KR200473843Y1 - Insect-pest capturing apparatus using LED illumination and pheromone - Google Patents

Abstract

The present invention relates to a pest collecting apparatus using LED lighting and pheromone, wherein the pest collecting apparatus using the LED lighting and pheromone of the present invention is installed under the LED lighting unit and LED lighting unit emitting light of a wavelength of 380 to 530 nm, A collecting unit installed between the LED lighting unit and the pheromone generating unit for collecting and collecting insects plowed by light or pheromone, an LED lighting unit disposed between the LED lighting unit and the collecting unit, A solar cell cover installed at an upper portion of the LED illumination unit to protect the LED illumination unit from the external environment and to generate electric energy by focusing sunlight; A battery that provides electrical energy to replace the electrical energy of the solar cell when the electrical energy generated by the solar cell is exhausted, A short distance wireless communication unit for performing short range wireless communication with an external terminal and receiving and transmitting a drive control signal of the LED illumination unit or the suction fan, and a short distance wireless communication unit for receiving the drive control signal, And a controller for driving the LED lighting unit or the suction fan to collect insects and driving the LED lighting unit or the suction fan using electric energy provided by the battery when the electric energy provided by the solar cell cover is exhausted, . This allows you to express your favorite wavelengths and fragrances simultaneously, so that you can display the favorite pests' wavelengths to attract and collect the pests, as well as display the smell of the pests that are attracted to the pests. have.

Description

[0001] The present invention relates to an insect-pest capturing apparatus using LED illumination and pheromone,

The present invention relates to a pest collecting apparatus, and more particularly, to a pest collecting apparatus and a pest collecting method using LED lighting and pheromone capable of collecting pests using LED lighting and pheromone.

Pests have been reported to cause various diseases, cause skin diseases such as skin itching, and mediate various infectious diseases.

As such, pests that directly or indirectly cause harm to the human body are living in all the living spaces of human beings, including residential areas, and the human body is easily exposed to these pests.

Generally, as a method for relieving these various insects, a method using a poison such as an insecticide is widely used.

However, the use of poisons such as insecticides should be very careful to handle and use as it not only kills pests but also has a fatal effect on the human body

Another method of relieving pests is to spread the positively applied porgy on the floor of the room or hang it on the ceiling, so that if the parasite or mosquito sits on the floor or gets stuck, it is widely used to avoid natural escape.

However, the presence of flies or mosquitoes sticking to sticky - like poses is not good either visually or hygienically.

An object of the present invention is to provide a pest collecting apparatus using LED light and pheromone capable of simultaneously expressing a wavelength and a fragrance favorite by a pest.

In order to achieve the above object, the present invention provides an LED lighting unit for emitting light with a wavelength of 380 to 530 nm, a pheromone generating unit installed below the LED lighting unit for emitting pheromone to attract insects, A suction fan installed between the LED illumination unit and the collecting unit for sucking insects into the collecting unit, and a suction fan installed between the LED lighting unit and the collecting unit for sucking and insecting pests attracted by light or pheromone, A solar cell cover including a solar cell for protecting the LED illuminating unit from an external environment and generating solar energy by focusing solar light, a solar cell cover installed inside the solar cell cover to exhaust electric energy generated by the solar cell A battery for providing electrical energy to replace the electric energy of the solar cell, and a short-range wireless communication with an external terminal A short range wireless communication unit for receiving and transmitting a driving control signal of the LED illumination unit or the suction fan, and a short distance wireless communication unit for receiving the driving control signal through the short distance wireless communication unit, A controller for driving the lighting unit or the suction fan to collect pests and driving the LED lighting unit or the suction fan using electric energy provided by the battery when the electric energy provided by the solar cell cover is exhausted, The present invention provides a pest collecting apparatus using LED lighting and pheromone.

In the pest collecting apparatus using the LED lighting and the pheromone of the present invention, when the control unit receives the driving control signal of the battery through the short-distance wireless communication unit, the control unit drives the battery to provide electric energy.

