Honeywell International Inc.

Dennis Collins

Gina Marie Theisen

Michael R Seman

Bradley A Rohlf

Robert Luckey

Apparatus and associated methods relate to a dorsal wear-pad having an external, low-friction, high-wear-resistance surface, the dorsal wear-pad configured to be releasably coupled to a D-ring connection region of a fall-protection safety harness. In various embodiments, the dorsal wear-pad may project out and away from a wearer so as to prevent the D-ring from contacting a wall surface. For example, the dorsal wear-pad may have a D-ring aperture through which the D-ring may project. In some embodiments, the dorsal wear-pad may have a back shield to prevent a snap-hook connected to the D-ring from contacting a wearer's back. An exemplary embodiment may have two prominences, one on either side of the D-ring. Some exemplary dorsal wear-pads may advantageously protect both a wearer and the wearer's harness during sliding or leaning engagements with vertical surfaces.

Dorsal wear-pad

Apparatus and associated methods relate to a flexible lumbar wear-pad having an external low-friction high-wear-resistance surface, the lumbar wear-pad configured to be replaceably coupled to the lower back region of a belted fall-protection safety harness. In various embodiments, the lumbar wear-pad may cover a length of the webbing over the hip and lumbar vertebrae regions of a wearer's lower back. In some embodiments a lumbar wear-pad may be field replaceable on a fall-protection safety harness. An exemplary embodiment may have three prominences, a smaller center prominence located near a wearer's lumbar vertebrae and two side prominences located near a wearer's hip bones. In some embodiments, the lumbar wear-pad may be flexible so as to anatomically conform to a wearer's body. Exemplary lumbar wear-pads may provide protection for both a wearer and the wearer's harness during sliding or leaning engagements with vertical surfaces.

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Blaine, MN, United States of America

Dennis Collins