RECYCLABLE ARCHITECTURAL ACOUSTIC PRODUCTS AND SUSPENSION THEREOF

Smart overview of the Invention

The patent application introduces an innovative acoustic architectural product that emphasizes recyclability. This product combines an acoustic component with PET clips and connectors, allowing it to be fully recyclable without dismantling. The invention also features a novel suspension system that supports the product without requiring additional bracing, addressing common issues in traditional systems.

Field and Background

Focused on acoustic architectural products, the invention particularly targets needle-punched PET elements used for walls and ceilings. These elements are known for their decorative appeal and sound absorption properties. Traditional attachment methods often involve metal components, complicating recycling efforts due to the need for separation. The invention seeks to overcome these challenges by using PET for both the acoustic elements and their connectors, facilitating easier recycling.

Challenges Addressed

Existing systems often require labor-intensive processes for recycling due to the use of adhesives or non-recyclable materials. Moreover, current suspension systems demand additional bracing, especially in earthquake-prone areas, which is both time-consuming and unsightly. The invention offers a more efficient solution by eliminating the need for such bracing and ensuring all components are recyclable.

Innovative Features

The product includes a hollow beam design made from needle-punched PET or similar materials, held together by internal PET clips. These clips are resilient and designed to maintain structural integrity while allowing for easy disassembly. The suspension system utilizes dropper brackets with swivel connections, enhancing flexibility and reducing the need for extra support structures.

Benefits and Applications

This approach allows for seamless integration of acoustic elements into architectural settings while ensuring they can be recycled without material separation. The suspension system simplifies installation and maintenance, providing an eco-friendly alternative to traditional methods. This innovation not only reduces environmental impact but also offers practical advantages in terms of ease of use and aesthetic appeal.