A reversible belt tensioner uses a cylindrical guiding portion and compression spring to prevent spindle nut jamming.
A climbing shuttle uses a pivoting clamping member to grip a cable during falls while guiding movement along the support line.
Vertical stacking with horizontal overlap keeps the gravity center stable as liquid decreases, preventing imbalance during operation.
A support device uses a wheel with interspaced spokes to guide safety cables while allowing snap hooks to pass through unobstructed.
U-shaped adaptor controls force application on existing anchors, preventing bending and sliding risks.
Segmented support cables and dynamic safety ropes reduce installation time while maintaining fall protection reliability.
Progressive seam tearing in a braking sling limits deceleration forces below 9g, preventing injury from sudden stops during variable weight falls.
A self-securing stop element features a barrier that closes a recess to prevent accidental detachment from anchor points.
A torso-wrapping harness system uses a single abdominal connector to secure multiple straps, distributing load across the upper body.
A shared braking mechanism arrests all lifelines simultaneously upon detecting a fall, eliminating swing hazards without additional support structures.
A universal safe access head assembly integrates vertical lifeline and power ascender line connectors into a single standardized interface.
A three-point adapter distributes weight evenly across a lineman harness to eliminate visual obstructions.
A movable detent in a belt spool adjusts relative rotation between the locking disc and spool, resolving geometric constraints of fixed pin arrangements.
Triggered anchor deployment in this portable fall restraint system prevents accidental activation while arresting falls automatically.