34results about How to "Improve insect catching efficiency" patented technology

The invention discloses a solar ultrasonic fluorescent sweet-and-sour-taste pest trapping method and a solar ultrasonic fluorescent sweet-and-sour-taste pest trapping device. The middle part of the top surface of a base is fixedly connected with the bottom end of a vertically-upward main support; a solar panel is arranged at the top end of the main support; a parallel support and a tray support below the parallel support are fixedly connected to the middle section of the main support; a pest trapping lamp is hung on the parallel support; a feeding device and an evaporating device are arranged on the tray support; a cylindrical communicator is fixedly arranged at the bottom of an inner cavity of a feeding container of the feeding device for containing sweet-and-sour liquid; a floater is arranged inside the communicator; a photoelectric sensor is fixedly arranged at the bottom outside the feeding container; an evaporating container of the evaporating device and the feeding container are connected through a connecting pipeline; a manual switch is arranged on the connecting pipeline; an ultrasonic transducer sheet is fixedly arranged at the bottom of an inner cavity of the evaporating container; an air draft box near the pest trapping lamp is arranged at an evaporating port in the top of the evaporating container. The ultrasonic transducer sheet atomizes liquid into fine particles and the air draft box distributes water mist around the pest trapping lamp, so that the pest trapping efficiency is improved.

The present invention provides a catching device and a catching method for tea tree false-death pests, wherein the catching device includes a mobile platform, a shaking device and a collecting device, the collecting device is arranged on the chassis of the moving platform, and the shaking device is arranged on a supporting frame. Above the collection device; the shaking device includes a driving device, a main shaft connected to the driving device, two ends of the main shaft are respectively provided with dials, and the driving device is arranged on the support frame; The pest collection part of the guide part is connected with a negative pressure device, and the pests are strangled by the fan device; specifically, the mobile platform is equipped with a mobile platform to walk along the tea tree row ditch to be captured by the pests, and the shaking device vibrates the tea trees on both sides of the row ditch , the stimulated feigned death pests curl up and fall into the collection guide. The present invention utilizes the feigned death of pests to carry out mechanized green and environmental protection pest removal on tea trees, so as to achieve the purpose of planting organic tea trees; and improves the efficiency of catching insects.

Aiming at the defects that monochamus alternatus hope can easily escape from a conventional trapper, the invention provides a synergism coating material for a monochamus alternatus hope trapper and a preparation method of the synergism coating material. The coating material comprises the following raw materials: turpentine, sliced paraffin wax, molybdenum disulfide and melamine cyanurate. After being prepared from the raw materials, the surfaces of an insect baffle and an insect collector of a trapper are coated with the synergism coating material, then the monochamus alternatus hope can be effectively prevented from escaping by taking the insect baffle and the insect collector as origin of force, and the trapping efficiency of the trapper is greatly improved.

The invention discloses a bionic automatic insect trap which comprises a cam carrier mechanism, a resetting mechanism, a positioning mechanism, an air suction assembly, a light-emitting diode and a control unit, wherein the cam carrier mechanism is arranged below the air suction assembly, the resetting mechanism is arranged at the two sides of the air suction assembly, the positioning mechanism is arranged at one side of the cam carrier mechanism, the light-emitting diode is arranged on the air suction assembly, and the cam carrier mechanism, the positioning mechanism and the air suction assembly are respectively connected with the control unit. The bionic automatic insect trap has the advantages that according to the phototaxis of winged insects, the light-emitting diode is adopted to entice the winged insects, and then the winged insects are caught and killed through the action of the air suction assembly, thereby overcoming the defects that in the prior art, the mode of catching insects by using chemicals causes adverse influences on the environment, a natural insect-catching mode is low in efficiency, and a household insect trap is inconvenient to use, and the like; the insect-catching efficiency is high, and the insect-catching mode is environmental-friendly and has no adverse influence on the environment; and when a visual and intelligent control system is additionally on the bionic automatic insect trap, an intelligent insect-catching robot is formed.

The present invention relates to an insect trap, which uses ultraviolet rays to lure and catch insects, which comprises: a main body; an insect passage part, which is detachably arranged on the main body and selectively allows insects to pass through; an air collector a dust part disposed at the lower part of the main body; a motor located between the air dust collecting part and the insect passage part; a suction fan located between the motor and the air dust collecting part by means of The motor is rotated; the UV LED installation part is arranged on the upper part of the insect passage part and is equipped with a UV LED module; and the capture part is detachably arranged on the lower part of the air dust collection part and includes a mesh part, and trap insects, wherein the mesh part makes the air be expelled to the outside of the insect trap by means of the suction fan.

The invention discloses an insect trap which comprises a power supply, an insect suction head, an insect suction pipe connected with the insect suction head, and an insect collection bin composed of at least two insect collection cavities. The lower end of each insect collection cavity is communicated with an insect inlet pipe. Each insect inlet pipe is provided with an insect inlet valve. Each insect inlet pipe is communicated to the insect suction pipe through a communicating piece. The insect collection cavities and the insect suction pipe are communicated when used for insect trapping and the insect collection cavities are closed when not used for insect trapping, and a fan for forming insect suction negative pressure inside the insect collection cavities is arranged above the insect collection bin. According to the insect trap, the insect collection bin is composed of at least two insect collection cavities, when caught insects need to be distributed in the corresponding insect collection cavities, the corresponding insect inlet valves just need to be turned on correspondingly, the caught insects are distributed into the selected insect collection cavities, and precise classification is performed on the caught insects in real time, the insect collection cavities of the insect trap are high in replacement speed, a found insect cannot escape when the insect collection cavities are replaced, and the insect trapping efficiency is greatly improved.