CN210432684U

CN210432684U - Integrated insect trapping and killing system

Info

Publication number: CN210432684U
Application number: CN201920933909.0U
Authority: CN
Inventors: 邱荣洲; 池美香; 赵健; 陈世雄
Original assignee: Institute of Plant Protection of FAAS
Current assignee: Institute of Plant Protection of FAAS
Priority date: 2019-06-20
Filing date: 2019-06-20
Publication date: 2020-05-01
Anticipated expiration: 2029-06-20

Abstract

The utility model relates to an insect trapping device technical field especially relates to an integral type insect system of trapping, the insect system of trapping includes solar cell panel, insect-catching box, battery, annular high voltage electric network, the two-sided lamp plate of LED, lures core frame and collection worm jar, the insect-catching box is fixed in solar cell panel's below, the battery sets up in the insect-catching box, annular high voltage electric network is fixed in the below of insect-catching box, and the battery is connected with solar cell panel and annular high voltage electric network electricity respectively, the two-sided lamp plate of LED and lure the core frame all to set up inside annular high voltage electric network, and the two-sided lamp plate of LED is connected with the battery electricity, it is used for placeability to lure the core frame, collection worm jar sets up under annular high voltage electric network. In this scheme the system collect light and lure, nature lures, solar energy power supply, annular high voltage electric network hits to kill and insect collects in an organic whole, device simple structure, installation convenient to use carries out effectual electric shock and kills, and the electric shock is effectual.

Description

Integrated insect trapping and killing system

Technical Field

The utility model relates to an insect trapping device technical field especially relates to an integral type insect system of trapping and killing.

Background

With the increasing requirements of people on food safety, more and more methods for physically preventing and controlling agricultural pests are adopted. In agricultural production, the control of harmful insect pests is very critical, the agricultural production efficiency and the yield of agricultural products are directly influenced, and the quality of the agricultural products is greatly reduced by using chemical pesticides for control in the conventional method. The method utilizes the phototaxis and chemotaxis of pests to kill the pests efficiently, quickly and cheaply in a limited time to the maximum extent, which is an ideal target of the pest killing operation. Because the eclosion and spawning time of each pest is concentrated, the imagoes of the pests must be intensively and quickly killed in a short time to effectively control the quantity of the pests.

The insect-killing device widely used at present is a frequency vibration type insect-killing lamp because the nocturnal insects have strong tendency to the lamp light. The existing insect catching and killing device is usually formed by combining an insect attracting lamp with a high-voltage power grid, a special circuit of a pull rope or a battery is arranged for supplying power, the use cost is higher, and the device is particularly not beneficial to field operation or operation in places far away from residential areas and the like. And the insect lamp is used for attracting insects, so that the attracting and killing effect is poor in the daytime, adults cannot be attracted and killed in a short time, and the quantity of pests cannot be effectively controlled. In addition, the attracted pests are killed by corona and even by electric shock in an electric shock mode, the attracted pests are adhered to a high-voltage power grid after being killed by the high-voltage power grid frequently, the data statistics result of the pests is influenced, the data are inaccurate, the normal work of the power grid is influenced, a large amount of dust and stains are easily adhered to the high-voltage power grid after the high-voltage power grid is used for a long time, and the insect attracting and killing effect is influenced.

Disclosure of Invention

Therefore, an integrated insect trapping and killing system is needed to solve the problems of low trapping and killing efficiency, poor trapping and killing effect, inconvenience in use and high use cost of the existing insect trapping and killing device.

For realizing above-mentioned purpose, need provide an integral type insect system of trapping and killing, the insect system of trapping and killing includes solar cell panel, insect-catching box, battery, annular high voltage electric network, the two-sided lamp plate of LED, lures core frame and collection worm jar, the insect-catching box is fixed in solar cell panel's below, the battery sets up in the insect-catching box, annular high voltage electric network is fixed in the below of insect-catching box, and the battery is connected with solar cell panel and annular high voltage electric network electricity respectively, the two-sided lamp plate of LED and lure core frame all to set up inside annular high voltage electric network, and the two-sided lamp plate of LED is connected with the battery electricity, it is used for placeability to lure the core frame, the collection worm jar sets up under annular high voltage electric network, and the jar mouth diameter of the collection worm jar is.

