A quadcopter drone with a remote control system

Abstract

The invention discloses a four-rotor drone with a remote control system, and relates to the technical field of agricultural moth luring. Including casing, rotor, rotor bracket, brushless motor, lithium battery, screw seat, broad-spectrum moth trap lamp, spiral support frame, conductive mesh cylinder, circuit system and flight control system; lithium battery is installed in the center of the upper end of the casing , and the four corners are evenly distributed with rotor brackets; the other end of the rotor bracket is connected to a brushless motor perpendicular to the upward surface of the casing through the circuit system; the upper end of the brushless motor is equipped with a rotor; Support frame; inside the spiral support frame, there is a broad-spectrum moth-attracting lamp connected to the casing through a screw socket; the broad-spectrum moth-attracting lamp is covered with a conductive mesh cylinder, and the conductive mesh cylinder is socketed with the screw socket; the circuit system is connected to the flight control system . The beneficial effect of the invention is that a broad-spectrum moth-attracting lamp and a conductive mesh tube are installed at the bottom of the casing to kill moth pests during flight, and the design is scientific and reasonable, environmentally friendly and efficient, and easy to operate.

Description

technical field [0001] The invention relates to a broad-spectrum moth-attracting drone, in particular to the technical field of agricultural moth-attraction. Background technique [0002] At present, in the main grain production areas in the north where soybeans, corn, cotton, and wheat are planted, moths have strong reproductive ability and are destructive to cash crops, which pose a great threat to grain production areas. Moths Cannibalizing economic crops is extremely destructive and brings immeasurable losses to grain production. Traditional moth trapping facilities can only trap moths in one place because they cannot be moved, which has brought great troubles to agricultural production. Setting up moth trapping facilities in multiple places also caused great waste and excessive land occupation. [0003] Fixed moth-attracting facilities cannot radiate the entire production area, and there are blind spots in coverage. Due to the strong reproductive ability of moths, it r...

AI Technical Summary

Problems solved by technology

[0002] At present, in the main grain production areas in the north where soybeans, corn, cotton, and wheat are planted, moths have strong reproductive ability and are destructive to cash crops, which pose a great threat to grain production areas. Moths Cannibalizing economic crops is extremely destructive and brings immeasurable losses to grain production

Traditional moth trapping facilities can only trap moths in one place because they cannot be moved, which has brought great troubles to agricultural production. Setting up moth trapping facilities in multiple places also caused great waste and excessive land occupation

[0003] The fixed moth-attracting facilities cannot radiate the entire production area, and there are blind spots in coverage. Due to the strong reproductive ability of moths, it results in the result that the moths will be exterminated today, but the insects will not be exterminated tomorrow.

Moth traps that are brightly lit and work all night have caused a great waste of agricultural production resources

[0004] Traditional moth trapping facilities use ordinary lights to lure moths. Because the broad-spectrum range is too narrow, they can only attract certain types of moths, but cannot attract most moths in a wide range, causing "moths that slip through the net" to endanger the economy. crop growth safety

Some use lights to attract moths, but use pesticides to kill them, which has caused great pollution to the environment

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