To provide a method for exerting operations such as health promotion affected by favorable characteristics derived from the activated mineral water without directly processing the activated mineral water, irradiate an electromagnetic wave synchronized light derived from the activated mineral water by a relatively simple optical process, improve the manufacturing efficiency of a light irradiation apparatus with desired characteristics and save the labor of manufacturing work.
This light irradiation method by the electromagnetic wave synchronized light derived from the activated mineral water is formed by previously irradiating a light from an electric lighting device to a component consisting of a light transmission section or a light reflection section of the light irradiation apparatus or the both sections, transmitting or reflecting the light emitted from the light irradiation apparatus through/to the component to form an electromagnetic wave synchronized light resonated to the electromagnetic wave derived from the activated mineral water, and irradiating the electromagnetic wave synchronized light to a subject to be treated. An electric lighting device is provided with a light transmission section or a light reflection section for transmitting or reflecting the light from an electric energy light emitting device, and the light transmission section or the light reflection section of the electric lighting device or the both sections are defined to come into contact with the activated mineral water produced by a predetermined method. This method irradiates the electromagnetic wave emitted from the activated mineral water to absorb the electromagnetic vibration energy, thus providing a favorable operation effect equivalent to the contact process of the activated mineral water.
| JP2006332439A | 2006-12-07 | |||
| JPH03121010U | 1991-12-11 |
Torii Kazuhisa
Takayoshi Tagawa
Higashio Masahiro
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