KR100856377B1 - Pest Inducement Capture Device - Google Patents

Abstract

A structure used for attracting and capturing harmful insects is provided to outweigh the defects by not using a lamp or fan and to cut down the cost of suppressing the breeding of the harmful insects by not consuming electric power. A structure includes: a first member(A) wherein circular grooves(A4) are formed in a bottom surface of a circular plate body, and protrusion columns(A5) are suspended on the circular grooves; a second member(B) wherein insertion protrusion rods(B1) are formed to be inserted into the circular grooves, a funnel-shaped harmful insect inlet(B3) is formed in a central portion of a cylindrical body(B2), and a ring-shaped rim(B5) with coupling grooves(B4) is formed in the bottom end edge of the cylindrical body; and a third member(C) wherein a ring-shaped rim(C1) is formed to be fitted into the ring-shaped rim of the second member, coupling protrusions(C2) are formed at the circumference of the ring-shaped rim to fit into the coupling grooves, and a capturing container is filled with harmful insect attractant fluid.

Description

Pest attracting device {A STRUCTURE OF CAPTURING HARMFULS BY ALLUREMENT}

1 is a perspective view of a pest oil capture device according to the present invention.

Figure 2 is an exploded perspective view of a pest oil capture device according to the present invention.

Figure 3 is a cross-sectional view of the pest oil capture device according to the present invention.

Figure 4 is a state of use of the pest oil capture device according to the present invention installed on the tree.

The present invention relates to a capture device that is a pest oil capable of capturing all day-acting pests or night-acting pests. Specifically, the present invention relates to a trapping device using both a photoluminescent substance emitting light and a attractant like a pest. It relates to a pest attraction device consisting of a sagatgu, an attraction, and a catch.

The characteristics of the capture device as a pest oil according to the present invention is harmless to the human body first, without the use of electric power without the forced suction method by the fan or the lamp or lamp by the power source and the color, photoluminescent material, fragrance like the pest It is a device that attracts and captures by pests with very simple structure, easy to manage, and trouble-free.

There is a conventional method of attaching and capturing as sticky, and there is an electronic insecticidal method by electric shock, while organic phosphorus, carbamate, organic fluorine, organic chlorine Spraying, spraying, misting, misting, fuming, and coating methods have been applied to pesticides and other organic synthetic agents. However, most of the pesticides have harmful components, which are harmful to human respiratory system and skin. It is a situation that causes serious environmental pollution, such as fruit and fruit infiltrated fruit trees, fruit, fruit, etc. are also harmed when ingested.

Accordingly, a marine trapping device that is harmless to the human body has appeared, and recently, various types of pest trapping devices have been introduced and released.

Conventionally, as a specific trapping device by pest attraction, pest attraction and collection devices are introduced in Korean Utility Model Publication (Registration No. 20-0416378). When the power supply is turned on, the power is supplied through the power supply, and the lamp is turned on for the set time of the timer. At the same time, the motor installed in the lower part of the main body is driven to suck the air from the upper part to the lower part of the lamp. All pests are sucked to the upper suction port by the suction force of the fan, and are gathered in the catching net and cannot be escaped again. The pest trapping device having such a configuration is excellent in terms of catching efficiency, but since wires are installed or batteries are used, there is a risk of fire, and in the case of wide orchards, gardens and arboretums, dozens and hundreds of devices are required. Management and power consumption are problems.

As another conventional technology, the Korean Registered Utility Model Publication (Registration No. 20-0384853) describes the technical content of the "hopper", and the blower is equipped with a cylindrical circular conduit, and the upper portion of the circular conduit has a reverse conical opening. A funnel is formed at the bottom, and a suction fan coupled with a motor is installed by a support installed inside the circular conduit. At the top of the motor, a attracting light is fixed by a support. It is a insect repeller that is composed of a manned lamp, a lampshade and a collecting net for catching pests in the lower part of the circular conduit.

Such a repellent is a reptile that attracts pests by attraction or the like as described above, and attracts pests by force of suction fan, so that the power consumption is large when weaving. There is a problem that is difficult to do and expensive.

In addition, in the prior art, the domestic registration practical publication (Registration No. 20-0425859) has a pest trap device, and the domestic registered utility model publication (Registration No. 20-0358639) has a pest killing device, and these are also light bulbs or lamps It attracts pests and installs a fan under a lamp or lamp, and collects them in a trap or trapped water by forced suction.

