Segmented Skirted Mesh for Novel Applications

The inventive concept expands the application of segmented skirted mesh technology to new industries, including agriculture, wind energy, pipeline maintenance, 3D printing, and water quality monitoring, enabling innovative solutions for real-world problems.

The original patent focused on surgical mesh for soft tissue defects. However, the core technology has untapped potential in other fields. This inventive concept addresses the need for innovative solutions in diverse industries, leveraging the unique properties of segmented skirted mesh to create new value.

The new claims describe the application of segmented skirted mesh in various industries. In agriculture, the mesh detects soil displacement, predicting soil erosion. In wind energy, the mesh is attached to turbine blades to detect vibrations, optimizing maintenance. In pipeline maintenance, the mesh detects corrosion, enabling early intervention. In 3D printing, the mesh serves as a sacrificial layer for complex geometries. In water quality monitoring, the mesh detects changes in pH, temperature, and other parameters. Each application leverages the mesh's unique properties to create innovative solutions.

The new claims introduce a non-obvious expansion of the original patent's technology to new industries, combining the segmented skirted mesh with novel components and operation to create innovative solutions. The inventive step lies in recognizing the mesh's potential in diverse fields and adapting it to address specific challenges.

Alternative embodiments include using different mesh materials, varying the mesh's shape and size, and integrating sensors or other components to enhance functionality. Variations may include using the mesh in other industries, such as construction or aerospace, or combining it with other technologies to create hybrid solutions.

The inventive concept has significant commercial potential in various industries, including agriculture, wind energy, pipeline maintenance, 3D printing, and water quality monitoring. The target market includes companies and organizations seeking innovative solutions to specific challenges, as well as researchers and developers exploring new applications for segmented skirted mesh technology.