KR20100055889A - Device for catching flying insects - Google Patents

Abstract

PURPOSE: A device for catching flying insects is provided to effectively tempt the insects, to kill the insects quietly, and to reduce the inconvenience of replacing an insect catching paper. CONSTITUTION: A device(100) for catching flying insects comprises the following: a housing(110) forming a body; a long distance inductive unit(120) radiating ultraviolet light while being installed in the housing; a short distance inductive unit(130) emitting an alluring fragrance; and an insect killer(140) killing the insects induced to the inside of the housing. The short distance inductive unit includes a collecting tank(131) installed in the housing, and alluring liquid generating the alluring fragrance.

Description

Insect Repellent {Device for catching flying insects}

The present invention relates to a insect repellent attracting and exterminating pests, and more particularly to a insect repellent having excellent pest attraction characteristics by attracting multiple pests, and can reliably and quietly exterminate the attracted pests.

In general, in order to exterminate various pests such as flies and mosquitoes that are harmful to the human body or livestock, a method of spraying chemicals such as insecticides directly into the air or smoking smoke generated by burning certain substances such as mosquitoes has been mainly used.

However, the method of injecting insecticide directly into the air or smoking mosquito incense as described above has a problem that insecticide or mosquito incense contains harmful chemicals to humans or livestock, and thus causes side effects when used excessively. If the resistance to the back there was a problem that can not eradicate the pest.

In recent years, instead of insecticides or mosquitoes containing chemical components harmful to the human body, insect repellents have been used to attract pests using ultraviolet light and then exterminate pests using high-pressure electricity or repellents (also called 'sticky').

However, the conventional insect repeller can attract insects at a distance to a near distance by using an ultraviolet lamp that emits ultraviolet light that the insect prefers. Since it is not provided with a means to attract, there is a problem that it is difficult to more certainly attract and exterminate the pests roaming around the insect repeller.

In addition, the insect repellent using high-pressure electricity in the eradication of the attracted pests, as the insect pests are eliminated in such a manner that the attracted pests are energized by the high-pressure electricity. There is a problem of scattering (scatter) as well as a problem of high power consumption.

Furthermore, although reptiles are used to exterminate pests without the use of high voltage electricity, these reptiles have to be replaced every time the pest is trapped on all surfaces to which the adhesive is applied and the pests can no longer be collected. There was a feeling.

The present invention has been proposed to solve the above problems, in attracting pests to combat the pests, by attracting the pests in multiple, excellent pest attraction characteristics, it is possible to reliably and quietly combat the attracted pests, the use of It is intended to provide this convenient repellent.

To this end, the insect repellent according to the invention and the housing constituting the body; A remote attractor installed inside the housing and emitting ultraviolet light; A near field attractor installed inside the housing and for attracting a attractant; And a pest exterminator for combating pests attracted into the housing by the remote attractor and the near attractor.

At this time, the near-field attractor preferably includes a collection tank installed inside the housing and a attracting liquid which is stored in the collection tank and generates the attractant by evaporation.

In addition, the collection tank is preferably made of a drawer shape detachable to the housing.

In addition, the pest control is preferably a pesticide solution stored in the collection tank with the attractant.

In addition, the inner wall surface of the housing is preferably attached with a reflecting plate for reflecting the ultraviolet light generated by the remote attractor.

In addition, it is preferable to further include an auxiliary near-field attractor installed in the housing and spraying the pest attractant toward the outside of the housing.

In addition, it is preferable that the auxiliary near attractor sprays the pest attraction liquid every predetermined time according to an operation control signal input from the outside.

In addition, it is preferable to further include an auxiliary pest repellent having an insect repellent applied to the surface is installed inside the housing, the adhesive applied to the surface to capture the pest attracted into the housing.

In addition, the repellent paper is laminated with the coated paper and the adhesive coated paper, the secondary pest repellent, the repellent feed roller for supplying the reptile, and the coated paper collection to collect the coated paper from the repellent paper supplied from the repellent feed roller It is preferable to include a roller, an adhesive paper collecting roller for collecting the adhesive paper peeled from the coated paper, and a rotating unit for rotating the adhesive paper collecting roller.

In addition, the rotating unit preferably includes an electric motor for automatically rotating the adhesive paper collection roller and a control unit for driving the electric motor every set time.

In addition, the auxiliary insect repellent is preferably composed of a reptile feed roller for supplying reptiles, a reptile collection roller for collecting the reptiles supplied to the replenishment feed roller, and a handle for rotating the reptile collection roller.

