Wire Fence Clip Packaging with Adhesive Bundling
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Solution Overview
Problem
Conventional packaging of wire fence clips is inconvenient and hazardous due to their convoluted shape and sharp ends, leading to tangled bundles that are difficult to handle and require large quantities, which can be costly and unnecessary for small installations, and lacks effective labeling for identification.
Innovation Solution
A method and apparatus that aligns and tapes wire fence clips into compact, safe bundles of a selected quantity using flexible adhesive substrates, with a label applicator for bar codes or indicia, ensuring the clips are securely fastened and easily identifiable.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Quantity of substance
If wire fence clips are packaged in large bags containing 1,000 clips, then the quantity of clips available is sufficient for large-scale fencing projects, but the clips become tangled together with sharply protruding free ends that are hazardous to handle and difficult to separate
Solution Approach 1:
The invention divides a large quantity of clips (1,000 clips) into smaller, manageable bundles containing a predetermined number of clips (e.g., 50 clips per bundle). Each bundle is individually wrapped in flexible packaging material that contains the clips in an organized manner, preventing tangling and making handling safe and convenient. Users can carry and store multiple small bundles instead of one large tangled bag.
Solution Approach 2:
The clips are pre-arranged and pre-packaged into organized bundles before being presented to the user. The flexible packaging material is prepared in advance with the clips positioned in a specific orientation that prevents the free ends from protruding sharply outward. This preliminary organization eliminates the need for users to separate tangled clips at the point of use.
2Quantity of substance
If wire fence clips are packaged in large bags, then bulk packaging is achieved, but the clips require significant storage space and are inconvenient for small-scale installations where only small quantities are needed
Solution Approach 1:
The total quantity of clips is segmented into multiple identical bundles, each containing a predetermined number of clips. This segmentation allows users to purchase and store only the number of bundles needed for their specific project scale. A small fence installation requires only one or two bundles, while a large project can accommodate multiple bundles, providing flexibility without requiring bulk packaging.
Solution Approach 2:
The invention changes the packaging parameter from a fixed large-bag format to a modular bundle format with variable quantities. Each bundle maintains consistent internal organization but the number of bundles can be adjusted to match project requirements, enabling the packaging system to adapt to different installation scales from small to large projects.
3Ease of manufacture
If wire fence clips are packaged in conventional bags, then packaging is simple, but the clips lack identification labels making them difficult to identify and track
Solution Approach 1:
The flexible packaging material serves multiple functions simultaneously: it contains and organizes the clips to prevent tangling, provides structural protection during handling and storage, and displays identification labels with bar codes. This multi-functional packaging design maintains simplicity while adding identification capability, eliminating the need for separate labeling systems.
Solution Approach 2:
The packaging incorporates visual identification elements such as colored bands, printed text, or bar codes on the flexible wrapping material. These visual markers provide immediate identification of the bundle contents, quantity, or other relevant information while maintaining the simplicity of the flexible packaging structure. The labels are integrated into the packaging design rather than being separate components.
Data Source
AI summary
An apparatus and method for packaging wire fence clips first collects and aligns fence clips into a series of batches that each incorporate a selected quantity of clips. Each batch of clips is fed through a packaging station where first and second flexible adhesive substrates are affixed to opposite sides of the batch, and successive batches are separated to form compact and easy to carry bundles of the selected quantity of clips. A label applicator supplies adhesive labels to one of the flexible substrates.