Granted Patent B1

US 8,740,765 · App. 13/571,833 · Granted Jun 3, 2014

Abstract

Claims (33)

1. A portable magnetic pulser system for the treatment of migraine headaches of a human subject who is a migraine headache patient, the system including:

an electrical power source for operating the system;

electronic circuitry located within an enclosure for taking power from the electrical power source for charging at least one capacitor;

control circuitry located within said enclosure that is capable of charging the at least one capacitor and then dumping the charge into a magnetic coil that is used to create an intense magnetic pulse onto the brain of the human subject, the charging of the capacitors and the discharge of the capacitors into the magnetic coil being individually controllable by at least one electrical switch that is operated by the patient, the maximum intensity of the magnetic pulse delivered onto the brain of the human subject being between 0.05 and 5.0 Tesla;

a processor mounted within said enclosure, said processor coupled to the electronic circuitry and the control circuitry, the processor configured to:

(1) limit the total number of magnetic pulse treatment sessions that the patient can apply to himself or herself over a period of time before a prescription expires;

(2) calculate a remaining number of pulse treatment sessions which may be applied before a prescription expires; and

(3) disable said magnetic pulser system when said enclosure is at least partially opened; and

a means to indicate the number of pulses remaining for the patient's use in a selective time interval.

2. The magnetic pulser system of claim 1 where there is an audio signal indicating that the magnetic pulser system is not operating properly.

3. The magnetic pulser system of claim 1 including means for refilling the number of pulses remaining for the patient's use based upon a prescription from the human subject's doctor.

4. The magnetic pulser system of claim 3 where the means for refilling is accomplished over a telephone line from a manufacturer's service center.

5. The magnetic pulser system of claim 3 where the means for refilling is accomplished using a USB key.

6. The magnetic pulser system of claim 5 where the USB key can have the number of pulses to be added made available through the USB port of a computer that is in contact over the Internet with a manufacturer's service center.

7. The magnetic pulser system of claim 1 also including means for date and time stamping of each magnetic pulse that is triggered, the data being stored in a digital memory of the magnetic pulser system.

8. A method for the treatment of a disorder of a human patient, the method including the following steps:

a) procuring a magnetic pulser system that is capable of delivering a magnetic pulse having a maximum magnetic field intensity that lies between 0.05 and 5.0 Tesla;

b) sensing by the patient when an illness occurs;

c) having the patient initiate the charging of at least one capacitor in the magnetic pulser system to a high enough voltage to generate the desired magnetic pulse upon an affirmative determination by the magnetic pulser system that the prescribed number of treatment sessions has not been exceeded;

d) placing by the patient of a magnetic coil onto a region in close proximity to a specific problematic nerve of the human body, these specific nerves including at least one nerve selected from: the occipital nerve, carotid sinus and the vagal nerve in the neck; and

e) triggering by the patient of the capacitors to directly discharge into the magnetic coil to provide the desired magnetic pulse to the specific problematic nerve;

wherein a processor mounted within an enclosure is configured to disable said magnetic pulser system when said enclosure is at least partially opened.

9. A portable magnetic pulser system for the treatment of migraine headaches of a human subject who is a migraine patient, the system including:

an electrical power source for operating the system;

electronic circuitry located within an enclosure for taking power from the electrical power source for charging at least one capacitor;

control circuitry located within said enclosure that is capable of charging the at least one capacitor and then dumping the charge into a magnetic coil that is used to create an intense magnetic pulse onto the brain of the human subject, the charging of the capacitors and the discharge of the capacitors into the magnetic coil being individually controllable by at least one electrical switch that is operated by the patient, the maximum intensity of the magnetic pulse delivered onto the brain of the human subject being between 0.05 and 5.0 Tesla;

a processor mounted within said enclosure, said processor coupled to the electronic circuitry and the control circuitry, the processor configured to indicate to the patient that the at least one capacitor is charged so that it is ready to be discharged into the magnetic coil, and further configured to limit the total number of magnetic pulse treatment sessions that the patient can apply to himself or herself over a period of time before a prescription expires; and

a means to indicate the number of pulses remaining for the patient's use in a selective time interval;

wherein said processor is configured to disable said magnetic pulser system when said enclosure is at least partially opened.

10. The magnetic pulser system of claim 9 where the processor indicates that the capacitor is ready to be discharged via a visual means.

11. The magnetic pulser system of claim 10 where the visual means is the filling of a bar that is steadily filled as the capacitor is being charged and is fully illuminated when the capacitor is ready to be discharged.

12. The magnetic pulser system of claim 9 where the processor indicates that the capacitor is ready to be discharged via an audio means.

13. The magnetic pulser system of claim 12 where the audio means is a voice indicating that the capacitor is ready to be discharged.

Assignments (10)