Abstract: A method of monitoring operation of a transport container system on a transport ship is provided. The method including: receiving an analytics module when located at an origin dock; receiving operational data from the transport container system; analysing the operational data during a sea portion located between the origin dock and a destination dock; determining at least one of an anomaly, a potential threat, and an alert in response to the operational data; and transmitting at least one of the operational data, the anomalies, the potential threats, and the alerts to a land transceiver when the located at the destination dock.

Abstract: The present invention is a satellite antenna system having a motor driven mechanism configured to rotate a feed assembly. The feed assembly includes at least one inner feed tube and at least one outer feed tube. The satellite antenna system also includes an alignment driver coupled to the feed assembly and configured to instruct the motor driven mechanism to place the feed assembly at a pre-determined alignment position. The satellite antenna system further includes a polarization phase device positioned in one of the inner feed tube and the outer feed tube. The motor driven mechanism is further configured to rotate the polarization phase device.

Abstract: The present invention is a satellite antenna system having a motor driven mechanism configured to rotate a feed assembly. The feed assembly includes at least one inner feed tube and at least one outer feed tube. The satellite antenna system also includes an alignment driver coupled to the feed assembly and configured to instruct the motor driven mechanism to place the feed assembly at a pre-determined alignment position. The satellite antenna system further includes a polarization phase device positioned in one of the inner feed tube and the outer feed tube. The motor driven mechanism is further configured to rotate the polarization phase device.

Abstract: A control system for a refrigeration unit is disclosed. The control system may include a user interface, an interface bus, a power control module, a first module, and a second module. The interface bus may communicatively couple the user interface, the power control module, the first module, and the second module. The user interface may be capable of receiving and dispatching information. The power control module may be capable of distributing and monitoring power to the control system. The second module may have at least one connector with flexible input and output configuration capabilities. The first module may have a controller and at least one connector with flexible input and output configuration capabilities.