KR200453375Y1 - Pest trap device using LED - Google Patents

Abstract

The present invention relates to a pest trap device using an LED, and more particularly, the use of FAN by using light of a wavelength band (315 nm to 400 nm) that attracts pests and a wavelength band (570 nm to 580 nm) that the pest avoids. Not only does it generate noise, but it also saves energy consumption, and eliminates the risk of pest odor and electrocution caused by high voltage, so it can be used safely indoors or outdoors. The present invention relates to a pest trap device using an LED capable of controlling pests by providing a second light emitting means composed of LEDs, thereby preventing the insects from entering the entrance.
The pest trap device using the LED according to the present invention, the first light emitting means composed of LED to attract the pest, the light reflecting means capable of reflecting the light of the first light emitting means, and the first light emitting means A power supply means capable of supplying power, and a collecting means capable of storing attracted pests, wherein the first light emitting means comprises LEDs having a wavelength band of 315 nm to 400 nm, It further comprises a second light emitting means consisting of LEDs of the wavelength range of 570nm to 580nm to avoid.

Description

Pest trap device using LED {VERMIN TRAP DEVICE USING LED}

The present invention relates to a pest trap device using the LED, by using the light of the wavelength band (315nm to 400nm) to attract pests and the wavelength band (570nm to 580nm) avoided by the pest to reduce the noise caused by the use of FAN Not only does it occur, but it also saves energy. It eliminates the risk of pest odor and electrocution caused by high voltage, and can be used safely indoors or outdoors. By providing a second light emitting means relates to a pest trap device using an LED that can prevent the pest to go back to the entrance to enter the pest control.

Pests are usually classified as agricultural pests that grow plants or flowers, and sanitary insects that directly or indirectly harm humans, such as flies, mosquitoes or moths. Existing pests are provided with better conditions to reproduce due to environmental pollution and global warming. In addition, it has become more resistant to environmental pollution, and at this point, it is not clear how to control the perfect pest.

Generally, pests or pesticides are used to control pests. However, pesticides or pesticides used as a means to control pests are composed of ingredients harmful to the human body, and pesticides with harmful ingredients acts not only on pests, but also on insects, and the damage of the insects is considerable. In addition, pests have become more resistant to the pesticides, resulting in the emergence of pests that rarely die, and sometimes mutants.

In order to solve these problems, it is to use a lamp that attracts pests, and Korean Utility Model Registration No. 0214127 (Registration Date: 2000.12.07) discloses a collector for trapping a attracted pest in a collecting container using a FAN. , Korean Utility Model Registration No. 0444855 (Registration Date: 2009.06.04) discloses a method of capturing the insect pests attracted to the high pressure (1.5KV ~ 4.0KV) after using a manned lamp.

The conventional techniques have the effect of attracting pests and controlling them, but because of the use of FAN, it is impossible to use them indoors due to the noise. There was a problem of consumption. That is, a big problem arises that a lot of power to be used as a collector that requires a strong suction force.

In addition, the pest is burned due to the high pressure caused by the odor caused by the user's discomfort, especially in the food market there is a problem that is difficult to use, and when used in the room by the sound of the crackling "squeaking" occurs This requires unnecessary noise and attention, and the use of high pressure causes a problem that the risk of electric shock acts as a critical risk factor in the home of a child.

The present invention aims to solve the above problems, and an object of the present invention is to use FAN by using light of a wavelength band (315 nm to 400 nm) to attract pests and a wavelength band (570 nm to 580 nm) to avoid pests. It is possible to provide a pest trap device using an LED that can be safely used indoors or outdoors by not only generating noise due to the noise, but also reducing energy consumption and eliminating the odor and electrocution of pests caused by high voltage. Is in.

In addition, another object of the present invention is to provide a pest trap device using an LED that can control the pests by having a second light emitting means consisting of LED light of the wavelength band avoided by the pests do not go back to the entrance entrance To provide.

In order to achieve the above object, the pest trap device using the LED according to the present invention, in the pest trap device including an opening is formed in the upper portion, the inner space formed in communication with the opening, to attract pests The first light emitting means consisting of an LED for irradiating light toward the opening from the inside of the body, and the light of the first light emitting means is supported to be spaced apart from the body to the upper portion of the opening and irradiated toward the opening The light reflecting means for reflecting to the inner space of the body, the power supply means for supplying power to the first light emitting means, and the body is formed to be inclined in the form of a normal light underneath so as to contain pests introduced into the inner space of the body Insect pests for partitioning the inner space of the upper space and the lower space, and attracts pests inside the lower space It includes a collecting means having a attractant material, wherein the first light emitting means is composed of the LED of 315nm to 400nm wavelength band, is provided on the lower surface of the pest oil tool and is supplied with power from the power supply means the body Irradiating light toward the lower space of the, characterized in that it further comprises a second light emitting means consisting of LED of 570nm to 580nm wavelength band to avoid pests.

