Housing
The present invention relates to a housing ( 1 ) with a jacket ( 2 ), enclosing a housing interior space ( 7 ) in circumferential direction ( 8 ). For reducing self-induced vibrations of the jacket ( 2 ), at least one preloading device ( 14 ) is proposed, which is arranged in the housing interior space ( 7 ), which supports itself on a first supporting region ( 15 ) of the jacket ( 2 ) on the inside of the jacket ( 2 ) subject to a first preload ( 16 ) orientated towards the outside and which supports itself on a second supporting region ( 17 ) of the jacket ( 2 ) spaced from the first supporting region ( 15 ) on the jacket ( 2 ) on the inside subject to a second preload ( 18 ) orientated towards the outside.
1. A housing, comprising:
a jacket enclosing a housing interior space in circumferential direction; and
at least one preloading device which is arranged in the housing interior space, which supports itself on a first supporting region of the jacket on the inside on the jacket subject to a first preload orientated towards the outside and which supports itself on a second supporting region of the jacket spaced from the first supporting region on the jacket on the inside subject to a second preload oriented towards the outside;
wherein the housing interior space transversely to the axial direction has a round, flattened cross section, so that a curvature radius of the jacket varies in the circumferential direction, wherein the two supporting regions in circumferential regions are arranged with different curvature radii; and
wherein the second supporting region is arranged in a second circumferential region which has a smaller curvature radius than a first circumferential region, in which the first supporting region is arranged.
2. A housing, comprising:
a jacket enclosing a housing interior space in circumferential direction; and
at least one preloading device which is arranged in the housing interior space, which supports itself on a first supporting region of the jacket on the inside on the jacket subject to a first preload orientated towards the outside and which supports itself on a second supporting region of the jacket spaced from the first supporting region on the jacket on the inside subject to a second preload oriented towards the outside;
wherein the housing interior space transversely to the axial direction has a round, flattened cross section, so that a curvature radius of the jacket varies in the circumferential direction, wherein the two supporting regions in circumferential regions are arranged with different curvature radii; and
the two supporting regions in the circumferential direction are spaced from each other by at least 30° and by a maximum of 90° and preferentially by approximately 45°.
3. A housing, comprising:
a jacket enclosing a housing interior space in circumferential direction; and
at least one preloading device which is arranged in the housing interior space, which supports itself on a first supporting region of the jacket on the inside on the jacket subject to a first preload orientated towards the outside and which supports itself on a second supporting region of the jacket spaced from the first supporting region on the jacket on the inside subject to a second preload oriented towards the outside; and
wherein the jacket is configured in one of wrap design or in tubular design or in half-shell design, and wherein second supporting region with a jacket is configured in half-shell design and is arranged proximally to a separating plane, in which the two half-shells are fastened to each other, while the first supporting region is arranged distally to the separating plane.
4. A housing, comprising:
a jacket enclosing a housing interior space in circumferential direction; and
at least one preloading device which is arranged in the housing interior space, which supports itself on a first supporting region of the jacket on the inside on the jacket subject to a first preload orientated towards the outside and which supports itself on a second supporting region of the jacket spaced from the first supporting region on the jacket on the inside subject to a second preload oriented towards the outside; and
wherein the respective preloading device comprises at least one lever, which comprises two supporting contours spaced from each other, which in each case support themselves in one of the supporting regions on the jacket on the inside, wherein a rotary axis of the lever is positioned between the supporting contours so that lever arms that are different in magnitude are obtained for the supporting contours.
5. The housing according to claim 4 , wherein the respective lever is pivotably arranged about the rotary axis on an end bottom axially limiting the housing interior space or on an intermediate bottom arranged in the housing interior space, particularly axially between two end bottoms, wherein more preferably the respective lever is mounted in a rotatably adjustable manner about the rotary axis on the respective bottom or in a manner capable of rolling-off about the rotary axis.
6. The housing according to claim 4 , wherein the respective preloading device comprises a preloading structure arranged in the housing interior space, particularly between the end bottoms, which comprises a plurality of such levers which are arranged distributed in the circumferential direction.
7. The housing according to claim 4 wherein at least one of the support contours of the respective lever is formed on a support body, which is moveably arranged on the respective lever.
8. The housing according to claim 7 wherein the same support body is at least one of preloaded against the jacket via plurality of levers, and the support body has a convex outer contour facing the jacket, which is shaped complementarily to the concave inner contour of the respective supporting region of the jacket.