Sensing and control device and method for a magnetic pulsation stimulation session

An apparatus for producing magnetic field pulsations, comprising:

• a) a magnet located in a tube, wherein the tube has at least one opening and the tube is mounted within a housing;
• b) a feedback control signal received from a user [0263] during a magnetic pulsation session, wherein the control signal is configured to at least one of, indicate a desired physiological state and initiate the magnetic pulsation session;
• c) a sensing device used during a magnetic pulsation session for receiving, measuring, and recording [0264,0265] feedback data generated by the sensing device, wherein the sensing device is at least one of a wired sensing device and a wireless sensing device, and wherein the sensed data includes at least one of electrical signals, respiration rate, pulse rate, and a variability rate of the sensed feedback data;
• [0200]
• d) a first motor attached to the magnet such that when energized, rotates the magnet within the tube mounted in the housing;
• e) a first processor configured to:
• i) use a wireless protocol to connect a second processor to the first processor;
• ii) responsive to connecting the second processor, select at least one preconfigured protocol to operate the first motor;
• iii) transmit the at least one protocol from the second processor to the first processor;
• iv) operate the first motor at a first preconfigured rate as defined in a first preconfigured protocol, wherein the first preconfigured protocol is between 0.001 hz and 20 hz, and wherein magnetic fields generated by the first preconfigured protocol produces the magnetic field pulsation comprises an element of phase, frequency, amplitude and power.

A method for producing magnetic field pulsation sessions, comprising:

• a) locating a magnet in a tube of an apparatus, wherein the tube has at least one opening, and the tube is mounted within a housing;
• b) initiating one of the magnetic pulsation sessions with a feedback control signal received from a user [0263], wherein the control signal is configured to at least one of, indicate a desired physiological state of the one magnetic pulsation sessions;
• c) sensing a device used during the one of the magnetic pulsation sessions for receiving, measuring, and recording [0264,0265] feedback data generated by the sensing device, wherein the sensing device is at least one of a wired sensing device and a wireless sensing device, and wherein the sensed data includes at least one of electrical signals, respiration rate, pulse rate, and a variability rate of the sensed feedback data;
• [0200]
• d) attaching a first motor to the magnet such that when energized, rotates the magnet within the tube mounted in the housing;
• e) using a first processor configured to:
• i) use a wireless protocol, connecting a second processor to the first processor;
• ii) responsive to connecting the second processor, selecting at least one first preconfigured protocol to operate the first motor;
• iii) transmitting the at least one protocol from the second processor to the first processor;
• iv) operating the first motor at a first preconfigured rate as defined in the first preconfigured protocol, wherein the first preconfigured protocol is between 0.001 hz and 20 hz, and wherein magnetic fields generated by the one preconfigured protocol produces a magnetic field pulsation, wherein the magnetic field pulsation results in an orthogonal magnetic stimulation on three axes concurrently, wherein each orthogonal magnetic stimulation comprises an element of phase, frequency, amplitude and power.