Securing and centering device and vibration damping device including same
A securing and centring device for securing fastening elements of a vibration damping device and for centring said vibration damping device on a component, such as a crankshaft. The securing and centring device may includes a securing mechanism that can be inserted into an opening of the vibration damping device and is configured to secure a fastening element inserted into the opening against falling out, a centering mechanism insertable into a further opening of the vibration damping device and into an assembly opening of said component for positioning and/or centering the vibration damping device and said component relative to each other, and a connecting member connecting the securing mechanism and the centering mechanism. A vibration damping device may include such a securing and centering device.
1. A securing and centring device for securing fastening elements of a vibration damping device and for centring the vibration damping device on a component, the securing and centring device comprising:
a securing mechanism configured to be inserted into an opening of said vibration damping device and configured to secure one of the fastening elements inserted into the opening against falling out,
a centring mechanism configured to be inserted into a further opening of said vibration damping device and into an assembly opening of said component for positioning and/or centring said vibration damping device and said component relative to each other, and
a connecting member connected to the securing mechanism;
wherein the centring mechanism is configured as a centring bushing, and the securing mechanism is configured as a sleeve having radially projecting protrusions which abut against said one of the fastening elements in a keyed and/or friction-locked manner.
2. The securing and centring device according to claim 1 , wherein the centring mechanism is connected to the securing mechanism.
3. The securing and centring device of claim 2 , wherein the connecting member connects the centring mechanism to the securing mechanism.
4. The securing and centring device of claim 3 , wherein the centring mechanism and the securing mechanism extending in opposing directions from the connecting member.
5. The securing and centring device according to claim 1 , wherein the centring mechanism includes a predetermined bending point at an axial location which is deformable by applying an axial force onto the centring mechanism.
6. The securing and centring device according to claim 5 , wherein the predetermined bending point is configured as a tapered wall section in the centring mechanism.
7. The securing and centring device according to claim 1 , wherein the radially inwardly projecting protrusions are configured to deform when said one of the fastening elements is inserted.
8. The securing and centring device according to claim 1 , wherein the connecting member is configured as an outer ring, as an inner ring, or as struts.
9. The securing and centring device according to claim 8 , wherein the outer ring and/or the inner ring is configured as a circular ring or a polygonal ring.
10. The securing and centring device according to claim 1 , wherein the securing and centring device is integrally formed as a single piece.
11. The securing and centring device according to claim 1 , wherein the securing and centring device is made of metal and/or plastic.
12. The securing and centring device of claim 1 , including at least one additional securing mechanism connected to the connecting member.
13. A vibration damping device for reducing vibrations on a crankshaft, the vibration damping device comprising:
a fastening element for fastening the vibration damping device to said crankshaft; and
a securing and centring device including:
a securing mechanism configured to be inserted into an opening of said vibration damping device and configured to secure the fastening element inserted into the opening against falling out,
a centring mechanism configured to be inserted into a further opening of said vibration damping device and into an assembly opening of said crankshaft for positioning and/or centring said vibration damping device and said crankshaft relative to each other, and
a connecting member connected to the securing mechanism;
wherein the centring mechanism is configured as a centring bushing;
wherein the centring mechanism includes a predetermined bending point at an axial location which is deformable by applying an axial force onto the centring mechanism; and
wherein the predetermined bending point is configured as a tapered wall section in the centring mechanism.
14. The vibration damping device of claim 13 , including at least one additional fastening element; wherein the securing and centring device includes at least one additional securing mechanism connected to the connecting member; the securing mechanism is connected to the fastening element; and each additional fastening element is connected with a respective additional securing mechanism.
15. A securing and centring device for securing fastening elements of a vibration damping device and for centring the vibration damping device on a component, the securing and centring device comprising:
a securing mechanism configured to be inserted into an opening of said vibration damping device and configured to secure one of the fastening elements inserted into the opening against falling out,
a centring mechanism configured to be inserted into a further opening of said vibration damping device and into an assembly opening of said component for positioning and/or centring said vibration damping device and said component relative to each other, and
a connecting member connected to the securing mechanism;
wherein the centring mechanism is configured as a centring bushing; the centring mechanism is connected to the securing mechanism; the connecting member connects the centring mechanism to the securing mechanism; and the centring mechanism and the securing mechanism extend in opposing directions from the connecting member.