A pest collecting apparatus using LED lighting and pheromone of the present invention includes an illuminance sensor for sensing the brightness of an external environment and the control unit drives the LED illuminating unit or the suction fan according to the brightness sensed by the illuminance sensor And collecting pests.

A pest collecting apparatus using LED lighting and pheromone according to the present invention includes a temperature sensor for sensing a temperature of an external environment and the control unit drives the LED lighting unit or the suction fan according to a temperature sensed by the temperature sensor And collecting pests.

In the pest collecting apparatus using LED lighting and pheromone of the present invention, when the control unit receives the driving frequency control signal of the LED lighting unit or the suction fan through the short-distance wireless communication unit, the control unit controls the electric energy generated in the solar cell cover And the LED illumination unit or the suction fan is driven to collect pests.

The present invention relates to an LED lighting unit for emitting light having a wavelength of 380 to 530 nm, a pheromone generating unit installed below the LED lighting unit for emitting a pheromone to induce insect pests, a pheromone generating unit installed around the pheromone generating unit, A suction fan installed between the LED lighting unit and the collecting unit for sucking insects into the collecting unit, a suction fan installed on the LED lighting unit for protecting the LED lighting unit from the external environment, And a solar cell cover including a solar cell for collecting solar energy and generating electric energy, and a solar cell cover installed inside the solar cell cover to replace electric energy of the solar cell when electric energy generated in the solar cell is exhausted A battery providing electric energy, and a short-range wireless communication with an external terminal, so that the LED illumination unit or the suction fan And a driving unit for driving the LED lighting unit or the suction fan by using the electric energy generated by the solar cell cover when the driving control signal is received through the short range wireless communication unit, A controller for driving the LED lighting unit or the suction fan to draw insects by using electric energy provided by the battery when the electric energy provided by the solar cell cover is exhausted, And a dispersing plate for dispersing air containing the pheromone sucked through the fan into the LED illuminating unit, the pheromone generating unit, and the collecting unit. The present invention also provides a pest collecting apparatus using LED lighting and pheromone.

According to the present invention, the LED light and the pheromone-based insect trapping apparatus can simultaneously display the wavelength and the fragrance of the insect pest, thereby displaying the wavelength of the insect pest, attracting and collecting the insect pest, It displays the favorite scent and attracts and collects insect pests.

1 is a block diagram of a pest collecting apparatus using LED lighting and pheromone according to an embodiment of the present invention.
FIG. 2 is a view showing a pest collecting apparatus using LED lighting and pheromone according to an embodiment of the present invention.
FIG. 3 is a view showing a pest collecting apparatus using LED lighting and pheromone with a dispersing plate according to an embodiment of the present invention.
4 is a block diagram of a pest collecting apparatus using LED lighting and pheromone according to another embodiment of the present invention.
5 is a view showing a pest collecting apparatus using LED lighting and pheromone according to another embodiment of the present invention.

It should be noted that only the parts necessary for understanding the embodiment of the present invention will be described in the following description, and the description of the other parts will be omitted so as not to disturb the gist of the present invention.

The terms or words used in the present specification and claims should not be construed as limited to ordinary or dictionary meanings, and the inventor is not limited to the meaning of the term in order to describe its own design in the best way. And to be able to define it in terms of the concept of the technical idea of the present invention should be interpreted as meaning and concept. Therefore, the embodiments described in the present specification and the drawings are merely preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, various equivalents And variations are possible.

FIG. 1 is a block diagram illustrating a configuration of a pest collecting apparatus using LED lighting and pheromone according to an embodiment of the present invention, and FIG. 2 is a view illustrating a pest collecting apparatus using LED lighting and pheromone according to an embodiment of the present invention .

1 and 2, a pest collecting apparatus 100 according to an embodiment of the present invention includes an LED lighting unit 40, a pheromone generating unit 50, a collecting unit 52, a suction fan 60, A cover 14, a battery 12, a short-range wireless communication unit 20, and a control unit 10.

