KR200246704Y1 - insect capture device for winged nisect - Google Patents

Abstract

The present invention is to capture and kill various insects, the inner upper part of the body is equipped with a attracting light, the lower part of the attracting light is equipped with a suction fan that is rotated by a drive motor, the air and pests sucked by the suction fan It does not flow back by the rotating plate but is collected by the trapping network in the lower part of the body and dies naturally after a certain time.

Since it is not caused by insecticides, it is completely harmless to the human body, has no noise and smell, and is easy to clean, so that the surroundings are always clean and only need enough electric power to rotate the suction fan.

Description

Insect Repellent {insect capture device for winged nisect}

The present invention is to capture and kill various insects, and more particularly, to attract insects such as mosquitoes or moths by attracting the insects and traps them by inhalation and the net by the suction means.

In general, insects that harm humans or crops are classified as pests, and researches on how to prevent the damage are continuing.

Such pests are classified into direct and indirect harms to the human body, such as flies, mosquitoes, and cockroaches, and pests that harm crops and trees such as rice worms, moths, and fly flies.

In addition, at places such as sports fields and golf courses where night competitions are held, there is a harp, which does not harm people or trees but interferes with human activities in groups.

The most common way to prevent these pests is to spray pesticides into the pest's habitat.

However, the pesticides necessary for the aforementioned insecticides are mostly composed of harmful components to the human body, which acts directly as a poison to the human body or indirectly accumulates in the human body at the top of the food chain and has a fatal effect on health.

In addition, due to the abuse of pesticides that have continued since the development of industrial and agricultural technology, the resistance of pests is increased, and the existing insecticides are almost immunized, and research is now being conducted toward increasing the toxicity of insecticides.

In addition, environmental pollution caused by pesticides and pesticides is considered a serious problem, and pesticides prepared for the purpose of eradicating pests adversely affect not only pests but also their natural enemies and other organisms, and as a result seriously affect the survival of mankind. It is recognized as the main culprit of destroying ecosystems that are threatening.

Therefore, in recent years, recognizing that such insecticides and pesticides may have a short-term effect but have long-term adverse effects, alternative methods of using biodegradable insecticides or natural enemies, and induced insecticides have been studied and their utilization rates have been studied. This is increasing, but the effect is weak compared to the effects of pesticides such as strong anti-prescription.

Among them, the most common example of induction insecticide is a method using a heat lamp that is equipped with an infrared heater lamp on the body and is burned by the heat of a heated lamp when an insect gathers near the light.

This method is particularly effective in capturing harmful insects such as moths by using the behavior of insects that respond to light, and can be used by a simple procedure of connecting a power source without replacing any chemicals or components.

However, the above method is that dead insects are placed on the floor, and the lamp or the body of the insect repeller is contaminated by dead insects, and the noise and smell when the insects are burned give a disgust to humans.

In addition, the insect repellent is a lamp that generates heat of high temperature enough to burn and kill insects with light, so there is a big power loss.

The present invention has been devised to eliminate the problems as described above, is equipped with a attracting light on the inner upper portion of the body and a suction fan that is rotated by a drive motor on the lower portion of the attracting light, the air sucked by the suction fan And pests are collected by the trapping network in the lower part of the body without being flowed back by the rotating plate to die naturally after a certain period of time,

Since it is not caused by insecticides, it is completely harmless to the human body, has no noise and smell, and is easy to clean, so the surroundings are always clean, and only the electric power enough to rotate the suction fan is provided to provide a very economical insect repellent insect insect. There is a purpose.

1 is a perspective view of the present invention insect repeller

Figure 2 is a partial perspective view of the present invention insect repellent

3 is a side cross-sectional view of the present invention insect repeller

Figure 4 is a main cross-sectional view of the present invention insect repeller

5 is a detailed perspective view showing the intake portion of the present invention insect repeller

Explanation of symbols on the main parts of the drawings

1: body 2: attracting light

3: suction fan 4: capture network

5: suction port 6: support hole

7: top plate 8: bottom plate

9: operation switch 10: driving motor

12: guide wall 13: rotating plate

14: inlet through hole 15,15 ': outlet through hole

16: suction hole 17: blocking plate

Hereinafter, preferred embodiments of the present invention will be described.

1 is an overall perspective view of the present invention insect repeller, Figure 2 is an exploded perspective view of the main portion showing the bottom of the insect repellent, Figure 3 is a cross-sectional view of the coupled state.

In the common insect repeller in which the attraction lamp 2, the suction fan 3, and the trapping net 4 are formed inside the body 1,

A suction port 5 equipped with a suction fan 3 is mounted at a lower portion of the elliptical body 1 in cross section, and a support port 6 having a trapping net 4 formed therein is coupled to a bottom of the suction port 5. Form,

The inlet 5 is separated into an upper plate 7 having a attracting light 2 and an inflow hole 14 formed therein, and a lower plate 8 equipped with a suction fan 3 to be spaced apart from each other. The operation switch 9 exposed to one side of (1) is coupled, and a suction fan 3 rotatable by the drive motor 10 is mounted at the center of the lower plate 8, and the suction fan 3 is At the periphery of the guide wall is formed to gradually extend to one side 12 to form an engaging rotary plate 13 hinged to the upper end of the guide wall 12,

A plurality of discharge holes 15 and 15 ′ are formed on the side wall at the lower part of the body 1, and a support hole 6 having an attachment net 4 attached thereto is formed on the inner circumferential surface thereof. The upper portion of the built-in blocking plate 17 is formed to form a suction hole 16 coinciding with the end of the guide wall (12).

