Advancing material of indeterminate length – By orbitally traveling material-engaging surface – On endless belt or chain
Reexamination Certificate
2006-04-04
2006-04-04
Matecki, Kathy (Department: 3654)
Advancing material of indeterminate length
By orbitally traveling material-engaging surface
On endless belt or chain
C226S190000, C226S176000, C226S195000, C104S178000
Reexamination Certificate
active
07021510
ABSTRACT:
A high force traction apparatus which operates along the cable linear axis with no cable bending. The cable is encircled with links from several looping chain drives. The links have a concave friction surface to match the cable radius. Rollers apply pressure to multiple links thereby providing a high normal force on the cable. The staggered and synchronized links keep the high squeeze force evenly distributed. This allows the traction apparatus to impose a pulling force that approaches the cable tensile limit without cable damage.
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Langdon Evan H.
Matecki Kathy
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