KR101854414B1 - vermin trap by attractant - Google Patents

Abstract

The present invention relates to a pest-attracting type trap, and more particularly, to a pest-attracting type trap for effectively attracting and capturing flying pests such as mosquitoes. The present invention can effectively attract various pests such as mosquitoes by using LED light sources which emit light of two wavelengths. In addition, the present invention can easily discharge the heat generated from the LED light source to the outside using a suction force of a suction fan. Also, the present invention can prevent the trapped pests from escaping even if the suction fan stops.

Description

{Vermin trap by attractant}

[0001] The present invention relates to a trap for attracting a pest, and more particularly, to a trap for attracting and trapping a pest such as a mosquito.

In general, due to the insects that interfere with the growth of various insects, crops, livestock, fruit trees, and grasses, which are harmful to humans and livestock, they are particularly affected by human and livestock activities and various plant growths during the summer Various insecticidal means have been developed to remove these pests.

These drugs are sprayed in the form of fogging, in the form of droplets by means of insecticidal means, and collectors for insecting insects pumped into a certain place by irradiating the light preferred by insect pests are put into practical use.

The drug spraying method has a wide range of insecticide and its effect is rapid, but there is a disadvantage that the surrounding air, water, food, agricultural and marine products caused by the medicine are contaminated.

On the other hand, in the method of attracting and collecting insects by light, insects such as mosquitoes are attracted by using light, and then the insect is captured by a suction fan rotating by the rotation force of the motor. This has the advantage of not polluting the surrounding air, water or crops as compared with the pharmaceutical system.

Korean Registered Utility Model No. 20-0221535 discloses a catcher.

The catcher attracts the mosquito by light and collects the mosquito by the rotation of the suction fan. However, there is a problem that the trapper escapes through the inlet of the trapping net when the suction fan stops. In addition, since the light bulb is used as the attracting means for attracting insects, there is a problem that the attraction effect is low and the power consumption is large.

Registered Utility Model No. 20-0221535 of Korea Register:

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and it is an object of the present invention to provide an LED light source that emits light of two wavelengths and can attract various insects such as a mosquito, The goal is to provide a catcher that can be used.

It is another object of the present invention to provide a trap for attracting insects, which can prevent trapped insects from escaping even if the suction fan is stopped.

In order to accomplish the above object, the present invention provides a pest-insect-type retractor, comprising: a head unit having a plurality of suction ports formed at regular intervals and provided with an attracted lamp that emits light of at least two wavelengths; A suction unit coupled to a lower portion of the head unit and having a suction fan therein for sucking a mosquito attracted to the suction port by the suction lamp; And a collecting unit coupled to a lower portion of the suction unit and collecting the mosquito sucked by the suction fan. The head unit is coupled to an upper portion of the suction unit, and has a cylindrical fence unit A mounting plate coupled to an upper portion of the fence unit and mounted with the lead lamp, and a cover coupled to the upper portion of the fence unit so as to be detachably attached to cover the mounting plate, A first group LED element having a plurality of LED elements mounted on one surface of the substrate, a plurality of LED elements mounted on the other surface of the substrate, And a second group LED element emitting light of the second group.

The head unit may further include a transparent protective tube coupled to the mounting plate and adapted to receive the lead lamp and protect the lead lamp, wherein the protective tube is elongated in the direction of the suction fan, A heat dissipation port is formed at an end of the protection pipe so that the heat generated by the suction fan can be discharged to the outside of the protection pipe by the suction force of the suction fan.

The first group LED element generates ultraviolet light of 365 nm, and the second group LED element generates ultraviolet light of 385 nm.

A collecting unit coupled to a lower portion of the suction unit and having a plurality of air outlets formed on a side thereof; a mesh member installed at the air outlet to block insects from the outside through the air outlet; And an entry inducing unit installed at an upper portion thereof and having a narrow upper portion and a narrower lower portion so that the insect pumped by the intake fan can enter into the trapping unit.

And the upper part is connected to the upper rim and the upper part is connected to the upper rim, and the upper part is connected to the upper rim and the upper part is connected to the lower part of the upper rim. And a plurality of ventilation holes are vertically formed on the conical portion so as to extend in the same direction as the rotation direction of the suction fan.

