Apparatus for treating a patient with acoustic waves

Claim 1

An apparatus for treating a patient for blood circulation disturbances with a treatment of one of; acoustic waves, electromagnetic waves, or a combination of acoustic waves and electromagnetic waves, comprising: a processing unit having means for generating a variable frequency in dependence on the change of the heart rate as a result of said treatment; a treatment head having means for providing acoustic and/or electromagnetic waves, said treatment head coupled with said means for generating a variable frequency within a range specific to treating disturbances in blood circulation; a plurality of sensors in communication with said processing unit each sensor having means for transmitting signals indicative of a physiological measurement, said plurality of sensors including a heart rate sensor having means for measuring the heart rate of said patient before and after said treatment, said processing unit having, means for controlling said treatment head and means for processing said signals transmitted by said sensors; a display screen in communication with said processing unit that displays said signals on said display screen; and a keyboard in communication with said processing unit having means for adjusting said variable frequency.

Claim 2

An apparatus for treating a patient for blood circulation disturbances with a treatment of one of; acoustic waves, electromagnetic waves, or a combination of acoustic waves and electromagnetic waves, comprising: a processing unit having means for generating a variable frequency in dependence on the change of the heart rate as a result of said treatment; a treatment head having means for providing acoustic and/or electromagnetic waves, said treatment head coupled with said means for generating a variable frequency within a range specific to treating disturbances in blood circulation; a plurality of sensors in communication with said processing unit each sensor having means for transmitting signals indicative of a physiological measurement, said plurality of sensors including a heart rate sensor having means for measuring the heart rate of said patient before and after said treatment, said processing unit having, means for controlling said treatment head and means for processing said signals transmitted by said sensors; a display screen in communication with said processing unit that displays said signals on said display screen; and a keyboard in communication with said processing unit having means for adjusting said variable frequency.

Claim 10

An apparatus for treating a patient for blood circulation disturbances with a treatment of acoustic waves, electromagnetic waves, or both, comprising: a microprocessor including means for generating signals, said signals having a variable frequency and wave shape, said microprocessor having means for receiving at least one of the following inputs; length of said treatment, intensity of said treatment, a desired frequency of said signals and a desired waveshape of said signals, said microprocessor further comprising means for adjusting the values of said inputs, a treatment head adapted to receive said signals from said means for generating signals, said treatment head having means for administering acoustic and/or electromagnetic waves of a frequency specific to improving blood circulation in a patient, means for sensing at least one physiological parameter before and after said treatment, said means for sensing including means for outputting measuring signals representative of said at least one physiological parameter before and after treatment, said measuring signals indicating the need for adjustment of said values of said inputs.

Claim 11

An apparatus for treating a patient for blood circulation disturbances with a treatment of acoustic waves, electromagnetic waves, or both, comprising: a microprocessor including means for generating signals, said signals having a variable frequency and wave shape, said microprocessor having means for receiving at least one of the following inputs; length of said treatment, intensity of said treatment, a desired frequency of said signals and a desired waveshape of said signals, said microprocessor further comprising means for adjusting the values of said inputs, a treatment head adapted to receive said signals from said means for generating signals, said treatment head having means for administering acoustic and/or electromagnetic waves of a frequency specific to improving blood circulation in a patient, means for sensing at least one physiological parameter before and after said treatment, said means for sensing including means for outputting measuring signals representative of said at least one physiological parameter before and after treatment, said measuring signals indicating the need for adjustment of said values of said inputs.