Overview
This patent describes a mechanically robust breakaway rope holder developed to improve durability and secure attachment where conventional designs fall short. Filed in September 2013 (September 6, 2013) and granted in May 2016 (May 10, 2016), the application—by applicants and inventors based in Canyon, TX and Amarillo, TX—defines a precisely engineered assembly combining a molded body, a shaped loop, a tapered rope bore, an anchoring screw, and an interchangeable weight. The specification and claims emphasize controlled release and reliable retention: a loop with ribs and torus rings locks into complementary bore features in the body, while a screw engages the rope end and captures a weight to tune mass and breakaway characteristics. A subtle 1.5° taper in the rope bore, along with ribbed interfaces and a head/neck geometry on the loop, balances secure holding with predictable release under load. The drafting evidences careful attention to manufacturability (molding and selectable materials such as nylon or TPU), modularity, and field-adjustable performance.
Key Features
- Body with parallel bores and a tapered rope bore (~1.5°)
- Loop with ribs/torus rings for axial locking
- Screw-and-weight system for anchoring and adjustable mass
- Compatible materials: nylon, polyethylene, TPU
This patent strengthens product safety and modularity for rope-based systems and has clear applicability across outdoor equipment, livestock handling, and industrial fastening contexts.
Granted: 2016-05-10