Wherein the suction unit includes: a cylindrical fan-mounted body having an upper portion coupled to the fence portion and a lower portion coupled to the collecting chamber and having the suction fan installed thereon; And an air guide portion provided inside the fan mounting body to reduce the generation of a vortex at an inner edge of the fan mounting body. The air guide portion has a ring portion formed in a cylindrical shape and spaced from an inner peripheral surface of the fan mounting body, A slant portion formed to be upwardly inclined outward from an upper portion of the ring portion; and a slider formed to extend outward from an edge of the slant portion and formed on an upper portion of the fan mounting body And a lip portion which is seated on the seating jaw.

And a means for attaching to the head portion and attracting the pest to the pest.

As described above, the present invention can effectively attract various insects such as mosquitoes using an LED light source emitting light of two wavelengths.

Further, the present invention can easily discharge the heat generated from the LED light source to the outside using the suction force of the suction fan.

Further, the present invention can prevent the trapped insects from escaping even if the suction fan stops.

FIG. 1 is a perspective view of a trap of the insect-attracting type according to an embodiment of the present invention,
Figure 2 is an exploded perspective view of the catcher of Figure 1,
Figure 3 is a cross-sectional view of the catcher of Figure 1,
FIG. 4 is a perspective view showing a trap of the insect-attracting type according to another embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, a pest-insect-type trap according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 to 3, the insect attractant type retractor according to an embodiment of the present invention includes a head portion 20 having a plurality of suction openings 11 formed at regular intervals and provided with an attracted lamp 2, A suction unit 40 which is coupled to a lower portion of the suction unit 40 and has a suction fan 45 for sucking a mosquito attracted to the vicinity of the suction port 11 by the suction lamp 2, And a collecting unit (70) for collecting the mosquito sucked by the suction fan (45).

The head portion 10 includes a fence portion 10 coupled to the upper portion of the suction unit 40, a mounting plate 20 coupled to the upper portion of the fence portion 10 and to which the attracting lamp 2 is mounted, (30) which is detachably attached to the upper portion of the mounting plate (10) so as to cover the mounting plate (20).

The fence portion 10 is formed in a cylindrical shape having a suction port 11 formed in a long shape on the side face. When the suction fan (45) is operated, air flows in through the suction port (11). On the upper side of the fence portion 10, a latching jaw 13 is formed so that the edge of the firewood plate 20 is caught. A plurality of coupling grooves 15 for coupling with the cover 30 are formed on the upper portion of the locking protrusion 13 at a predetermined interval.

The mounting plate 20 includes a circular base panel 21, a lamp mounting portion 27 protruding from the center of the base panel 21, side walls 23 formed obliquely upward from the edge of the base panel 21, And a lip 25 formed so as to extend outward from the upper end of the side wall 23.

A plurality of bosses 22 are formed on the upper surface of the base panel 21.

The lamp mounting portion 27 is mounted at the center thereof with an attracting lamp 2. The upper portion of the protective pipe 7, which will be described later, is inserted and coupled to the lower portion of the lamp mounting portion 27. The ribs 25 are seated on the latching jaws 13 formed on the fence portion 10.

The cover 30 is positioned on the upper portion of the mounting plate 20 and serves to cover the mounting plate 300. A pulling ring 35 may be formed on the upper portion of the cover 30. [

At the edge of the cover 30, a coupling step 31 protrudes. The engaging jaw 31 is engaged with the engaging groove 15 formed on the upper portion of the fence portion 10. Therefore, the cover 30 is coupled to the fence portion 10 so as to be detachable.

An insertion protrusion 32 to be inserted into the boss 22 is formed at the lower portion of the cover 30.

The manned lamp (2) emits light that attracts the mosquito.

In the present invention, the attracting lamp 2 is configured to emit light of two wavelengths.

The lead lamp 2 includes a terminal 3 electrically connected to a socket 28 provided on the mounting plate 20, a substrate 4 connected to the terminal 3, A first group LED element 5 on which a plurality of LED elements 5 are mounted and a second group LED element 6 mounted on the other surface of the substrate 4 and emitting light of a wavelength different from that of the first group LED elements 5 do.

