KR101151275B1 - Apparatus for trapping harmful insects - Google Patents

Abstract

PURPOSE: An insect capturing tool for a street light is provided to effectively capture and terminate insects by collecting live insects to a lower insect collecting unit. CONSTITUTION: An insect capturing tool for a street light comprises a pillar(101), a lamp(102), a first insect light trap(110), first and second catching parts(120,180), an insect guide tube(130), and an insect collecting part(140). The pillar is formed in a rod shape and is formed into a cylinder having a hollow. The lamp is installed on the top of the pillar. The first insect light trap induces insects by emitting light. The first catching part is comprised of a suction fan. The insect guide tube guides the captured insects to the hollow of the pillar. The insect collecting part is detachably prepared in the lower part of the pillar.

Description

Apparatus for trapping harmful insects

The present invention relates to a capture mechanism that is a pest oil for street lamps, and more particularly, to attract and capture pests regardless of the day and night, to prevent the reverse phase of the live pests of the captured pests to be collected in the lower insect collection effectively The present invention relates to a capture mechanism that is a pest oil for street lamps that enables capture and eradication.

Generally, a street lamp is a lighting facility installed along a street for the safety and security of street traffic, and includes a pillar installed at an edge of the street and a lamp formed on an upper portion of the pillar.

However, around the streetlights, pests such as mosquitoes, anthropoids, and moths gather around the light by daylight, which not only gives disgust to the pedestrians passing by, but also the pests stick to the streetlights that are lit at night and become dead or entangled. There was a serious problem of damaging the lamp and reducing the illuminance of the street lamp.

Therefore, in order to solve the above problems, the present applicant has disclosed in Korean Patent Laid-Open Publication No. 10-2010-0043369, "a lighting lamp post; an illumination lamp mounted on the lamp post; and the lamp post mounted on the lamp post at a predetermined interval. Environmental pesticide and pest catching mechanism, characterized in that it comprises a pest catching unit having a catching unit for catching a pest attracted by the pest attracting agent.

However, since the pest catching mechanism is limited to the daylight insects gathering toward the light, if the pests introduced through the pest guide are alive with inefficiency utilized only at night, they will gradually block the manned part of the catch or the pest guide. Therefore, there was a problem that does not properly perform its role as an organization.

Therefore, the present invention is to solve the above problems, attracting and capturing pests regardless of the day and night, and effectively trap and exterminate the pests by preventing the reverse phase of the live pests of the captured pests to be collected in the lower collection The aim is to provide a catching mechanism, which is a pest oil for street lamps.

According to the present invention for achieving the above object is a pest oil capture mechanism for street lamps, holding; A lighting lamp mounted to the support; A first pest attraction lamp mounted to the support so as to be spaced apart from the lamp at a predetermined interval; A housing formed under the first pest attractant, etc., a high voltage discharge part provided at an upper end of the housing so as to pass a pest attracted by the first pest attractant, etc., and a lower part of the high voltage discharge part. A first catching portion formed of a suction fan that sucks and captures the attracted pests; A pest guide tube formed under the first capture portion to guide the captured pest to the hollow portion of the support; And a collecting part provided to be detachably attached to the lower part of the support, wherein the support adjacent to the pest guide tube includes a plurality of through-holes formed on the outer circumferential surface at a predetermined interval and convex to the outside of the support; A second pest attractant lamp having a lower roughness than the first pest attractant lamp at the inner upper end of the body, a lamp shade formed at the outer upper end of the body, and attracted to the inside of the support located at the bottom of the body And a second capture portion made of a suction fan that sucks and captures pests.

In addition, the lower portion of the suction fan of the first and second capture portion is characterized in that it is configured to further include a pest escape prevention device that the blocking plate is opened by the wind pressure of the suction fan and the blocking plate is closed by the center of gravity of the weight.

In addition, it is characterized in that the pest attractant is embedded in the casing is formed in the upper surface is inclined inside the support located in the lower body of the second capture portion.

In addition, the collecting portion is discharged by collecting the pests collected therein, the body formed in the lower end of the support, the motor formed in the lower portion of the inside of the body, the rotating shaft rotated by the motor, the outer peripheral surface of the rotating shaft A plurality of rotary blades formed at regular intervals, a position sensor formed therein for sensing the amount of pests collected in the interior of the body, and the body to discharge the pests by collecting the pests by rotation of the rotary blades; Consists of the discharge hole formed, characterized in that the discharge hole is configured to be detachable one side of the collection box.

