CN104255686A

CN104255686A - Network type solar energy LED (light emitting diode) pyralidae insect trapping lamp

Info

Publication number: CN104255686A
Application number: CN201410569144.9A
Authority: CN
Inventors: 王猛
Original assignee: SUZHOU USTC WEILONG INFORMATION TECHNOLOGY Co Ltd
Current assignee: SUZHOU USTC WEILONG INFORMATION TECHNOLOGY Co Ltd
Priority date: 2014-10-23
Filing date: 2014-10-23
Publication date: 2015-01-07

Abstract

The invention relates to a network type solar energy LED pyralidae insect trapping lamp. The network type solar energy LED pyralidae insect trapping lamp structurally comprises a solar positioning system, a control module, an LED light box, a solar photovoltaic module, a trapped insect collecting box and a lampstand. According the network type solar energy LED pyralidae insect trapping lamp, by means of the sensitivity of pyralidae insects to light with a wavelength of 320-400 nm, the living habits and the physiological property of night flying of the pyralidae insects and by calculating time and angles through the solar positioning system, a computer software system automatically computes trapping time according different seasons and automatically power on LED lamps at the specific flying time angle of the pyralidae insects through wireless network to achieve trapping; a trapped insect collector above an LED lamp disc performs trapping and collection. The network type solar energy LED pyralidae insect trapping lamp can reduce the number of pyralidae insect colonies, and by means of a physical prevention method, can avoid the problems such as drug resistance and environmental pollution due to utilization of pesticides to achieve a green and pollution-free planting mode.

Description

A kind of Pyralidae network-type solar LED lamp installed on farms to catch insects in night time

Technical field

The present invention relates to a kind of Pyralidae network-type solar LED lamp installed on farms to catch insects in night time, belong to the technical field of plant pest management.

Background technology

The Yang Sui phase when Rice Cropping is bloomed, on the occasion of the time that striped rice borer growth is the most prosperous, the parasitized larvae of striped rice borer, on spike of rice, causes the situation of dead ears, cause the underproduction even to have no harvest economic loss, current prevention and controls, the general pesticide control adopting insecticide, a large amount of uses of insecticide, not only environmental pollution can be caused, cause ecological disequilibrium in soil, soil vitality along with the increase of formulation rate, and reduces the vigor of soil; Along with the raising of people's living standard, environmental protection meaning strengthens, to healthy attention, expand market for ecological organic agricultural product demand, rice is our main food, and how using physical control method to administer insect on paddy rice, is the major issue needing at present to solve.

Summary of the invention

For existing technical deficiency, the object of the invention is a kind of Pyralidae network-type solar LED lamp installed on farms to catch insects in night time, application Pyralidae insect is to the visual acuity wave band of the optical wavelength of optical wavelength 335nm-400nm and the mode of dynamically glimmering, attract the insect of Pyralidae, utilize computer software, the time angle of computing sun every day, coordinate the activity time of Pyralidae different cultivars, automatic calculating controls signal, through wireless network, the time of the Push And Release of Intelligent control LED lamp, trapping Pyralidae moves insect, be placed in collection vessel above, place stalk candy ferments liquid, be warmed to 38 DEG C, trap its feed, after entering collection vessel, directly slaughter with high temperature, its Population is reduced with this, and then reach the prevention and controls of green non-pollution.

For realizing above-mentioned object, the present invention is a kind of Pyralidae network-type solar LED lamp installed on farms to catch insects in night time, described a kind of Pyralidae network-type solar LED lamp installed on farms to catch insects in night time comprises following structure composition, solar energy navigation system, WIFI wireless transmission module, control module, concussion flicker module, LED case, photovoltaic module, insect-catching collecting box, lamppost composition.

