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A folding fin system includes a fin root and an upper fin part that is rotatably borne on the fin root. The upper fin part may be moved relative to the fin root between an unfolded and a folded position, and wherein the upper fin part and the fin root may be locked relative to one another using a sl

A folding fin system includes a fin root and an upper fin part that is rotatably borne on the fin root. The upper fin part may be moved relative to the fin root between an unfolded and a folded position, and wherein the upper fin part and the fin root may be locked relative to one another using a slot-and-key system when the upper fin part is in the unfolded position.

대표청구항 ▼

1. Folding fin system, comprising: a fin root; andan upper fin part that is rotatably borne via an axis on the fin root,wherein the fin root has a first axial mount having at least one first axial mount element and the upper fin part has a second axial mount having at least one second axial mount el

1. Folding fin system, comprising: a fin root; andan upper fin part that is rotatably borne via an axis on the fin root,wherein the fin root has a first axial mount having at least one first axial mount element and the upper fin part has a second axial mount having at least one second axial mount element, and wherein the axis is arranged within the first axial mount and the second axial mount,wherein the upper fin part is moveable relative to the fin root between an unfolded and a folded position,wherein the upper fin part and the fin root is lockable relative to one another using a key-and-slot system when the upper fin part is in the unfolded position, andwherein one of the at least one second axial mount element is allocated to each of the at least one first axial mount element, wherein the system is configured such that (i) each of said at least one first axial mount element has a slot and the allocated second axial mount element has a key corresponding to the slot, wherein at least one of the slot and the key has a tapered area with conically tapering flanks and an end area with flanks that run parallel, at least in sections, or (ii) each of said at least one first axial mount element has the key and the allocated second axial mount element has the slot corresponding to the key, wherein at least one of the slot and the key has a tapered area with conically tapering flanks and an end area with flanks that run parallel, at least in sections. 2. The folding fin system in accordance with claim 1, wherein the key is insertable into the slot parallel to the axis using a relative movement between upper fin part and fin root. 3. The folding fin system in accordance with claim 1, wherein the conically tapering flanks are chamfers in the flanks that are parallel at least in sections. 4. The folding fin system in accordance with claim 2, wherein the conically tapering flanks are chamfers in the flanks that are parallel at least in sections. 5. The folding fin system in accordance claim 1, wherein an elastic element that presses each of the at least one first axial mount element against the allocated second axial mount element is borne on the axis. 6. The folding fin system in accordance claim 2, wherein an elastic element that presses each of the at least one first axial mount element against the allocated second axial mount element is borne on the axis. 7. The folding fin system in accordance claim 3, wherein an elastic element that presses each of the at least one first axial mount element against the allocated second axial mount element is borne on the axis. 8. The folding fin system in accordance with claim 1, wherein one of the at least one first axial mount element and the at least one second axial mount element has a stop that blocks a movement of the upper fin part relative to the fin root beyond the unfolded position. 9. The folding fin system in accordance with claim 2, wherein one of the at least one first axial mount element and the at least one second axial mount element has a stop that blocks a movement of the upper fin part relative to the fin root beyond the unfolded position. 10. The folding fin system in accordance with claim 3, wherein one of the at least one first axial mount element and the at least one second axial mount element has a stop that blocks a movement of the upper fin part relative to the fin root beyond the unfolded position. 11. The folding fin system in accordance with claim 5, wherein one of the at least one first axial mount element and the at least one second axial mount element has a stop that blocks a movement of the upper fin part relative to the fin root beyond the unfolded position. 12. The folding fin system in accordance claim 1, further comprising an elastic rotary element, wherein a spring force of the elastic rotary element urges the upper fin part into the unfolded position. 13. The folding fin system in accordance with claim 12, wherein the elastic rotary element has a first leg that is guided in a bore of the upper fin part. 14. The folding fin system in accordance with claim 13, wherein the elastic rotary element has a second leg that is positioned at an angle to the first leg about a pre-tensioning angle, wherein the second leg is positioned against the fin root.