As the utility model discloses a preferred structure, annular high voltage electric network includes base and electrode rod, the electrode rod is the outer circumference that the annular evenly laid the base on, bolt hole and jack have still been seted up on the base, the two-sided lamp plate of LED passes through the bolt hole and is fixed with the base, lure the core frame by inside the jack inserts annular high voltage electric network.

As the utility model discloses a preferred structure, the insect system of trapping and killing still includes the clean mechanism of electric wire netting, the clean mechanism of electric wire netting includes step motor, reciprocal lead screw, slider and clearance dish, step motor is used for the reciprocal lead screw of drive to rotate, the slider cover is located on the reciprocal lead screw, clearance dish and slider fixed connection, clearance groove joint on the clearance dish is in the outside of electrode rod.

As the utility model discloses a preferred structure, clean mechanism of electric wire netting still includes position switch and motor mount, position switch sets up on the lateral wall of annular high voltage electric network base, and position switch flushes with the bottom surface of base, the motor mount is fixed with the insect-catching box, step motor sets up on the motor mount, and step motor is located the insect-catching box.

As the utility model discloses a preferred structure, the insect system of trapping and killing still includes the controller, the controller is connected with annular high voltage electric network, the two-sided lamp plate of LED and step motor respectively.

As the utility model discloses a preferred structure, the two-sided lamp plate of LED includes base plate, LED lamp pearl and light guide plate, all have corresponding district and the exposed district of sheltering from on the upper surface of base plate and the lower surface, all be provided with LED lamp pearl in the district of sheltering from of base plate upper surface and lower surface, the light guide plate cover in on the district of sheltering from, lower terminal surface, left surface, the right flank of light guide plate all flush with the edge of base plate mutually, exposed position in the upper end of base plate is used for the fixed of the two-sided lamp plate of LED in the district.

As the utility model discloses a preferred structure, all be provided with four LED lamp pearls in the district that shelters from of base plate upper surface and lower surface, four LED lamp pearls are article font evenly distributed in sheltering from the district.

As the utility model discloses a preferred structure, the insect system of killing still includes the double-deck funnel that prevents down climbing, the double-deck funnel that prevents down climbing sets up between annular high voltage electric network and collection worm jar, the double-deck funnel that prevents down climbing includes first anti-climbing funnel, second anti-climbing funnel and annular connecting plate, the orientation of first anti-climbing funnel and second anti-climbing funnel is unanimous, and first anti-climbing funnel part sets up second anti-climbing funnel inner chamber, first anti-climbing funnel and second anti-climbing funnel diameter of import equal and the inlet end face links to each other. The annular connecting plate is connected to the side wall of the first anti-climbing funnel, and the inner side wall of the annular connecting plate is provided with an inner thread groove used for being connected with the pest collecting tank.

As the utility model discloses a preferred structure, the insect system of killing still includes waterproof joint platform, waterproof joint platform is located annular high voltage electric network and the bilayer prevents falling between the climbing funnel, and waterproof joint platform middle part has the joint round hole, the inclined plane has between joint round hole and the waterproof joint bench outward flange, and waterproof joint platform is fixed through the bottom surface of connecting screw with the insect-catching box, the joint round hole is arranged in to the bilayer anti-climbing funnel.

As the utility model discloses an optimized structure, the insect system of killing still includes the pole setting, solar cell panel and insect-catching box all are fixed in the pole setting, and the slope of solar cell panel sets up, the insect-catching box is oblique cutting square box, the oblique cut angle at oblique cutting square box top is the same with solar cell panel.

Different from the prior art, the technical scheme has the following advantages: the utility model relates to an integral type insect system of trapping and killing, solar cell panel is used for charging in to the battery, through the battery to the two-sided lamp plate power supply of annular high voltage electric wire netting and LED, the two-sided lamp plate of LED, lure the core frame to all set up in annular electric wire netting, lure to attract the insect to be close to through light simultaneously and lure with the nature for the insect is killed by the electric shock when being close to annular high voltage electric wire netting, and the insect that the electric shock dropped falls into in the collection worm jar along annular high voltage electric wire netting. In this scheme, the system collects light and lures, nature lures, solar energy power supply, annular high voltage electric network hits to kill and insect collects in an organic whole, and the device is simple structure not only, installation convenient to use, and no matter carry out effectual electric shock and kill no matter in daytime or night insect attracting that can both be fine moreover, and the electric shock is killed efficiently, the effect is good, can enough effectively control harmful insect's quantity, can make things convenient for statistics insect again to hit and kill kind and quantity to realize the accurate early warning in advance of insect pest.

