KR20090009595A - Pest trapping device - Google Patents

Abstract

Disclosed is a pest trapping apparatus capable of attracting pests and capturing by inhalation. The pest trapping apparatus of the present invention includes a main body housing having an inlet through which a pest is introduced, and a light source coupled to the inside of the main body housing and formed in a left and right direction, and irradiating light to the outside to introduce the pest into the main body housing. It is provided on the attracting unit, the suction unit is formed to the left and right long corresponding to the attracting unit, the suction unit for generating the suction force by the axial rotation suction suction traps and the air flow path of the air flowing by the suction unit It comprises a collection case for collecting the pests moved with the air. Therefore, the suction fan is formed to the left and right corresponding to the shape of the attracting unit is installed to attract pests can be immediately captured pests attracted near the attracting unit can be expected to improve the capture rate, after installation Pests can be caught continuously without the need for management, providing convenience for use.

Description

Pest trapping device {Apparatus for Capturing Vermin}

The present invention relates to a pest trapping device, and more particularly, to a pest trapping device that can improve the capture rate of the pest by suction capture the pests attracted by the attraction unit.

Generally, pests refer to insects or animals that harm humans and domestic animals. Common types of pests found in confined spaces such as homes and offices include rats, cockroaches, dusters, ants, ticks, centipedes, and mosquitoes. These pests devour food and fabrics, causing considerable damage to people's lives. The feces also carry pathogens that are harmful to the body. In recent years, as these pests increase as the environment becomes more polluted, eliminating pests has become a big problem. Therefore, ordinary homes, companies or communities try to eliminate pests in various ways.

Among these pests, in order to remove flying pests such as flies, mosquitoes, moths, a device for capturing pests by attracting the pests with light and electrically attracting the attracted pests or by adhering to the sticky ones is widely used. Such pest trapping devices are particularly referred to by the term "reposer" or "insect".

With reference to Figures 1 to 2, an example of a conventional general pest capture device for removing the adventitious pests are as follows.

Conventional pest trapping device 10, the attracting lamp 13 is provided in the main body housing 11 to attract pests, the lower portion of the main housing 11 is provided with a string 15 is attracted by the attracting lamp 13 Attracted pests are configured to be caught. A plurality of inlets 12 are formed in the front upper portion of the body housing 11 through which pests are introduced into the body housing 11. In addition, a lower portion of the main housing 11 is provided with a control panel 17 for controlling the overall operation of the pest trapping device 10 such as the operation of the attraction lamp.

In addition, as a catching means for capturing pests, in addition to the sticky 15, an electric insecticide or an inhaler that is captured through suction power is used.

The pest trapping device may be placed on the floor or mounted on the wall W of the building as shown in FIGS. 1 and 2.

At this time, the attraction lamp 13 for attracting the pest is made of glass pesticides used in the interior, using the characteristics of the insect pests like the ultraviolet wavelength band of 340 ~ 380 nm wavelength range, so that the ultraviolet rays can be better transmitted It is common to manufacture a modified suction case. Therefore, the general fluorescent lamp and the manufacturing method and the material is almost the same, and the electrical characteristics are similar, so the general lighting ballast having the same tube voltage and output is used as the lighting device.

However, the conventional pest trap device 10 having the above configuration has the following problems.

First, in the case of capturing the pests using the sticky, if the pest is adhered to the surface of the sticky and there is no space for capturing the pests, the new sticky should be replaced. Because of this, the user must check the surface of the sticky from time to time to check how often the pests have been captured, there is a hassle to replace the new sticky yourself.

Secondly, catching pests through catching means such as sticky insects and electric insecticides, the dead bodies of the captured pests are scattered, making the interior of the pest trapping messy, and makes the viewer feel uncomfortable. In particular, when using a pest trap device applying the sticky or electric insecticide in the place where the food handling can cause hygiene problems.

The present invention is to solve the above-mentioned conventional problems, an object of the present invention is to provide a pest trapping device that can reduce the user's troubles because the user does not need to replace the capture means for capturing pests .

Another object of the present invention is to provide a pest trapping device that can effectively treat the pest pests hygiene management is effective.

In order to achieve the above object, the pest trapping apparatus of the present invention comprises a main body housing, a attracting unit, a suction unit and a collecting case.

The main body housing is a component constituting the appearance of the device, the entrance to the entrance of the pest is formed on one side. The doorway may be formed of at least one.

