Neurostimulation-based Sensors for Diverse Applications

The present inventive concept extends the core technology of neurostimulation systems to novel applications in agricultural monitoring, athletic performance tracking, water quality detection, and building energy efficiency optimization, leveraging the active emulation of passive discharge in the presence of electromagnetic interference.

The original patent addressed the challenge of regulating current in neurostimulation systems amidst electromagnetic interference. However, its scope was limited to medical applications. This inventive concept tackles the problem of adapting the core technology to diverse industries, where the ability to detect and respond to electromagnetic signals can be leveraged to drive innovation and improvement.

The inventive concept comprises a neurostimulation system adapted for use in various non-medical settings. In agricultural monitoring, the system detects changes in soil moisture levels, enabling farmers to optimize irrigation and crop yields. In athletic performance tracking, the system monitors muscle fatigue, providing athletes with valuable insights to improve their training regimens. In water quality detection, the system identifies changes in water chemistry, facilitating early detection of contamination. In building energy efficiency optimization, the system detects energy losses, enabling building managers to implement targeted energy-saving measures.

The new claims introduce a paradigm shift in the application of neurostimulation technology, expanding its scope to novel industries and use cases. The inventive step lies in the adaptation of the core technology to address specific challenges in these diverse fields, demonstrating a non-obvious and innovative approach to problem-solving.

Alternative embodiments of the inventive concept could include modifications to the electrode design, EMI antenna configurations, and signal processing algorithms to further tailor the system to specific applications. Variations could also involve integrating the neurostimulation system with other sensing modalities or machine learning algorithms to enhance its capabilities.

The inventive concept has significant commercial potential across multiple industries, including agriculture, sports, water quality management, and building energy efficiency. The market for such applications is substantial, with opportunities for partnerships, licensing, and product development.