Drawings

FIG. 1 is a schematic perspective view of an embodiment of the integrated insect trapping and killing system;

FIG. 2 is a schematic view of a portion of an embodiment of the integrated insect trapping and killing system;

FIG. 3 is a second schematic view of a portion of the integrated insect trapping and killing system according to the embodiment;

FIG. 4 is a schematic view of the LED double-sided lamp panel of the integrated insect trapping and killing system according to the embodiment;

FIG. 5 is a schematic view of the configuration of a lure holder in the one-piece insect trapping and killing system according to the embodiment;

FIG. 6 is a second schematic view of the configuration of the lure holder in the one-piece insect trapping and killing system according to the embodiment;

FIG. 7 is a schematic structural view of a double-layered anti-reverse-climbing funnel in the integrated insect trapping and killing system according to an embodiment;

FIG. 8 is a schematic view of a waterproof clamping platform of the integrated insect trapping and killing system according to one embodiment.

Description of reference numerals:

1. a solar panel;

2. an insect catching box;

3. a storage battery;

4. an annular high voltage power grid; 41. a base; 42. an electrode rod;

5. an LED double-sided lamp panel; 51. a substrate; 511. a shielded area; 512. an exposed area; 52. LED lamp beads; 53. a light guide plate;

6. a core inducing frame;

7. a pest collecting tank;

8. a power grid cleaning mechanism; 81. a stepping motor; 82. a reciprocating screw rod; 83. a slider; 84. cleaning the disc; 841. cleaning the tank; 85. a position switch; 86. a motor fixing frame;

9. a controller;

10. the double-layer anti-reverse climbing funnel; 101. a first anti-creep funnel; 102. a second anti-creep funnel; 103. an annular connecting plate;

11. a waterproof clamping table; 111. clamping the round hole; 112. an inclined surface; 113. connecting a screw rod;

12. erecting a rod;

13. a lure core.

Detailed Description

To explain technical contents, structural features, and objects and effects of the technical solutions in detail, the following detailed description is given with reference to the accompanying drawings in conjunction with the embodiments.

Referring to fig. 1 to 8, in the embodiment, an integrated insect trapping and killing system is disclosed, the insect trapping and killing system includes a solar cell panel 1, an insect catching box 2, a storage battery 3, an annular high voltage grid 4, an LED double-sided lamp panel 5, a core attracting frame 6 and an insect collecting tank 7, the insect catching box 2 is fixed below the solar cell panel 1, the storage battery 3 is disposed in the insect catching box 2, the annular high voltage grid 4 is fixed below the insect catching box 2, the storage battery 3 is electrically connected with the solar cell panel 1 and the annular high voltage grid 4 respectively, the LED double-sided lamp panel 5 and the core attracting frame 6 are both disposed inside the annular high voltage grid 4, the LED double-sided lamp panel 5 is electrically connected with the storage battery 3, the core attracting frame 6 is used for placing a sex attracting core 13, the insect collecting tank 7 is disposed right below the annular high voltage grid 4, and in the embodiment, the opening diameter of the insect collecting tank 7 is larger than the diameter of the annular high voltage grid, in order to collect electrically shocked insects. The solar cell panel 1 is a device that directly or indirectly converts solar radiation energy into electrical energy through a photoelectric effect or a photochemical effect by absorbing sunlight, and most of the solar cell panel 1 is made of silicon. The solar panel 1 converts solar energy into electric energy for charging the storage battery 3 and providing working electric energy for the annular high-voltage power grid 4 and the LED double-sided lamp panel 5. Specifically, a photovoltaic controller 9 is further arranged between the solar cell panel 1 and the storage battery 3. The use of solar power enables the insect trapping and killing system to be more suitable for field or remote operation in residential areas and the like. The insect catching box 2 serves as storage batteries 3 and a follow-up power grid cleaning mechanism 8, and the like, is provided with a capacity space for a stepping motor 81 and the like, prevents the damage of the components, and can play a certain shielding protection role for an annular high-voltage power grid 4, an LED double-sided lamp panel 5, a lure core frame 6, an insect collecting tank 7 and the like which are arranged below the insect catching box 2. The storage battery 3 is used for storing the electric energy converted by the solar cell panel 1 and supplying power to the electric load. In a specific embodiment, a fixed mounting frame is further arranged between the solar cell panel 1 and the insect catching box 2 for mounting the solar cell panel 1.