Referring to the operation of the present invention by the configuration as described above in more detail by the accompanying drawings as follows.

First, as shown in FIG. 4, when power is applied to the attracting light 2 and the driving motor 10, when the drawing light 2 is turned on and the driving motor 10 is operated, the driving motor 10 is driven. ) And the suction fan 3 is rotated to suck the outside air from the inflow hole 14 of the top of the attraction lamp 2.

Therefore, by using the gathering around the light at night in the habit of the beetle, the beetle collected in the vicinity of the attracting light (2) is to be sucked with the air by the suction action of the suction fan (3).

The sucked air and the insects are introduced into the support 6 through the blocking plate 17 below the suction port 5 along the guide wall 12 around the suction fan 3.

Therefore, the air and the insects introduced into the base 5 are continuously drawn out by the air pressure which is continuously introduced into the outside by the plurality of discharge holes 15 and 15 'and the insects are captured by the trapping network 4. It is filtered and collected into the base (6).

Therefore, the beetle continuously gathered in the attracting light (2) is continuously collected by the suction fan (3) to the base (6) of the bottom of the body (1), so the collected beetle is very short lifespan the next day If it is dead, so only the base (6) to remove the internal insects to discard the cleansing simply ends.

In addition, since the blade beetle once introduced into the interior of the support 6 is alive for a certain time therein air by a separate rotary plate 13 to prevent the run back to the inflow hole 14 during this time To prevent backflow or the internal beetle from escaping to the outside,

As shown in FIG. 5, the inlet 5 may be separated into an upper plate 7 having an inflow hole 14 formed therein, and a lower plate 8 having an intake fan 3 and an induction wall 12 formed therein.

In addition, the end of the guide wall 12 of the lower plate 8 is mounted to the rotatable plate 13 is hinged and rotatably coupled to the upper end, the suction plate in the blocking plate 17 where the rotary plate 13 is located (16) is located and combined.

Therefore, when the suction fan 3 rotates at a high speed, the sucked air is moved to one side along the guide wall 12, and the lower plate 8 is rotated by rotating the rotating plate 13 by the pressure of the moved air. Air is introduced into the blocking plate 17, the suction hole 16 on the bottom.

In this way, the air introduced into the lower support hole 6 through the blocking plate 17 is again outside the air in the state in which the insects are removed through the discharge holes 15 and 15 'surrounded by the trapping net 4. To be discharged.

In addition, in this operating state, the stopper or the power is interrupted by the user's need for a while, the rotary plate 12 rotated to the upper by air pressure is lowered at the same time as the air pressure is removed at the bottom A blocking wall is formed between the blocking plate 17 and the guide wall 12 to prevent the beetle inside the support 6 from escaping to the outside again.

Therefore, the insect repellent devised by the present invention does not adopt the chemical and electrical insecticidal method as in the past, but has a very low noise, and adopts the natural insecticidal method by the collection, thereby doubling the decorative effect with extremely low power, simple installation and beautiful appearance. It is also easy to use.

Since the insect repellent insect repellent as described above is not caused by insecticides, it is completely harmless to the human body, has no noise and smell, and is easy to clean, so the surroundings are always clean, and only the power enough to rotate the suction fan is very economical. It works.

Claims (1)

In the common insect repeller in which the attraction lamp 2, the suction fan 3, and the trapping net 4 are formed inside the body 1, A suction port 5 equipped with a suction fan 3 is mounted at a lower portion of the elliptical body 1 in cross section, and a support port 6 having a trapping net 4 formed therein is coupled to a bottom of the suction port 5. Form, The inlet 5 is separated into an upper plate 7 having a attracting light 2 and an inflow hole 14 formed therein, and a lower plate 8 equipped with a suction fan 3 to be spaced apart from each other. The operation switch 9 exposed to one side of (1) is coupled, and a suction fan 3 rotatable by the drive motor 10 is mounted at the center of the lower plate 8, and the suction fan 3 is At the periphery of the guide wall is formed to gradually extend to one side 12 to form an engaging rotary plate 13 hinged to the upper end of the guide wall 12, A plurality of discharge holes 15 and 15 ′ are formed on the side wall at the lower part of the body 1, and a support hole 6 having an attachment net 4 attached thereto is formed on the inner circumferential surface thereof. In the upper part of the insect repellent insect repellent, characterized in that the built-in coupling to the blocking plate (17) forming a suction hole 16 corresponding to the end of the guide wall (12).