In addition, the detachable jaw extending to the upper portion is formed on the outside of the lower end of the body of the collecting unit for the detachable detachment of the collection box, the insertion hole is formed in the lower end of the collection box is open one side to be inserted into the locking jaw. It is done.

In addition, the outer side of the lower portion of the capture portion is formed with an injection nozzle is provided with a spray nozzle at a predetermined interval, one side of the injection pipe is connected to the supply pipe for supplying a drug, the end of the supply pipe is formed with a medicine container Being, the drug of the medicine container is characterized in that it is configured to be transported by the pump and injected through the injection nozzle.

In addition, the upper end of the support to form a solar cell and a wind power generator for supplying power, including the storage battery of the solar cell and the wind power generator, pumps, motors, timers, suction fans, lights, first, second pest attraction, etc. The high voltage discharge unit and the position detection sensor are configured to be controlled by the control unit.

As described above, the present invention attracts and captures pests regardless of the day and night, and prevents the reverse phase of the live pests among the captured pests so that the insects can be collected in the lower collecting part, thereby effectively capturing and erasing the pests.

In addition, the present invention is to prevent the unnecessary waste of power by configuring the first and second catching portion for varying the illuminance (brightness) of the insect pest in accordance with the conditions and characteristics of the area where the street lamp is located, that is, the pollution degree of the area. It has the effect of selectively catching pests according to the pollution level of the area.

In addition, the present invention forms a collecting portion for collecting pests at the lower end of the support, the pests trapped in the collecting portion to be discharged to the collection provided on one side so that it can capture a large amount of pests regardless of pollution degree It is a very useful invention.

1-a perspective view showing a capture mechanism that is a pest oil for the present invention street lamp.
Figure 2 is a structural diagram showing the interior of the capture mechanism that is a pest oil for the present invention street light.
3-A partial enlarged view of FIG.
4-B enlarged view of FIG.
5-C enlarged view of FIG.
6-a block diagram of a capture mechanism that is a pest oil for the present invention street lamp.

The above and other objects, features, and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

The insect pest catching mechanism 100 for a street lamp according to the present invention is largely as shown in FIG. 1, the strut 101, the lamp 102, the first pest attraction lamp 110, the first and second catching parts. (120, 180), pest guide tube 130, is composed of a collector 140.

The support 101 is a rod-shaped that is installed at a predetermined length at the edge of the road, the support 101 is preferably composed of a cylinder having a hollow portion 101a therein, which is the hollow portion 101a This is to serve as a collecting passage for guiding the pests captured by the first and second catching parts 120 to the collecting part 140 located under the support 101.

Furthermore, the support (101) supports the lamp (102) and the first catching portion 120 mounted on one side of the support (101), and on one side of the support (101) for attracting and capturing pests. The second capture unit 180 is formed.

The lamp 102 is mounted on the upper portion of the support 101 to provide light to the road, the lamp 102 is composed of a variety of light sources, such as incandescent, fluorescent, LED.

The first pest attraction light 110 is intended to attract pests by emitting light, and the pest attraction light 110 may be configured with various light sources such as incandescent lamps, fluorescent lamps, LEDs, etc. As shown, the pest attraction lamp 110 may be disposed below or below the lamp 102, but may be disposed horizontally or above the lamp 102.

Further, the first pest attraction light 110 is preferably configured as a light source having high illumination in order to attract pests that respond to bright light.

The first capture unit 120 is to capture the pests attracted by the first pest attractant, such as 110, the first capture unit 120 is shown in [2] to [3] As described above, the housing 121 formed at the lower portion of the first pest attraction light 110 and the insect pest attracted by the pest attraction light 110 may pass through a predetermined size at an upper end of the housing 121. The high voltage discharge unit 122 and the suction fan 123 disposed under the high voltage discharge unit 122 to suck and capture the attracted pests.

Of course, as shown in the drawing, the first catching unit 120 is mounted to various detachable means 120a such as a bracket, tie, belt, hook, and the like so as to be detachable from the support 101.