The ring-shaped high-voltage power network 4 is used for electrically shocking insects close to the electrode poles 42 of the power network to kill or stun the insects. The LED double-sided lamp panel 5 is used as a lamp trapping light source of the insect trapping and killing system and attracts phototaxis insects so as to drive the insects to approach the annular high-voltage power grid 4, the core trapping frame 6 is used for placing the sex attracting cores 13, and the sex hormones are used for trapping specific target insects. Through set up the inside two-sided lamp plate 5 of LED simultaneously and lure core frame 6 to collect the lamp and lure in an organic whole with the nature in annular electric network, through the different combinations of nature attractant and light colour wavelength, just can catch simultaneously and kill multiple pest. According to the insect pest situation of different regions, the combination of different sex attractant and light wavelength is selected for use for no matter whether day or night insect trapping and killing system can work well, can carry out large tracts of land prevention and control to the pest, insect trapping and killing system can be better adapt to the pest diversity among the agricultural production, the insect pest prevention and control is effectual. The insect collecting tank 7 is used for collecting insects which are electrically knocked down by the annular high-voltage power grid 4, so that subsequent quantity statistics and analysis are facilitated, the working effect of the insect trapping and killing system is obtained, the specific conditions of insect pests are obtained, and subsequent work is facilitated.

The embodiment provides an integral type insect system of trapping and killing, solar cell panel 1 is arranged in charging to battery 3, supplies power to annular high voltage electric network 4 and the two-sided lamp plate 5 of LED through battery 3, the two-sided lamp plate 5 of LED, lure core holder 6 to all set up in annular electric network, lures simultaneously through light and lures with the nature and attract the insect to be close to for the insect is killed by the electric shock when being close to annular high voltage electric network 4, and the insect that the electric shock dropped falls into along annular high voltage electric network 4 and takes album worm jar 7. In this scheme, the system collects light and lures, nature lures, solar energy power supply, annular high voltage electric network 4 hits to kill and the insect collects in an organic whole, and the device is simple structure not only, installation convenient to use, and no matter carry out effectual electric shock and kill no matter in daytime or night insect attracting that can both be fine moreover, and the electric shock is killed efficiently, the effect is good, can enough effectively control harmful insect's quantity, can make things convenient for statistics insect again to hit and kill kind and quantity to realize the accuracy early warning in advance of insect pest.

In the embodiment shown in fig. 2 and 3, the annular high-voltage power grid 4 includes a base 41 and electrode rods 42, the electrode rods 42 are uniformly distributed on the outer circumference of the base 41 in an annular shape, the base 41 is further provided with bolt holes and insertion holes, the LED double-sided lamp panel 5 is fixed to the base 41 through the bolt holes, and the core-inducing frame 6 is inserted into the annular high-voltage power grid 4 through the insertion holes. The base 41 is used as the main structure of the annular high-voltage power grid 4, is used for installing the electrode rod 42, and is embedded with large positive and negative leads for connecting the power grid. The base 41 is made of epoxy resin or rubber. The electrode rods 42 serve as a conductive mechanism of the annular high-voltage power grid 4 and comprise anode rods and cathode rods. The bolt hole is used for installing the LED double-sided lamp plate 5, and the LED double-sided lamp plate 5 and the annular power grid are detachably connected and are convenient to replace. Lure core frame 6 to insert inside annular high voltage electric network 4 by the jack, easy operation is convenient for change and is lured core 13 on the core frame 6. Preferably, the core-inducing frame 6 is provided with a circular bayonet or a square bayonet so as to be capable of placing the linear or circular core-inducing 13.

