Solar energy-based Mosquito trapping robot

Abstract

The invention discloses a solar energy-based Mosquito trapping robot comprising a central processor, a storage battery, support rods, a disinfection lamp, a power jack, universal wheels, a solar panel, a switch, a radome, a DC blower, infrared probes, a housing, a cleaning door, a mosquito collection box, a plugboard and a collector; the radome can block or change the mosquito flying paths, and the DC blower can generate strong attractive force, so mosquito lured by a capture lamp can be all sucked into the mosquito collection box; in addition, the DC blower can effectively dry the mosquito so as to prevent peculiar smell of dead mosquito; the mosquito collection box can be inclined to directly open and pour mosquito, thus preventing dismounting and installations; in addition, the inner side can be cleaned through the cleaning door, so the cleaning work is fast and convenient; the infrared probes can sense mosquito so as to attract the mosquito; the solar energy is clean, environmental protection, and pollution-free; full automation work can be carried out after the power switch is opened, so no people is needed for watching the robot.

Description

technical field [0001] The invention relates to a trapping robot, in particular to a mosquito trapping robot based on solar energy, and belongs to the technical field of mosquito trapping equipment applications. Background technique [0002] At present, various mosquito traps are produced and sold on the market. The mosquitoes here generally refer to mosquitoes, flies, moths and other flying insects. They are generally divided into two types: electric shock type insect killer lamp and light trap insect lamp. Although these two types of products can produce a certain mosquito trapping effect, they all have many other shortcomings. For example, the electric shock type insect killer attracts flying insects. The high-voltage current generated by the power grid is electrocuted, and when the flying insects approach the power grid, electric shock sparks, high-voltage inductive magnetic fields, and the smell and gas of burning insects will be generated. This method is not hygienic a...

AI Technical Summary

Problems solved by technology

[0002] At present, various mosquito traps are produced and sold on the market. The mosquitoes here generally refer to mosquitoes, flies, moths and other flying insects. They are generally divided into two types: electric shock type insect killer lamp and light trap insect lamp. Although these two types of products can produce a certain mosquito trapping effect, they all have many other shortcomings. For example, the electric shock type insect killer attracts flying insects. The high-voltage current generated by the power grid is electrocuted, and when the flying insects approach the power grid, electric shock sparks, high-voltage inductive magnetic fields, and the smell and gas of burning insects will be generated. This method is not hygienic and is prone to electric shock; The light trapping insect lamp has a single spectrum, poor attenuation resistance, and poor luring effect. The types of mosquitoes that can be effectively lured are limited, and the sticky tape is placed outside the light source, which is easily affected by dust and air and reduces the adhesion ability. To effectively stick flying insects, some existing trapping robots cannot effectively catch mosquitoes, and it is difficult to clean the inside of the robot; therefore, a solar-based mosquito trapping robot is proposed to solve the above problems

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