CN205830862U - Energy-conservation automatic insect-proof evil device - Google Patents

Abstract

The utility model relates to the flying insect control technology in the cultivation of flowers and rare landscape tree seedlings, in particular to an energy-saving automatic insect pest control device. The utility model solves the problems of easy environmental pollution, inconvenient installation and high energy consumption caused by the existing flying insect control technology. The energy-saving automatic pest control device includes a base, a main shaft, a sleeve, a U-shaped lamp tube, sticky cardboard, a circular lamp tube, a wind wheel, a solar panel, a light control switch, and a battery; the main shaft is vertically fixed in the center of the upper surface of the base ;The sleeve is rotated and assembled on the side of the main shaft; three sets of U-shaped lamp tubes are arranged equidistantly from top to bottom; Correspondingly embedded in each annular mounting hole. The utility model is suitable for preventing and controlling flying insects in the cultivation of flowers and rare landscape tree seedlings.

Description

Energy-saving automatic pest control device

technical field

The utility model relates to the flying insect control technology in the cultivation of flowers and rare landscape tree seedlings, in particular to an energy-saving automatic insect pest control device.

Background technique

The cultivation of flowers and precious landscape tree seedlings is an important basic link in urban landscape design, garden cultivation and road greening. At present, the cultivation of flowers and rare landscape tree seedlings is mainly carried out in large-scale greenhouses. In the process of cultivating flowers and precious landscape tree seedlings, in order to prevent flowers and precious landscape tree seedlings from being attacked by flying insects, it is necessary to prevent and control flying insects. Under the existing technical conditions, flying insect control mainly adopts the method of spraying pesticides or adopts moth traps to carry out. Practice has shown that the existing flying insect control technology has the following problems due to the limitations of its own principles: First, spraying pesticides is likely to cause environmental pollution due to pesticide residues, thereby endangering people's health. Second, the moth trap needs to be connected to an external power grid to work, which leads to inconvenience in installation and high energy consumption on the other hand. Based on this, it is necessary to invent a brand-new flying insect control device to solve the problems of easy environmental pollution, inconvenient installation and high energy consumption caused by the existing flying insect control technology.

Contents of the invention

The utility model provides an energy-saving automatic insect pest control device in order to solve the problems of easy environmental pollution, inconvenient installation and high energy consumption caused by the existing flying insect control technology.

The utility model is realized by adopting the following technical solutions:

The energy-saving automatic pest control device includes a base, a main shaft, a sleeve, a U-shaped lamp tube, sticky cardboard, a circular lamp tube, a wind wheel, a solar panel, a light control switch, and a battery; the main shaft is vertically fixed in the center of the upper surface of the base ;The sleeve is rotated and assembled on the side of the main shaft; the number of U-shaped lamp tubes is three groups; each group of U-shaped lamp tubes includes N U-shaped lamp tubes arranged equidistantly around the axis of the sleeve, and each U-shaped lamp Both ends of the tube are vertically fixed on the outer surface of the sleeve; three sets of U-shaped lamp tubes are arranged equidistantly from top to bottom; the number of sticky cardboards is three groups; each set of sticky cardboards includes N sticky cardboards, And the center of the surface of each sticky insect cardboard is provided with an annular mounting hole; three sets of sticky insect cardboards are embedded in three sets of U-shaped lamp tubes one by one; the number of ring lamp tubes is three sets; each set of ring lights Each tube includes N ring-shaped lamp tubes; three sets of ring-shaped lamp tubes are embedded in each ring-shaped mounting hole; the wind wheel is fixedly mounted on the outer surface of the sleeve; the center of the surface of the solar panel is provided with an assembly hole; The plate is fixedly mounted on the outer surface of the sleeve through the assembly hole, and the solar panel is located below the wind wheel; the light control switch is installed on the upper outer surface of the sleeve, and the light control switch is located below the solar panel; the battery is installed on the sleeve and the battery is located between the solar panel and the light control switch; the charging terminal of the battery is connected to the power supply terminal of the solar panel; the power supply terminal of the battery is respectively connected to the power supply terminal of three sets of U-shaped lamp tubes and three The power supply end of the ring lamp tube is connected; N is a positive integer.

When working, the main shaft and the sleeve run through the roof of the large greenhouse. The base, U-shaped lamp tube, sticky cardboard, ring lamp tube, light control switch, and battery are all located in the large greenhouse. The wind wheel and solar panels are located in the large greenhouse. outside. The specific working process is as follows: When the day comes, the solar panel converts solar energy into electrical energy, and stores the electrical energy in the battery. At this time, because the light in the large greenhouse is sufficient, the light control switch remains turned off, and the three sets of U-shaped light tubes and the three sets of circular light tubes keep going out. When night comes, the solar panels stop working. At this time, due to the lack of light in the large greenhouse, the light control switch is closed, and the battery supplies power to the three sets of U-shaped lamp tubes and three sets of ring-shaped lamp tubes. The phototaxis of the flying insects will attract the flying insects, so that the flying insects are adhered to the three groups of sticky insect cardboards, thereby trapping the flying insects, so as to realize the control of flying insects. During this process, if there is wind outside the large greenhouse, the wind will drive the wind wheel to rotate. At this time, the wind wheel drives three sets of U-shaped lamp tubes, three sets of sticky insect cardboard, and three sets of circular lamp tubes to rotate together through the sleeve, thereby improving the flying insect capture efficiency.

