Other

Corning Incorporated

John E Watson

Robert Clark Moore

Douglas Gregg Neilson

David Andrew Tucker

Kenneth James Kelmer

Donald Justin Sonnett

Harold N O'Hara

Derrick Baxter Biddix

Jennifer Nicole Subler

Provided herein is a method of and system for processing an optical fiber. The method includes the steps of drawing an optical fiber in a drawing direction along a process pathway through a coating chamber comprising an inlet and an outlet, and a coating liquid volume to coat the optical fiber; supplying the coating liquid through the inlet, the coating liquid exiting the coating chamber through the outlet; and recirculating to coating liquid exiting the coating chamber to the inlet.

Method of applying coating liquid to an optical fiber

The mine and explosive clearing machine and implement includes a long reach excavator modified with a float-type hydraulic valve for vertical control of the arm. The mine and explosive clearing implement is installed on the distal end of the arm in place of a conventional tool. The implement includes a frame having multiple tilling blades separated by shoes defining blade penetration depth. Multiple cables are pivotally attached to the rear of the frame, each cable having another tilling blade at its distal end and a brush blade opposite the tilling blade. The cables may be inverted to orient either blade downward. The prime mover of the excavator is positioned and the arm extended rearward. The implement is then lowered and dragged forward toward the prime mover so that the blades engage the surface to dislodge and/or detonate explosives at a safe distance from the prime mover.

Mine and explosive clearing machine and implement

An anti-mine unit or assembly is adapted for being mounted to a prime mover or transport vehicle to reduce the dangers when clearing minefields. The anti-mine unit includes a frame, a plurality of digging cables, a plurality of drag cables, at least one side curtain of curtain cables, a rear curtain of curtain cables, and a top plate. The anti-mine unit may include a wire cutting device and a plurality of deflector cables. Heavy tubes of thick sidewalls are welded together to form the frame from which heavy cables are supported. The digging cables, drag cables, curtain cables and deflector cables are secured to the frame such that the cables, frame, and thick top plate form a unit that digs up, exposes and/or explodes mines, keeps the explosions and shrapnel controlled, and clears a pathway for the vehicle's drive wheels or tracks.

Anti-mine unit

A log lifting device is described that includes an upstanding post with an attached flexible strand. The flexible strand, such as a chain, releasably connects the post to a jack. Guide members on the post cause the flexible strand to extend generally parallel to the post for a substantial portion of the length of the post. The flexible strand may include a thin, rigid extension at one end to enable the strand to be threaded under a log to be lifted. The end passed under the log to be lifted is then attached to a jack. The log is raised upwardly generally parallel the length of the support member in response to an upward force applied by the jack.

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Barnesville, OH, United States of America

John E Watson