Clutch internal shielding device
AssigneeEaton Corporation
InventorsJohn D. Conrad, Roger E. Knueve, John D. Kroemer, Jonathan P. Young, Jeffrey S. Blessinger, John A. Schenkel III
Life of this patent
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AssigneeEaton Corporation
InventorsJohn D. Conrad, Roger E. Knueve, John D. Kroemer, Jonathan P. Young, Jeffrey S. Blessinger, John A. Schenkel III
Estimating the term…
A frictional clutch for a motor vehicle includes a cover, a pressure plate, a biasing member, air adjustment mechanism and an annular shield. The cover has an axis of rotation. The pressure plate is coupled to the cover for rotation therewith about the axis. The pressure plate has a frictional engagement surface substantially normal to the axis. The biasing member is interposed between the cover the pressure plate, and biases the pressure plate toward an engaged pressure plate position. The adjustment mechanism is centered about the axis and is located at a first radial distance from the axis. The adjustment mechanism is operably disposed between the biasing member and one of the pressure plate and the cover. The annular dust shield is disposed radially within the adjustment mechanism. The annular dust shield is axially alignment with the adjustment mechanism. The shield is sized and oriented to protect the adjustment mechanism from debris radiating outward from a central area of the clutch. The dust shield is provided with at least one clip for attachment of the shield to a clutch cover to shield debris from entering an internal region of the machine. The internal shielding device is held in place using clips and/or a bracket and/or a latch.
A friction clutch for a motor vehicle comprising:
A frictional clutch for a motor vehicle comprising:
A frictional clutch for a motor vehicle comprising:
An internal shielding device adaptable for use within a driveline clutch comprising:
An internal shielding device adaptable for use within a driveline clutch comprising:
Dependencies are inferred from the claim text.