Multiple-Loop Support Strap for Hammock Weight Distribution
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Solution Overview
Problem
Existing hammock hanging systems lack efficient and secure methods for suspending hammocks between spaced-apart fixed structures, particularly in terms of distributing weight evenly and providing adequate support and stability.
Innovation Solution
A multiple-loop support strap system comprising elongated flexible straps folded into overlying sections with integrally joined ends and spaced attachment points, forming multiple loops for secure attachment to fixed structures, allowing for even weight distribution and high load-bearing capacity.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If a single-loop support strap is used to hang a hammock, then the device complexity is low, but the weight distribution is uneven and the load-bearing capacity is insufficient
Solution Approach 1:
The support strap is divided into multiple loops (typically 3-5 loops) along its length, with each loop capable of independently bearing load. This segmentation distributes the total weight across multiple attachment points to the tree, preventing any single point from bearing excessive stress and significantly increasing the overall load-bearing capacity of the hammock hanging system.
2Reliability
If multiple attachment points are provided on the support strap, then the weight distribution improves, but the manufacturing complexity increases
Solution Approach 1:
Multiple loops are integrated into a single continuous strap rather than being separate components. The strap is formed by folding a long webbing material back on itself and securing it at intervals to create multiple loops in sequence, eliminating the need for separate straps or complex assembly processes. This merging approach maintains manufacturing simplicity while achieving reliable weight distribution across multiple attachment points.
3Reliability
If the support strap is made from durable material with UV and abrasion protection, then the reliability improves, but the cost of materials increases
Solution Approach 1:
The strap utilizes webbing material with specific physical parameters optimized for hammock support: high tensile strength to bear load, low elongation (typically 5-15% stretch) to maintain stability, and inherent UV resistance through material composition. These parameter selections balance durability requirements with cost-effectiveness, avoiding unnecessary material specifications while ensuring safety and longevity in outdoor conditions.
Data Source
AI summary
A multiple-look support strap is adapted for hanging one end of a hammock from a fixed structure. The support strap cooperates with a like strap to hang an opposite end of the hammock from a second fixed structure spaced apart from the first. The support strap comprises an elongated length of flexible strap folded upon itself to form first and second overlying strap sections. The strap sections are integrally joined together at a first end of the support strap, and a least one of the first and second strap sections terminates at an opposite second end of the support strap. A plurality of strap loops are formed with the first and second strap sections between opposite ends of the support strap.