Referring to fig. 2 and 3, as a preferred embodiment of the present invention, the insect trapping and killing system further comprises a grid cleaning mechanism 8, wherein the grid cleaning mechanism 8 is used for cleaning the electrode rods 42 on the annular high-voltage grid 4. Specifically, clean mechanism 8 of electric wire netting includes step motor 81, reciprocal lead screw 82, slider 83 and clearance dish 84, step motor 81 is used for the reciprocal lead screw 82 of drive to rotate, slider 83 cover is located on reciprocal lead screw 82, clearance dish 84 and slider 83 fixed connection, clearance groove 841 joint in the outside of electrode rod 42 on the clearance dish 84. The stepper motor 81 serves as a drive for the grid cleaning mechanism 8. Step motor 81 drives reciprocal lead screw 82 and rotates to make the slider 83 of cover on reciprocal lead screw 82 slide from top to bottom, thereby drive clearance dish 84 up-and-down motion, the insect of adhesion after clearance groove 841 kills the outside electric shock of electrode rod 42 is swept to album worm jar 7, can guarantee the data statistics result accuracy of pest on the one hand, can prevent again that the insect of adhesion and high voltage electric network from using a large amount of dusts, stains of easy adhesion for a long time, cause the influence to the effect of trapping and killing of electric shock efficiency and insect. Preferably, a hairbrush or a sponge brush is further arranged in the cleaning tank 841, so that the cleaning effect of the cleaning tank on the annular high-voltage power grid 4 is better. Preferably, the cleaning time of the annular high-voltage power grid 4 can be selected and set as required, so that the power grid cleaning mechanism 8 can perform cleaning work of the annular power grid in a time period with minimum insect attraction in one day, the power grid cleaning disc 84 is made of an insulating material, and the annular high-voltage power grid 4 does not need to be powered off during cleaning and can be automatically completed. Specifically, the stepping motor 81 is controlled by the controller 9 to set the time of the cleaning operation.

Referring to fig. 2, as a preferred embodiment of the present invention, the electric network cleaning mechanism 8 further includes a position switch 85 and a motor fixing frame 86, the position switch 85 is disposed on the side wall of the base 41 of the annular high voltage electric network 4, and the position switch 85 is flush with the bottom surface of the base 41, the motor fixing frame 86 is fixed to the insect catching box 2, the stepping motor 81 is disposed on the motor fixing frame 86, and the stepping motor 81 is located in the insect catching box 2. The position switch 85, also called a limit switch, is an automatic control device that converts a machine signal into an electrical signal to control the position or stroke of a moving part. Is a common small-current master control electrical appliance. The limit switch is set to stop the cleaning disc 84 from moving when the cleaning work is finished and the cleaning disc returns to the upper part of the annular high-voltage power grid 4, so as not to influence the normal work of the annular high-voltage power grid 4. The motor fixing frame 86 is used for mounting the motor and preventing the motor from falling off during movement. The stepping motor 81 is positioned in the insect catching box 2, and can prevent the motor from being drenched or even damaged. In a preferred embodiment, the insect trapping and killing system further comprises a controller 9, and the controller 9 is respectively connected with the annular high-voltage power grid 4, the LED double-sided lamp panel 5 and the stepping motor 81. The controller 9 is used for controlling whether the annular power grid is electrified or not and adjusting the working voltage of the annular high-voltage power grid 4, so that the high-efficiency energy-saving work is facilitated. The controller 9 is also used for controlling whether the LED lamp panel is lighted or not, such as turning off the lamp in the daytime and lighting at night. In the scheme, only the existing controller 9 is used for convenient operation and control, and the specific improvement of the rotation controller 9 is not involved, so that the detailed description is omitted. In a specific embodiment, the controller 9 is a single chip microcomputer or a PLC, and the single chip microcomputer may be a 51-series single chip microcomputer, and the specific types are as follows: AT89S51, STC12C2051, and the PLC can be Siemens S7-200CN, S7-200, S7-300, and the like, because the control technology of the single chip microcomputer and the PLC is mature, the description is omitted here.

