CN205250181U - Stroboscopic LED lures worm, insecticidal lamp - Google Patents

Abstract

The utility model discloses a stroboscopic LED lures worm, insecticidal lamp, foretell energy -saving LED lure worm, insecticidal lamp to include: solar energy power supply system, be used for realizing stroboscopic control system, be used for guaranteeing LED electric current constant current system not out of control, four LED light -emitting component of group and deinsectization devices. The utility model discloses be 400nm according to the sensitive wavelength of most pest, 440nm, 544nm, 580nm's characteristics, combine LED to have photochromicly single, can set up the stroboscopic, energy -conserving characteristics, be used for traping the pest with LED, collect 4 kinds of monochromatic light an in lamp, spectral range is wide, it is reasonable to lure the worm kind, promptly not not too little, also the biggest reduction to the injury of beneficial insect, and simultaneously, this patent utilizes IC control LED lamp to twinkle according to the frequency, attract the pest ability to strengthen by a wide margin. And because the utility model discloses set up the deinsectization device, can improve technological effect greatly with luring the pest that comes to catch all in one draft.

Description

Stroboscopic LED lures worm, trapping lamp

Technical field

The utility model relates to LED lighting field, is specifically related to the adjustable LED of a kind of flicker frequency and pulsewidth and lures worm, trapping lamp.

Background technology

After the seventies in last century, Chinese plant husbandry is produced and is started a large amount of use chemical pesticide control disease, insect pests; Part agricultural chemicals directly or indirectly remains in various agricultural product, livestock products, aquatic products and soil and water, causes residues of pesticides. China's Agricultural quality safety level lags behind developed country, the export of farm produce is banned fortune repeatly because of residues of pesticides and other poisonous and harmful substance problem that exceeds standard, the export of farm produce is because of more than 10 hundred million yuan of the annual economic losses of quality security problem, and caused rural environment severe contamination.

Lamplight insect lure is exactly to utilize biological phototaxis to lure collect and eliminate destructive insects, thus pest control and entomophila disease. Start the sixties in last century, just there is the research report of the insect of application uviol lamp (black light lamp) trapping soybean, Chinese sorghum, millet etc., the seventies, Chinese countryside was under collective ownership condition, plant husbandry just starts to promote the use of kerosene lamp and lures worm, have the place of AC power condition, also useful incandescent lamp, conventional fluorescent lamps or uviol lamp lure worm, have again afterwards high-pressure sodium lamp etc., insect attraction light source and trapping lamp are researched and developed, used, had very large development.

Although insect attraction light source a multitude of names at present, light source is 3 large classes in fact just: incandescent lamp, mercury lamp and LED lamp. Incandescent light efficiency is low, and energy consumption is the highest; Light section section is narrow, lures worm kind few, substantially need not now; Mercury lamp is the general name of fluorescent lamp, uviol lamp, double wave lamp, frequency vibration lamp, and its luminous efficiency is high more than incandescent lamp, and spectral region is wide, lures worm kind more, also beneficial insect can be traped simultaneously. And above two kinds of light sources are only sent out static light, and light fixture flicker frequency does not arrange according to the persistence of vision of insect.

Utility model content

The utility model has overcome the deficiencies in the prior art, provide a kind of stroboscopic LED to lure worm, trapping lamp, utilize LED lamp can send the feature of the light of specific wavelength, solve in prior art or lured worm kind few, kind is too much, beneficial insect insect regardless of technical problem, simultaneously, owing to having increased deinsectization device, can disposablely will lure the insect of going out to kill.

For solving above-mentioned technical problem, the utility model by the following technical solutions:

A kind of stroboscopic LED lures worm, trapping lamp, and above-mentioned LED lures worm, trapping lamp to comprise: solar electric power supply system, for realizing the frequent flashing control system of stroboscopic, for ensureing LED electric current constant-current system not out of control, four groups of LED luminescence components and deinsectization device.

As preferably, every one-level luminescence component of four groups of above-mentioned LED luminescence components is by the imitative lumen LED lamp pearl composition of monochrome, and every group of LED lamp pearl emission wavelength is not identical.

As preferably, the emission wavelength of four groups of above-mentioned LED luminescence components is respectively 400nm, 440nm, 544nm, 580nm.

As preferably, above-mentioned frequent flashing control system comprises HL2202 integrated circuit and four triodes, wherein the Q1 of HL2202 integrated circuit, Q2, Q3, Q4 are connected through 10K Ω resistance with the base stage of four triodes respectively, and the colelctor electrode of four above-mentioned triodes is connected with each group LED luminescence component respectively.

