Abstract:
To configure an Internet of Things, IoT, device (30) for collecting data from industrial devices (11-13), the IoT device (30) is coupled to a IoT platform (50). The IoT platform (50) stores device twin data (61, 64, 67) of the industrial devices (11-13). The device twin data (61, 64, 67) includes configuration information (62, 65, 68). The IoT device (30) retrieves the configuration information (62, 65, 68) from the device twin data (61, 64, 67) stored in the IoT platform (50) and uses the configuration information (62, 65, 68) for collecting data from the industrial devices (11-13).
Abstract:
To configure an Internet of Things, IoT, device (30) for collecting data from industrial devices (11-13), the IoT device (30) is coupled to a IoT platform (50). The IoT platform (50) stores device twin data (61, 64, 67) of the industrial devices (11-13). The device twin data (61, 64, 67) includes configuration information (62, 65, 68). The IoT device (30) retrieves the configuration information (62, 65, 68) from the device twin data (61, 64, 67) stored in the IoT platform (50) and uses the configuration information (62, 65, 68) for collecting data from the industrial devices (11-13).
Abstract:
The present invention is concerned with a mobile Human Machine Interface HMI device wirelessly connected to Intelligent Electronic Devices IEDs and a system server. The mobile HMI acts as a single point of access for a human engineer or operator and constitutes a flexible platform for controlled exchange of local IED information and central system information. The human thus has real-time access to both local process data and central configuration or expert data. New value adding services supporting the human are enabled, such as interactive chat, audio, or video conferencing with a support expert at the system server location.