SUBMERSED AND FLEXIBLE STRUCTURE OF WAVE CONTAINMENT AND METHOD OF BUILDING IT.

摘要

THE PRESENT INVENTION PROVIDES AN ELASTIC WAVE REDUCING STRUCTURE WHICH REDUCES THE WAVES THAT SPREAD ON THE SURFACE OF THE LIQUID TO SPREAD ON THE REDUCING STRUCTURE. THE PRESENT INVENTION ALSO PROVIDES A METHOD OF BUILDING THE STRUCTURE THAT REDUCES THE WAVES. THE STRUCTURE OF THE PRESENT INVENTION MUST BE USED TO FORM WATER SURFACES, DOOR STOPS, FOR AREAS WHERE WATER SPORTS ARE REPRESENTED, ETC. THE STRUCTURE OF THE PRESENT INVENTION IS DIFFERENT FROM THE CONVENTIONAL WATERBREWER BY BEING SMALLER IN WIDTH AND LOWER IN HEIGHT. THEY ALSO DISTRIBUTE THEMSELVES FOR A CONVENTIONAL ONE FOR BEING BUILDABLE AND MOBILE EASILY, QUICKLY AND OF ECONOMIC COST. THE METHOD OF BUILDING THE STRUCTURE PROVIDES A PRACTICAL METHOD THAT ALLOWS YOU TO MAKE THE MAXIMUM USE OF THE ABOVE CHARACTERISTICS OF THE STRUCTURE IN CONSTRUCTION. THE STRUCTURE THAT REDUCES THE ELASTIC WAVE OF THE PRESENT INVENTION PERFORMS THE ABOVE CHARACTERISTICS FOR UNDERSTANDING AT LEAST ONE MEDIA THAT ABSORB ENERGY HAVING AN ELASTIC BODY BUILT IN A BOTTOM OF THE LIQUID DESTINED TO THE REGION WHERE IT IS WHERE IT IS WHERE IT IS WHERE IT IS. THE STRUCTURE REDUCES THE WIDTH OF THE WAVES THAT GO THROUGH IT TO CONSUME THE ENERGY OF THE WAVE WHILE DEFORMING THE CHANGE OF DISTRIBUTION OF PRESSURE CAUSED BY THE WAVES AND BY THEIR KINETIC ENERGY THAT IRRADED WITHIN THE LIQUID AND EARTH. DUE TO THE ABOVE CONSUMPTION MECHANISM, THE STRUCTURE IS MORE EFFECTIVE THAN CONVENTIONAL SUBMERGED BREAKERS IN REDUCING WAVES OF SPREADING THROUGH IT. IN ADDITION, BECAUSE THE STRUCTURE IS ELASTIC AND DEEPLY SUBMERGED UNDER WATER, IT DOES NOT HINDER BOATS FROM PASSING ON IT. THEREFORE, IT BECOMES POSSIBLE TO CREATE A QUIET REGION ON A LIQUID SURFACE WITHOUT BECOMING A BOAT NAVIGATION AND WITHOUT CREATING A DANGER OF SHIPWRECKING.