The insect repellent according to the present invention as described above allows to improve the pest attracting properties by attracting the pests multiplely using ultraviolet light and attractant fragrance. In addition, the pesticides or repellents stored in the collection tank can be used to reliably and quietly combat the attracted pests. In addition, by using the reptiles that are automatically replaced to reduce the hassle of replacing the reptiles to improve its ease of use.

Hereinafter, with reference to the accompanying drawings to be described in detail the repellent according to a preferred embodiment of the present invention.

1 is a perspective view showing a repeller according to the invention, Figure 2 is a front sectional view showing a repeller according to the invention, Figure 3 is a side cross-sectional view showing a repeller according to the invention, Figure 4 is a 5 is a plan view illustrating a collection tank, and FIG. 5 is a partial configuration diagram illustrating auxiliary pest extermination of the insect repeller according to the present invention.

First, as can be seen through FIG. 1, the repeller 100 according to the present invention includes a housing 110, a remote attractor 120 installed inside the housing 110, and an inside of the housing 110. It is installed in the collecting tank 131 and the attracting fluid 133 stored therein includes a short-range attractor 130 and pest control 140, wherein the pest control 140 and the attracting fluid 133 and Pesticide is stored in the collection tank 131 together.

In addition, the present invention is to install a subsidiary attractor 150 for injecting attracting incense toward the outside of the housing 110 for more certain pest attraction, or so called 'sticky' inside the housing 100 for more certain pest control. An auxiliary pest exterminating 160 having a reptile 162, also referred to as', may be installed.

Therefore, the insects attracted to the insect repeller 100 through the remote attractor 120 is attracted to the insect repeller 100, the insect repellent attracted to the near by the remote attractor 120 by the near attractor 130 by the insect repeller 100 By attracting back inside, it is possible to attract multiple pests.

In addition, by exterminating pests using a pest repeller 140 that does not use high-voltage electricity, it is possible to reduce the power consumption, and also to prevent noise from being exterminated, or to prevent pest debris from scattering to the floor or the like. To do it.

Of course, by using the above-described subsidiary attractor 150 or subsidiary pest repellent 160, the above effects can be further increased.

To this end, the housing 100 is made of a material having excellent durability, such as metal or synthetic plastic, there is formed a predetermined space in which the above-described various configurations can be installed, the space is attracted by the pests are collected It is also used as a space.

In addition, the opening portion 111 is formed on one side of the housing 100 so that the light generated from the remote attractor 120 can reach the distance through the opening portion 111, and the attracted pests It may be attracted into the housing 100 through the opening 111.

3, the reflecting plate 112 is attached to the inner wall of the housing 110 so that the light emitted from the remote attractor 120 is reflected by the reflecting plate 112. It is to be radiated to the outside through the portion 111, and to emit a strong light even inside the housing 110 to increase the emissivity of the ultraviolet light.

Furthermore, although not shown, various types of fasteners (or cradles) may be installed on the outer surface of the housing 110 to fix the housing 110 to a wall, a ceiling, or a bottom surface.

The remote attractor 120 is used to attract pests located at a distance from the housing 110 to a short distance, and an ultraviolet lamp that emits ultraviolet (UltraViolet Rays) light having a wavelength preferred by the pest is used.

And, the remote attractor 120 is fixed to the inner wall surface of the housing 110 to allow the ultraviolet light emitted from itself to be directly or reflected by the reflector 112 to increase the emissivity of the ultraviolet light.

Meanwhile, as shown in FIG. 2, the remote attractor 120 receives power through a power supply 121 installed inside the housing 110 to emit ultraviolet light, and for other components such as a ballast. Illustration is omitted.

However, the power supply unit 121 receives the commercial power from the outside, converts it into a constant voltage, and then supplies the electrostatic source to the remote attractor 120 so that the insect repeller 100 may be fixedly installed indoors, but used outdoors. It may be provided with a variety of cells (not shown), including a battery (not shown) or a solar cell in case.

The short-range attractor 130 is to ensure that the pests are attracted to the inside of the housing 100 by attracting the pests attracted to the short distance by the ultraviolet light emitted from the long range attractor 120 using the incense. The collection tank 131 installed inside the 110 and the attracting liquid 133 stored in the collection tank 131.

Therefore, when the attractant 133 stored in the collection tank 131 evaporates the attractant fragrance while evaporating, the pest attracted up to the short distance is reliably attracted to the inside of the housing 110 along the attractant fragrance, and consists of only an ultraviolet lamp. The technique enables to solve the problem that pests attracted to the vicinity of the repeller 100 are not roamed around the reptile 162 and are certainly not attracted to the interior of the repeller 100.

