Abstract: An intake subassembly for an agricultural harvesting machine, in particular a self-propelled forage harvester for corn, grass and the like, including a cutting cylinder, feed rollers, and compression rollers, has a cut-out clutch for bringing the feed rollers and the compression rollers to a sudden stop. The machine may have a monitor system for detecting and processing information relating to the status and motion of the components of the subassembly and generating a signal to interrupt and brake the detected motion, for example, in response to the presence of foreign objects or overloads in the subassembly.

Abstract: The harvesting machine includes an attachment, a feed device for material to be harvested, a cutting drum for the material to be harvested, an ejection means for conveying the material from the cutting drum, an advantageously hydrostatic drive for the feed device, a drive for the cutting drum, respective rotation speed sensors for measuring actual rotation speeds of the cutting drum and the feed device and an electronic analysis unit.

Abstract: A device for automatic filling a traveling load container which travels adjacent to a traveling harvesting vehicle includes optical or acoustic sensors providing an optimal filling of the container. The sensors can be oriented toward the filling cone of the product stream and to the outer limits of the load container.

Abstract: A device for automatic filling of a mobile container (4) with a material stream (13) from a harvester (1) moving alongside a discharge knee/discharge pipe which is controllably pivotable around a vertical and/or horizontal axis, with a pivotable discharge flap (5) at the end from the harvester (1) to the container (4). At least one optical and/or acoustic range finder (6) for measuring the container (4) and measuring fill levels is disposed on the discharge knee/discharge pipe (3). The range finder (6), either together with the discharge knee/discharge pipe (3) or independently thereof, can be pivoted horizontally and/or vertically.