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In addition, the pest trap device using the LED according to the present invention, characterized in that the lower space of the body is further provided with an adhesive means for fixing the collected pests.

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According to the above configuration, the pest trap device using the LED according to the present invention uses FAN by using light of a wavelength band (315 nm to 400 nm) for attracting pests and a wavelength band (570 nm to 580 nm) to avoid pests. Not only does not generate noise, as well as reduce the energy consumed, and eliminates the risk of odor and electrocution of pests due to high voltage can be used safely indoors or outdoors.

In addition, the pest trap device using the LED according to the present invention is equipped with a second light emitting means that constitutes the light of the wavelength band avoided by the LED with the LED does not go back to the entrance where the pest enters has the effect of controlling the pest have.

1 is a block diagram showing a pest trap device using a pest control LED according to an embodiment of the present invention
Figure 2 is a front view showing a pest trap device using the LED according to an embodiment of the present invention
Figure 3 is a cross-sectional view showing a pest trap device using the LED according to an embodiment of the present invention

Hereinafter, with reference to the embodiment shown in the drawings will be described in more detail the pest trap device using the LED according to the present invention.

1 is a block diagram showing a pest trap device using the LED according to an embodiment of the present invention, Figure 2 is a front view showing a pest trap device using the LED according to an embodiment of the present invention, Figure 3 Figure is a cross-sectional view showing a pest trap device using an LED according to an embodiment of the present invention.

Referring to the drawings, the pest trap device using the LED according to an embodiment of the present invention, the first light emitting means 10, the light reflecting means 20, the power supply means 30, the collecting means 40 and It comprises a second light emitting means (50).

The first light emitting means 10 has an opening O formed at an upper portion so as to attract the pest I and the opening B is formed inside the body B having an internal space S communicating with the opening O. It consists of LED of 315nm -400nm wavelength band which irradiates light toward (O). The first light emitting means 10 has a variety of effects, characteristics and uses for each wavelength band, of which 570nm to 590nm wavelength band is used to combat pests, ultraviolet (UVA), that is, 315nm to 400nm wavelength band is a pest It is used for the purpose of attracting.

The light reflecting means 20 is supported by the upper portion of the opening (O) spaced apart from the body (B) and the light emitted from the first light emitting means 10 irradiated toward the opening (O) the body (B) It is provided in a funnel shape to facilitate the flow of the pest (I) to the configuration to reflect the internal space (S) of the. That is, the light reflecting means 20 is installed on the upper portion of the first light emitting means 10 in order to completely attract the pest (I) to the light emitted from the first light emitting means 10, the loss of light It can reduce to the maximum.

The power supply means 30 serves to supply power to the first light emitting means 10. That is, the external power AC is supplied to the first light emitting means 10 through the power supply means 30, so that a wavelength capable of attracting the pest I may be generated.

On the other hand, the power supply means 30 is supplied with an external power source (AC) not only the first light emitting means 10 but also the second light emitting means 50 to be described later, the second light emitting means 50 in the first Unlike the light emitting means 10, the insect pests I generate a wavelength.

The collecting means 40 is attracted to the interior by the light emitted from the first light emitting means 10 to hold the pest (I) collected therein attracting material 41 and the adhesive means 42 ), And pest pest tool 43 is configured.

In the present invention, the attractant 41 can attract the pest I more effectively in addition to the first light emitting means 10 composed of LEDs to attract the pest I. As an example of insect pheromone (P) was used.

The insect pheromone (P) is an active substance secreted by an individual of an insect out of the body and affects another individual of the same species, which is a chemical communication fishery between insects. Types include pheromones, pheromones, and guiding pheromones. Representative examples of the sex pheromone include bombykol, a sex agent of silkworm moths, and zip puller, a sex agent of gypsy moss. When a very small amount of spring bee flows near a moth, the male will mate with the wings waving as if there is a female next to it. Zip pullers are so powerful that they attract people up to 1km to 4.5km away. As such, the insect pheromone (P) is expected to be a new pest control method that does not contaminate nature. Pest control to attract insect pests (I) in a large amount by using the sex pheromone pesticides indiscriminate mass insecticides and pesticides Is a new way of minimizing damage while balancing the biological system.

