CN103783013A - Physical pest killing device with light-trapping electric shock killing mode and bonding killing mode integrated - Google Patents
Physical pest killing device with light-trapping electric shock killing mode and bonding killing mode integrated Download PDFInfo
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- CN103783013A CN103783013A CN201410073203.3A CN201410073203A CN103783013A CN 103783013 A CN103783013 A CN 103783013A CN 201410073203 A CN201410073203 A CN 201410073203A CN 103783013 A CN103783013 A CN 103783013A
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Abstract
Disclosed is a physical pest killing device with a light-trapping electric shock killing mode and a bonding killing mode integrated. The device comprises an electric-net pest killing lamp, a pest bonding lamp, a lamp bracket and a circuit controller, wherein both the electric-net pest killing lamp and the pest bonding lamp are fixed to the lamp bracket, the circuit controller is installed on the lamp bracket and electrically connected with the electric-net pest killing lamp and the pest bonding lamp, and a plurality of pest-killing electric net rings arrayed at different intervals and a plurality of misleading retention striking plates are arranged in the electric-net pest killing lamp. Because a light-color-changeable pest trapping lamp is adopted in the pest bonding lamp and a reflecting mirror surface layer is additionally arranged, the pest trapping and pest bonding effect is improved; according to the dual-effect physical pest killing device, the clustering of pests can be improved by changing light colors, the pests can be effectively killed by the adoption of the electric net rings for electric shock killing and the pest bonding lamp for bonding killing, the pests can be dazzled to be stricken to death or killed by electric shock by the additional arrangement of the misleading retention striking plates in the electric-net pest killing lamp, and therefore the comprehensive pest killing effect can be greatly improved; a solar panel is additionally arranged on the lamp bracket to broaden the application range of the device.
Description
Technical field:
The present invention relates to light and draw worm insecticidal technology field, relate in particular to a kind of physical combination insect-killing device.
Background technology:
Along with the raising of people's environmental consciousness and health perception, people more and more pay close attention to physical pest killing, with physical pest killing substituted chemistry desinsection be developing direction from now on, light trap insect is the important technical of insect physical synthesis control.In recent years, because people only focus on plant products and exterior quality, in planting process, must large metering use chemical pesticide, although output and the exterior quality of plant are improved, but all can produce serious destruction to the environmental key-element such as soil, water system, in obtained plant, chemical residual content overproof will directly affect the healthy of people.The today improving constantly in material conditions, people not only meet the demand to food, more pay close attention to the safety problem of food, and it is the technology that modern plant husbandry is preferentially selected that worm technology is controlled in physics insect protected.Traditional trapping lamp, it is by the crown top of burner, fluorescent tube, collection worm housing, bedplate, individual layer electrical network, joint pin, be provided with the airtight box body for mounting circuit controller, stepup transformer in the lower end of the crown top of burner, bedplate is fixed on the top of collection worm housing, the combination of bedplate and collection worm housing is linked to be a framework by joint pin and the crown top of burner, fluorescent tube is arranged between bedplate and crown top of burner lower end, and individual layer electrical network is enclosed in the surrounding of fluorescent tube, below collection worm housing, is provided with worm collecting box.The worm light source that draws of this trapping lamp is incandescent lamp or fluorescent lamp, disinsection method is that electrical network hits and kills, this class trapping lamp can only be killed part insect, insecticidal effect is unsatisfactory, according to the phototaxis newest research results of insect, the conscientious research and analysis of applicant existing trapping lamp, think that existing trapping lamp mainly exists following shortcoming:
First, the spectrum that draws worm light source is unreasonable, light source light spectrum draws the poly-specific aim that lacks to insect, not strong to poly-power of drawing of insect, the pest species difference simultaneously causing due to different plants, also incomplete same in the insect type of different times, and different insects only has aggregation to corresponding spectrum, the machine-made worm light source that draws can not produce and draw poly-ly all insects, and this is the not good one of the main reasons of insecticidal effect.
