초록 ▼

The present invention discloses a water treatment apparatus for treating a water flowing in a water pipe, the apparatus comprises an inductive coil, which is sleeved onto said water pipe, and a voltage signal unit, which is electrically connected to the inductive coil for forming a voltage signal of

The present invention discloses a water treatment apparatus for treating a water flowing in a water pipe, the apparatus comprises an inductive coil, which is sleeved onto said water pipe, and a voltage signal unit, which is electrically connected to the inductive coil for forming a voltage signal of a predetermined frequency to the inductive coil so as to generate an electromagnetic field to treat the water.

대표청구항 ▼

What is claimed is: 1. A water treatment apparatus for treating a water flowing in a water pipe, the apparatus comprising: an inductive coil, which is sleeved onto said water pipe; and a voltage signal unit, which is electrically connected to said inductive coil for sending a voltage signal of a pr

What is claimed is: 1. A water treatment apparatus for treating a water flowing in a water pipe, the apparatus comprising: an inductive coil, which is sleeved onto said water pipe; and a voltage signal unit, which is electrically connected to said inductive coil for sending a voltage signal of a predetermined frequency to said inductive coil, wherein said voltage signal unit comprises: a variable voltage generator, which is adapted to generate a voltage signal; a voltage/frequency converter, which is electrically coupled to said variable voltage generator for receiving said voltage signal and converting said voltage signal into a frequency signal; a high frequency oscillator for outputting a high frequency signal; a carrier modulator, which is electrically connected with said voltage/frequency converter and said high frequency oscillator for modulating said frequency signal and said high frequency signal into a mixing signal; and a dual path driving circuit coupled to the carrier modulator for amplifying said mixing signal and for directing said amplified mixing signal into two ends of said inductive coil so as to generate an electromagnetic field for treating said water. 2. The water treatment apparatus, as recited in claim 1, further comprising a coil coupler for electrically coupling said voltage signal unit and said inductive coil, wherein said coil coupler is adapted to connect said inductive coil and said voltage signal unit with a plurality of connection manners selected from a group consisting of parallel connection, series connection, and series-parallel connection, so as to treat different size of said water pipe. 3. The water treatment apparatus, as recited in claim 2, wherein said mixing signal is an alternating current source having a high resonant frequency ranging from from 400 Hz to 1 MHz, which is much higher than an original frequency ranging from 60 Hz to 60 KHz of said voltage signal outputted from said variable voltage generator. 4. The water treatment apparatus, as recited in claim 3, wherein said variable voltage generator comprises an integrated circuit, an oscillating integrated circuit and a mixing circuit for facilitating said variable voltage generator to periodically generate functional waves including saw-tooth wave and sine-wave. 5. The water treatment apparatus, as recited in claim 4, wherein said power/frequency converter comprises an integrated circuit for generating a varying pulse responsible to a variation of said voltage signal, wherein said varying pulse is ranged from 400 Hz to 60 KHz. 6. The water treatment apparatus, as recited in claim 3, wherein said variable voltage generator further outputs an ultrasound wave for strengthening anti-bacteria function and promoting coagulating process of said electromagnetic field. 7. The water treatment apparatus, as recited in claim 2, wherein said variable voltage generator is electrically charged by a solar photovoltaic panel having at least 36 photo cells and a 17.8/125 PCS standard, and a wind generator, wherein said solar photovoltaic panel and said wind generator are individually applied or collectively applied to provide said variable voltage generator an optimal performance. 8. The water treatment apparatus, as recited in claim 7, wherein said variable voltage generator comprises a power control, which is defined to output a voltage between Vmix=14V and Vmin=8.6V, and a storage battery for cooperating with said variable voltage generator, wherein said storage battery is of maintaining-free style and has a capacity in a range between 12-24 AH. 9. The water treatment apparatus, as recited in claim 1, wherein said mixing signal is an alternating current source having a high resonant frequency ranging from from 400 Hz to 1 MHz, which is much higher than an original frequency ranging from 60 Hz to 60 KHz of said voltage signal outputted from said variable voltage generator. 10. The water treatment apparatus, as recited in claim 9, wherein said variable voltage generator comprises an integrated circuit, an oscillating integrated circuit and a mixing circuit for facilitating said variable voltage generator to periodically generate functional waves including saw-tooth wave and sine-wave. 11. The water treatment apparatus, as recited in claim 10, wherein said power/frequency converter comprises an integrated circuit for generating a varying pulse responsible to a variation of said voltage signal, wherein said varying pulse is ranged from 400 Hz to 60 KHz. 12. The water treatment apparatus, as recited in claim 11, wherein said high frequency signal is a carrier signal for facilitating said carrier modulator to modulate said frequency signal from said voltage/frequency converter into said mixing signal. 13. The water treatment apparatus, as recited in claim 12, wherein said dual path driving circuit comprises two pairs of push-pull triodes for amplifying said mixing signal. 14. The water treatment apparatus, as recited in claim 10, wherein said high frequency signal is a carrier signal for facilitating said carrier modulator to modulate said frequency signal from said voltage/frequency converter into said mixing signal. 15. The water treatment apparatus, as recited in claim 14, wherein said dual path driving circuit comprises two pairs of push-pull triodes for amplifying said mixing signal. 16. The water treatment apparatus, as recited in claim 9, wherein said high frequency signal is a carrier signal for facilitating said carrier modulator to modulate said frequency signal from said voltage/frequency converter into said mixing signal. 17. The water treatment apparatus, as recited in claim 9, wherein said dual path driving circuit comprises two pairs of push-pull triodes for amplifying said mixing signal. 18. The water treatment apparatus, as recited in claim 9, wherein said variable voltage generator further outputs an ultrasound wave for strengthening anti-bacteria function and promoting coagulating process of said electromagnetic field. 19. The water treatment apparatus, as recited in claim 1, wherein said variable voltage generator is electrically charged by a solar photovoltaic panel having at least 36 photo cells and a 17.8/125 PCS standard, and a wind generator, wherein said solar photovoltaic panel and said wind generator are individually applied or collectively applied to provide said variable voltage generator an optimal performance. 20. The water treatment apparatus, as recited in claim 19, wherein said variable voltage generator comprises a power control, which is defined to output a voltage between Vmix=14V and Vmin=8.6V, and a storage battery for cooperating with said variable voltage generator, wherein said storage battery is of maintaining-free style and has a capacity in a range between 12-24 AH.