The substrate is a conventional PCB substrate, and is formed long in the vertical direction so that a plurality of LED elements can be mounted.

A plurality of first group LED elements 5 are mounted on one surface of the substrate 4 at regular intervals. And a plurality of second group LED elements 6 are mounted on the other surface of the substrate 4 at regular intervals. The first group LED element 5 generates ultraviolet light of 365 nm and the second group LED element 6 generates ultraviolet light of 385 nm. The light generated by the first group LED element 5 is effective in attracting the mosquito, and the light generated by the second group LED element 6 is effective in attracting the pest insect except the mosquito.

The above-mentioned manned lamp 2 can attract various insect pests using an LED light source emitting light of two wavelengths. In addition to being configured to emit light of two wavelengths, the illuminated lamp can be configured to emit light in three or more wavelengths.

To protect the lead lamp 2, the head part 1 further includes a protective tube 7. [ The protective tube 7 is coupled to the mounting plate 20 and the attractor lamp 2 is housed therein.

The protective tube 7 has a structure in which the upper part is opened, the lower part is closed, and the inside is hollow. The open upper portion of the protective pipe 7 is inserted into the insertion groove formed in the lower portion of the lamp mounting portion 27 and is coupled to the mounting plate 20. The protective pipe 7 is formed long in the direction of the suction fan 45.

The protective pipe 7 is formed of a transparent material so as to transmit light. For example, a synthetic resin such as quartz or polycarbonate.

The heat generated in the LED element may be a problem when the attracting lamp 2 is accommodated in the protective tube 7 described above.

To this end, the present invention applies a structure for circulating the air inside the protective pipe (7) by using the suction force of the suction fan (45).

For example, a heat dissipating hole 8 is formed at the end of the protective pipe 7 facing the suction fan 45. The heat radiating openings 8 form one or more than two heat radiating openings 8. Since the heat dissipating port 8 is formed at the end of the protective pipe 7, the heat generated from the LED device during the operation of the suction fan 45 can be easily discharged downward through the heat dissipating port 8. On the other hand, an inlet 9 may be formed in the upper portion of the protective pipe 7 so that outside air can be easily introduced into the protective pipe 7.

The suction unit (40) is coupled to the lower portion of the head part (1).

The suction unit 40 includes a fan mounting body 51 coupled to a lower portion of the fence unit 10 and an air guide unit 60 installed inside the fan mounting body 51.

The fan mounting body 51 is formed in a cylindrical shape. The upper portion of the fan mounting body 51 is provided with a mounting jaw 53 on which the edge of the air guide portion 60 is seated. At the upper end of the fan mounting body 51, an engaging protrusion 55 protruding inward is formed. A plurality of coupling protrusions 55 are provided at regular intervals.

A circular mounting portion 57 is provided at the lower portion of the fan mounting body 51 to mount the motor 41 thereon. The mounting portion 57 is supported by the support bar 59 and positioned at the center of the fan mounting body 51.

The suction fan (45) is coupled to the drive shaft of the motor (41). The suction fan (45) sucks air into the suction port (11) while rotating when power is applied to the motor (41). At this time, the mosquito attracted to the vicinity of the suction port 11 is sucked together with the suction of the air.

The air guide portion 60 guides the air to be smoothly moved to the collecting unit 70 when the suction fan 45 operates.

When the suction fan 45 rotates, the inner edge of the fan mounting body 51 generates vortexes and it is not smooth that the air flows into the collecting unit. Therefore, the air guide portion 60 is positioned around the inner edge of the fan mounting body 51 to enhance the suction effect of the pests.

The air guide portion 60 includes a ring portion 61 formed in a cylindrical shape and spaced apart from the inner circumferential surface of the fan mounting body 51, a spacer (not shown) formed on the outer circumferential surface of the ring portion 61 and spaced from the fan mounting body 51 And an inclined portion 65 formed to be inclined upward in an upward direction from the upper portion of the ring portion 61 and an inclined portion 65 extending outwardly from the edge of the inclined portion 65 and formed on the mounting jaw 53 which are provided on the outer circumferential surface of the base member.

The air guide portion 60 is installed inside the fan mounting body 51 so that when the air is introduced into the fan mounting body 51 by the suction fan 45, It is possible to effectively reduce occurrence.