Referring to fig. 3 and 4, in a preferred embodiment, the LED double-sided lamp panel 5 includes a substrate 51, LED lamp beads 52 and a light guide plate 53, the upper surface and the lower surface of the substrate 51 are respectively provided with a shielding area 511 and an exposed area 512, the shielding areas 511 on the upper surface and the lower surface of the substrate 51 are respectively provided with the LED lamp beads 52, the light guide plate 53 covers the shielding areas 511, the lower end surface, the left side surface and the right side surface of the light guide plate 53 are all flush with the edge of the substrate 51, the exposed area 512 is located at the upper end of the substrate 51, and the exposed area 512 is used for fixing the LED double-sided lamp panel 5. The substrate 51 is used as a main structure of the LED double-sided lamp panel 5, and is used for mounting and bearing the components such as the LED beads 52 and the light guide plate 53. Preferably, the substrate 51 is an aluminum substrate 51. In this embodiment, the aluminum substrate 51 is a double-sided board, and the LED beads 52 are simultaneously disposed on the double-sided board, so that the light trapping area is larger, and the trapping effect is better.

The LED lamp beads 52 are short for English abbreviation LEDs of the light emitting diodes, and the LED lamp beads 52 are used for scattering light after being electrified so as to attract phototaxis insects to approach. When the LED lamp beads 52 use the color with the specific wavelength, various insects tending to the color with the specific wavelength can be attracted. The specific wavelengths are: red (wavelength 640nm +/-10 nm), yellow (wavelength 575nm +/-10 nm), green (wavelength 520nm +/-10 nm), cyan (wavelength 490nm +/-10 nm), blue (wavelength 465nm +/-10 nm), purple (wavelength 430nm +/-10 nm) and the like. The LED lamp beads 52 with specific wavelengths can be used for insect trapping experimental research or field pest insect killing. In actual use, the LED double-sided lamp panel 5 can be used as an electronic yellow board, and is fixed with the trapping device through the exposed area 512 of the substrate 51, so that the LED double-sided lamp panel 5 is placed in the middle of the annular high-voltage power grid 4, insects can be attracted, and then the insects can be killed by the power grid. For the disposable of yellow board, the two-sided lamp plate 5 of LED can infinitely circulate and use in theory, has fine practicality in agricultural production, the use amount of pesticide that can significantly reduce.

The light guide plate 53 covers the shielding region 511, and the LED lamp beads 52 are located between the shielding region 511 of the substrate 51 and the light guide plate 53, so that light emitted by the LED lamp beads 52 needs to be reflected by the light guide plate 53 and then uniformly scattered to the outside, the light is more uniformly distributed, and the attraction effect on phototaxis insects is better. Simultaneously, lower terminal surface, left surface, the right flank of light guide plate 53 all flush with base plate 51's edge mutually, guarantee the regularity and the pleasing to the eye degree of the two-sided lamp plate 5 of LED on the one hand, and on the other hand makes LED lamp pearl 52 take place the light of coming out, and the reflection effect is better.

Referring to fig. 4, as a preferred embodiment of the present invention, four LED lamp beads 52 are disposed in the shielding regions 511 on the upper surface and the lower surface of the substrate 51, and the four LED lamp beads 52 are uniformly distributed in the shielding regions 511 in a delta shape. All set up LED lamp pearl 52 in the district 511 of sheltering from of base plate 51 upper surface and lower surface to increase the light intensity of the two-sided lamp plate 5 transmission of LED, increase light trapping area. In some specific embodiments, the dimensions of the components of the LED dual-sided lamp panel 5 are as follows: the aluminum substrate 51 has a size of 50x80mm, and the light guide plate 53300 has a size of 50x50mm and a thickness of no more than 10 mm. The LED double-sided lamp panel 5 made of the components and the specific size is simple in structure and convenient to use. Preferably, in the double-sided lamp plate 5 of LED of above-mentioned specification, all be provided with four LED lamp pearls 52 in the district 511 that shelters from of base plate 51 upper surface and lower surface, four LED lamp pearls 52 are article font evenly distributed and shelter from the district 511, and the practice shows that the light intensity in the device is suitable, and is better to the effect of luring from phototaxis insect.