The attraction unit may include a light source coupled to the inside of the main body housing and formed to extend in the left and right directions. In addition, the attraction unit may lure the pest into the body housing by irradiating light to the outside. The attraction unit includes at least one attraction lamp as a light source, and the attraction lamp preferably irradiates light in an ultraviolet region. In addition, the attraction unit includes a plurality of light emitting diodes, it is preferable to be formed long in the left and right direction inside the body housing.

The suction unit may be formed to extend left and right in the body housing in correspondence with the attracting unit and may suck the pest entering the body housing through the suction force generated by the shaft rotation.

The collection case may be provided on the flow path of the air flowing by the shaft rotation of the suction unit to collect the pest moving with the air.

On the other hand, the suction unit may be configured to include a suction case is formed in the suction port long to the left and right, and a suction fan that sucks the air to the suction port by being accommodated in the inside of the suction case to rotate.

Here, the suction fan may be configured to include a blade that is formed in the longitudinal direction and the blade body for axial rotation coupled to the circumferential surface of the blade body in the circumferential direction. The suction port may be formed toward the attracting unit side, to increase the rate at which the pest attracted to the periphery of the attracting unit is sucked into the suction port.

In addition, the suction fan may flow air in the radial direction by side rotation and discharge the air in the axial direction. That is, the blade is rotated in the suction fan and the pest is sucked together with the air through the suction port into the suction case, and the sucked air moves in the axial direction of the suction case and is discharged to the outside.

In addition, the capture case is detachably coupled to the body housing to provide convenience to the user when the pests to be collected inside the collection case.

On the other hand, the suction unit may be disposed in parallel with the attraction unit.

In addition, the attraction unit includes a plurality of attraction lamps, and each of the attraction lamps may be arranged in parallel with each other. Accordingly, the suction unit may be formed in plural in correspondence with the plurality of attracting lamps, and may be disposed to be located close to each of the attracting lamps.

In addition, the collection case may be formed in plurality in correspondence with the plurality of suction units. Here, the collection case may include a filter unit for filtering the pests moved with the air.

In addition, the pest trapping apparatus of the present invention may further include a heat transfer unit that generates heat on the path connecting the suction case and the collection case to kill the sucked pest.

Pest capture device according to the present invention having the above configuration has the following effects.

First, the suction fan is formed to the left and right corresponding to the shape of the attracting unit is installed to attract the pest can immediately capture the pests attracted near the attracting unit can be expected to improve the capture rate.

Second, the suction fan corresponding to the attracting lamp constituting the attracting unit can be one-to-one so that the pests attracted to each attracting lamp can be sucked into each suction fan and captured, so that the attracted pests can be sucked more effectively.

Third, instead of using a sticky that needs to be replaced frequently to catch pests, the insects can be caught by inhaling them by a fan. none. In addition, the use of the sticky can prevent the phenomenon of harmful pests can be scattered, it can be conveniently used in places requiring hygiene and cleanliness.

Fourth, there is an effect that can be easily handled by collecting the pests to be configured to be separated from the body housing the interior of the collecting case collecting the pests sucked by the suction unit.

Fifth, a rear plate of a thin plate shape is formed at the rear of the attracting unit to guide the pest introduced into the body housing by the attracting unit to the suction port side of the suction case, thereby effectively inhaling the pest.

Sixth, by providing heat to the pests transferred from the suction case to the collection case to reduce the motility of the pests do not escape, there is an effect that can be insecticide.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the present embodiments, the capture case is applied as a capture unit for capturing the attracted pests, but is not limited thereto, and various capture means such as a sticky module, a drowning module, or an insecticide module may be applied.

First, referring to Figures 3 to 5 will be described the basic configuration of the pest capture device according to the first embodiment of the present invention. 3 is a front view showing a pest trapping apparatus according to a first embodiment of the present invention, FIG. 4 is a side cross-sectional view showing the pest trapping apparatus of FIG. 3, and FIG. 5 is an exploded view illustrating the suction unit of FIG. Perspective view.

The pest capture device 100 according to the first embodiment of the present invention includes a main body housing 110, a attracting unit 120, a suction unit 130, and a collecting case 140.

The body housing 110 is an element constituting the appearance of the device, the entrance 111 is formed in the front for the introduction of pests. The body housing 110 may be used by being placed on the ground, or spaced apart from the ground by being mounted on a wall or the like.

The attracting unit 120 is mounted inside the main body housing 110, and includes a light source formed long left and right inside the main body housing 110, and irradiates light from the light source to the outside to prevent pests from the main body housing ( 110) Attract to the inside.