The LED lighting unit 40 includes a plurality of LEDs that emit light in at least one different wavelength band.

That is, when the LED illumination unit 40 serves as an illumination light, a plurality of LEDs that emit white light mainly emit light. When the LED illumination unit 40 attracts and collects insects, it mainly emits light of a wavelength of 380 to 530 nm A plurality of LEDs may emit light.

For example, the LED lighting unit 40 can emit only the light of the wavelengths preferred by the insects, without turning on the white light functioning as the illumination light at the time of 10 to 12 o'clock after the end of the work of the people.

In addition, when the LED illumination unit 40 serves as an illumination lamp and attracts and collects pests, a plurality of LEDs that emit white light and a plurality of LEDs that emit light of a wavelength of 380 to 530 nm preferred by insects It can emit light at the same time.

At this time, the LED illumination unit 40 is formed to have a dual structure, so that white light is emitted to the front surface of the LED illumination unit 40 to function as an illumination light, and light of a wavelength preferred by the insects is emitted to the rear surface, Can be attracted and collected.

As described above, the LED lighting unit 40 can be controlled by the near field wireless communication unit 20 or the control unit 10 so that only the light desired by the user can be emitted.

Since the insect trapping by the LED lighting unit 40 does not require the chemical treatment such as the pesticide, the environment can be preserved without polluting the soil and the water quality.

The LED illumination unit 40 may be coated with an ultraviolet shielding film.

By coating the ultraviolet ray chucking film, the LED lighting unit 40 can cut off ultraviolet rays that can be diverted due to manufacturing errors.

In other words, it can block ultraviolet rays that can have a fatal impact on people, such as skin diseases.

The pheromone generator 50 includes a pheromone capable of attracting insects.

Pheromone is a chemical transmitter that causes physiological and behavioral changes by insect pests and smells like (ZE) - 9,12 - tetradecadienyl acetate (jet, e - 9,12 - tetradecadienyl acetate) (ZE) -9, 12-tetradecadienol (jet, di-9,12-tetradecadienol), (ZE) 11 - hexadecadienol acetete (Jet, E-7.11 - hexadecadienol acetate), which acts as a pheromone in the back of a female's stomach, which induces males to smell.

The pheromone can be made into a capsule form so that it can be easily exchanged.

That is, since the pest living in the place where the pest collecting apparatus 100 is used may be different, the pest living in the place can be made into a capsule form so that it can be easily replaced with a favorite pheromone.

However, the technical idea of the present invention is not limited to this, and the pheromone may be included in the pheromone generator 50 and may be manufactured in various forms capable of emitting a fragrance attracting insects.

The pheromone generator 50 can be installed under the LED lighting unit 40 to attract insects.

Although the pheromone generator 50 is installed on the inner bottom surface of the insect trapping apparatus 100 under the LED illumination unit 40 in the embodiment of the present invention, the present invention is not limited to this, 40) in a variety of locations that can attract and attract pheromone.

The pheromone generating part 50 may be formed in a tubular structure having a lid capable of opening and closing the lid.

When the pheromone-generating portion 50 is formed in a tubular structure having a lid, it is possible to prevent the pheromone from radiating by covering the lid, and to open the lid so that the pheromone can radiate.

That is, when the pheromone-generating part 50 is formed in a tube structure having a lid, when the divergence of pheromone is not required, the lid is covered so that the pheromone does not radiate, thereby making it possible to use the pheromone for a long time.

The collecting part 52 can be installed around the pheromone generating part 50 so that it can suck and collect insects which are attracted to light or pheromone.

Light or pheromone emitted from the LED illumination unit 40 and the pheromone generation unit 50 attracts insects to the vicinity of the LED illumination unit 40 and the pheromone generation unit 50.

The attracted pests are collected near the LED lighting unit 40 and the pheromone generating unit 50 and can be introduced into the collecting unit 52 installed outside the pheromone generating unit 50.

