Abstract: The disclosed technology is generally directed to the identification of unobservable nodes. In one example of the technology, a set of monitored machines are monitored. Each of the monitored machines includes associated monitoring logic. Monitoring the set of monitored machines includes receiving the machine information from the monitoring logic. A total inventory list of the set of monitored machines is generated in a manner that is independent of the monitoring of the monitored machines. An agent inventory list is generated such that the agent inventory list is a list of machines that, based on the monitoring of the monitored machine, are determined to have been running monitoring logic during a particular time period. Unobservable machine information that is associated with a set of unobservable machines is determined based on a comparison of the total inventory list with the agent inventory list.

Abstract: The disclosed technology is generally directed to the identification of unobservable nodes. In one example of the technology, a set of monitored machines are monitored. Each of the monitored machines includes associated monitoring logic. Monitoring the set of monitored machines includes receiving the machine information from the monitoring logic. A total inventory list of the set of monitored machines is generated in a manner that is independent of the monitoring of the monitored machines. An agent inventory list is generated such that the agent inventory list is a list of machines that, based on the monitoring of the monitored machine, are determined to have been running monitoring logic during a particular time period. Unobservable machine information that is associated with a set of unobservable machines is determined based on a comparison of the total inventory list with the agent inventory list.

Abstract: The disclosed technology is generally directed to the identification of unobservable nodes. In one example of the technology, a set of monitored machines are monitored. Each of the monitored machines includes associated monitoring logic. Monitoring the set of monitored machines includes receiving the machine information from the monitoring logic. A total inventory list of the set of monitored machines is generated in a manner that is independent of the monitoring of the monitored machines. An agent inventory list is generated such that the agent inventory list is a list of machines that, based on the monitoring of the monitored machine, are determined to have been running monitoring logic during a particular time period. Unobservable machine information that is associated with a set of unobservable machines is determined based on a comparison of the total inventory list with the agent inventory list.

Abstract: A drive-over conveyor for receiving material from a bottom-discharge material transport vehicle features a belt conveyor spanning a loading section, a transition section feeding into a secondary conveyor, and a cleanout section for clearing debris that may collect the space between upper and lower runs of the belt. At the cleanout section, the belt is entrained about one or more augers that convey such debris laterally outward from between the belt runs. The loading section features a low-profile framework of resiliently flexible beams that is normally carried in slightly spaced relation above the ground by ground wheels of the section, and that temporarily flexes downward when the vehicle is driven over. Accordingly, the loading section can be wheeled between different positions without any lifting, enabling quick and convenient repositioning of the loading section between different outlets of a parked stationary vehicle, and the need for dedicated drive-over ramps is avoided.

Abstract: A drive-over conveyor for receiving material from a bottom-discharge material transport vehicle features a belt conveyor spanning a loading section, a transition section feeding into a secondary conveyor, and a cleanout section for clearing debris that may collect the space between upper and lower runs of the belt. At the cleanout section, the belt is entrained about one or more augers that convey such debris laterally outward from between the belt runs. The loading section features a low-profile framework of resiliently flexible beams that is normally carried in slightly spaced relation above the ground by ground wheels of the section, and that temporarily flexes downward when the vehicle is driven over. Accordingly, the loading section can be wheeled between different positions without any lifting, enabling quick and convenient repositioning of the loading section between different outlets of a parked stationary vehicle, and the need for dedicated drive-over ramps is avoided.