Second, because the spacing distance of the both positive and negative polarity gate electrode line of the desinsection electrical network on existing trapping lamp is larger, can only large individual insect be produced and be killed and wounded, the little individual insect that is less than electrode spacing for body length does not possess lethality, if dwindle the spacing between electrode, between positive and negative electrode, be easy to produce arc discharge phenomenon, reduce voltage difference between positive and negative electrode, lack again lethality for large individual insect, this is another main cause that causes trapping lamp insecticidal effect undesirable.
The 3rd, existing trapping lamp lacks forces insect in light fixture, to stay for a long time the structure of flight, insect flies low beam tool or leaves light source lamp all to facilitate, make to approach the insect of electrical network and the touch opportunity of electrical network reduces greatly, once insect does not touch the both positive and negative polarity of electrical network simultaneously, insect very likely flies away from, and this has just reduced the probability of killing of insect.
Those skilled in the art know that it is the physical control of insects preferred means of wideling popularize from now on that light draws desinsection, are that people thirst for the technical barrier solving but how further to improve insecticidal effect.
Summary of the invention:
The object of this invention is to provide a kind of photo-induction electric shock kills with gluing and kills integrated physics insect-killing device, it can either carry out photo-induction electric shock to Field Pests and kill, again can insect carry out cementation and kill, can, to lured the insect coming carry out more effective killing by light, improve light and lure physics insecticidal effect.
The technical solution used in the present invention is as follows:
A kind of photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device, it is characterized in that: comprise electrical network trapping lamp, mythimna separata lamp, lamp bracket and circuit controller, described electrical network trapping lamp and mythimna separata lamp are separately fixed on lamp bracket, circuit controller is arranged on lamp bracket, and electrical network trapping lamp and mythimna separata lamp are electrically connected with circuit controller.
Further, mythimna separata lamp is arranged on the below of electrical network trapping lamp.
Further, mythimna separata lamp and electrical network trapping lamp are circumferentially spaced apart along lamp bracket.
Further, described electrical network trapping lamp comprises the crown top of burner, insect attractant light, collection worm housing, bedplate, desinsection electrical network circle and joint pin, be provided with airtight box body for mounting circuit boards in the lower end of the crown top of burner, burn with rainproof short circuit, bedplate is fixed on the top of collection worm housing, the combination of bedplate and collection worm housing connects into a framework by joint pin and the crown top of burner, insect attractant light is arranged between bedplate and crown top of burner lower end, desinsection electrical network circle is arranged between bedplate and crown top of burner lower surface, insect attractant light is positioned at desinsection electrical network circle, described desinsection electrical network circle is the Spaced distributed architecture that encloses insect attractant light, its distribution number of plies is more than or equal to 2, spacing in the desinsection electrical network circle of internal layer between adjacent two positive and negative electrode lines is less than the spacing between adjacent two positive and negative electrode lines in outer desinsection electrical network circle.
Further, be detained crash panel in the more than three mistake boat that is circumferentially provided with equably along insect attractant light between bedplate and the crown top of burner.
Further, on collection worm housing, fluke blower fan is installed, the air inlet of fluke blower fan interlinks with the outlet of collection worm housing, and air outlet and the external world of fluke blower fan interlink.
Further, below collection worm housing, be provided with worm collecting box, in worm collecting box, establish deinsectization pond, be provided with spout hole in the upper side in the deinsectization pond of worm collecting box.
Further, described mythimna separata lamp comprises change light insect attractant light, lamp stand, Transparent lamp shade and transparent mythimna separata glue-line, becoming light insect attractant light is arranged on lamp stand, becoming light insect attractant light is arranged in Transparent lamp shade, transparent mythimna separata glue-line is arranged on the lateral surface of Transparent lamp shade, end face in Transparent lamp shade inner side is provided with reflective mirror surface layer, and lamp stand is fixed on lamp bracket.
