An intelligent system (114) for evaluating a metallic container (204) is disclosed. The intelligent system may receive a plurality of images of the metallic container from a vision camera. Further, the plurality of images may be analysed to detect an expiry date of the metallic container. A defect in a valve pin and...

A system (102) for autonomous non-destructive evaluation of a pressurized container is disclosed. The system (102) comprises a conveyer belt (218) passing through a housing (220). A plurality of containers is placed on the conveyer belt (218). The system (102) comprises a first proximity sensor (206) and a first pne...

A system (114) and method (400) for determining an optimal torque for an electric motor (112) of an electric vehicle (101) is disclosed. The method (400) includes determining one or more of a speed of the EV (101), a state of charge (SoC) of a battery (102), remaining SoC, a distance between a first and second locat...

Embodiments of the disclosure describe a collision avoidance method for a moving vehicle. The method includes detecting at least one obstacle in the path and corresponding surroundings of the path of the moving vehicle. The method includes predicting, using at least one of predetermined Artificial Intelligence (AI) ...

A system (130) and a method (300) for estimating remaining useful life of a machinery component (120) based on surface-defect progression. The system (130) includes a scanning apparatus (138) configured to capture surface geometry data of machinery component (120). The system (130) includes a memory (134) for storing ...

ABSTRACT SYSTEM AND METHOD FOR AUTOMATED INSPECTION AND CLEANING OF A CONDUIT A system (100) for automated inspection and cleaning of a conduit inner surface includes a crawler (102) configured to traverse longitudinally within the conduit, an imaging unit (104) mounted on the crawler (102) to capture image data of th...