Cross-appendage kinetic stimulator
AssigneeQ, LLC
InventorJohn Philip Adams
Life of this patent
Estimating the term…
Abstract
Systems and methods for neural synchronization via timed and controlled kinetic stimulation. The method involves stimulating a first limb located on one side of a median plane and transverse plane, while simultaneously stimulating a second limb located on the opposite side of the planes. Subsequently, a third and fourth limb are stimulated in alternating fashion, also located on opposing sides of the median and transverse planes. The method includes dynamically adjusting the synchronization of the stimulation pulses based on timing signals generated by a software-controlled algorithm. Additionally, synchronization is further calibrated by monitoring and recalculating neural activity distribution based on real-time patient data, ensuring precise coordination of stimulation pulses across all limbs.
Claims20
A method for providing brain therapy to maintain neural synchronization through timed and controlled stimulation pulses, the method comprising:
- stimulating a first limb of a body located on a first side of a median plane and a first side of a transverse plane, while stimulating a second limb located on a second, opposite side of the median plane and a second, opposite side of the transverse plane;
- subsequently stimulating a third limb located on a second side of the median plane and the first side of the transverse plane, while stimulating a fourth limb located on the first side of the median plane and the second side of the transverse plane,
- wherein the median plane is defined as a vertical plane that divides the body into left and right halves, and the transverse plane is defined as a horizontal plane that divides the body into upper and lower parts;
- dynamically adjusting synchronization of the stimulation pulses across the limbs based on timing signals generated by a software-controlled algorithm;
- and
- calibrating the synchronization of the stimulation pulses across the limbs by monitoring and recalculating a distribution of neural activity based on real-time patient data.
A system for providing brain therapy to maintain neural synchronization through timed and controlled stimulation pulses, the system comprising:
- a plurality of transducers configured to be positioned on a first limb located on a first side of a median plane and a first side of a transverse plane, and a second limb located on a second, opposite side of the median plane and a second, opposite side of the transverse plane, as well as a third limb located on a second side of the median plane and the first side of the transverse plane, and a fourth limb located on the first side of the median plane and the second side of the transverse plane;
- a control unit operatively connected to the plurality of transducers, the control unit configured to generate and deliver stimulation pulses to the transducers;
- a timing circuit or software-controlled algorithm in the control unit, configured to dynamically adjust the synchronization of the stimulation pulses across the limbs by generating timing signals;
- and
- a feedback processing unit operatively connected to sensors configured to monitor physiological data of a patient in real-time, the feedback processing unit configured to recalibrate and adjust the synchronization of the stimulation pulses based on a distribution of neural activity and patient-specific physiological data;
- wherein the control unit is configured to adjust synchronization of the stimulation pulses.
A non-transitory computer-readable medium storing instructions that, when executed by one or more processors, cause a system to perform a method for providing brain therapy to maintain neural synchronization through timed and controlled stimulation pulses, the method comprising:
- stimulating a first limb of a body located on a first side of a median plane and a first side of a transverse plane, while stimulating a second limb located on a second, opposite side of the median plane and a second, opposite side of the transverse plane;
- subsequently stimulating a third limb located on a second side of the median plane and the first side of the transverse plane, while stimulating a fourth limb located on the first side of the median plane and the second side of the transverse plane;
- wherein the median plane is defined as a vertical plane that divides the body into left and right halves, and the transverse plane is defined as a horizontal plane that divides the body into upper and lower parts;
- dynamically adjusting synchronization of the stimulation pulses across the limbs based on timing signals generated by a software-controlled algorithm;
- calibrating the synchronization of the stimulation pulses across the limbs by monitoring and recalculating a distribution of neural activity based on real-time data collected from patient-specific physiological parameters;
- and
- generating control signals to deliver said stimulation pulses to a plurality of transducers operatively connected to the limbs, said control signals ensuring that the synchronization of stimulation pulses is maintained within specified timing intervals to optimize therapeutic outcomes.
Dependencies are inferred from the claim text.