Device and method for nausea suppression
A nausea control device which provides electrical stimulation to the K9 acupressure point or points on the finger of a patient. Various mounting structures may be used to hold the electrodes in place over the K9 point, and hold the pulse generation circuitry and power supply in convenient location relative to the electrodes and the patient.
1. A device for treating nausea by electrically stimulating the K9 acupressure point on a finger of a patient's hand, said device comprising:
a pair of electrodes adapted to contact the fingers in proximity to the K9 point;
means for mounting the electrodes on the finger and holding them in place in proximity to the K9 point;
pulse generation circuitry operable attached to the electrodes, said pulse generation circuitry being operable to deliver pulsed electrical stimulation to the finger in the vicinity of the K9 acupressure point through the electrodes; and
a power source operably connected to the pulse generation circuitry, said finger being selected from the group consisting of the index finger, the ring finger, and the index finger and the ring finger, wherein the means for mounting comprises a splint adapted to be fixed to the finger, and the electrodes are disposed on the splint such that, when the splint is affixed to the patient's finger, the electrodes are disposed in close proximity to the K9 acupressure point.
2. A device for treating nausea by electrically stimulating the K9 acupressure point on a finger of a patient's hand, said device comprising:
a pair of electrodes adapted to contact the fingers in proximity to the K9 point;
means for mounting the electrodes on the finger and holding them in place in proximity to the K9 point;
pulse generation circuitry operable attached to the electrodes, said pulse generation circuitry being operable to deliver pulsed electrical stimulation to the finger in the vicinity of the K9 acupressure point through the electrodes; and
a power source operably connected to the pulse generation circuitry, said finger being selected from the group consisting of the index finger, the ring finger, and the index finger and the ring finger, wherein the means for mounting comprises a finger clip adapted to be fixed to the finger, and comprises a finger clip adapted to be fixed to the finger, and the electrodes are disposed on the finger clip such that, when the splint is affixed to the patient's finger, the electrodes are disposed in close proximity to the K9 acupressure point.
3. A device for treating nausea by electrically stimulating the K9 acupressure point on a finger of a patient's hand, said device comprising:
a pair of electrodes adapted to contact the fingers in proximity to the K9 point;
means for mounting the electrodes on the finger and holding them in place in proximity to the K9 point;
pulse generation circuitry operable attached to the electrodes, said pulse generation circuitry being operable to deliver pulsed electrical stimulation to the finger in the vicinity of the K9 acupressure point through the electrodes; and
a power source operably connected to the pulse generation circuitry, said finger being selected from the group consisting of the index finger, the ring finger, and the index finger and the ring finger, wherein the means for mounting comprises a pulse oximeter clip adapted to be fixed to the finger, and the electrodes are disposed on the pulse oximeter monitor clip such that, when the pulse oximeter clip is affixed to the patient's finger to measure the patient's blood oxygen content, the electrodes are disposed in close proximity to the K9 acupressure point.
4. A device for treating nausea by electrically stimulating the K9 acupressure point on a finger of a patient's hand, said device comprising:
a pair of electrodes adapted to contact the fingers in proximity to the K9 point;
means for mounting the electrodes on the finger and holding them in place in proximity to the K9 point;
pulse generation circuitry operable attached to the electrodes, said pulse generation circuitry being operable to deliver pulsed electrical stimulation to the finger in the vicinity of the K9 acupressure point through the electrodes; and
a power source operably connected to the pulse generation circuitry, said finger being selected from the group consisting of the index finger, the ring finger, and the index finger and the ring finger, wherein the means for mounting comprises a glove be fixed on the patient's hand, said glove comprising at least one finger sleeve adapted to be fitted over a K9 point of the patient, and the electrodes are disposed on the sleeve such that, when the glove is fitted onto the patient's hand and sleeve is fitted over a K9 point, the electrodes are disposed in close proximity to the K9 acupressure point.
5. The device of claim 1 , 2 , 3 , or 4 wherein the electrodes are disposed on the mounting means so that, when the mounting means is fitted onto the patient, the electrodes are disposed longitudinally along the middle phalange of the finger.
6. The device of claim 1 , 2 , 3 , or 4 wherein the pair of electrodes is disposed on the mounting means so that, when the mounting means is fitted onto the patient, one electrode is disposed on the lateral side of the finger and the other electrode is disposed on the medial side of the finger.
7. The device of claim 1 , 2 , 3 , or 4 wherein the pair of electrodes is disposed on the mounting means so that, when the mounting means is fitted onto the patient, the electrodes are disposed longitudinally along the middle phalange of the finger, and disposed off-center on the finger so as to overly a digital nerve.