The device of Pyralidae network-type solar LED lamp installed on farms to catch insects in night time and an operation principle, comprise the following steps:

(1), solar energy navigation system, write with computer software, according to sun running rails, calculate the longitude and latitude of sun landing, converse time-angle, through wireless network, send and control the wireless module of signal to LED case;

(2), further by signal reception module, after receiving signal, be transferred to the control module of LED case, after being resolved by control module, control unlatching or the closedown of LED lamp bead, controlled the flicker of LED by concussion flicker module (PWM) of control module;

(3), LED case is made up of 10 365nm, 10 375nm, 10 395nm, control module, iron lithium phosphate batteries;

(4), 2/3 place of lamppost, a square platform is set, above platform, places LED case, above lamp box, place insect-catching collecting box;

(5) square platform is set, further above lamppost, places photovoltaic module;

(6), LED case be shaped to square moulding, one piece, 12mm rigidifying glass is set above lamp box;

(7), insect-catching collecting box is shaped to Three-dimentional square shape, and material forms with transparent organic glass, is positioned on LED case.

Advantage of the present invention:

Compared with prior art, the present invention adopts by the different visual acuity wavelength of Pyralidae, produce the dynamic optical of flicker in order to trapping, and insect-catching collector is placed on above lamp box, after insect is subject to the attraction of light, in direct input collection vessel, the dead insect of direct heat, by sun position system, the time-angle of automatic calculating every day, the conversion of the time of carrying out, coordinate active behavior not of the same race, through wireless network, the unlatching of Intelligent control LED lamp, belong to physical prevention and controls, agricultural chemicals can not be used, reach the control of insect, realize the cropping pattern requirement of ecological organic agricultural, the problem of the crops non agricultural chemical residuum produced.

Accompanying drawing explanation

Fig. 1 is a kind of Pyralidae network-type solar LED structure of insect catching lamp figure of the present invention;

embodiment

A kind of Pyralidae network-type solar LED structure of insect catching lamp figure of the present invention is described in detail below in conjunction with accompanying drawing 1

1, LED case: lamp box by (1-1) 9 320NMLED lamp pearls, (1-2) 9 365NMLED lamp pearls, (1-3) 9 375NM lamp pearls,

(1-4) 9 395NM lamp pearls, (1-5) control module, (1-6) iron lithium phosphate battery combination;

Wherein control module comprises WIFI wireless module, PWM oscillator, LED control circuit;

2, insect-catching collector

3, photovoltaic

4, lamppost

Its operation principle is as follows:

1), by sun position system, according to longitude and latitude, the season at light fixture place, automatically calculate the time angle of the sun, converse the local time, according to the activity time of aleyrodid, carry out the calculating of switch control signal;

2), further by the signal after having calculated, through wireless network transmissions, module reception signal is transmitted by the WIFI of control module;

3), WIFI transmits module and receives after signal, by control module analytic signal, controls PWM module, carries out the frequency lighted with glimmer of LED;

4), LED lamp, place insect-catching collector above, collection vessel is placed and is lured sugar-vinegar liquid and the warmer of worm;

5), power supply by solar photovoltaic module, convert electricity to from sunshine, by iron lithium phosphate battery storage.

The present invention is by the running track of the sun, the light sensitive characteristic of Pyralidae insect, active behavior, by computer intelligence according to circadian clock body clock, calculate the trapping time, the frequency lighted with glimmer of lamp box is directly controlled through wireless network, and then in trapping to insect-catching collector, reach the effect of slaughtering, in order to reduce the biocenose of insect, to reach the effect of control, what adopt is physical Intelligent prevention and cure method, reach control of insect not need to use agricultural chemicals, realize the cropping pattern requirement of ecological organic agricultural, the problem of the crops non agricultural chemical residuum produced.

Although the present invention discloses as above with preferred embodiment; so itself and be not used to limit the present invention, any those skilled in the art, without departing from the spirit and scope of the present invention; when doing a little amendment and perfect, therefore protection scope of the present invention is when being as the criterion of defining with claims.

Claims

1. a Pyralidae network-type solar LED lamp installed on farms to catch insects in night time, is characterized in that: solar energy navigation system, WIFI wireless transmission module, control module, concussion flicker module, LED case, photovoltaic module, insect-catching collecting box, lamppost composition.

2., as claim 1 Pyralidae network-type solar LED lamp installed on farms to catch insects in night time, it is characterized in that:

(3), LED case by 10 365 ± 20nm, control module, iron lithium phosphate battery form;

(5) square platform is set, further above lamppost, places photovoltaic module;

(7), insect-catching collecting box is shaped to Three-dimentional square shape, and material forms with transparent organic glass, above the lamp box being positioned over LED.