On the other hand, the attractant 41 may be provided so as to spray the fragrance of the liquid to avoid the pest (I). The fragrance material is ideal to be harmless to human body using natural flavors such as ash extract, citronella oil or lavender oil, peppermint oil, geranium oil, sage oil, penny royal oil and the like. In particular, the fragrance of citronella oil, including lavender oil and peppermint oil, is known to be effective in combating mosquitoes compared to other oils. The citronella oil is more effective when used in combination with rosemary oil. .

The adhesive means 42 is to be able to fix the pest (I) collected therein in the present invention used a sticky (F) as an example of the adhesive means 42. That is, the pest (I) attracted by the first light emitting means (10) enters downward toward the attractant (41), so that the pest (I) introduced into the lower portion can be fixed so as not to escape to the outside. .

On the other hand, the sticky (F) is in close contact with the lower plate of the collecting means 40 so that the pest (I) is collected a lot later to remove the sticky (F) to separate the lower plate of the collecting means (40) It is preferable to replace the sticky (F) and then combine again.

The pest oil tool 43 is formed to be inclined in the upper and lower narrow shape so as to contain the pest (I) introduced into the internal space (S) of the body (B) to the internal space (S) of the body (B) It is a structure partitioned into upper space S1 and lower space S2. That is, the pest pest tool 43 is installed on the upper portion of the second light emitting means 50, the center of the pest (I) attracted by the light emitted from the first light emitting means 10 is the attracting material ( A hole is drilled so as to enter downward toward 41, and the pest oil tool 43 is inclined downward to reduce the loss of light emitted from the second light emitting means 50 to the maximum.

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The second light emitting means 50 is provided on the lower surface of the pest oil tool 43 and receives power from the power supply means 30 to irradiate light toward the lower space (S2) of the body (B) It consists of LED of 270 nm-590 nm wavelength band which the pest (I) avoids. That is, the pest (I) that descends to the bottom of the collecting means 40 toward the attracting material 41 ascends to the top of the collecting means 40 to exit to the inlet of the collecting means 40, but the collecting means. The second light emitting means 50 is formed on the outer wall of the inlet of the inlet 40, and the light of the wavelength band avoided by the pest I is composed of LEDs, thereby preventing the pest I from exiting again.

On the other hand, as shown in Figure 3, the second light emitting means 50 is not visible directly from the entrance side, but by direct irradiation from the exit side to be mechanically molded so as to be visible only from the inside to go out from the outside It is preferable.

As such, the second light emitting means 50 comprising light of the wavelength band avoided by the pest I is provided with LEDs, so that the insect pest I entering the inlet of the collecting means 40 receives the collecting means 40. It is not possible to go back to the entrance of the) has the effect of completely controlling the pest (I).

The pest trap device using the LED described above and shown in the drawings is only one embodiment for carrying out the present invention, and should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is determined only by the matters described in the following Utility Model Claims, and the embodiments of the present invention which have been improved and changed without departing from the gist of the present invention are obvious to those skilled in the art. Will be said to belong to the protection scope of the present invention.

B body
O opening
S interior space
10 First light emitting means
20 Light reflecting means
30 power supply
40 collection means
41 Attractant
42 Bonding means
43 Pest Control Tools
50 Secondary light emitting means

Claims (4)

In the pest trap device including an opening is formed in the upper portion, the body formed with an internal space communicating with the opening,
A first light emitting means comprising an LED for irradiating light toward the opening from the inside of the body so as to attract pests, and the first light emitting means being spaced apart from the body by an upper portion of the opening and irradiated toward the opening; The light reflecting means for reflecting the light into the inner space of the body, the power supply means for supplying power to the first light emitting means, and inclined in a vertical light narrowing shape so as to contain pests introduced into the inner space of the body. It includes a pest larvae formed to partition the inner space of the body into the upper space and the lower space, and collecting means having a attracting material capable of attracting the pest inside the lower space,
The first light emitting means is composed of an LED of 315nm to 400nm wavelength band,
The second light emitting means is provided on the lower surface of the pest oil tool and is supplied with power from the power supply means to irradiate light toward the lower space of the body, the second light emitting means consisting of LED of 570nm to 580nm wavelength band to avoid pests Pest trap device using the LED, characterized in that it further comprises. delete The method of claim 1,
The pest trap device using the LED, characterized in that the lower space of the body is further provided with an adhesive means for fixing the collected pests. delete

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