As preferably, above-mentioned Constant Current Control System comprises an AMC7135 constant current chip.

As preferably, above-mentioned solar electric power supply system comprises transformer and rectifying and voltage-stabilizing module.

As preferably, above-mentioned solar electric power supply system comprises a lamp bracket, battery, ballast and stepup transformer, wherein the both sides, upper end of above-mentioned lamp bracket are connected with respectively a solar panel and a wind turbine generator, are connected with a triangle fixed support in above-mentioned lamp bracket bottom; Above-mentioned battery is fixed on above-mentioned lamp bracket, and above-mentioned battery is connected with above-mentioned solar panel and above-mentioned wind turbine generator respectively; Above-mentioned ballast is fixed on above-mentioned lamp bracket, and above-mentioned ballast is connected with above-mentioned battery; Above-mentioned stepup transformer is fixed on above-mentioned lamp bracket,

As preferably, above-mentioned stepup transformer is connected with above-mentioned battery.

As preferably, above-mentioned deinsectization device comprises high-voltage fence, conical hopper and collection worm bag, above-mentioned high-voltage fence is connected with above-mentioned stepup transformer, above-mentioned conical hopper is connected with above-mentioned high-voltage fence, above-mentioned conical hopper is positioned at the below of above-mentioned high-voltage fence vertical direction, above-mentioned collection worm bag is connected with above-mentioned conical hopper, and above-mentioned collection worm bag is positioned at the below of above-mentioned conical hopper vertical direction.

Operation principle of the present utility model is:

By consulting related data, most of insect sensitive wave length is 400nm, 440nm, 544nm, 580nm. Therefore we adopt 12 white, purple, blue, monochromatic imitative lumen LED lamp pearls of green four kinds of different colours different wave lengths (being specially 400nm, 440nm, 544nm, 580nm) to form four groups of light sources LED luminescence component. By realizing stroboscopic by frequent flashing control system. Frequent flashing control system is used a HL2202 and peripheral circuit and four triode D882 compositions, the OSC pin outer meeting resistance electric capacity of HL2202 can be exported in turn high level on output pin Q1, Q2, Q3, Q4, drive respectively triode conducting, to select, LED luminescence component is on the same group not luminous, can lure more insect. The utility model, is provided with deinsectization device simultaneously, can, by luring the insect coming to catch all in one draft, greatly improve technique effect. Constant current control adopts an AMC7135 constant current chip and peripheral circuit to form, and ensures that LED electric current is not out of control. Electric power system adopts transformer and the rectifying and voltage-stabilizing piece composition of an output 12V power 12W.

Compared with prior art, the utility model is 400nm according to most of insect sensitive wave length, 440nm, 544nm, the feature of 580nm, in conjunction with LED have photochromic single, stroboscopic, energy-conservation feature can be set, LED, for trapping pests, is collected to 4 kinds of monochromatic light in a lamp, and spectral region is wide, lure worm kind reasonable, not very few, also maximum minimizing the injury to beneficial insect, simultaneously, this patent utilizes IC to control LED lamp by frequency scintillation, attracts insect ability significantly to strengthen. And because the utility model is provided with deinsectization device, can, by luring the insect coming to catch all in one draft, greatly improve technique effect.

Brief description of the drawings

Fig. 1 is the circuit diagram of the utility model electric power system;

Fig. 2 is the circuit diagram of the utility model frequent flashing control system and LED luminescence component;

Fig. 3 is the circuit diagram of the utility model Constant Current Control System.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is further elaborated.

