Pivoting Hanging Device for Vinyl Siding
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Solution Overview
Problem
Existing methods for hanging objects on overlapping exterior siding, such as vinyl or aluminum siding, often require drilling holes or using adhesives, which can lead to leaks or insect access, and lack ease of installation and removal.
Innovation Solution
A hanging device with an insert edge, upper section, offset section, and lower section, featuring a pivot area that biases the insert edge into the joint between siding members when an object is supported, allowing for tool-free installation and removal without damaging the siding.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If drilling holes or using adhesives is used to hang objects on siding, then objects can be securely supported, but the siding is damaged or creates leak paths and insect access
Solution Approach 1:
The hanging device is divided into multiple functional segments: an insert edge for engagement, an offset section for spacing, and a lower section with support elements. This segmentation allows each part to perform its specific function - the insert edge penetrates the joint without damaging siding, the offset section maintains proper positioning, and the support elements securely hold objects, thereby achieving reliable support without siding damage.
Solution Approach 2:
The insert edge acts as an intermediary element that engages with the joint between siding members without requiring holes in the siding itself. By utilizing the existing joint space as an intermediary location, the device achieves secure anchoring while preserving the integrity of the siding panels, thus preventing leaks and insect access paths.
2Reliability
If traditional mounting methods are used, then objects can be hung securely, but installation and removal require tools and may damage siding
Solution Approach 1:
The hanging device incorporates a pivot area that allows dynamic movement during installation. The device can be inserted at an angle and then rotated into its final position, enabling tool-free installation. The pivot mechanism allows the insert edge to be urged into the joint through rotational motion, making the device easy to install and remove without requiring tools while maintaining secure mounting.
Solution Approach 2:
The insert edge is pre-formed with an obtuse angle relative to the upper section, which facilitates preliminary insertion into the joint before final positioning. This preliminary action allows the device to be easily inserted without tools, and the subsequent pivoting action secures it in place, achieving both ease of operation and reliable mounting.
3Reliability
If the insert edge is inserted into the joint, then the device is securely positioned, but the device may be difficult to insert without damaging the siding
Solution Approach 1:
The insert edge is designed with an obtuse angle relative to the upper section, creating an asymmetric geometry that facilitates insertion. This asymmetric shape allows the insert edge to be easily pushed into the joint at an angle, and then the device pivots into its final position, making insertion easy while ensuring secure positioning through the asymmetric engagement geometry.
Data Source
AI summary
A hanging device attachable to overlapping siding members for supporting objects comprises an insert edge extending outwardly from an upper section, an offset section, and a lower section. The insert edge is insertable into the joint between adjacent siding members and the lower section includes a support element adapted to retain objects. The offset section extends between and joins the upper section with the lower section, with the offset section spacing the lower section from a siding member when the insert edge is inserted between adjacent siding members. The hanging device may be biased about a pivot area when an object is held by the support element such that the insert edge is urged into the joint between adjacent siding members. The insert edge defines an obtuse angle relative to the upper section and the support element may comprise hook members or mounting holes.