However, the collection tank 131 of the near drawer 130 is made of a drawer shape detachable to the housing 110, the drawer is provided with a handle 132, attracting liquid stored in the collection tank 131 When all of the 133 is evaporated and no longer attracts the attractant, the collection tank 131 is detached to replace the attractant 133 and then reattach it.

Pest control 140 is to combat (or exterminate) pests attracted to the housing 110 by the remote attractor 120 and the short-range attractor 130, along with the attractant 133 The insecticide is stored in the collection tank (131).

That is, as shown in FIGS. 1 to 3, the pesticide used as the pest exterminator 140 is mixed in the collection tank 131 together with the near-field attractant 133, and the pest exterminator 140 according to the present invention. ) Is formed integrally with the near field attraction device (130).

However, the pest extermination 140 may exist in a state in which it is mixed in the collection tank 131 together with the attractant 133 as described above, but if necessary, it is known through (a) and (b) of FIG. 4. As described above, the collection tanks 131 ′ and 131 ″ may be divided into two parts by partition walls, and the pesticides corresponding to the attractant 133 and the pest repelling agent 140 may be stored in the respective parts. Of course, it may be divided into three or more parts, and the attractant 133 and the pest repellent 140 may be selectively stored, respectively.

Therefore, it is possible to prevent pests by using high pressure electricity as in the prior art, and to prevent noise from being generated, as well as not to spray insecticides directly into the air, thereby greatly reducing the possibility of adverse effects on the human body. To be able.

In addition, the insecticides as described above may be preferably used to further reduce the possibility of adversely affecting the human body by using a natural insecticide extracted from a pesticide component from various plants or minerals.

Auxiliary near field attraction machine 150 is to re-induce the pests attracted to the near by the remote attractor 120 with the near field attractor 130, storage tank (not shown) in which the attractant 133 is stored And an injector (not shown) for supplying the attractant liquid stored in the storage tank at a predetermined pressure, and an injection nozzle 151 for injecting the attractant liquid supplied from the injector.

And, the injection nozzle 151 is installed to face the outside of the housing 110, the opening and closing portion 152 for replacing the storage tank is provided on one side of the housing 110.

Therefore, when the particulate attractant is injected around the housing 110 through the injection nozzle 151, the pest attracted to the local area by the distant attractor 120 can be more reliably attracted to the inside of the housing 100. do.

However, the auxiliary near field attractor 150 sprays the pest attractant 133 every predetermined time according to an operation control signal input from the outside, and for this purpose, a timer for determining the injection time (or interval). (timer) and a signal generator for generating an operation signal of the injector, but the illustration and detailed description thereof will be omitted.

Auxiliary pest extermination 160 is installed in the housing 110 to capture and exterminate pests attracted into the housing 110 together with the pest extermination 140, and may capture the pests by adhesive force. The repellent paper 162 (aka, 'sticky') with an adhesive applied to the surface may be used.

In particular, the repellent paper 162 in the present invention, as can be seen more clearly through Figure 5, the coated paper 162a and the adhesive paper coated with the adhesive (162b) is bonded to each other laminated state When the pest is collected, a release paper type repellent paper 162 may be used in which the adhesive paper 162b may be separated from the coated paper 162a.

The coated paper collecting roller (163) for supplying the release paper type refilling paper (162) and the coated paper (162a) of the release paper type refilling paper (162) supplied from the refilling paper feeding roller (163). The collecting roller 164, the adhesive collecting roller 166 which collects the adhesive paper 162b peeled off from the coating paper 162a, and the coating paper collecting roller 164 and the adhesive paper collecting roller which can be selectively installed as needed. And a sub-roller 165 provided between 166.

Therefore, after the coated paper 162a and the adhesive paper 162b of the release paper type refill paper 162 supplied from the refill paper supply roller 163 are peeled from each other, the coated paper 162a is fixed to the coated paper collection roller 164. When the adhesive paper 162b is fixed to the adhesive paper collection roller 166 via the auxiliary roller 165, the adhesive paper 162b is attracted to the inside of the housing 100 by the adhesive paper 162b coated with the adhesive on the exposed surface. Pests stick to each other, enabling the capture of pests.

In addition, the auxiliary insect repellent 160 is a repellent feed roller 163, coated paper collection roller 164, adhesive paper collection roller 166 and the auxiliary roller 165 is configured to rotate at the same time interlocked with each other. In order to rotate the adhesive paper collection roller 166, one side is exposed to the outside of the housing 100, and the other side central portion thereof includes a rotation part 161 connected to the rotation axis of the adhesive paper collection roller 166.

