Tire Shingle Cladding via Radial Sidewall Segmentation
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Solution Overview
Problem
The accumulation of disposed tires poses environmental and health risks due to their non-renewable composition, long decomposition time, and difficulty in repurposing, leading to costly waste management and potential fires, which is particularly challenging in economically developed countries.
Innovation Solution
A method of converting tires into cladding components by removing sidewalls and cutting them into shingles and mounting struts, which are then fastened to a structure to form a cladding panel, utilizing the entire tire and reducing waste.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of substance
If tires are disposed of in traditional ways, then waste management costs increase and environmental risks arise, but the tires themselves remain unused as resources
Solution Approach 1:
The patent recovers and repurposes discarded tires into useful cladding components. Instead of disposing of worn tires as waste, the invention cuts and shapes them into shingles and mounting struts for roofing applications, thereby recovering the material value and eliminating environmental hazards associated with tire disposal
Solution Approach 2:
The patent converts the harmful element (discarded tires that pose environmental risks) into a beneficial product (durable cladding components). By transforming waste tires into functional roofing materials, the invention turns a environmental problem into a sustainable solution
2Reliability
If conventional cladding materials like asphalt are used, then roofing needs are met, but non-renewable resources are consumed and ecological damage occurs
Solution Approach 1:
The patent changes the material parameter from conventional asphalt to repurposed tire material. This substitution maintains the functional requirements for roofing (durability, weather resistance) while altering the resource base from non-renewable petroleum products to recycled rubber, thereby reducing ecological impact
Solution Approach 2:
The patent gives tires a new function beyond their original automotive application. The same rubber material that provided traction and support in tires is now used for protective cladding, demonstrating multi-functionality and reducing the need for dedicated roofing materials
3Loss of substance
If tires are repurposed into cladding components, then waste reduction and environmental benefits are achieved, but the conversion process requires cutting and processing
Solution Approach 1:
The patent segments the tire into functional components (shingles and mounting struts) through cutting operations. This segmentation transforms a single monolithic object into multiple usable parts, enabling the tire to serve its new cladding function while managing the complexity of the conversion process through systematic division
Data Source
AI summary
A method of converting a tire into cladding components includes removing a first sidewall and a second sidewall of the tire from a tread ring of the tire. The first sidewall and the second sidewall are cut radially forming a plurality of shingles. The tread ring is cut transversely forming a plurality of mounting struts. A method of manufacturing a cladding includes fastening at least two mounting struts to a structure. A plurality of interior-facing shingles are fastened to the structure in a mounting groove formed by the at least two mounting struts. A plurality of exterior-facing shingles are fastened to the structure through the at least two mounting struts.