Furthermore, the high voltage discharge part 122 is for discharging a high voltage to the insect pest attracted by the insect pest attracting lamp 110, and has a structure composed of a plurality of hot wires spaced apart from each other. It is preferred that it be configured to a suitable size for the passage of pests such as flies, mosquitoes, mayfly, etc.

In addition, the suction fan 123 is used to suck pests discharged from the high voltage discharge part 122 and pests gathered around the first pest attractant 110, and the lower portion of the suction fan 123 is It is connected to the pest guide tube (130). Of course, the suction fan 123 is composed of a drive motor for driving this and a wing that rotates by receiving power from the drive motor.

In addition, the second catching unit 180 for attracting and capturing the pest together with the first catching unit 120, as shown in FIG. 3, is a strut 101 adjacent to the pest guide tube 130. ), A plurality of through-holes (181a) is formed on the outer circumferential surface and a spherical body 181 formed convexly outwardly of the support 101, and the first pest oil in the upper end of the body 181 The second pest attracting lamp 182 formed with a relatively low illuminance compared to the back 110, a lamp shade 183 formed at an outer upper end of the body 181, and a support 101 positioned below the body 181. The suction fan 184 is provided inside the) to suck and capture the attracted pests.

Here, the second pest attraction light 182 uses a light source having a relatively low illuminance compared to the first pest attraction light 110, and pests such as worms and moths gather in bright light and pests such as mosquitoes are dark. Because they gather to the light.

That is, by forming the illumination intensity of the first and second pest attracting lights 110 and 182 differently, all pests responding to bright light or dark light can be attracted and captured.

Of course, the lighting and blinking times of the first and second pest attraction lights 110 and 182 may be repeatedly set by the timer 171 or may be configured to be turned on at night by a photosensitive sensor that is commonly used.

The lamp shade 183 is for preventing rain water from entering the through hole (181a) of the body 181 in the rain, the size of the through hole (181a) is composed of a size (diameter) capable of attracting mosquitoes or flies. It is preferable to.

Like the suction fan 123 of the first capture unit 120, the suction fan 184 is for sucking a pest attracted through the through hole 181a of the body 181, for this purpose, the suction fan ( 184 is located below the body 181.

The first and second capture parts 120 and 180 as described above are configured to control the operation of the first and second capture parts 120 and 180 according to the conditions and characteristics of the region where the street lamp 102 is located. That is, since the appearance of the pests will be different and the types of pests will be different according to the pollution degree of the area, the first and second trapping parts 120 and 180 will be operated according to the appearance or type of pests.

And in order to guide the pests attracted and captured by the first and second capture parts 120 and 180 to the collecting part 140, as shown in FIG. 3, suction fans 123 and 184 of the first and second capture parts. In the lower portion of the pest prevention escape block 125 may be further formed to open the blocking plate (125d) by the wind pressure of the suction fan and the blocking plate (125d) by the center of gravity of the weight (125c).

That is, as shown in [FIG. 5], the pest escape prevention unit 125 has a body 125a having an upper opening, a locking step 125b formed at an inner lower end of the body 125a, and the locking step ( 125b) a pair of blocking plates 125d formed in a semicircular shape so that one end is held in a horizontal state, a weight 125c formed at the other end of the blocking plate 125d, and opening and closing of the blocking plate 125d. It consists of a central axis (125e) for.

At this time, the operation of the suction fan (123, 184), the blocking plate (125d) is opened by the wind pressure (wind), the operation of the suction fan (123, 184) the blocking plate (125d) in the center of gravity of the weight (125c) Is automatically closed by

That is, the suction fans 123 and 184 operate every time repeated by the timer 171 or are located between the high voltage discharge part 122 of the first capture part 120 and the suction fan 123. Insect pest sensor (not shown) formed on the inner surface of the) and the pest detection sensor formed on the inner surface of the support (101) positioned between the body 181 and the suction fan 184 of the second catching portion 180 When a pest captured by (not shown) is detected, the suction fans 123 and 184 may be formed to be driven.

Of course, the pest detection sensor is not configured to operate when the amount of captured pests is insufficient, preferably configured to operate only when the appropriate amount is captured, and the suction fan (123, 184) is a timer 171 or pest detection sensor It is operated by to minimize the power consumption to prevent unnecessary power consumption.