The attraction lamp may be used as the light source, and the attraction lamp may be configured with at least one, and may be installed in line with the body housing 110. In the present embodiment, two attraction lamps, such as the first attraction lamp 122 and the second attraction lamp 124, are configured, but the number thereof is not limited, and is optimized in consideration of the size and power consumption of the main body housing. Of course, it can be configured in various ways.

The first attraction lamp 122 and the second attraction lamp 124 is useful to increase the attraction rate of the pest by irradiating light in the ultraviolet region. As the first attracting lamp 122 and the second drawing lamp 124, a fluorescent lamp may be used, or a light emitting diode (LED) may be used. As the first attracting lamp 122 and the second attracting lamp 124, when the light emitting diode is used, it is possible to intensively irradiate light of a wavelength band preferred by the pest, thereby increasing the attraction rate of the pest. At the same time, there is an advantage that the glare does not occur to the user.

In addition, the light emitting diode has the advantage of relatively low power consumption due to its relatively high efficiency compared to other lamps. In addition, stability problems such as fluorescence caused by the use of fluorescent lamps as the attracting lamps 122 and 124, environmental problems caused by mercury material, danger of explosion, and fire risk due to heat generation, do not occur, Longer maintenance costs can be saved, and the hassle of changing lamps can be eliminated. In addition, miniaturization of the device can be achieved by applying a light emitting diode to the attraction lamps 122 and 124.

The suction unit 130 is coupled to the inside of the main body housing 110 and is formed long in the left and right sides of the main body housing 110 in correspondence with the attracting unit 120.

The suction unit 130 includes a first suction part 131 and a second suction part 136 corresponding to the first attraction lamp 122 and the second attraction lamp 124, respectively. Here, the first suction part 131 and the second suction part 136 are configured in substantially the same shape, the function is also the same.

The first suction part 131 may be disposed in the first suction case 132, the first suction case 132, and the first suction fan 133 and the first suction fan 133. A first drive motor 134 is coupled to provide rotational force.

Here, the first suction case 132 is formed long left and right corresponding to the shape of the first attracting lamp 122, the outer surface is formed with a first suction port (132a) for introducing pests long in the left and right directions. . The first suction port 132a is formed in the direction in which the first attracting lamp 122 is installed, and is effective in capturing pests attracted around the first attracting lamp 122.

The first suction fan 133 is coupled to the inside of the first suction case 132, and includes a first blade body 133a having a central axis of rotation and a plurality of first formed on an outer surface of the first blade body 133a. It comprises a blade 133b.

One side of the first driving motor 134 is coupled to the body housing 110 to receive power, and the other side thereof is coupled to the first suction fan 133 to move the first suction fan 133 at a constant speed. Rotate As the first suction fan 133 rotates, the pressure inside the first suction case 132 is lowered. As a result, air from the outside of the first suction case 132 to the inside of the first suction case 132 is reduced. May be sucked, and the pest attracted around the first attraction lamp 122 may be sucked together with the air sucked.

The second suction part 136 is configured to include a second suction case 137, a second suction fan 138, and a second driving motor 139, similarly to the first suction part 131. The second suction fan 138 includes a second blade body 138a and a second blade 138b. Here, the second blade body 138a is formed with a second suction port 137a for sucking the pest toward the second attraction lamp 124.

Here, each component constituting the second suction unit 136 is the same in form and function of the components constituting the first suction unit 131 will be omitted.

The first suction part 131 and the second suction part 136 are disposed in parallel with the first attracting lamp 122 and the second drawing lamp 124, respectively, and the first suction port 132a is formed to be long to the left and right. And a uniform suction force toward the first attraction lamp 122 and the second attraction lamp 124 through the second suction port 137a.

In this case, when the first suction fan 133 and the second suction fan 138 are formed in the same shape as each other, the first suction fan 133 and the second suction fan 138 may be configured to rotate in different directions, so that both of them may be configured to suck air. However, when the blades of the first suction fan 133 and the second suction fan 138 are formed to be opposite to each other, the blades may be rotated in the same direction, so that both may be configured to suck air.

