Applying physical optics to design solar-powered outdoor UV LED mosquito trapping system

Most of the current mosquito prevention and treatment of the general population use of mosquito nets, mosquito swatter, mosquito lamp and other tools, This study use the Solar-Powered Outdoor UV LED Mosquito Trapping System. In addition to the use of reflective optics to expand the range of physical trapping mosquitoes and designed to prevent mosquito escape fan, Furthermore, we used a photocatalyst coating (titanium dioxide) on the mosquito trap to increase the CO2 concentration to simulate the human living environment and increase the effectiveness of mosquito trapping. Although, in recent years, temperature, airflow and carbon dioxide concentrations have been developed to attract mosquitoes, related products have been lacking in systematic quantitative analysis and because of the location of the power supply, the location of the placement has been limited. Therefore, the research works using the physical properties of the inducing factor, in a simpler and lower cost to capture the effect of capturing more mosquitoes, is conducive to the public use. The inclusion of light, color and photocatalyst at specific wavelengths to enhance the attractiveness of dengue vector mosquitoes and supplemented by solar powered systems can also be used to improve field-based mosquito traps in the future. The purpose of this study is to expand the range of mosquitoes trapping and to further find ways to more effectively capture mosquitoes [1].