Systems, methods, and computer program products are described herein for container misalignment detection for an autonomous vehicle. Misalignment of a container loaded onto an autonomous vehicle is detected by receiving data including an indication that the container is loaded onto the autonomous vehicle. A scanning device mounted on the autonomous vehicle captures a plurality of data points in the vicinity of the container. A misalignment detection module identifies a first data point of the plurality of data points and a second data point of the plurality of data points. The misalignment detection module evaluates a height difference between a height of the first data point and a height of the second data point. The misalignment detection module determines whether the container is misaligned on the autonomous vehicle based on the height difference. An indication of whether the container is misaligned is provided.

An apparatus for loading and deploying cargo from a motor vehicle includes a liftgate, a liftgate drive module to displace the liftgate between a closed position and an opened position, a cargo receiver carried on the liftgate and an actuator to raise and lower cargo with respect to the cargo receiver. Related methods of deploying cargo and loading cargo are also provided.

An apparatus for loading and deploying cargo from a motor vehicle includes a liftgate, a liftgate drive module to displace the liftgate between a closed position and an opened position, a cargo receiver carried on the liftgate and an actuator to raise and lower cargo with respect to the cargo receiver. Related methods of deploying cargo and loading cargo are also provided.

A crane controller for a crane includes: a sliding position sensor for sensing a sliding position of a crane sliding arm, and a memory for storing entries for limit values for an operating parameter of the crane characteristic of the instantaneous crane load. Entries for maximum permissible limit values are stored in the memory for at least two sliding positions of the crane sliding arm. The crane controller also has an overload monitoring means, and a limit value for at least one operating parameter of the crane can be specified by the overload monitoring means of the crane controller. The limit value is specified by the overload monitoring means based on the stored entries according to the sliding position of the crane sliding arm. A limit value between the stored entries with respect to magnitude can be specified for a further sliding position between the stored sliding positions of the crane sliding arm.

An overhead lift assist system enables cargo to be loaded on a utility terrain vehicle and includes a frame, a plurality of rollers, and a cable. The frame is couplable above a cab of the utility terrain vehicle and includes a plurality of rollers disposed along a longitudinal axis. The cable includes a first end positioned at a front portion of the utility terrain vehicle and a second end terminating in a loading connector. The cable has a length great enough to extend past a rear portion of the utility terrain vehicle. A winch is operable to selectively retract the cable to load cargo on the utility terrain vehicle.

An overhead lift assist system enables cargo to be loaded on a utility terrain vehicle and includes a frame, a plurality of rollers, and a cable. The frame is couplable above a cab of the utility terrain vehicle and includes a plurality of rollers disposed along a longitudinal axis. The cable includes a first end positioned at a front portion of the utility terrain vehicle and a second end terminating in a loading connector. The cable has a length great enough to extend past a rear portion of the utility terrain vehicle. A winch is operable to selectively retract the cable to load cargo on the utility terrain vehicle.

The present invention relates to a transport device for a milling unit of a road milling machine, the milling unit comprising a milling drum box and a milling drum. Essential elements of the transport device include a support frame, a rotating device and a transport vehicle connector. The present invention further relates to a transport vehicle with a carrier vehicle and a transport device, as well as a method.

The present invention relates to a transport device for a milling unit of a road milling machine, the milling unit comprising a milling drum box and a milling drum. Essential elements of the transport device include a support frame, a rotating device and a transport vehicle connector. The present invention further relates to a transport vehicle with a carrier vehicle and a transport device, as well as a method.

The invention relates to a suspendable scale for weighing a bundle, comprising: a first part for suspending the scale from a structure; a second part for suspending an implement from the scale; a third part joining the first part and second part, the first part, second part, third part being at least partly radially nesting relative to one another; at least two strain gauges connected to the third part; a wireless transmitter for sending the measurement data to an operator; a self-powered power supply for feeding an electric current to the strain gauges and the wireless transmitter; a first space formed in the scale to integrate the wireless transmitter inside the scale; and a second space to integrate the power supply inside the scale. The invention also relates to an arrangement for hoisting a bundle.

A tower for a material handler includes a housing surrounding an interior space. The tower has an interior mounting system including a base plate through which a plurality of interior mount openings pass. The interior mount openings are located at positions of the base plate that are interior of the housing. In some embodiments, the tower is part of a material handler that also includes two stabilizers located on opposite sides of the tower, a platform located above the tower, and a boom projecting away from the platform.