Furthermore, the pest escape prevention device 125 is a pest because the insect pests guided directly to the hollow portion (101a) of the pest guide pipe 130 or the support 101 by the suction fan (123,184) to prevent the reverse of the pest It can effectively capture and eradicate them.

The pest guide tube 130 is to guide the captured pests formed in the lower portion of the first capture portion 120 to the hollow portion 101a of the support 101, the pest guide tube 130 is captured It is configured to communicate with the housing 121 of the portion 120 and the hollow portion 101a of the support 101.

Further, the pest guide tube 130 is preferably formed to be inclined downward toward the support 101 from the first catching portion 120, but is preferably configured to have a shape of the ordinary light.

That is, the upper end of the pest guide tube 130 is formed in a size corresponding to the housing 121 of the capture unit 120, the closer to the strut 101 is configured so that the radius is smaller in the capture unit 120 The captured pests can be efficiently collected and the surroundings of the capture unit 120 can be prevented from being contaminated by dead pests.

The collecting part 140 is formed in the lower portion of the support 101 to collect the pests guided by the pest guide tube 130, wherein the collecting part 140, as shown in Figure 4, In order to discharge the pests collected therein into the collection box 190, a body 140a formed at the lower end of the support 101, a motor 141 formed at the lower part of the body 140a, and the motor ( 141 to rotate the rotary shaft 142, a plurality of rotary blades 143 formed at regular intervals on the outer circumferential surface of the rotary shaft 142, and to detect the amount of pests collected in the interior of the body (140a) Position detection sensor 144 formed on the inside, and the discharge hole 145 formed in the body (140a) for discharging the pest to the collection box 190 by the rotation of the rotary blade 143.

That is, the position detection sensor 144 is formed on the inner circumferential surface of the body 140a to be positioned above the rotary blade 143, but is killed in the body 140a to the height at which the position detection sensor 144 is located. When the pests are collected, by driving the motor 141 located below the body 140a by the controller 170 to rotate the rotary blade 143 to discharge the pests collected through the discharge hole 145 (190) You can do it.

Of course, the operation of the motor 141 may be configured to repeat the operation for a predetermined time through the timer 171, and the predetermined area of the collecting unit 140 in the vertical direction to grasp the amount of pests collected by the naked eye. Of course, it can be configured to form a transparent.

In addition, the present invention, as shown in [2] or [3], the injection pipe 151 is provided with a predetermined interval the injection nozzle 151a located on the lower side of the second catching portion 180 Is formed, the supply pipe 152 for supplying a drug is connected to one side of the injection pipe 151, the end of the supply pipe 152 is formed with a medicine barrel 150, of the drug container 150 The medicine is transferred by the pump 153 and may be configured to be sprayed through the injection nozzle 151a.

That is, the drug is sprayed at a predetermined time by the timer 171 of the controller 170 through the injection nozzle 151a provided at a predetermined interval in the injection pipe 151 formed to surround the outer side of the housing 121. The pests attracted by the first and second pest attracting lights 110 and 182 may be removed and at the same time, the surroundings of the street lamps may be controlled to provide a pleasant environment.

Of course, the injection of the medicament is preferably configured to be made through the control unit 170 according to the human time of a rare time or a predetermined time by the timer 171.

Furthermore, the inside of the support 101 located below the body 181 of the second capture unit 180 may be configured such that the pest attractant 186a such as pulmonary odor is embedded in the casing 186 formed by inclining an upper surface thereof. This means that even when the first and second pest attracting lights 110 and 182 are not lit, that is, the insect pest attracting material 186a can be used to attract pests collected by the pest attracting material 186a. This is to improve the efficiency of pest extermination.

At this time, the upper surface of the casing 186 is preferably formed to be inclined downward from the inside of the support 101, which is configured to incline the upper surface of the casing 186 by attracting and trapped pests do not accumulate on the upper surface. This is for sliding down by the inclination.

In addition, the present invention is to form a solar cell 160 and the wind power generator 161 for supplying power to the upper end of the support as shown in the drawings, the storage battery of the solar cell 160 and the wind power generator 161 ( 160a, including pump 153, motor 141, timer 171, suction fans 123 and 184, lighting 102, first and second pest attraction lights 110 and 182, high voltage discharge 122, location The detection sensor 144 is preferably configured to be controlled by the control unit 170 as described above.