Further, described Transparent lamp shade is Split type structure, comprise top board, connecting rod, base plate and transparent cover, base plate is fixedly mounted on lamp stand, top board and base plate connect into a gallery by three with upper connecting rod, top board is positioned at the upper end of joint pin, and base plate is positioned at the lower end of connecting rod, and transparent cover is arranged between top board and base plate.
Further, on lamp bracket top, solar panel is set, solar panel is electrically connected with electrical network trapping lamp, mythimna separata lamp by circuit controller.
Because the present invention is used in combination electrical network trapping lamp and mythimna separata lamp, insect attractant light in electrical network trapping lamp and change light insect attractant light in mythimna separata lamp all send corresponding photochromic according to the kind of pre-kill insects, thereby improve to greatest extent the aggregation of insect, electrical network trapping lamp can effectively be killed the larger insect of individuality, for the micro pest that can not be killed by electrical network trapping lamp, by mythimna separata lamp, it is glued and is killed, improve comprehensive insecticidal effect, circuit controller can and become light insect attractant light to insect attractant light and carry out variable color control, go out to have no time to control to send according to different insects active photochromic that corresponding insect likes, corresponding insect trapping rate is maximized, owing to being provided with the not multiple desinsection electrical network circle of grade of density in electrical network trapping lamp, in the time that the insect of Different Individual passes desinsection electrical network circle, large individual insect is hit and kills by outer desinsection electrical network circle, little individual insect is hit and kills by internal layer desinsection electrical network circle, increase electrical network and hit kill insects scope (Individual Size scope), increase the quantity of kill pests, the micro pest that can not kill for electrical network trapping lamp, as long as bumping against mythimna separata lamp in the process of insect flight is just killed by transparent mythimna separata glue-line cementation, in electrical network trapping lamp, set up mistake boat and be detained crash panel, can make the insect being attracted in the situation that having escaped internal layer and outer electric shock net circle, make the vision confusion reigned of insect, thereby make insect be detained generation mistake boat between crash panel and insect attractant light two mistake boats, owing to can not find the correct line of flight, insect is detained constantly flight between crash panel two mistake boats, in this process, insect is because losing unordered mixed the flying in course line, impinging upon mistake boat is detained on crash panel, strike on electric shock net circle, do not collided to death, be electrically shocked exactly, therefore further improve deinsectization effect, on lamp bracket, setting up solar panel, is in order electrical network trapping lamp and mythimna separata lamp to be powered under the environment without commercial power supply, to expand the scope of application of the present invention.
Accompanying drawing explanation:
Fig. 1 is a kind of structural representation of the present invention, and trapping lamp and mythimna separata lamp distribute up and down;
Fig. 2 is another kind of structural representation of the present invention, and trapping lamp and mythimna separata lamp distribute circumferentially spaced apart along lamp stand up and down.
Fig. 3 is a kind of structural representation of electrical network trapping lamp in the present invention;
Fig. 4 is the A-A cutaway view of Fig. 3;
Fig. 5 is the structural representation of mythimna separata lamp;
Fig. 6 is the B-B cutaway view of Fig. 5;
Fig. 7 is provided with the structural representation that mistake boat is detained crash panel in electrical network trapping lamp;
Fig. 8 is the structural representation that electrical network trapping lamp is positioned at collection worm housing lower end;
In figure: 1-electrical network trapping lamp; 2-mythimna separata lamp; 3-lamp bracket; 4-circuit controller; 5-solar panel; The 11-crown top of burner; 12-insect attractant light; 13-collection worm housing; 14-bedplate; 15-desinsection electrical network circle; 16-joint pin; 17-mistake boat is detained crash panel; 18-fluke blower fan; 19-worm collecting box; 21-becomes light insect attractant light; 22-lamp stand; 23-Transparent lamp shade; The transparent mythimna separata glue-line of 24-; 25-reflective mirror surface layer; 151-internal layer desinsection electrical network circle; The outer desinsection electrical network of 152-circle; 191-deinsectization pond; 192-spout hole; 231-top board; 232-connecting rod; 233-base plate; 234-transparent cover.
