Compactor roller for a soil compactor, comprising a roller shell, rotatable about a roller axis of rotation and surrounding a roller interior, an oscillation/vibration assembly arranged in the roller interior, wherein the oscillation/vibration assembly comprises:
- a first oscillation/vibration unit with at least one drivable first unbalanced mass for rotation about a first oscillation/vibration axis of rotation, wherein the at least one first unbalanced mass comprises a first unbalanced mass part and a second unbalanced mass part, movable with respect to the first unbalanced mass part about the first oscillation/vibration axis of rotation between two end positions, wherein, during rotation of the at least one first unbalanced mass about the first oscillation/vibration axis of rotation in a first direction of rotation, the second unbalanced mass part of the at least one first unbalanced mass is in its first end position, and during rotation of the at least one first unbalanced mass about the first oscillation/vibration axis of rotation in a second direction of rotation opposite the first direction of rotation, the second unbalanced mass part of the at least one first unbalanced mass is in its second end position, wherein during movement of the second unbalanced mass part of the at least one first unbalanced mass between its first end position and its second end position, a center of mass of the second unbalanced mass part of the at least one first unbalanced mass moves about the first oscillation/vibration axis of rotation in a first predetermined angle,
- a second oscillation/vibration unit with at least one drivable second unbalanced mass for rotation about a second oscillation/vibration axis of rotation, wherein the at least one second unbalanced mass comprises a first unbalanced mass part and a second unbalanced mass part, movable with respect to the first unbalanced mass part about the second oscillation/vibration axis of rotation between two end positions, wherein, during rotation of the at least one second unbalanced mass about the second oscillation/vibration axis of rotation in the first direction of rotation, the second unbalanced mass part of the at least one second unbalanced mass is in its first end position, and during rotation of the at least one second unbalanced mass about the second oscillation/vibration axis of rotation in the second direction of rotation, the second unbalanced mass part of the at least one second unbalanced mass is in its second end position, wherein during movement of the second unbalanced mass part of the at least one second unbalanced mass between its first end position and its second end position, a center of mass of the second unbalanced mass part of the at least one second unbalanced mass moves about the second oscillation/vibration axis of rotation in a second predetermined angle,
- wherein, for the second unbalanced mass part of the at least one first unbalanced mass, positioned in its first end position, and for the second unbalanced mass part of the at least one second unbalanced mass, positioned in its first end position, a center of mass of the at least one first unbalanced mass and a center of mass of the at least one second unbalanced mass do not have a substantial phase offset to one another, and a first centrifugal force acting in the center of mass of the at least one first unbalanced mass and a second centrifugal force acting in the center of mass of the at least one second unbalanced mass are oriented substantially identically to one another and have a substantially identical first centrifugal force value,
- wherein, for the second unbalanced mass part of the at least one first unbalanced mass, positioned in its second end position, and for the second unbalanced mass part of the at least one second unbalanced mass, positioned in its second end position, the center of mass of the at least one first unbalanced mass and the center of mass of the at least one second unbalanced mass have a phase offset to one another in the range of 180°, and the first centrifugal force acting in the center of mass of the at least one first unbalanced mass and the second centrifugal force acting in the center of mass of the at least one second unbalanced mass are oriented substantially opposite to one another and have a substantially identical second centrifugal force value,
- wherein the first predetermined angle is less than 180° or greater than 180°, and/or that the second predetermined angle is less than 180° or greater than 180°.