Electrical clinical apparatus and electrical stimulation method using variant assignment method

An electrical stimulation method through an electrical clinical apparatus including an electrode and a central control device for controlling said electrode, wherein said electrode is in contact with a body part or is inserted into a body cavity for stimulating thereto by applying electrical signals, the electrical stimulation method comprising the steps of:

• a) creating a protocol library and storing the protocol library in said central control device or a memory of the electrical clinical apparatus, wherein the protocol library includes protocols formed by a frequency variation of electrical signals to be applied to the body part;
• b) generating a plurality of variants by assembling the protocols stored in said central control device, or for generating combination of the variants by assembling the plurality of variants;
• and
• c) stimulating the body part by assigning each channel of said electrode with the protocols or variants, or combination of the variants of same or opposite frequency elements each other, wherein said electrode assigned with the protocols or the variants includes a single- or multi-channel with the same or opposite direction of electric currents on each channel.

An electrical stimulation method, for use in an electrical clinical apparatus including a central control device for controlling electrical stimulation signals to be delivered to a body part via an electrode, wherein said electrode is in contact with a body part or is inserted into a body cavity for detecting electromyogram (EMG) signals thereof or for applying the electrical stimulation signal thereto, and the electrical stimulation method comprising the steps of:

• a) receiving a protocol library from a communication equipment linked externally with said electrical clinical apparatus and storing the protocol library in said central control device or a memory thereof, wherein the protocol library includes protocols which is formed by a variation of electric signals applied to a body part in terms of pulse width, duty ratio, intensity/voltage of supplied electric current, burst duration, inter-burst interval as well as the frequencies;
• b) generating a plurality of variants by assembling the protocols stored in said central control device, or for generating combination of the variants by assembling the plurality of variants;
• and
• c) stimulating the body part by assigning each channel of said electrode with the protocols or variants, or combination of the variants of same or opposite frequency elements each other, wherein said electrode assigned with the protocols or the variants includes a single- or multi-channel with the same or opposite direction of electric currents on each channel.

An electrical stimulation method, for use in an electrical clinical apparatus including an electrode and a central control device for controlling electrical stimulation signals, wherein said electrode is in contact with a body part or is inserted into a body cavity for detecting electromyogram (EMG) signals thereof or for applying the electrical stimulation signals thereto, the electrical stimulation method comprising the steps of:

• a) creating a protocol library and storing the protocol library in said central control device, wherein the protocol library includes protocols formed by variation of target waveform signals presented to the body of a patient as a tool for assessing the electromyogram (EMG) signals detected by said electrode;
• b) generating a plurality of variants by assembling the protocols stored in said central control device, or for generating combination of the variants by assembling the plurality of variants;
• and
• c) composing a target waveform with a plurality of electromyogram (EMG) protocols or electromyogram (EMG) variants containing different waveform characteristics each other out of the protocol library stored in said central control device, and for comparing a training goal waveform with a raw electromyogram (EMG) waveform detected as a result of the actual exercise of the patients body part with the target waveform.