Please refer to fig. 1 and 7, as an embodiment of the present invention, the insect killing system further comprises a double-layer anti-climbing funnel 10, the double-layer anti-climbing funnel 10 is disposed between the annular high voltage grid 4 and the insect collecting tank 7, the double-layer anti-climbing funnel 10 comprises a first anti-climbing funnel 101, a second anti-climbing funnel 102 and an annular connecting plate 103, the orientations of the first anti-climbing funnel 101 and the second anti-climbing funnel 102 are consistent, the first anti-climbing funnel 101 partially sets an inner cavity of the second anti-climbing funnel 102, the inlet diameters of the first anti-climbing funnel 101 and the second anti-climbing funnel 102 are equal, and the inlet end faces are connected. The annular connecting plate 103 is connected to the side wall of the first anti-creeping funnel 101, and the inner side wall of the annular connecting plate 103 is provided with an inner thread groove for connecting the insect collecting tank 7. Funnel 10 is prevented down climbing by the bilayer carries out the part through setting up first anti-climbing funnel 101, second anti-climbing funnel 102 and cup joints to set up the great mouth of two anti-climbing funnels in same one end, the prevention that can be fine is fallen by the corona at the indoor insect of collection worm, and the back of reviving is fallen out and is climbed out collection worm room, causes data statistics mistake, influences experimenter's insect prevention and cure conclusion. And adopt threaded connection between collection worm jar and the double-deck anti-falling funnel that climbs, make things convenient for the dismantlement and the installation of collection worm jar more to in time clear up collection worm jar.

In the embodiment shown in fig. 1 and 8, the insect killing system further comprises a waterproof clamping table 11, the waterproof clamping table 11 is located between the annular high-voltage power grid 4 and the double-layer anti-reverse climbing funnel 10, a clamping round hole 111 is formed in the middle of the waterproof clamping table 11, an inclined surface 112 is formed between the clamping round hole 111 and the outer edge of the waterproof clamping table 11, the waterproof clamping table 11 is fixed with the bottom surface of the insect catching box 2 through a connecting screw 113, and the double-layer anti-climbing funnel is arranged in the clamping round hole 111. Double-deck anti-climbing funnel 10 in first anti-climbing funnel 101 and second anti-climbing funnel 102 locate to have formed the card interface in annular connecting plate 103 for double-deck anti-climbing funnel 10 can set up and bear via waterproof joint platform 11 in joint round hole 111, make double-deck anti-climbing funnel 10's fixed mounting more convenient, also be convenient for worse simultaneously. And joint round hole 111 and waterproof joint platform 11 outward flange between have inclined plane 112, can prevent that the rainwater from getting into, influence the normal use of insect trapping and killing system, waterproof joint platform 11 is fixed through connecting screw 113 and the bottom surface of catching box 2, adopts this kind of removable connection mode, makes things convenient for waterproof joint platform's installation and dismantlement more.

Referring to fig. 1, as a preferred embodiment of the present invention, the insect killing system further includes a vertical rod 12, the solar cell panel 1 and the insect catching box 2 are both fixed on the vertical rod 12, the solar cell panel 1 is disposed in an inclined manner, the insect catching box 2 is a chamfered square box, and a chamfered angle at the top of the chamfered square box is the same as that of the solar cell panel 1. The vertical rod 12 can be directly formed by directly burying the vertical rod 12 in soil through concrete, and the insect trapping and killing system is light and convenient to install. The solar cell panel 1 is inclined to have higher photoelectric conversion efficiency. The beveling square box is fixed below the solar panel which is obliquely arranged, so that the space can be fully utilized, and the structure is more compact.

It should be noted that, although the above embodiments have been described herein, the scope of the present invention is not limited thereby. Therefore, based on the innovative concept of the present invention, the changes and modifications of the embodiments described herein, or the equivalent structure or equivalent process changes made by the contents of the specification and the drawings of the present invention, directly or indirectly apply the above technical solutions to other related technical fields, all included in the protection scope of the present invention.

Claims

1. The utility model provides an integral type insect system of trapping and killing, its characterized in that, the insect system of trapping and killing includes solar cell panel, insect-catching box, battery, annular high voltage electric network, the two-sided lamp plate of LED, lures core frame and collection worm jar, the insect-catching box is fixed in solar cell panel's below, the battery sets up in the insect-catching box, annular high voltage electric network is fixed in the below of insect-catching box, and the battery is connected with solar cell panel and annular high voltage electric network electricity respectively, the two-sided lamp plate of LED and lure the core frame all to set up inside annular high voltage electric network, and the two-sided lamp plate of LED is connected with the battery electricity, it is used for placeability core to lure the core frame, collection worm jar sets up under annular high voltage.