A kind of stroboscopic LED lures worm, trapping lamp, and above-mentioned LED lures worm, trapping lamp to comprise: electric power system, and electric power system comprises transformer and rectifying and voltage-stabilizing module; For realizing the frequent flashing control system of stroboscopic, for ensureing the constant-current system that LED electric current is not out of control and organizing LED luminescence component more. It specifically consists of and comprises HL2202 integrated circuit and four triodes and necessary peripheral circuit, wherein the Q1 of HL2202 integrated circuit, Q2, Q3, Q4 are connected through 10K Ω resistance with the base stage of four triodes respectively, and emitter stage connects the VCC terminal of voltage stabilizing 12V. The colelctor electrode of four above-mentioned triodes is connected with each group LED luminescence component respectively, organize each group luminescence component of LED luminescence component by the imitative lumen LED lamp pearl composition of monochrome, and every group of LED lamp pearl emission wavelength is not identical more. The emission wavelength of four groups of LED luminescence components is respectively 400nm, 440nm, 544nm, 580nm. In when work, the OSC pin outer meeting resistance electric capacity of HL2202 integrated circuit, according to the concrete worm needs that lure, is exported in turn high level on output pin Q1, Q2, Q3, Q4, drives respectively triode conducting, to select not light source luminescent on the same group. Constant current control adopts an AMC7135 constant current chip and peripheral circuit to form, and ensures that LED electric current is not out of control, has improved overall stability. Electric power system adopts transformer and the rectifying and voltage-stabilizing piece composition of an output 12V power 12W. Constant Current Control System comprises an AMC7135 constant current chip. Electric power system comprises transformer and rectifying and voltage-stabilizing module. Solar electric power supply system comprises a lamp bracket, battery, ballast and stepup transformer, and wherein the both sides, upper end of lamp bracket are connected with respectively a solar panel and a wind turbine generator, and lamp bracket bottom is connected with a triangle fixed support; Battery is fixed on described lamp bracket, and battery is connected with solar panel and wind turbine generator respectively; Ballast is fixed on described lamp bracket, and ballast is connected with battery; Stepup transformer is fixed on lamp bracket, and stepup transformer is connected with described battery. Deinsectization device comprises high-voltage fence, conical hopper and collection worm bag, high-voltage fence is connected with stepup transformer, conical hopper is connected with high-voltage fence, described conical hopper is positioned at the below of described high-voltage fence vertical direction, collection worm bag is connected with described conical hopper, and described collection worm bag is positioned at the below of described conical hopper vertical direction.

Claims (8)

1. stroboscopic LED lures worm, a trapping lamp, it is characterized in that: described energy-saving LED lures worm, trapping lamp to comprise: solar electric power supply system, for realizing the frequent flashing control system of stroboscopic, for ensureing LED electric current constant-current system not out of control, four groups of LED luminescence components and deinsectization device.

2. stroboscopic LED according to claim 1 lures worm, trapping lamp, it is characterized in that: every one-level luminescence component of four groups of described LED luminescence components is by the imitative lumen LED lamp pearl composition of monochrome, and every group of LED lamp pearl emission wavelength is not identical.

3. stroboscopic LED according to claim 2 lures worm, trapping lamp, it is characterized in that: the emission wavelength of four groups of described LED luminescence components is respectively 400nm, 440nm, 544nm, 580nm.

4. stroboscopic LED according to claim 1 lures worm, trapping lamp, it is characterized in that: described frequent flashing control system comprises HL2202 integrated circuit and four triodes, wherein the Q1 of HL2202 integrated circuit, Q2, Q3, Q4 are connected through 10K Ω resistance with the base stage of four triodes respectively, and the colelctor electrode of four described triodes is connected with each group LED luminescence component respectively.

5. according to claim 1 or described stroboscopic LED lures worm, trapping lamp, it is characterized in that: described Constant Current Control System comprises an AMC7135 constant current chip.

6. stroboscopic LED according to claim 1 lures worm, trapping lamp, it is characterized in that: described solar electric power supply system comprises transformer and rectifying and voltage-stabilizing module.

7. stroboscopic LED according to claim 1 lures worm, trapping lamp, it is characterized in that: described solar electric power supply system comprises a lamp bracket, battery, ballast and stepup transformer, the both sides, upper end of wherein said lamp bracket are connected with respectively a solar panel and a wind turbine generator, are connected with a triangle fixed support in described lamp bracket bottom; Described battery is fixed on described lamp bracket, and described battery is connected with described solar panel and described wind turbine generator respectively; Described ballast is fixed on described lamp bracket, and described ballast is connected with described battery; Described stepup transformer is fixed on described lamp bracket, and described stepup transformer is connected with described battery.

8. stroboscopic LED according to claim 1 lures worm, trapping lamp, it is characterized in that: described deinsectization device comprises high-voltage fence, conical hopper and collection worm bag, described high-voltage fence is connected with described stepup transformer, described conical hopper is connected with described high-voltage fence, described conical hopper is positioned at the below of described high-voltage fence vertical direction, described collection worm bag is connected with described conical hopper, and described collection worm bag is positioned at the below of described conical hopper vertical direction.