal runaway conditions using infrared thermal imaging data from parking spaces and residential driveways; scientific and technological research and development services in the field of electric vehicle battery fire safety and thermal management; technical consultancy services relating to artificial intelligence powered electric vehicle battery monitoring and fire prevention systems; provision of cloud based self-correcting machine learning platforms that learn from heat behaviour patterns of electric vehicle battery packs to continuously improve prediction accuracy; provision of cloud based platforms for real-time monitoring and simultaneous alerting of vehicle owners and fire and rescue services of developing thermal runaway conditions; data analytics services for battery health assessment including driving style analysis, impact history and geo-spatial identification of hazardous conditions; consultancy services to insurance companies relating to electric vehicle fire risk assessment and battery health data; consultancy services to government bodies and regulatory authorities relating to electric vehicle battery safety transparency and data; consultancy services to used electric vehicle market operators relating to data backed battery health records and vehicle valuation; technical services for geo-fencing and continuous monitoring of electric vehicles in public and private parking spaces; provision of online platforms for recording and analysing electric vehicle battery temperature history and impact data; scientific advisory services relating to lithium-ion battery thermal management and fire prevention; cloud computing services for processing and analysing electric vehicle battery safety data from vehicle mounted external sensors and parking space based infrared thermal imaging systems; technical research services relating to the development and continuous self-improvement of artificial intelligence models for predicting lithium-ion battery thermal runaway; platform services for integrating vehicle based sensor data with parking space based fire suppression control systems; technical advisory services to fire and rescue services relating to electric vehicle thermal runaway risk data and predictive analytics.

Sustainnovate ltd