Abstract: A wheel assembly for a soil compactor comprises a plurality of wheels (20) mounted in succession on a main wheel carrier (24) in the direction of an operating wheel axis of rotation (B), wherein at least one third wheel, which is arranged between a first wheel and a second wheel in the direction of the operating wheel axis of rotation (B), forms an auxiliary assembly wheel (205) and is mounted on the main wheel carrier (24) by means of an auxiliary wheel carrier (34), wherein the auxiliary wheel carrier (34) is firmly coupled to the main wheel carrier (24) in an auxiliary wheel operating state and is pivotable about a pivot axis and displaceable in the direction of the pivot axis in relation to the main wheel carrier (24) in an auxiliary wheel assembly state.

Abstract: An operating system, in particular for a self-propelled construction machine, comprises a first operating element (28), wherein the first operating element (28) is to be moved in a first type of movement for selection of a function from a plurality of selectable functions and is to be moved in a second type of movement for confirming the selection of a function from the plurality of selectable functions, wherein a first illumination unit (36) is assigned to the first operating element (28) for illuminating the first operating element (28), as well as a display screen for displaying the functions selectable and/or selected by means of the first operating element (28), wherein at least one, preferably each, function of the plurality of selectable functions is assigned a function color code, and wherein the first illumination unit (36) is configured to illuminate the first operating element (28) in a color corresponding to the function color code of the selected function, after selection and/or confirming the se

Abstract: A soil compactor comprises at least one compactor roller (18, 20) rotatably supported on a compactor frame (12) and at least one soil radar density measuring arrangement (34) arranged in an inner volume region (VI) of the compactor frame (12).

Abstract: A method for operating a soil processing machine includes a) providing an extent of steering-driving speed relationship reflecting a maximum permissible driving speed of the soil processing machine as a function of the extent of steering, b) detecting an actual extent of steering of the soil processing machine, c) setting a driving speed of the soil processing machine in such a way that the driving speed does not exceed the maximum permissible driving speed assigned to the actual extent of steering in accordance with the extent of steering-driving speed relationship provided in measure a).

Abstract: A method for operating a soil processing machine includes a) providing an extent of steering-driving speed relationship reflecting a maximum permissible driving speed of the soil processing machine as a function of the extent of steering, b) detecting an actual extent of steering of the soil processing machine, c) setting a driving speed of the soil processing machine in such a way that the driving speed does not exceed the maximum permissible driving speed assigned to the actual extent of steering in accordance with the extent of steering-driving speed relationship provided in measure a).

Abstract: A soil compactor includes two compactor rollers arranged at a distance from one another in the direction of a longitudinal axis of the soil compactor and rotatable around a respective roller axis of rotation, each compactor roller is operable in an oscillatory compaction mode in which the vibration excitation arrangement assigned to a respective compactor roller is operated in the oscillatory vibration excitation mode, in a vibratory compaction mode in which the vibration excitation arrangement assigned to a respective compactor roller is operated in the vibratory vibration excitation mode, and in a static compaction mode in which the vibration excitation arrangement is deactivated.

Abstract: A wheel assembly for a soil compactor comprises a plurality of wheels (20) mounted in succession on a main wheel carrier (24) in the direction of an operating wheel axis of rotation (B), wherein at least one third wheel, which is arranged between a first wheel and a second wheel in the direction of the operating wheel axis of rotation (B), forms an auxiliary assembly wheel (205) and is mounted on the main wheel carrier (24) by means of an auxiliary wheel carrier (34), wherein the auxiliary wheel carrier (34) is firmly coupled to the main wheel carrier (24) in an auxiliary wheel operating state and is pivotable about a pivot axis and displaceable in the direction of the pivot axis in relation to the main wheel carrier (24) in an auxiliary wheel assembly state.

Abstract: A soil processing machine, in particular a soil compactor, comprises a control cabin (18) having at least one control cabin door (20) pivotably supported on a door frame (22) between a closed position and an open position, wherein a handle formation (48) for pivoting the control cabin door (20) between the closed position and the open position is provided on at least one control cabin door (20) on a door inside (53) facing a control cabin interior (51) in the closed position, further comprising a fixing arrangement (46) for fixing the control cabin door (20) in the open position, wherein the fixing arrangement (46) is operable by means of the handle formation (48) for releasing the control cabin door (20) fixed in the open position.

Abstract: A soil processing machine, in particular a soil compactor, comprises a control cabin (18) having at least one control cabin door (20) pivotably supported on a door frame (22) between a closed position and an open position, wherein a handle formation (48) for pivoting the control cabin door (20) between the closed position and the open position is provided on at least one control cabin door (20) on a door inside (53) facing a control cabin interior (51) in the closed position, further comprising a fixing arrangement (46) for fixing the control cabin door (20) in the open position, wherein the fixing arrangement (46) is operable by means of the handle formation (48) for releasing the control cabin door (20) fixed in the open position.