Embodiment:
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described:
Embodiment 1:
A kind of photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device, as shown in Figure 1, comprise electrical network trapping lamp 1, mythimna separata lamp 2, lamp bracket 3, circuit controller 4 and solar panel 5, described electrical network trapping lamp 1 and mythimna separata lamp 2 are separately fixed on lamp bracket 3, and mythimna separata lamp 2 is arranged on the below of electrical network trapping lamp 1, circuit controller 4 is arranged on lamp bracket 3, solar panel 5 is arranged on lamp bracket 3 tops, solar panel 5 is by circuit controller 4 and electrical network trapping lamp 1, mythimna separata lamp 2 is electrically connected, described electrical network trapping lamp 1 is as shown in Fig. 3～4, comprise the crown top of burner 11, insect attractant light 12, collection worm housing 13, bedplate 14, desinsection electrical network circle 15 and joint pin 16, be provided with airtight box body for mounting circuit control panel in the lower end of the crown top of burner 11, burn with rainproof short circuit, bedplate 14 is fixed on the top of collection worm housing 13, the combination of bedplate 14 and collection worm housing 13 connects into a framework by joint pin 16 and the crown top of burner 11, insect attractant light 12 is arranged between bedplate 14 and the crown top of burner 11 lower ends, and be electrically connected with circuit controller, described insect attractant light 12 is set according to people photochromic that insect-killing trapping likes for wavelength and is determined, selecting in this example wavelength is the violet fluorescent lamp of 352 nanometers, described desinsection electrical network circle 15 is made up of internal layer desinsection electrical network circle 151 and outer desinsection electrical network circle 152, both enclose the surrounding of insect attractant light 12, internal layer desinsection electrical network circle 151 and outer desinsection electrical network circle 152 are all arranged between bedplate 14 and the crown top of burner 11 lower surfaces, radial spacing between internal layer desinsection electrical network circle 151 and outer desinsection electrical network circle 152 is 10～15 millimeters, spacing in internal layer desinsection electrical network circle 151 between adjacent two positive and negative electrode lines is 1.5～5 millimeters, internal layer line voltage is 1000V～2000V, spacing in outer desinsection electrical network circle 152 between adjacent two positive and negative electrode lines is 5～10 millimeters.Outer line voltage is 3000V～4000V, described mythimna separata lamp 2 is as shown in Fig. 5～6, comprise and become light insect attractant light 21, lamp stand 22, Transparent lamp shade 23 and transparent mythimna separata glue-line 24, becoming light insect attractant light 21 is arranged on lamp stand 22, becoming light insect attractant light 21 is arranged in Transparent lamp shade 23, described Transparent lamp shade 23 is Split type structure, comprise top board 231, connecting rod 232, base plate 233 and transparent cover 234, base plate 233 is fixedly mounted on lamp stand 22, top board 231 and base plate 233 connect into a gallery by three with upper connecting rod 232, top board 231 is positioned at the upper end of connecting rod 232, base plate 233 is positioned at the lower end of connecting rod 232, transparent cover 234 is arranged between top board 231 and base plate 233, lamp stand 22 is fixed on lamp bracket 3.
Embodiment 2:
Difference from Example 1 is, the distributing position between electrical network trapping lamp 1 and mythimna separata lamp 2, and in this example, electrical network trapping lamp 1 is circumferentially spaced apart along lamp bracket 3 with mythimna separata lamp 2, as shown in Figure 2.