Therefore, when pests are stuck to all surfaces of the adhesive paper 162b to which the adhesive is applied, and the pests can no longer be captured, the rotating unit 161 is rotated so that the new adhesive paper 162b is exposed. By allowing the pests to be trapped in the adhesive paper 162b, it is possible to prevent the hassle of having to frequently replace the secondary pest control 160.

Of course, the rotating unit 161 is replaced by an automatic rotating unit having an electric motor (not shown) for automatically rotating the adhesive paper collection roller 166 and a control unit (not shown) for driving the electric motor at a set time. Thus, the adhesive sheet collection roller 166 may be automatically rotated without the user having to rotate the rotating unit 161 every predetermined time.

And, Figure 6 is another embodiment of the auxiliary insect repellent 160, when the reptile feed roller 163 'and the pest is attached to the reptile 162' to install the reptile 162 'the reptile paper It consists of a repellent collection roller 166 'collecting 162' and is formed in a simple configuration provided with a handle 168 that can manually rotate the recyclable collection roller 166 '.

In the above, the specific Example of this invention was described above. However, the spirit and scope of the present invention is not limited to these specific embodiments, and various modifications and variations can be made without departing from the spirit of the present invention. Those who have it will understand.

Therefore, since the embodiments described above are provided to completely inform the scope of the invention to those skilled in the art, it should be understood that they are exemplary in all respects and not limited. The invention is only defined by the scope of the claims.

The insect repeller of the present invention has excellent pest attraction characteristics by attracting multiple insects, and can reliably and quietly combat the attracted pests, and its convenient use makes it useful for eradicating various pests that infect diseases harmful to humans. Can be used.

1 is a perspective view showing a repeller according to the present invention.

Figure 2 is a front sectional view showing a insect repellent according to the present invention.

Figure 3 is a side cross-sectional view showing a repeller according to the present invention.

Figure 4 is a plan view showing a collection tank of the repeller according to the present invention.

Figure 5 is a partial block diagram showing a secondary pest repellent of the repeller according to the present invention.

<Explanation of symbols for the main parts of the drawings>

110: housing 111: opening

112: reflector 120: long range attractor

121: power supply unit 130: short-range attractor

131: collection tank 132: handle

133: Attractant 140: Pest Control (Pesticide)

150: subsidiary near-field attractor 151: injection nozzle

160: exterminating auxiliary pests 161: rotating part

162,162 ': repellent 162a: coated paper

162b: adhesive paper 163,163 ': repellent feed roller

164,164 ': coated paper collection roller 165: auxiliary roller

166,166 ': Adhesive paper collection roller 168: Handle

Claims (11)

A housing constituting the body; A remote attractor installed inside the housing and emitting ultraviolet light; A near field attractor installed inside the housing and for attracting a attractant; And Repellent repeller comprising; and exterminating pests attracted to the inside of the housing by the remote attractor and the near attractor. The method of claim 1, The short-range attractor is a collecting tank installed in the housing and the repellent is stored in the collecting tank and comprises a attracting liquid for generating the attractant by the evaporation phenomenon. The method of claim 2, The collecting tank is a repeller, characterized in that the drawer is made of a removable shape in the housing. The method of claim 2, The insect repellent insect repellent is a insect repellent is stored in the collection tank with the attractant. The method of claim 1, Insect repeller is attached to the inner wall surface of the housing is a reflection plate for reflecting the ultraviolet light generated by the remote attractor. The method according to any one of claims 1 to 5, The insect repeller is installed in the housing, further comprising an auxiliary near field attractor for spraying the pest attractant toward the outside of the housing. The method of claim 6, The auxiliary short-range attractor sprays the insect pest attractant every predetermined time according to an operation control signal input from the outside. The method according to any one of claims 1 to 5, The insect repeller is installed inside the housing, and further comprises an auxiliary pest repellent having an insect repellent coated on the surface to capture the pest attracted into the housing by the adhesive force. The method of claim 8, The repellent paper is laminated with a coated paper and an adhesive paper coated with an adhesive, The auxiliary pest exterminator includes a repellent feeding roller for supplying repellent, a coated paper collecting roller for collecting coated paper among the repellent paper supplied from the repellent feeding roller, and an adhesive paper collecting roller for collecting the adhesive paper peeled from the coated paper. And a rotating unit for rotating the adhesive paper collecting roller. 10. The method of claim 9, The rotating unit includes an electric motor for automatically rotating the adhesive paper collection roller and a control unit for driving the electric motor every set time. The method of claim 8, The auxiliary insect repellent repeller comprises a reptile feed roller for supplying reptiles, a reptile collection roller for collecting the reptiles supplied to the replenishment feed roller, and a handle for rotating the reptile collection roller.

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