Here, the solar cell 160 and the wind power generator 161 are each battery module for converting the light energy of the sunlight, wind energy by the wind into electrical energy and the storage battery for charging the electrical energy converted by the battery module ( Naturally, it is configured to include 160a).

Furthermore, since the solar cell 160 and the wind power generator 161 produce and consume power by themselves, it is possible to reduce the maintenance cost of the capture mechanism 100 as the pest oil of the present invention.

As described above, the present invention has been described by means of a limited embodiment, but the present invention is not limited thereto, and the technical spirit of the present invention and a patent will be described below by those skilled in the art to which the present invention pertains. Various modifications and variations will be possible within the scope of the claims.

Description of the Related Art [0002]
100: insect pest attraction mechanism for streetlight of the present invention
101: prop 101a: hollow part
102: lighting 110: the first pest attraction light
120: first capture portion 121: housing
122: high voltage discharge unit 123: suction fan
125: pest escape prevention 130: pest guide
140: collector 140a: body
141: motor 142: rotation axis
143: rotary wing 144: position detection sensor
150: chemical container 151: injection tube
151a: injection nozzle 152: supply pipe
153: pump 160: solar cell
161: wind power generator 170: control unit
171: Timer 180: Second Capturer
181: body 182: second pest attraction
183: lampshade 184: suction fan
186: casing 186a: pest attractant

Claims (7)

landlord; A lighting lamp mounted to the support; A first pest attraction lamp mounted to the support so as to be spaced apart from the lamp at a predetermined interval; A housing formed under the first pest attractant, etc., a high voltage discharge part provided at an upper end of the housing so as to pass a pest attracted by the first pest attractant, etc., and a lower part of the high voltage discharge part. A first catching portion formed of a suction fan that sucks and captures the attracted pests; A pest guide tube formed under the first capture portion to guide the captured pest to the hollow portion of the support; And a collecting part provided to be detachably attached to the lower part of the support, wherein the support adjacent to the pest guide tube includes a plurality of through-holes formed on the outer circumferential surface at a predetermined interval and convex to the outside of the support; A second pest attractant lamp having a lower roughness than the first pest attractant lamp at the inner upper end of the body, a lamp shade formed at the outer upper end of the body, and attracted to the inside of the support located at the bottom of the body And a second capture portion made of a suction fan that sucks and captures the pests.
The method of claim 1,
Insect pests for street lamps, characterized in that it further comprises a pest escape prevention device in the lower part of the suction fan of the first and second capture portion is opened by the wind pressure of the suction fan and the blocking plate is closed by the center of gravity of the weight. Capture Agency.
The method of claim 1,
The pest catching mechanism for street lamps, characterized in that the pest attracting material is built in the casing is formed in the upper surface is inclined in the lower body of the second capture portion.
The method of claim 1,
In order to discharge the pests collected therein by collecting the pests, the body is formed in the lower end of the support, the motor formed in the lower portion of the inside of the body, the rotating shaft rotated by the motor, and the outer circumferential surface of the rotating shaft A plurality of rotating blades spaced apart, a position sensor formed therein for detecting the amount of pests collected in the interior of the body, and a discharge formed in the body for discharging the pests by collecting the pests by rotation of the rotating blades; Made of a ball, the discharge hole is a pest catcher for the street lamp, characterized in that configured to be detachable detachable collection box on one side.
The method of claim 4, wherein
In order to attach and detach the collection box, the lower end of the body of the collecting unit is formed with a locking jaw extending upwards, and the insertion hole is formed at the lower end of the collection box having one surface open to be inserted into the locking jaw. Capture mechanism for insect pests for street lamps.
The method of claim 1,
The outer side of the lower portion of the capture portion is formed with an injection nozzle is provided with a spray nozzle at a predetermined interval, one side of the injection pipe is connected to the supply pipe for supplying a drug, the end of the supply pipe is formed with a medicine container , The medicine of the medicine container is a pest oil capture mechanism for street lamps, characterized in that configured to be transported by the pump and sprayed through the injection nozzle.
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