FIELD: automation.
SUBSTANCE: invention relates to the field of industrial automation and can be used to automate industrial, production, remote and distributed facilities, namely, to collect data from sensors and monitoring equipment, to control automation equipment and actuators at facilities. Substance of the claimed complex consists in the hardware telemetry complex containing a four-level architecture for collecting, transmitting, and processing data, said architecture including: a first level of local data collection by means of at least five modems connected to automated terminal devices, followed by preprocessing thereof, over non-repeating interfaces; a second level of local data exchange and relaying, implemented between modems and at least one subscriber unit (SU) containing a set of antennas for wireless communication, wherein the SU is configured to preprocess and relay processed or source data to at least one hub containing a set of antennas for wireless communication and included in the third level of local data exchange and relaying to local telemetry network segments and/or global networks, wherein at least one hub is configured to preprocess data, record data for the storage or deleting thereof, send data to at least one subscriber terminal (ST) for the visualisation thereof, log events, and send the received data to at least one server included in the fourth level of global data exchange and global geolocation, wherein the subscriber terminal is configured to manage, set, and reconfigure the data collection and transmission structure and routing within the architecture of the hardware complex.
EFFECT: jointly provided high accuracy of the received data, possibility of flexible configuration, easy network structure reconfiguration and data collection and transmission rerouting without the need for installing new signalling wiring, wide selection of protocols for data collection and control over the terminal automated apparatus, possibility of configuration and resetting of the network from a remote subscriber terminal.
1 cl, 4 dwg
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Authors
Dates
2023-01-17—Published
2022-04-01—Filed