The trapping part 52 can be formed of a fine mesh net which can not escape even a small insect pest. The entrance of the trapping part 52 can be formed by a conical inlet And can collect pests.

The collecting part 52 can be provided with a binding means on the outer surface of the entrance of the collecting part 52. When the binding means are bonded to each other, only the collecting part 52 can be separated from the insect trapping device 100. [

Therefore, the collecting section 52 can be separated from the insect trapping apparatus 100 and can easily clean the collected insects through the collecting section 52.

The suction fan 60 can be installed between the LED lighting unit 40 and the collecting unit 52 to suck insects into the collecting unit 52.

The suction fan (60) has a motor, and rotates by the driving force of the motor to make a flow of air from top to bottom.

That is, the suction fan (60) makes a flow of air from the top to the bottom, so that the insect pest can be sucked into the collecting part (52) provided below the suction fan (60).

The solar cell cover 14 includes a solar cell 15 installed at an upper portion of the LED illumination unit 40 to protect the LED illumination unit 40 from the external environment and to focus solar light to generate electric energy.

For example, when the insect trapping apparatus 100 is used in an outdoor environment where rain or snow falls, rain or snow may leak into the LED lighting unit 40 or the suction fan 60, resulting in failure of the insect trapping apparatus 100.

However, when the freshly-shaped solar cell cover 14 is installed on the upper portion of the LED lighting unit 40, rain or snow can be prevented from penetrating into the LED lighting unit 40 or the suction fan 60, It is possible to prevent the failure.

The solar cell cover 14 is formed in the shape of a umbrella, but the technical idea of the present invention is not limited to this, but may be a shape of a dome or the like, an LED lighting unit 40 or a suction fan 60 may be employed.

The solar cell cover 14 includes a solar cell 15 that collects sunlight to generate electrical energy. The solar cell 15 converts light provided from the surroundings, particularly light provided from the sun, into electricity, It is possible to provide the electric energy capable of operating the collecting apparatus 100.

The battery 12 may be provided inside the solar cell cover 14 to provide electric energy to replace the electric energy of the solar cell 15 when the electric energy generated by the solar cell 15 is exhausted.

The electric energy generated by the solar cell 15 may not be sufficient to use the insect trapping apparatus 100 for a long time or to use the insect trapping apparatus 100 in a cloudy weather or in the evening when there is little sunlight.

At this time, the battery 12 usable in place of the electric energy provided by the solar cell 15 may be provided to operate the insect trapping apparatus 100 with the electric energy provided by the battery 12.

In the embodiment of the present invention, a portable battery that can be installed inside the solar cell cover 14 is used. However, the technical idea of the present invention is not limited to this, and various batteries capable of providing electric energy as well as a battery can be used Also, a battery large enough to be installed inside the solar cell cover 14 can be used by being connected to the insect trapping apparatus 100 by using electric wires.

The short-range wireless communication unit 20 performs short-range wireless communication with an external terminal, and receives and transmits a drive control signal of the LED illumination unit 40 or the suction fan 60.

The control unit 10 drives the LED lighting unit 40 or the suction fan 60 by using the electric energy generated by the solar cell cover 14 to receive the drive control signal through the short distance wireless communication unit 20, Collect.

The external terminal may be in the form of a remote control.

That is, the external terminal includes an input unit capable of inputting various drive control signals for controlling the insect trapping apparatus 100.

When the drive control signal of the LED illumination unit 40 is transmitted to the insect trapping apparatus 100 through the input unit of the external terminal, the short range wireless communication unit 20 receives the drive control signal.

The short range wireless communication unit 20 transmits the received drive control signal to the control unit 10 and the control unit 10 drives the LED illumination unit 40 using the electric energy generated from the solar cell cover 14. [

The control unit 10 drives the LED illumination unit 40 to emit light from the LED illumination unit 40 and emit light when the drive control signal of the LED illumination unit 40 emitted from the external terminal emits light The control unit 10 drives the LED illumination unit 40 so that the LED illumination unit 40 stops emitting light.