2. The integrated insect trapping and killing system according to claim 1, wherein the annular high-voltage power grid comprises a base and electrode rods, the electrode rods are uniformly distributed on the outer circumference of the base in an annular shape, bolt holes and jacks are further formed in the base, the LED double-sided lamp panel is fixed with the base through the bolt holes, and the core trapping frame is inserted into the annular high-voltage power grid through the jacks.

3. The integrated insect trapping and killing system according to claim 2, further comprising a power grid cleaning mechanism, wherein the power grid cleaning mechanism comprises a stepping motor, a reciprocating screw rod, a sliding block and a cleaning disc, the stepping motor is used for driving the reciprocating screw rod to rotate, the sliding block is sleeved on the reciprocating screw rod, the cleaning disc is fixedly connected with the sliding block, and a cleaning groove on the cleaning disc is clamped outside the electrode rod.

4. The integrated insect trapping and killing system according to claim 3, wherein the electric grid cleaning mechanism further comprises a position switch and a motor fixing frame, the position switch is arranged on the side wall of the annular high-voltage electric grid base and is flush with the bottom surface of the base, the motor fixing frame is fixed with the insect catching box, the stepping motor is arranged on the motor fixing frame, and the stepping motor is positioned in the insect catching box.

5. The integrated insect trapping and killing system according to claim 3, further comprising a controller, wherein the controller is respectively connected with the annular high-voltage power grid, the LED double-sided lamp panel and the stepping motor.

6. The integrated insect trapping and killing system according to claim 1, wherein the LED double-sided lamp panel comprises a substrate, LED lamp beads and a light guide plate, the upper surface and the lower surface of the substrate are respectively provided with a corresponding shielding area and an exposed area, the shielding areas of the upper surface and the lower surface of the substrate are respectively provided with the LED lamp beads, the light guide plate covers the shielding areas, the lower end surface, the left side surface and the right side surface of the light guide plate are respectively flush with the edge of the substrate, the exposed area is positioned at the upper end of the substrate, and the exposed area is used for fixing the LED double-sided lamp panel.

7. The integrated insect trapping and killing system according to claim 6, wherein four LED lamp beads are arranged in the shielding areas on the upper surface and the lower surface of the substrate, and the four LED lamp beads are uniformly distributed in the shielding areas in a delta shape.

8. The integrated insect trapping and killing system according to claim 1, wherein the insect trapping and killing system further comprises a double-layer anti-climbing funnel, the double-layer anti-climbing funnel is arranged between the annular high-voltage power grid and the insect collecting tank, the double-layer anti-climbing funnel comprises a first anti-climbing funnel, a second anti-climbing funnel and a ring-shaped connecting plate, the first anti-climbing funnel and the second anti-climbing funnel are in the same orientation, the first anti-climbing funnel part is provided with a second anti-climbing funnel inner cavity, the inlet diameters of the first anti-climbing funnel and the second anti-climbing funnel are equal, the inlet end surfaces of the first anti-climbing funnel and the second anti-climbing funnel are connected, the ring-shaped connecting plate is connected to the side wall of the first anti-climbing funnel, and the inner side wall of the ring-shaped connecting plate is.

9. The integrated insect trapping and killing system according to claim 8, further comprising a waterproof clamping table, wherein the waterproof clamping table is located between the annular high-voltage power grid and the double-layer anti-reverse-climbing funnel, a clamping round hole is formed in the middle of the waterproof clamping table, an inclined surface is formed between the clamping round hole and the outer edge of the waterproof clamping table, the waterproof clamping table is fixed with the bottom surface of the insect catching box through a connecting screw, and the double-layer anti-climbing funnel is arranged in the clamping round hole.

10. The integrated insect trapping and killing system according to any one of claims 1 to 9, further comprising an upright, wherein the solar cell panel and the insect-catching box are fixed on the upright, the solar cell panel is arranged obliquely, the insect-catching box is a chamfered box, and the chamfered angle of the top of the chamfered box is the same as that of the solar cell panel.