The collecting unit 70 includes a collecting box 80 coupled to a lower portion of the fan attaching body 51 and having a plurality of air discharging holes 81 formed at the side thereof and a collecting box 80 installed at the air discharging port 81, And an entrance passage formed at an upper portion of the collecting box 80 so that the insect pumped by the suction fan 45 can enter the collecting box 80. [ (90).

The collecting box 80 has a cylindrical structure with an open top and a closed bottom. At the upper end of the collecting box 80, a plurality of coupling protrusions 85 protruding inward are formed.

The mesh member 83 may be formed by using a conventional mesh or by punching a plurality of holes in a thin plate.

The entry inducing portion serves to form an entrance passage so that the insect pumped by the suction fan 45 can enter the collecting chamber 80, and at the same time, Thereby preventing the insect from escaping in the direction of the suction fan 45.

The entry guiding portion 90 has a circular upper edge 91 coupled to the upper portion of the collecting box 80 and a circular lower portion located below the upper rim 91 and smaller in diameter than the upper rim 91 And a conical portion 95 connected to the lower rim 93 and connected to the upper rim 91 and the lower rim 93, respectively.

The conical portion 95 has a wide upper portion and a narrower lower portion. Thus, inside the conical portion 95, a narrow entrance passage is formed at the upper portion and narrow at the lower portion.

A large number of vent holes 97 are formed at regular intervals in the conical portion 95. Each vent hole (97) is formed long in the vertical direction. That is, the vent hole 97 is formed to extend in the direction of the lower edge 93 from the upper edge 91.

Preferably, the vent holes 97 are formed in the same direction as the rotation direction of the suction fan 45. In the illustrated example, the shape of the vent hole 97 when the suction fan 45 rotates clockwise is shown. The vent hole 97 is formed to be twisted clockwise as it goes downward. By the structure of the vent hole (97), the flow of the incoming air can be smoothly performed.

Meanwhile, as shown in FIG. 5, a barrier 115 may be provided under the entrance guide 90. For example, a circular barrier film 110 may be provided at the lower part of the lower edge 93 to block the passage of the entrance guide 90. The appearance of the protection film 110 is shown in Fig. The protection film 110 is formed in a thin sheet shape. The protection film 110 is formed of a flexible material. The barrier layer 110 is provided with a plurality of slitting slits 115 elongated in one direction. The cutting slit 115 can be formed by cutting the barrier film 110 with a knife. When the preventive film 110 is installed at the lower portion of the entry inducing portion, it is possible to effectively prevent the escape of the insect pest if the suction fan is not operated. When the suction fan is operated, the air moves to the passage of the entry inducing unit 90, and the cutting slit 115 of the prevention film 110 is opened by the pressure of the air. The larger the pressure of the air, the larger the clearance of the cutting slit 115 becomes. When the cutting slit 115 is opened, it flows into the trapping of pests together with the air. If the suction fan does not operate, the gap of the cutting slit 115 becomes narrow, and the escape of the pest can be prevented more effectively.

As shown in FIG. 4, the present invention may further include an instrument 100 mounted on the head 1 and attracted toward the insect pest.

The perfusion means 100 includes a porous case 103 to which the attracting agent is mounted, and a holder 105 formed on the rear surface of the porous case 103.

The porous case 103 is formed in a porous structure in which a plurality of holes are formed so that the smell of the attractant can be diverted to the outside. The attractant may be formulated in liquid or gel form. The attractant may be accommodated in a separate container and accommodated in the porous case, or may be accommodated inside the porous case in a form in which the liquid attractant is absorbed by the absorbent sheet.

For example, the attractant may be a mixture of 81.5 wt% moisture, 11 wt% gelatin powder, 5 wt% ethanol, 0.6 wt% lactic acid, 1 wt% octanol, 0.8 wt% ≪ / RTI >

The holder 105 is provided on the rear surface of the porous case 103 in a pair. The holder 105 is detachably attached to the fence portion 10.

The above-mentioned attractants are harmless to humans and contain lactic acid, so that the attracting effect of mosquitoes is very high. Further, since the mosquito is attracted together with the induction lamp, the attraction effect can be improved.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be clearly understood that the same is by way of illustration and example only and is not to be taken by way of limitation. Accordingly, the true scope of protection of the present invention should be determined only by the appended claims.