Based on the above process, compared with the existing flying insect control technology, the energy-saving automatic insect pest control device described in the utility model realizes flying insect control by adopting a brand-new structure, thus possessing the following advantages: First, it is different from spraying Compared with pesticides, the utility model will not cause environmental pollution due to pesticide residues, thereby effectively protecting people's health. Second, compared with the moth trap, the utility model does not need to be connected to an external power grid, but only needs to generate electricity by itself to work, thus making the installation more convenient on the one hand, and greatly reducing energy consumption on the other hand.

The utility model has reasonable structure and ingenious design, effectively solves the problems of environmental pollution, inconvenient installation and high energy consumption caused by existing flying insect control technology, and is suitable for flying insect control in the cultivation of flowers and rare landscape tree seedlings.

Description of drawings

Fig. 1 is a structural representation of the utility model.

In the figure: 1-base, 2-spindle, 3-sleeve, 4-U-shaped lamp tube, 5-sticky cardboard, 6-ring lamp tube, 7-wind wheel, 8-solar panel, 9-light control switch , 10-accumulator.

detailed description

The energy-saving automatic pest control device includes a base 1, a main shaft 2, a sleeve 3, a U-shaped lamp tube 4, sticky cardboard 5, a circular lamp tube 6, a wind wheel 7, a solar panel 8, a light control switch 9, and a storage battery 10; , the main shaft 2 is vertically fixed on the center of the upper surface of the base 1; the sleeve 3 is rotatably assembled on the side of the main shaft 2; the number of U-shaped lamp tubes 4 is three groups; each group of U-shaped lamp tubes 4 includes an axis around the sleeve 3 N U-shaped lamp tubes 4 arranged equidistantly, and both ends of each U-shaped lamp tube 4 are vertically fixed on the outer surface of the sleeve 3; three sets of U-shaped lamp tubes 4 are arranged equidistantly from top to bottom; The number of insect cardboards 5 is three groups; each group of sticky cardboards 5 includes N sticky cardboards 5, and the center of the surface of each sticky cardboard 5 is provided with an annular installation hole; three sets of sticky cardboards 5 One pair is embedded in three groups of U-shaped lamp tubes 4; the number of ring lamp tubes 6 is three groups; each group of ring lamp tubes 6 includes N ring lamp tubes 6; three groups of ring lamp tubes 6 are embedded one by one In each annular mounting hole; the wind wheel 7 is fixedly assembled on the upper side of the outer surface of the sleeve 3; the center of the surface of the solar panel 8 is provided with an assembly hole; the solar panel 8 is fixedly assembled on the upper outer surface of the sleeve 3 through the assembly hole, And the solar panel 8 is located below the wind wheel 7; the light control switch 9 is installed on the upper side of the outer surface of the sleeve 3, and the light control switch 9 is located below the solar panel 8; the battery 10 is installed on the upper side of the sleeve 3, and The battery 10 is located between the solar panel 8 and the light control switch 9; the charging terminal of the battery 10 is connected to the power supply terminal of the solar panel 8; It is connected with the power supply terminals of three sets of ring lamp tubes 6; N is a positive integer.

Base 1, main shaft 2, sleeve 3 and wind wheel 7 are all made of plastic. When working, the plastic helps protect against lightning strikes.

During specific implementation, the value of N is 4.

Claims (2)

1. energy-conservation automatic insect-proof evil device, it is characterised in that: include base (1), main shaft (2), sleeve (3), U-shaped lamp pipe (4), Mythimna separata cardboard (5), annular lamp tube (6), wind wheel (7), solar panels (8), light-operated switch (9), accumulator (10)；Wherein, main shaft (2) upper face center of base (1) it is perpendicularly fixed at；Sleeve (3) rotates the side being assemblied in main shaft (2)；U-shaped lamp pipe (4) Number is three groups；Often group U-shaped lamp pipe (4) all includes N number of U-shaped lamp pipe (4) of the axis equidistant arrangement around sleeve (3), and often The two ends of individual U-shaped lamp pipe (4) are all perpendicularly fixed at the lateral surface of sleeve (3)；Three groups of U-shaped lamp pipe (4) equidistant arrangement from top to bottom； The number of mythimna separata cardboard (5) is three groups；Often group mythimna separata cardboard (5) all includes N number of mythimna separata cardboard (5), and each mythimna separata cardboard (5) Face center the most through offer a collar mounting holes；Three groups of mythimna separata cardboard (5) one_to_one corresponding are flush-mounted in three groups of U-shaped lamp pipes (4) on；The number of annular lamp tube (6) is three groups；Often organize annular lamp tube (6) and all include N number of annular lamp tube (6)；Three groups of circular lamps Pipe (6) one_to_one corresponding is flush-mounted in each collar mounting holes；The fixing lateral surface top being assemblied in sleeve (3) of wind wheel (7)；The sun The face center of energy plate (8) is through offers pilot hole；Solar panels (8) are assemblied in outside sleeve (3) by pilot hole is fixing Side surface upper part, and solar panels (8) are positioned at the lower section of wind wheel (7)；Light-operated switch (9) is installed on the lateral surface top of sleeve (3), And light-operated switch (9) is positioned at the lower section of solar panels (8)；Accumulator (10) is installed on the lateral surface top of sleeve (3), and electric power storage Pond (10) is positioned between solar panels (8) and light-operated switch (9)；The charging end of accumulator (10) and the power supply of solar panels (8) End connects；The feeder ear of accumulator (10) by light-operated switch (9) respectively with feeder ear and three groups of rings of three groups of U-shaped lamp pipes (4) The feeder ear of shape fluorescent tube (6) connects；N is positive integer.

Energy-conservation automatic insect-proof the most according to claim 1 evil device, it is characterised in that: base (1), main shaft (2), sleeve (3), Wind wheel (7) is all adopted made of plastic.