Likewise, using the light and the fan as in the above-mentioned capture device is easy to breakdown, difficult to manage, high power consumption and the risk of fire caused by a short circuit.

In addition, as described above, insect repellents using lamps or lamps may cause stress on fruit trees, fruit trees, etc. due to light, noise, and vibration, and may also cause pest induction.

In addition, Korea Registered Utility Model Publication (No. 20-0221503) contains a roundworm trapping machine, which forms a pheromone input network immediately under the upper cap to form a pheromone input and attracts insects to attract insects under the pheromone input network. It is a roundworm trap that allows the user to enter the lower container or net containing soapy water through the inlet. Such a configuration cannot capture nocturnal pests that prefer light by simply catching pests using only pest attractants.

The present invention provides a pest trapping device having both a favorite color of the pest and a function of attracting light and attractant by the photoluminescent material, and structurally coupled with a circular plate-shaped body, and a circular plate-shaped body below. Pest inflow case with roundworm inflow path Underneath, it consists of a trap containing the attractant solution combined with the pest inflow case. The circular plate body, the pest inflow case, and the trap are made of plastic material to which phosphorescent material is added. It is a structure that contains liquid, which is extremely simple and does not use bulbs, lamps, or fans, and thus provides a capture device that is a pest oil that is free from trouble, causes no fire, is easy to manage, and requires no power.

The pest oil capture device for achieving the object of the present invention as shown in Figure 1-3

On the lower side, a projection column A5 is formed on the lower surface of the Sagat-shaped circular plate A3 formed around the hook hole A2 formed with the hook hole A1, the circular groove A4 formed at a predetermined interval. A funnel-type pest inlet B3 is formed at the center of the cylindrical body B2 in which an insertion protrusion bar B1 is formed to coincide with the first member A and the circular groove A4. On the lower edge of the body (B2) and the second member (B) having an annular shape (B5) having a binding groove (B4) and

An annular form C1 is formed to be inserted into and coupled to the inner side of the annular shape B5, and a trapping protrusion C2 configured to be fitted into the binding groove B4 is formed at an edge of the annular shape C1. It can be said that it is a catching device for catching insects, which is composed of the third member (C) in which the pest attraction liquid (C4) is filled in the container (C3).

  In the above, the first member A is green, the second member B is yellow, and the third member C is transparent, and each material is 5-10 wt% of phosphorescent light in a thermoplastic synthetic resin material including polypropylene. The material is dispersed and molded by injection molding.

The photoluminescent material used here is panax lumino, and its physical properties are shown in Table (1).

Table (1) Physical Properties of Panax Lumino

Item Test Exterior Fine powder chief ingredient Al ₂ O ₃ SrO ₃ B ₂ O ₄ Mohs hardness 6.5 ~ 7 moisture <0.03% color Green, blue Wavelength Green 520nm Blue 490nm

Luminous pigments include self-luminous pigments and photoluminescent pigments, and self-luminous pigments emit light by radioactive substances, which contain radioactive substances, which require strict regulatory control in production and disposal. On the contrary, the luminescent luminous pigment used in the present invention is a luminescent luminous pigment which does not contain radioactive material and emits light for a long time. Conventional ZnS-based photoluminescent pigments are mixed with radioactive materials such as Rn in order to supplement them due to weak light, but there are many restrictions on their use due to the emission of radioactive materials. However, the photoluminescent pigment used in the present invention is a photoluminescent material whose main material is an inorganic material which is not harmful to the human body because no radioactive material is added. The more excellent and the stronger the light intensity, the longer the intensity and afterglow of the light emission, the better the light and weather resistance, the outdoor use is possible, the heat and chemical stability is excellent, the wavelength range of the light can be excited and the environment Friendly.

In addition, it is used as a synthetic resin paint, ink, etc., but in the present invention, when used in synthetic resins, it can be mixed with most synthetic resins, and in particular, it can be well mixed and dispersed in polypropylene, polystyrene, PVC, etc. It is easy to process, but it is stable when used for transparent, white, yellow, and green resins that do not affect the afterglow of high brightness photoluminescent pigments.

Afterglow luminance according to the elapsed time of the photoluminescent material of the present invention is AFTERGLOW (mcd / m ² ), and the minimum afterglow luminance that can attract pests is 300mcd / m ² . The luminance may have approximately the afterglow luminance, and when 5% is added, the afterglow luminance decreases after 5 hours to reach 300mcd / m ² .