In above-mentioned two embodiment, to further improve the insecticidal effect of electrical network trapping lamp 1, can in electrical network trapping lamp 1, set up four arc mistake boats and be detained crash panel 17, four mistake boats are detained crash panel 17 being circumferentially evenly arranged between bedplate 14 and the crown top of burner 11 along insect attractant light 12, on the side of hypomere cylindrical shell that collects worm housing 13, fluke blower fan 18 is installed, the air inlet of fluke blower fan 18 interlinks with the outlet of collection worm housing 13, air outlet and the external world of fluke blower fan 18 interlink, the below of the outlet of collection worm housing 13 is connected to worm collecting box 19, in worm collecting box 19, be provided with deinsectization pond 191, in 191 upper side of deinsectization pond, be provided with spout hole 192, there is the liquid storage degree of depth to control in deinsectization pond 191, when insect shot down by electrical network or insect flight hit fall behind the downward suction that produces by fluke blower fan 18 and insect fall into the deinsectization pond 191 of worm collecting box 19 from gravity, be forced to it drowned, on the sidewall of the upper surface in deinsectization pond 191, be provided with spout hole 192, can automatically flow out after entering for the ease of rainwater, guarantee the interior liquid storage degree of depth in deinsectization pond 191.As shown in Fig. 7～8.
Claims (10)
1. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device, it is characterized in that: comprise electrical network trapping lamp (1), mythimna separata lamp (2), lamp bracket (3) and circuit controller (4), described electrical network trapping lamp (1) and mythimna separata lamp (2) are separately fixed on lamp bracket (3), it is upper that circuit controller (4) is arranged on lamp bracket (3), and electrical network trapping lamp (1) and mythimna separata lamp (2) are electrically connected with circuit controller (4).
2. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 1, it is characterized in that: mythimna separata lamp (2) is arranged on the below of electrical network trapping lamp (1).
3. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 1, it is characterized in that: mythimna separata lamp (2) and electrical network trapping lamp (1) are circumferentially spaced apart along lamp bracket (3).
4. according to claim 1, described in 2 or 3, photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device, it is characterized in that: described electrical network trapping lamp (1) comprises the crown top of burner (11), insect attractant light (12), collection worm housing (13), bedplate (14), desinsection electrical network circle (15) and joint pin (16), be provided with airtight box body for mounting circuit boards in the lower end of the crown top of burner (11), burn with rainproof short circuit, bedplate (14) is fixed on the top of collection worm housing (13), the combination of bedplate (14) and collection worm housing (13) connects into a framework by joint pin (16) and the crown top of burner (11), insect attractant light (12) is arranged between bedplate (14) and the crown top of burner (11) lower end, desinsection electrical network circle (15) is arranged between bedplate (14) and the crown top of burner (11) lower surface, insect attractant light (12) is positioned at desinsection electrical network circle (15), described desinsection electrical network circle (15) is the Spaced distributed architecture that encloses insect attractant light (12), its distribution number of plies is more than or equal to 2, spacing in the desinsection electrical network circle of internal layer between adjacent two positive and negative electrode lines is less than the spacing between adjacent two positive and negative electrode lines in outer desinsection electrical network circle.
5. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 4, it is characterized in that: be circumferentially provided with equably more than three mistake boat delay crash panel (17) along insect attractant light (12) between bedplate (14) and the crown top of burner (11).
6. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 4, it is characterized in that: on collection worm housing (13), fluke blower fan (18) is installed, the air inlet of fluke blower fan (18) interlinks with the outlet of collection worm housing (13), and air outlet and the external world of fluke blower fan (18) interlink.
7. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 4, it is characterized in that: the below at collection worm housing (13) is provided with worm collecting box (19), in worm collecting box (19), establish deinsectization pond (191), be provided with spout hole (192) in the upper side in the deinsectization pond (191) of worm collecting box (19).
8. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 1, it is characterized in that: described mythimna separata lamp (2) comprises change light insect attractant light (21), lamp stand (22), Transparent lamp shade (23) and transparent mythimna separata glue-line (24), becoming light insect attractant light (21) is arranged on lamp stand (22), becoming light insect attractant light (21) is arranged in Transparent lamp shade (23), transparent mythimna separata glue-line (24) is arranged on the lateral surface of Transparent lamp shade (23), end face in Transparent lamp shade (23) inner side is provided with reflective mirror surface layer (25), lamp stand (22) is fixed on lamp bracket (3).
9. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 8, it is characterized in that: described Transparent lamp shade (23) is Split type structure, comprise top board (231), connecting rod (232), base plate (233) and transparent cover (234), base plate (233) is fixedly mounted on lamp stand (22), top board (231) and base plate (233) connect into a gallery by three with upper connecting rod (232), top board (231) is positioned at the upper end of joint pin (232), base plate (233) is positioned at the lower end of connecting rod (232), transparent cover (234) is arranged between top board (231) and base plate (233).
10. photo-induction electric shock is killed with gluing and is killed integrated physics insect-killing device according to claim 1, it is characterized in that: on lamp bracket (3) top, solar panel (5) is set, solar panel (5) is electrically connected with electrical network trapping lamp (1), mythimna separata lamp (2) by circuit controller (4).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410073203.3A CN103783013B (en) | 2014-02-28 | 2014-02-28 | Physical pest killing device with light-trapping electric shock killing mode and bonding killing mode integrated |
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| CN201410073203.3A CN103783013B (en) | 2014-02-28 | 2014-02-28 | Physical pest killing device with light-trapping electric shock killing mode and bonding killing mode integrated |
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| CN103783013B CN103783013B (en) | 2015-02-25 |
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| CN103999837A (en) * | 2014-05-30 | 2014-08-27 | 徐州紫蔬园农业发展有限公司 | Multilayer type agriculture trapping and insecticidal device |
| CN104026103A (en) * | 2014-07-03 | 2014-09-10 | 河南科技学院 | Irradiation wind blowing insect falling type insect photo-axis trapping device |
| CN105831043A (en) * | 2016-05-23 | 2016-08-10 | 吴迪 | Environment-friendly sticking composite type insect killing lamp |
| CN105918280A (en) * | 2016-06-20 | 2016-09-07 | 安徽科发信息科技有限公司 | Light-induction electric-shock insect killing device |
| CN106719519A (en) * | 2016-11-29 | 2017-05-31 | 嵩县金泰生态农业专业合作社 | A kind of black pig mosquito-driving device |
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| CN106719519A (en) * | 2016-11-29 | 2017-05-31 | 嵩县金泰生态农业专业合作社 | A kind of black pig mosquito-driving device |
| CN107041349A (en) * | 2017-04-06 | 2017-08-15 | 南京三宝弘正视觉科技有限公司 | A kind of Pest killing apparatus and system |
| CN107372396A (en) * | 2017-08-02 | 2017-11-24 | 贵州合聚融创科技有限公司 | A kind of solar energy self-control multimode highly efficient pests trap |
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| CN107361037A (en) * | 2017-08-31 | 2017-11-21 | 苏州三港农副产品配送有限公司 | Insect killing trapping device |
| CN107960390A (en) * | 2017-11-17 | 2018-04-27 | 农业部南京农业机械化研究所 | A kind of combined type pest catching machine |
| CN108684629A (en) * | 2018-04-30 | 2018-10-23 | 中山美味来食品科技有限公司 | A kind of field lamp lures insects apparatus |
| CN109090071A (en) * | 2018-08-25 | 2018-12-28 | 湖南本业绿色防控科技股份有限公司 | A kind of agricultural pests trap |
| CN109090068A (en) * | 2018-08-25 | 2018-12-28 | 湖南本业绿色防控科技股份有限公司 | A kind of three-dimensional pest trap |
| CN110574606A (en) * | 2019-10-30 | 2019-12-17 | 山西农业大学 | sunlight greenhouse vegetable light and simplified production system based on one-rail multi-purpose mode |
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| CN103783013B (en) | 2015-02-25 |
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