Gutter Sign Mount with Spiral Anchor and Stabilizer
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Solution Overview
Problem
Existing gutter attachment technologies are inadequate for securely mounting heavier signs and objects, as they are not designed to handle substantial weights and are prone to dislodgment by winds, particularly during winter months.
Innovation Solution
A structural sign mount for gutters featuring an elongated body with a gutter engaging portion, a contacting arm, and a tab forming a pinch point, along with a stabilizer, which securely attaches to the gutter lip and supports signs or other attachments through a channel, providing stability against wind forces.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Strength
If lightweight plastic hooks with diminutive profiles are used to hang decorative strings and lights from gutters, then the clips remain unobtrusive and aesthetically pleasing, but they cannot securely support heavier signs and are prone to dislodgment by winter winds
Solution Approach 1:
The gutter attachment is divided into multiple functional segments: a gutter-engaging portion with spiral or hook elements that anchor to the gutter, a stabilizer portion that extends downward to prevent dislodgment, and a sign-engaging portion with pinch points that secures the sign. This segmentation allows each part to perform its specific function optimally while supporting heavy loads without requiring an overly complex overall structure.
Solution Approach 2:
The attachment extends in multiple dimensions: horizontally along the gutter lip via the spiral engagement, vertically downward through the stabilizer portion, and outward to engage the sign. This multi-dimensional configuration distributes forces effectively and provides stability against wind loads without requiring a bulky profile at any single point.
2Strength
If existing gutter clips are designed to minimize size and appearance for hanging lightweight ropes, then they remain unobtrusive, but they lack the structural integrity to securely support structural signs
Solution Approach 1:
The stabilizer portion is designed to extend downward from the gutter engagement point to contact the gutter face or hang freely, creating preliminary resistance against wind forces before they can dislodge the attachment. This preemptive stabilizing element counteracts the harmful effect of wind loads on heavy signs.
Solution Approach 2:
Different portions of the attachment have specialized local properties: the gutter-engaging portion features spiral or hooked elements optimized for anchoring to the gutter lip, the stabilizer portion has a configuration optimized for resisting wind forces, and the sign-engaging portion has pinch points optimized for securing the sign. Each local region is optimized for its specific function to collectively provide strong structural support.
3Reliability
If a gutter attachment is designed to support substantial weight, then it can securely hold signs, but it becomes more complex and less aesthetically pleasing
Solution Approach 1:
Multiple functional elements are merged into a single integrated attachment device: the gutter engagement mechanism, stabilizer, and sign engagement features are combined in one continuous structure. This merging provides reliable attachment stability while avoiding the complexity of multiple separate components that would need to be assembled and coordinated.
Data Source
AI summary
A device is used for affixing structural elements such as signs or cameras to a gutter, and a system for mounting the device. One end of the device has a spiral curvature of sufficient size and flexibility to be opened and placed on a gutter with enough tension to prevent dislodging from the elements, as well as a support extending from the spiral to form a point of contact with any structural element held by the device. A second end of the device includes an opening to allow various structural elements to be affixed to the device and fully supported. Between the one end and the second end is a positioning piece that lies against the gutter face to support the structural elements.