Industry: Infrastructure Region: Croatia Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
The invention relates to wave breaking consisting of PES/PVC fabric, highly open net with openings, steel cables, steel profiles, steel chains and concrete counterweights, which are classified according to the 17th category of MKP. Technical problems The waves all over the world cause great damage every year, which is one of the complicated problems. This problem is particularly difficult in coastal cities, ports, docks and ships in coastal cafes, where floods occur every year and are damaged by waves. The problem is how to reduce the damage caused by storms and waves. Under the guidance of these problems, the "wave breaker" project has been developed. Current technical level Today, some water tanks are made of metal, which are complex and heavy, require mechanization, tugboats and trucks, take a long time to haul, take several days and set up, require 50 people to complete the whole process, and cannot be assembled at multiple locations in one day. The main purpose of the invention is to improve and promote the existing metal water tank, so that it can manipulate five people in many different positions as wave shields in one day.
A secondary object of the present invention is to provide better wave protection efficiency and flexibility. The further goal is to provide better wave protection, because the system is more flexible than the metal tank which is not suitable for wind power but suitable for flood control.
The system has three functions: a) objective: 1) to protect coastal areas from marine floods; 2) to protect coastal areas from seawater erosion; 3) to use wave power generation; 4) to collect marine wastes with giant wave crusher JEL-TOM; b) main activities: 1. Basic research A) Establishing a system for monitoring indicators (wind speed, sea level, impact force and wave position, pollution monitoring, energy production) B) Forecasting model for monitoring wind waves and ocean currents C) Modeling (determining and testing the behavior of wave breakers) D) Receiving, converting and transmitting electric power E) Waste collection system with wave breakers F) Integration, monitoring and management platform (Internet of Things) In this way, the application method of the present invention
The present invention provides a practical, durable and useful device, which can be produced economically and includes a substantial improvement over previously known devices. It will be clear to those skilled in the art that many modifications and changes can be made to the present invention without departing from its scope and spirit.