Air compression supply system using wind wave and shoulder by forming hollow state inside breakwater

摘要

[Technical field to which the design belongs];Conventionally, in order to compress and use air by using an air compressor, power or oil energy for driving the air is required. Therefore, exhausting oil resources are stored, driving costs are high, and air is exhausted from an engine for compressing and supplying air. It is the main cause of environmental pollution of exhaust gas, which is harmful to the environment, and it was not effective in supplying compressed air in a short time.;[purpose];This paper has been used as a means to solve this problem, using a large amount of compressed air supply in a short time and using the air compressor that operates this without the use of electric power or oil energy, using the wind and waves of infinite pollution-free natural energy In order to provide a function that does not incur operating expenses and does not exhaust the exhaust gas, air pressure supply using the wind and wave of the wave is formed by forming a hollow state inside the breakwater. To provide a system.;[Configuration];The breakwater center shaft 21 is constructed in the breakwater, and the hollow (11) inside the breakwater is separated from the left and right sides of the breakwater central axis 21 to form a fluid (water) inlet and outlet reciprocating opening (8). Waves in contact with the left and right side walls of the breakwater, wave force or fluid (water) flows freely in and out of the breakwater, while giving pressure change to the space of the hollow state 11 inside the breakwater. 4) inside the breakwater, which is configured to use compressed air by injecting atmospheric air into the compressed air outlet 12 through the air discharge control jack valve body 14 by inducing the inlet of the atmospheric air. Air compression supply system using wind and wave of wave by forming hollow state in;[effect];The breakwater center shaft 21 is constructed in the breakwater, and the hollow (11) inside the breakwater is separated from the left and right sides of the breakwater central axis 21 to form a fluid (water) inlet and outlet reciprocating opening (8). Waves in contact with the left and right side walls of the breakwater, wave force or fluid (water) flows freely in and out of the breakwater, while giving pressure change to the space of the hollow state 11 inside the breakwater. 4) Inside the breakwater, characterized in that it is configured to use compressed air by injecting atmospheric air through the air discharge control jack 12 through the air discharge control jack valve body (14) to guide the incoming air through It is effective to provide air compression supply system using wind wave and shoulder by forming hollow state in the