1: head unit 40: suction unit
70: Collection unit

Claims (7)

A head portion having a plurality of suction ports formed at regular intervals and provided with a pilot lamp for emitting light of at least two wavelengths;
A suction unit coupled to a lower portion of the head unit and having a suction fan therein for sucking a mosquito attracted to the suction port by the suction lamp;
And a collecting unit coupled to a lower portion of the suction unit and collecting the mosquito sucked by the suction fan,
Wherein the head portion is connected to an upper portion of the suction unit and has a cylindrical fence portion formed with a long length of the suction port on a side surface thereof, a mounting plate coupled to an upper portion of the fence portion and mounted with the lead lamp, And a cover for covering the mounting plate,
A first group LED element having a plurality of LED elements mounted on one surface of the substrate, and a plurality of second LED elements mounted on the other surface of the substrate, And a second group LED element emitting light of a different wavelength from the first group LED element,
A collecting unit coupled to a lower portion of the suction unit and having a plurality of air outlets formed on a side thereof; a mesh member installed at the air outlet to block insects from the outside through the air outlet; And an inflow inducing unit installed at an upper portion of the main body and having a narrow upper portion and a narrow lower portion so that the insect pumped by the suction fan can enter into the collecting chamber,
And the upper part is connected to the upper rim and the upper part is connected to the upper rim, and the upper part is connected to the upper rim and the upper part is connected to the lower part of the upper rim. And a conical part connected to the lower rim,
Wherein a plurality of ventilation holes are vertically formed in the conical portion and are formed to be twisted in the same direction as the rotation direction of the suction fan. The lamp unit according to claim 1, wherein the head unit further comprises a transparent protective tube coupled to the mounting plate and adapted to receive the lamp and to protect the lamp,
Wherein the protection tube is elongated in the direction of the suction fan and a heat dissipation port is formed at an end of the protection tube so that heat generated from the LED element can be discharged to the outside of the protection tube by a suction force of the suction fan. Catcher. 3. The trap of claim 2, wherein the first group LED element generates ultraviolet light of 365 nm and the second group LED element generates ultraviolet light of 385 nm. delete delete A head portion having a plurality of suction ports formed at regular intervals and provided with a pilot lamp for emitting light of at least two wavelengths;
A suction unit coupled to a lower portion of the head unit and having a suction fan therein for sucking a mosquito attracted to the suction port by the suction lamp;
And a collecting unit coupled to a lower portion of the suction unit and collecting the mosquito sucked by the suction fan,
Wherein the head portion is connected to an upper portion of the suction unit and has a cylindrical fence portion formed with a long length of the suction port on a side surface thereof, a mounting plate coupled to an upper portion of the fence portion and mounted with the lead lamp, And a cover for covering the mounting plate,
A first group LED element having a plurality of LED elements mounted on one surface of the substrate, and a plurality of second LED elements mounted on the other surface of the substrate, And a second group LED element emitting light of a different wavelength from the first group LED element,
A collecting unit coupled to a lower portion of the suction unit and having a plurality of air outlets formed on a side thereof; a mesh member installed at the air outlet to block insects from the outside through the air outlet; And an inflow inducing unit installed at an upper portion of the main body and having a narrow upper portion and a narrow lower portion so that the insect pumped by the suction fan can enter into the collecting chamber,
Wherein the suction unit includes: a cylindrical fan-mounted body having an upper portion coupled to the fence portion and a lower portion coupled to the collecting chamber and having the suction fan installed thereon; And an air guide portion provided inside the fan mounting body to reduce the generation of a vortex at an inner edge of the fan mounting body,
The air guide portion includes a ring portion formed in a cylindrical shape and spaced apart from an inner circumferential surface of the fan mounting body, a spacer formed on an outer circumferential surface of the ring portion to maintain an interval from the fan mounting body, And a lip portion extending outwardly from an edge of the inclined portion and seated in a seating jaw formed on an upper portion of the fan mounting body. 2. The trap of claim 1, further comprising an oiling means attached to the head portion and attracted toward the pest.

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