Abstract: The present disclosure provides a thermal imaging system that uses the 3D ultrasound imaging system to transmit outgoing ultrasonic waves and receive incoming ultrasonic waves and then to determine distance data of one or more objects of a target scene based on the incoming waves. The thermal imaging system then detects initial temperature values of the one or more objects using an infrared temperature system. Based on the distance data and the initial temperature values, the thermal imaging system determines adjusted temperature values for the one or more objects.

Abstract: A partial discharge detection apparatus and a detection method for monitoring partial discharges of an electrical device within a site. In at least one embodiment, the apparatus includes an acoustic detection module disposed within the site and configured to face the electrical device so as to detect a sound wave generated by the electrical device and generate a corresponding acoustic signal. The apparatus further includes a control module coupled to the acoustic detection module to receive the acoustic signal. The control module is configured to determine, on the basis of the acoustic signal, whether a partial discharge has occurred in the electrical device. The acoustic detection module and the control module are communicatively coupled but electrically isolated from each other.

Abstract: The present disclosure provides a thermal imaging system that uses the 3D ultrasound imaging system to transmit outgoing ultrasonic waves and receive incoming ultrasonic waves and then to determine distance data of one or more objects of a target scene based on the incoming waves. The thermal imaging system then detects initial temperature values of the one or more objects using an infrared temperature system. Based on the distance data and the initial temperature values, the thermal imaging system determines adjusted temperature values for the one or more objects.