To overcome tidal level difference due to flux and reflux of tide, to keep a float at a stable position by a tidal current, to take a countermeasure against typhoon, to utilize reciprocating motion of sea swell and to take countermeasures against global warming and ozone layer depletion.
Gears are provided inside a channel steel to cope with tidal level difference by the flux and reflux of the tide. A tidal current absorbing fence, a float guide, and a tidal current absorbing plate and the like are provided to minimize influence of the tidal current. The size of the float is reduced and, in the case of typhoon, the float is lifted up to evacuate at an upper part. Reciprocating energy of sea swell is absorbed by using combination of gears. As the countermeasure to global warming and ozone layer depletion, atmospheric heat is absorbed by decomposing water and generating hydrogen and oxygen and a part of hydrogen is used as energy and oxygen is used to repair ozone layer. Remaining hydrogen is stored underground to provide for an ice age.
ONO TOSHIO
AKASHI KEISUKE