Neurostimulation Systems for Specialized Environments

The present inventive concept relates to specialized neurostimulation systems adapted for high-altitude operations, high-security facilities, disaster relief operations, extreme weather conditions, and secure communication in high-stakes environments.

The original patent application Ser. No. 16/401,971, titled 'NEUROSTIMULATION METHOD AND SYSTEM WITH CURRENT REGULATOR BIASED BY FLOATING POWER SUPPLY', disclosed a neurostimulation method and system for active emulation of passive discharge in the presence of MRI/EMI interference. However, the original patent did not address the specific challenges of operating neurostimulation systems in unique operational environments, such as high-altitude operations, high-security facilities, disaster relief operations, extreme weather conditions, and secure communication in high-stakes environments. The present inventive concept solves this problem by providing specialized neurostimulation systems that can operate effectively in these environments.

The present inventive concept discloses specialized neurostimulation systems comprising a plurality of electrodes positioned within a patient, including an active electrode configured to be a cathode electrode located proximate to tissue of interest associated with a target region. The systems are adapted to operate in low-oxygen environments and extreme cold temperatures, high-security facilities with minimized electromagnetic radiation, disaster relief operations with portable power sources, extreme weather conditions with water-resistant housing, and high-stakes environments with secure communication and encryption modules. The systems include EMI antennas configured to generate EMI feedback signals indicative of voltage interference induced by electromagnetic fields surrounding the systems, and regulator circuits that regulate the neurostimulation therapy based on the EMI feedback signals.

The novelty of the present inventive concept lies in the adaptation of neurostimulation systems for specific, narrow markets or unique operational environments. The inventive step is the provision of specialized components and configurations that enable the systems to operate effectively in these environments, such as low-oxygen environments, high-security facilities, disaster relief operations, extreme weather conditions, and high-stakes environments.

Alternative embodiments of the inventive concept may include variations in the design of the EMI antenna, the regulator circuit, and the encryption module. Additionally, the systems may be adapted for use in other specialized environments, such as space exploration or underwater operations.

The present inventive concept has significant commercial potential in various industries, including healthcare, disaster relief, national security, and extreme sports. The specialized neurostimulation systems may be marketed as premium products for high-altitude climbers, high-security government facilities, disaster relief organizations, and extreme weather researchers.