Method, apparatus and system using a plurality of low-frequencies for therapy

A method for low-frequency therapy treating diseases by passing a low-frequency electric current from the skin through the human body wherein therapy comprises choosing the frequencies of low-frequency current from at least a part of 1-10000 Hz, and delivering them step by step in an ascending order at specified time intervals wherein a basic therapy comprising delivering a current with frequencies of 20, 60, 70, 72, 75, 125, 666, 727, 740, 787, 790 and 10000 Hz is initially given in this order, and another therapy comprising delivering a current with frequencies chosen appropriately according to the kind of disease of interest is then given.

A method for low-frequency therapy treating diseases by passing a low-frequency electric current from the skin through the human body wherein therapy comprises choosing the frequencies of low-frequency current from at least a part of 1-10000 Hz, and delivering them step by step in an ascending order at specified time intervals wherein the lowest of all the chosen frequencies is 20 Hz.

A method for low-frequency therapy treating diseases by passing a low-frequency electric current from the skin through the human body wherein therapy comprises choosing the frequencies of low-frequency current from at least a part of 1-10000 Hz, and delivering them step by step in an ascending order at specified time intervals wherein the lowest of all the chosen frequency is 666 Hz.

A method for low-frequency therapy treating diseases by passing a low-frequency electric current from the skin through the human body wherein therapy comprises choosing the frequencies of low-frequency current from at least a part of 1-10000 Hz, and delivering them step by step in an ascending order at specified time intervals wherein the highest of all the chosen frequencies is 5000 Hz.

A low-frequency therapeutic apparatus (10) comprising a therapeutic electrode (14) to be applied onto a site to be treated, an inactive electrode (16) to be applied on the human body (P) to couple with the therapeutic electrode (14) so that an electric current can be passed through the human body, and an oscillating unit (12) to generate a weak current with a low frequency to be applied across those electrodes (14 and 16), wherein:

• the oscillating unit (12) contains a frequency control device (18) which chooses frequencies to be generated from among the plural frequencies chosen in advance from at least a part of 1 to 10000 Hz, and switches those frequencies from the lowest one after another in an ascending order at specified time intervals.

A low-frequency therapeutic apparatus comprising a therapeutic electrode to be applied onto a site to be treated, an inactive electrode to be applied on a human body to couple with the therapeutic electrode so that an electric current can be passed through the human body, and an oscillating unit to generate a weak current with a low frequency to be applied across those electrodes wherein the oscillating unit contains a frequency control device which chooses frequencies to be generated from among the plural frequencies chosen in advance from at least a part of 1 to 1000 Hz, and switches those frequencies from the lowest one after another in an ascending order at specified time intervals wherein the basic therapy introduced prior to the therapy specific for the disease of interest comprises delivering a current with frequencies of 20, 60, 70, 72, 75, 125, 666, 727, 740, 787, 790 and 10000 Hz.

A low-frequency therapeutic system (32) comprising a therapeutic electrode (14) to be applied onto a site to be treated, an inactive electrode (16) to be applied on the human body (P) to couple with the therapeutic electrode (14) so that an electric current can be passed through the human body, an oscillating unit (38) to generate a weak current with a low frequency ranging from 1 to 10000 Hz to be applied across those electrodes (14 and 16), a frequency selection unit (38B) to change the frequency of a wave generated by the oscillating unit (38) into the frequency designated by an incoming frequency selection signal, and a frequency selection control unit (34) which chooses the data of plural frequencies from among plural frequencies chosen in advance from a part of 1-10000 Hz, arranges them in an ascending order at specified time intervals, and delivers them as frequency selection signals to the frequency selection unit (38B), the oscillating unit (38) and the frequency selection control unit (34) are separated from each other, and the frequency selection control unit (34) at one site delivers the selection signal to the frequency selection device (38B) at different places through a wired or wireless telecommunication line (36).

A method for low-frequency therapy treating diseases by passing a low-frequency electric current from the skin through the human body wherein therapy comprises choosing the frequencies of low-frequency current from at least a part of 1-10000 Hz, and delivering them step by step in an ascending order at specified time intervals and placing portions of the human body into a liquid.