The wavelength band of the light emitted from the LED illumination unit 40 is changed through the control unit 10 when the drive control signal of the LED illumination unit 40 transmitted through the external terminal changes the wavelength band of light.

When the drive control signal of the suction fan 60 is transmitted to the insect trapping apparatus 100 through the input unit of the external terminal, the short range wireless communication unit 20 receives the drive control signal.

The short range wireless communication unit 20 transmits the received drive control signal to the control unit 10 and the control unit 10 drives the suction fan 60 using the electric energy generated from the solar cell cover 14. [

The control unit 10 drives the suction fan 60 to drive the suction fan 60 so that the suction fan 60 is driven and the suction fan 60 is driven when the drive control signal of the suction fan 60 transmitted through the external terminal drives the suction fan 60. [ If the signal is to stop the fan 60, the control unit 10 stops the suction fan 60, and the suction fan 60 is stopped.

The LED lighting unit 40 and the suction fan 60 are controlled through the short range wireless communication unit 20 and the control unit 10 and the short range wireless communication unit 20 and the control unit 10 control the LED Only the illumination unit 40 or the suction fan 60 can be controlled and the LED illumination unit 40 and the suction fan 60 can be simultaneously controlled.

The control unit 10 can drive the LED lighting unit 40 or the suction fan 60 by using the electric energy provided by the battery 12 when the electric energy provided by the solar cell cover 14 is consumed, have.

That is, if the electric energy provided by the solar cell cover 14 is exhausted and the LED lighting unit 40 or the suction fan 60 can not be driven, the control unit 10 uses the electric energy provided by the battery 12 The LED illumination unit 40 or the suction fan 60 can be driven to collect the pests.

The use of the electric energy provided by the battery 12 can be utilized even when the electric energy provided by the solar cell cover 14 is not exhausted.

That is, the short range wireless communication unit 20 performs short range wireless communication with the external terminal to receive and transmit the drive control signal of the battery 12, and the control unit 10 controls the battery 12 via the short range wireless communication unit 20, The battery 12 can be driven to provide electrical energy.

Accordingly, when the electric energy provided by the solar cell cover 14 is consumed, the controller 10 can use the electric energy provided by the battery 12, and the electric energy provided by the solar cell cover 14 is not consumed It is possible to use the electric energy provided by the battery 12 through the battery 12 driving control signal of the external terminal.

The short range wireless communication unit 20 performs short range wireless communication with the external terminal and receives and transmits the driving frequency control signal of the LED illumination unit 40 or the suction fan 60. The control unit 10 controls the short range wireless communication unit 20, The LED lighting unit 40 or the suction fan 60 can be driven by using the electric energy generated by the solar cell cover 14. [

When the control unit 10 receives the driving frequency control signal for controlling the LED lighting unit 40 through the short distance wireless communication unit 50, the LED lighting unit 40 emits light only for the time period set in the driving frequency control signal.

For example, if the driving frequency control signal is a signal having a driving time of one hour, the LED lighting unit 40 can emit light for one hour from the time when the signal is received.

In addition, if the driving frequency control signal is a signal in which the driving time is set from 13:00 to 18:00 every day, the LED lighting unit 40 can emit light only for a period of time from 13:00 to 18:00.

When the control unit 10 receives the driving frequency control signal for controlling the suction fan 60 through the short-range wireless communication unit 50, the suction fan 60 outputs the driving frequency control signal for controlling the suction fan 60 only for the time period set in the driving frequency control signal .

For example, if the driving frequency control signal is a signal having a drive time of one hour, the suction fan 60 can be driven for one hour from the time when the signal is received.

In addition, if the driving frequency control signal is a signal in which the driving time is set from 13:00 to 18:00 every day, the suction fan 60 can be driven only during the time from 13:00 to 18:00.

