Electric field therapeutic apparatus

Claim 2

An electric field therapeutic apparatus comprising: a D.C. source; oscillator means energized by said D.C. source for generating an alternating signal of specific frequency; means for transforming the alternating signal provided by said oscillator means into a voltage signal in the range of 100-5,000 V; means for rectifying the voltage signal provided by said transforming means to provide a direct current signal; and at least two insulated output electrodes connected to the rectifying means so as to form a static electric field, utilizing the direct current signal, adjacent to an injured body part to fulfil therapeutic purposes.

Claim 3

An apparatus according to claim 1, wherein said oscillator means includes an adjustable component for changing the output voltage of the apparatus within the range of 100-5,000V.

Claim 4

An apparatus according to claim 1, wherein the output electrodes comprise a conductive layer connected to said direct signal provided by said rectifying means, a supporting member at the back of the conductive layer and an insulating layer surrounding both the conductive layer and supporting member, said output electrodes are strong enough to be used as a spring for a fractured bone.

Claim 5

An apparatus according to claim 1 wherein the output electrodes are made up of a flexible conductive layer connected to said direct signal provided by said rectifying means, and a flexible insulating layer surrounding said conductive layer, whereby said output electrodes can made a conformable contact to the surface of the injured body part.

Claim 6

An electric field therapeutic apparatus comprising: a D.C. source; means for generating a pulse signal in the range of 0.1-100 Hz energized by said D.C. source; oscillating and transforming means connected to said pulse generating means for generating an alternating signal of specific frequency under the control of said pulse signal; voltage multiplier means for converting said alternating signal provided by said oscillating and transforming means into a direct pulse signal having a voltage in the range of 100-5,000V; step-up transforming means for stepping up said alternating signal provided by said oscillating and transforming means to a voltage in the range of 100-5,000V; switching means for selectively connecting said oscillating and transforming means to one of said voltage multiplier means and step-up transforming means; composite circuit means for connecting said voltage multiplier means and said step-up transforming means to an output terminal; and at least to insulated output electrodes connected to said output terminal for forming an electric field adjacent to an injured body part to fulfil therapeutic purposes.

Claim 7

An electric field therapeutic apparatus comprising: a D.C. source; means for generating a pulse signal in the range of 0.1-100 Hz energized by said D.C. source; oscillating and transforming means connected to said pulse generating means for generating an alternating signal of specific frequency under the control of said pulse signal; voltage multiplier means for converting said alternating signal provided by said oscillating and transforming means into a direct pulse signal having a voltage in the range of 100-5,000V; step-up transforming means for stepping up said alternating signal provided by said oscillating and transforming means to a voltage in the range of 100-5,000V; switching means for selectively connecting said oscillating and transforming means to one of said voltage multiplier means and step-up transforming means; composite circuit means for connecting said voltage multiplier means and said step-up transforming means to an output terminal; and at least to insulated output electrodes connected to said output terminal for forming an electric field adjacent to an injured body part to fulfil therapeutic purposes.

Claim 8

An apparatus according to claim 5, wherein said oscillating and transforming means comprises an oscillating circuit and a transformer, said transformer also works as an inductive component of said oscillating circuit, and said step-up transforming means is the third coil of said transformer.

Claim 9

An apparatus according to claim 5, wherein said output electrodes comprise a conductive layer connected to said output terminal; a supporting member at the back of said conductive layer; and an insulating layer surrounding both the conductive layer and the supporting member, said output electrodes are strong enough to be used as a sprint for a fractured bone.

Claim 10

An apparatus according to claim 5, wherein said output electrodes are made up of a flexible conductive layer connected to said output terminal; and a flexible insulating layer surrounding said conductive layer, whereby said output electrodes make a conformable contact to the surface of the injured body part.