 The pest trapping apparatus 100 of the present invention further includes a control unit (not shown) for controlling the first driving motor 134 and the second driving motor 139. The control unit may control the power and speed of the first driving motor 134 and the second driving motor 139, and in particular, the first driving motor 134 in response to the driving of the attraction unit 120. And controlling the driving of the second driving motor 139. That is, when the first attraction lamp 122 and the second attraction lamp 124 are turned on, at the same time, the first driving motor 134 and the second driving motor 139 are driven so that the insect pests are sucked into the first suction lamp. When the first attracting lamp 122 and the second attracting lamp 124 are turned off, the first driving motor 134 and the first suction motor 134 and the second suction lamp 137 are sucked into the case 132 and the second suction case 137. 2 The driving of the driving motor 139 is stopped.

As such, the driving state of the first driving motor 134 and the second driving motor 139 is adjusted by the control unit so that the user does not have to manually drive the driving motor, and the attraction unit is turned on. Only when the drive motor is controlled to control the power consumption can be saved. Of course, the control unit may further include a drive switch for separately operating the drive motor irrespective of whether the attracting unit is turned on or off.

In addition, the attraction unit 120 may be connected to the control unit to automatically turn on and off when the user wants to capture the pest even if the user does not directly manipulate the attraction unit 130.

On the other hand, the back plate 150 is provided on the back side of the attraction unit 120 in the body housing 110. The pest that is coupled to the main body housing 110 of the rear plate 150 to be detachable and attracted to the inside of the main body housing 110 by light emitted from the attracting unit 120 is the first suction part ( 131 and the second suction unit 136 to guide.

The back plate 150 is formed such that the upper and lower portions are inclined forward at a predetermined angle with respect to the center portion.

That is, the pests flying inside the main body housing 110 are guided to travel in the direction of the first suction port 132a and the second suction port 137a after being in contact with the back plate 150, so that the suction unit 130 It is possible to increase the number of pests inhaled and the intake rate.

In addition, the front surface of the back plate 150 is formed as a reflective surface reflects a portion of the light irradiated to the rear from the attracting unit 120 to the front of the amount of light irradiated to the outside of the main body housing 110 Can be increased.

 The collection case 140 may be located in close proximity to the suction unit 130 to collect pests sucked with the air through the suction unit 130. The collection case 140 is provided on a flow path of air flowing through the suction unit 130.

The collection case 140 is provided inside the body housing 110 and is positioned above the first suction part 131 to be coupled to the first suction case 132 and the first transfer pipe 144. Including a second collecting unit 146 positioned below the first collecting unit 141 and the second suction unit 136 and coupled to the second suction case 137 and the second transfer pipe 148. It is composed.

The first collecting unit 141 and the second collecting unit 146 are respectively configured to filter the pests sucked together with the air through the first suction unit 131 and the second suction unit 136 from the air. A filter 142 and a second filter 147 are provided.

The air sucked by the suction unit 130 passes through a part of the body housing 110 and is discharged to the outside.

Referring to Figure 6, the air outlet of the collection case and the body housing will be described as follows.

Here, a discharge part 112 for discharging the air passing through the first filter 142 to the outside is formed in the main body housing 110 which is adjacent to the first filter 142. Here, the discharge part 112 is formed on the flow path of the air discharged from the first filter 142, a plurality of grid holes 113 are formed so that the air can be smoothly discharged to the outside. In addition, another discharge part corresponding to the discharge part 112 is formed in the main body housing 110 adjacent to the second filter.

On the other hand, the collection case 140 is coupled to be detachable from the body housing 110. To this end, the first coupling guide 114 and the second coupling guide 116 are formed in the collection case 140 and the main body housing 110. In order to couple the collection case 140 to the body housing 110, one side of the first coupling guide 114 is inserted into one side of the second coupling guide 116, and then the collection case 140 is attached to the body. Sliding movement in the inner direction of the housing 110. In FIG. 6, the collection case 140 is configured to be coupled to each other through the sliding coupling with the main housing 110, but may be configured in various coupling structures such as hooking coupling, screw coupling, or interference fitting coupling.

Referring to Fig. 7, a modification of the first embodiment is as follows. Here, FIG. 7 is a front view showing a pest trap device for trapping pests through inhalation and discharge of air.

As shown therein, the pest trapping device 100 includes a main body housing 110, a attracting unit 120, a suction unit 130, and a collecting case 140.

Here, each of the components constituting the pest trap device 100 is the same as the components described in the first embodiment, so description of the components of the present modification will be omitted.

The first suction part 131 constituting the suction unit 130 may be configured to allow the air to be discharged and the second suction part 136 to suck the air. In this case, when the first suction part 131 and the second suction part 136 have the same shape, the first suction fan 133 and the second suction fan 138 are configured to rotate in the same direction.

