Systems and Methods For Monitoring And Adjusting Operation of a Mover System

A mover system, comprising:

• a track;
• a plurality of mover assemblies, wherein each mover assembly of the plurality of mover assemblies is configured to move along the track independently of one another;
• and
• control circuitry configured to perform operations comprising:
• receiving a first dataset associated with calibrating the mover system for a plurality of operating modes, wherein each of the plurality of operating modes is associated with a different type of object to be transported via the plurality of mover assemblies, a different movement direction associated with the plurality of mover assemblies, a level of energy output of the mover system, or any combination thereof;
• identifying a plurality of features in the first dataset indicative of the mover system operating in the plurality of operating modes;
• generating a baseline operating state for each of the plurality of operating modes, wherein each baseline operating state is based on a feature of the plurality of features that distinguishes a respective operating mode from a remainder of the plurality of operating modes;
• receiving a second dataset associated with operating the mover system in an operating mode of the plurality of operating modes;
• and
• determining that the mover system is in an anomaly state based on the second dataset and a respective baseline operating state associated with the operating mode.

A method, comprising:

• receiving, via processing circuitry, a first dataset associated with calibrating a mover system for a plurality of operating modes, wherein the mover system comprises a track and a plurality of mover assemblies, and wherein each of the plurality of operating modes is associated with a different type of object to be transported via the plurality of mover assemblies, a different movement direction associated with the plurality of mover assemblies, a level of energy output of the mover system, or any combination thereof;
• identifying, via the processing circuitry, a plurality of features in the first dataset indicative of the mover system operating in the plurality of operating modes;
• generating, via the processing circuitry, a baseline operating state for each of the plurality of operating modes, wherein each baseline operating state is based on a feature of the plurality of features that distinguishes a respective operating mode from a remainder of the plurality of operating modes;
• receiving, via the processing circuitry, a second dataset associated with operating the mover system in an operating mode of the plurality of operating modes;
• and
• determining, via the processing circuitry, that the mover system is in an anomaly state based on the second dataset and a respective baseline operating state associated with the operating mode.