Method of securing tubular bellows to a cylinder
AssigneeFichtel & Sachs AG
InventorErwin Dunz
Life of this patent
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Abstract
A yieldably resilient, tubular bellows is fastened to a metal cylinder by first inserting an axial end portion of the bellows in a more rigid clamping ring whose internal cross section is greater than the cross section of the cylinder, but not substantially greater than that of the outer cross section of the bellows, then axially juxtaposing the bellows and the cylinder, and exerting axial pressure in opposite directions on the ring and the cylinder while preventing the bellows from moving out of the ring until an axially terminal portion of the cylinder enters the bore of the bellows, smaller in cross section than the cylinder, and is axially coextensive with the ring, whereby the bellows is radially compressed between the ring and the cylinder.
Claims10
A method of securing a yieldably resilient first body to a second cylindrical body more rigid than said first body, said bodies having respective axes, and said first body being formed with an axial bore therethrough of smaller cross section in the relaxed condition of said first body than the cross section of said second body, which method comprises:
- a. inserting said first body in a clamping ring more rigid than said first body;
- 1. the internal cross section of said ring being greater than said cross section of said second body, but not substantially greater than the outer cross section of said first body,
- 2. said first body being inserted into said ring until an axially terminal portion of said first body projects beyond said ring,
- 3. said portion of said first body being formed with an orifice of said bore, and said second body entering said orifice under said exerted axial pressure;
- b. axially juxtaposing said bodies;
- and
- c. exerting axial pressure in opposite respective directions on said ring and on said second body while preventing said first body from moving out of said ring, until an axially terminal portion of said second body enters said bore and is axially coextensive with said ring, whereby a portion of said first body is radially compressed between said ring and said second body.
Dependencies are inferred from the claim text.