Patent ID: 6267721
Filing Date: 2001-07-31
Classification: A61M,A61N

Abstract:
The stress relief system comprising:an electrical wave generator assembly having means for emitting an electrical wave pattern in the 2 cycles per second to 200 KHZ cycles per second range; said electrical wave generator assembly having a housing with an output jack;a source of electrical power connected to said electrical wave generator assembly;a first elongated light emitting diode (LED) having a front end, a rear end, a body portion, an elongated first tubular sleeve connected to said rear end of said first LED; said first tubular sleeve having an outer diameter greater than the outer diameter of said first elongated LED to form a shoulder at their juncture;first closed loop electrical circuit having a front end for transmitting an electrical current from said output jack of said electrical wave generator to said rear end of said first LED and back to said output jack; said first closed loop electrical circuit having a preselected length L1;a transversely extending first finger loop strap having a first end, a second end, an outer surface and an inner surface; a longitudinally extending elongated first alignment sleeve having a front end and a rear end is secured to said inner surface of said first finger loop strap; said first alignment sleeve removably receiving said body of said first LED until said rear end of said first alignment sleeve rests against said shoulder of said first tubular sleeve; first hook and loop fastening means on said first and second ends of said first finger loop strap for removably attaching said first loop fastening means to a patient's finger; a first elongated attachment tab having a front end, a rear end, attached to said first tubular sleeve; and a second hook and loop fastening means located adjacent said front end of said first elongated attachment tab that is detachably secured to said first hook and loop fastening means on said first finger loop strap for preventing said first LED from pulling out of said alignment sleeve;a second elongated light emitting diode (LED) having a front end, a rear end, a body portion, an elongated second tubular sleeve connected to said rear end of said second LED; said second tubular sleeve having an outer diameter greater than the outer diameter of said second elongated LED to form a shoulder at their juncture;a second closed loop electrical circuit having a front end for transmitting an electrical current from said output jack of said electrical wave generator to said rear end of said second LED and back to said output jack; said second closed loop electrical circuit having a preselected length L1;a transversely extending second finger loop strap having a first end, a second end, an outer surface and an inner surface; a longitudinally extending elongated second alignment sleeve having a front end and a rear end is secured to said inner surface of said second finger loop strap; said second alignment sleeve removably receiving said body of said second LED until said rear end of said second alignment sleeve rests against said shoulder of said second tubular sleeve; third hook and loop fastening means on said first and second ends of said second finger loop strap for removably attaching said second loop fastening means to a patient's finger; a second elongated attachment tab having a front end, a rear end, attached to said first tubular sleeve; and a second hook and loop fastening means located adjacent said front end that is detachably secured to said first hook and loop fastening means on said first finger loop strap for preventing said first LED from pulling out of said alignment sleeve; anda head set having a left ear speaker and a right ear speaker; said head set adapted to be worn on a person's head; an electrically powered device for playing recorded songs; and means for electrically connecting said electrically power device to said speaker of said head set.