The LED illumination unit 40 and the suction fan 60 are controlled through the short range wireless communication unit 20 and the control unit 10 and only the LED illumination unit 40 or the suction fan 60 is controlled according to the driving frequency control signal And the LED lighting unit 40 and the suction fan 60 can be controlled simultaneously.

FIG. 3 is a view showing a pest collecting apparatus using LED lighting and pheromone with a dispersing plate according to an embodiment of the present invention.

3, the dispersing plate 70 is disposed below the collecting unit 52 and includes air containing pheromone sucked through the suction fan 60 into the LED lighting unit 40, the pheromone generating unit 50, (52).

The dispersing plate 70 is capable of dispersing the air sucked in the suction fan 60 around the insect trapping apparatus 100. In the process of sucking the attracted insect pest using the suction fan 60, And the incidence of pests caused by the fragrance emitted from the pheromone can be reduced.

That is, the dispersing plate 70 disperses the pheromone fragrance directed to the downward direction of the suction fan 60 through the suction fan 60 also around the insect trapping apparatus 100, so that the pheromone fragrance can spread further.

FIG. 4 is a block diagram showing the construction of a pest collecting apparatus using LED lighting and pheromone according to another embodiment of the present invention, and FIG. 5 is a view showing a pest collecting apparatus using LED lighting and pheromone according to another embodiment of the present invention FIG.

4 and 5, a pest collecting apparatus 200 according to another embodiment of the present invention includes an LED lighting unit 40, a pheromone generating unit 50, a collecting unit 52, a suction fan 60, A cell cover 14, a battery 12, a short distance wireless communication unit 20 and a control unit 10 and may further include an illumination sensor 16 or a temperature sensor 18. [

4 and 5, the LED lighting unit 40, the pheromone generating unit 50, the collecting unit 52, the suction fan 60, the solar cell cover 14, the battery 12, the short- Are connected to the LED lighting unit 40, the pheromone generating unit 50, the collecting unit 52, the suction fan 60, the solar cell cover 14, the battery 12, the short- 20).

Therefore, the control unit 10, the illuminance sensor 16, and the temperature sensor 18 will be mainly described below.

The illuminance sensor 16 can sense the brightness of the external environment.

The control unit 10 can drive the LED lighting unit 40 or the suction fan 60 according to the brightness sensed by the illuminance sensor 16 to collect insects.

That is, depending on the degree of brightness, insects that are active may be different, pests that are mainly active during the day, and pests that are mainly active during the night. When the brightness sensor 16 senses the brightness of the external environment, Can emit light in a wavelength band that attracts pests that are mainly active in the brightness sensed by the light intensity sensor 16 and can drive the suction fan 60 to collect the pests well in the collecting part 52 .

In another embodiment of the present invention, the illuminance sensor 16 is installed above the solar cell cover 14, but the technical idea of the present invention is not limited to this, but may be a part of the insect trapping apparatus 200 It can be installed anywhere.

The temperature sensor 18 can sense the temperature of the external environment.

The control unit 10 can drive the LED illumination unit 40 or the suction fan 60 according to the temperature sensed by the temperature sensor 18 to collect insects.

That is, the insects that act according to the temperature may be different, and the pests that are mainly active in the summer and those that are active in the winter may be different. When the temperature sensor 18 senses the temperature of the external environment, It is possible to drive the suction fan 60 such that light of a wavelength band that attracts insects mainly active in the temperature sensed by the temperature sensor 18 is emitted or the insect is well trapped in the collecting unit 52.

In another embodiment of the present invention, the temperature sensor 18 is provided above the solar cell cover 14, but the technical idea of the present invention is not limited to this, and a temperature sensing part It can be installed anywhere.

The driving of the LED lighting unit 40 and the suction fan 60 can drive only the LED illumination unit 40 or the suction fan 60 and the LED illumination unit 40 and the suction fan 60 can be driven simultaneously Is the same as described above.

