Joint arrangement having direction-dependent pivot resistance, comprising: - a first joint part and a second joint part, which are arranged along a pivot axis and so as to be pivotable counter to one another in a pivot direction (S 1) and a counter-pivot direction; the two joint parts (220, 230) having respective running surfaces (226, 236), the joint arrangement being designed such that the two running surfaces (226, 236) are in contact with one another and slide against one another during a pivot movement, the two running surfaces (226, 236) being designed such that they each comprise at least one surface group, each of the surface groups comprising in succession in the pivot direction (S 1) a first to fourth surface portion: - the first and the third surface portion each being planar and extending in planes which are perpendicular to the pivot axis and are spaced apart from one another, - the second surface portion (226b, 236b) extending at least in portions obliquely to the pivot axis and connecting the first and third surface portion; and - the fourth surface portion extending in a plane in parallel with the pivot axis and connecting the third surface portion to the first surface portion or a first surface portion of an adjacent surface group, further comprising a stop device which is designed to limit pivoting in the counter-pivot direction at a predetermined relative pivot position of the two joint parts (220, 230), characterized in that the first or the second joint part (220, 230) comprises two elements (220a, 220b, 320a, 320b) which extend along the pivot axis on both sides of the other joint part (230, 220) and are designed to carry out a common pivot movement with respect to the other joint part (230, 220), the running surface being assigned to one of the two elements (220a, 220b, 320a, 320b) and the stop device being assigned to the other of the two elements (220a, 220b, 320a, 320b). - a first joint part and a second joint part, which are arranged along a pivot axis and so as to be pivotable counter to one another in a pivot direction (S 1) and a counter-pivot direction; the two joint parts (220, 230) having respective running surfaces (226, 236), the joint arrangement being designed such that the two running surfaces (226, 236) are in contact with one another and slide against one another during a pivot movement, the two running surfaces (226, 236) being designed such that they each comprise at least one surface group, each of the surface groups comprising in succession in the pivot direction (S 1) a first to fourth surface portion: - the first and the third surface portion each being planar and extending in planes which are perpendicular to the pivot axis and are spaced apart from one another, - the second surface portion (226b, 236b) extending at least in portions obliquely to the pivot axis and connecting the first and third surface portion; and - the fourth surface portion extending in a plane in parallel with the pivot axis and connecting the third surface portion to the first surface portion or a first surface portion of an adjacent surface group, - the first and the third surface portion each being planar and extending in planes which are perpendicular to the pivot axis and are spaced apart from one another, - the second surface portion (226b, 236b) extending at least in portions obliquely to the pivot axis and connecting the first and third surface portion; and - the fourth surface portion extending in a plane in parallel with the pivot axis and connecting the third surface portion to the first surface portion or a first surface portion of an adjacent surface group, further comprising a stop device which is designed to limit pivoting in the counter-pivot direction at a predetermined relative pivot position of the two joint parts (220, 230), characterized in that the first or the second joint part (220, 230) comprises two elements (220a, 220b, 320a, 320b) which extend along the pivot axis on both sides of the other joint part (230, 220) and are designed to carry out a common pivot movement with respect to the other joint part (230, 220), the running surface being assigned to one of the two elements (220a, 220b, 320a, 320b) and the stop device being assigned to the other of the two elements (220a, 220b, 320a, 320b).