In the present modified example, the pest is sucked into the second suction fan 138 so that the collection case 140 is formed only on the second suction fan 138.

On the other hand, in order to supply air to the first suction fan 133, and to discharge the air from the second suction fan 138 to the outside, the upper and lower surfaces of the body housing 110, respectively, the discharge portion 112 ) Is formed.

As such, the insect may be captured more effectively by allowing the air to flow in one direction through the first suction part 131 and the second suction part 136.

8, another modification of the first embodiment is described as follows. Here, FIG. 8 is a pest trapping apparatus in which a collection case is formed at the side of the main body housing.

As shown here, the collecting case 140 for collecting the captured pests may be mounted on the side of the body housing 110.

The capture unit 130 is formed long left and right corresponding to the attracting unit 120. Specifically, the capture unit 310 includes suction cases 132 and 137 and suction fans 134 and 139 which are housed in and coupled to the suction cases 132 and 137, and the suction cases 132 and 137. In) the entrance to the attracting unit 120 side surface is formed through which the pest is introduced. By the way, the suction fan 134, 139 used in the present modification sucks air through the entrance and exit, but the air sucked into the suction case (132, 137) is the shaft of the suction case (132, 137) In the direction of the discharge.

That is, the air is sucked in the radial direction and the air sucked in the axial direction is discharged. For this purpose, the suction fans 134 and 139 are coupled to the blade body in a spiral shape.

Through the above configuration, even if it rains, the discharge portion 112 is formed on the side of the main body housing 110, there is no risk of clogging the discharge portion 112 by rain water, the inside of the main body housing 110 The space can be used efficiently, contributing to the miniaturization of the device.

Referring to Figure 9, when describing the pest capture device according to a second embodiment of the present invention. 9 is a side sectional view showing a pest trapping apparatus according to a second embodiment of the present invention. In describing the second embodiment, components overlapping with the components described in the first embodiment will be omitted for clarity of technical features of the present embodiment.

The pest capture device 200 according to the second embodiment includes a main body housing 210, a attracting unit 220, a suction unit 230, and a collecting case 240.

The attracting unit 220 composed of three attracting lamps 222, 224, and 226 is mounted in the body housing 210. In addition, the rear plate which is attracted by the light irradiated from the attracting unit 220 to the rear of the attracting unit 220 to guide the pests entering the body housing 210 to move toward the suction unit 230. 250 is formed.

The suction unit 230 is formed on the lower side of the attracting unit 220, and sucks the pest entering into the body housing 210. The suction unit 230 is a suction case 232, the suction port 232a is formed long in the left and right direction toward the attracting unit 220, the suction fan 234 is coupled to the suction case 232 to generate a suction force And a driving motor 236 for providing electric power to drive the suction fan 234. The suction fan 234 may be a cross flow fan or a silocco fan, but is not limited thereto.

The suction fan 234 includes a blade body having a rotation axis and a blade protruding outward on an outer surface of the blade body. As the suction fan 234 rotates in the suction case 232, the pressure inside the suction case 232 is lowered, and the insect pest entering the body housing 210 through the suction port 232a is air. Together with the suction case 232.

In addition, a transfer pipe 244 is formed between the suction unit 230 and the collection case 240 to transfer the sucked pest to the collection case 240 to collect the sucked pest.

In this embodiment, the collection case 240 is formed at the lower side of the suction unit 230, and in contact with the inner bottom of the body housing 210. The collection case 240 is provided with a filter 242 for filtering pests from the air sucked through the suction unit 230. Air is discharged to the outside of the main body housing 210 through the filter 242 and the pests sucked into the air are filtered out and remain inside the collection case 240.

Here, a discharge part 212 is formed in the body housing 210 in contact with the filter 242 to discharge the air passing through the filter 242 to the outside.

On the other hand, in the present embodiment, the suction unit 230 includes a heat transfer unit 238 for generating heat on the outside of the transfer pipe 244. The heat transfer part 238 may use a coil that generates heat, and transmits heat into the transfer pipe 244 by contacting an outer surface of the transfer pipe 244. The pests that are transported through the transfer pipe 244 are provided with heat from the heat transfer part 238, and as a result, the internal temperature is increased so that the insects that are transported may be insecticides with heat or deteriorate in their exercise ability so as not to escape. Can be.

