TRANSCUTANEOUS STIMULATOR AND STIMULATION METHOD
First Claim
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1. A stimulator adapted for use as a transcutaneous stimulator for the purpose of organic pain suppression which comprises:
- pulse generator means;
filter means for transforming the pulses of the pulse generator means into output pulses each comprising a plurality of frequency components having substantially 90 percent of their energy throughout substantially 100-5,000 Hz; and
output means connected to said filter means for applying said transformed pulses transcutaneously.
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Abstract
A transcutaneous stimulator for stimulating portions of the body. The output of the stimulator is a stimulating pulse having frequency components falling within predetermined frequency band limits so as to optimally excite touch nerve fibres relative to nociceptor or pain receptor nerve fibres.
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Citations
8 Claims
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1. A stimulator adapted for use as a transcutaneous stimulator for the purpose of organic pain suppression which comprises:
- pulse generator means;
filter means for transforming the pulses of the pulse generator means into output pulses each comprising a plurality of frequency components having substantially 90 percent of their energy throughout substantially 100-5,000 Hz; and
output means connected to said filter means for applying said transformed pulses transcutaneously.
- pulse generator means;
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2. The stimulator of claim 1 wherein the transformed pulses are full cycle pulses.
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3. The stimulator of claim 1 wherein the transformed pulses are half cycle pulses.
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4. The stimulator of claim 1 wherein said output means further comprises constant current means for regulating the current output of said filter means.
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5. A transcutaneous stimulator which comprises:
- means for producing a series of pulses, each of said pulses having frequency components substantially 90 percent of the energy of which falls within substantially 100-5,000 Hz and output means connected to said pulse series producing means.
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6. The transcutaneous stimulator of claim 5 wherein the pulses are full cycle pulses.
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7. The transcutaneous stimulator of claim 5 wherein the pulses are half cycle pulses.
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8. A method of transcutaneous stimulation which comprises the steps of:
- producing a series of pulses, each of said pulses comprising a plurality of frequency components having substantially 90 percent of their energy throughout substantially 100-5,000 Hz; and
applying the pulses to the portion of the body.
- producing a series of pulses, each of said pulses comprising a plurality of frequency components having substantially 90 percent of their energy throughout substantially 100-5,000 Hz; and
Specification