In the meantime, the embodiments disclosed in the drawings are merely examples of specific examples for the purpose of understanding, and are not intended to limit the scope of the present invention. It will be apparent to those skilled in the art that other modifications based on the technical idea of the invention other than those disclosed herein are possible.

10:
12: Battery
14: solar cell cover
15: solar cell
16: Light sensor
18: Temperature sensor
20:
40: LED lighting section
50: pheromone generator
52:
60: Suction fan
70: Dispersion plate
100, 200: insect trapping device

Claims (6)

An LED illumination unit emitting light of a wavelength of 380 to 530 nm;
A pheromone generator installed under the LED lighting unit and emitting pheromone to induce pests;
A collecting unit installed to surround the outside of the pheromone generating unit and collecting and collecting pests attracted by light or pheromone;
A suction fan installed between the LED illuminating unit and the collecting unit to suck insects into the collecting unit;
A solar cell cover installed on the LED lighting unit to protect the LED lighting unit from the external environment and to collect solar energy to generate electric energy;
A battery provided inside the solar cell cover to provide electric energy to be replaced with electric energy of the solar cell when electric energy generated in the solar cell is exhausted;
A short range wireless communication unit that performs short range wireless communication with an external terminal and receives and transmits a drive control signal of the LED illumination unit or the suction fan;
Wherein the control unit controls the LED lighting unit or the suction fan to collect pests by using the electric energy generated from the solar cell cover when the driving control signal is received through the short- And a control unit for driving the LED lighting unit or the suction fan using electric energy provided by the battery to induce pests,
The LED illumination unit may have a dual structure including a first LED that emits white light to one side of the illumination unit and a second LED that emits light of the wavelength preferred by insects at the other side of the LED illumination unit Pest insect collection device using LED lighting and pheromone. The method according to claim 1,
Wherein the control unit receives the drive control signal of the battery through the short-range wireless communication unit, and provides the electric energy by driving the battery. The method according to claim 1,
An illuminance sensor for sensing the brightness of the external environment; Lt; / RTI >
Wherein the control unit drives the LED lighting unit or the suction fan according to the brightness detected by the illuminance sensor to collect the insect pests. The method according to claim 1,
A temperature sensor for sensing the temperature of the external environment; Lt; / RTI >
Wherein the control unit drives the LED lighting unit or the suction fan according to a temperature detected by the temperature sensor to collect pests. The method according to claim 1,
The control unit receives the driving frequency control signal of the LED illumination unit or the suction fan through the short distance wireless communication unit and drives the LED illumination unit or the suction fan by using the electric energy generated from the solar cell cover, Wherein the pest control device is a pest control device. An LED illumination unit emitting light of a wavelength of 380 to 530 nm;
A pheromone generator installed under the LED lighting unit and emitting pheromone to induce pests;
A collecting unit installed to surround the outside of the pheromone generating unit and collecting and collecting pests attracted by light or pheromone;
A suction fan installed between the LED illuminating unit and the collecting unit to suck insects into the collecting unit;
A solar cell cover installed on the LED lighting unit to protect the LED lighting unit from the external environment and to collect solar energy to generate electric energy;
A battery provided inside the solar cell cover to provide electric energy to be replaced with electric energy of the solar cell when electric energy generated in the solar cell is exhausted;
A short range wireless communication unit that performs short range wireless communication with an external terminal and receives and transmits a drive control signal of the LED illumination unit or the suction fan;
Wherein the control unit controls the LED lighting unit or the suction fan to collect pests by using the electric energy generated from the solar cell cover when the driving control signal is received through the short- A controller for driving the LED lighting unit or the suction fan using electric energy provided by the battery to induce pests;
And a dispersing plate disposed under the collecting unit for dispersing air containing pheromone sucked through the suction fan into the LED lighting unit, the pheromone generating unit, and the collecting unit,
The LED illumination unit may have a dual structure including a first LED that emits white light to one side of the illumination unit and a second LED that emits light of the wavelength preferred by insects at the other side of the LED illumination unit Pest insect collection device using LED lighting and pheromone.

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