Banding Strap With Stops And Seat For Variable Diameter Binding
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Solution Overview
Problem
Conventional banding straps lack versatility in securely strapping items of different diameters and require complex mechanisms for adjustment, making them less effective for varied applications.
Innovation Solution
A flexible, resilient banding strap with a stop section and a seat section, where the stop section has protrusions that engage with a cavity in the seat section, allowing for adjustable tension and secure binding of items, and a handle for ease of use, enabling the strap to accommodate items of different diameters with a single strap.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If conventional banding straps are used, then they can secure items, but they lack versatility for items of different diameters and require complex adjustment mechanisms
Solution Approach 1:
The banding strap is divided into distinct functional segments: an elongate member for wrapping, a stop section with multiple stops of varying diameters, and a seat section with a cavity. This segmentation allows each part to perform its specific function independently, enabling the strap to accommodate different item diameters without complex adjustment mechanisms.
Solution Approach 2:
The stop section incorporates multiple stops with different diameters along the elongate member, allowing a single banding strap to universally secure items of various diameters. The seat section with its cavity is designed to receive any of these stops, creating a multi-functional system that adapts to different binding requirements without requiring multiple specialized straps.
2Manufacturing precision
If the gap is sized to receive the elongate member in a stretched state, then the diameter of the elongate member is reduced, but this requires precise sizing
Solution Approach 1:
The gap dimensions are specifically designed to receive the elongate member in its stretched state, utilizing the elastic properties of the material. By sizing the gap to match the stretched diameter rather than the relaxed diameter, the system automatically compensates for material elasticity, reducing the need for extremely precise manufacturing tolerances while maintaining proper function.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The strap provides secure binding of items with adjustable tension, allowing for use with various diameters and easy handling, enhancing its applicability in multiple scenarios, including household and industrial uses.
Implementation Method 1
an elongate member made from a flexible, resilient material. The stop section engages the seat section by bending the elongate member such that the elongate member overlaps itself at the seat section
Implementation Method 2
The gap is sized to receive the elongate member in a stretched state such that the diameter of the elongate member is reduced
Data Source
AI summary
A banding strap has an elongate member made from a flexible, resilient material. The elongate member has a stop section and a seat section. The stop section has one or more stops spaced along elongate member and each stop has a diameter that is greater than a diameter of elongate member. The seat section defines a seat that faces the stop section along the elongate member and a gap above the seat relative to the elongate member that is sized to receive the elongate member. The gap has a width that is less than diameter of the one or more stops. The seat defines a cavity that restrains one of the stops against a force applied along the elongate member. The stop section engages the seat section by bending the elongate member around such that the elongate member is substantially parallel to itself at the stop section and the seat section.