Double-Loop Knot-Tying Tool for Consistent Ribbon Bows
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Conventional methods of gift wrapping, such as diagonal wrapping and ribbon tying, are challenging due to difficulties in determining paper size, initial positioning, and mastering the techniques involved, leading to inefficient and aesthetically suboptimal results.
Innovation Solution
A knot-tying tool and creasing tool are introduced, comprising a main body with specific sections for pinching, looping, and folding ribbons or strings, along with a packaging paper size calculation program to facilitate precise wrapping and knot-tying processes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If diagonal wrapping method is used, then wrapping speed is improved and adhesive tape usage is reduced, but it becomes difficult to determine packaging paper size and initial position
Solution Approach 1:
The patent introduces a positioning mark as an intermediary element between the packaging paper and the box. This mark serves as a reference that mediates the relationship between the wrapper and the packaging paper, enabling accurate positioning without requiring complex measurements or calculations. The positioning mark is placed on the packaging paper at a predetermined distance from the corner, providing a visual guide for alignment with the box corner.
Solution Approach 2:
The patent applies preliminary action by pre-marking the packaging paper with positioning marks before the wrapping process begins. These marks are prepared in advance at specific distances from the corners, allowing the wrapper to quickly align the paper with the box without performing measurements during the wrapping process itself.
2Productivity
If diagonal wrapping method is used, then wrapping efficiency is improved, but double-layered pleats must be made making it difficult to master
Solution Approach 1:
The patent segments the wrapping process into distinct, manageable steps guided by positioning marks. Instead of requiring the wrapper to master complex continuous folding techniques, the positioning marks divide the process into discrete actions: align the mark with the corner, fold along the edge, repeat for each side. This segmentation makes the technique easier to learn and execute.
Solution Approach 2:
The positioning marks serve as intermediaries that guide each folding action, replacing the need to master complex pleating techniques. The marks provide visual cues that simplify the coordination of hands and paper, making the diagonal wrapping technique accessible to beginners while maintaining high efficiency.
3Shape
If ribbon knot-tying is performed manually, then decorative effect is achieved, but it requires difficult-to-master techniques
Solution Approach 1:
The patent applies the self-service principle by designing a tool that performs the complex knot-tying operations automatically once the ribbon is positioned. The tool's structure with loops and guides enables the ribbon to form knots and bows through simple pulling and releasing actions, without requiring the user to master traditional hand-tying techniques. The tool does the work that would otherwise require skilled manual manipulation.
Solution Approach 2:
The knot-tying tool serves as an intermediary between the user and the ribbon. Instead of directly manipulating the ribbon to form complex knots, the user interacts with the tool, which in turn manipulates the ribbon through its structured loops and guides. This intermediary device translates simple user actions into complex knot-forming operations.
4Shape
If conventional knot-tying methods are used, then decorative knots can be formed, but consistent results are difficult to achieve
Solution Approach 1:
The tool enables consistent knot formation through its fixed structural geometry. The loops and guides are manufactured with precise dimensions and angles, ensuring that each use of the tool produces the same knot configuration. The tool self-corrects variations in user technique, maintaining consistency across different operators and usage instances.
Solution Approach 2:
The patent changes the parameters of the knot-tying process by fixing the geometric parameters (loop sizes, angles, distances) in the tool's structure. This transforms the variable, skill-dependent parameters of manual knot-tying into fixed, tool-determined parameters, ensuring consistent outcomes regardless of operator skill level.
Data Source
AI summary
A knot-tying tool includes a hand-held body with a pressing section at one end for securing a ribbon against an object, and first and second loop forming sections to assist in forming a decorative knot with at least two loops. The second loop forming section comprises a slit and a finger space to support loop reversal and insertion. The tool may further include markings indicating the knotting procedure.