Torsionally elastic shaft joint and method of making the same
AssigneeIFA-Technologies GmbH
InventorsDavid Schmicker, Paul Geppert
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AssigneeIFA-Technologies GmbH
InventorsDavid Schmicker, Paul Geppert
Estimating the term…
A torsion-elastic cardan joint for connecting a shaft with a second component that is not continuously coaxial during torque transmission, which comprises a torsion-elastic power transmission system, a flange connected to this in a torque-proof manner, and a second flange connected to this in a torque-proof manner on the opposite end face of the torsion-elastic power transmission system. The shaft-side flange is coaxially connected to the shaft and the second flange is coaxially connected to the second component in a torque-proof manner. The shaft-side flange consists of a dimensionally stable disk-shaped flange part (1, 10, 12). The shaft is directly connected to this disk-shaped flange part (1, 10, 12) in a torque-proof manner, for example, via friction welding. As a result, there is no need to adapt the shaft-side flange to the dimensions of the shaft.
A torsion-elastic cardan coupling for connecting a shaft with a second component that is not continuously coaxial during torque transmission, which comprises a torsion-elastic power transmission system, a shaft-side flange connected to this in a torque-proof manner, and a second flange connected to this in a torque-proof manner on the opposite end face of the torsion-elastic power transmission system, wherein the shaft-side flange is connected to the shaft, the second flange is coaxially connected to the second component in a torque-proof manner, and the shaft-side flange is comprised of a disk-shaped semi-finished product (1, 10, 12),
A method for producing a torsion-elastic cardan coupling for connecting a shaft with a second component that is not continuously coaxial during torque transmission, which has a torsion-elastic power transmission system, a shaft-side flange connected to this in a torque-proof manner and a second flange connected to this in a torque-proof manner on the opposite end face of the torsion-elastic power transmission system, wherein the shaft-side flange is connected to the shaft, and the second flange is coaxially connected to the second component in a torque-proof manner, and the shaft-side flange is comprised of a disk-shaped semi-finished product (1, 10, 12),
Dependencies are inferred from the claim text.