Solar-energy self-control multimode efficient pest trap

A multi-mode, solar energy technology, applied in forest, animal husbandry, insecticide, and agricultural fields, can solve the problems of low pest trapping rate, complicated operation, and single method of trapping pests, and achieve the effect of enriching different spectrums and improving trapping efficiency.

Pending Publication Date: 2017-11-24
贵州合聚融创科技有限公司
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AI-Extracted Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide a solar energy self-control multi-mode high-efficiency pest trap, which integrates the technology of compound light lure, compound color lure, and compound information lure technology, and uses wind suction to ...
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Method used

Accumulator has waterproof function; Base is provided with anti-theft bolt, avoids accumulator from being stolen.
Protective cover 31 inner wall all adopts plane reflector 331 all around, effectively promotes (magnifies) insect trap lamp radiation area (distance), synergizes and saves energy. Just below the main light 321 of the insect trap lamp, a conical reflector 332 is arranged to further enhance the intensity of the light and improve the trapping effect.
Upper fan 341 is installed in protective cover 31, and its effect is to make the air-flow in the protective cover move downwards, impels the pest that flies into upper fan action interval to enter insect storage bag, improves trapping effect. There is a hole in the middle of the tapered reflector 332 to install the lower fan 342, which cooperates with the upper fan to form a downward strong airflow, so that the pests near the lamp tube cannot escape, and are drawn into the insect storage bag 37 below the fan. Both upper and lower fans are axial flow energy-saving fans. The power of the upper fan 341 is about 1/3 of the power of the lower fan 342; according to the activity habits of insects, the fan works during the daytime preset period.
[0024] The solar panel 11 is placed on the top of the supporting hollow tube 23, and the direction can be freely adjusted according to the local sunshine and season. The solar panel 11 is available in monocrystalline silicon and polycrystalline silicon depending on the region. The power is about 60W, the working voltage is set to 12V, and the working time can be set by yourself. The circuit controller 12 is placed in the protective cover 31, and has waterproof and moisture-proof, component reverse connection, overload and short-circuit protection, charging explosion-proof function, and automatic protection when...
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Abstract

The invention discloses a solar-energy self-control multimode efficient pest trap. The solar-energy self-control multimode efficient pest trap comprises a power supply system, a support system and a trap system and is characterized in that the trap system comprises a palace-lantern-shaped protective cover (31), a main trap lamp (321) is arranged below the palace-lantern-shaped protective cover (31), and a pest storage bag (37) is arranged below the main trap lamp (321). By the solar-energy self-control multimode efficient pest trap, the problems that a pest trap mode is single, pest trap rate is low, trapped pests cannot be recycled, energy consumption is high, operation is complex, production cost is high and the like in the prior art are solved.

Application Domain

Technology Topic

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  • Solar-energy self-control multimode efficient pest trap
  • Solar-energy self-control multimode efficient pest trap
  • Solar-energy self-control multimode efficient pest trap

Examples

  • Experimental program(1)

Example Embodiment

[0022] Examples:
[0023] Reference figure 1 , figure 2 with image 3 This embodiment provides a solar-powered automatic control wind-suction pest trap. The trap mainly includes three parts: a power supply system, a support system, and a trapping system. The power supply system 1 includes a solar panel 11, a circuit controller 12, a storage battery 13, and a voltage display 14. The supporting system 2 includes a base 21, a height-elevating bracket 22 and a hollow tube 23. The trapping system 3 includes a palace lantern-shaped protective cover 31, an insect trap main lamp 321, an insect trap auxiliary lamp 322, a flat reflector 331, a tapered reflector 332, an upper fan 341, a lower fan 342, an insect trap color plate clip 351, Insect attracting color board 352, information attractant 36 and insect storage bag 37.
[0024] The solar panel 11 is placed on the top of the supporting hollow tube 23, and the direction can be adjusted freely according to the local sunshine and the season. The solar panel 11 should be in different regions. There are monocrystalline silicon and polycrystalline silicon. The power is about 60W, the working voltage is set to 12V, and the working time can be set by yourself. The circuit controller 12 is placed in the protective cover 31, which has water-proof and moisture-proof, component reverse connection and overload short-circuit protection, charging explosion-proof function, and automatic protection when the voltage is lower than 10.8V. The parameter of the special colloidal battery 13 for solar energy is DC12V/50Ah, which is maintenance-free and can work continuously for 6-7 rainy days. The output end of the solar panel 11 is connected to the current and voltage acquisition input end of the circuit controller 12, the charge and discharge output/input end of the circuit controller 12 is connected to the charge and discharge input/output end of the battery 13, and the load control of the circuit controller 12 The output end is loaded on the working joints at both ends of the trapping system. The voltage display 14 can quickly determine the working status of the battery board or accumulator in the power supply system.
[0025] The circuit controller 12 includes light control, time control modules, intelligent control, and can adjust the working time of the system according to the actual situation, that is, when the light intensity reaches the set intensity, the solar panel charges the battery, and it has built-in Controller, wire and voltage indicator. To facilitate observation and control, the LCD panel of the voltage display is placed on the lower edge of the protective cover.
[0026] The circuit controller 12 has waterproof and moisture-proof, component reverse connection and overload short-circuit protection, charging explosion-proof function, and automatic protection when the voltage is lower than a certain value.
[0027] The solar panel is placed on the top of the bracket, the circuit controller is placed in the protective cover, the battery is placed in the base, and the trapping system is placed in the upper middle of the bracket.
[0028] The battery is waterproof; the base is equipped with an anti-theft bolt to prevent the battery from being stolen.
[0029] The angle formed by the solar panel and the support is 30°-75°, and the solar panel can rotate around the support.
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Description & Claims & Application Information

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