Abstract: A sprocket adjuster for adjusting a sprocket of a chain drive includes a bearing journal, which includes a free end and a fixed end, a rotary bearing arranged on the bearing journal, and a sprocket guided on the rotary bearing. The bearing journal has a first external thread region and a second external thread region, wherein a threaded nut is arranged on each of the external thread regions and by means of which the rotary bearing is clamped on the bearing journal between the external thread regions.

Abstract: A device for adjusting a sprocket of a chain drive includes a bearing journal having a free end and a fixed end, a rotary bearing arranged on the bearing journal, and a sprocket guided on the rotary bearing. A stop is formed on the bearing journal and at least one spring element is arranged between the rotary bearing and the stop, wherein a preloading means is provided via a clamp which preloads the rotary bearing against the spring element.

Abstract: A round baler is provided with a bale-forming chamber and boundary apparatus of the bale-forming chamber that can be moved into an open position for ejecting a completed bale. The boundary apparatus includes a pivoting part rotatable between a first position, a second position and a third position. The axial dimensions of the bale-forming chamber can be changed by at least one side wall that can be moved by an adjustment drive. The adjustment drive is configured such that the axial dimensions of the bale-forming chamber increases when the pivoting part rotates to the second position and then reduces when the pivoting part rotates to the third position.

Abstract: A round baler is provided with a bale-forming chamber and boundary apparatus of the bale-forming chamber that can be moved into an open position for ejecting a completed bale. The axial dimensions of the bale-forming chamber can be changed by at least one side wall that can be moved by means of an adjustment drive. The adjustment drive is configured such that the axial dimensions of the bale-forming chamber are initially increased during the ejection of the bale relative to the dimensions provided for generating the bale and then reduced again for braking the bale.

Abstract: A round baler is provided having a frame, a baling chamber formed on the frame to form a round bale, a discharge region formed between the baling chamber and a base surface, and at least one handling element which is arranged in the discharge region and which extends parallel to the rotation axis of the round bale and serves to support the round bale during the discharge process. To reduce the mechanical load of the round bale, the handling element has an elastic layer which is elastically deformable under the effect of the round bale during the discharge process.

Abstract: A round baler is provided having a frame, a baling chamber formed on the frame to form a round bale, a discharge region formed between the baling chamber and a base surface, and at least one handling element which is arranged in the discharge region and which extends parallel to the rotation axis of the round bale and serves to support the round bale during the discharge process. To reduce the mechanical load of the round bale, the handling element has an elastic layer which is elastically deformable under the effect of the round bale during the discharge process.

Abstract: A round baler is provided having a frame, a baling chamber on the frame for forming a round bale, an unloading area provided between the baling chamber and a ground surface and at least one depositing element which is arranged in the unloading area and which extends parallel to the rotational axis of the round bale and serves for supporting the round bale during an unloading operation. To reduce mechanical stress on the round bale caused by the depositing element and as a result to prevent damage to the round bale, a flat section is provided which, compared to the rollers otherwise usually used as depositing element, provides a higher contact surface for the round bale such that the surface pressure during the impact of the round bale can be decisively reduced compared to the use of a roller.

Abstract: A round baler is provided having a frame, a baling chamber on the frame for forming a round bale, an unloading area provided between the baling chamber and a ground surface and at least one depositing element which is arranged in the unloading area and which extends parallel to the rotational axis of the round bale and serves for supporting the round bale during an unloading operation. To reduce mechanical stress on the round bale caused by the depositing element and as a result to prevent damage to the round bale, a flat section is provided which, compared to the rollers otherwise usually used as depositing element, provides a higher contact surface for the round bale such that the surface pressure during the impact of the round bale can be decisively reduced compared to the use of a roller.

Abstract: A round baler is provided having a frame, a baling chamber formed on the frame to form a round bale, a discharge region formed between the baling chamber and a base surface, and at least one handling element which is arranged in the discharge region and which extends parallel to the rotation axis of the round bale and serves to support the round bale during the discharge process. To reduce the mechanical load of the round bale, the handling element has an elastic layer which is elastically deformable under the effect of the round bale during the discharge process.