Pests are mainly active from late spring to early autumn, the most active season is summer, the time to fly to the light is after sunset, and the activity time is 5 to 10 hours after sunset. The amount of the phosphorescent pigment added in the present invention may be referred to as a range established in consideration of the above situation.

In addition, in some cases, the photoluminescent pigment used in the present invention has a hardness of 7, which causes abrasion in the kneader or the liner of the injection molding machine, which causes damage to the injection machine, and the worn metal particles are mixed in the synthetic resin. If it affects the color and brightness of resin, add 2 ~ 3wt% wax to reduce it.

The attractant contained in the trap is an attractant composition consisting of 3-6 wt% of ethylene glycol and 0.1-5 wt% of the attractant. Originally, insects and pests react by acting on the smell or taste of chemicals, called chemotaxis, and reacting toward an irritant source by positive (+) chemotaxis and reverse reactions. It is called the chemotaxis of (-) and the medicine used for pest control by using the positive chemotaxis is called the attractant.

There is an optimal concentration for the reaction of insects in organic matter, but if it is out of the optimum concentration, it may not show a reaction.

There are sex attractants, food attractants, and spawning agents, but sex attractants and food attractants are put to practical use. As sex attractants, bombikol is used to attract silkworm moths and angelica or gypsy moth attractants. 4-chiro-6-methyl cyclohexane carboxilic acidester, methyl eugenol for mandible flies, 4-1P-ace for melon clown flies Methoxyphenyl) -2-butanone and 2-allyoxy-3-ethoxy benzalaldehyde.

In addition, there are geranol 10 (geraniol), eugenol 1 and the like as a beetle attractant and terpene oil as an attractant of pine pests and other puncture pests.

In this way, since the attractant is different depending on the pests, pests inhabiting by fruit trees, fruit trees, and various trees should be known and used properly.

The amount of the attractant used in the attractant selected in the present invention can be said to be an amount that can be generally applied, and ethylene glycerol has various functions in the attractant. Ethylene glycol is a physical substance that gives off sweet and sweet flavor. It can be used as a food attractant, and most attractants are easily dissolved in an aqueous solution of ethylene glycol and have an emulsifying function, thus preventing phase separation. In addition, due to wettability, the attractant liquid is prevented from easily evaporating.

By the action of the capture device as a pest oil of the present invention, the insects gather after sunset by the luminous light emitted from the sagat-shaped plate-shaped body, the cylindrical body, and the capture barrel, and fly in the space between the Sagat-shaped circular plate-shaped body and the cylindrical body and attracted from the pest inlet. It is attracted to the smell of the agent and enters into the barrel and is captured in the trap. During the day, the pests coming in and out are gathered by the color of the trap and the smell of the attractant generated from the attractant.

In addition, Sagat-shaped circular plate prevents rainwater from flowing in the rain and prevents direct scattering of the smell of attractant and spreads horizontally.

How to use is to put a string in the hanger as shown in Figure 4 and hang it on the tree. After several days, you can change the attractant solution.

The insect trap attracting device according to the present invention can effectively attract pests by attracting by color and attracting by lumen and attracting by attractant and does not use lamps and lamps by electric energy. It is easy to manage because it does not break down and does not break down, and it does not use electric power, so it can be called a pest attracting device that can greatly reduce the cost of control.

Claims (3)

On the lower side, a projection column A5 is formed on the lower surface of the Sagat-shaped circular plate A3 formed around the hook hole A2 formed with the hook hole A1, the circular groove A4 formed at a predetermined interval. A funnel-type larval inlet B3 is formed at the center of the cylindrical body B2 in which the insertion protrusion bar B1 is formed to coincide with the first member A of the thermoplastic synthetic resin material and the circular groove A4. A second subsidiary agent (B) of a thermoplastic synthetic resin material having an annular shape (B5) having a binding groove (B4) at the lower edge of the cylindrical body (B2); An annular form C1 is formed to be inserted into and coupled to the inner side of the annular shape B5, and a trapping protrusion C2 configured to be fitted into the binding groove B4 is formed at an edge of the annular shape C1. In the trapping device which is a pest oil comprised of the 3rd member (C) of the thermoplastic synthetic resin material in which the pest attraction liquid (C4) is filled in the container (C3), The first member is green, the second member (B) is yellow, and the third member (C) is transparent and is composed of a color which does not affect the afterglow of the photoluminescent pigment, and 5-10 wt% of the photoluminescent pigment is dispersed in each member. A pest oil trap device, characterized in that there is. delete delete

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