Here, the heat transfer part 238 may receive power through an external power source connected to the main body housing 210, and may also receive power from a portable battery.

The pest trap device 210 of the present embodiment may further include a control unit (not shown) for selectively supplying power to the driving motor 236 and the heat transfer part 238 of the suction unit 230. have. The control unit controls the power supply to the heat transfer unit 238 and the power cut-off mode so that the transfer pipe 244 is not overheated by the heat transfer unit 238.

Having described the preferred embodiments according to the present invention as described above, the fact that the present invention can be embodied in other specific forms in addition to the above-described embodiments without departing from the spirit or scope of the present invention It is obvious to those who have it.

 Therefore, the above-described embodiments are to be considered as illustrative and not restrictive, and thus, the invention is not limited to the above description and may be modified within the scope of the appended claims and their equivalents.

1 is a perspective view showing a conventional general pest capture device;

2 is a cross-sectional view of FIG. 1;

3 is a front view showing a pest capture device according to a first embodiment of the present invention;

4 is a side cross-sectional view showing the pest trapping apparatus of FIG. 3;

5 is an exploded perspective view illustrating the suction unit of FIG. 3;

FIG. 6 is a perspective view illustrating the air outlet of the collecting case and the main body housing of FIG. 3; FIG.

FIG. 7 is a front view showing a pest trapping device for trapping pests through inhalation and discharge of air as a modification of the first embodiment; FIG.

8 is a side cross-sectional view showing a pest trapping device in which a collecting case is formed on the side of the main body housing as another modification of the first embodiment;

9 is a side cross-sectional view showing a pest capture device according to a second embodiment of the present invention;

<Explanation of Signs of Major Parts of Drawings>

100: pest capture device 110: body housing

112: discharge portion 113: grid hole

120: attraction unit 130: suction unit

131: first suction part 132: first suction case

133: first suction fan 134: first drive motor

136: second suction unit 137: second suction case

138: second suction fan 139: second drive motor

140: collection case 141: first collecting unit

142: first filter 146: second collecting part

147: Second filter 150: Back plate

200: pest trap device 210: body housing

220: attraction unit 230: suction unit

238: heat transfer unit 240: collection case

250: back plate

Claims (14)

In a pest trapping device for trapping pests, A main body housing formed with an inlet for introducing pests on one side; A attracting unit having a light source coupled to the inside of the main body housing and extending in a left and right direction, and attracting the pest to the inside of the main body housing by irradiating light to the outside; A suction unit which is formed corresponding to the attracting unit and extends from side to side and generates suction force by axial rotation to suction and capture the attracted pest; And A collecting case provided on the flow path of air flowing by the suction unit and collecting the pests moved with the air; Pest capture device configured to include. The method of claim 1, The suction unit is a suction case formed with a suction port long left and right; And A suction fan that rotates inside the suction case and sucks air to the suction port; Pest capture device comprising a. The method of claim 2, The suction fan is a pest capture device, characterized in that it comprises a plurality of blades formed along the circumferential direction on the circumferential surface of the blade body and the longitudinally rotated blade body and the longitudinal direction. The method of claim 2, The suction port is a pest trap device, characterized in that formed toward the attracting unit side. The method of claim 2, The suction fan is a pest trap device, characterized in that the air flows in the radial direction by the axial rotation, and discharge in the axial direction. The method of claim 2, The pest capture device further includes a control unit for controlling the driving of the suction fan. The method of claim 2, The suction fan is a pest trap device, characterized in that made of at least one of a cross flow fan (Cross flow fan) and Sirocco (Sirocco). The method of claim 1, The capture case is a pest capture device, characterized in that detachably coupled to the body housing. The method of claim 1, The suction unit is a pest trap device, characterized in that arranged in parallel with the attraction unit. The method of claim 1, The attraction unit includes a plurality of attraction lamps, wherein the plurality of attraction lamps are arranged parallel to each other. The method of claim 10, The suction unit is composed of a plurality of in correspondence with the plurality of attraction lamps, one of which sucks air and the other discharges the air. The method of claim 1, The collection case is a pest capture device, characterized in that it comprises a filter for filtering out the pest that moved with the air. The method of claim 1, The pest trap device further comprises a rear plate provided on the rear side of the attraction unit in the main body housing to guide the pest attracted into the main body housing to the suction port side. The method of claim 1, The suction unit further comprises a heat transfer unit that generates heat on the path connecting the suction case and the collection case to kill the sucked pests.

Images