Repositionable Endoluminal Support Structures for Industrial, Agricultural, and Biomedical Applications

A repositionable endoluminal support structure, originally designed for cardiovascular applications, is adapted for novel uses in industrial, agricultural, and biomedical fields, enabling advanced monitoring, control, and treatment capabilities.

The original patent focused on cardiovascular applications, but the unique features of the repositionable endoluminal support structure can be leveraged to address specific challenges in other industries. For instance, in industrial settings, pipelines often require monitoring and control to ensure efficient fluid flow. In agriculture, optimizing irrigation systems is crucial for water conservation. In biomedical fields, wearable devices can greatly benefit from advanced monitoring and treatment capabilities. The new inventive concept addresses these challenges by applying the core technology to these new areas.

The repositionable endoluminal support structure consists of a plurality of longitudinal strut members interconnected by a plurality of swivel joints, fabricated from a rigid or semi-rigid biocompatible material. In industrial applications, the support structure is inserted into a pipeline to monitor and control fluid flow. In agricultural applications, the support structure is deployed in an irrigation pipe to optimize water flow. In biomedical applications, the support structure is adapted for insertion into a human joint, enabling advanced monitoring and treatment of musculoskeletal disorders. Sensors and actuators integrated into the support structure enable real-time monitoring and control in each application.

The new claims introduce a paradigm shift in the application of repositionable endoluminal support structures, transitioning from cardiovascular to industrial, agricultural, and biomedical uses. The inventive step lies in recognizing the versatility of the original technology and adapting it to address specific challenges in these new fields, resulting in novel and non-obvious solutions.

Alternative embodiments may include modifying the material composition or strut geometry to suit specific application requirements. Variations could involve integrating different types of sensors or actuators to enhance monitoring and control capabilities. Additionally, the support structure could be designed for use in other industrial or biomedical applications, such as oil recovery or neurosurgical procedures.

The new inventive concept has significant commercial potential in various industries, including industrial process control, agricultural technology, and biomedical devices. The market for these applications is substantial, with opportunities for partnerships, licensing, and product development. The repositionable endoluminal support structure's adaptability and versatility make it an attractive solution for companies seeking to innovate and expand their offerings in these fields.